CN204839545U

CN204839545U - Detection of contractile force device and women's pelvic floor flesh pressure detection device for detect user's vagina inner wall

Info

Publication number: CN204839545U
Application number: CN201520516667.7U
Authority: CN
Inventors: 原晶; 李超; 张柱; 张彦武; 张军民
Original assignee: Scientific And Technological (shanghai) Co Ltd Of Micro-Former Times Intelligence
Current assignee: Scientific And Technological (shanghai) Co Ltd Of Micro-Former Times Intelligence
Priority date: 2015-07-16
Filing date: 2015-07-16
Publication date: 2015-12-09
Anticipated expiration: 2025-07-16

Abstract

The utility model provides a detection device for detecting the contractile force of user's vagina inner wall, it includes that is put into a body, a PRESSURE DETECTOR and a data processing unit, wherein should put into one body formation and hold the room, this PRESSURE DETECTOR is set up puts into the body at this, this data processing unit is set up, and to put into should holding of body at this indoor, wherein this PRESSURE DETECTOR is set up and is applyed the real -time detection signal of pressure and formation on it in order to detect by the vagina inner wall, this data processing unit is set up can be received this the real -time detection signal that comes from this PRESSURE DETECTOR and give a receiver with this real -time detection signal transmission.

Description

For detecting checkout gear and the female pelvic flesh pressure-detecting device of the contractility of user vaginal walls

Technical field

This utility model relates to a kind of armarium, particularly relates to a kind of checkout gear of the contractility for detecting user vaginal walls.

Background technology

Medically, Pelvic floor comprises one group of muscle, in fact pelvis muscle group a part and be distributed in urethra, vagina and anus to control the correct closedown of urethra and anus and to make vagina be compacted contraction.Pelvic floor can because catching, inflammation, wound or excessive tearing, the excessive tearing caused as given birth to and damaged.Once Pelvic floor goes wrong, above-mentioned human organ normally cannot act function, and it may cause the diseases such as prolapse of bladder, proctoptosis, uterine prolapse, excretion difficulty, cystitis, property reaction reduction and chronic discomfort.

Therefore, suitable Pelvic floor shrinks checkout gear and is necessary clinically, and it can help doctor assess the order of severity of above-mentioned disease and determine to use which kind for the treatment of means to patient.

But Most patients, their subject matter is because common fertility or age reason cause their Pelvic floor to relax.To these patients, what they were badly in need of is not medicine, but Pelvic floor exercises equipment, with the contractility that compacts helping them to recover Pelvic floor.

Application number be 1111532.6 British patent teach the electronics attitude sensor (electronicposturesensor) of a kind of extruding to equipment itself or location or motor reaction or personal organizers or Pelvic floor exercises device, it can be worn or remain on human body or to be even inserted in pelvic cavity and to detect the movement of wearer and feedback device and react.

But electronic equipment has many defects disclosed in above-mentioned patent.First, the movement or feedback device be mainly used in by detecting he (or she) of this electronic equipment improves the posture of user (or person taking exercise).Therefore, application number is that the electronic equipment of the British patent instruction of 1111532.6 needs first to be detected by sensor motion or the feedback device of user (or person taking exercise), then reminds him (or she) takes a better posture by its vibrating motor.In other words, electronic equipment disclosed in this patent can not direct-detection Pelvic floor contractility and provide direct-detection result for user (or person taking exercise).This equipment only can provide one remind or one warn.Secondly, although electronic equipment disclosed in this patent also can be inserted in vagina, but it is only when patient's (or user) successfully tightens respective muscle, by providing direct positive feedback to them, could play a role at their Pelvic floor of strengthening.In other words, application number is that the equipment of the British patent instruction of 1111532.6 works by means of only the vibration therapy of its vibrating motor, and it can not by replying detailed testing result with the Pelvic floor making user (or person taking exercise) (or user) temper them to user (or person taking exercise).Again, application number is that the equipment of the British patent instruction of 1111532.6 needs the correct status that pre-sets or store whether the posture of user (or user (or person taking exercise)) is correct to enable this equipment determine.Finally, application number is that the equipment of the British patent instruction of 1111532.6 only can obtain a postural cue that is fuzzy and non-quantitation, and this postural cue can not be transferred wirelessly to one and independently processor with analyzed be visualized.

Utility model content

Main advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, wherein this Pelvic floor exercises system is set up can provide at least one can select to temper setting to user, completes at least one exercise motion to guide (or guidance) user.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system can be user provides plurality of optional to select exercise classes.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system can be different use crowd provides and can select exercise classes.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein user can according to the individual situation of oneself, and by this Pelvic floor exercises system, unrestricted choice or setting can select exercise classes.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system according to the individual situation of user, can provide can select exercise classes to user.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system instructs user (or person taking exercise) to perform physical exercise by the contractility of the vagina detecting user (or person taking exercise).

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system can detect the contractility of the vagina of user (or person taking exercise) and be that user (or person taking exercise) provides at least one can select to temper setting or exercise guide according to testing result.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system can be different user (or person taking exercise) provides at least one can select to temper setting or exercise guide.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system can be that user (or person taking exercise) provides at least one can select to temper setting or exercise guide according to history train on.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system is by providing a visual train on the exercise encouraging user (or person taking exercise) to continue its suggestion to user (or person taking exercise).

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system is by providing a visual video and/or the audio stimulation that can hear to the exercise encouraging user (or person taking exercise) to continue its suggestion to user (or person taking exercise).

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein this Pelvic floor exercises system is by providing one to temper award to the exercise encouraging user (or person taking exercise) to continue its suggestion to user (or person taking exercise) conditionally.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein user (or person taking exercise) (or user) is by sending an instruction to the client of this Pelvic floor exercises system to the processor of this Pelvic floor exercises system.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein user (or person taking exercise) (or user) is by arranging the exercise mode of this Pelvic floor exercises system to the client of this Pelvic floor exercises system.

Another advantage of the present utility model is that it provides a kind of Pelvic floor exercises system, and wherein user (or person taking exercise) (or user) is by arranging the visualization types of this Pelvic floor exercises system to the vagina contraction ability testing result of user (or person taking exercise) to the client of this Pelvic floor exercises system.

Another advantage of the present utility model is that it provides a kind of equipment for detecting vagina contraction power, and wherein this equipment can accurately detect vagina contraction power.

Another advantage of the present utility model is that it provides a kind of equipment for detecting vagina contraction power, and wherein this equipment can be used to detect vagina contraction power to help assessment Pelvic floor contractility.

Another advantage of the present utility model is that it provides a kind of equipment for detecting vagina contraction power, and wherein this equipment can be inserted into this intravaginal and a contractility is applied to the pressure transducer of this equipment to enable vagina and this contractility is detected.

Another advantage of the present utility model is that it provides a kind of equipment for detecting vagina contraction power, and wherein this equipment adopts one or more diaphragm pressure sensor, can be miniaturized with wearable to make this equipment.

Another advantage of the present utility model is that it provides a kind of equipment for detecting vagina contraction power, wherein this equipment can convert the analogue signal from pressure transducer to digital signal, and this can be easily person taking exercise's (or user) and provide a visual test result.

Another advantage of the present utility model is that it provides a kind of equipment for detecting vagina contraction power, and wherein this equipment can detect the contractility in the multiple site of vaginal walls simultaneously thus provide a comprehensive and objective Pelvic floor contractility situation for user or doctor.Therefore, even if user is Everywoman (or man), this equipment also can help her (or he) assess disease situation.

Other advantage of the present utility model and feature are fully demonstrated by following detailed description and combination by the means specially pointed out in claims and device is achieved.

According to this utility model, aforementioned object is implemented by providing a kind of Pelvic floor exercises system with other objects and advantage, and wherein this Pelvic floor exercises system comprises:

A checkout gear; With

A processor, wherein this checkout gear is set up the contractility and generation detection data that can detect user vaginal walls, and this real-time detector data is sent to this processor, this processor is set up and can receives this real-time detector data and carry out visualization processing to this real-time detector data, wherein can by a client display to enable this real-time detector data by user perception by this real-time detector data after this processor visualization processing.

This utility model provides a kind of equipment for detecting vagina contractility further, and it comprises:

Insert body for one;

A pressure detector; With

A data processing unit, wherein this is inserted body and forms an accommodating chamber, this pressure detector is arranged in this accommodating chamber, wherein this pressure detector is configured to detect the pressure that is applied thereto by vaginal walls and generates detection signal, and this data processing unit is set up the detection signal that can receive from this pressure detector and this real time detection signal is transferred to a receptor.

This utility model provides a kind of vagina contraction power detection method further, and it comprises the following steps:

A a checkout gear is inserted the vagina of user by ();

B () is detected the contractility of vagina by the diaphragm pressure sensor of the pressure detector of this checkout gear and is obtained corresponding detection signals by this pressure detector, wherein this contractility is applied to this checkout gear by user; With

C this real time detection signal is transferred to a processor by (), wherein this processor is configured to process this real time detection signal, is visualized and is shown to make this real time detection signal by user perception to enable this real time detection signal.

Based on this, for above-mentioned technical problem, this utility model provides a kind of female pelvic flesh pressure-detecting device further.

For solving the problems of the technologies described above, this utility model adopts following technical scheme:

A kind of female pelvic flesh pressure-detecting device, comprising:

Multiple diaphragm pressure sensor, described multiple diaphragm pressure sensor is arranged on the surrounded surface of detection carrier respectively, and the surface coverage of described diaphragm pressure sensor has medical silica-gel layer, each diaphragm pressure sensor is connected with analog-to-digital conversion module through voltage amplifier circuit;

Analog-to-digital conversion module, described analog-to-digital conversion module is connected with described voltage amplifier circuit, and the measuring voltage for being exported by described voltage amplifier circuit is converted to measuring voltage digital signal;

Main control module, described main control module is connected with described analog-to-digital conversion module, for obtaining described measuring voltage digital signal from this analog-to-digital conversion module, described main control module is applied to the force value on each diaphragm pressure sensor by following formulae discovery, and described force value is sent to data processing terminal by control data transmission module:

Fs ^–b＝-(V _T*R _F)/(a _*V _out)；

F=Fs-Fc; (F is final pressure) wherein, Vout is measuring voltage, and VT is loaded into the reference voltage on described diaphragm pressure sensor, and RF is the reference resistance of amplifying circuit, and RS is the resistance of described diaphragm pressure sensor; F is applied to the force value on described diaphragm pressure sensor, and a, b are the characteristic constant of sensor.The span of a is [1,100000], and the span of b is [0.1,100].

Described data transmission module is connected with described main control module, for the force value from described main control module is sent to data processing terminal.

This programme also comprises data processing terminal, this data processing terminal and described data transmission module wired connection or wireless connections.

Described data processing terminal is computer, smart mobile phone or panel computer.

This programme also comprises data memory module, and described data memory module is connected with described main control module, for storing described force value.

Described main control module and described data transmission module can be integrated in a single-chip, also can be different chips.

Described data transmission module is Bluetooth RF chip, also can be other wireless transmission chip.

Described multiple diaphragm pressure sensor series connection.

Described multiple diaphragm pressure sensor is in parallel.

This utility model structure is simple, easy to make, can do multiple spot and detect, improve accuracy of detection, the volume of the device reduced, be applicable to the design of wearable product.

By the understanding to description subsequently and accompanying drawing, the further object of this utility model and advantage will be fully demonstrated.

These and other objects of the present utility model, characteristics and advantages, by following detailed description, accompanying drawing and claim are fully demonstrated.

Accompanying drawing explanation

Fig. 1 is the structural representation of the Pelvic floor exercises system according to this utility model preferred embodiment.

Fig. 2 is the available schematic diagram of tempering setting of Pelvic floor exercises system according to above-mentioned this utility model preferred embodiment.

Fig. 3 is the available generation schematic diagram of tempering setting of Pelvic floor exercises system according to above-mentioned this utility model preferred embodiment.

Fig. 4 is the schematic diagram of the available individual situation of Pelvic floor exercises system according to above-mentioned this utility model preferred embodiment.

Fig. 5 is the front view of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Fig. 6 is the sectional view of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Fig. 7 is the axonometric chart of inserting body of this checkout gear of the Pelvic floor exercises system according to above-mentioned this utility model preferred embodiment, the pressure transducer of what wherein this figure showed is this checkout gear be arranged on this checkout gear this insert body.

Fig. 8 is the front view of this pressure transducer of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Fig. 9 is the front view of this overcoat of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Figure 10 is the sectional view of this pressure transducer of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Figure 11 is the circuit connection diagram between each parts of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Figure 12 is the axonometric chart of inserting body of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Figure 13 is the axonometric chart of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Figure 14 is the sectional view of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Figure 15 is the circuit diagram of the voltage amplifier circuit of a kind of optional enforcement of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment.

Figure 16 is the optional enforcement of this checkout gear of the Pelvic floor exercises system complying with above-mentioned this utility model preferred embodiment

Figure 17 is the flow chart carrying out the method for Pelvic floor exercises according to the guiding person taking exercise of above-mentioned this utility model preferred embodiment.

Figure 18 is the flow chart of the vagina contraction power detection method according to above-mentioned this utility model preferred embodiment.

Figure 19 explaination be provide a working interface that can be presented at the display screen of its client after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment.

Figure 20 explaination be after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment, provide an exercise object situation that can be presented at the display screen of its client to select interface.

Figure 21 explaination be provide a historical data situation inputting interface that can be presented at the display screen of its client after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment.

Figure 22 explaination be after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment, provide an exercise classes suggestion that can be presented at the display screen of its client to select interface.

Figure 23 explaination be after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment, user selects the primary level training entering induction training course.

Figure 24 explaination be after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment, user selects the primary level training entering fresh peppery mother's training course.

Figure 25 explaination be after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment, user starts this processor of this Pelvic floor exercises system and this checkout gear establishes the link.

Figure 26 explaination be that after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment, this processor and this checkout gear of this Pelvic floor exercises system successfully establish the link.

Figure 27 explaination be, after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment, provide an exercise classes unrestricted choice interface that can be presented at the display screen of its client.

Figure 28 explaination be after being activated according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment, user is selected to enter sexy superman's training course by the exercise classes unrestricted choice interface being presented at the display screen of its client.

Figure 29 explaination be that after being activated and selecting to enter a training course according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment with user, this Pelvic floor exercises system provides an exercise that can be presented at the display screen of its client to guide interface.

Figure 30 explaination be according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment after user completes an exercise motion or one group of exercise motion, a workout results feedback that can be presented at the display screen of its client is provided.

Figure 31 explaination be according to this Pelvic floor exercises system of above-mentioned this utility model preferred embodiment after user completes an exercise motion or one group of exercise motion, a workout results feedback that can be presented at the display screen of its client is provided.

Detailed description of the invention

Following description is disclosed to make those skilled in the art can manufacture and use this utility model.The preferred embodiment provided in following description is only as the example that it will be apparent to those skilled in the art and amendment, and it does not form the restriction to this utility model scope.The General Principle defined in following description is applied to other embodiment, optionally substitutes with can not deviating from this utility model spirit and utility model scope, amendment, equivalent implement and apply.In addition, following example only exemplarily property describe this utility model be described, therefore, following example is also not inclined to restriction this utility model scope.

" exercise motion " as herein described refers to and tempers object to reach or realize train on, the body movement that user completes, as vagina contraction and loosening up circulation." effective exercise motion " as herein described refers to the exercise motion that can be detected by this utility model exercise system." Standard exercise action " as herein described refers to the effective exercise motion meeting certain standard.

With reference to the Fig. 1 to Figure 12 of the accompanying drawing, Pelvic floor exercises system according to this utility model preferred embodiment is illustrated, wherein this Pelvic floor exercises system is configured to guide (or guidance) user to complete at least one exercise motion for providing at least one that exercise can be selected to arrange 101 to user to enable this Pelvic floor exercises system, wherein this exercise arranges 101 and is selected from an exercise and arranges group 100, wherein this exercise arranges group 100 and comprises, but be not limited to an exercise motion and arrange 1011, one exercise time arranges 1012, one exercise intensity arranges 1013, one exercise frequency arranges 1014, one tempers guiding arranges 1015, one takes exercise and auxiliary arrange 1016 and one and temper feedback and arrange 1017 or its combination.In other words, the exercise that this Pelvic floor exercises system can provide at least one selected by the user to user arranges 101 and guides (or guidance) user to complete at least one exercise motion to enable this Pelvic floor exercises system.As mentioned above, in this article, this exercise motion refers to tempers object to reach or realizes train on, the body movement that user completes, as vagina contraction and loosening up circulation.In some cases, this exercise motion may be that other tempers the body movement of Pelvic floor.Therefore, this body movement in this article can be that the muscular training that user completes when completing Kai Geer exercise motion is movable.This exercise motion arrange 1011 preferably with include but not limited to the vagina contraction that exercise period has needed and loosening up number of cycles and/or often organize this vagina contraction that exercise motion needs complete relevant with loosening up period.Such as, at an exercise period, needed 200 vagina contractions and loosening up circulation, these 200 vagina contractions and loosening up circulation are divided into 5 groups further and are done, then often organizing exercise motion (secondary) has needed 40 vagina contractions and loosening up circulation.This exercise time arranges 1011 preferably relevant with including but not limited to each duration exercises time of taking exercise, as one time, exercise time is 20 minutes, then user should continue to carry out vagina contraction-loosening up circulation in these 20 minutes, to guarantee that this Pelvic floor exercises continues to carry out effective or helpful with Pelvic floor exercises.This exercise intensity arrange 1013 preferably with include but not limited to single exercise motion, as the persistent period of single vagina contraction, the intensity of single exercise action, as single vagina contraction power size and/or effectively exercise motion number (or Standard exercise action number) is relevant.This exercise frequency arrange 1014 preferably with include but not limited in the unit interval, as every day, use this Pelvic floor exercises system to carry out Pelvic floor exercises weekly or monthly number of times relevant.Therefore, unit interval is herein preferably every day, per week or monthly etc.This exercise guide arrange 1015 preferably relevant with the guidance mode that this Pelvic floor exercises System guides user carries out Pelvic floor exercises, as this Pelvic floor exercises system audibly can provide a guiding to user.In certain embodiments, this Pelvic floor exercises system is when using sound to guide, and this guiding sound, also with a background sound, as music etc. of releiving, thinks that user provides an exercise boot environment meeting its hobby.This exercise assist arrange 1016 preferably relevant with the supplementary means that this Pelvic floor exercises system provides to user, wherein this Pelvic floor exercises system can help user to complete exercise motion to the supplementary means that user provides, as this Pelvic floor exercises system can when user carries out Pelvic floor exercises, there is provided image stimulation, sonic stimulation or thigmic stimulus to user, to make, user is more excited completes exercise motion with help user.This exercise feedback arranges 1017 and preferably reports that train on (or result) is relevant with this Pelvic floor exercises system to user, as this Pelvic floor exercises system can when user completes an effective exercise motion, provide (kind) sound feedback, when user completes a Standard exercise action, provide another (kind) sound feedback, to remind or to guide user to complete exercise motion better.Preferably, when user completes exercise motion within a default unit interval, this Pelvic floor exercises system will provide a front and temper feedback, and wherein feedback is tempered in this front can be sound, image or word etc.More preferably, when user failed within a default unit interval exercise motion or complete exercise motion failure time, this Pelvic floor exercises system will provide a negative exercise and feed back, and wherein this negative exercise feedback can be sound, image or word etc.

As shown in Fig. 3 and Fig. 4 of accompanying drawing, this Pelvic floor exercises system is set up to provide according to the individual situation 201 of user can select exercise to arrange 101, wherein this individual situation 201 is selected from people's situation group 200, wherein this individual situation group 200 includes, but are not limited to age situation 2011, historical data situation 2012, current detection data status 2013 and and tempers object situation 2014.This age situation 2011 generally refers to the age of user; This historical data situation 2012 is generally referred to over user is selected in certain hour section exercise and arranges or take exercise and arrange combination, may also be the exercise schedule of user in certain hour section in the past; The health of current exercise system to user that generally refer to this current detection data status 2013 detects the health of the user of obtained real-time detector data reflection, and the maximum shrinkage force (pressure) as user vagina inside reacts the relax level etc. of the Pelvic floor of user; This exercise object situation 2014 generally refers to the exercise object that user uses this Pelvic floor exercises system to perform physical exercise realized, if the vagina internal lacerations in order to recover to cause puerperal is with lax.This Pelvic floor exercises system be set up can according to the individual situation 201 of user to user provide can select exercise arrange 101 or take exercise 101 combinations are set.In other words, this Pelvic floor exercises system can, according to the individual situation 201 of user, can select exercise to arrange 101 as the age etc. provides automatically, uses this Pelvic floor exercises system to perform physical exercise to its Pelvic floor to guide user.Preferably, when this Pelvic floor exercises system fails to obtain user individual situation 201, this Pelvic floor exercises system arranges 101 (or its combinations) by automatically providing the exercise of an acquiescence.In certain embodiments, user can select the exercise by initiatively arranging this Pelvic floor exercises system to this Pelvic floor exercises system input instruction to arrange 101 (or its combinations), if user is by the data processor of the input equipments such as keyboard, mouse, touch screen to this Pelvic floor exercises system, as processor, input instruction and the exercise arranging this Pelvic floor exercises system arrange 101 (or they combine).Alternatively, user arranges 101 (or they combine) by a touch screen 31 to the input instruction of this Pelvic floor exercises system and the exercise that arranges this Pelvic floor exercises system.Alternatively, user also can carry to the input of this Pelvic floor exercises system or the sound wave of instruction of encoding or electromagnetic wave arrange 101 (or they combine) to the input instruction of this Pelvic floor exercises system and the exercise that arranges this Pelvic floor exercises system.

As shown in accompanying drawing to Fig. 5 to Figure 12, Pelvic floor exercises system according to this utility model preferred embodiment comprises a checkout gear 10 and a processor 20, wherein this checkout gear 10 is set up the contractility and a generation real-time detector data that can detect user vaginal walls, and this real-time detector data is sent to this processor 20, this processor 20 is set up and can receives this real-time detector data and carry out visualization processing to this real-time detector data, wherein can be shown to enable this real-time detector data by user perception by a client 30 by this real-time detector data after this processor 20 visualization processing.This processor 20 of this Pelvic floor exercises system is configured to process receiving this real-time detector data and obtain current detection data status 2013 further, and provides at least one that exercise can be selected to arrange 101 according to this current detection data status 2013.Be understandable that, this current detection data status 2013 can be stored in the memory unit of this Pelvic floor exercises system, as being stored in a memorizer, to be used as a historical data situation 2012 in the future.Preferably, this be stored current detection data status 2013 in memory can read by the processor 20 of this Pelvic floor exercises system.In other words, this checkout gear 10 is communicatively connected with this processor 20, thus makes to detect the contractility of user vaginal walls when this checkout gear 10 and generate this real-time detector data, and this real-time detector data can be transferred to this processor 20.Be understandable that, this checkout gear 10 can be that both maybe can be connected through a cable with being energized with being communicatively connected of this processor 20, also can be can communication connect by both electronic communications network (ECN) realizations.

Be understandable that this processor 20 can be provided at least one that exercise can be selected to arrange 101 (or combinations) for user according to current detection data status 2013 by computerization or sequencing to be set up, complete at least one exercise motion to guide user.Preferably, this processor 20 is further arranged a visual train on can be provided with the exercise encouraging user to continue its suggestion, as exercise motion to user.More preferably, this visual train on sonic stimulation of being visual video and/or can hearing.In certain embodiments, this Pelvic floor exercises system is by providing one to temper award to the exercise encouraging user (or person taking exercise) to continue its suggestion to user (or person taking exercise) conditionally, and wherein this exercise is rewarded can be visual image, video, word (or numeral) and/or sound.In further embodiments, user also sends an instruction to arrange this Pelvic floor exercises system by a client 30 to this processor 20, as arranged the exercise mode of this Pelvic floor exercises system or this Pelvic floor exercises system to the visualization types of the vagina contraction ability testing result of user.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this checkout gear 10 according to this Pelvic floor exercises system of this utility model preferred embodiment comprises one and inserts body 11, a pressure detector 12 and a data processing unit 13, wherein this is inserted body 11 and forms an accommodating chamber 110, this pressure detector 12 is arranged on inserts body 11, this data processing unit 13 is arranged in this accommodating chamber 110, wherein this pressure detector 12 is configured to detect pressure and the generation real time detection signal be applied thereto by vaginal walls, this data processing unit 13 is set up the real time detection signal that can receive from this pressure detector 12 and this real time detection signal is transferred to a receptor, as this processor 20 above-mentioned.This data processing unit 13 is generally set up can transmission of digital signals.As those skilled in the art are known, this data processing unit 13 also can be configured to transportation simulator electronic signal.Therefore, this real time detection signal can be transmitted by this data processing unit 13, and it can be analog electronic signal, also can be digital signal.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this data processing unit 13 according to this checkout gear 10 of this Pelvic floor exercises system of this utility model preferred embodiment comprises first communication module 131, and wherein this first communication module 131 of this data processing unit 13 is set up this real time detection signal that can receive from this pressure detector 12 and this real time detection signal is transferred to this processor 20.This first communication module 131 is generally configured to transmission of digital signals.As those skilled in the art are known, it also can be configured to transportation simulator electronic signal.Therefore, this real time detection signal can be transmitted by this first communication module 131, and it can be analog electronic signal, also can be digital signal.

As shown in Fig. 6 to Fig. 8 of accompanying drawing, this pressure detector 12 of this checkout gear 10 comprises a cluster film pressure transducer 121, and wherein each diaphragm pressure sensor 121 of this pressure detector 12 all can be connected with this data processing unit 13 with being energized.Preferably, the diaphragm pressure sensor 121 of this pressure detector 12 can be connected with this data processing unit 13 with being in parallel with being energized.Alternatively, the diaphragm pressure sensor 121 of this pressure detector 12 also can be connected with this data processing unit 13 with being in series with being energized.As those skilled in the art are known, this data processing unit 13 can receive this vaginal walls systolic pressure measurement signal of each diaphragm pressure sensor 121 from this pressure detector 12.Further, each diaphragm pressure sensor 121 of this pressure detector 12 all can be connected with this first communication module 131 of this data processing unit 13 with being energized.Therefore, the diaphragm pressure sensor 121 of this pressure detector 12 can be connected with this first communication module 131 of this data processing unit 13 with being in parallel with being energized.

As shown in Fig. 6 to Figure 10 of accompanying drawing, this of this checkout gear 10 is inserted body 11 and is had an outer wall 111 and comprise one group and be arranged on the arrangement position 112 that this inserts this outer wall 111 of body 11, wherein this arrangement position 112 each has a placement surface 1120, and wherein this diaphragm pressure sensor 121 of this pressure detector 12 is suitable for being separately positioned on this placement surface 1120.

It should be noted that each diaphragm pressure sensor 121 preferably has one and settles side 1211 and an induction side 1212, wherein this arrangement side 1211 is arranged on this arrangement position 112 that this inserts body 11, wherein can be applied to this induction side 1212 of each diaphragm pressure sensor 121 with being directly or indirectly from the contractility of this vagina.

As shown in Fig. 6 to Figure 12 of accompanying drawing, this checkout gear 10 comprises one group of force transmission element 14 further, wherein this force transmission element 14 is separately positioned on this diaphragm pressure sensor 121 of this pressure detector 12, wherein this force transmission element 14 each has a fore side 141 and an outside 142, wherein this fore side 141 of this force transmission element 14 is pressed on this diaphragm pressure sensor 121, outside this of wherein this force transmission element 14,142 are set up to be shaped and match to insert body 11 with this, thus make the contractility of this vagina can by substantially and be substantially fully applied to this force transmission element 14 this outside 142.Preferably, this fore side 141 of this force transmission element 14 is set up and is shaped with suitable with this induction side 1212 of this diaphragm pressure sensor 121, thus the contractility of this vagina is passed to swimmingly this diaphragm pressure sensor 121 and by this diaphragm pressure sensor 121 actual induction and detection.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this checkout gear 10 comprises an overcoat 15 further, wherein this overcoat 15 has an operating room 1501, wherein this is inserted body 11 and is arranged on this operating room 1501, wherein this overcoat 15 has an inwall 151, and wherein each force transmission element 14 is all arranged between this diaphragm pressure sensor 121 and inwall 151 of this overcoat 15.Preferably, this force transmission element 14 is set up and is shaped with this inwall 151 of this overcoat 15 adaptive thus enables the contractility of this vagina naturally and be swimmingly passed to this diaphragm pressure sensor 121.More preferably, each force transmission element 14 is all by one-body molded this inwall 151 being arranged on this overcoat 15.In other words, each force transmission element 14 is all given prominence to from this inwall 151 of this overcoat 15.

It should be noted that this overcoat 15 is made up of one or more human body friendly materials, such as, be made up of pharmaceutical grade silica gel material.Those skilled in the art are known, and this overcoat 15 also can be made up of other human body friendly materials, as medicine and elastomeric material are made.

As shown in Fig. 6 to Figure 12 of accompanying drawing; this of this checkout gear 10 is inserted body 11 and is had one group of protector 113 further; wherein this protector 113 is separately positioned on this outer wall 111 that this inserts body 11; and this pressure detector 12 comprises one group of connector 122 further; wherein each protector 113 extends in two and settles between positions 112 and each connector 122 is arranged between two diaphragm pressure sensors 121 one-body moldedly, and wherein this connector 122 is arranged on this protector 113 that this inserts body 11 respectively.

As shown in Fig. 5 to Figure 11 of accompanying drawing, this data processing unit 13 of this checkout gear 10 comprises a signal conversion module 132 further, wherein this signal conversion module 132 can be connected with this first communication module 131 with this pressure detector 12 respectively with being energized, wherein this signal conversion module 132 is set up this real time detection signal that can receive from this pressure detector 12 and converts this real time detection signal to digital signal from analog electronic signal, wherein this first communication module 131 is set up and can receives this real time detection signal from this signal conversion module 132 and this real time detection signal is transferred to this receptor.Therefore, be generally set up can transmission of digital signals for this first communication module 131.Further, this signal conversion module 132 can be connected with this diaphragm pressure sensor 121 of this pressure detector 12 respectively with being energized, to convert this real time detection signal of this diaphragm pressure sensor 121 from this pressure detector 12 to digital signal from analog electronic signal.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this data processing unit 13 of this checkout gear 10 comprises a signal amplification module 133 further, wherein this signal amplification module 133 can be connected with this pressure detector 12 with this signal conversion module 32 respectively with being energized, and wherein this signal amplification module 133 is configured to amplify the detection signal from this diaphragm pressure sensor 121 of this pressure detector 12.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this checkout gear 10 comprises a power management module 16 further, wherein this power management module 16 can be connected with this data processing unit 13 with this pressure detector 12 of this checkout gear 10 respectively and thinks that it supplies electric power with being energized, wherein this power management module 16 generally comprises an apparatus for storing electrical energy 161, as energy-storage battery.This power management module 16 may have oneself power supply, as apparatus for storing electrical energy 161, or does not have the power supply of oneself.Along with the development of semiconductor technology, this power management module 16 can have a wireless power supply circuit (or wire circuit) provides electric energy for this pressure detector 12 for this checkout gear 10 with this data processing unit 13, as well known to the skilled person.Therefore, this pressure detector 12 of this checkout gear 10 is powered with this data processing unit 13 this wireless power supply circuit (or wire circuit) by this power management module 16.Even if this power management module 16 has the power supply of oneself, as apparatus for storing electrical energy 161, this power management module 16 still may have a wireless power supply circuit (or wire circuit), charges (if this battery is rechargeable battery) for for this apparatus for storing electrical energy 161.Such as, the rechargeable battery of this power management module 16 charges by this wireless power supply circuit (or wire circuit), as is well known to those skilled in the art.Preferably, this power management module 16 comprises a switch module 162 further, wherein this switch module 162 can control this power management module 16 and powers to this pressure detector 12 and this data processing unit 13, such as, this switch module 162 is set up and can controls this power management module 16 this diaphragm pressure sensor 121 to this pressure detector 12, and this first communication module 131 of this data processing unit 13, this signal conversion module 132, this signal amplification module 133 and/or an indicator provide electric energy.

It should be noted that this data processing unit 13 and this receptor of this checkout gear 10, as the data transmission between this processor 20 is implemented by an electronic communications network (ECN).This electronic communications network (ECN) can be a LAN, Metropolitan Area Network (MAN), a wide area network, and network such as the network of the Internet, Wi-Fi or a local communication connect, as USB, PCI etc.This data processing unit 13 of this checkout gear 10 transmits with data between this processor 20 and also can be connected by local network, as bluetooth communication is implemented.This electronic communications network (ECN) also may be a mobile communication network, as GSM network, and cdma network, TD-CDMA network, 3G network, 4G network, and other data transfer means known to other those skilled in the art.This receptor is any can be shown or the electronic equipment of the visual detection data from this checkout gear 10, as computer, portable computer, smart mobile phone, panel computer etc.This receptor can by computerization or sequencing with process or and/or make this real-time detector data visual, thus make user can understand the testing result of this real-time detector data representative.This receptor also may comprise a display for showing the detection data after being processed.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this checkout gear 10 comprises a lid 17 further, and wherein this lid 17 can be closed this this accommodating chamber 110 of inserting body 11 and be remained in this operating room 1501 of this overcoat 15 by this pressure detector 12 hermetically.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this checkout gear 10 comprises a draw piece 18 further, and wherein this draw piece 18 is arranged on this lid 17, to help user, this checkout gear 10 is pulled out the vagina of this user.In certain embodiments, this draw piece 18 is arranged on this and inserts body 11 or this overcoat 15.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this processor 20 comprises a data processing module 21 and second communication module 22 that can be connected with being energized with this data processing module 21, and wherein this second communication module 22 is set up the real time detection signal of this data processing unit 13 transmission that can receive this checkout gear 10 and this real time detection signal is transferred to this data processing module 21.In other words, this first communication module 131 of this data processing unit 13 of this checkout gear 10 can be connected with this pressure detector 12 of this checkout gear 10 with being energized, this second communication module 22 of this processor 20 can be connected with this data processing module 21 of this processor 20 with being energized, wherein this first communication module 131 of this data processing unit 13 is set up and can receives from this real-time detector data of this pressure detector 12 of this checkout gear 10 and this second communication module 22 this real-time detector data being sent to this processor 20, wherein this second communication module 22 is set up and is communicatively connected with this first communication module 131 of this data processing unit 13, thus make this second communication module 22 can receive detection data from this first communication module 131, and this real-time detector data is sent to this data processing module 21 of this processor 20.Preferably, this processor 20 is set up the detection data that can receive from this data processing unit 13 of this checkout gear 10 and processes to generate one to this real-time detector data can understand data, and wherein this can be understood data and can be visualized display and by user perception.Further, this data processing module 21 of this processor 20 is set up the detection data that can be received this first communication module 131 from this data processing unit 13 by this second communication module 22, and this real-time detector data is sent to this data processing module 21 of this processor 20, wherein this data processing module 21 is set up the detection data that can receive from this data processing unit 13 of this checkout gear 10 and processes to generate one to this real-time detector data and can understand data, wherein this can understand data can be visualized display and by user perception.

This processor is set up the contractility F that can be calculated user vagina by following computing formula:

Fs ^–b＝-(V _T*R _F)/(a*V _out)；

F＝Fs-Fc；

Wherein V _outfor measuring voltage, V _tfor being loaded into the voltage on diaphragm pressure sensor 121, R _ffor the resistance (if any) of signal amplification module 133, a, b are the characteristic constant of diaphragm pressure sensor 121, F _cfor when the overcoat 15 of this checkout gear 10 is not applied in external force, the pressure detected by diaphragm pressure sensor 121 of this checkout gear 10.Be understandable that, this pressure F _covercoat 15 for this checkout gear 10 is applied to the power of the diaphragm pressure sensor 121 of this checkout gear 10.Therefore, the actual contractility F of user vagina is being calculated, this pressure F _cshould be removed.Preferably, the span of a is [1,100000], and the span of b is [0.1,100].

As shown in Fig. 5 to Figure 12 of accompanying drawing, Pelvic floor exercises system according to this utility model preferred embodiment comprises a client 30 further, and wherein this client 30 can show by this real-time detector data after this processor 20 visualization processing to enable this real-time detector data by user perception.Preferably, this client 30 can be connected with this processor 20 with being energized.More preferably, this client 30 combines with this processor 20, forms a portable set.

According to this utility model preferred embodiment, this utility model provides a kind of checkout gear 10 being applicable to the contractility detecting user vaginal walls further, wherein this checkout gear 10 comprises one and inserts body 11, a pressure detector 12 and a data processing unit 13, wherein this is inserted body 11 and forms an accommodating chamber 110, this pressure detector 12 is arranged on this and inserts body 11, this data processing unit 13 is arranged on this and inserts in this accommodating chamber 110 of body 11, wherein this pressure detector 12 is configured to detect pressure and the generation real time detection signal be applied thereto by vaginal walls, this data processing unit 13 is set up this real time detection signal that can receive from this pressure detector 12 and this real time detection signal is transferred to a receptor, as this processor 20 above-mentioned.This data processing unit 13 is generally set up can transmission of digital signals.As those skilled in the art are known, this data processing unit 13 also can be configured to transportation simulator electronic signal.Therefore, this real time detection signal can be transmitted by this data processing unit 13, and it can be analog electronic signal, also can be digital signal.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this data processing unit 13 according to this checkout gear 10 of this Pelvic floor exercises system of this utility model preferred embodiment comprises first communication module 131, and wherein this first communication module 131 of this data processing unit 13 is set up the detection signal that can receive from this pressure detector 12 and this real time detection signal is transferred to this processor 20.This first communication module 131 is generally configured to transmission of digital signals.As those skilled in the art are known, it also can be configured to transportation simulator electronic signal.Therefore, this real time detection signal can be transmitted by this first communication module 131, and it can be analog electronic signal, also can be digital signal.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this pressure detector 12 of this checkout gear 10 comprises a cluster film pressure transducer 121, and wherein each diaphragm pressure sensor 121 of this pressure detector 12 all can be connected with this data processing unit 13 with being energized.Preferably, the diaphragm pressure sensor 121 of this pressure detector 12 can be connected with this data processing unit 13 with being in parallel with being energized.Alternatively, the diaphragm pressure sensor 121 of this pressure detector 12 also can be connected with this data processing unit 13 with being in series with being energized.As those skilled in the art are known, this data processing unit 13 can receive this vaginal walls systolic pressure measurement signal of each diaphragm pressure sensor 121 from this pressure detector 12.Further, each diaphragm pressure sensor 121 of this pressure detector 12 all can be connected with this first communication module 131 of this data processing unit 13 with being energized.Therefore, the diaphragm pressure sensor 121 of this pressure detector 12 can be connected with this first communication module 131 of this data processing unit 13 with being in parallel with being energized.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this of this checkout gear 10 is inserted body 11 and is had an outer wall 111 and comprise one group and be arranged on the arrangement position 112 that this inserts this outer wall 111 of body 11, wherein this arrangement position 112 each has a placement surface 1120, and wherein this diaphragm pressure sensor 121 of this pressure detector 12 is suitable for being separately positioned on this placement surface 1120.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this checkout gear 10 comprises one group of force transmission element 14 further, wherein this force transmission element 14 is separately positioned on this diaphragm pressure sensor 121 of this pressure detector 12, wherein this force transmission element 14 each has a fore side 141 and an outside 142, wherein this fore side 141 of this force transmission element 14 is pressed on this diaphragm pressure sensor 121, outside this of wherein this force transmission element 14,142 are set up to be shaped and match to insert body 11 with this, thus make the contractility of this vagina can by substantially and be substantially fully applied to this force transmission element 14 this outside 142.Preferably, this fore side 141 of this force transmission element 14 is set up and is shaped with suitable with this induction side 1212 of this diaphragm pressure sensor 121, thus the contractility of this vagina is passed to swimmingly this diaphragm pressure sensor 121 and by this diaphragm pressure sensor 121 actual induction and detection.

As shown in Fig. 5 to Figure 12 of accompanying drawing; this of this checkout gear 10 is inserted body 11 and is had one group of protector 113 further; wherein this protector 113 is separately positioned on this outer wall 111 that this inserts body 11; and this pressure detector 12 comprises one group of connector 122 further; wherein each protector 113 extends in two and settles between positions 112 and each connector 122 is arranged between two diaphragm pressure sensors 121 one-body moldedly, and wherein this connector 122 is arranged on this protector 113 that this inserts body 11 respectively.

As shown in Fig. 5 to Figure 12 of accompanying drawing, this data processing unit 13 of this checkout gear 10 comprises a signal conversion module 132 further, wherein this signal conversion module 132 can be connected with this first communication module 131 with this pressure detector 12 respectively with being energized, wherein this signal conversion module 132 is set up this real time detection signal that can receive from this pressure detector 12 and converts this real time detection signal to digital signal from analog electronic signal, wherein this first communication module 131 is set up and can receives this real time detection signal from this signal conversion module 132 and this real time detection signal is transferred to this receptor.Therefore, be generally set up can transmission of digital signals for this first communication module 131.Further, this signal conversion module 132 can be connected with this diaphragm pressure sensor 121 of this pressure detector 12 respectively with being energized, to convert this real time detection signal of this diaphragm pressure sensor 121 from this pressure detector 12 to digital signal from analog electronic signal.

It should be noted that this processor is set up and can calculate by following computing formula the pressure F that user vagina is applied to each diaphragm pressure sensor:

Fs ^–b＝-(V _T*R _F)/(a*V _out)；

F=Fs-Fc; (F is final pressure)

Alternatively, this processor 20 can be connected with this data processing unit 13 of this checkout gear 10 with being energized, and this real-time detector data can be transferred to this processor 20 to make this data processing unit 13 of this checkout gear 10.Therefore, this processor 20 can be further provided in this accommodating chamber 110 of inserting body 11.

As Figure 13 and Figure 14 of accompanying drawing, this Pelvic floor exercises system comprises a stimulator 40 further, wherein this stimulator 40 is suitable for being arranged in the body of person taking exercise, wherein this stimulator 40 can be connected with this power management module 16 of this checkout gear 10 with being energized, electric energy can be supplied to this stimulator 40 to make this power management module 16, with the stimulation making this stimulator 40 its vaginal walls can be provided to experience to user, carry out Pelvic floor exercises to help this person taking exercise.Preferably, this stimulator 40 is electromagnetic shakers.

As Figure 13 and Figure 14 of accompanying drawing, this overcoat 15 of this checkout gear 10 of this Pelvic floor exercises system forms a vibrations room 1502 further, and wherein this stimulator 40 is arranged on this vibrations room 1502.Be understandable that this overcoat 15 can be close to this overcoat 15, thus make when this stimulator 40 generates a stimulus movement, this stimulus movement will be transmitted by this overcoat 15, thus make when this stimulator 40 and this checkout gear 10 insert to put into person taking exercise's body together with body 11 and provide electric energy to this stimulator 40 time, this stimulator 40 is by the stimulation be activated and provide its vaginal walls to experience to user.Preferably, this stimulator 40 can be connected with this data processing unit 13 of this checkout gear 10 with being energized, thus makes this data processing unit 13 of this checkout gear 10 to this stimulator 40 sending controling instruction and can control the stimulation generate pattern of this stimulator 40.

As shown in figure 15, the optional enforcement of one according to the checkout gear 10 of the Pelvic floor exercises system of this utility model preferred embodiment is illustrated, wherein this checkout gear 10A pressure be applicable to by detecting vagina inside detects the checkout gear of female pelvic flesh pressure, and it comprises diaphragm pressure sensor 11A, analog-to-digital conversion module 12A, main control module 13A, data transmission module 14A and data processing terminal 15A.

Diaphragm pressure sensor 11A is multiple, and multiple diaphragm pressure sensor 11A is arranged on the surrounded surface of detection carrier respectively, and the surface coverage of diaphragm pressure sensor 11A has medical silica-gel layer, and both safety and comfort, also easily clean.

Each diaphragm pressure sensor 11A is connected with analog-to-digital conversion module 12A through voltage amplifier circuit respectively.

This voltage amplifier circuit please refer to shown in Figure 16.

Wherein, detect carrier (wearable product) and enter inside of human body for carrying diaphragm pressure sensor 11A.

Multiple diaphragm pressure sensor 11A can connect, also can be in parallel.

This utility model adopts multiple diaphragm pressure sensor, and volume is little, highly sensitive, many with the contact point of human body, can do multiple spot and detect, improve accuracy of detection, reduce the volume of device, be applicable to the design of wearable product.

Analog-to-digital conversion module 12A is connected with above-mentioned voltage amplifier circuit, and the measuring voltage for being exported by voltage amplifier circuit is converted to measuring voltage digital signal.

Main control module 13A is connected with analog-to-digital conversion module 12A, for obtaining measuring voltage digital signal from this analog-to-digital conversion module 12A, main control module 13A calculates by formula (1) and formula (2) force value be applied on each diaphragm pressure sensor 11A, and force value is sent to data processing terminal 15 by control data transmission module 14A:

V _out＝-V _T*(R _F/R _S)(1)

Wherein, V _outfor measuring voltage, V _tfor being loaded into the reference voltage on diaphragm pressure sensor 11A, R _ffor the reference resistance of amplifying circuit, R _sfor the resistance of diaphragm pressure sensor 11A.

Because diaphragm pressure sensor 11A can be equivalent to varistor in circuit, therefore its resistance R _sformula (1) can be passed through and calculate acquisition.

When diaphragm pressure sensor 11A is without external load, circuit is in high-impedance state.When ambient pressure is applied on diaphragm pressure sensor 11A time, circuitous resistance declines thereupon, and pressure and resistance are reverse ratio, therefore can calculate by formula (2) force value be applied on diaphragm pressure sensor 11A.

R _S＝a*F ^–b(2)

Wherein, F is applied to the force value on diaphragm pressure sensor 11A, and a, b are the characteristic constant of diaphragm pressure sensor 11A, draws after carrying out Mathematical Fitting and regression analysis for diaphragm pressure sensor 11A.The above-mentioned factor can have difference because of the difference of the area of diaphragm pressure sensor 11A, technique, and the difference according to ergometry and sensitivity has different values.The span of a is [1,100000], and the span of b is [0.1,100].

In order to improve the accuracy of detection, main control module 13A can by the noise in noise reduction process Filter Examination process.

Data transmission module 14A is connected with main control module 13A, for the force value from main control module 13A is sent to data processing terminal 15A.

Data processing terminal 15A and data transmission module 14A wired connection or wireless connections, for the above-mentioned force value of further analyzing and processing, certainly, data processing terminal 15A also can omit, and replaces with the off-the-shelf equipment with analyzing and processing function.

Wherein, data processing terminal 15A is computer, smart mobile phone or panel computer, computer is connected with data transmission module 14A by data wire, smart mobile phone and panel computer both can be connected with data transmission module 14A by data wire, also can be connected with data transmission module 14A by Radio Transmission Technology, as bluetooth, now, data transmission module 14A is Bluetooth RF chip.

Be understandable that, above-mentioned force value also can be transferred to data processing terminal 15A by data transmission module at once, therefore the present embodiment is also designed with data storage cell, and it is connected with main control module 13A, for storing force value.

Be understandable that, main control module 13A and data transmission module 14A also can be incorporated in a single-chip.

As Figure 17 of accompanying drawing, this utility model provides a kind of person taking exercise of guiding to carry out the method for Pelvic floor exercises further, and it comprises the following steps:

A () provides at least one can select to temper setting according to the individual situation of user; With

B (), after this user selects exercise to arrange, provides an exercise motion to guide to user, completes at least one exercise motion to guide user.

This exercise arranges 101 and is selected from an exercise and arranges group 100, wherein this exercise arranges group 100 and includes, but are not limited to an exercise motion and arrange 1011, one exercise time and arrange 1012, one exercise intensity and arrange 1013, one exercise frequency and arrange 1014, one and temper guiding and arrange 1015, one and take exercise and auxiliary arrange 1016 and one and temper feedback and arrange 1017; This individual situation 201 is selected from people's situation group 200, and wherein this individual situation group 200 includes, but are not limited to age situation 2011, historical data situation 2012, current detection data status 2013 and and tempers object situation 2014.

As Figure 17 of accompanying drawing, the method that this guiding person taking exercise carries out Pelvic floor exercises is further comprising the steps:

(a1) checkout gear of Pelvic floor exercises system is utilized to detect the contractility of user vaginal walls and generate a real-time detector data, and this real-time detector data is sent to the processor of Pelvic floor exercises system, wherein this processor is set up and can processes and generate a current detection data status to this real-time detector data, before wherein this step (a1) is positioned at step (a).

C () tempers performance according to user, provide a workout results feedback being presented at the display screen of client, after wherein this step (c) is positioned at this step (b).

As Figure 18 of accompanying drawing, this utility model provides a kind of vagina contraction power detection method further, and it comprises the following steps:

A a checkout gear is inserted the vagina of user by ();

B () is responded to the contractility of vagina by the diaphragm pressure sensor of the pressure detector of this checkout gear and is obtained corresponding real time detection signal by this pressure detector, wherein this contractility is applied to this checkout gear by the vaginal walls of user; With

C this real time detection signal is transferred to a processor by (), wherein this processor is set up the contractility F that can be calculated user vagina by following computing formula:

Fs ^–b＝-(V _T*R _F)/(a*V _out)；

F=Fs-Fc; (F is final pressure)

As Figure 18 of accompanying drawing, this vagina contraction power detection method of this utility model is further comprising the steps:

D () processes this real time detection signal, to enable this real time detection signal be visualized display, to enable this real time detection signal by user perception.

Example

First segment: exemplary products characteristic describes

1. overcoat material: pharmaceutical grade silica gel;

2. stand-by time: stand-by time is 180 days, uses 4 hours under mode of operation continuously;

3. wireless telecommunications: bluetooth 4.0;

4. wireless connections: automatically identify and be connected;

5. communications protocol: exclusive communications protocol;

6. compatible system: IOS7.0+;

7. interface languages: English, German, Spanish, French, Italian, simplified form of Chinese Character, Chinese-traditional, Japanese etc.;

8. exercise classes: induction training, fresh peppery mother, the strength of love, Rob-B-Hood, sexy superman, postpartum recovery;

9. bootmode: sound guidance (audio frequency);

10. feedback model: medal is rewarded.

Second section: starting device

The start-up mode of this Pelvic floor exercises system has two kinds: hard reboot and soft start.

User starts by power switch button and activates this checkout gear 10 of this Pelvic floor exercises system.User is also by the wireless startup of client 30 and this checkout gear 10 activating this Pelvic floor exercises system.Now, user inputs start-up command by the input equipment of client 30 to this processor 20, start-up command is sent to this data processing unit 13 by this processor 20, start-up command is sent to the switch module 162 of this power management module 16 by this data processing unit 13 further, this switch module 162 controls this power management module 16 and powers to this pressure detector 12, this stimulator 40 and this data processing unit 13, and the checkout gear 10 of this Pelvic floor exercises system and this stimulator 40 are activated.If this processor 20 and this checkout gear 10 are all arranged on this insert body 11, then this switch module 162 controls this power management module 16 and powers to this processor 20 further.

General and this client 30 of this processor 20 combines, to form a portable set, as smart mobile phone, with user-friendly.

Section three: equipment is arranged

As shown in Figure 19 of accompanying drawing, this Pelvic floor exercises system is activated and provides a working interface being presented at the display screen 31 of client 30, wherein user inputs personal situation 201 by sex selection interface to this Pelvic floor exercises system, as sex, or the exercise object situation 2014 as shown in Figure 20 of accompanying drawing, or the historical data situation 2012 as shown in Figure 21 of accompanying drawing, there is provided at least one that exercise can be selected to arrange 101 to make this Pelvic floor exercises system to user, the exercise classes selected of the display screen 31 of the client 30 being presented at this Pelvic floor exercises system as shown in Figure 22 of accompanying drawing, wherein often kind of exercise classes can arrange (combination) 101 corresponding (referring to following table 1 to table 6) with the corresponding exercise selected.

As shown in Figure 23 and Figure 24 of accompanying drawing, this display screen 31 is preferably a touch screen, therefore the user exercise classes of choosing this Pelvic floor exercises system to provide by this display screen 31 and complete at least one exercise motion according to the guiding of course content.As shown in Figure 25 and Figure 26 of accompanying drawing, after the exercise classes provided when this Pelvic floor exercises system is selected by the user, the display screen 31 of the client 30 of this Pelvic floor exercises system provides an equipment to find and linkage interface, user makes this processor 20 of this Pelvic floor exercises system set up wireless (or wired) with this checkout gear 10 and this stimulator 40 by this interface to link, to realize the communication between this processor 20 and this monitoring device 10.As shown in Figure 27 and Figure 28 of accompanying drawing, user also can according to the hobby of oneself, at course selection interface, and unrestricted choice and exercise is set arranges 101.

As shown in Figure 19 to Figure 28 of accompanying drawing, this Pelvic floor exercises system can provide different exercise classes to user, and often kind of exercise classes has multiple rank, and the exercise of each rank difference correspondence is arranged as shown in table 1 to table 6:

Table 1: the exercise that each rank of induction training course is corresponding is arranged

	Exercise motion	Take exercise and guide	Take exercise auxiliary	Temper feedback
					Elementary	Shrink-loosen	Sound guidance	Electromagnetic shaker	Comprehensive grading
Middle rank	Shrink-loosen	Sound guidance	Electromagnetic shaker	Comprehensive grading
					Senior	Shrink-loosen	Sound guidance	Electromagnetic shaker	Comprehensive grading
Divisional greatly	Shrink-loosen	Sound guidance	Electromagnetic shaker	Comprehensive grading

Table 2: the exercise that each rank of sexy superman's training course is corresponding is arranged

	Exercise motion	Take exercise and guide	Take exercise auxiliary	Temper feedback
					Elementary	Shrink-loosen	Sound guidance	Electromagnetic shaker	Comprehensive grading
Middle rank	Shrink-loosen	Sound guidance	Electromagnetic shaker	Comprehensive grading

Senior	Shrink-loosen	Sound guidance	Electromagnetic shaker	Comprehensive grading
					Divisional greatly	Shrink-loosen	Sound guidance	Electromagnetic shaker	Comprehensive grading

Table 3: the exercise that each rank of Rob-B-Hood training course is corresponding is arranged

Table 4: the exercise that each rank of fresh peppery mother's training course is corresponding is arranged

Table 5: the exercise that each rank of rehabilitation training course is corresponding is arranged

Table 6: the exercise that each rank of the strength building course of love is corresponding is arranged

As shown in above-mentioned table 1 to table 6, this Pelvic floor exercises system can provide at least six kinds of different exercise classes to user, often kind of exercise classes has at least four ranks, wherein each rank of often kind of exercise classes and the corresponding exercise selected arrange (combination) 101, as this exercise motion arranges 1011, this exercise guides and arranges 1015, this exercise is auxiliary arrange 1016 and this exercise feedback arrange 1017 etc. corresponding, to make user when a rank of a kind of exercise classes selecting this Pelvic floor exercises system performs physical exercise, the exercise that this user correspondingly selects one to pre-set arranges (combination) 101, to enable this user by this Pelvic floor exercises System guides to perform physical exercise.Preferably, this exercise arrange that (combination) 101 comprises that this exercise time arranges 1012 further, this exercise intensity arrange 1013 and this exercise frequency arrange 1014.This exercise time as the elementary exercise of induction training course arrange 1012 and this exercise frequency arrange 1014 and can be set to shrink 2s-and loosen 4s, this exercise frequency arranges 1014 and is set to repetition per minute 4 contractions-loosening ups and circulates.Be understandable that, user also self-definedly can arrange the design parameter of exercise setting (combination) 101 of this Pelvic floor exercises system.

Section four: take exercise and guide

As shown in Figure 25 to Figure 29 of accompanying drawing, when user selection or after arranging exercise classes, the display screen 31 of the client 30 of this Pelvic floor exercises system shows one and tempers wait interface, after the start button at interface is waited in this exercise that user is chosen (or click), this Pelvic floor exercises system enters Pelvic floor exercises boot and guides user to carry out Pelvic floor exercises.

This Pelvic floor exercises system guides user to carry out Pelvic floor exercises preferably by sound guidance.

Section five: feedback model

As shown in Figure 30 and Figure 31 of accompanying drawing, when user completes an exercise motion or one group of exercise motion, this Pelvic floor exercises system will feed back current exercise performance to user, and it is presented at the display screen 31 of client 30, to enable user evaluate according to the exercise of current exercise performance to oneself, and guide and/excitation user duration exercises activity.As shown in Figure 30 and Figure 31 of accompanying drawing, current exercise situation include but not limited to current exercise complete evaluation (or scoring), the planned exer-cise time (my god), accumulative exercise time (my god), today completes exercise motion (group), always tempers duration (minute) and mean exercise duration (minute).In other words, this workout results feedback is displayed on the display 31 of the client 30 of this Pelvic floor exercises system, feeding back to make this workout results by user perception, thus to enable user evaluate according to this exercise of current exercise result feedback to oneself.Current exercise completes evaluation (or scoring) and includes but not limited to that user guides inner degree of compacting, action persistence, control force and maximal grip strength testing result (or evaluating or scoring).

Section six: initialize

When this Pelvic floor exercises system is brought into use, first can carry out initialization process to the checkout gear 10 of this Pelvic floor system, be applied to pressure F on the diaphragm pressure sensor 121 of this checkout gear 10 to remove this checkout gear 10 _c.

Section seven: high in the clouds

As shown in Fig. 1 of accompanying drawing, this Pelvic floor exercises system comprises the high in the clouds 50 that one is applicable to storage data further.This high in the clouds 50 is set up the exercise information can collected and store this Pelvic floor exercises system by electronic communications network (ECN) and send, wherein this exercise information comprises user individual condition information, user carries out Pelvic floor exercises exercise configuration information and/or workout results information.Alternatively, this high in the clouds 50 is set up the exercise information can collected and store this Pelvic floor exercises system by data wire and send.In the training process of user, a large amount of data messages can be produced.To these data, user can be selected to store in the processor 20 of Pelvic floor exercises system, portable equipment and/or high in the clouds according to classification.After the data message of user is pooled to high in the clouds 50, these data messages can be screened and analyze, to obtain for different crowd, as the data message of age, race, exercise period etc.To the further analysis of these data messages, using value can be obtained, as being applied to the analysis result of clinical medicine etc.

Those skilled in the art can understand shown in accompanying drawing to be only to example of the present utility model instead of restriction with this utility model embodiment described above.

Can see that this utility model object can fully effectively be completed thus.For explaining that this embodiment of this utility model function and structure principle has been absolutely proved and described, and this utility model is not by the restriction based on the change on these embodiment basis.Therefore, this utility model comprises all modifications be encompassed within appended claims book claimed range and spirit.

Claims

1. for detecting a checkout gear for the contractility of user vaginal walls, it is characterized in that, comprising:

Insert body for one;

A pressure detector; With

A data processing unit, wherein this is inserted body and forms an accommodating chamber, this pressure detector is arranged on this and inserts body, this data processing unit is arranged on this and inserts in this accommodating chamber of body, wherein this pressure detector is configured to detect the pressure that is applied thereto by vaginal walls and generates a real time detection signal, and this data processing unit is set up this real time detection signal that can receive from this pressure detector and this real time detection signal is transferred to a receptor.

2. checkout gear according to claim 1, it is characterized in that, this data processing unit comprises first communication module, and wherein this first communication module of this data processing unit is set up the detection signal that can receive from this pressure detector and this real time detection signal is transferred to this receptor.

3. checkout gear according to claim 2, it is characterized in that, this pressure detector comprises a cluster film pressure transducer, wherein each diaphragm pressure sensor of this pressure detector all can be connected with this data processing unit with being energized, and wherein each diaphragm pressure sensor is configured to detect the pressure that is applied thereto by vaginal walls and generates this real time detection signal.

4. checkout gear according to claim 3, it is characterized in that, this is inserted body and has an outer wall and comprise one group and be arranged on the arrangement position that this inserts this outer wall of body, wherein this arrangement position each has a placement surface, and wherein this diaphragm pressure sensor of this pressure detector is separately positioned on this placement surface.

5. checkout gear according to claim 4, is characterized in that, each diaphragm pressure sensor has one and settles side and an induction side, and wherein this arrangement side is arranged on this arrangement position that this inserts body.

6. checkout gear according to claim 5, it is characterized in that, this checkout gear comprises one group of force transmission element further, wherein this force transmission element is separately positioned on this diaphragm pressure sensor of this pressure detector, wherein this force transmission element each has a fore side and an outside, wherein this fore side of this force transmission element is pressed on this diaphragm pressure sensor, being set up outside this of wherein this force transmission element is shaped matches to insert body with this, this fore side of this force transmission element is set up and is shaped with suitable with this induction side of this diaphragm pressure sensor.

7. checkout gear according to claim 6, it is characterized in that, this checkout gear comprises an overcoat further, wherein this overcoat has an operating room, wherein this is inserted body and is arranged on this operating room, wherein this overcoat has an inwall, and wherein each force transmission element is all arranged between this diaphragm pressure sensor and inwall of this overcoat.

8. checkout gear according to claim 7, is characterized in that, this force transmission element is set up this inwall be shaped with this overcoat adaptive.

9. checkout gear according to claim 8, is characterized in that, each force transmission element is all by one-body molded this inwall being arranged on this overcoat.

10. checkout gear according to claim 9, it is characterized in that, this data processing unit comprises a signal conversion module further, wherein this signal conversion module can be connected with this first communication module with this pressure detector respectively with being energized, wherein this signal conversion module is set up this real time detection signal that can receive from this pressure detector and converts this real time detection signal to digital signal from analog electronic signal, and wherein this first communication module is set up and can receives this real time detection signal from this signal conversion module.

11. checkout gears according to claim 10, it is characterized in that, this data processing unit comprises a signal amplification module further, wherein this signal amplification module can be connected with this pressure detector with this signal conversion module respectively with being energized, and wherein this signal amplification module is configured to amplify the detection signal from this diaphragm pressure sensor of this pressure detector.

12. checkout gears according to claim 11, it is characterized in that, this processor comprises a data processing module and second communication module that can be connected with being energized with this data processing module, wherein this second communication module is set up and is communicatively connected with this first communication module of this data processing unit, thus make this second communication module can receive this real-time detector data of this first communication module from this data processing unit, and this real-time detector data is sent to this data processing module of this processor.

13. 1 kinds of female pelvic flesh pressure-detecting devices, is characterized in that, comprising:

Multiple diaphragm pressure sensor, described multiple diaphragm pressure sensor is arranged on the surrounded surface of detection carrier respectively, and the surface coverage of described diaphragm pressure sensor has medical silica-gel layer, each diaphragm pressure sensor is connected with analog-to-digital conversion module through a voltage amplifier circuit respectively;

Main control module, described main control module is connected with described analog-to-digital conversion module, and for obtaining described measuring voltage digital signal from this analog-to-digital conversion module, described main control module is applied to the force value F on each diaphragm pressure sensor by following formulae discovery:

Fs ^–b＝-(V _T*R _F)/(a*V _out)；

F＝Fs-Fc；

Wherein V _outfor measuring voltage, V _tfor being loaded into the voltage on this diaphragm pressure sensor of this pressure detector, R _ffor the resistance of signal amplification module, a, b are the characteristic constant of this diaphragm pressure sensor, F _cwhen not being applied in external force for being enclosed within this checkout gear outer, the pressure detected by this diaphragm pressure sensor of this checkout gear.