KR102408464B1 - Smart Multifunctional Heat Vest - Google Patents

Abstract

The present invention relates to a smart multi-functional heating vest, and in particular, a vest worn on the upper body; a split heating unit formed to be divided at a predetermined position of the vest, and configured to emit heat at a position selected according to a wearer's selection; a power supply control unit formed on one side of the vest unit and configured to supply power required to the divided heating unit and the wireless charging unit of the mobile terminal; A mobile terminal wireless charging unit that automatically charges the battery of the portable terminal stored by introducing the voltage supplied through the power supply control unit into the terminal storage pocket while being installed inside the terminal storage pocket provided on the front side of the vest part Wow; a charging connector unit coupled to the power supply control unit to transmit power supplied from an external charger; a heating information setting display unit that is formed on one side of the vest, and allows the wearer to select a divided heating unit to emit heat, and to visually output selection information; a Bluetooth communication unit formed on one side of the vest and communicating with an external portable terminal; It is characterized in that it is composed of; a heating system control unit for controlling the divided heating unit through the heating information setting display unit and controlling the Bluetooth communication unit.
Therefore, the wearer can conveniently store and carry the mobile terminal carried by the wearer in the terminal storage pocket while wearing the heating vest, and at the same time automatically perform wireless charging of the battery of the mobile terminal by the mobile terminal wireless charging unit. In addition, since the wearer can use the heating vest in various modes according to their preferences and conditions, it is possible to maximize the intrinsic effect of the heating vest, as well as the convenience, usability, and safety of the wearer.

Description

Smart Multifunctional Heat Vest

The present invention relates to a smart multi-functional heating vest, and more particularly, a portable terminal through a wireless charging unit provided in the pocket when the wearer puts the portable terminal he carries in his pocket while wearing the heating vest, and carries and stores it. Wireless charging of the battery can be performed automatically, and depending on one's condition, a specific part of the upper body can be massaged (massaged) or electric low-frequency stimulation can be received. , by warming only a specific desired body part, raising and maintaining the body temperature, and relaxing muscles, not only transfers warmth to the body, but also promotes metabolism through smooth blood circulation and recovery time for damaged muscles It can help to promote health, such as shortening the battery life, and allows you to easily receive power from an external charger. It relates to a smart multifunctional heating vest invented to be linked with a smart watch.

In general, people who engage in outdoor activities such as mountaineering, fishing, and golf in extreme conditions such as winter, workers using open vehicles such as motorcycles, external guard workers such as traffic police or soldiers, or workers working on fishing boats It is required to maintain one's own body temperature to facilitate

In response to such a demand, thermal clothing that can be worn by wearers or workers has been known. In general, such thermal insulation clothing may be configured in the form of various clothing, but is generally configured in the form of a vest that is easy to wear.

On the other hand, the conventional thermal vest is mainly filled with a thermal insulation material such as cotton or feather to increase the thermal insulation. There is, there was a problem that the thermal insulation deteriorates when a small amount of thermal insulation material is added.

A heating vest has been disclosed to solve the problems of the conventional thermal vest. In a conventional heating vest, a linear heating element is arranged in a zigzag manner between the outer skin and the inner skin.

Such a linear heating element is made by winding a heating wire spirally around a glass fiber yarn to form a single wire, and then forming an insulating coating on it, or by forming several flexible alloy heating wires in a stranded state. As the heating element heats up, it is possible to protect the body from the cold and maintain one's own body temperature during outdoor sports activities such as outdoor work, mountain climbing, and fishing even in extreme environments such as winter.

However, if the linear heating element is made thin, it is cumbersome and inconvenient in the process of arranging the linear heating element in a zigzag manner between the outer skin and the inner skin, and productivity decreases, manufacturing cost increases, and if the linear heating element is made thick, flexibility decreases and in the process of handling a heating vest The disadvantage is that it is easily disconnected.

In addition, in order to supply power to the on-board heating element of the heating vest, not only a connection terminal for connecting to a portable battery is required, but also an electrical connection between the connection terminal and the on-board heating element is required. By finishing the electrical connection of the heating element using soldering, shrink tube, or taping, there is a disadvantage in that it is difficult to wash the heating vest due to poor waterproofness.

In addition, in the conventional heating vest, temperature is controlled in predetermined steps such as high temperature, medium temperature, and low temperature. There is a problem such as a large inconvenience in use because the heat is often stopped as it is exhausted.

However, most of the conventional heating vests simply have an ON-OFF function, so there is a limit for the wearer to use the heating vest more efficiently.

In addition, most of the conventional heating vests use only the heat generated by the heating element to warm only a specific desired body part to raise and maintain the body temperature, relax the muscles to deliver warmth to the body, as well as improve blood circulation and damaged muscles. It aims to shorten the recovery time, and there is a limit to its effectiveness.

In particular, it lacks massage and electric low-frequency stimulation functions that take appropriate measures for the shoulder, waist, and flanks, which frequently cause pain as well as muscle aggression. There were various problems in that it did not provide additional additional functions, such as charging the terminal, etc. carried by the user, in addition to the heat generated through the device.

On the other hand, as a prior art, the "heating vest" of Republic of Korea Patent Publication No. 10-1974314 (hereinafter referred to as 'prior art 1') as a prior art is an outer skin formed in the form of a vest, an endothelium attached to the inside of the outer skin, and the To be disposed between the outer skin and the endothelium, a heating sheet sewn on the inner surface of the outer skin, a power cable having a connection terminal connected to a battery accommodated in a receiving unit formed on the inner surface of the inner skin, and electrically connected between the heating sheet and the power cable It consists of a control module that supplies power to the battery and controls the temperature of the heating seat, so it has excellent flexibility, heat resistance and waterproof properties. There is an effect of improving the convenience of use by enabling heat control.

In addition, as another prior art, the "heating vest" of Republic of Korea Patent Publication No. 10- 2075544 (hereinafter referred to as 'prior art 2') has a heating pad and an operation switch (including temperature control function) attached to and detached from the vest body. The heating pad and the operation switch can be easily separated from the vest body for washing during washing, and when a failure occurs, only the defective parts can be selectively separated for repair and replacement, so that continuous use is possible, and the operation As the switch is provided at the lower end of one side of the vest body, it is easy to operate while preserving the appearance of clothes, and there is some effect of convenience of use.

However, looking briefly at Prior Art 1, the heating vest measures the temperature of the heating sheet and the remaining amount of the battery, calculates the heating time according to the set temperature of the heating sheet and the remaining amount of the battery, and configures the control module to display this. While the functionality of the device is improved, the inconvenience of not being able to freely select the body part to which the wearer wishes to receive warmth, and the configuration of the control module to control this and the technical content of the dedicated charging connector are insufficient.

In addition, in Prior Art 2, the width of the storage space of the storage pad is sewn to have a width corresponding to the width of the heating pad so that the heating pad accommodated in the storage space of the storage pad does not flow up, down, left and right. A number of through holes are formed to minimize the loss, and the temperature of the heat generated by the heating pad is controlled through the operation switch, thereby preventing the flow of the heating pad inside the storage space and minimizing heat loss. On the other hand, as in the prior art 1, the inconvenience of not being able to freely select a body part to which the wearer wants to transmit warmth, and the configuration of the control module for controlling this and the description of the dedicated charging connector part are insufficient.

Domestic Registered Patent Publication No. 10-1974314 (Registered on April 24, 2019) Domestic Registered Patent Publication No. 10-2075544 (Registered on Feb. 4, 2020)

The present invention has been devised to solve the problems of the prior art, and by installing a terminal storage pocket equipped with a wireless charging unit for a mobile terminal on one side of the front side of the heating vest, the wearer carries it while wearing the heating vest. The mobile terminal can be conveniently stored and carried by putting it in the terminal storage pocket, and at the same time, wireless charging for the battery of the mobile terminal can be automatically performed by the mobile terminal wireless charging unit, and a plurality of massages can be performed inside the heating vest. The purpose of this is to provide a smart multifunctional heating vest that can easily receive a massage or electric low-frequency stimulation for a specific part of the upper body according to one's condition by detachably installing the module and the low-frequency generating module.

Another object of the present invention is to allow the wearer to warm up the entire upper body or only a specific body part according to their physical condition, so as to increase and maintain the body temperature, and to relax the muscles to deliver warmth to the body Of course, it is to provide a smart multifunctional heating vest that can help promote health, such as promoting metabolism and shortening the recovery time of damaged muscles through smooth blood circulation.

Another object of the present invention is not only the safety of the heating vest, but also the improvement of usability and usability of the heating vest in various modes already stored, and arbitrary setting conditions (heating location, temperature, time) set whenever the wearer wears it. ) to collect, store, and learn, and to provide a smart multifunctional heating vest that can be automatically generated by a wearer's custom mode.

Another object of the present invention is to connect the heating vest and an external charger, but set and control the power supplied to the heating vest and simple functions of the heating vest by interlocking with a dedicated terminal using simple physical pressure or Bluetooth communication method It is to provide a smart multi-functional heating vest that can do this and can be linked with a smart watch.

In addition, the detailed object of the present invention will be clearly grasped and understood by experts or researchers in the technical field through the detailed contents described below.

The present invention for achieving the above object, in the smart multi-functional heating vest including a dedicated charging connector, the vest portion to be worn on the upper body; a split heating unit formed to be divided at a predetermined position of the vest, and configured to emit heat at a position selected according to a wearer's selection; a power supply control unit formed on one side of the vest unit and configured to supply power required to the divided heating unit and the wireless charging unit of the mobile terminal; In the state installed inside the terminal storage pocket provided on the front side of the vest part, the voltage supplied through the power supply control unit is introduced into the terminal storage pocket and transferred to the wireless receiving coil of the portable terminal to be stored, thereby transferring the battery of the portable terminal wirelessly. And a mobile terminal wireless charging unit for automatic charging; a charging connector unit coupled to the power supply control unit to transmit power supplied from an external charger; a heating information setting display unit that is formed on one side of the vest, and allows the wearer to select a divided heating unit to emit heat, and to visually output selection information; a Bluetooth communication unit formed on one side of the vest and communicating with an external portable terminal; It consists of; a heating system control unit for controlling the divided heating unit through the heating information setting display unit and controlling the Bluetooth communication unit;

The split heating unit,

One or more heating modules are divided and formed in one or more of the 1st, 2nd, and 3rd zones of the vest part, so that the entire upper body or each specific zone is heated by the wearer's operation, so that the wearer can arbitrarily By selecting the split heating part to generate heat and allowing heat to be generated from the split heating part located in the selected body part, it warms the body by raising the temperature of a specific body part, or maintains the temperature of a specific body part, as well as in the heated area. It is characterized in that it is possible to reduce the recovery time of the muscle by relaxing the located damaged muscle.

In addition, a fixing means for at least one of a plurality of massage modules or a plurality of low-frequency generating modules is provided on the inner surface of the vest part in contact with the shoulder, scapula, back (spine), waist, flank, and abdomen. Each is detachably installed through, and between the plurality of massage modules and the power supply control unit or between the plurality of low-frequency generation modules and the power supply control unit, a massage module or low-frequency generation module driving and operation unit is installed, so that the wearer can adjust to his or her condition Accordingly, the plurality of massage modules or the plurality of low-frequency generating modules selects and operates at least one or more modules installed in a desired specific area to promote massage or electric low-frequency stimulation of the corresponding area. .

In this case, the vest part is characterized in that it further includes a plurality of tightening means for pressing the plurality of massage modules or the plurality of low-frequency generating modules to be in close contact with a specific part of the wearer, respectively.

In addition, the charging connector part,

a flexible charging cable module formed in a predetermined length, which is formed in a button-type structure equipped with a Bluetooth function, and supplies power transmitted from an external charger to the power supply control unit; a function operation module formed at an end of the charging cable module, coupled to one side of the power supply control unit, connecting one side of the power supply control unit and the charging cable module, and allowing physical manipulation by the wearer; Formed on the other end of the charging cable module, an external charging device coupling module coupled to one side of the external charging device; characterized in that it is composed of.

In addition, the function operation module,

a function control unit housing formed so that the wearer can physically press or touch the power supplied from the external charger; an on-off button element formed on one side of the outside of the function control unit housing and configured to set ON-OFF and a simple function of the heating vest by physical pressure; a Bluetooth element positioned and formed on one side of the function control unit housing to enable communication with a mobile terminal; a charging connector control element positioned and formed on one side of the interior of the function control unit housing and controlling respective functions of the on/off button element and the Bluetooth element; Formed on one side of the outside of the function control unit housing, as the on/off button element is pressed, or whether or not a signal is input according to the operation and setting in the external portable terminal connected to the charging connector control element through the Bluetooth element It is characterized in that it is composed of; an input information LED output element that is output.

In addition, the on-off button element,

an ON mode in which power transmitted from an external charger is supplied according to repeated pressure and touch; an OFF mode to cut off power transmitted from an external charger; It consists of a simple function setting mode that can set simple functions of the heating vest by physical pressure or touch;

The power supply control unit and the role of a medium to establish an organic coupling relationship between the external charger supplying power, as well as the power supply of the external charger and the simple function of the heating vest using physical force alone It is characterized in that it can be manipulated.

In addition, the smart multi-function heating vest with the dedicated charging connector is included,

When connected by Bluetooth communication with an external portable terminal through the Bluetooth communication unit, the dedicated application installed on the external portable terminal is activated, and through the dedicated application, the basic setting of the split heating unit by the heat information setting display unit, as well as the wearer a wearer customized mode storage module for collecting, analyzing and storing the setting information of the heating information setting display unit by the wearer; A wearer's custom mode storage module that allows the wearer to set and store the condition of the split heating unit desired by the wearer; further included and activated,

By enabling the ON-OFF of the charging connector and the simple function of the heating vest to be activated when it is connected to an external mobile terminal through Bluetooth communication through the Bluetooth element,

By enabling easy operation of the smart multi-functional heating vest with a dedicated charging connector and custom setting for the wearer, the usability, operability, and personalization effects of the smart multi-functional heating vest with a dedicated charging connector are maximized,

In addition, in the smart multi-function heating vest with a dedicated charging connector,

It is formed on one side of the vest part, and to ensure the safety of the split heating part, check whether the vest part and the wearer's skin or the vest part and the cloth are in contact, and the heating temperature of the split heating part is automatically controlled through the heating system controller It is characterized in that the safety of the smart multi-functional heating vest with a dedicated charging connector part is maximized by further including and configured to prevent low-temperature burns.

In addition, the smart multi-function heating vest with the dedicated charging connector is included,

When connected to an external smart watch through Bluetooth communication through the Bluetooth communication unit, a dedicated application installed on the external smart watch is activated and functions of the smart multi-functional heating vest can be controlled through this.

On the other hand, prior to this, in this specification, the terms or words used in the claims of the patent registration should not be construed as being limited to conventional or dictionary meanings, and the inventor of the term in order to explain his invention in the best way. should be interpreted as meaning and concept consistent with the technical idea of the present invention based on the principle that can be appropriately defined.

Accordingly, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all of the technical spirit of the present invention. It should be understood that there may be equivalents and variations.

As described above, according to the smart multi-functional heating vest of the present invention, first, by installing a terminal storage pocket equipped with a mobile terminal wireless charging unit on one side of the front side of the heating vest, the wearer carries the portable device while wearing the heating vest. Terminals (eg, cell phones (cell phones), smart phones, PDAs, etc.) can be easily stored and carried in the above-mentioned terminal storage pocket, and at the same time, wireless charging of the battery of the portable terminal is automatically performed by the wireless charging unit of the portable terminal Therefore, it is possible to significantly increase the convenience and usability according to the charging of the battery provided in the portable terminal and the continuous use of the portable terminal.

Second, in the present invention, by installing a plurality of massage modules and low-frequency generating modules detachably inside the heating vest, you can easily receive massage or electric low-frequency stimulation for a specific part of the upper body according to your own condition. Through the smooth blood circulation of the body through local low-frequency stimulation, the wearer's metabolism can be promoted, and an excellent effect can be obtained for the recovery of locally agglomerated or damaged muscles.

Third, according to the present invention, by the operation of the wearer, the body can be warmed by appropriately raising and maintaining the temperature of a specific body part, and it is possible to facilitate blood circulation and promote metabolism as well as immunity. It has the effect of increasing it.

Fourth, according to the present invention, it is possible to select a specific body part (eg, shoulder, spine, back, abdomen) to which warmth is transmitted, and only the selected body part can be warmed, so that the usability and efficiency of the heating vest can be significantly increased. there is an effect

Fifth, according to the present invention, various modes consisting of a combination of heating location, temperature, time, and heating order can be easily used according to the preference and condition of the wearer, and in addition to the various pre-stored modes, the wearer can select his or her own mode. It can be set, stored, and used, and by collecting and learning repetitive setting information by the wearer, it is possible to automatically create and provide a wearer customized mode to the wearer.

Sixth, according to the present invention, by using the dedicated charging connector part, ON-OFF of the power supplied to the heating vest and the simple function of the heating vest can be easily operated by physical or Bluetooth communication method, that is, the wearer can adjust to his or her preference and condition. Accordingly, by warming the entire upper body or a specific body part to increase and maintain the body temperature, muscle relaxation, blood circulation and metabolism promotion, immunity enhancement, and ease of use can be maximized, and also with a smart watch It is a very useful invention that can be linked.

Other effects of the present invention will be clearly understood and understood by an expert or researcher in the art through the specific details described below, or during the process of implementing the present invention.

1 is an overall block diagram of a smart multi-functional heating vest to which the present invention is applied.
Figure 2 is a conceptual diagram of a smart multi-functional heating vest to which the present invention is applied.
3 (a) (b) is an exemplary embodiment showing a state in which a heating module and a massage module or a heating module and a low-frequency generating module are installed in a smart multi-functional heating vest to which the present invention is applied.
Figure 4 is a block diagram of the heat information setting display unit among the components of the smart multi-function heating vest to which the present invention is applied.
5 is an enlarged view of the heating information setting display unit formed on one side of the vest part among the components of the smart multi-functional heating vest to which the present invention is applied.
Figure 6 is a circuit diagram for explaining the electrical connection state of the heating module of the smart multi-functional heating vest to which the present invention is applied.
Figure 7 is an embodiment of the smart multi-functional heating vest to which the present invention is applied is connected to an external portable terminal through a Bluetooth communication unit, and an embodiment of a wearer interface of a dedicated application output from the portable terminal.
8 is a flowchart for a low-temperature burn prevention unit among the components of a smart multi-functional heating vest to which the present invention is applied.
9 is a perspective view for explaining an embodiment of the charging connector part of the components of the smart multi-functional heating vest to which the present invention is applied.
Figure 10 (a) (b) is an exemplary view of the mobile terminal wireless charging part among the components of the smart multi-functional heating vest to which the present invention is applied, and the portable terminal wireless charging part in the front side of the terminal storage pocket installed on the front side of the vest part An enlarged cross-sectional view of the main part showing a state in which the battery is wirelessly charged while the terminal is in close contact.

Since the present invention can have various changes and can have various forms, specific embodiments are illustrated in the drawings and described in detail in the text. However, this is not intended to limit the present invention to the specific disclosed form, it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention.

Terms such as first, second, etc. may be used to describe various elements, but the elements should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, a first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. In the present application, terms such as “comprise” or “have” are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification is present, and includes one or more other features or It should be understood that the existence or addition of numbers, steps, operations, components, parts, or combinations thereof does not preclude the possibility of addition.

Unless defined otherwise, all terms used herein, including technical and scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs.

Terms such as those defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present application. does not

Hereinafter, with reference to the accompanying drawings, the operation state according to each configuration including a preferred embodiment according to the present invention will be described in detail as follows.

1 shows an overall block diagram of a smart multi-functional heating vest to which the present invention is applied, FIG. 2 shows a conceptual diagram for a smart multi-functional heating vest to which the present invention is applied, (a) (b) of FIG. 3 is this It shows an exemplary diagram showing a state in which a heating module and a massage module or a heating module and a low-frequency generating module are installed in a smart multi-functional heating vest to which the invention is applied.

In addition, Figure 4 shows a block diagram of the heat information setting display unit among the components of the smart multifunctional heating vest to which the present invention is applied, and Figure 5 is formed on one side of the vest part among the components of the smart multifunctional heating vest to which the present invention is applied. It shows an enlarged view of the heating information setting display unit, and FIG. 6 shows a circuit diagram for explaining the electrical connection state of the heating module among the smart multi-functional heating vest to which the present invention is applied.

In addition, Figure 7 shows an embodiment of the smart multi-functional heating vest to which the present invention is applied is connected to an external mobile terminal through the Bluetooth communication unit, and an embodiment of the wearer interface of the dedicated application output from the mobile terminal, Figure 8 is the present invention The flowchart for the low-temperature burn prevention part among the components of the applied smart multi-functional heating vest is shown.

And Figure 9 is a perspective view for explaining an embodiment of the charging connector part of the components of the smart multi-functional heating vest to which the present invention is applied, Figure 10 (a) (b) is the configuration of the smart multi-functional heating vest to which the present invention is applied Among the elements, an exemplary view of the mobile terminal wireless charging unit and an enlarged cross-sectional view showing the main part showing a state in which wireless charging is being performed on the battery while the mobile terminal is in close contact with the front side of the mobile terminal wireless charging unit in the terminal storage pocket installed on the front side of the vest is shown.

According to this, the smart multifunctional heating vest to which the present invention is applied is largely as shown in FIGS. Mobile terminal wireless charging unit 1000, charging connector unit 400, heat information setting display unit 500, including Bluetooth communication unit 600 and the heating system control unit 700, while wearing a heating vest, you can carry You can put the portable terminal (S) in the terminal storage pocket (110), carry and store it, and wirelessly charge the battery of the portable terminal (S) automatically, as well as warming only a specific body part you want according to your condition. It is designed to help promote health by raising and maintaining body temperature, relaxing muscles, delivering warmth to the body, promoting metabolism through smooth blood circulation, and shortening recovery time of damaged muscles. as the main technical component.

At this time, the vest part 100 worn on the upper body is formed so that the wearer can easily put on and take off the clothes, as shown in Fig. 3(a)(b), and the heating module (HM) ) consists of a first zone (A1), a second zone (A2), and a third zone (A3). Since it is not an invention, a detailed description is omitted.)

On the other hand, the divided heating unit 200 which is dividedly formed to deliver warmth to a certain position of the vest unit 100, that is, a specific body part, and the power voltage is supplied to a position selected according to the wearer's selection, so that heat is generated and emitted. ), as described above, the first area (A1), the second area (A2), and the third area (A3) of the vest part 100, at least one heating module (HM) in any one area or more divided and formed.

As an embodiment thereof, as shown in Fig. 1, the shoulder region heating module 210 is positioned and formed in the second region A2 so that the wearer's shoulder region is heated; a spinal dorsal region heating module 220 positioned and formed in the second region A2 to heat the wearer's spine and back; It consists of an abdominal region heating module 230 that is positioned and formed in the first zone A1 and the third zone A3 to heat the wearer's stomach, and the wearer broadly selects a specific body part to increase body temperature. to be raised and maintained.

At this time, the shoulder region heating module 210 is mainly for raising, maintaining, and relaxing the temperature of the trapezius muscle, and is composed of a shoulder region heating element 211 that applies heat to the left shoulder region and the right shoulder region of the wearer. do.

In addition, the dorsal dorsal region heating module 220 controls the temperature of 12 thoracic and thoracic vertebrae closely located, 5 lumbar vertebrae and muscles closely located with lumbar vertebrae, infraspinatus, serratus anterior, and teres major. It is for raising, maintaining, and relaxing, and it is composed of a spinal dorsal region heating element 221 that heats the left and right back parts based on the wearer's spine and spine.

In addition, the abdominal region heating module 230 is for increasing, maintaining, and relaxing the temperature of internal organs and muscles located in the abdomen, and is an abdominal region heating element 231 that heats the left and right abdomens of the wearer. ) to increase, maintain, and relax the temperature of a specific area by the wearer's choice.

In addition, as described above, the power supply control unit 300 is formed on one side of the vest unit 100 so that the charging connector unit 400 is connected, and the charging connector unit 400 is the power supply control unit ( 300), and controls the supply of the power voltage required for the division heating unit 200 in the vest unit 100 and the wireless charging unit 1000 to be described later, etc. through the external charger device (C). .

On the other hand, the portable terminal wireless charging unit 1000, as shown in (a) (b) of Figure 10, the power supplied from the power supply control unit 300 on the charging pad 1010 to the portable terminal (S) Provided with a wireless transmission coil 1020 in the form of an induction coil that transmits in the form of a magnetic field to a wireless reception coil (not shown) provided in a terminal storage pocket ( 110) It has a form installed inside.

The portable terminal wireless charging unit 1000 transfers the voltage supplied through the power supply control unit 300 to the wireless receiving coil side of the portable terminal S that is introduced into the terminal storage pocket 110 and is stored. It performs a function of wirelessly automatically charging the built-in battery in the mobile terminal (S).

Using the wireless transmission coil 1020 in the shape of an induction coil provided in the charging pad 1010 of the wireless charging unit 1000 of the portable terminal described above, the wireless reception coil (ie, electromagnetic induction coil) provided in the portable terminal (S). A technology of wirelessly transmitting induced power and wirelessly automatically charging a current generated by a magnetic field induced by a wireless transmission coil provided in the portable terminal (S) to a battery built in the portable terminal (S) ( That is, a technology for wirelessly charging a battery using an electromagnetic induction phenomenon) is a well-known technology, so a detailed description thereof will be omitted.

At this time, the size of the portable terminal (S) is different depending on the manufacturer and model, and the portable terminal (S) is introduced into the terminal storage pocket 110 provided in the vest unit 100 for storage. And when carrying, the mobile terminal (S) flows in the terminal storage pocket (110), the wireless automatic charging of the battery of the mobile terminal (S) using the mobile terminal wireless charging unit (1000) is well made There is a risk of not being able to support it.

On the other hand, the back surface of the mobile terminal (S) has a form that is basically provided with a metal plate that sticks well by the magnetic force of the permanent magnet.

Accordingly, the present invention further includes providing at least one permanent magnet 1030 in addition to the wireless transmission coil 1020 on the charging pad 1010 of the wireless charging unit 1000 of the portable terminal.

In a state in which at least one permanent magnet 1030 is further installed on the charging pad 1010 of the wireless charging unit 1000 of the portable terminal as described above, the portable terminal S is provided in the vest unit 100 When storing and carrying by introducing into the terminal storage pocket 110, the rear side of the mobile terminal (S) provided with a metal plate is a permanent magnet (1030) provided on the charging pad (1010) of the mobile terminal wireless charging unit (1000) ) is attracted by the magnetic force of the charging pad 1010 is attached to the front surface.

In this way, in a state in which the mobile terminal (S) is attached to the front of the charging pad 1010 by the permanent magnets 1030 provided in the charging pad 1010 of the wireless charging unit 1000 of the mobile terminal, a strong external force is applied. The permanent magnet at a position where the wireless transmission coil 1020 provided in the charging pad 1010 and the wireless reception coil 1020 provided in the mobile terminal S almost coincide with each other without moving even when an impact is applied, and the permanent magnet As the state is maintained by the magnetic force of the 1030, the battery embedded in the portable terminal S can be wirelessly automatically charged by the power transmitted wirelessly from the wireless charging unit 1000 of the portable terminal. have.

In addition, when you want to use the portable terminal (S), there is no separate use of a connector or cord for charging, so from the inside of the terminal storage pocket 110 of the vest unit 100 being worn without a separate operation. Since it can be simply withdrawn and used, the usability of the portable terminal S can also be obtained very well.

On the other hand, a general wired charger may be installed in the terminal storage pocket 110 of the vest unit 100 instead of the wireless charging unit 1000 for the mobile terminal presented in the present invention. What is necessary is to charge the battery provided in the portable terminal in a state connected to the portable terminal (S).

In addition, the charging connector unit 400, one end is connected to the power supply control unit 300, the other end is connected to an external charger (C; for example, a portable external auxiliary battery capable of charging, etc.), the power is to be supplied.

Of course, the external charger (C) is not limited to the above-described portable external auxiliary battery, and if necessary, a relatively large-capacity auxiliary battery is detachably installed in the vest unit 100 worn by the user, and together with the vest unit. The power supply voltage may be supplied to each of the above-mentioned parts as necessary while carrying or wearing it.

In addition, referring to FIG. 9 for the charging connector 400 , one end is connected to one side of the power supply control unit 300 , and the other end supplies power to the power supply control unit 300 . It is connected to the external charger device (C) to supply power to the power supply control unit 300, so that the power voltage supplied from the external charger device (C) is transferred to the power supply control unit 300 .

In addition, the charging connector unit 400 is formed in a button-type structure equipped with a Bluetooth function, and is flexible (flexible) formed to a predetermined length to supply power transmitted from the external charger device (C) to the power supply control unit (300). ) one charging cable module 410 and; The end of the charging cable module 410 is coupled to one side of the power supply control unit 300 to connect one side of the power supply control unit 300 and the charging cable module 410, and physical manipulation by the wearer is possible a function operation module 420 and; It is formed at the other end of the charging cable module 410, the external charging device coupling module 430 coupled to one side of the external charging device (C); has a form consisting of.

In addition, the function operation module 420 includes a function operation unit housing 421 formed so that the wearer can operate the power transmitted from the external charger device (C) by physically pressing or touching; an on-off button element 422 formed on one side of the outside of the function control unit housing 421 and configured to set ON-OFF and a simple function of the heating vest by physical pressure; a Bluetooth element 423 positioned on one side of the inside of the function control unit housing 421 and configured to communicate with an external portable terminal (S); a charging connector control element 424 positioned on one side of the inside of the function control unit housing 421 and configured to control the respective functions of the on-off button element 422 and the Bluetooth element 423; Formed on one side of the outside of the function control unit housing 421, as the on/off button element 422 is pressed, or through the Bluetooth element 423, an external portable terminal S connected to the charging connector control element 424 ), the input information LED output element 425 outputting whether or not a signal is input according to the operation and setting in the;

In addition, the on-off button element 422, the ON mode (422-1) so that the power transmitted from the external charger device (C) is supplied according to repeated press and touch; OFF mode (422-2) to cut off the power transmitted from the external charger (C) and; A simple function setting mode (422-3) capable of setting a simple function of the heating vest by physical pressure or touch; ) as a medium to establish an organic bonding relationship between the two, as well as whether the external charger (C) is powered on and the simple functions of the heating vest can be operated independently by using physical force.

That is, the charging connector unit 400 is not a charging cable that simply connects the power supply control unit 300 and the external charger device (C), but a physical operation or an external portable terminal (S) using a Bluetooth communication method. ), it performs the function of allowing the wearer to use the heating vest immediately according to the situation by adjusting the simple functions of the heating vest by theme, as well as the ON and OFF functions to supply and cut off the power by the signal transmitted from the

On the other hand, the external charger (C) basically includes, for example, a portable external auxiliary battery, the external portable terminal (S) can be defined as a dedicated terminal or a smart device, the external charger ( The external charging device coupling module 430 coupled to one side of C) may be formed correspondingly according to the connection port method formed in the coupled external charging device (C).

In addition, as shown in FIGS. 4 and 5 , the heating information setting display unit 500 is a heating part selection switch that allows the divided heating part 200 to be selected according to a specific body part to be heated. a module 510; a heating temperature setting switch module 520 capable of setting the heating temperature of the divided heating unit 200; a heating time setting switch module 530 capable of setting the heating time of the divided heating unit 200 and; and a heating program selection module 540 for selecting a heating program already stored in combination with the heating position, temperature, and time of the divided heating unit 200 for each theme.

In this case, the heating part selection switch module 510 includes: a heating part selection element 511 for selecting a specific body part to generate heat; When the wearer selects a heating part through the heating part selection element 511, a heating part selection information display element 512 in which the selection is outputted in real time by means of a light emitting diode (LED).

In addition, the heating temperature setting switch module 520 includes a heating temperature setting element 521 for setting the heating temperature of the divided heating unit 200 for the heating part selected by the wearer; and a set heating temperature information display element 522 in which the heating temperature set by the wearer through the heating temperature setting element 521 and the temperature rise up to the heating temperature set by the wearer are output in real time.

In addition, the heating time setting switch module 530 includes a heating time setting element 531 for setting the heating time of the divided heating unit 200 for the heating part selected by the wearer; and a heating time information display element 532 that outputs the heating time set by the wearer through the heating time setting element 531 and the remaining heating time after operation in real time.

In addition, the heating program selection module 540, the heating position, heating sequence, heating temperature, heating in the first zone (A1), the second zone (A2), and the third zone (A3) of the vest part 100 It is configured in a mode in which time is combined in a predetermined pattern to deliver warmth to a specific body part of the wearer, thereby relaxing a specific body part.

For example, the heating sequence, the heating temperature, and the heating time of the abdominal region heating module 230 and the spine dorsal region heating module 220 are combined in a predetermined pattern to deliver warmth to the wearer's internal organs to relax them, And digestive system relaxation mode 541 to promote the health of internal organs; The heat sequence, heat temperature, and heat time of the spine and dorsal area heating module 220 and the shoulder area heating module 210 are combined in a certain pattern to deliver warmth to the wearer's spine and muscles close to the spine to relax them. , the back muscles of the spine to promote the health of the spine and back arm mode 542 and; The heating sequence, heating temperature, and heating time of the abdominal region heating module 230, the spine dorsal region heating module 220, and the shoulder region heating module 210 are combined in a certain pattern to provide warmth to the upper body muscles of the wearer. The upper body muscle relaxation mode 543 that promotes upper body muscle health by delivering and relaxing the digestive system relaxation mode 541 without the wearer setting a separate heating condition according to his or her condition, the above By simply selecting the spine and back muscle relaxation mode 542 and the upper body muscle relaxation mode 543, the temperature of a specific body part is raised and maintained for each mode, so that the body is warmly protected.

At this time, the heating program selection module 540 is, for example, formed as a button type on one side of the vest part 100 as shown in FIG. It has a form configured to select the back muscle relaxation mode 542 and the upper body muscle relaxation mode 543 .

When the smart multifunctional heating vest (1) including the dedicated charging connector provided in the present invention is connected to the external portable terminal (S) by the Bluetooth communication unit (600), a dedicated application activated from the portable terminal (S) ( APP), as shown in FIGS. 1 and 7, the digestive system relaxation mode 541, the spine and back muscle relaxation mode 542, and the upper body muscle relaxation mode 543 are displayed, so that the wearer can more easily and intuitively You can choose.

In addition, the smart multi-function heating vest (1) with a dedicated charging connector provided in the present invention is connected to the portable terminal (S) by the Bluetooth communication unit (600) as shown in FIG. 7, as described above, externally The dedicated application (APP) installed in the portable terminal (S) of the a wearer customized mode storage module (MS1) which collects the setting information of the heating information setting display unit 500 and analyzes and stores the setting pattern of the wearer; A wearer's custom mode storage module (MS2) capable of setting and storing the conditions of the divided heating unit 200 desired by the wearer; is further included and activated.

In addition, when connected to an external mobile terminal (S) through Bluetooth communication through the Bluetooth element 423, the ON-OFF of the charging connector 400 and the simple function of the heating vest can be activated, Effect on the usability, operability and personalization of the smart multi-functional heating vest (1) itself by enabling easy operation of the smart multi-functional heating vest (1) including the dedicated charging connector unit proposed in the present invention and custom setting for the wearer can be maximized.

At this time, the wearer customized mode storage module (MS1), as shown in FIG. 1, includes a heating condition data collection element (MS1-1) that collects a setting pattern of the wearer's repetitive heating conditions; a wearer usage pattern analysis element (MS1-2) that analyzes the data on the heating condition setting collected through the heating condition data collection element (MS1-1); and a wearer customized pattern generating element (MS1-3) that learns the wearer's use pattern analyzed from the wearer's use pattern analysis element (MS1-2) and suggests a wearer-only mode (mode).

Accordingly, the wearer's own mode suitable for his or her preference can be suggested to the wearer through the wearer customized mode storage module MS1, conversely, based on the wearer's usage pattern. ), the entire upper body or a specific body part, that is, raises and maintains the body temperature, and can relax the muscles.

In addition, the wearer custom mode storage module (MS2) includes: a custom heating location selection element (MS2-1) that allows the wearer to select a plurality of specific body parts; a custom heating sequence determining element (MS2-2) for determining the heating order of a plurality of specific body parts selected through the custom heating location selection element (MS2-1); A custom heating condition setting element (MS2-3) for setting each heating condition (heating temperature, heating time) of a plurality of specific body parts determined through the custom heating sequence determining element (MS2-2); includes; is composed by

Accordingly, the wearer can create their own custom mode by setting and storing the change order of the heating position, heating temperature, heating time, and heating position through the wearer custom mode storage module MS2.

In addition, when connected to an external portable terminal (S) through Bluetooth communication through the Bluetooth element 423, a power setting object ( 423-1) and; a shoulder region setting object 423-2 capable of activating the heating of the shoulder region; a spine region setting object 423-3 capable of activating the heating of the spine and back region; Abdominal zone setting object 423-4 capable of activating the heating of the abdominal region; by selecting a UI configured simply and intuitively, it is also possible to simply set the fever of a specific region.

At this time, the dedicated application (APP) activated using the Bluetooth communication unit 600 and the Bluetooth element 423 is configured to intuitively monitor the wearer's current usage situation, and the heating system control unit 700 is, When the wearer selects various options formed on one side of the vest part 100, it is controlled to operate according to the selection, as well as a smart including a dedicated charging connector according to the selection delivered from the dedicated application (APP). Control the multi-function heating vest (1) to operate.

On the other hand, in the present invention, as shown in Fig. 3 (a) (b), the shoulder region, the scapula region, the back (spine) region, the waist region, the flank region and the stomach region of the inner surface of the vest part 100, etc. In, it further includes a plurality of massage modules 1200 or a plurality of low-frequency generation modules 1400 at least one of the modules are respectively detachably installed through the fixing means (1600).

In addition, in the present invention, between the plurality of massage modules 1200 and the power supply control unit 300 or between the plurality of low-frequency generation modules 1400 and the power supply control unit 300, as shown in FIG. 1 , the massage module driving and By further installing the operation unit 1300 or the driving and operation unit 1500 of the low-frequency generation module, the wearer according to his/her condition, one of the plurality of massage modules 1200 or the plurality of low-frequency generation modules 1400. This includes selecting and operating at least one installed module to help promote health by promoting massage or electric low-frequency stimulation for the relevant part.

At this time, the size (area) of the plurality of massage modules 1200 and the plurality of low-frequency generation modules 1400 is manufactured to have various sizes (areas) and shapes in consideration of the area of the part where each is installed. desirable.

In addition, the fixing means 1600 includes a Velcro tape that is easy to attach and detach, and since the physique of the upper body is different for each wearer of the smart multi-functional heating vest 1 to which the present invention is applied, the wearer's shoulder region, scapula A plurality of massage modules 1200 or a plurality of low-frequency generation modules 1400 having a predetermined size and shape in a region in contact with a region, a spine (spine) region, a waist region, a flank region, and a stomach region, etc. can be installed detachably At this time, each wearer can freely change and install the positions of the massage modules 1200 or the low-frequency generating modules 1400 to suit their upper body physical condition.

Therefore, regardless of the upper body physical condition of the wearer, by freely changing the installation positions of the plurality of massage modules 1200 or the plurality of low-frequency generation modules 1400, massage and electric low-frequency stimulation effects for the desired part are increased. can do it

At this time, the plurality of massage modules 1200 include a vibrating massage member, etc., while wearing the smart multifunctional heating vest 1 and applying heat to each part of the wearer's upper body through the split heating unit 200 . , or while the split heating unit 200 is not operated, at least one massage module installed in a desired part of the plurality of massage modules 1200 may be operated, and a massage may be received for the corresponding part.

In this way, if you receive a massage for a specific body part you want, among the shoulder, shoulder blade, back (spine), waist, flank, and belly, blood circulation is promoted and, for example, the back (spine) part. In the case of the lower back and flanks, it relaxes the hard muscles and ligaments to facilitate the metabolism, that is, promotes the circulation of blood and lymph, and promotes the secretion of substances that suppress pain. In the case of the stomach, it can be reduced by burning fat in the stomach area, and at the same time, it has the effect of preventing constipation through the promotion of bowel movement and psychological stability.

In addition, the plurality of low-frequency generation modules 1400 include a low-frequency stimulator, and the low-frequency stimulator includes Electrical Muscle Stimulation (EMS), Transcutaneous Electrical Nerve Stimulation (TENS), and functional electricity. Stimulation (Functional Electrical Stimulation, FES) is included, and these have the effect of stimulating the wearer's nerves or nerve roots by generating weak electrical stimulation corresponding to most frequencies below 1000 Hz.

At this time, since the low-frequency generating module 1400 has a characteristic of sending a low-frequency current to the corresponding body part in a state in direct contact with the body unlike the massage modules 1200 described above, a smart multifunctional heating vest (1) to which the present invention is applied. ) and to receive electrical low-frequency stimulation, it is preferable to wear only the heating vest without wearing any clothes on the upper body, so that the low-frequency generating modules 1400 directly contact the skin of each part of the upper body.

Among the low-frequency stimulators included in the low-frequency generation module 1400, in the present invention, electrical muscle stimulation (EMS) is adopted because it has a purpose of relaxing muscles, etc. rather than a professional treatment purpose. This EMS is a pad attached to the skin. By sending a low-frequency current, it activates muscle fibers and induces muscle contraction and relaxation. Just as the brain transmits a signal to the muscle, the electrical stimulation of the device transmits a signal directly to the muscle, and repeated contraction and relaxation of the muscle relieves muscle spasms and promotes the circulation of body fluids to relieve tight muscles. have.

Also, as if controlling pressure during massage, EMS stimulates muscles differently depending on the vibration width, frequency, and waveform. With green onions, you can create a sensation of tapping (ie, getting a massage) in several places.

In addition, the smart multifunctional heating vest (1) to which the present invention is applied, between the plurality of massage modules 1200 and the power supply control unit 300 or between the plurality of low-frequency generation modules 1400 and the power supply control unit 300 Including a massage module driving and operating unit 1300 or a low frequency generating module driving and operating unit 1500 is further installed.

As described above, between the plurality of massage modules 1200 and the power supply control unit 300 or between the plurality of low frequency generation modules 1400 and the power supply control unit 300, the massage module driving and operation unit 1300 or the low frequency generation module If the driving and operation unit 1500 is further installed, the wearer may select at least one of the plurality of massage modules 1200 or the plurality of low-frequency generation modules 1400 installed in a desired specific part according to the wearer's condition. Because it can be selected and operated, it is possible to further enhance the massage or electric low-frequency stimulation for the relevant area.

At this time, the massage module driving and operating unit 1300 or the low frequency generating module driving and operating unit 1500, although not shown, selects a plurality of massage modules that can selectively drive each module including the entire module A key and a plurality of low-frequency generation module selection keys, including a driving time that can selectively adjust and set the driving time or output strength of the module selected through the plurality of massage module selection keys and the plurality of low-frequency generation module selection keys, and It may further include an output intensity control key and the like.

Therefore, a user wearing a smart multifunctional heating vest (1) to which the present invention is applied has a plurality of massage module selection keys and a plurality of massage module selection keys respectively provided in the massage module driving and operating unit 1300 or low frequency generating module driving and operating unit 1500 Use the low-frequency generation module selection key to select and operate at least one module installed in a specific part you want, and use the driving time and output intensity control key to receive a massage or electric low-frequency stimulation for that part. By doing this, you can freely adjust and set the driving time or output intensity for each selected module to receive a massage at the desired intensity for a desired time, as well as receive electric low-frequency stimulation, so you can receive massage and electric low-frequency stimulation for a specific part. effect can be maximized.

In addition, in the present invention, by providing a plurality of tightening means 1700 to the vest part 100 as shown in FIG. 2 , when wearing the smart multi-functional heating vest 1 to which the present invention is applied, the tightening means Through 1700, the plurality of massage modules 1200 or the plurality of low-frequency generation modules 1400 may be adjusted so that the wearer is in close contact with a specific part of the wearer, thereby applying pressure.

Therefore, when performing massage and electric low-frequency stimulation using the plurality of massage modules 1200 or the plurality of low-frequency generation modules 1400, the effect can be further maximized.

At this time, the tightening means 1700 only needs to be able to press the plurality of massage modules 1200 or the plurality of low-frequency generation modules 1400 by adjusting so that the wearer of the heating vest is in close contact with his/her specific part, for example. For example, either a configuration in which male and female buckles are installed at the end of an adjustable belt, a configuration in which male and female buckles are installed at the end of a highly elastic rubber band, or a configuration in which velcro tape is installed at the ends of the belt and rubber band. includes having

On the other hand, the smart multi-function heating vest (1) including a dedicated charging connector provided in the present invention is formed on one side of the vest part 100, and in order to secure the safety of the divided heating part 200, it is shown in FIG. Likewise, it is checked whether the vest part 100 and the wearer's skin are in contact, and whether the vest part 100 and the cloth are in contact, and in response to the result, the heating temperature of the split heating part 200 is determined by the heating system control unit By further providing a low-temperature burn prevention unit 800 to be automatically controlled through 700, the safety of the smart multifunctional heating vest (1) including the dedicated charging connector unit proposed in the present invention can be maximized.

At this time, as shown in FIG. 1 , the low-temperature burn prevention unit 800 is formed on one side of the vest part 100 to flow a micro current to the wearer, and whether the wearer's skin is in contact with the vest part 100 or the cloth is in contact. a micro-current emitting module 810 to check whether the One or more formed on one side of the vest part 100, and a fever temperature measurement module 820 for measuring the temperature of the warmth delivered to the wearer in real time; At least one close-up camera module 830 formed on one side of the vest part 100 and including a charge-coupled device for photographing the wearer's skin surface with a time difference at regular intervals; do.

The low-temperature burn prevention unit 800 determines whether the vest part 100 and the wearer's skin are in contact through the microcurrent emitting module 810, and when the vest part 100 and the wearer's skin are in contact, When it is determined that there is a possibility of exposure to a low-temperature image by checking the temperature and skin condition of the warmth delivered to the wearer by the fever temperature measuring module 820 and the close-up camera module 830, the mode automatically ) can be stopped, or the temperature can be automatically adjusted, or the wearer can be made aware of a dangerous situation using, for example, an alarm.

In addition, by checking the heat state of the divided heat generating unit 200 in real time through a sensor, the maintenance, repair and management of the smart multifunctional heating vest (1) including the dedicated charging connector unit proposed in the present invention By further including the heat confirmation unit 900 to facilitate the can make it

At this time, the heat confirmation unit 900, for example, whether the divided heat unit 200 divided and formed in a specific body part reacts according to the heat condition transmitted from the heat information setting display unit 500, of the electric circuit It can be configured in a way to detect a defect by checking whether there is a short circuit and the heat generation temperature.

In addition, the Bluetooth communication unit 600 and the Bluetooth element 423 capable of activating the dedicated application (APP) enable the wearer to select and set a function suitable for it, but as described above, the Bluetooth communication unit ( The dedicated application (APP) activated through 600) enables the smart multi-functional heating vest to which the present invention is applied to be utilized more specifically and in various ways, and the dedicated application (APP) activated through the Bluetooth element 423 is simply This is to enable the use of a smart multi-functional heating vest to which the present invention is applied.

For reference, the 'basic setting' in the present invention may be defined as a setting of a heating position, a heating temperature, and a heating time.

In addition, the 'simple function' means that when the on-open button element 422 is pressed once, the heating vest is turned on, when it is pressed twice, the shoulder region heating function is turned on, when it is pressed 3 times, the spine region heating function is turned on, 4 times It can be defined as a function that activates the abdominal region heating function ON when pressurized, and activates the OFF function of the heating vest when pressurized 5 times.

In addition, taking the detailed configuration of the device as an example, the control unit uses FET, and in the case of the heat-related control unit, the maximum rated capacity per output is 5V/6A (30W), and the back, abdomen, shoulder, and 3 outputs The total capacity can be configured as 90W.

On the other hand, the FET included in the massage and low-frequency related control unit, that is, the massage module driving and operating unit 1300 or the low-frequency generating module driving and operating unit 1500, is a shoulder region, a scapula region, a back (spine) region, a waist region, and a flank. It can be configured with at least 6 outputs, such as parts and abdomens.

In addition, the communication unit is a communication method of Bluetooth 4.0, it can be configured with a maximum distance of 5m, the app linkage can be configured to work with Android-based Bluetooth communication, and the heat-related button consists of a total of three buttons, such as back, abdomen, The temperature of the shoulder can be set, and the massage and low-frequency related selection buttons are each composed of at least six or more, so that massage and electric You can set a negative low-frequency stimulus.

In addition, the input unit may be configured to be connected through a USB connector, and the output unit may be configured to be connected to a connector through a 4P cable.

On the other hand, the smart multifunctional heating vest to which the present invention is applied is a method for collecting, analyzing and sharing biorhythm data among a plurality of users, in addition to the above-described embodiments, whether worn on the user's body or worn close to the body, Alternatively, a wearable user device configured to be disposed on the user's body (insertable) may be further installed, and the user's biorhythm data may be collected through this.

The method may include receiving biorhythmic data of a user through a computing device communicatively connected to the wearable user device through a communication network, and the method may further facilitate the user to access the biorhythm data through a synchronization module have.

The method can establish interaction with the user through a communication network through an artificial intelligence (AI)-based agent module, and analyze and display the user's emotion data in real time through the emotion data display module, and also The user's biorhythm may be modulated based on the feedback generated from the computing device through the feedback module.

In addition, a user wearing the smart multifunctional heating vest to which the present invention is applied can wear a smart wearable device including at least one biological (ie, physiological) sensor capable of acquiring a biological input on their arm. may be

In this case, examples of biological inputs that can be acquired by at least one biological sensor provided in the smart wearable device include blood sugar, stress, fatigue, anxiety, arousal, heart rate, electrical skin reaction, weight, nutrition, digestibility, metabolic rate, including, but not limited to, body temperature, skin temperature, respiration, allergies, sleep patterns, hydration, drug levels, sweat production, and blood analysis.

Input obtained by one or more biological and other sensors may be supplemented by manual input into the smart wearable device by the user or the user's caregiver or health professional.

In addition, by using the smart multi-function heating vest to which the present invention is applied, the user's biosignal measurement function may be provided.

A smart multifunctional heating vest having such a biosignal measurement function includes: a vest made of a material in close contact with the body; It may be configured as a bio-signal measuring module for detecting bio-signals generated from the user's body while being coupled to the inside of the vest.

In this case, the biosignal measuring module includes a sensor made of conductive fiber, a PCB block provided with an electronic circuit block for driving the sensor on the PCB board and storing the biosignal provided from the sensor, and the PCB board and the sensor It may be composed of a connecting member composed of a conductive fiber having a predetermined length for bonding, a receiving means for accommodating the PCB substrate may be further provided inside the vest part.

Another example of the smart multi-functional heating vest to which the present invention is applied, the vest unit; a heart rate sensing unit attached by the vest unit and sensing a heart rate; a temperature sensing unit for sensing a temperature; a base member electrically connected to the heart rate sensing unit and the temperature sensing unit and attached to the vest unit; a measuring device connected to the base member to transmit a signal applied from the sensing unit to the outside; It may further include a connector unit installed between the base member and the measuring device for connecting power while attaching and detaching the measuring device to the base member, and the connector unit may include detaching and detaching by a magnetic force of a permanent magnet.

In this case, the temperature sensing unit may include at least one of a body temperature sensing unit sensing a body temperature and an external temperature sensing unit sensing an external temperature, and a power connection line is connected between the temperature sensing unit and the base member. and the power connection line is formed of an electronic fabric having elasticity and may be sewn into the vest part.

In addition, a plurality of the heart rate sensing unit and the base member may be stacked and integrally fixed to the clothing body by a silicone member bonded to the clothing body.

In addition, when the smart multi-function heating vest including the dedicated charging connector unit is connected to an external smart watch through Bluetooth communication through the Bluetooth communication unit 600, a dedicated application installed on the external smart watch is activated, and through this, a smart It is also possible to control the functions of the multifunctional thermal vest.

As described above, the present invention is not limited to the described embodiments, and it is apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. .

Therefore, since it can be implemented in various other forms without departing from the technical spirit or main characteristics, the embodiments of the present invention are merely examples in all respects and should not be construed as being limited and may be implemented with various modifications.

That is, although the detailed description of the present invention described above has been described with reference to preferred embodiments of the present invention, the present invention described in the claims to be described later for those skilled in the art or those of ordinary skill in the art It will be understood that various modifications and variations of the present invention can be made without departing from the spirit and scope of the present invention.

1: Smart Multifunctional Thermal Vest
100: vest 110: terminal storage pocket
200: split heating unit
210: shoulder region heating module 211: shoulder region heating element
220: vertebral dorsal region heating module 221: vertebral dorsal region heating element
230: abdominal region heating module 231: abdominal region heating element
300: power supply control unit
400: charging connector unit 410: charging cable module
420: function operation module 421: function operation unit housing
422: on-off button element 422-1: ON mode
422-2: OFF mode 422-3: Simple function setting mode
423: Bluetooth element 423-1: Power setting object
423-2: shoulder zoning object 423-3: spine back zoning object
423-4: Abdominal zone setting object
424: charging connector control element 425: input information LED output element
430: external charging device combination module
500: heating information setting display unit 510: heating part selection switch module
511: heating part selection element 512: heating part selection information display element
520: heating temperature setting switch module 521: heating temperature setting element
522: set heating temperature information display element 530: heating time setting switch module
531: heating time setting element 532: heating time information display element
540: heating program selection module 541: digestive system relaxation mode
542: back muscle relaxation mode 543: upper body muscle relaxation mode
544: heart muscle relaxation mode 600: Bluetooth communication unit
700: heating system control unit
800: low-temperature burn prevention unit 810: micro-current emitting module
820: fever temperature measurement module 830: close-up camera module
900: fever check unit
1000: mobile terminal wireless charging unit 1010: charging pad
1020: wireless transmission coil 1030: permanent magnet
1200: massage module 1300: massage module driving and operation unit
1400: low frequency generation module
1500: Low-frequency generation module driving and operation unit
1600: fixing means 1700: fastening means
A1: Zone 1 A2: Zone 2
A3: Zone 3
C: External charger S: Mobile terminal
APP: dedicated application
MS1: Wearer customized mode storage module MS1-1: Heat condition data collection element
MS1-2: Wearer use pattern analysis element MS1-3: Wearer custom pattern creation element
MS2: Wearer custom mode storage module MS2-1: Custom heating location selection element
MS2-2: Custom heating sequence determining factor MS2-3: Custom heating condition setting factor

Claims (6)

a vest worn on the upper body;
a split heating unit formed to be divided at a predetermined position of the vest, and configured to emit heat at a position selected according to a wearer's selection;
a power supply control unit formed on one side of the vest unit and configured to supply power required to the divided heating unit and the wireless charging unit of the mobile terminal;
In the state installed inside the terminal storage pocket provided on the front side of the vest part, the voltage supplied through the power supply control unit is introduced into the terminal storage pocket and transferred to the wireless receiving coil of the portable terminal to be stored, thereby transferring the battery of the portable terminal wirelessly. And a mobile terminal wireless charging unit for automatic charging;
a charging connector unit coupled to the power supply control unit to transmit power supplied from an external charger;
a heating information setting display unit that is formed on one side of the vest, and allows the wearer to select a divided heating unit to emit heat, and to visually output selection information;
a Bluetooth communication unit formed on one side of the vest and communicating with an external portable terminal;
It consists of; a heating system control unit for controlling the divided heating unit through the heating information setting display unit and controlling the Bluetooth communication unit;
The split heating unit,
One or more heating modules are divided and formed in one or more of the 1st, 2nd, and 3rd zones of the vest part, so that the entire upper body or each specific zone is heated by the wearer's operation, so that the wearer can arbitrarily By selecting the split heating part to generate heat and generating heat from the split heating part located in the selected body part,
By raising the temperature of a specific body part, it can warm the body or maintain the temperature of a specific body part, as well as relax the damaged muscle located in the heated area to shorten the recovery time of the muscle,
At least one of a plurality of massage modules or a plurality of low-frequency generating modules is attached to and detached from the inner surface of the vest part in contact with the shoulder, scapula, back (spine), waist, flank, and abdomen through fixing means. possible to install,
The low-frequency generation module includes a low-frequency stimulator, and the low-frequency stimulator generates electrical stimulation corresponding to a frequency of 1000 Hz. Including Functional Electrical Stimulation (FES),
A massage module or low-frequency generating module driving and operating unit is installed between the plurality of massage modules and the power supply control unit or between the plurality of low-frequency generation modules and the power supply control unit, so that the wearer can use the plurality of massage modules or a plurality of massage modules according to their condition. Among the low-frequency generating modules of
A plurality of tightening means is installed on the outside of the vest part so that the plurality of massage modules or the plurality of low-frequency generating modules are in close contact with the wearer's own specific part, respectively, so that the compression force can be adjusted through the tightening means,
The mobile terminal wireless charging unit is provided with an induction coil-shaped wireless transmission coil that transmits the power supplied from the power supply control unit in the form of a magnetic field to a wireless receiving coil provided in the portable terminal in the center of the charging pad, and the charging Smart multifunctional heating vest, characterized in that provided with at least one permanent magnet on the outside of the wireless transmission coil on the pad.
delete delete The method according to claim 1,
The charging connector part,
It is formed in a button-type structure equipped with a Bluetooth function,
a flexible charging cable module formed in a predetermined length for supplying power transmitted from an external charger to the power supply control unit;
a function operation module formed at an end of the charging cable module, coupled to one side of the power supply control unit, connecting one side of the power supply control unit and the charging cable module, and allowing physical manipulation by the wearer;
An external charging device coupling module formed at the other end of the charging cable module and coupled to one side of the external charging device;
The function operation module,
a function control unit housing formed so that the wearer can physically press or touch the power supplied from the external charger;
an on-off button element formed on one side of the outside of the function control unit housing and configured to set ON-OFF and a simple function of the heating vest by physical pressure;
a Bluetooth element positioned and formed on one side of the function control unit housing to enable communication with a mobile terminal;
a charging connector control element positioned and formed on one side of the interior of the function control unit housing and controlling respective functions of the on/off button element and the Bluetooth element;
Formed on one side of the outside of the function control unit housing, as the on/off button element is pressed, or whether or not a signal is input according to the operation and setting in the external portable terminal connected to the charging connector control element through the Bluetooth element Consists of; an input information LED output element that is output
The on-off button element is,
an ON mode in which power transmitted from an external charger is supplied according to repeated pressure and touch;
an OFF mode to cut off power transmitted from an external charger;
It consists of a simple function setting mode that can set simple functions of the heating vest by physical pressure or touch;
The power supply control unit and the role of a medium to establish an organic coupling relationship between the external charger supplying power, as well as the power supply of the external charger and the simple function of the heating vest using physical force alone Smart multi-functional heating vest, characterized in that it can be operated.
The method according to claim 1,
The smart multi-function heating vest,
When connected to an external mobile terminal through Bluetooth communication through the Bluetooth communication unit,
The dedicated application installed in the mobile terminal is activated, and through the dedicated application, the basic setting of the split heat unit by the heat information setting display unit, as well as the setting information of the heat information setting display unit by the wearer, is collected, and the setting pattern of the wearer is analyzed and a wearer customized mode storage module to store;
A wearer's custom mode storage module that allows the wearer to set and store the condition of the divided heating unit desired by the wearer;
Smart multi-functional heating vest, characterized in that it enables ON-OFF of the charging connector and simple functions of the heating vest when it is connected to an external mobile terminal through Bluetooth communication through the Bluetooth element.
The method according to claim 1,
In the smart multi-function heating vest,
It is formed on one side of the vest part, and in order to secure the safety of the split heating part, it is checked whether the vest part and the wearer's skin are in contact or the vest part and the cloth are in contact, and in response to the result, the split heating part A smart multifunctional heating vest comprising a; a low-temperature burn prevention unit for automatically controlling the heating temperature through the heating system control unit.

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