WO2021042383A1

WO2021042383A1 - Method for assisting customised mouse production and system for assisting customised mouse production

Info

Publication number: WO2021042383A1
Application number: PCT/CN2019/104757
Authority: WO
Inventors: 花儒卡; 谢宗育
Original assignee: 威刚科技股份有限公司
Priority date: 2019-09-06
Filing date: 2019-09-06
Publication date: 2021-03-11

Abstract

A method for assisting customised mouse production, suitable for assisting a mouse production device to produce a customised mouse, the method for assisting customised mouse production comprising: using an image capturing device to perform an image capture operation on the hand of a user and correspondingly produce hand image capture information (S1); performing an image recognition operation on the hand image data to calculate at least two of length data of the user thumb, length data of the user index finger, length data of the user middle finger, length data of the user ring finger, and length data of the user little finger (S2); on the basis of the at least two of the length data of the user thumb, the length data of the user index finger, the length data of the user middle finger, the length data of the user ring finger, and the length data of the user little finger produced in the image calculation step, looking up multiple items of pre-stored mouse production information stored in a database in order to produce customised mouse production information (S3); and transmitting the customised mouse production information to the mouse production device, such that the mouse production device can produce a corresponding customised mouse on the basis of the customised mouse production information (S4).

Description

Method for making auxiliary customized mouse and auxiliary customized mouse making system

Technical field

The invention relates to a method and a system for assisting the production of a mouse, in particular to a method and a system for assisting the production of a customized mouse.

Background technique

Most of the various types of mice currently on the market, whether they are low-priced or high-priced mice, are mostly manufactured and sold by manufacturers based on their own designs. Relatively expensive mouse manufacturers, when designing the appearance of the mouse, may further consider how to make the user hold the mouse more ergonomically.

However, because the shape of each user's hand is different, even if the manufacturer has considered ergonomics when designing the mouse shape, the final mouse design may still not conform to the human body when held by the user. Engineering, and may cause users to be unable to use the mouse for a long time.

Summary of the invention

The present invention discloses a method for auxiliary customized mouse production and an auxiliary customized mouse production system, which are mainly used to improve the problem of existing mouse manufacturers that it is difficult to produce a mouse that conforms to the user's hand according to the user's needs.

One of the embodiments disclosed in the present invention is a method for assisting the production of a customized mouse, which is suitable for assisting a mouse production device to produce a customized mouse. The method for assisting the production of a customized mouse includes the following steps: a hand image acquisition Steps: use an image capture device to perform an image acquisition operation on a user’s hand, and correspondingly generate a hand acquisition image information, the hand acquisition image information includes hand image data; an image calculation step: perform hand image data An image recognition task to calculate and generate at least two of a user’s thumb length data (data), a user’s index finger length data, a user’s middle finger length data, a user’s ring finger length data, and a user’s little finger length data ; A database search step: search based on at least two of the user’s thumb length data, the user’s index finger length data, the user’s middle finger length data, the user’s ring finger length data, and the user’s little finger length data generated in the image calculation step A number of pre-stored mouse production information stored in a database to generate a customized mouse production information; a data transmission step: transfer the customized mouse production information to the mouse production equipment, so that the mouse production equipment can be based on Customized mouse production information produces a corresponding customized mouse.

Preferably, before the hand image acquisition step or the database search step, the following step is further included: a selection image display step: using a display device to display a plurality of hand holding posture images; wherein, a plurality of hand holding posture images are displayed; The holding posture images respectively show images of holding the mouse in different holding ways; a selection step: use an input device to read a selection information input by the user; the input device can generate different choices according to the user's operation Information; among them, in the database search step, it is based on the selection information, the length of the user’s thumb, the length of the user’s index finger, the length of the user’s middle finger, the length of the user’s ring finger, and the length of the user’s little finger generated in the image calculation step. At least two of the data, search multiple pre-stored mouse making information stored in the database.

Preferably, the hand image acquisition step includes a selection image display step and a selection step; wherein, in the selection image display step, a display device is used to display three hand posture images; the three hand posture images are respectively An image of a tummy grip posture, an image of a grip posture, and an image of a pinch grip posture; the input device can generate three selection information corresponding to the user's operation, and the three selection information are respectively a tummy grip selection information and a grip selection Information and a pinch selection information; wherein, in the image calculation step, a processing device is used to receive the lying-grip selection information, grip selection information, or pinch selection information transmitted by the input device, and use the image data of the hand to perform image recognition Operation; wherein, in the image calculation step, when the processing device receives the tummy grip selection information, the processing device performs image recognition operations on the image data of the hand to calculate and generate the user's thumb length data and the user's index finger length data; wherein, in the image calculation In the step, when the processing device receives the grip selection information, the processing device performs image recognition operations on the image data of the hand to calculate and generate the user's ring finger length data, the user's little finger length data, a user index finger width data, and a user middle finger width Data and a user’s ring finger width data; wherein, in the image calculation step, when the processing device receives the pinch selection information, the processing device performs image recognition operations on the image data of the hand to calculate and generate the user’s thumb length data and the user’s index finger length Data, user ring finger length data, user little finger length data, user index finger width data, user middle finger width data, and user ring finger width data.

Preferably, each pre-stored mouse creation information includes at least two of a thumb length range data, an index finger length range data, a middle finger length range data, a ring finger length range data, a little finger length range data, and multiple mouse creations Parameter data; in the database search step, at least one of the user’s thumb length data, the user’s index finger length data, the user’s middle finger length data, the user’s ring finger length data, and the user’s little finger length data generated in the image calculation step is calculated Two, the numerical difference between at least two of the thumb length range data, index finger length range data, middle finger length range data, ring finger length range data, and little finger length range data corresponding to each pre-stored mouse production information stored in the database , To find out one of the pre-stored mouse production information with the smallest value difference.

Preferably, the customized mouse production information includes at least one of the user’s thumb length data, the user’s index finger length data, the user’s middle finger length data, the user’s ring finger length data, and the user’s little finger length data generated in the image calculation step. Two, and one of the pre-stored mouse making information found in the database search step.

Preferably, the customized mouse production information does not include user thumb length data, user index finger length data, user middle finger length data, user ring finger length data, or user pinky finger length data generated in the image calculation step.

Preferably, the image capture device is connected to a computer device, and the computer device is connected to a display device; before the hand image acquisition step, the following steps are further included: an image prompt step: a display screen of the display device displays a flat shape The palm contour line pattern of the palm; wherein, in the hand image acquisition step, the computer device is used in the display screen of the display device to simultaneously display the image frame currently acquired by the image capture device and the flat palm contour line pattern.

One of the embodiments disclosed in the present invention is an auxiliary customized mouse production system, which includes: an image capture device for performing an image capturing operation on a user's hand and correspondingly generating a hand to obtain image information, The image information obtained by the hand includes a hand image data; a processing device, which is connected to an image capture device, the processing device can receive the hand image data, and the processing device can perform an image recognition operation on the hand image data to calculate and generate a user At least two of thumb length data, a user’s index finger length data, a user’s middle finger length data, a user’s ring finger length data, and a user’s little finger length data; a database that stores multiple pre-stored mouse production information, Each pre-stored mouse production information includes at least two of a thumb length range data, an index finger length range data, a middle finger length range data, a ring finger length range data, a little finger length range data, and multiple mouse production parameter data; A transmission module connected to a processing device that can search the database based on at least two of the user's thumb length data, the user's index finger length data, the user's middle finger length data, the user's ring finger length data, and the user's little finger length data Stored multiple pre-stored mouse production information to generate a customized mouse production information; the transmission module can receive the customized mouse production information transmitted by the processing device, and the transmission module is used to transmit the customized mouse production information To a remote processing device; wherein the remote processing device is used to produce a customized mouse according to the customized mouse production information.

Preferably, the customized mouse production system further includes: a display device connected to the processing device, the display device can be controlled to display a plurality of hand holding posture images; The image of the mouse is held in a holding manner; an input device used to read a selection information input by the user; the input device can generate different selection information according to the user's operation; wherein the processing device can be selected according to the selection At least two of information, user thumb length data, user index finger length data, user middle finger length data, user ring finger length data, and user little finger length data, search for multiple pre-stored mouse making information stored in the database.

Preferably, the display device can be controlled to display three hand posture images; the three hand posture images are a tummy grip posture image, a grip posture image, and a pinch posture image; the input device can be based on the user The operation of, generates three selection information correspondingly, the three selection information are respectively a tummy grip selection information, a grip selection information and a pinch grip selection information; among them, when the processing device receives the tummy grip selection information, the processing device handles the hand Image recognition is performed on the image data to calculate the length of the user’s thumb and the length of the user’s index finger; wherein, when the processing device receives the grip selection information, the processing device performs image recognition on the image data of the hand to calculate and generate the length of the user’s ring finger Data, the length of the user’s little finger, the width of a user’s index finger, the width of the user’s middle finger, and the width of the user’s ring finger; among them, when the processing device receives the pinch selection information, the processing device performs image recognition on the image data of the hand Work to calculate and generate user thumb length data, user index finger length data, user ring finger length data, user little finger length data, user index finger width data, user middle finger width data, and user ring finger width data.

In summary, the auxiliary customized mouse production system and the auxiliary customized mouse production method of the present invention can be used to assist the mouse manufacturer to produce a customized mouse that better meets the needs of users.

In order to further understand the features and technical content of the present invention, please refer to the following detailed descriptions and drawings of the present invention, but these descriptions and drawings are only used to illustrate the present invention and not to limit the scope of protection of the present invention. .

Description of the drawings

FIG. 1 is a schematic block diagram of the auxiliary customized mouse production system of the present invention.

FIG. 2 shows a schematic diagram of the nodes and contours of the image recognition process of the hand image data for image recognition.

Fig. 3 is a schematic diagram of a display device displaying images of three hand holding postures.

4 is a schematic flowchart of one embodiment of the method for assisting the production of a customized mouse of the present invention.

FIG. 5 is a schematic diagram of a screen displayed by a display device in one of the steps of the method for assisting the production of a customized mouse of the present invention.

FIG. 6 is a schematic flowchart of one embodiment of the method for assisting the production of a customized mouse of the present invention.

FIG. 7 is a schematic diagram of a screen displayed by a display device in one of the steps of the method for assisting the production of a customized mouse of the present invention.

detailed description

In the following description, if it is pointed out, please refer to the specific icon or as shown in the specific icon, it is only used to emphasize in the subsequent description, and most of the related content appears in the specific icon. However, it is not limited that only the specific illustrations can be referred to in the subsequent description.

Please refer to FIG. 1, which shows a block diagram of the auxiliary customized mouse making system of the present invention. As shown in the figure, the auxiliary customized mouse production system 100 includes: an image capture device 10, a processing device 20, a database 30, and a transmission module 40. The image capture device 10 may be various cameras, cameras, cameras, etc. capable of capturing images; the processing device 20 may be, for example, a computer device, a microprocessor, etc.; the database 30 may be, for example, a remote server or various storage units (such as memory, memory, etc.). Card, etc.) etc.; the transmission module 40 may be a chip module that can transmit data in a wired or wireless manner.

The image capturing device 10 is used to perform an image capturing operation on a user's hand, and correspondingly generate a hand captured image information 11, and the hand captured image information 11 includes a hand image data 111. In practical applications, in addition to the hand image data 111, the hand image information 11 may also include other data as required. For example, the hand image information 11 can also contain time data, date data, user data, etc., which are not limited here. After the image capturing device 10 generates the hand-obtained image information 11, it can transmit the hand-obtained image information 11 to the processing device 20 in a wireless or wired manner.

In a specific application, the image capturing device 10, the processing device 20, and the transmission module 40 can be jointly arranged in an electronic device, such as a smart phone, a notebook computer, a desktop computer, etc., which is not limited herein. In different applications, the image capturing device 10 and the processing device 20 may also be independent devices, and the image capturing device 10 may be connected to the processing device 20 in a wired or wireless manner.

After the processing device 20 receives the hand acquired image information 11 transmitted by the image capture device 10, the processing device 20 can perform an image recognition operation on the hand image data 111 to calculate and generate a user's thumb length data 21, a At least two of the user index finger length data 22, a user middle finger length data 23, a user ring finger length data 24, and a user pinky finger length data 25.

In a specific implementation, the mouse manufacturer may base on the data required during mouse production, and when the processing device 20 is configured to perform the image recognition operation on the hand image data 111, it needs to calculate and generate the user thumb length data 21, Which data is among the user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the user pinky finger length data 25?

In practical applications, the processing device 20 may, for example, use an image recognition program to perform image recognition on the hand image data 111 to calculate and generate the user thumb length data 21, the user index finger length data 22, and the user At least two of the middle finger length data 23, the user ring finger length data 24, and the user pinky finger length data 25.

As shown in FIG. 2, it shows a schematic diagram of the nodes and contours of the image recognition process of the hand image data 111 for image recognition. The image recognition program may first perform basic image processing (for example, removing the back, correcting the white balance, removing the color of the image, etc.) on the hand image data 111 obtained by the image capturing device 10, and then use the processed hand The image data 111 calculates the palm contour ML1, multiple nodes ML2, ML3, ML4, ML5, ML6, ML7, ML8, and a center point ML9. Then the image recognition program can be based on the multiple nodes ML2～ML8 and the center point ML9 , To determine the position of the thumb, index finger, middle finger, ring finger, little finger, and wrist of the hand image data 111, and finally use multiple nodes ML2 to ML8 and the center point ML9 to calculate the user’s thumb length data 21. The user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the user little finger length data 25. Since the hand image data 111 captured by each user is not the same, in specific implementation, the image recognition program may use machine learning to learn how to deal with images from the image capture device 10 The transmitted hand image data 111 performs node and center point recognition. The number of nodes and the position of the center point shown in FIG. 2 can be designed according to the capabilities of the actual image recognition program, and are not limited to those shown in the figure. In addition, the position of the center point ML9 shown in Figure 2 is roughly located at the center of the two nodes ML7 and ML8 used to mark the position of the wrist; the way to calculate the length of each finger of the user can be from the center point ML9 to Mark the distance of the nodes ML2, ML3, ML4, ML5, ML6, ML7, ML8 at the end of each finger.

The database 30 stores multiple pieces of pre-stored mouse making information 31. Each piece of pre-stored mouse making information 31 includes a thumb length range data 311, an index finger length range data 312, a middle finger length range data 313, a ring finger length range data 314, and a little finger. At least two of the length range data 315, and multiple mouse creation parameter data 32. The thumb length range data 311, the index finger length range data 312, the middle finger length range data 313, the ring finger length range data 314, and the little finger length range data 315 referred to here may correspond to A value range defined by the mouse manufacturer. For example, the value range corresponding to the thumb length range data 311 may be 5 centimeters (cm) to 7 centimeters. The aforementioned data contained in each of the pre-stored mouse production information 31 is data stored in the database 30 by the mouse manufacturer in advance. The aforementioned mouse production parameter data 32 refers to various parameter data required by the mouse production equipment when producing the mouse.

Specifically, it is assumed that the mouse manufacturer divides the mouse into three different production types according to the user's habit of holding the mouse, such as Palm Grip type, Finger Grip type and Claw type , And various production types correspond to three sizes. In this way, the mouse manufacturer can pre-store 9 pieces of pre-stored mouse production information 31 in the database 30, of which 3 pieces of pre-stored mouse production information 31 contain mouse production parameter data 32 It is used to make the necessary parameters for the mouse of the hand grip type; the other 3 pre-stored mouse making information 31 contains the mouse making parameter data 32 which are the necessary parameters for making the mouse of the grip type; the rest The mouse making parameter data 32 included in the three pre-stored mouse making information 31 are necessary parameters for making a pinch-type mouse.

The processing device 20 is connected to the database 30, and the processing device 20 can be based on at least two of the user thumb length data 21, the user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the user pinky finger length data 25 , Search multiple pre-stored mouse production information 31 stored in the database 30 to generate a customized mouse production information 29.

For example, when the processing device 20 calculates and generates the user's thumb length data 21 and the user's index finger length data 22, the processing device 20 will combine the user's thumb length data 21 with the thumb length of each pre-stored mouse making information 31 in the database 30 The range data 311 is compared to determine that the difference between the value corresponding to the user's thumb length data 21 and the value corresponding to the thumb length range data 311 included in the pre-stored mouse production information 31 is the smallest, and the processing device 20 also The user’s index finger length data 22 will be compared with the index finger length range data 312 of each pre-stored mouse making information 31 in the database 30 to determine the value corresponding to the user’s index finger length data 22 and which piece of pre-stored mouse making information 31 The included index finger length range data 312 has the smallest value difference; after the above-mentioned value comparison is performed, the processing device 20 can select a pre-stored mouse production information 31 with the smallest value difference, and the post-processing device 20 may The mouse production parameter data 32, the user's thumb length data 21, and the user's index finger length data 22 included in the pre-stored mouse production information 31 are integrated into the customized mouse production information 29; or, the processing device 20 completes the above numerical ratio After that, when a piece of pre-stored mouse making information 31 is selected, the processing device 20 may integrate the user information (for example, some basic data of the user, such as gender, age, etc.) and the piece of pre-stored mouse making information 31 into the Customized mouse production information 29.

Continuing, more specifically, suppose that there are three pre-stored mouse making information 31 in the database 30. The thumb length range data 311 of the first pre-stored mouse making information 31 corresponds to a value range of 5 cm to 7 cm, and the index finger The length range data 312 corresponds to a value range of 12 cm to 14 cm; the thumb length range data 311 of the second pre-stored mouse production information 31 corresponds to a value range of 8 cm to 10 cm, and the index finger length range data 312 corresponds to The value range of is 15 cm to 17 cm; the thumb length range data 311 of the third pre-stored mouse production information 31 corresponds to the value range of 11 cm to 13 cm, and the index finger length range data 312 corresponds to the value range of 18 cm 20 cm; if the processing device 20 calculates that the user thumb length data 21 and the user index finger length data 22 correspond to 10 cm and 18 cm, respectively, the processing device 20 converts the user thumb length data 21 and the user index finger length After comparing the data 22 with the three pre-stored mouse making information 31 stored in the database 30, the processing device 20 can select the third pre-stored mouse making information 31, and then the processing device 20 can store the third pre-stored mouse making information. The production information 31 and related user information are integrated together into the customized mouse production information 29, or the processing device 20 can combine the user’s thumb length data 21, the user’s index finger length data 22, and the third pre-stored mouse production information 31. The included mouse production parameter data 32 and related user information are integrated together into the customized mouse production information 29.

The transmission module 40 is connected to the processing device 20. The transmission module 40 can receive the customized mouse production information 29 transmitted by the processing device 20, and the transmission module 40 is used to transmit the customized mouse production information 29 to a remote processing device 50. The remote processing device 50 is used to produce a customized mouse according to the customized mouse production information 29. The remote processing device 50 may include, for example, a remote server 51 and a mouse making device 52, and the transmission module 40 may transmit the customized mouse production information 29 to the remote server 51, and the remote server 51 receives the customized mouse production information 29. After the mouse production information 29 is converted, the mouse production device 52 may be controlled to produce a customized mouse according to the customized mouse production information 29.

Specifically, the customized mouse production information 29 transmitted by the transmission module 40 to the remote processing device 50 may include the user's thumb length data 21, the user's index finger length data 22, and the user's middle finger. At least two of the length data 23, the user's ring finger length data 24 and the user's little finger length data 25, or the customized mouse production information 29 may not include the user's thumb length data 21 , The user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the user little finger length data 25.

Specifically, it is assumed that the mouse manufacturer has pre-stored 20 pieces of pre-stored mouse making information 31 in the database 30, and each piece of pre-stored mouse making information 31 corresponds to a mouse style; and when the processing device 20 is based on the user's thumb length data 21. At least two of the user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the user little finger length data 25 are selected from the database 30 When a piece of pre-stored mouse production information 31 is most suitable for the user, the processing device 20 may only inform the remote processing device 50, which piece of pre-stored mouse production information 31 is used for customized mouse production, or the processing device 20 may also inform the remote The processing device 50 is based on which piece of pre-stored mouse creation information 31, and based on the user thumb length data 21, the user index finger length data 22, the user middle finger length data 23, and the user ring finger The length data 24 and the little finger length data 25 of the user are auxiliary data for custom mouse production. The remote processing device 50 simultaneously obtains the pre-stored mouse making information 31, the user thumb length data 21, the user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the In the case of the user's little finger length data 25, the remote processing device 50 can selectively modify part of the data in the pre-stored mouse production information 31 according to requirements to produce a customized mouse.

According to the above, in other words, assuming that the mouse manufacturer has 20-30 mouse styles, the auxiliary customized mouse production system 100 of the present invention can assist the mouse in two ways in specific applications. The manufacturer produces a customized mouse. Method 1: The auxiliary customized mouse making system 100 can tell the mouse manufacturer which of the 20-30 mouse styles the user is suitable for based on the user’s hand image data 111 , And the mouse manufacturer produces customized mouse based on the mouse style selected by the auxiliary customized mouse making system 100; Method 2: The auxiliary customized mouse making system 100 can be based on the user’s hand image data 111 , Select a mouse style from 20-30 mouse styles, and then assist the customized mouse making system 100 to calculate the relevant values corresponding to the handle image data 111, and the related production corresponding to the selected mouse style The data (pre-stored mouse production information 31) is transferred to the mouse manufacturer, and the mouse manufacturer can produce a customized mouse based on the selected mouse style and the relevant values corresponding to the user. To put it simply, the auxiliary customized mouse making system 100 can only help mouse manufacturers to select a mouse style that is more suitable for the user from a variety of pre-stored mouse styles, or the auxiliary customized mouse making system 100 can also In addition to selecting a mouse style that suits the user, it also integrates the user’s hand related data into a customized mouse production information 29, so that the mouse manufacturer can produce a customized mouse that is more in line with the user. mouse.

In summary, the auxiliary customized mouse making system 100 of the present invention can assist mouse manufacturers to produce a customized mouse that is more in line with the shape of the user's hand, and can assist the user to purchase a mouse that is more in line with the shape of the hand. Customized mouse.

As shown in FIG. 1, in practical applications, the auxiliary customized mouse production system 100 may further include: a display device 60 and an input device 70. The display device 60 and the input device 70 are connected to the processing device 20. In practical applications, the image capture device 10, the processing device 20, the transmission module 40, the display device 60, and the input device 70 can be set in the same electronic device, such as a smart phone, a notebook computer, etc. No restrictions. The design of the display device 60 and the input device 70 can be used to assist the user to obtain a hand image that is more suitable for the processing device 20 to perform image recognition.

Specifically, as shown in FIG. 3, the display device 60 can be controlled to display three hand holding gesture images on a display screen. The three hand holding posture images respectively show images of holding the mouse in different holding methods; specifically, the three hand posture images are a lying-grip posture image 61, a grasping posture image 62, and a grip posture image. The pinch posture image 63.

The input device 70 is used to read a selection information input by the user. The input device 70 can correspondingly generate different selection information according to the operation of the user. The input device 70 may be, for example, a touch screen, a mouse, a keyboard, etc., which is not limited herein. The number of selection information that can be generated by the input device 70 corresponds to the number of hand holding gesture images.

In an example where the display device 60 can be controlled to display the tummy grip posture image 61, the grip posture image 62, and the pinch posture image 63 on the display screen, the input device 70 may be capable of generating three correspondingly according to the user's operation. There are three selection information, and the three selection information are respectively a lying-grip selection information, a grip selection information 72, and a pinch-grip selection information 73.

In layman's terms, in the embodiment where the display device 60 and the input device 70 are integrated into a touch screen, the user views the tummy holding posture image 61, the grasping posture image 62, and the pinching posture image 63 displayed on the display device 60. The user may click on one of the tummy grip posture image 61, the grip posture image 62, and the pinch posture image 63 according to the habitual posture of holding the mouse, and then the input device 70 will correspondingly generate the tummy grip selection information.

After the processing device 20 receives the selection information, the processing device 20 can rely on the selection information, as well as the user thumb length data 21, the user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the user little finger length data. At least two of the data 25 are searched for multiple pieces of pre-stored mouse making information 31 stored in the database 30.

In practical applications, when the processing device 20 searches multiple pieces of pre-stored mouse making information 31 stored in the database 30, the processing device 20 may first use the selection information to exclude part of the pre-stored mouse making information 31, and then the processing device 20 can use the selection information to exclude part of the pre-stored mouse making information 31. Then according to at least two of the user thumb length data 21, the user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, the user pinky finger length data 25, and multiple pre-stored mice that have not been excluded Make information 31 for comparison.

More specifically, depending on the way the user holds the mouse, the mouse manufacturer can create three corresponding groups in the database 30, and the pre-stored mouse production information 31 contained in each group is: Including the production of relevant production parameters that conform to one of the holding postures. In this way, when the user selects the tummy holding posture through the display device 60 and the input device 70, the processing device 20 will only use the user’s thumb length data 21, At least two of the user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the user pinky finger length data 25, multiple pieces of pre-stored mouse creation information 31 in the corresponding group in the database 30 The comparison is performed, and the processing device 20 does not compare the length data (21-25) with the multiple pieces of pre-stored mouse creation information 31 in other groups in the database 30.

In practical applications, the processing device 20 may determine which length data in the hand image data 111 is calculated according to different selection information; for example, when the processing device 20 receives the selection information of the hand grip, the processing device 20 may be According to the hand image data 111, the user’s thumb length data 21 and the user’s index finger length data 22 are calculated and generated; when the processing device 20 receives the grip selection information 72, the processing device 20 may calculate and generate the data based on the hand image data 111. A user’s ring finger length data 24, a user’s little finger length data 25, a user’s index finger width data 26, a user’s middle finger width data 27, and a user’s ring finger width data 28; when the processing device 20 receives the pinch selection information 73, it processes The device 20 may be based on the hand image data 111 to calculate and generate user thumb length data 21, user index finger length data 22, user ring finger length data 24, user pinky finger length data 25, a user index finger width data 26, and a user’s index finger length data. User middle finger width data 27 and a user ring finger width data 28. Regarding which length data in the hand image data is calculated correspondingly by the processing device 20 according to different selection information, it may be changed according to requirements, and is not limited to the above description. In a different embodiment, the processing device 20 may also calculate the user thumb length data 21, the user index finger length data 22, the user ring finger length data 24, the user pinky finger length data 25, and the use The user's index finger width data 26, the user's middle finger width data 27, and the user's ring finger width data 28.

In practical applications, the customized mouse production information 29 may also include the aforementioned selection information, and the remote processing device 50 receives the auxiliary customized mouse production system 100 of the present invention, and transmits the customized mouse production information 29 At this time, the relevant personnel can use computer devices, etc., to view the various user data contained in the customized mouse production information 29, the posture of holding the mouse selected by the user, and various hand data of the user. Which of the pre-stored mouse making information 31 in the current database 30 is the most consistent, so that relevant personnel or production equipment will be able to manufacture a customized mouse that fits the user's hand.

In a specific implementation, if the holding posture selected by the user is a tummy grip, the remote processing device 50 can determine the position of the left side of the mouse to provide the user's thumb to hold the left side of the mouse according to the user's thumb length data 21. Generally, In other words, when the value corresponding to the user's thumb length data 21 is larger, the area on the left side of the mouse to provide the user's thumb to hold the area can be correspondingly longer, and the remote processing device 50 can also be based on the user's index finger. The length data 22 determines the overall length of the mouse. Generally speaking, the larger the value corresponding to the user's index finger length data 22, the longer the overall length of the mouse can be correspondingly increased.

If the holding posture selected by the user is grasping, the remote processing device 50 can determine the degree of recession on the right side of the mouse according to the user's ring finger length data 24 and the user's little finger length data 25. Generally speaking, when using The greater the value corresponding to the ring finger length data 24 and the user’s pinky finger length data 25, the greater the degree of indentation on the right side of the mouse, and the remote processing device 50 can also be based on the user’s index finger width data 26 and the user’s middle finger. The width data 27 and the user ring finger width data 28 are used to determine the overall width of the mouse. Generally speaking, the user index finger width data 26, the user middle finger width data 27, and the user ring finger width data 28 respectively correspond to larger values. You can correspondingly increase the overall width of the mouse.

If the holding posture selected by the user is a pinch, the remote processing device 50 can determine the position of the left side of the mouse to provide the user's thumb to hold the left side of the mouse according to the user's thumb length data 21; the remote processing device 50 can also specifically According to the user index finger length data 22, the overall length of the mouse is determined; the remote processing device 50 can also specifically determine the concave degree of the right side of the mouse based on the user’s ring finger length data 24 and the user’s little finger length data 25; and remote processing The device 50 can also determine the overall width of the mouse according to the width data 26 of the user's index finger, the width data 27 of the middle finger of the user, and the width data 28 of the user's ring finger.

As mentioned above, the size of the customized mouse and the position of the related buttons produced by the mouse manufacturer based on the above-mentioned data transmitted by the auxiliary customized mouse making system 100 of the present invention will be closer to the user. Usage habits when holding.

Please refer to FIG. 4, which shows a schematic flow diagram of the method for assisting the production of a customized mouse of the present invention. The method of assisting the production of a customized mouse of the present invention is suitable for assisting a mouse production equipment to produce a customized mouse. The method of assisting the production of a customized mouse includes the following steps:

A hand image acquisition step S1: use an image capture device 10 to perform an image acquisition operation on a user's hand, and correspondingly generate a hand image acquisition information 11, the hand image acquisition information 11 includes a hand image data 111;

An image calculation step S2: Perform an image recognition operation on the hand image data 111 to calculate and generate a user thumb length data 21, a user index finger length data 22, a user middle finger length data 23, and a user ring finger length data 24. At least two of the length data 25 of a user's pinky finger;

A database search step S3: According to the user thumb length data 21, the user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the user pinky finger length data 25 generated in the image calculation step At least two pieces of pre-stored mouse production information 31 stored in a database 30 are searched to generate a customized mouse production information 29; wherein each piece of pre-stored mouse production information 31 includes a thumb length range data 311, a At least two of index finger length range data 312, a middle finger length range data 313, a ring finger length range data 314, a little finger length range data 315, and multiple mouse production parameter data 32;

A data transmission step S4: the customized mouse production information 29 is transferred to the mouse making device 52, so that the mouse making device 52 can produce a corresponding customized mouse according to the customized mouse production information 29.

The above-mentioned auxiliary customized mouse production method can be executed by the aforementioned auxiliary customized mouse production system 100, and the image capture device 10, image recognition operations, customized mouse production information 29 and the production information 29 and For a detailed description of the mouse making device 52 of the remote processing device 50, please refer to the description in the aforementioned auxiliary customized mouse making system 100, which will not be repeated here.

In practical applications, in the database search step S3, at least one of the user thumb length data 21, the user index finger length data 22, the user middle finger length data 23, the user ring finger length data 24, and the user little finger length data 25 is calculated at least Two, the thumb length range data 311, the index finger length range data 312, the middle finger length range data 313, the ring finger length range data 314, and the little finger length range data 315 corresponding to each prestored mouse making information 31 stored in the database 30 The difference between at least two values to find one of the pre-stored mouse production information with the smallest value difference. The specific implementation example for comparing the numerical difference of the aforementioned data has been described in detail in the aforementioned auxiliary customized mouse making system 100, and will not be repeated here.

In practical applications, the customized mouse production information 29 may include the user thumb length data 21, the user index finger length data 22, the user middle finger length data 23, and the user ring finger length data generated in the image calculation step S2. 24. At least two of the user’s little finger length data 25, and one of the pre-stored mouse production information 31 with the smallest value difference compared in the database search step S3, but the data contained in the mouse production information 29 is customized The content is not limited to the above data. Even in different embodiments, the customized mouse production information 29 may not include the user thumb length data 21 and the user index finger length data generated in the image calculation step S2. 22. User middle finger length data 23, user ring finger length data 24 or user pinky finger length data 25.

Please refer to FIG. 5, which shows a schematic flow diagram of one embodiment of the method for assisting the production of a customized mouse of the present invention. The biggest difference between this embodiment and the previous embodiments is that before the hand image acquisition step S1 or the database search step S3, the following steps may also be included:

A selection image display step SX1: using a display device 60 to display a plurality of hand holding posture images; wherein the multiple hand holding posture images respectively present images of holding a mouse in a different holding manner;

A selection step SX2: Use an input device 70 to read a selection information input by the user; the input device 70 can generate different selection information corresponding to the user's operation.

Among them, in the database search step S3, the user thumb length data 21, the user index finger length data 22, the user middle finger length data 23, and the user ring finger length data 24 generated in the image calculation step S2 are based on the selection information. At least two of the user's little finger length data 25 search for multiple pieces of pre-stored mouse making information 31 stored in the database 30.

As shown in FIG. 3, in the selection image display step SX1 and the selection step SX2, in the embodiment before the hand image acquisition step S1, in the selection image display step SX1, a display device 60 may be used. (For example, a computer screen), three hand posture images are displayed; the three hand posture images are the tummy grip posture image 61, the grip posture image 62, and the pinch posture image 63, respectively. In the selection step SX2, the input device 70 may be able to generate three selection information corresponding to the user's operation, the three selection information are respectively the tummy grip selection information 71, the grip selection information 72 and the pinch selection information 73. In the image calculation step S2, a processing device 20 may be used to receive the tummy grip selection information 71, the grip selection information 72, or the pinch selection information 73 transmitted by the input device 70, and use the hand image data 111 for image recognition operation.

In the image calculation step S2, when the processing device 20 receives the tummy grip selection information, the processing device 20 performs an image recognition operation on the hand image data 111 to calculate and generate the user's thumb length data 21 and the user's index finger length data 22. Wherein, in the image calculation step S2, when the processing device 20 receives the grip selection information 72, the processing device 20 performs an image recognition operation on the hand image data 111 to calculate and generate the user's ring finger length data 24, the user's little finger length data 25, A user's index finger width data 26, a user's middle finger width data 27, and a user's ring finger width data 28. Wherein, in the image calculation step S2, when the processing device 20 receives the pinch selection information 73, the processing device 20 performs an image recognition operation on the hand image data 111 to calculate and generate the user's thumb length data 21, the user's index finger length data 22, User ring finger length data 24, user little finger length data 25, user index finger width data 26, user middle finger width data 27, and user ring finger width data 28.

In a specific application, in the state shown in FIG. 3, the user can, for example, use a keyboard, mouse, etc., to click on the tummy holding posture image 61, the grasping posture image 62, or the pinching posture image 63 displayed on the screen, and When the tummy grip posture image 61, the grip posture image 62, or the pinch posture image 63 is clicked, a corresponding prompt box may be formed on the periphery of the image. In addition, the display device 60 and the input device 70 can also be integrated into a touch screen.

Please refer to FIG. 6, which shows a schematic flowchart of one embodiment of the method for assisting customized mouse production of the present invention. The biggest difference between this embodiment and the previous embodiments is that the following steps may be included before the hand image acquisition step S1:

An image prompting step SQ: using a computer device to display a flat palm contour line pattern P on a display screen of the display device 60.

As shown in FIG. 7, when the image prompting step SQ is specifically implemented, the image capturing device 10 may be connected to a computer device, and the computer device is connected to a display device 60. Wherein, the image capturing device 10, the computer device, and the display device 60 may be jointly provided in an electronic device, such as a smart phone, a notebook computer, a desktop computer, and the like. In addition, in the hand image acquisition step S1, a computer device may be used in the display screen of the display device 60 to simultaneously display the image screen currently acquired by the image capture device 10 and the flat palm contour line pattern P.

It is worth mentioning that in the image calculation step S2, the processing device 20 will perform image recognition based on the hand image data 111 obtained by the image capturing device 10 to calculate the length of each finger of the user, that is, if The user does not allow the image capturing device 10 to obtain the correct palm image, which may cause the processing device 20 to calculate the wrong length data. Therefore, by displaying the flat palm contour line pattern P on the display device 60, the user can assist the user to spread the palm in a correct posture, so that the image capturing device 10 can obtain correct image information.

The above descriptions are only preferred and feasible embodiments of the present invention, rather than limiting the patent scope of the present invention. Therefore, all equivalent technical changes made by using the description and illustrations of the present invention are included in the protection scope of the present invention. Inside.

Claims

A method for assisting the production of a customized mouse, characterized in that the method for assisting the production of a customized mouse is suitable for assisting a mouse production equipment to produce a customized mouse, and the method for assisting the production of a customized mouse It includes the following steps:

A hand image acquisition step: using an image capture device to perform an image acquisition operation on a user's hand, and correspondingly generate a hand acquisition image information, the hand acquisition image information includes a hand image data;

An image calculation step: performing an image recognition operation on the hand image data to calculate and generate a user thumb length data, a user index finger length data, a user middle finger length data, a user ring finger length data, and a At least two of the length of the user’s pinky finger;

A database search step: According to the user thumb length data, the user index finger length data, the user middle finger length data, the user ring finger length data, and the use generated in the image calculation step At least two of the little finger length data, search multiple pre-stored mouse production information stored in a database to generate a customized mouse production information;

A data transmission step: transfer the customized mouse production information to the mouse production device, so that the mouse production device can produce the corresponding customized mouse according to the customized mouse production information mouse.
4. The method for assisting customized mouse production according to claim 1, wherein before the hand image acquisition step or the database search step, the method further comprises the following steps:

A selection image display step: using a display device to display a plurality of hand holding posture images; wherein the plurality of hand holding posture images respectively present images of holding the mouse in different holding modes;

A selection step: using an input device to read a selection information input by the user; the input device can generate different selection information corresponding to the user's operation;

Wherein, in the database search step, according to the selection information, the user thumb length data, the user index finger length data, the user middle finger length data, and the user thumb length data generated in the image calculation step At least two of the length data of the user's ring finger and the length data of the user's little finger are searched for a plurality of pieces of the pre-stored mouse making information stored in the database.
4. The method for auxiliary customized mouse production according to claim 2, wherein before the hand image acquisition step, it includes the selection image display step and the selection step;

Wherein, in the selection image display step, the display device is used to display three of the hand posture images; the three hand posture images are respectively a tummy holding posture image, a grasping posture image, and A pinch gesture image; the input device can generate three of the selection information corresponding to the user's operation, and the three of the selection information are respectively a lying-grip selection information, a grasping selection information, and a pinch Hold selection information;

Wherein, in the image calculation step, a processing device is used to receive the lying-grip selection information, the grip selection information, or the pinch selection information transmitted by the input device to compare the hand image Data to perform the image recognition operation;

Wherein, in the image calculation step, when the processing device receives the tummy grip selection information, the processing device performs the image recognition operation on the hand image data to calculate and generate the user's thumb Length data and the length data of the user's index finger;

Wherein, in the image calculation step, when the processing device receives the grip selection information, the processing device performs the image recognition operation on the hand image data to calculate and generate the user's ring finger Length data, the user's little finger length data, a user's index finger width data, a user's middle finger width data, and a user's ring finger width data;

Wherein, in the image calculation step, when the processing device receives the pinch selection information, the processing device performs the image recognition operation on the hand image data to calculate and generate the user's thumb Length data, the user index finger length data, the user ring finger length data, the user little finger length data, the user index finger width data, the user middle finger width data, and the user ring finger width data .
The method for auxiliary customized mouse making according to claim 1, wherein each piece of the pre-stored mouse making information includes a thumb length range data, an index finger length range data, a middle finger length range data, and a ring finger length At least two of the range data, a little finger length range data, and multiple mouse production parameter data; in the database search step, calculate the user thumb length data generated in the image calculation step, the At least two of the length data of the user index finger, the length data of the middle finger of the user, the length data of the user's ring finger, and the length data of the little finger of the user, and each of the pre-stored mice stored in the database The numerical difference between at least two of the thumb length range data, the index finger length range data, the middle finger length range data, the ring finger length range data, and the little finger length range data corresponding to the information to find out One of the pre-stored mouse production information with the smallest value difference.
The method for assisting the production of a customized mouse according to claim 4, wherein the customized mouse production information includes the user's thumb length data generated in the image calculation step, and the use At least two of the index finger length data, the user middle finger length data, the user ring finger length data, the user pinky finger length data, and one of the items found in the database search step Pre-stored mouse production information.
The method for assisting the production of a customized mouse according to claim 2, wherein the customized mouse production information does not include the user's thumb length data generated in the image calculation step, and the User index finger length data, the user middle finger length data, the user ring finger length data, or the user pinky finger length data.
The method for auxiliary customized mouse production according to claim 1, wherein the image capturing device is connected to a computer device, and the computer device is connected to a display device; before the hand image acquisition step, the method further comprises The following steps:

An image prompting step: displaying a flat palm outline pattern on a display screen of the display device;

Wherein, in the hand image acquisition step, the computer device is used in the display screen of the display device to simultaneously display the image screen currently acquired by the image capture device and the flattened image Palm contour line pattern.
An auxiliary customized mouse making system, characterized in that the auxiliary customized mouse making system comprises:

An image capturing device for performing an image capturing operation on a user's hand and correspondingly generating a hand capturing image information, the hand capturing image information including a hand image data;

A processing device connected to the image capture device, the processing device can receive the hand image data, and the processing device can perform an image recognition operation on the hand image data to calculate and generate a user At least two of thumb length data, a user index finger length data, a user middle finger length data, a user ring finger length data, and a user pinky finger length data;

A database that stores multiple pre-stored mouse making information, each of the pre-stored mouse making information includes a thumb length range data, an index finger length range data, a middle finger length range data, a ring finger length range data, and a little finger length range At least two of the data, and multiple mouse creation parameter data;

A transmission module connected to the processing device, the processing device can be based on the user thumb length data, the user index finger length data, the user middle finger length data, the user ring finger length data, the At least two pieces of data on the length of the user’s little finger are searched for multiple pieces of pre-stored mouse production information stored in the database to generate a customized mouse production information; the transmission module can receive the data transmitted by the processing device The customized mouse production information, and the transmission module is used for transmitting the customized mouse production information to a remote processing device; wherein, the remote processing device is used for according to the customized mouse production information Produced a customized mouse.
8. The auxiliary customized mouse making system according to claim 8, wherein the customized mouse making system further comprises:

A display device connected to the processing device, the display device can be controlled to display a plurality of hand holding posture images; the plurality of hand holding posture images respectively show that they are held in different holding manners The image of the mouse;

An input device for reading a selection information input by the user; the input device can correspondingly generate different selection information according to the operation of the user;

Wherein, the processing device can be based on the selection information, the user thumb length data, the user index finger length data, the user middle finger length data, the user ring finger length data, and the user pinky finger length data. At least two of the data are searched for multiple pieces of pre-stored mouse making information stored in the database.
The auxiliary customized mouse making system according to claim 8, wherein the display device can be controlled to display three of the hand posture images; the three hand posture images are respectively A grip posture image, a grip posture image, and a pinch posture image; the input device can generate three of the selection information corresponding to the user's operation, and the three of the selection information are respectively a lying-grip selection Information, a grasp to select information and a pinch to select information;

Wherein, when the processing device receives the tummy grip selection information, the processing device performs the image recognition operation on the hand image data to calculate and generate the user's thumb length data and the user's index finger Length data

Wherein, when the processing device receives the grip selection information, the processing device performs the image recognition operation on the hand image data to calculate the length data of the user's ring finger and the user's little finger Length data, a user's index finger width data, a user's middle finger width data, and a user's ring finger width data;

Wherein, when the processing device receives the pinch selection information, the processing device performs the image recognition operation on the hand image data to calculate the length data of the user's thumb and the user's index finger Length data, the user's ring finger length data, the user's little finger length data, the user's index finger width data, the user's middle finger width data, and the user's ring finger width data.