TWM593588U - Gesture operation equipment - Google Patents

Abstract

This creative department provides a gesture operation device, which includes a plurality of first wearing parts and a second wearing part, the first wearing part is for a user to wear on a finger part, the second wearing part is for a user to wear on a wrist part, An electronic device can be controlled by the first wearing part or further controlled, wherein the first wearing part includes a driving element, which can generate driving signals or data through the action of the user's finger, and the second wearing part is connected to the first The wearing part can receive a signal or data sent by the first wearing part and generate a predetermined action.

Description

Gesture operation equipment

This creation is related to mobile devices, especially a gesture operation device that can be connected to mobile devices.

In recent years, with the widespread use of mobile smart devices, wearable devices that cooperate with mobile smart devices have gradually emerged. The most common wearable devices are smart watches and smart bracelets, which can be connected to mobile phones. And share relevant information with the mobile phone, for example, you can control the dialing of the mobile phone, play music or view messages with a smart watch. The wearable device provides the user with the convenience of using the mobile phone, so it is not necessary when running or exercising. Holding the mobile phone at any time by hand, but using a smart watch (or bracelet) worn on the wrist to operate the mobile phone, so that both hands can swing freely, making wearable devices quite popular.

However, today's wearable devices (smart watches or wristbands) still remain to be controlled by touching the screen or keys of the wearable device, in other words, it is only the original touch mobile smart device (mobile phone) The screen or key is changed to touch the screen or key of the wearable device. When the user cannot focus on the screen or key of the smart watch (or bracelet), it cannot be completed. Operation, or when the user cannot free his finger to click on the screen or keys of the smart watch (or bracelet), he can also not control the mobile smart device (mobile phone) to perform related operation actions. The operation method provided is still very limited, and there is still much room for improvement in use.

In view of this, the creator has invested a lot of time to research related knowledge based on the above concept, compare the advantages and disadvantages, and research and develop related products. After many experiments and tests, he finally launched a "gesture operation device". There is no need to directly touch the screen or buttons of the wearable device (smart watch or bracelet), but it can still control the mobile smart device for basic communication functions, which is practical and progressive.

The main purpose of this creation is to provide a gesture operation device, which can control the electronic device to perform related operations through gesture operation, without directly touching the screen or keys of the electronic device or wearable device (smart watch or bracelet). It is more convenient and can improve the functionality of electronic devices.

Therefore, in order to achieve the above purpose and effect, the present invention creates a gesture operation device, which includes a plurality of first wearing parts and a second wearing part, the first wearing part is for a user to wear on the finger part, and the second wearing part It is for the user to wear on the wrist, and can be controlled by the first wearing part or further control an electronic device, wherein the first wearing part includes a driving element, which can generate a driving signal or data through the action of the user's finger; The second wear The piece is connected to the first wearing piece, and can receive a signal or data sent by the first wearing piece to generate a predetermined action.

A further technical feature of this creation is that the first wearable and the second wearable are connected or transmitted in one of wired or wireless manner.

A further technical feature of this creation is that the first driving element is an angle sensing element, which can sense the movement of the user's finger and the angle change.

A further technical feature of this creation is that the first wearing device further includes a first microcontroller, electrically connected to the driving element, for computing and processing signals or data generated by the driving element, and a first communication module, The first microcontroller is electrically connected to receive the signal or data of the first microcontroller and transmit it to the second wearable.

A further technical feature of this creation is that the first wearing part includes a body, a mobile module detachably disposed on the body, the driving element is disposed on the body, the first microcontroller and the first wireless communication The module is located on the mobile module.

A further technical feature of this creation is that the second wearable further includes a detection element to detect information such as the movement direction, strength or posture angle of the user's wrist, and a second communication module to receive the The signal or data transmitted by the first communication module is transmitted to a second microcontroller, or the signal or data transmitted from the second microcontroller is transmitted to the electronic device, thereby controlling the operation of the electronic device, the second The microcontroller is electrically connected to the second pass The communication module is used to calculate and process the signal or data transmitted by the first communication module and output a predetermined control command.

A further technical feature of this creation is that the detection element is an inertial measurement element, which is used to detect the movement direction, speed or angle, etc., and the second microcontroller can also determine the movement direction and intensity sensed by the detection element measurement And posture angle and other information to create motion data and integrate the signal or data sent by the first wearable, and then output corresponding control commands.

A further technical feature of this creation is that the first and second wireless communication modules are Bluetooth transmission devices.

A further technical feature of this creation is that the first wearable part is a ring, and the second wearable part is one of a smart bracelet or a smart watch.

A further technical feature of this creation is that the electronic device can be a mobile phone, a computer, a cloud, a personal terminal and other electronic products.

Combining the technical features described above for this creation, the advantage is that the first wearing part and the second wearing part are worn on the finger and wrist parts of the user, through sensing gestures and performing arithmetic processing. After the exercise data, you can send a control command to the electronic device to realize the operation function without the need to directly touch the screen or buttons of the electronic device with your hand, which improves the functionality and practicability of the existing wearable device, which is worthy of industry promotion. And make it public.

100‧‧‧Gesture operation equipment

10‧‧‧ First Wearables

11‧‧‧Drive components

12‧‧‧ First Microcontroller

13‧‧‧The first wireless communication module

14‧‧‧Mobile Module

15‧‧‧The first power supply

101‧‧‧Body

30‧‧‧Second wearables

31‧‧‧detection element

32‧‧‧second microcontroller

33‧‧‧ Second wireless communication module

34‧‧‧Second power supply

34a‧‧‧Charging module

34b‧‧‧Lithium battery

50‧‧‧Electronic device

70‧‧‧Wire

The first figure is a three-dimensional appearance diagram (wired mode) of the creative gesture operation device.

The second picture is the usage state diagram (wired mode) of the original gesture operation device.

The third figure is a schematic block diagram of the device for creating a gesture operation device (wireless mode).

The fourth figure is a schematic diagram of the operation flow of the author's gesture operation device (wireless mode).

In the following, the two preferred embodiments of this creation are cited, and further detailed descriptions will be given in conjunction with the drawings as follows:

Please refer to FIG. 1 to FIG. 4, the gesture operation device 100 of a preferred embodiment is used to connect and control an electronic device 50 such as mobile phones, computers, clouds, personal terminals and other electronic products. In the creation manual, a mobile phone is used as an illustration, and it has a first wearing part 10 and a second wearing part 30. The first wearing part 10 is for a user to wear on the finger part of the user, and the second wearing part 30 is for use The wearer wears on the wrist and can be controlled by the first wearer 10 or further control the electronic device 50. The first wearer 10 includes a driving element 11 that can generate driving signals or data through the movement of the user's finger. The second wearable 30 is connected to the first wearable 10 and can receive a signal or data sent by the first wearable 10 to generate a predetermined action. (The foregoing is the main technical feature of the creator's embodiment, which corresponds to the scope of patent application in this case The content of the first item can be used to know the purpose and implementation type of this creation, and the technical features mentioned in the scope of the remaining subsidiary patent applications are for the detailed description or additional technical features of the first content of the patent scope, not for use. In order to limit the scope of the first item of patent application, it should be understood that the first item of patent application in this case does not necessarily include the technical features described in the scope of the patent applications of the other subsidiary applications).

The aforementioned first wearing part 10 is a ring, the second wearing part 30 is a bracelet (a smart bracelet or a smart watch is also acceptable), and the driving element 11 is an angle sensing element, such as a conventional potentiometer, which provides Sensing the angle change of the user's finger, the first wearable 10 and the second wearable 30 are connected and transmitted by wire, as shown in Figures 1 and 2, and connected to the first The wires 70 of the wearable part 10 and the second wearable part 30 are retractable, which is convenient for people of various palm sizes. Of course, the first wearable part 10--ring and the second wearable part 30-- The wristband can also be connected to each other wirelessly, as shown in Figure 3 and Figure 4, at this time, the first wearable 10 further includes a first microcontroller 12, which is electrically connected to the drive The element 11 provides operations and processes signals or data generated by the driving element 11, and a first wireless communication module 13 is used to receive data from the first microcontroller 12 and transmit it to the second wearable 30. The driving element 11 is disposed on a body 101 (that is, the ring body) of the first wearing part 10, the first microcontroller 12 and the first wireless communication module 13 are disposed on a mobile module 14, and the mobile module 14 It is detachably connected to the body 101. In addition, the mobile module 14 is further provided with a first power supply 15 for supplying each of the driving element 11, the first microcontroller 12 and the first The power required for the wireless communication module 13 to operate.

The aforementioned second wearable 30 further includes a detection element 31, which is an inertial measurement element, such as a conventional gyroscope or accelerometer, used to detect information such as the movement direction, strength, or posture angle of the user's wrist. The second microcontroller 32 is electrically connected to the detection element 31, which can provide memory, calculation processing, and determine the movement direction, intensity, and attitude angle measured by the inertial detection element 31 to create data. A second communication module 33 , Electrically connected to the second microcontroller 32, for receiving signals or data transmitted by the first communication module 13 and transmitted to the second microcontroller 32, or the second microcontroller 32 can send out The signal or data is transmitted to the electronic device 50 to further control the operation of the electronic device 50. A second power supply 34 is electrically connected to the detection elements 31, the second microcontroller 32 and the second wireless communication Module 33 to provide power for operation. Secondly, the second microcontroller 32 can further integrate the first motion data sent by the first wearable 10 and output corresponding control commands.

The aforementioned first wireless communication module 13 and the second wireless communication module 33 are both conventional Bluetooth transmission devices.

In addition, a corresponding application program (APP) can be installed in the electronic device 50. There are many corresponding application programs (APP) on the market, which can be to play music, send messages, e-books, etc. The wearable 10 and the second wearable 30 can control the corresponding application (APP) of the electronic device 50 to choose which music to play, when to start and stop, when to send the message and when to change the message to voice Put it out, or maybe For e-book selection, page turning, reading, etc. control, of course, a microphone and a speaker (not shown) can be provided on the second wearable 30 (or on the first wearable 10) Etc., for receiving the sound of the outside world, or the sound on the electronic device 50 can be amplified and sent from the second wearable 30 (or the first wearable 10).

Secondly, the first power supply 15 is a lithium battery, and the second power supply 34 includes a charging module 34a and a lithium battery 34b. The charging module 34a can simultaneously charge the first power supply 15 The lithium battery is charged with the lithium battery 34b of the second power supply 34.

In this way, when the gesture operation device 100 is used for the first time, after the switches of the first wearable 10 and the second wearable 30 are turned on, the first wearable 10 and the second wearable 30 must be Perform Bluetooth connection with the electronic device 50 first, that is, the first wireless communication module 13 and the second wireless communication module 33 perform data transmission with the electronic device 50, and the first The wearing part 10 and the second wearing part 30 are worn on the finger part and the wrist part of the user, and then the first micro-controller 12 and the second micro-controller 32 can perform calculation processing by the driving element 11 and the detection The relevant data sensed by the measuring element 31 can be used to issue a control command through the gesture actions of the first wearable member 10 and the second wearable member 30 to realize the control of the operation function of the electronic device 50.

In other words, the gesture operation device 100 can control the electronic device 50 by sensing the user's gesture changes, and the user does not need to When operating on the device 50, when the hands are inconvenient and the electronic device 50 cannot be held, the user can easily control the dialing, playing music or viewing information of the electronic device 50 through the gesture operation device 100, which is very convenient and The practicality can indeed achieve the intended creative purpose, and it fully complies with the provisions of the Chinese Patent Law on the application requirements for new type patents. The patent application is filed in accordance with the law. Please review it early and give affirmation.

It must be mentioned that the driving element of the first wearing part can also be a wheel or a button, a touch panel, etc. that can generate an operation signal that triggers the operation of the second wearing part, so that the first wearing part becomes the operation of the second wearing part A point or touch point is used to perform operations such as clicking, sliding, or scrolling to operate the second wearable, and even control an electronic device such as a mobile phone through the second wearable.

100‧‧‧Gesture operation equipment

10‧‧‧ First Wearables

30‧‧‧Second wearables

70‧‧‧Wire

Claims (10)

A gesture operation device includes a plurality of first wearing parts and a second wearing part. The first wearing part is for a user to wear on a finger part, and the second wearing part is for a user to wear on a wrist part A wearable device controls or further controls an electronic device, wherein: The first wearing part includes a driving element, which can generate a driving signal or data through the action of the user's finger; The second wearable is connected to the first wearable, and can receive a signal or data sent by the first wearable to generate a predetermined action. The gesture operation device according to item 1 of the patent application scope, wherein the first wearable part and the second wearable part are connected or transmitted in a wired or wireless manner. According to the gesture operation device described in item 2 of the patent application scope, wherein the first driving element is an angle sensing element, which can sense the movement of the user's finger and the angle change. The gesture operation device according to item 2 of the patent application scope, wherein the first wearing device further includes a first microcontroller, electrically connected to the driving element, for computing and processing signals or data generated by the driving element , A first communication module, electrically connected to the first microcontroller, for receiving signals or data from the first microcontroller and transmitting to the second wearable. The gesture operation device according to item 4 of the patent application scope, wherein the first wearing part includes a body, a mobile module, and is detachably provided in the In the body, the driving element is provided in the body, and the first microcontroller and the first wireless communication module are provided in the mobile module. The gesture operation device according to item 4 of the patent application scope, wherein the second wearable further includes a detection element for detecting information such as the movement direction, strength or posture angle of the user's wrist, a second The communication module is used to receive the signal or data transmitted by the first communication module and send it to a second microcontroller, or send the signal or data sent from the second microcontroller to the electronic device, and then control the For the operation of the electronic device, the second microcontroller is electrically connected to the second communication module for computing and processing signals or data transmitted by the first communication module and outputting predetermined control commands. The gesture operation device according to item 6 of the patent application scope, wherein the detection element is an inertial measurement element for detecting the movement direction, speed or angle, etc., and the second microcontroller can further determine the detection element Measure the sensed motion direction, intensity, posture angle and other information to create motion data and integrate the signal or data sent by the first wearable, and then output the corresponding control command. The gesture operation device according to item 6 of the patent application scope, wherein the first and second wireless communication modules are Bluetooth transmission devices. The gesture operation device according to item 6 of the patent application scope, wherein the first wearing part is a ring, and the second wearing part is one of a smart bracelet or a smart watch. The gesture operation device according to item 1 of the patent application scope, wherein The electronic device may be a mobile phone, a computer, a cloud, a personal terminal and other electronic products.

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