CN205356453U - Wearable portable smart machine - Google Patents
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- CN205356453U CN205356453U CN201620085046.2U CN201620085046U CN205356453U CN 205356453 U CN205356453 U CN 205356453U CN 201620085046 U CN201620085046 U CN 201620085046U CN 205356453 U CN205356453 U CN 205356453U
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Abstract
The utility model belongs to the technical field of the intelligence portable equipment, a wearable portable smart machine is provided. In the carrier roller device, wearable portable smart machine includes control module, the fingerprint collection module, communication module, the button module, the display module, microphone and earphone, fingerprint collection pair of module user carries out the authentication, the user can use this smart machine through the verification time, when the button module is in the dialing state, the control module control communications module is communicated with the external equipment that the dialing corresponds, the microphone is gathered user's sound and is conveyed to external equipment through control module and communication module, earphone transmit control module feeds back comes from external equipment's audio signal, the display module shows the input information of button module and control module's process information. Consequently, this smart machine possesses the function of cell -phone, has satisfied when people carry out outdoor exercises the demand to phone functions, and the user can dress in on hand convenient to use with this smart machine when outdoor exercises.
Description
Technical field
This utility model belongs to intelligent and portable equipment technical field, particularly relates to a kind of wearable portable intelligent device.
Background technology
Along with development and the scientific and technological progress of mobile Internet, intelligent terminal's (such as mobile phone, panel computer and notebook computer etc.) is seen everywhere in life, brings facility to the routine work of people and life.Nowadays the health perception of people constantly strengthens, increasing people participate in running, on foot, the outdoor activity such as ride take exercises, and when people participate in outdoor activity, above-mentioned intelligent terminal need to be put in bag or pocket and carry, it is easily lost, and intelligent terminal has constant weight, carry with very inconvenient.But, the people that develop into of wearable portable intelligent device carry out outdoor activity and provide convenience, and get more and more people's extensive concerning, and wearable portable intelligent device is commonly available to be illuminated, position and navigation etc..But the function of existing wearable portable intelligent device is less, it is impossible to meet the demand to several functions when people carry out outdoor activity.Therefore, there is the problem that cannot meet when people carry out outdoor activity several functions demand because function is less in existing wearable portable intelligent device.
Utility model content
The purpose of this utility model is in that to provide a kind of wearable portable intelligent device, it is intended to solves existing wearable portable intelligent device and there is the problem that cannot meet because function is less when people carry out outdoor activity several functions demand.
This utility model is achieved in that a kind of wearable portable intelligent device, described wearable portable intelligent device include controlling module, finger print acquisition module, communication module, key-press module, display module, microphone and receiver.
The finger print information input of described control module, communication interface, push button signalling input, display information output, phonetic entry end and speech output end are connected with the outfan of described finger print acquisition module, the communication interface of described communication module, the outfan of described key-press module, the input of described display module, the outfan of described microphone and the input of described receiver respectively.
When described wearable device is worn on hand time by user, described control module, described finger print acquisition module, described communication module, described key-press module, described display module, described microphone and described receiver are respectively positioned on the left hand of user；Described control module is positioned at the wrist portion of the palmar side of described left hand；Described finger print acquisition module is positioned at the region of the palm back side removing finger position of described left hand；Described communication module is positioned at the centre of the palm of described left hand；Described key-press module has 12, and the first key-press module in 12 described key-press modules, the second key-press module and the 3rd key-press module lay respectively at the distal phalanx region of palmar side of second finger of described left hand, middle phalanx region and proximal phalanx region；The 4th key-press module in 12 described key-press modules, the 5th key-press module and the 6th key-press module lay respectively at the distal phalanx region of palmar side of the 3rd finger of described left hand, middle phalanx region and proximal phalanx region；The 7th key-press module in 12 described key-press modules, the 8th key-press module and the 9th key-press module lay respectively at the distal phalanx region of palmar side of the 4th finger of described left hand, middle phalanx region and proximal phalanx region；The tenth key-press module in 12 described key-press modules, the 11st key-press module and the 12nd key-press module lay respectively at the distal phalanx region of palmar side of the 5th finger of described left hand, middle phalanx region and proximal phalanx region；Described display module is positioned at the region of the palm back side removing finger position of described left hand；Described microphone is positioned on described 5th finger the side fitted with described 4th finger；Described receiver is positioned on the first finger of described left hand the side fitted with described second finger.
The finger print information of user is acquired by described finger print acquisition module, and the finger print information of described user is verified by described control module according to fingerprint database, and when being verified, user can use described wearable portable intelligent device；When the key-press status of 12 described key-press modules is dialing status, the external equipment that described control module controls described communication module corresponding with dialing communicates, described microphone gathers user voice feedback audio signal extremely described control module, described audio signal is sent to described external equipment by described control module by described communication module, the audio signal from described external equipment that described control module is fed back play by described receiver, and described display module shows the input information of described key-press module and the process information of described control module.
In this utility model, wearable portable intelligent device includes controlling module, finger print acquisition module, communication module, key-press module, display module, microphone and receiver, wherein, user is carried out authentication by finger print acquisition module, user can use this smart machine when passing through and verifying, when key-press module is in dialing status, the external equipment controlling module control communication module corresponding with dialing communicates, microphone gathers user voice and is sent to external equipment through controlling module and communication module, receiver is play and is controlled the audio signal from external equipment that module is fed back, the process information of the input information of display module display button module and control module.Therefore, this wearable portable intelligent device possesses the function of mobile phone, meets the demand for cell-phone function when people carry out outdoor activity, can be worn on hand by this wearable portable intelligent device when user moves out of doors, easy to use.
Accompanying drawing explanation
Fig. 1 is the structural representation of the wearable portable intelligent device that this utility model embodiment provides；
Fig. 2 be this utility model embodiment provide wearable portable intelligent device Dai Yu on hand time each module position view in left-hand palm side；
Fig. 3 be the wearable portable intelligent device Dai Yu that provides of this utility model embodiment on hand time each module at the position view of left hand dorsal side；
Fig. 4 is the structural representation of the wearable portable intelligent device that another embodiment of this utility model provides；
Fig. 5 be another embodiment of this utility model provide wearable portable intelligent device Dai Yu on hand time each module position view on the right hand.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, this utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain this utility model, be not used to limit this utility model.
Fig. 1 illustrates the structural representation of the wearable portable intelligent device that this utility model embodiment provides, and for the ease of illustrating, illustrate only the part relevant to this utility model embodiment, details are as follows:
Wearable portable intelligent device includes controlling module 11, finger print acquisition module 12, communication module 13, key-press module 14, display module 15, microphone 16 and receiver 17.
Control the finger print information input of module 11, communication interface, push button signalling input, display information output, phonetic entry end and speech output end to be connected with the outfan of finger print acquisition module 12, the communication interface of communication module 13, the outfan of key-press module 14, the input of display module 15, the outfan of microphone 16 and the input of receiver 17 respectively.
When wearable device is worn on hand time by user, control module 11, finger print acquisition module 12, communication module 13, key-press module 14, display module 15, microphone 16 and receiver 17 and be respectively positioned on the left hand of user.As in figure 2 it is shown, control the wrist portion that module 11 is positioned at the palmar side of left hand；Communication module 13 is positioned at the centre of the palm of left hand；Described key-press module has 12, and the first key-press module in 12 described key-press modules, the second key-press module and the 3rd key-press module lay respectively at the distal phalanx region of palmar side of second finger of described left hand, middle phalanx region and proximal phalanx region；The 4th key-press module in 12 described key-press modules, the 5th key-press module and the 6th key-press module lay respectively at the distal phalanx region of palmar side of the 3rd finger of described left hand, middle phalanx region and proximal phalanx region；The 7th key-press module in 12 described key-press modules, the 8th key-press module and the 9th key-press module lay respectively at the distal phalanx region of palmar side of the 4th finger of described left hand, middle phalanx region and proximal phalanx region；The tenth key-press module in 12 described key-press modules, the 11st key-press module and the 12nd key-press module lay respectively at the distal phalanx region of palmar side of the 5th finger of described left hand, middle phalanx region and proximal phalanx region；Microphone 16 is positioned on the 5th finger the side fitted with the 4th finger；Receiver 17 is positioned on the first finger of left hand the side fitted with second finger, as it is shown on figure 3, finger print acquisition module 12 is positioned at the region of the palm back side removing finger position of left hand；Display module 15 is positioned at the region of the palm back side removing finger position of left hand.
The finger print information of user is acquired by finger print acquisition module 12, controls module 11 and according to fingerprint database, the finger print information of user is verified, and when being verified, user can use wearable portable intelligent device.When the key-press status of 12 key-press modules 14 is dialing status, the external equipment that control module 11 controls communication module 13 corresponding with dialing communicates, microphone 16 gathers user voice feedback audio signal to controlling module 11, control module 11 to be sent audio signal to external equipment by communication module 13, receiver 17 is play and is controlled the audio signal from external equipment that module 11 is fed back, the process information of the input information of display module 15 display button module 14 and control module 11.
Preferably, the first finger, second finger, the 3rd finger, the 4th finger and the 5th finger can the respectively thumb of user's left hand, forefinger, middle finger, the third finger and little fingers.
Concrete, distal phalanx region is the region between finger tip and the first joint, and middle phalanx region is the region between the first joint and second joint, and proximal phalanx region is the region between second joint and the 3rd joint.Wherein, at palmar side, being the first joint near the joint of finger tip, be the 3rd joint near the joint of palm, the joint (i.e. joint between the first joint and the 3rd joint) in the middle of finger is second joint.
Concrete, controlling module 11 and include ARM microprocessor and peripheral circuit thereof, communication module 13 is 3G communication module, and key-press module 14 is micro-touch button or passive induction chip, and display module 15 is display screen, and receiver 17 adopts bone conduction earphone.Wherein, the operating system of ARM microprocessor can be any one in Android operation system, Windows operating system and (SuSE) Linux OS.
Concrete, the finger print information that finger print acquisition module 12 is gathered by control module 11 carries out comparison one by one with the finger print information in fingerprint database, if the finger print information gathered is consistent with certain finger print information in fingerprint database, then fingerprint authentication passes through, and user can use all functions of this wearable portable intelligent device.Wherein, fingerprint database includes the finger print information of all conventional users of this wearable portable intelligent device.
Concrete, dialing status is the state of user's of short duration part key-press module 14 pressed in 12 key-press modules 14 continuously, wherein, 12 key-press modules 14 function when dialing is identical with the function of mobile phone key, first key-press module, second key-press module, 3rd key-press module, 4th key-press module, 5th key-press module, 6th key-press module, 7th key-press module, 8th key-press module, 9th key-press module, tenth key-press module, 11st key-press module and the 12nd key-press module can respectively digital 0 keys, numeral 1 key, numeral 2 keys, numeral 3 keys, numeral 4 keys, numeral 5 keys, numeral 6 keys, numeral 7 keys, numeral 8 keys, numeral 9 keys, * key and # key, of short duration pressing refers to that the time pressing each key-press module 14 was less than 2 seconds.
Concrete, display module 15 can the input information of display button module 14, such as dialed number, may also display the process information of processor, such as the air time etc..
Concrete, when this wearable portable intelligent device is worn on hand by user, user also can carry out other work simultaneously, and without extracing this wearable portable intelligent device when namely carrying out other work, therefore, this wearable portable intelligent device is easy to use.This wearable portable intelligent device can use fireproof plastic glue material to manufacture.
Controlling the finger print information input end interface of module 11, communication interface, push button signalling input end interface, display information output interface, phonetic entry end interface and voice output end interface and be standard interface, finger print acquisition module 12, communication module 13, key-press module 14, display module 15, microphone 16 and receiver 17 are based respectively on standard agreement and carry out data exchange with controlling module 11.
Concrete, above-mentioned standard interface can be the interface that manufacturer manufacture voluntarily, can carry out data transmission according to standard agreement, has the characteristic that highly versatile, data transmission bauds are fast.Wherein, standard agreement can be TCP (transmission control protocol).
As shown in Figure 4, above-mentioned wearable portable intelligent device also includes wireless transport module 21, the end that controls of wireless transport module 21 is connected with the transmission control end controlling module 11 and data transmission terminal respectively with transmission ends, when wearable device is worn on hand time by user, as it is shown on figure 3, wireless transport module 21 is positioned at the region of the palm back side removing finger position of left hand.Control module 11 and export transmission signal according to the key-press status of the first key-press module so that wireless transport module 21 and external communication device carry out data interaction.
Concrete, wireless transport module 21 can be Bluetooth data transfer module, can be also WIFI data transmission module.When with the head of a household by the first key-press module, control module 11 output transmission signal so that wireless transport module 21 and external communication device carry out data exchange, namely the data-transformation facility of wearable portable intelligent device is opened, wherein, first key-press module is digital 0 key, and length refers to that by the first key-press module the time pressing the first key-press module was more than 2 seconds.
As shown in Figure 4, above-mentioned wearable portable intelligent device also includes lighting module 22, and the end that controls of lighting module 22 is connected with the Lighting control end controlling module 11, when wearable device is worn on hand time by user, as in figure 2 it is shown, lighting module 22 is positioned at the finger tip portion of the 3rd finger of left hand.Control module 11 and export unlatching illumination control signal according to the key-press status of the second key-press module so that lighting module 22 opens illumination, control module 11 and export closedown illumination control signal according to the key-press status of the 3rd key-press module so that lighting module 22 closes illumination.
Concrete, lighting module 22 can be LED.When with the head of a household by the second key-press module, control module 11 output and open illumination control signal so that lighting module 22 opens illumination, namely open the illumination functions of wearable portable intelligent device；When with the head of a household by three key-press modules, control module 11 output and close illumination control signal so that lighting module 22 closes illumination, namely close the illumination functions of wearable portable intelligent device.Wherein, the second key-press module is digital 1 key, and the 3rd key-press module is digital 2 keys, and length refers to that by the second key-press module the time pressing the second key-press module was more than 2 seconds, by the 3rd key-press module, length refers to that the time pressing the 3rd key-press module was more than 2 seconds.
As shown in Figure 4, above-mentioned wearable portable intelligent device also includes infrared distance measurement module 23, the range finding control end controlling end with controlling module 11 of infrared distance measurement module 23 is connected, when wearable device is worn on hand time by user, as in figure 2 it is shown, infrared distance measurement module 23 is positioned at the finger tip portion of the second finger of left hand.Controlling module 11 and export distance measuring signal according to the key-press status of the 4th key-press module so that infrared distance measurement module 23 carries out range measurement, infrared distance measurement module 23 is for measuring the distance between second finger and exterior object.
Concrete, when with the head of a household by four key-press modules, control module 11 and export distance measuring signal so that infrared distance measurement module 23 starts the distance measuring between second finger and exterior object, wherein, 4th key-press module is digital 3 keys, by the 4th key-press module, length refers to that the time pressing the 4th key-press module was more than 2 seconds.
Concrete, infrared distance measurement module 23 can carry out function combinations with 12 key-press modules 14, it is achieved IR remote controller function or infrared controller function.
As shown in Figure 4, above-mentioned wearable portable intelligent device also includes photographing module 24, and the shooting control end controlling end with controlling module 11 of photographing module 24 is connected, when wearable device is worn on hand time by user, as in figure 2 it is shown, photographing module 24 is positioned at the finger tip portion of the 4th finger of left hand.Control module 11 and export shooting control signal so that photographing module 24 images according to the key-press status of the 5th key-press module.
Specifically, when with the head of a household by five key-press modules, control module 11 output shooting control signal so that photographing module 24 images, wherein, the 5th key-press module is digital 4 keys, by the 5th key-press module, length refers to that the time pressing the 5th key-press module was more than 2 seconds.
As shown in Figure 4, above-mentioned wearable portable intelligent device also includes power module 25, when wearable device is worn on hand time by user, as shown in Figure 3, power module 25 is positioned at the wrist portion of the back of the hand of left hand, and the outfan of power module 25 is connected with the power end controlling module 11.Power module 25 provides working power for controlling module 11.
Concrete, power module 25 can include lithium battery and 7805 integrated regulators.
Concrete, above-mentioned finger print acquisition module 12, communication module 13, key-press module 14, display module 15, microphone 16, receiver 17, wireless transport module 21, lighting module 22, infrared distance measurement module 23, photographing module 24 and power module 25 all can carry out similar replacing according to the hobby of user and demand, such as: mounted 100W lighting module can be replaced by the 200W lighting module of identical connection interface by user according to the demand of oneself, or the photographing module of mounted 3,000,000 pixels can be replaced by the photographing module of 8,000,000 pixels of identical connection interface by user according to the demand of oneself.
As it is shown in figure 5, above-mentioned wearable portable intelligent device also includes bluetooth earphone module 26, when wearable device is worn on hand time by user, bluetooth earphone module 26 is positioned at the centre of the palm portion of right hand palm.Bluetooth earphone module 26 is for, after being connected with the mobile terminal foundation of user, answering the incoming call of mobile terminal.
Concrete, bluetooth earphone module 26 can be bluetooth earphone, and the mobile terminal of user can be the mobile phone of user.The mobile terminal of bluetooth earphone module 26 with user is carried out wireless connections by user, when the distance of wearable portable intelligent device and customer mobile terminal is within the scope of wireless transmission distance, user can answer the incoming call of mobile terminal by the bluetooth earphone module 26 on wearable portable intelligent device.
As it is shown in figure 5, above-mentioned wearable portable intelligent device also includes wireless mouse module 27, when wearable device is worn on hand time by user, wireless mouse module 27 is positioned at right hand palm center bottom.Wireless mouse module 27 is for, after being connected with electronic equipment foundation, controlling electronic equipment and carry out feature operation.
Concrete, wireless mouse module 27 can be wireless mouse, and electronic equipment can be notebook computer.Wearable portable intelligent device user is by wireless mouse module 27 and electronic equipment wireless connections, and then controls electronic equipment by wireless mouse module 27 and carry out feature operation, carries out open file operation, mobile file operation etc. as controlled electronic equipment.
In this utility model, wearable portable intelligent device includes controlling module 11, finger print acquisition module 12, communication module 13, key-press module 14, display module 15, microphone 16 and receiver 17, wherein, user is carried out authentication by finger print acquisition module 12, user can use this wearable portable intelligent device when passing through and verifying, when key-press module 14 is in dialing status, the external equipment that control module 11 controls communication module 13 corresponding with dialing communicates, microphone 16 gathers user voice and is sent to external equipment through controlling module 11 and communication module 13, receiver 17 is play and is controlled the audio signal from external equipment that module 11 is fed back, the process information of the input information of display module 15 display button module 14 and control module 11.Therefore, this wearable portable intelligent device possesses the function of mobile phone, meets the demand for cell-phone function when people carry out outdoor activity, can be worn on hand by this wearable portable intelligent device when user moves out of doors, easy to use.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all any amendment, equivalent replacement and improvement etc. made within spirit of the present utility model and principle, should be included within protection domain of the present utility model.
Claims (9)
1. a wearable portable intelligent device, it is characterised in that described wearable portable intelligent device includes controlling module, finger print acquisition module, communication module, key-press module, display module, microphone and receiver；
The finger print information input of described control module, communication interface, push button signalling input, display information output, phonetic entry end and speech output end are connected with the outfan of described finger print acquisition module, the communication interface of described communication module, the outfan of described key-press module, the input of described display module, the outfan of described microphone and the input of described receiver respectively；
When described wearable device is worn on hand time by user, described control module, described finger print acquisition module, described communication module, described key-press module, described display module, described microphone and described receiver are respectively positioned on the left hand of user；Described control module is positioned at the wrist portion of the palmar side of described left hand；Described finger print acquisition module is positioned at the region of the palm back side removing finger position of described left hand；Described communication module is positioned at the centre of the palm of described left hand；Described key-press module has 12, and the first key-press module in 12 described key-press modules, the second key-press module and the 3rd key-press module lay respectively at the distal phalanx region of palmar side of second finger of described left hand, middle phalanx region and proximal phalanx region；The 4th key-press module in 12 described key-press modules, the 5th key-press module and the 6th key-press module lay respectively at the distal phalanx region of palmar side of the 3rd finger of described left hand, middle phalanx region and proximal phalanx region；The 7th key-press module in 12 described key-press modules, the 8th key-press module and the 9th key-press module lay respectively at the distal phalanx region of palmar side of the 4th finger of described left hand, middle phalanx region and proximal phalanx region；The tenth key-press module in 12 described key-press modules, the 11st key-press module and the 12nd key-press module lay respectively at the distal phalanx region of palmar side of the 5th finger of described left hand, middle phalanx region and proximal phalanx region；Described display module is positioned at the region of the palm back side removing finger position of described left hand；Described microphone is positioned on described 5th finger the side fitted with described 4th finger；Described receiver is positioned on the first finger of described left hand the side fitted with described second finger；
The finger print information of user is acquired by described finger print acquisition module, and the finger print information of described user is verified by described control module according to fingerprint database, and when being verified, user can use described wearable portable intelligent device；When the key-press status of 12 described key-press modules is dialing status, the external equipment that described control module controls described communication module corresponding with dialing communicates, described microphone gathers user voice feedback audio signal extremely described control module, described audio signal is sent to described external equipment by described control module by described communication module, the audio signal from described external equipment that described control module is fed back play by described receiver, and described display module shows the input information of described key-press module and the process information of described control module.
2. wearable portable intelligent device as claimed in claim 1, it is characterized in that, the finger print information input end interface of described control module, described communication interface, described push button signalling input end interface, described display information output interface, described phonetic entry end interface and described voice output end interface are standard interface, and described finger print acquisition module, described communication module, described key-press module, described display module, described microphone and described receiver are based respectively on standard agreement and carry out data exchange with described control module.
3. wearable portable intelligent device as claimed in claim 1, it is characterised in that described wearable portable intelligent device also includes wireless transport module；
The end that controls of described wireless transport module is connected with the transmission control end of described control module and data transmission terminal respectively with transmission ends, when described wearable device is worn on hand time by user, described wireless transport module is positioned at the region of the palm back side removing finger position of described left hand；Described control module exports transmission signal according to the key-press status of described first key-press module so that described wireless transport module and external communication device carry out data interaction.
4. wearable portable intelligent device as claimed in claim 1, it is characterised in that described wearable portable intelligent device also includes lighting module；
The end that controls of described lighting module is connected with the Lighting control end of described control module, and when described wearable device is worn on hand time by user, described lighting module is positioned at the finger tip portion of the 3rd finger of described left hand；Described control module exports according to the key-press status of described second key-press module and opens illumination control signal so that described lighting module opens illumination, and described control module exports according to the key-press status of described 3rd key-press module and closes illumination control signal so that described lighting module closes illumination.
5. wearable portable intelligent device as claimed in claim 1, it is characterised in that described wearable portable intelligent device also includes infrared distance measurement module；
The end that controls of described infrared distance measurement module is connected with the range finding control end of described control module, and when described wearable device is worn on hand time by user, described infrared distance measurement module is positioned at the finger tip portion of the second finger of described left hand；Described control module exports distance measuring signal so that described infrared distance measurement module carries out range measurement according to the key-press status of described 4th key-press module, and described infrared distance measurement module is for measuring the distance between described second finger and exterior object.
6. wearable portable intelligent device as claimed in claim 1, it is characterised in that described wearable portable intelligent device also includes photographing module；
The end that controls of described photographing module is connected with the shooting control end of described control module, and when described wearable device is worn on hand time by user, described photographing module is positioned at the finger tip portion of the 4th finger of described left hand；Described control module exports shooting control signal so that described photographing module images according to the key-press status of described 5th key-press module.
7. wearable portable intelligent device as claimed in claim 1, it is characterised in that described wearable portable intelligent device also includes power module；
When described wearable device is worn on hand time by user, described power module is positioned at the wrist portion of the back of the hand of described left hand, and the outfan of described power module is connected with the power end of described control module；Described power module provides working power for described control module.
8. wearable portable intelligent device as claimed in claim 1, it is characterised in that described wearable portable intelligent device also includes bluetooth earphone module；
When described wearable device is worn on hand time by user, described bluetooth earphone module is positioned at the centre of the palm portion of right hand palm；Described bluetooth earphone module is for, after being connected with the mobile terminal foundation of described user, answering the incoming call of described mobile terminal.
9. wearable portable intelligent device as claimed in claim 1, it is characterised in that described wearable portable intelligent device also includes wireless mouse module；
When described wearable device is worn on hand time by user, described wireless mouse module is positioned at right hand palm center bottom；Described wireless mouse module is for, after being connected with electronic equipment foundation, controlling described electronic equipment and carry out feature operation.
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| CN201620085046.2U CN205356453U (en) | 2016-01-28 | 2016-01-28 | Wearable portable smart machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106572257A (en) * | 2016-11-07 | 2017-04-19 | 宇龙计算机通信科技(深圳)有限公司 | Virtual incoming call method and device thereof |
| CN106730570A (en) * | 2016-12-29 | 2017-05-31 | 郭宇歌 | A kind of chin-up supervisory practice, device and the horizontal bar with inspection function |
| CN107468207A (en) * | 2017-08-15 | 2017-12-15 | 深圳分云智能科技有限公司 | A kind of Intelligent worn device with eyesight test function |
-
2016
- 2016-01-28 CN CN201620085046.2U patent/CN205356453U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106572257A (en) * | 2016-11-07 | 2017-04-19 | 宇龙计算机通信科技(深圳)有限公司 | Virtual incoming call method and device thereof |
| CN106730570A (en) * | 2016-12-29 | 2017-05-31 | 郭宇歌 | A kind of chin-up supervisory practice, device and the horizontal bar with inspection function |
| CN106730570B (en) * | 2016-12-29 | 2019-01-01 | 郭宇歌 | A kind of chin-up supervisory practice, device and the horizontal bar with inspection function |
| CN107468207A (en) * | 2017-08-15 | 2017-12-15 | 深圳分云智能科技有限公司 | A kind of Intelligent worn device with eyesight test function |
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