CN207799618U - A kind of input information processing unit - Google Patents
A kind of input information processing unit Download PDFInfo
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- CN207799618U CN207799618U CN201721473744.0U CN201721473744U CN207799618U CN 207799618 U CN207799618 U CN 207799618U CN 201721473744 U CN201721473744 U CN 201721473744U CN 207799618 U CN207799618 U CN 207799618U
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Abstract
The utility model provides a kind of input information processing unit, including：Wearable component, power supply module, detection process module, wireless communication module, at least one positive electrode and at least one negative electrode；Wearable component is worn on the hand of user so that each positive electrode and negative electrode are in contact with hand；Power supply module provides operating voltage by each positive electrode and to negative electrode to hand；Detection process module is in user using each finger joint of at least one driven finger of hand as an input unit, and when controlling an active finger and a target input unit generation contact action for hand, the curent change information that detection target input unit is generated according to the operating voltage that power supply module provides, and form corresponding input information；The input information that detection process module is formed is sent to external electronic equipment by wireless communication module.Pass through the technical solution of the utility model, better user experience.
Description
Technical field
The utility model is related to information technology field, more particularly to a kind of input information processing unit.
Background technology
Input information is sent to electronic equipment so that electronic equipment can be according to the input information of input in order to facilitate user
Realize that corresponding business, electronic equipment usually require one input information processing unit of connection.
Currently, mainly mechanical keyboard is connected as input information processing unit with electronic equipment, user can pass through triggering
Different function buttons is realized on mechanical keyboard sends different input informations to electronic equipment respectively.
But mechanical keyboard usually requires to be placed on the designated position where coupled electronic equipment, user needs
Corresponding posture is kept in the designated position, the corresponding function button on ability Crush trigger keyboard is to realize to electronic equipment
Corresponding input information is sent, user experience is poor.
Utility model content
The utility model embodiment provides a kind of input information processing unit, better user experience.
The utility model embodiment provides a kind of input information processing unit, including：
Wearable component, power supply module, detection process module, wireless communication module, at least one positive electrode and at least one
A negative electrode；Wherein,
The wearable component, is intended to be worn in the hand of user so that at least one positive electrode and it is described at least
One negative electrode is in contact with hand；
The power supply module, for being provided to hand by least one positive electrode and at least one negative electrode
Operating voltage；
The detection process module, for making each finger joint of at least one driven finger of hand respectively in user
For an input unit, and an active finger for controlling hand and a target input unit in each input unit
When generating contact action, detects the target input unit and become according to the electric current that the operating voltage that the power supply module provides generates
Change information, and corresponding input information is formed according to the curent change information；
The wireless communication module, the input information for forming the detection process module are sent to external
Electronic equipment.
Preferably,
The wearable component, including：Bracelet and at least two finger rings；Wherein,
The power supply module, the detection process module and the wireless communication module are arranged in the bracelet；
A positive electrode or a negative electrode are separately installed in each described finger ring；
The bracelet, is intended to be worn in the wrist of user；
At least two finger ring, is intended to be worn at least two fingers of human body so that at least one positive electricity
Pole and at least one negative electrode are in contact with corresponding finger respectively；
The detection process module, each finger for the finger ring for being equipped with the negative electrode will to be dressed in user
Each finger joint respectively as an input unit, and control dress a finger of the finger ring for being equipped with the positive electrode with
When a target input unit in each input unit generates contact action, the target input unit is detected according to institute
The curent change information that the operating voltage of power supply module offer generates is stated, and is formed according to the curent change information corresponding defeated
Enter information.
Preferably,
The input information processing unit, including：One positive electrode and four negative electrodes；
One finger ring of the positive electrode is installed, is intended to be worn on the thumb of user's left or right hand；
4 finger rings of the negative electrode, index finger, middle finger, nothing for being worn on user's left or right hand successively are installed
On name refers to and tail refers to.
Preferably,
The detection process module, including：Detection unit and processing unit；Wherein,
The detection unit, for user using index finger, it is middle refer to, each finger joint that nameless and tail refers to is as one
A input unit, and when controlling a target input unit in thumb and each input unit and generating contact action, from
Index finger, middle finger, the third finger and tail determine driven finger corresponding with the target input unit in referring to, and detect the mesh
The curent change information that mark input unit is generated according to the operating voltage that the power supply module provides；
The processing unit, it is corresponding defeated for being formed according to the determining driven finger and the curent change information
Enter information.
Preferably,
The detection process module, further comprises：Storage unit；Wherein,
The detection unit is further used for when thumb is in contact with the finger tip of index finger, detects the first base on index finger
Quasi- electric current；When thumb is in contact with middle finger, the second reference current on middle finger is detected；When thumb is in contact with the third finger,
Third reference current on the detection third finger；When thumb refers to tail to be in contact, detection tail refer on the 4th reference current；
The storage unit, for storing first reference current, second reference current, third benchmark electricity
Stream and the 4th reference current；
The processing unit, for reading the target base corresponding to the determining driven finger from the storage unit
Quasi- electric current is formed pair according to the target fiducials electric current of reading, the driven finger of determination and the curent change information
The input information answered.
Preferably,
The curent change information, including：One or more in maximum current value, minimum current value and curent change trend
It is a.
The utility model embodiment provides a kind of input information processing unit, and the input information processing unit is by wearable
Component, power supply module, detection process module, wireless communication module, at least one positive electrode and at least one negative electrode are constituted, can
Wearing component can be worn on the hand of user so that the specifying part of at least one positive electrode and at least one negative electrode and hand
Position is in contact, and since the hand of user is conductor, user then can be by each finger joint of at least one driven finger of hand point
Not Zuo Wei an input unit, connect when an active finger of user's control hand generates between different input units respectively
When shake-up is made, in the case where power supply module is constant by the operating voltage of each positive electrode and negative electrode offer, each input
Different curent change information can be then generated on unit；Therefore, detection process module can be in an active of user's control hand
When finger generates contact action with a target input unit in each input unit, detection target input unit is according to power supply
The curent change information that the operating voltage that module provides generates, and corresponding input information is formed according to curent change information, so
The input information of formation is sent to external electronic equipment by wireless communication module afterwards.To sum up, which is handled
Device is not necessarily to be placed on the designated position where corresponding electronic equipment, and user keeps corresponding posture without in designated position；
By using each finger joint of at least one driven finger as an input unit, it is only necessary to control an active finger
Contact action is generated between corresponding target input unit, you can is sent to electronic equipment by the input information processing unit
Corresponding input information, better user experience.
Description of the drawings
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is this
Some embodiments of utility model, for those of ordinary skill in the art, without creative efforts, also
It can be obtain other attached drawings according to these attached drawings.
Fig. 1 is a kind of structural schematic diagram for input information processing unit that one embodiment of the utility model provides；
Fig. 2 is a kind of detection process module in a kind of input information processing unit that one embodiment of the utility model provides
Structural schematic diagram；
Fig. 3 is another detection process module in a kind of input information processing unit that one embodiment of the utility model provides
Structural schematic diagram.
Specific implementation mode
It is new below in conjunction with this practicality to keep the purpose, technical scheme and advantage of the utility model embodiment clearer
Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched
The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments, based on the implementation in the utility model
Example, the every other embodiment that those of ordinary skill in the art are obtained without making creative work all belong to
In the range of the utility model protection.
As shown in Figure 1, the utility model embodiment provides a kind of input information processing unit, including：
Wearable component 101, power supply module 102, detection process module 103, wireless communication module 104, it is at least one just
Electrode 105 and at least one negative electrode 106；Wherein,
The wearable component 101, is intended to be worn in the hand of user so that at least one positive electrode 105 and institute
At least one negative electrode 106 is stated to be in contact with hand；
The power supply module 102, for passing through at least one positive electrode 105 and at least one negative electrode 106
Operating voltage is provided to hand；
The detection process module 103, for dividing each finger joint of at least one driven finger of hand in user
Not Zuo Wei an input unit, and control an active finger of hand and inputted with a target in each input unit
When unit generates contact action, detects the target input unit and generated according to the operating voltage that the power supply module 102 provides
Curent change information, and corresponding input information is formed according to the curent change information；
The wireless communication module 104, the input information for forming the detection process module 103 are sent to
External electronic equipment.
In embodiment as shown in Figure 1, the input information processing unit is by wearable component, power supply module, detection process
Module, wireless communication module, at least one positive electrode and at least one negative electrode are constituted, and wearable component can be worn on user
Hand so that at least one positive electrode and at least one negative electrode are in contact with the appointed part of hand, due to the hand of user
Portion is conductor, user then can using each finger joint of at least one driven finger of hand as an input unit, when
It is logical in power supply module when one active finger of user's control hand generates contact action between different input units respectively
Cross operating voltage that each positive electrode and negative electrode provide it is constant in the case of, different electricity can be then generated on each input unit
Flow change information；Therefore, detection process module can be in the active finger and each input unit of user's control hand
When one target input unit generates contact action, detection target input unit is generated according to the operating voltage that power supply module provides
Curent change information, and corresponding input information is formed according to curent change information, then by wireless communication module will be formed
Input information be sent to external electronic equipment.To sum up, the input information processing unit is without being placed on corresponding electronics
Designated position where equipment, user keep corresponding posture without in designated position；By by least one driven finger
Each finger joint respectively as an input unit, it is only necessary to control an active finger and corresponding target input unit it
Between generate contact action, you can corresponding input information, user's body are sent to electronic equipment by the input information processing unit
It tests preferably.
In the utility model one embodiment, the curent change information includes but not limited to maximum current value, minimum electricity
One or more of flow valuve and curent change trend.
The safe voltage that human body can persistently be born is usually more than 24V, i.e. power supply module passes through at least one positive electrode
The operating voltage provided to hand at least one negative electrode should be not more than 24V, and operating voltage is relatively small, when active finger
Contact action is generated between target input unit and is formed with power supply module, at least one positive electrode and at least one negative electrode
When corresponding current loop, if the resistance value of hand access current loop is excessive, electric current is relatively in the current loop of formation
Small, detection process module is then not easy to detect the curent change information generated on target input unit in the current loop to be formed.
Correspondingly, in order to enable detection process module more accurately to detect the curent change on target input unit
Information, to form corresponding input information, in the utility model one embodiment, the wearable component 101, including：Bracelet
(attached to be not shown in figure) and at least two finger rings (attached to be not shown in figure)；Wherein, the power supply module 102, the detection process
Module 103 and the wireless communication module 104 are arranged in the bracelet；It is separately installed with one in each described finger ring
The positive electrode 105 or a negative electrode 106；The bracelet, is intended to be worn in the wrist of user；Described at least two
Finger ring is intended to be worn at least two fingers of user so that at least one positive electrode 105 and described at least one negative
Electrode 106 is in contact with corresponding finger respectively；The detection process module 103, for installation will to have been dressed in user
Each finger joint of each finger of the finger ring of negative electrode 106 is stated respectively as an input unit, and controls and dresses installation
There is a finger of the finger ring of the positive electrode 105 to be contacted with the target input unit generation in each input unit
When action, detects the target input unit and believed according to the curent change that the operating voltage that the power supply module 102 provides generates
Breath, and corresponding input information is formed according to the curent change information.
In the utility model above-described embodiment, wearable component is made of bracelet and at least two finger rings, each finger ring
It is inside separately installed with a positive electrode or a negative electrode, when at least two finger rings are worn at least two fingers of user,
It can then make at least one positive electrode and at least one negative electrode that can be in contact with corresponding finger, be equipped with just when dressing
One active finger of the finger ring of electrode is inputted with the target on a driven finger for dressing the finger ring for being equipped with negative electrode
When generating contact action between unit, the tissue that user accesses in the current loop to be formed only includes the active for generating contact action
Finger and driven finger, the resistance that user accesses the current loop to be formed is relatively small, correspondingly, the work provided in power supply module
Make voltage it is certain in the case of (for example, operating voltage be 24V), electric current is relatively large in the current loop of formation, detection process
Module easily detects the curent change information generated on the current loop end target input unit to be formed, so that at detection
Reason module more accurately can form corresponding input information according to the curent change information of detection.
In the utility model one embodiment, the input information processing unit, including：One 105 He of the positive electrode
Four negative electrodes 106；One finger ring of the positive electrode 105 is installed, the thumb of user's left or right hand is intended to be worn in
On finger；Four finger rings of the negative electrode 106, index finger, middle finger, nothing for being worn on user's left or right hand successively are installed
On name refers to and tail refers to.
In the embodiment, 5 finger rings can be worn on 5 fingers of human body left or right hand, and be equipped with positive electrode
Finger ring be worn on thumb, four finger rings for being mounted on negative electrode are worn on the index finger of left or right hand, middle finger, unknown successively
Refer to and on tail refers to, thumb easily refer to index finger, middle finger, the third finger and tail on each finger joint between generate contact action, user
Can according to actual demand control thumb (active finger) with it is each on each finger for dressing the finger ring for being equipped with negative electrode
Contact action is generated between a input unit respectively, is realized multiple not to electronic equipment transmission by the input information processing unit
Same input information.
Based on above-described embodiment, when four finger rings for being equipped with negative electrode are worn on index finger, middle finger, the third finger and tail successively
When on finger, in order to realize the thumb for dressing the finger ring for being equipped with positive electrode and index finger, it is middle refer to, that nameless and tail refers to etc. is different
When input unit on finger generates contact action respectively, different input informations can be formed, as shown in Fig. 2, this practicality is new
In type one embodiment, the detection process module 103, including：Detection unit 1031 and processing unit 1032；Wherein, described
Detection unit 1031, each finger joint for referring to index finger, middle finger, nameless and tail in user are single as an input
Member, and when controlling a target input unit in thumb and each input unit and generating contact action, from index finger, in
Finger, nameless and tail determine driven finger corresponding with the target input unit in referring to, and detect the target input
The curent change information that unit is generated according to the operating voltage that the power supply module provides；The processing unit 1032 is used for root
Corresponding input information is formed according to the determining driven finger and the curent change information.
Based on above-described embodiment, as shown in figure 3, in the utility model one embodiment, the detection process module 103,
Further comprise：Storage unit 1033；Wherein,
The detection unit 1031 is further used for when thumb is in contact with the finger tip of index finger, detects the on index finger
One reference current；When thumb is in contact with middle finger, the second reference current on middle finger is detected；When thumb is in contact with the third finger
When, detect the third reference current on the third finger；When thumb refers to tail to be in contact, detection tail refer on the 4th reference current；
The storage unit 1033, for storing first reference current, second reference current, the third base
Quasi- electric current and the 4th reference current；
The processing unit 1032, for being read corresponding to the determining driven finger from the storage unit 1033
Target fiducials electric current, according to the target fiducials electric current of reading, the driven finger of determination and the curent change believe
Breath forms corresponding input information.
In the utility model above-described embodiment, since environmental factor (such as temperature, humidity etc.) may influence leading for human body
Electrostrictive coefficient, therefore, before user sends input information by the input information processing unit to electronic equipment, user can make to wear
Have on the thumb of the finger ring for being equipped with positive electrode successively with the index finger, middle finger, the third finger of dressing the finger ring for being equipped with negative electrode
It is in contact with the finger tip that tail refers to, detects the first reference current for obtaining flowing separately through index finger, middle finger, the third finger and tail and referring to, second
Reference current, third reference current and the 4th reference current, each reference current can be stored to the storage list of detection process module
Member；In subsequent process, when thumb and corresponding driven finger (dress the index finger of the finger ring for being equipped with negative electrode, middle finger, unknown
Refer to or tail refer to) on target input unit generate contact action and when forming corresponding current loop, the inspection of detection process module
It surveys unit and can first determine that out the driven finger described in target input unit, and detect that the electric current on target input unit becomes
Change information, processing unit can then read the target fiducials electric current corresponding to driven finger from storage unit, according to the mesh of reading
Mark reference current, the driven finger of determination and curent change information more accurately form corresponding input information.
Specifically, corresponding input information formation rule, detection process mould can be arranged in conjunction with practical business demand in user
Block is using the information formation rule being arranged as standard, according to the target fiducials electric current, the driven finger of determination and the electricity of detection of reading
When stream change information forms corresponding input information.
Here corresponding nine are invented to refer to the index finger, middle finger, the third finger or the tail that dress the finger ring for being equipped with negative electrode
For 12 buttons of palace lattice input method, each finger joint that index finger, middle finger, the third finger and tail refer to can be inputted respectively as one
Unit, and corresponded with 12 buttons of nine grids input method；Each finger ring for being equipped with negative electrode is worn on corresponding hand
The finger ring for referring in a finger joint adjacent with palm, being equipped with positive electrode is worn on thumb and the non-conterminous finger joint of palm
On；Meanwhile with according to from it is adjacent with palm to the direction far from palm to each finger joint nine grids digital number " 4 " of middle finger,
For " 5 ", " 6 ", then, the finger joint of corresponding nine grids digital number " 5 " can correspond to three input informations j, k, l；With the second base
It, can be from storage unit when the detection unit of detection process module determines that driven finger is middle finger for quasi- electric current is 0.6A
In to read out the corresponding target fiducials electric current of middle finger be 0.6A, due to the same finger each finger joint under identical environment its electricity
Resistance value is close, can be calculated by corresponding algorithm thumb corresponded to on middle finger nine grids digital number be respectively " 4 ", " 5 ",
Three finger joints of " 6 " are generated respectively in the current loop formed when contact action, corresponding nine grids digital number be respectively " 4 ",
The variation range of electric current in three finger joints of " 5 ", " 6 ", specifically with the change of electric current in the corresponding finger joint of nine grids digital number " 4 "
Change that range is 1.2A to 1.5A, the variation range of electric current is 0.9A to 1.2A, nine in the corresponding finger joint of nine grids digital number " 5 "
For the variation range of electric current is 0.6A to 0.9A in the corresponding finger joint of palace lattice digital number " 6 ", when curent change information includes
When the maximum current value of the current loop of formation, minimum current value and curent change trend, nine grids digital number " 5 " is arranged
For the information formation rule of corresponding finger joint, the information formation rule of finger joint corresponding to nine grids digital number " 5 " can be set
It is set to：" determine driven finger be middle finger, and maximum current value and minimum current value be not less than 0.9A, maximum current value and
When minimum current value no more than 1.2A, curent change trend is ascending, input information j is formed；Determining driven finger
For middle finger, and maximum current value and minimum current value be not less than 0.9A, maximum current value and minimum current value no more than
1.2A, curent change trend are by hour, forming input information k greatly；Determining driven finger is middle finger, and maximum current value
It is not less than 0.9A, maximum current value and minimum current value neither no more than 1.2A, curent change trend with minimum current value
It is ascending nor when descending, forms input information l ".
So, it when user needs to send input information " j " to electronic equipment by input information processing unit, then can incite somebody to action
The finger joint of nine grids digital number " 5 " is corresponded on middle finger as target input unit, and thumb is made to connect with the target input unit
It touches, while thumb is slided by finger tip towards volar direction on the target input unit, in this way, nine grids digital number
The finger joint corresponding to finger joint, nine grids digital number " 5 ", thumb corresponding to " 4 " and corresponding negative electrode, positive electrode and confession
In the current loop that electric module is formed, maximum current and minimum current are not less than 0.9A, maximum current value and minimum current value
No more than 1.2A, and since the finger joint (target input unit) corresponding to nine grids digital number " 5 " accesses current loop
Resistance is gradually reduced so that curent change trend is in the finger joint (target input unit) corresponding to nine grids digital number " 5 "
Ascending, the processing unit of detection process module then can form input information " j " according to the information formation rule of setting；It is similar
Ground can then make thumb and middle finger when user needs to send input information " k " to electronic equipment by input information processing unit
Finger joint corresponding to upper nine grids digital number " 5 " is in contact, while making thumb corresponding to nine grids digital number " 5 "
It is slided towards finger tip direction by palm in finger joint；Similarly, when user needs through input information processing unit to electronic equipment
When sending input information " k ", then thumb point can be made to touch the finger joint on middle finger corresponding to nine grids digital number " 5 ".
To sum up, by the input information processing unit, dress the index finger of the finger ring for being equipped with negative electrode, middle finger,
Nameless and tail refer on each finger joint can be used as an input unit, user's control dresses the finger for being equipped with positive electrode
The thumb of ring and different input units generate contact action respectively or dress the thumb of the finger ring for being equipped with positive electrode with it is same
One input unit generates different types of contact action, it can be achieved that sending different input informations to electronic equipment.
In conclusion each embodiment of the utility model at least has the advantages that：
1, in one embodiment of the utility model, input information processing unit is by wearable component, power supply module, detection process
Module, wireless communication module, at least one positive electrode and at least one negative electrode are constituted, and wearable component can be worn on user
Hand so that at least one positive electrode and at least one negative electrode are in contact with the appointed part of hand, due to the hand of user
Portion is conductor, user then can using each finger joint of at least one driven finger of hand as an input unit, when
It is logical in power supply module when one active finger of user's control hand generates contact action between different input units respectively
Cross operating voltage that each positive electrode and negative electrode provide it is constant in the case of, different electricity can be then generated on each input unit
Flow change information；Therefore, detection process module can be in the active finger and each input unit of user's control hand
When one target input unit generates contact action, detection target input unit is generated according to the operating voltage that power supply module provides
Curent change information, and corresponding input information is formed according to curent change information, then by wireless communication module will be formed
Input information be sent to external electronic equipment.To sum up, the input information processing unit is without being placed on corresponding electronics
Designated position where equipment, user keep corresponding posture without in designated position；By by least one driven finger
Each finger joint respectively as an input unit, it is only necessary to control an active finger and corresponding target input unit it
Between generate contact action, you can corresponding input information, user's body are sent to electronic equipment by the input information processing unit
It tests preferably.
2, in one embodiment of the utility model, wearable component is made of bracelet and at least two finger rings, each finger ring
It is inside separately installed with a positive electrode or a negative electrode, when at least two finger rings are worn at least two fingers of user,
It can then make at least one positive electrode and at least one negative electrode that can be in contact with corresponding finger, be equipped with just when dressing
One active finger of the finger ring of electrode is inputted with the target on a driven finger for dressing the finger ring for being equipped with negative electrode
When generating contact action between unit, the tissue that user accesses in the current loop to be formed only includes the active for generating contact action
Finger and driven finger, the resistance that user accesses the current loop to be formed is relatively small, correspondingly, the work provided in power supply module
Make voltage it is certain in the case of (for example, operating voltage be 24V), electric current is relatively large in the current loop of formation, detection process
Module easily detects the curent change information generated on the current loop end target input unit to be formed, so that at detection
Reason module more accurately can form corresponding input information according to the curent change information of detection.
3, in the utility model one embodiment, the wearable component of input information processing unit includes 5 finger rings, 5
Finger ring can be worn on 5 fingers of human body left or right hand, and the finger ring for being equipped with positive electrode is worn on thumb, four
Mounted on negative electrode finger ring be worn on successively left or right hand index finger, middle finger, the third finger and tail refer on, thumb easily with food
Finger, middle finger, the third finger and tail refer on each finger joint between generate contact action, user can be controlled according to actual demand thumb with
It dresses and generates contact action respectively between each input unit on each finger for the finger ring for being equipped with negative electrode, realize
Multiple and different input informations is sent to electronic equipment by the input information processing unit.
4, in the utility model one embodiment, since environmental factor (such as temperature, humidity etc.) may influence human body
Electrical conductivity, therefore, before user sends input information by the input information processing unit to electronic equipment, user can make
Dress the thumb of the finger ring for being equipped with positive electrode successively with dress the index finger of the finger ring for being equipped with negative electrode, middle finger, unknown
Refer to the finger tip referred to tail to be in contact, obtains index finger, middle finger, the third finger and tail and refer to corresponding first reference current of institute, second
Reference current, third reference current and the 4th reference current, each reference current can be stored to the storage list of detection process module
Member；In subsequent process, when thumb and corresponding driven finger (dress the index finger of the finger ring for being equipped with negative electrode, middle finger, unknown
Refer to or tail refer to) between generate contact action when forming corresponding current loop, the processing unit of detection process module then can be from
In storage unit read corresponding to driven finger target fiducials electric current, according to the target fiducials electric current of reading, driven finger and
Curent change information more accurately forms corresponding input information.
It should be noted that herein, such as first and second etc relational terms are used merely to an entity
Or operation is distinguished with another entity or operation, is existed without necessarily requiring or implying between these entities or operation
Any actual relationship or order.Moreover, the terms "include", "comprise" or its any other variant be intended to it is non-
It is exclusive to include, so that the process, method, article or equipment including a series of elements includes not only those elements,
But also include other elements that are not explicitly listed, or further include solid by this process, method, article or equipment
Some elements.In the absence of more restrictions, the element limited by sentence " including one ", is not arranged
Except there is also other identical factors in the process, method, article or apparatus that includes the element.
Finally, it should be noted that：The above is only the preferred embodiment of the present invention, is merely to illustrate this practicality
Novel technical solution, is not intended to limit the scope of protection of the utility model.It is all the spirit and principles of the utility model it
Interior done any modification, equivalent substitution, improvement and etc., are all contained in the scope of protection of the utility model.
Claims (6)
1. a kind of input information processing unit, which is characterized in that including：
Wearable component, power supply module, detection process module, wireless communication module, at least one positive electrode and at least one negative
Electrode；Wherein,
The wearable component, is intended to be worn in the hand of user so that at least one positive electrode and described at least one
Negative electrode is in contact with hand；
The power supply module, for providing work to hand by least one positive electrode and at least one negative electrode
Voltage；
The detection process module, in user using each finger joint of at least one driven finger of hand as one
A input unit, and an active finger for controlling hand and the target input unit generation in each input unit
When contact action, detects the target input unit and believed according to the curent change that the operating voltage that the power supply module provides generates
Breath, and corresponding input information is formed according to the curent change information；
The wireless communication module, the input information for forming the detection process module are sent to external electronics
Equipment.
2. the apparatus according to claim 1, which is characterized in that
The wearable component, including：Bracelet and at least two finger rings；Wherein,
The power supply module, the detection process module and the wireless communication module are arranged in the bracelet；
A positive electrode or a negative electrode are separately installed in each described finger ring；
The bracelet, is intended to be worn in the wrist of user；
At least two finger ring, is intended to be worn at least two fingers of human body so that at least one positive electrode and
At least one negative electrode is in contact with corresponding finger respectively；
The detection process module, for will be dressed in user the finger ring for being equipped with the negative electrode each finger it is each
A finger joint respectively as an input unit, and control dress a finger of the finger ring for being equipped with the positive electrode with it is each
When a target input unit in the input unit generates contact action, the target input unit is detected according to the confession
The curent change information that the operating voltage that electric module provides generates, and corresponding input is formed according to the curent change information and is believed
Breath.
3. the apparatus of claim 2, which is characterized in that
The input information processing unit, including：One positive electrode and four negative electrodes；
One finger ring of the positive electrode is installed, is intended to be worn on the thumb of user's left or right hand；
4 finger rings of the negative electrode, index finger, middle finger, the third finger for being worn on user's left or right hand successively are installed
And on tail refers to.
4. device according to claim 3, which is characterized in that
The detection process module, including：Detection unit and processing unit；Wherein,
The detection unit, each finger joint for referring to index finger, middle finger, nameless and tail in user are defeated as one
When entering unit, and controlling a target input unit in thumb and each input unit and generate contact action, from index finger,
Middle finger, the third finger and tail determine driven finger corresponding with the target input unit in referring to, and it is defeated to detect the target
Enter the curent change information that unit is generated according to the operating voltage that the power supply module provides；
The processing unit is believed for forming corresponding input according to the determining driven finger and the curent change information
Breath.
5. device according to claim 4, which is characterized in that
The detection process module, further comprises：Storage unit；Wherein,
The detection unit is further used for when thumb is in contact with the finger tip of index finger, detects the first benchmark electricity on index finger
Stream；When thumb is in contact with middle finger, the second reference current on middle finger is detected；When thumb is in contact with the third finger, detection
Third reference current on the third finger；When thumb refers to tail to be in contact, detection tail refer on the 4th reference current；
The storage unit, for store first reference current, second reference current, the third reference current and
4th reference current；
The processing unit, for reading the target fiducials electricity corresponding to the determining driven finger from the storage unit
Stream, forms corresponding according to the target fiducials electric current of reading, the driven finger of determination and the curent change information
Input information.
6. device according to claim 5, which is characterized in that
The curent change information, including：One or more of maximum current value, minimum current value and curent change trend.
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| CN201721473744.0U CN207799618U (en) | 2017-11-07 | 2017-11-07 | A kind of input information processing unit |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107632716A (en) * | 2017-11-07 | 2018-01-26 | 王可攀 | A kind of method for inputting information processor and its processing input information |
| CN111307464A (en) * | 2018-12-11 | 2020-06-19 | 劳斯莱斯有限公司 | Inspection system |
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2017
- 2017-11-07 CN CN201721473744.0U patent/CN207799618U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107632716A (en) * | 2017-11-07 | 2018-01-26 | 王可攀 | A kind of method for inputting information processor and its processing input information |
| CN107632716B (en) * | 2017-11-07 | 2024-03-08 | 王可攀 | Input information processing device and method for processing input information |
| CN111307464A (en) * | 2018-12-11 | 2020-06-19 | 劳斯莱斯有限公司 | Inspection system |
| CN111307464B (en) * | 2018-12-11 | 2024-04-30 | 劳斯莱斯有限公司 | Inspection system |
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