CN110377144A

CN110377144A - Glove-type multikey controller

Info

Publication number: CN110377144A
Application number: CN201810324344.6A
Authority: CN
Inventors: 不公告发明人
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-04-12
Filing date: 2018-04-12
Publication date: 2019-10-25

Abstract

Glove-type multikey controller application is in the input of computer and associated electronic device, relative to existing input equipment mouse and keyboard, glove-type multikey controller can be worn on hand as gloves, its requirement for environment is lower, and more flexible developable space is also bigger.

Description

Glove-type multikey controller

Technical field

The present invention relates to the input equipments of computer and Related product

Background technique

Computer and networks has become some of people's life, and the development of network is also getting faster.The week of computer Side product is also many there has also been very big variation, the input equipment of computer.But the basic structure of computer is since us It is exactly that cabinet, display, mouse, keyboard, computer desk this five big element do not become always when contacting computer, mouse and key these years Disk has updated many generations, but citation form does not become always.

Summary of the invention

The present invention, which is namely based on the existing input form of change, on hand, is allowing computer and network not to exist mouse and keyboard band It is limited on desk, the hand held also different from mobile phone inputs, but gloves are equally worn over and input on hand.Make input more convenient, Development space is also broader.

Glove-type multikey controller can realize input in such a way that finger presses as one belt transect of gloves is on hand, It is essentially identical with existing keyboard input habit.It places optical sensor close to the place of wrist, can be turned by wrist The function that dynamic song is stretched to move cursor to realize mouse.It has had both the function of mouse and keyboard, just liberates in your both hands in this way It can come out and be inputted in any comfortable plane, can also be inputted in the sky.

Glove-type multikey controller can use in pairs, it can provide 42 key mappings.It is also possible to used aloned, it can To provide 21 key mappings.It can change computer and the existing mode of operation of Related product, and change existing operating system Key.

Technical solution

Glove-type multikey controller is by the main body A being worn on the back of the hand, the fingerstall B, the controller contact C, light that are inserted in finger Control-rod E and cursor switch key the F composition (such as Fig. 1) for learning inductor D, thumb control, are divided into left hand and the right hand, can also be single It is private.Fingerstall B is made of four fingerstall, is connect by circular shaft with main body A, and main body A is that pancake cube is workspace Carrier, C are that the contact of controller is located at the top of main body A Yu the junction fingerstall B, and D is the end that optical sensor is located at main body A End is above wrist.E is that the control-rod of thumb is located at the side of main body A, and F is that switch key is located at the control that E has front to reinforce thumb Range processed.

Glove-type multikey controller is with the pressing of finger and bending angle tapping operation

After controller in hand strap, finger makes b2 contact completion tapping operation with controller contact C by pushing fingerstall B. There are a key b1, key b1 to there is single line to connect b2 at the nearly section of finger.B2 is affected to move by pushing the angle of b1 It is dynamic, 3 regions of corresponding controller contact C.When finger pushes B, flattened finger is 1st area, and micro-bend is 2nd area, it is big it is curved be 3rd area (such as Fig. 3).

Controller contact C has 3 areas in the corresponding longitudinal direction in the top of fingerstall B, and laterally corresponding 4 fingerstall B have 6 areas, outside The corresponding area Liang Ge each to the fingerstall B of index finger and little finger of toe, middle part correspond to middle finger and nameless one area of each correspondence of fingerstall B.In this way Four fingerstall B can control 18 key mappings (such as Fig. 4), to realize the function of most keyboard.

Thumb is different with other fingers, its main function is control and switching, and thumb is contacted by e2 when lower control arm E with g1 Carriage return is completed, e2 is contacted with g2 when thumb drives e1 to press lower control arm E completes space.(Fig. 5) thumb press F key switches cursor Mobile and character input state.

The optical sensor D for realizing mouse function, is placed on the top of end (Fig. 2) wrist of main body A.Due to turning for wrist Dynamic meeting and the forearm ined succession rotate together, and Yao Shixian wrist rotation must have one cannot be influenced by forearm rotation to move cursor Medium is similar to mouse pad, and so minimum that be fixed in large arm and could not be influenced by the rotation of forearm.This is also current mouse Mark the limitation above function.It excludes outside these limitations, what difference controller and existing mouse control are accustomed to without.

Detailed description of the invention

Fig. 1 is the appearance and primary structure of glove-type multikey controller

The control-rod that A is controller main body, B is fingerstall, C is controller contact, D is optical sensor, E is thumb control It is cursor switch key with F, b1 is end-post before fingerstall.

Fig. 2 is that controller is worn over appearance on hand

A is controller main body, B is fingerstall, C is controller contact, D be optical sensor, E thumb control control-rod and F cursor switch key, b1 are end-post before fingerstall, b2 is fingerstall terminal contacts.

Fig. 3 is the state of b1 and b2 when finger pushes

Fig. 4 is controller contact structure, and stain is contact branch region

Fig. 5 is the structure of controller thumb control zone

Lower end-post, the e2 that E is the control-rod of thumb control, e1 is control-rod E are terminal contacts, g1 and g2 on control-rod E It is cursor switch key for corresponding carriage return and the contact in space, F

Fig. 6 is pattern when controller tail end works

Specific embodiment

The use pattern of glove-type multikey controller is divided into two kinds:

One, keyboard mode:

Palm turned downwards, and palm is flattened, and finger passes through fingerstall B and is worn over as wearing gloves on hand, and thumb is placed on control-rod naturally On E.Such as (Fig. 2)

The operating method of controller and the operating method of existing keyboard are essentially identical, are realized by the pushing and bending of finger It taps, key mapping is adjusted by the finger tip bending angle of finger, push finger and complete to tap.(such as left hand little finger of toe it is flattened push be Q, Bending 160 degree to 90 degree between push be A, bending less than 90 degree pushings be Z, it is small it is outwardly directed stretch it is flattened pushing be tab, Pushing between 160 degree to 90 degree of bending is Caps lock, less than 90 degree pushings of bending are shift.Etc. similar setting).

Thumb is different with other fingers, its main function is control and switching.

There are two key mappings by control-rod E, are carriage return with pressing inward against control-rod E according to the habit of existing keyboard, drive e1 downwards Lower pressing control-rod E is space.F key moves and character input state to switch cursor

Two, mouse mode:

F key is pressed when thumb and is switched to cursor mode, and the key mapping of four fingers will become not as text input key The function key set by personal habits, similar to the key on multi-key mouse.The control-rod E of thumb is mouse modifier key, with According to existing mouse use habit, thumb presses inward against control-rod E time rotating savings and rotates and move with the bending of wrist.Work as thumb Cursor stops movement when unclamping control-rod E.When thumb switches back into keyboard mode when pressing F key.

Claims

1. a kind of one belt transect of gloves is in input control apparatus on hand,

By fingerstall B, workspace main carriers A, thumb joystick E, keyboard contact C, infrared lamp D, thumb key F is formed,

Fingerstall B is flexibly connected with carrier A, and keyboard contact C is located on the upside of the connecting pin of fingerstall B and carrier A, and infrared lamp D is located at The tail end of carrier A, thumb joystick E are located at the side of carrier A, and thumb key F is located at the front of thumb joystick E ipsilateral,

Finger, which pushes fingerstall B, contacts the b2 of the end fingerstall B with keyboard contact C, triggers key, finger when finger pushes fingerstall B Bending is lower at nearly section changes the contact position of b2 and contact C by b1 traction b2 sliding, and changes triggering key,

Infrared lamp D is located at the tail end of controller carrier A, and the movement of infrared lamp D is driven by the activity up and down of wrist, Realize mouse function.