CN206274421U - The remote control of head-mounted display - Google Patents
The remote control of head-mounted display Download PDFInfo
- Publication number
- CN206274421U CN206274421U CN201621330437.2U CN201621330437U CN206274421U CN 206274421 U CN206274421 U CN 206274421U CN 201621330437 U CN201621330437 U CN 201621330437U CN 206274421 U CN206274421 U CN 206274421U
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- China
- Prior art keywords
- head
- mounted display
- remote control
- control
- module
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Abstract
A kind of remote control of head-mounted display, it is adaptable to be online to a head-mounted display, and comprising a remote control body, transport module, a touch-control sensing module, and a control module.The transport module is used to be online to the head-mounted display.The touch-control sensing module be used to sensing the touching of user with export a relative displacement signal and regional location signal one of them, the touch-control sensing module has multiple key zones, and each key zone exports the regional location signal of correspondence different literals symbol when being pressed.The control module control the touch-control sensing module export the relative displacement signal and the regional location signal one of them, receive the relative displacement signal and the regional location signal, and transmit to the head-mounted display through the transport module.Whereby, the utility model can also directly press the key zone for user and be input into word with rapid, high volume except that can provide touch-control to slide the function of mouse.
Description
Technical field
The utility model is related to a kind of remote control, more particularly to a kind of remote control of head-mounted display.
Background technology
Virtual reality (virtual reality, be abbreviated as VR) is the interactive Display Technique for actively developing at present, general palpus
Head-mounted display is coordinated to be used, however, when user puts on head-mounted display, being inconvenient to make because the visual field is shielded
With physical keyboard, therefore, when needing to be input into a large amount of words, then can suffer from difficulty.
Existing settling mode is had in space remote control mode or is realized in Trackpad mode, such as HTC VIVE controls
Device is to be realized in space remote control mode, and by arranging that multiple detectors are acted to be accurately positioned user, user can
Input effect is reached directly to grip object seen by the VIVE controllers click visual field or dummy keyboard, however, to grip a little
Hit the efficiency that mode is word for word input into not good.
Google DayDream VR remote controls are realized in Trackpad mode, when user will be input into word,
It is to slide word for word to select the word to be input into control vernier to move on the touch pad with finger, its input word efficiency is equally not
It is good.
The content of the invention
The purpose of this utility model is the remote control dress for providing a kind of head-mounted display with splendid word input efficiency
Put.
The remote control of the utility model head-mounted display, it is adaptable to be online to a head-mounted display, this wears display
Device can show a dummy keyboard with multiple virtual keys, and the remote control includes a remote control body, a biography
Defeated module, a touch-control sensing module, and a control module.
The transport module is arranged at the remote control body, for being online to the head-mounted display.
The touch-control sensing module is arranged at the remote control body, relative to export one for sensing the touching of user
Displacement signal and regional location signal one of them, the touch-control sensing module has multiple key zones, each key zone
The regional location signal of correspondence different literals symbol is exported when being pressed.
The control module controls the touch-control sensing module to export the relative displacement signal and the regional location signal wherein
It is individual, the relative displacement signal and the regional location signal are received, and transmit to the head-mounted display through the transport module.
The remote control of head-mounted display of the present utility model, the position of the position of the key zone and the virtual key
It is corresponding.
The remote control of head-mounted display of the present utility model, also comprising a haptic feedback module, the haptic feedback mould
Block is arranged at the remote control body and positioned at touch-control sensing module lower section, and is set with multiple key zones corresponding respectively
The feedback portion put, each feedback portion is used to provide haptic feedback when user presses the corresponding key zone.
The remote control of head-mounted display of the present utility model, each feedback portion is one and closes on corresponding key zone
Button, user is also pressed into the corresponding button in lower section simultaneously when any one key zone is pressed.
The remote control of head-mounted display of the present utility model, each feedback portion has a pressure sensitive part and one
Vibrations element, when user presses any one key zone, is also pressed into the corresponding pressure sensitive part in lower section, the pressure simultaneously
Induction pieces are used to sense pressing power and control the vibrations element to shake to provide haptic feedback.
The remote control of head-mounted display of the present utility model, the touch-control sensing module has at least 26 key zones, and
Each key zone exports the regional location signal of the different English alphabets of correspondence when being pressed.
The remote control of head-mounted display of the present utility model, also comprising a multiaxis for being arranged at the remote control body
Induction module, the multiaxis induction module includes accelerometer, a gyroscope, and a magnetometer.
The remote control of head-mounted display of the present utility model, also comprising a volume for being arranged at the remote control body
Adjustment key, selection key, master control key at least within one.
The remote control of head-mounted display of the present utility model, the touch-control sensing module uses capacitive induction technology, light
Formula induction technology, and electric resistance touch-control induction technology one of those.
The remote control of head-mounted display of the present utility model, the touch-control sensing module uses infrared induction technology.
The beneficial effects of the utility model are：By setting the touch-control sensing module and the control module, and this is made to touch
Control induction module it is controlled and export the relative displacement signal and the regional location signal one of them, and the setting difference of arranging in pairs or groups
The key zone of correspondence different literals symbol, except that can provide touch-control to slide the function of mouse, can also directly press for user
The key zone is pressed to be input into word with rapid, high volume.
Brief description of the drawings
Fig. 1 is a schematic diagram of the remote control of the utility model head-mounted display；
Fig. 2 is an incomplete block schematic diagram of the embodiment；And
Fig. 3,4 are respectively that the embodiment is applied to head-mounted display application schematic diagram.
Specific embodiment
Refering to Fig. 1 to Fig. 3, one embodiment of the remote control of the utility model head-mounted display, it is adaptable to be online to
One head-mounted display 9, the head-mounted display 9 can show a dummy keyboard 92 with multiple virtual keys 93, the remote control
Device includes the haptic feedback module 4, of touch-control sensing module 3, of a remote control body 2, multiaxis sensing mould
The key-press module 7 of transport module 6, of block 5, and a control module 8.
The touch-control sensing module 3 is arranged at the remote control body 2, for sensing the touching of user to export a phase
To displacement signal and regional location signal one of them, the touch-control sensing module 3 has multiple key zones 31 (in Fig. 2
Only using a key zone 31 as schematically illustrate), each key zone 31 exports correspondence different literals symbol when being pressed
The regional location signal.
In the present embodiment, the touch-control sensing module 3 is that have 49 key zones 31, and respectively in corresponding diagram 3 this is virtual
26 English alphabets, numeral, symbol and function keys of keyboard 92 etc., but the touch-control sensing module 3 also can only have 26 difference
The key zone 31 of the different English alphabet of correspondence, or increase pressing for correspondence different literals, symbol or function according to actual demand
Keypad 31, is not limited thereto.
The touch-control sensing module 3 uses capacitive induction technology, optical profile type induction technology (such as infrared induction technology), and
Electric resistance touch-control induction technology (such as four-wire resistance type or five line resistance formulas) one of them.
The haptic feedback module 4 is arranged at the remote control body 2 and positioned at the lower section of touch-control sensing module 3, and has
It is multiple to correspond to feedback portion 41 that the key zones 31 set (only using a feedback portion 41 as schematically illustrate in Fig. 2) respectively,
Each feedback portion 41 is used to provide haptic feedback when user presses the corresponding key zone 31.
Wherein, each feedback portion 41 can be arranged at the lower section of corresponding key zone 31 and close on corresponding key zone for one
31 button, user is also pressed into the corresponding button in lower section simultaneously when any one key zone 31 is pressed；Each feedback
Portion 41 can also have a pressure sensitive part and a vibrations element, when user presses any one key zone 31,
The corresponding pressure sensitive part in lower section is pressed into simultaneously, and the pressure sensitive part is used to sense pressing power and control the vibrations element
Shake to provide haptic feedback.
The multiaxis induction module 5 is arranged at the remote control body 2, and can include accelerometer, a gyroscope,
And a magnetometer, to detect the remote control rotation in itself, motion and direction, and export a multiaxis sensing letter for correlation
Number, to provide the sensed data needed for the body-sensing of head-mounted display 9 input.
The transport module 6 is arranged at the remote control body 2, and for being online to the head-mounted display 9.
The key-press module 7 include be arranged at the remote control body 2 a volume adjustment 71, selection key 72 of key and
One master control key 73, volume adjustment key 71, the selection key 72 and the master control key 73 are respectively used to for user's adjustment volume, choosing
Required function and control point are selected by required option.It is noted that the key-press module 7 can be increased or decreased not according to actual demand
The button of congenerous, is not limited thereto.
The control module 8 electrically connects the touch-control sensing module 3, the multiaxis induction module 5, and the transport module 6, and control should
Touch-control sensing module 3 export the relative displacement signal and the regional location signal one of them, receive the relative displacement signal, should
Regional location signal, and the multiaxis induced signal, and transmitted to the head-mounted display 9 through the transport module 6.
Refering to Fig. 2, Fig. 3 and Fig. 4, when Fig. 3 show the remote control and is applied to a head-mounted display 9, this wears aobvious
Show a signal for display picture 91 of device 9.
When generally using, user can be slid with finger in the haptic feedback module 4, now the haptic feedback module 4
Output is relevant to the relative displacement signal of user's finger sliding vector, through the control module 8, the transport module 6 transmit to
After the head-mounted display 9, a mouse (not shown) occurs in the display picture 91, the mouse can be believed according to the relative displacement
The finger sliding vector entrained by number and move.
When occurring the dummy keyboard 92 in the display picture 91, when being input into word for user, user touches any one
Key zone 31, the haptic feedback module 4 can export the regional location signal for being relevant to the position of key zone 31, through the control
Module 8, the transport module 6 are transmitted to the head-mounted display 9, in the meeting of virtual key 93 of the correspondence position of user's touching
Light, change color or amplification etc., to inform why is word corresponding to the key zone 31 that user is touched at present, when using
When person presses the key zone 31, that is, input word is completed, and the feedback portion 41 of the lower section of key zone 31 can carry out tactile simultaneously
Feedback.It is noted that the control module 8 can preset a threshold value, when the power of user's pressing is big to can touch
When sending out the feedback portion 41 (when pressing power more than the threshold value), just judge that this is effectively pressing, now just export correspondence and receive
The regional location signal to pressing is transmitted to the head-mounted display 9 through the transport module 6, to be input into the word for being pressed,
Whereby, when user is when being pressed, can with by whether obtain press entity button impression, and can learn immediately into
Capable pressing whether be effectively input, and the virtual key 93 due to the dummy keyboard 92 position and the key zone 31
Position correspondence, therefore, user can directly sentence when needing to rapidly input word according to the position of the virtual key 93
The shift position of severed finger head, the corresponding virtual key 93 can be lighted during the above-mentioned touching of collocation, tactile is experienced in effectively input
Feedback etc., all can effectively lift word input efficiency.
By taking Fig. 3 and Fig. 4 as an example, when key zone 31 of gray during the thumb of user touches Fig. 4, the corresponding void
Intending button 93 (i.e. letter K) can change dispaly state (K words housing gray in such as Fig. 3), and works as user and press the button
During area 31, that is, it is input into letter K.
, can be summarized as follows for the advantage of the present embodiment by the explanation more than：
First, by setting the touch-control sensing module 3 and the control module 8, and make the touch-control sensing module 3 controlled and export
The relative displacement signal and the regional location signal one of them, and setting of arranging in pairs or groups is described corresponds to input different literals symbol respectively
Key zone 31, except touch-control can be provided to slide the function of mouse, the key zone can also be directly pressed for user
31 to be input into word, and because the key zone 31 is corresponding input different literals symbol respectively, therefore, user will be input into greatly
During amount word, also only need to change the position of finger pressing, press can all directly input a word or letter each time, and
It is not required to be clicked as prior art needs control mouse word for word to slide, therefore when needing to be input into a large amount of words, the present embodiment has
Splendid input efficiency.
2nd, returned with providing tactile when user presses the corresponding key zone 31 by setting the haptic feedback module 4
Feedback, can make user obtain pressing the impression of entity button.Furthermore, to arrange in pairs or groups and preset the threshold value in the control module 8, may be used also
To make user learn whether carried out pressing is effectively input immediately, if find not tactile feedback, you can sentence
Break as invalid input and re-press immediately, therefore can more reduce the probability of input error, and then lift word input efficiency.
Arrange in pairs or groups the dummy keyboard 92 the position of the virtual key 93 it is corresponding with the position of the key zone 31, user can
Directly judge that finger needs mobile distance with according to the position of the virtual key 93, it is possible to be input into more quickly a large amount of
Word.
In sum, so the purpose of this utility model can be reached really.
As described above, embodiment only of the present utility model, when can not with this limit the utility model implementation
Scope, i.e., all simple equivalence changes made according to the utility model claims and description and modification, all still belong to
Scope of the present utility model.
Claims (10)
1. a kind of remote control of head-mounted display, it is adaptable to be online to a head-mounted display, the head-mounted display can show
One dummy keyboard with multiple virtual keys, the remote control is included：One remote control body and a transport module；
The transport module is arranged at the remote control body, for being online to the head-mounted display；
It is characterized in that：
The remote control of the head-mounted display also includes a touch-control sensing module and a control module；
The touch-control sensing module is arranged at the remote control body, for sensing the touching of user to export a relative displacement
Signal and regional location signal one of them, the touch-control sensing module has multiple key zones, and each key zone is in receiving
The regional location signal of correspondence different literals symbol is exported during pressing；
The control module control the touch-control sensing module export the relative displacement signal and the regional location signal one of them, connect
The relative displacement signal and the regional location signal are received, and is transmitted to the head-mounted display through the transport module.
2. the remote control of head-mounted display according to claim 1, it is characterised in that：The position of the key zone and institute
The position for stating virtual key is corresponding.
3. the remote control of head-mounted display according to claim 1, it is characterised in that：Also include a haptic feedback mould
Block, the haptic feedback module is arranged at the remote control body and positioned at touch-control sensing module lower section, and with multiple respectively
The feedback portion that the correspondence key zone is set, each feedback portion is used for the offer when user presses the corresponding key zone and touches
Feel feedback.
4. the remote control of head-mounted display according to claim 3, it is characterised in that：Each feedback portion faces for one
The button of nearly corresponding key zone, user is also pressed into the corresponding button in lower section simultaneously when any one key zone is pressed.
5. the remote control of head-mounted display according to claim 3, it is characterised in that：Each feedback portion has one
Pressure sensitive part and a vibrations element, when user presses any one key zone, also while corresponding below being pressed into should
Pressure sensitive part, the pressure sensitive part is used to sense pressing power and controls the vibrations element to shake to provide haptic feedback.
6. the remote control of head-mounted display according to claim 1, it is characterised in that：The touch-control sensing module has extremely
Few 26 key zones, and each key zone exports the regional location signal of the different English alphabets of correspondence when being pressed.
7. the remote control of head-mounted display according to claim 1, it is characterised in that：It is distant also this to be arranged at comprising one
The multiaxis induction module of device body is controlled, the multiaxis induction module includes accelerometer, a gyroscope, and a magnetic force
Meter.
8. the remote control of head-mounted display according to claim 1, it is characterised in that：Also include and be arranged at remote control dress
Put volume adjustment key, selection key, a master control key at least one of which of body.
9. the remote control of head-mounted display according to claim 1, it is characterised in that：The touch-control sensing module uses electricity
Appearance formula induction technology, optical profile type induction technology, and electric resistance touch-control induction technology one of them.
10. the remote control of head-mounted display according to claim 9, it is characterised in that：The touch-control sensing module is used
Infrared induction technology.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621330437.2U CN206274421U (en) | 2016-12-06 | 2016-12-06 | The remote control of head-mounted display |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621330437.2U CN206274421U (en) | 2016-12-06 | 2016-12-06 | The remote control of head-mounted display |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206274421U true CN206274421U (en) | 2017-06-23 |
Family
ID=59063073
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621330437.2U Expired - Fee Related CN206274421U (en) | 2016-12-06 | 2016-12-06 | The remote control of head-mounted display |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206274421U (en) |
-
2016
- 2016-12-06 CN CN201621330437.2U patent/CN206274421U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170623 Termination date: 20211206 |