CN206197514U - Body-sensing seat cushion - Google Patents
Body-sensing seat cushion Download PDFInfo
- Publication number
- CN206197514U CN206197514U CN201620804606.5U CN201620804606U CN206197514U CN 206197514 U CN206197514 U CN 206197514U CN 201620804606 U CN201620804606 U CN 201620804606U CN 206197514 U CN206197514 U CN 206197514U
- Authority
- CN
- China
- Prior art keywords
- module
- electromagnetic shaker
- device assembly
- signal
- audio signal
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
The utility model is related to a kind of body-sensing seat cushion, including cushion body and the signal receiving module being installed on inside cushion body, controller module, amplify drive module, electromagnetic shaker module, the controller module is connected with the signal receiving module, the amplification drive module respectively, the amplification drive module is also connected to drive the electromagnetic shaker module to produce vibrations with the electromagnetic shaker module, the controller module is used to control the signal receiving module to receive vibration signal and carry out it signal transacting, then vibration signal is sent into amplification drive module；The amplification drive module is used to carry out the vibration signal signal enhanced processing to drive the electromagnetic shaker module to produce vibrations.The controller module of above-mentioned body-sensing seat cushion receives the audio signal that different audio-video devices send by signal receiving module, and the electromagnetic shaker module being distributed according to above-mentioned audio-signal-driven on cushion body produces the telepresenc of variation vibrations, enhancing user's viewing video to receive.
Description
Technical field
The utility model is related to technical field of virtual reality, and in particular to a kind of body-sensing seat cushion.
Background technology
With the development of virtual reality technology, various virtual reality devices have come into the life of people, Ren Menke
Played with virtual reality glasses, being sitting on virtual reality seat cushion to watch film or play, vision and somatosensory are experienced simultaneously
To the scene in film or game, make one seemingly to stay wherein.Virtual reality photography enhances people and game, video is come personally
Impression, greatly lifts the pleasure of the senses of people.
Current virtual reality device is typically relatively expensive, and the cost that people need cost very high could be used in the family
These equipment；And these virtual reality device volumes are often larger, it is necessary to take substantial amounts of space, the daily life for giving people
Make troubles, people only have at the cinema or the various game experiencing Rooms can just experience virtual reality effect, it is impossible to body at home
Virtual reality effect is tested, experience of the people to virtual reality is significantly limit.
Utility model content
In view of this, it is necessary to which a kind of body-sensing seat cushion is provided, sense organ good experience of the people to virtual reality had both been ensure that,
The various inconvenience brought in experiencing virtual real process are reduced again, and people is stayed at home just can experience high-quality virtual reality
Impression.
A kind of body-sensing seat cushion, including cushion body and be installed on inside cushion body signal receiving module, controller module, put
Big drive module, electromagnetic shaker module, the controller module connect with the signal receiving module, the amplification drive module respectively
Connect, the amplification drive module is also connected to drive the electromagnetic shaker module to produce vibrations, the control with the electromagnetic shaker module
Device module processed is used to control the signal receiving module to receive vibration signal and carry out it signal transacting, then the vibrations are believed
Number it is sent to the amplification drive module；It is described amplification drive module be used for the vibration signal is carried out signal enhanced processing with
The electromagnetic shaker module is driven to produce vibrations.
Further, the signal receiving module includes wireless signal receiver and wire signal input interface circuit, institute
State wireless signal receiver is used to be input into ANTENNAUDIO for receiving wireless audio signal, the wire signal input interface circuit
Signal, the wireless audio signal and the wireline audio signal are referred to as audio signal, the wireless signal receiver and institute
State wire signal input interface circuit and be connected respectively to the controller module and be sent to the control with by respective audio signal
Device module.
Further, the controller module is further used for the Larger Dynamic low frequency part numeral in the audio signal
Change, be converted into the pulse array signals of different frequency and amplitude and be input into the amplification drive module.
Further, the audio signal includes 2.0 audio signals and/or 5.1 audio signals, and the controller module enters
One step by 2.0 Audio Signal Processing into virtual 5.1 audio signal, and by virtual 5.1 audio signal and/or described
5.1 Audio Signal Processings are into being sent to the amplification drive module after the audio signal of different sound channels；The amplification drive module
It is further used for carrying out the audio signal of the different sound channels power amplification treatment driving the electromagnetic shaker module to produce shake
It is dynamic.
Further, the drive amplification module includes region shock module, amplitude of vibration adjustment module, vibration frequency regulation mould
Block, sensitiveness to shock adjustment module, the region shock module, the amplitude of vibration adjustment module, the vibration frequency adjustment module,
The sensitiveness to shock adjustment module respectively connects so that the controller controller module with the electromagnetic shaker module
Module can be controlled and regulation to the vibration region of the shock module, amplitude of vibration, vibration frequency and sensitiveness to shock.
Further, the cushion body includes pedestal and the seat cushion that is fixedly arranged on pedestal, the signal receiving module, described
Controller module, the amplification drive module are fixedly arranged on the pedestal, and the electromagnetic shaker module is in the seat cushion.
Further, the pedestal includes the first pedestal and the second pedestal, and the seat cushion includes being correspondingly arranged in described the
The first seat cushion, the second seat cushion on one pedestal, second pedestal, first pedestal and second pedestal are connected by rotating shaft
Connect；The electromagnetic shaker module includes the first electromagnetic shaker module and the second electromagnetic shaker module, the first electromagnetic shaker module and described
Second electromagnetic shaker module is correspondingly arranged in first seat cushion and second seat cushion and is connected respectively to described amplification and drives
Module.
Further, the first electromagnetic shaker module includes preposition vibrations device assembly, left front vibrations device assembly, right preceding vibrations
Device assembly, the second electromagnetic shaker module shakes device assembly, the preposition electromagnetic shaker group after including left back vibrations device assembly, the right side
Electromagnetic shaker group behind part, the left front vibrations device assembly, the right preceding vibrations device assembly, the left back vibrations device assembly, the right side
Part is connected respectively to the amplification drive module.
Further, the preposition vibrations device assembly at least includes a preposition electromagnetic shaker, the left front vibrations device assembly
At least include a left front electromagnetic shaker, the right preceding vibrations device assembly at least includes electromagnetic shaker, the left back vibrations before a right side
Device assembly at least includes a left back electromagnetic shaker, and shake device assembly behind the right side at least includes electromagnetic shaker, institute behind a right side respectively
State electromagnetic shaker difference behind preposition electromagnetic shaker, the left front electromagnetic shaker, the right preceding electromagnetic shaker, the left back electromagnetic shaker, the right side
It is connected to the drive amplification module.
Further, the audio signal of the different sound channels include front channel audio signal, front left channel audio signal,
Right front channels audio signal, left subsequent channel audio signal, rear right channel audio signal and subwoofer channel audio signal, the control
Device module processed is by the front channel audio signal, the front left channel audio signal, the right front channels audio signal, described
Left subsequent channel audio signal and the rear right channel audio signal are respectively sent to described preposition by the amplification drive module
Behind vibrations device assembly, the left front vibrations device assembly, the right preceding vibrations device assembly, the left back vibrations device assembly, the right side
Vibrations device assembly makes above-mentioned vibrations device assembly produce corresponding vibrations；The subwoofer audio is conveyed directly to described amplification and drives mould
Block simultaneously makes the preposition vibrations device assembly, the left front vibrations device assembly, the right preceding vibrations device assembly, the left back electromagnetic shaker
Device assembly is shaken behind component, the right side to shake simultaneously.
In above-mentioned body-sensing seat cushion, controller module receives not unisonance in a wired or wireless manner by signal receiving module
The audio signal that frequency video equipment sends, and the electromagnetic shaker module on cushion body is distributed according to above-mentioned audio-signal-driven
Generating region vibrations, amplitude variations vibrations and vibration frequency change vibrations, improve the virtual reality experience effect of user.Above-mentioned body
Sense seat cushion small volume, occupies little space, and the chair size with is very nearly the same, can be as the seat in people's daily life
Place any suitable location at home；Simple structure, only need to install signal receiving module, controller mould in common seat cushion
Block, amplification drive module, electromagnetic shaker module, low production cost, it is easy to promote.
Brief description of the drawings
Fig. 1 is the control structure block diagram of the body-sensing seat cushion of the utility model embodiment.
Fig. 2 is the structural representation of the body-sensing seat cushion of the utility model embodiment.
Specific embodiment
The utility model is described in detail below with reference to specific embodiments and the drawings.
The signal for referring to Fig. 1 and Fig. 2, a kind of body-sensing seat cushion 10, including cushion body and being installed on inside cushion body is received
Module, controller module 20, amplification drive module 21, electromagnetic shaker module, the controller module 20 connect with the signal respectively
Receive module, the amplification drive module 21 to connect, the amplification drive module 21 also is connected to drive with the electromagnetic shaker module
The electromagnetic shaker module produces vibrations, and the controller module 20 is used to control the signal receiving module to receive vibration signal simultaneously
Signal transacting is carried out to it, then the vibration signal is sent to the amplification drive module 21；The amplification drive module 21
For carrying out signal enhanced processing to the vibration signal to drive the electromagnetic shaker module to produce vibrations.
Further, the cushion body includes pedestal and the seat cushion that is fixedly arranged on pedestal, the signal receiving module, described
Controller module 20, the amplification drive module 21 are fixedly arranged on the pedestal, and the electromagnetic shaker module is in the seat cushion.
Fig. 2 is the constructive embodiment of body-sensing seat cushion one of the present utility model, it is preferred that signal receiving module, controller module
20th, amplify drive module 21 and be packaged in pcb board（Not shown in figure）In, pcb board（Not shown in figure）Hide and be arranged at cushion body
The interior or pedestal back side, electromagnetic shaker module is electrically connected to pcb board（Not shown in figure）And by pcb board（Not shown in figure）It is connected to drive
Dynamic amplification module.
Further, the pedestal includes the first pedestal 12 and the second pedestal 11, and the seat cushion includes being correspondingly arranged in institute
State the first seat cushion 14, the second seat cushion 13 on the first pedestal 12, second pedestal 11, first pedestal 12 and described second
Pedestal 11 is connected by rotating shaft 15, and the second pedestal 11 can be rotated by rotating shaft 15 relative to the first pedestal 12, be also set up in rotating shaft 15
, be locked at the second pedestal 11 in rotating shaft when the second pedestal 11 turns to suitable position by locking mechanism.The electromagnetic shaker mould
Block includes the first electromagnetic shaker module and the second electromagnetic shaker module, the first electromagnetic shaker module and the second electromagnetic shaker module pair
Should be arranged in first seat cushion 14 and second seat cushion 13 and be connected respectively to the amplification drive module.
Further, before the first electromagnetic shaker module includes preposition vibrations device assembly 22, left front vibrations device assembly 23, the right side
Vibrations device assembly 24, the second electromagnetic shaker module shakes device assembly 26 after including left back vibrations device assembly 25, the right side, described preposition
Vibrations device assembly 22, the left front vibrations device assembly 23, it is described it is right before vibrations device assembly 24, the left back vibrations device assembly 25,
Device assembly 26 is shaken behind the right side and is connected respectively to the amplification drive module 21.Specifically, the preposition vibrations device assembly 22
At least include a preposition electromagnetic shaker 221, the left front vibrations device assembly 23 at least includes a left front electromagnetic shaker 231, described
Vibrations device assembly 24 at least includes electromagnetic shaker 241 before a right side before right, and the left back vibrations device assembly 25 at least includes a left side
Electromagnetic shaker 251, shake device assembly 26 respectively at least including electromagnetic shaker 261, the preposition electromagnetic shaker behind a right side afterwards behind the right side
221st, electromagnetic shaker 261 behind the left front electromagnetic shaker 231, the right preceding electromagnetic shaker 241, the left back electromagnetic shaker 251, the right side
Quantity is set to be configured according to the area of the first seat cushion 14 and the second seat cushion 13.The preposition electromagnetic shaker 221, the left front shake
Electromagnetic shaker 261 is connected respectively to the drive behind dynamic device 231, the right preceding electromagnetic shaker 241, the left back electromagnetic shaker 251, the right side
Dynamic amplification module 21, the vibration signal that drive amplification module 21 is sended over according to controller module 20 drives above-mentioned electromagnetic shaker to produce
Raw vibrations.
Further, reference picture 1, the signal receiving module includes that wireless signal receiver 27 and wire signal input connect
Mouth circuit 28, the wireless signal receiver 27 is used to receive wireless audio signal, the wire signal input interface circuit 28
For being input into wireless audio signal, above-mentioned body-sensing seat cushion seat cushion 10 is provided with wireless signal receiver 27 and wire signal input simultaneously
Interface circuit 28, can receive the wireless audio signal that the Wireless Telecom Equipments such as panel computer, mobile phone are sended over, again can be with line
Cable connected mode receives the wire signal that the equipment such as TV, desktop computer send, and applicability is extensive.The wireless audio signal and
The wireline audio signal is referred to as audio signal, the wireless signal receiver 27 and the wire signal input interface circuit
28 are connected respectively to the controller module 20 is sent to the controller module 20, controller module with by respective audio signal
20 are processed audio signal again.
Further, 20 pairs of audio signals of the controller module are treated journey and are：By the audio signal
In the digitlization of Larger Dynamic low frequency part, be converted into the pulse array signals of different frequency and amplitude and be input into described amplification driving
Module 21.Specifically, audio signal includes 2.0 audio signals and 5.1 audio signals, for 2.0 audio signals, controller module
20 directly carry out virtual ring to 2.0 audio signals around treatment, and obtain virtual 5.1 audio signal by algorithm, then will be virtual
Audio signal of 5.1 Audio Signal Processings into different sound channels；For 5.1 audio signals, controller module 20 is directly by 5.1 audios
Audio signal of the signal transacting into different sound channels.The treatment of 20 pairs of 2.0 audio signals of controller module and 5.1 audio signals has excellent
First level, if the audio signal that controller module 20 is received is simultaneously comprising 2.0 audio signals and 5.1 audio signals, control
Device module 20 processed is preferential by 2.0 Audio Signal Processings into virtual 5.1 audio signal, then again simultaneously to 5.1 audio signals and void
Intend 5.1 audio signals to be processed.Finally, controller module 20 will process produce different sound channels audio signal transmission to believe
Number amplify drive module 21, amplify drive module 21 power amplification is carried out to the audio signal of the different sound channels again and process to drive
The dynamic electromagnetic shaker module produces vibrations.
Further, the drive amplification module 21 includes region shock module, amplitude of vibration adjustment module, vibration frequency regulation
Module, sensitiveness to shock adjustment module, the region shock module, the amplitude of vibration adjustment module, vibration frequency regulation mould
Block, the sensitiveness to shock adjustment module respectively connect so that the control controller module 20 with the electromagnetic shaker module
Device module 20 processed can be controlled and regulation to the vibration region of the shock module, amplitude of vibration, vibration frequency and sensitiveness to shock.
Controller module 20 is operated alone by the region shock module amplified in drive module 21 or while drives preposition electromagnetic shaker group
Before part 22, left front vibrations device assembly 23, the right side behind vibrations device assembly 24, left back vibrations device assembly 25, the right side in vibrations device assembly 26
One vibrations device assembly or multiple vibrations device assemblies produce vibrations, shake the first seat cushion 14 and the generating region of the second seat cushion 13.
Controller module 20 can also respectively be adjusted by amplitude of vibration adjustment module, vibration frequency adjustment module, sensitiveness to shock adjustment module
The vibration amplitude of above-mentioned shaking assembly, vibration frequency and sensitiveness to shock.
Further, 2.0 audio signals are left channel audio signal and right channel audio signal, before 5.1 audio signals are
Put channel audio signal, front left channel audio signal, right front channels audio signal, left subsequent channel audio signal, rear right channel sound
Frequency signal and by above-mentioned 5 channel audio signals less than 120Hz audio signal extract again mix contracting formed it is ultralow
Sound audio signal.Controller module 20 will produce preposition sound to 5.1 audio signal and/or virtual 5.1 audio frequency process
Audio channel signal, front left channel audio signal, right front channels audio signal, left subsequent channel audio signal, rear right channel audio letter
Number and subwoofer audio signal be sent to amplification drive module 21, and be respectively sent to by the amplification drive module 21 described
Preposition vibrations device assembly 22, the left front vibrations device assembly 23, the right preceding vibrations device assembly 24, the left back vibrations device assembly
25th, device assembly 26 is shaken behind the right side makes above-mentioned vibrations device assembly produce corresponding vibrations；The subwoofer audio signal is directly passed
Deliver to it is described amplification drive module 21 and make it is described it is preposition vibrations device assembly 22, it is described it is left front vibrations device assembly 23, it is described the right side before
Device assembly 26 is shaken behind vibrations device assembly 24, the left back vibrations device assembly 25, the right side to shake simultaneously.
In the present embodiment, reference picture 2, front channel audio signal, front left channel audio signal, right front channels audio letter
Number, left subsequent channel audio signal, rear right channel audio signal by drive amplification module 21 respectively with it is preposition vibrations device assembly 22,
The formation correspondence shake of device assembly 26 is shaken behind left front vibrations device assembly 23, right preceding vibrations device assembly 24, left back vibrations device assembly 25, the right side
Dynamic relation, such as, when the audio signal in drive amplification module 21 is sent to has front channel audio signal, front left channel sound
During frequency signal, drive amplification module 21 will be operated alone preposition vibrations device assembly 22, left front vibrations device assembly 23 and produce vibrations,
Corresponding vibrations device assembly will be produced after one or more in above-mentioned 5 signals are sent to drive amplification module 21
Vibrations.But, when there is subwoofer audio signal to be sent to drive amplification module 21, no matter have other audio letters or not
Number, drive amplification module 21 all can simultaneously drive preposition vibrations device assembly 22, left front vibrations device assembly 23, right preceding vibrations device assembly
24th, shake device assembly 26 behind left back vibrations device assembly 25, the right side and produce vibrations.Above-mentioned body-sensing seat cushion 10 believes the audio of different sound channels
Number correspond from different shaking assembly, in addition to subwoofer audio signal, other audio signals have right therewith
The vibrations device assembly that should get up, enables shaking assembly to be shaken according to audio signal generating regionization or areas combine shakes, increasing
The vibrations of user have been added to experience enjoyment.
In above-mentioned body-sensing seat cushion 10, controller module 20 is received not in a wired or wireless manner by signal receiving module
The audio signal sent with audio-video device, and the electromagnetic shaker on cushion body is distributed according to above-mentioned audio-signal-driven
The vibrations of module generating region, amplitude variations vibrations and vibration frequency change vibrations, improve the virtual reality experience effect of user.On
The small volume of body-sensing seat cushion 10 is stated, is occupied little space, the chair size with is very nearly the same, can be as in people's daily life
Seat place at home any suitable location；Simple structure, need to only install signal receiving module, control in common seat cushion
Device module 20 processed, amplification drive module 21, electromagnetic shaker module, low production cost, it is easy to promote.
Claims (10)
1. a kind of body-sensing seat cushion, it is characterised in that including cushion body and the signal receiving module being installed on inside cushion body, control
Device module, amplify drive module, electromagnetic shaker module, the controller module respectively with the signal receiving module, the amplification
Drive module is connected, and the amplification drive module is also connected to drive the electromagnetic shaker module to produce shake with the electromagnetic shaker module
Dynamic, the controller module is used to control the signal receiving module to receive vibration signal and carry out it signal transacting, then will
The vibration signal is sent to the amplification drive module；The amplification drive module is used to carry out signal to the vibration signal
Enhanced processing produces vibrations to drive the electromagnetic shaker module.
2. body-sensing seat cushion as claimed in claim 1, it is characterised in that the signal receiving module includes wireless signal receiver
With wire signal input interface circuit, the wireless signal receiver is for receiving wireless audio signal, and the wire signal is defeated
Incoming interface circuit is used to be input into wireless audio signal, and the wireless audio signal and the wireline audio signal are referred to as audio letter
Number, the wireless signal receiver and the wire signal input interface circuit are connected respectively to the controller module with by respectively
The controller module is sent to from audio signal.
3. body-sensing seat cushion as claimed in claim 2, it is characterised in that the controller module is further used for the audio
Larger Dynamic low frequency part digitlization in signal, is converted into the pulse array signals of different frequency and amplitude and is input into the amplification
Drive module.
4. body-sensing seat cushion as claimed in claim 3, it is characterised in that the audio signal include 2.0 audio signals and/or
5.1 audio signals, the controller module further by 2.0 Audio Signal Processing into virtual 5.1 audio signal, and by institute
Virtual 5.1 audio signal and/or 5.1 Audio Signal Processing are stated into being sent to the amplification after the audio signal of different sound channels
Drive module；The amplification drive module be further used for carrying out the audio signal of the different sound channels power amplification treatment with
The electromagnetic shaker module is driven to produce vibrations.
5. body-sensing seat cushion as claimed in claim 4, it is characterised in that the drive amplification module include region shock module,
Amplitude of vibration adjustment module, vibration frequency adjustment module, sensitiveness to shock adjustment module, the region shock module, the amplitude of vibration are adjusted
Section module, the vibration frequency adjustment module, the sensitiveness to shock adjustment module respectively by the controller module with it is described
Electromagnetic shaker module is connected so that the controller module can be to the vibration region of the shock module, amplitude of vibration, vibration frequency and shake
Dynamic sensitivity is controlled and regulation.
6. body-sensing seat cushion as claimed in claim 1, it is characterised in that the cushion body includes pedestal and is fixedly arranged on pedestal
Seat cushion, the signal receiving module, the controller module, the amplification drive module are fixedly arranged on the pedestal, the shake
Dynamic device module is in the seat cushion.
7. body-sensing seat cushion as claimed in claim 6, it is characterised in that the pedestal includes the first pedestal and the second pedestal, institute
Stating seat cushion includes the first seat cushion, the second seat cushion that are correspondingly arranged on first pedestal, second pedestal, first base
Seat and second pedestal are connected by rotating shaft；The electromagnetic shaker module includes the first electromagnetic shaker module and the second electromagnetic shaker mould
Block, the first electromagnetic shaker module and the second electromagnetic shaker module are correspondingly arranged in first seat cushion and second seat cushion
In and be connected respectively to the amplification drive module.
8. body-sensing seat cushion as claimed in claim 7, it is characterised in that the first electromagnetic shaker module includes preposition electromagnetic shaker group
Part, left front vibrations device assembly, right preceding vibrations device assembly, the second electromagnetic shaker module include shake behind left back vibrations device assembly, the right side
Dynamic device assembly, the preposition vibrations device assembly, the left front vibrations device assembly, the right preceding vibrations device assembly, the left back shake
Device assembly is shaken behind dynamic device assembly, the right side be connected respectively to the amplification drive module.
9. body-sensing seat cushion as claimed in claim 8, it is characterised in that the preposition vibrations device assembly at least include one it is preposition
Electromagnetic shaker, the left front vibrations device assembly at least includes a left front electromagnetic shaker, and the right preceding vibrations device assembly at least includes one
Individual right preceding electromagnetic shaker, the left back vibrations device assembly at least includes a left back electromagnetic shaker, and shaking device assembly behind the right side distinguishes
At least include electromagnetic shaker behind a right side, the preposition electromagnetic shaker, the left front electromagnetic shaker, it is described it is right before electromagnetic shaker, described left back
Electromagnetic shaker is connected respectively to the drive amplification module behind electromagnetic shaker, the right side.
10. body-sensing seat cushion as claimed in claim 4, it is characterised in that the audio signal of the different sound channels includes preposition sound
Audio channel signal, front left channel audio signal, right front channels audio signal, left subsequent channel audio signal, rear right channel audio letter
Number and subwoofer channel audio signal, the controller module is by the front channel audio signal, the front left channel audio
Signal, the right front channels audio signal, the left subsequent channel audio signal and the rear right channel audio signal are by described
Amplify drive module and be respectively sent to the preposition vibrations device assembly, the left front vibrations device assembly, the right preceding electromagnetic shaker group
Shaking device assembly behind part, the left back vibrations device assembly, the right side makes above-mentioned vibrations device assembly produce corresponding vibrations；It is described ultralow
Sound audio is conveyed directly to the amplification drive module and makes the preposition vibrations device assembly, the left front vibrations device assembly, institute
To state shake before the right side and shake device assembly behind device assembly, the left back vibrations device assembly, the right side and shake simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620804606.5U CN206197514U (en) | 2016-07-28 | 2016-07-28 | Body-sensing seat cushion |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620804606.5U CN206197514U (en) | 2016-07-28 | 2016-07-28 | Body-sensing seat cushion |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206197514U true CN206197514U (en) | 2017-05-31 |
Family
ID=58755353
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620804606.5U Expired - Fee Related CN206197514U (en) | 2016-07-28 | 2016-07-28 | Body-sensing seat cushion |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206197514U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107853915A (en) * | 2017-12-14 | 2018-03-30 | 佛山市赤虎智能科技有限公司 | A kind of audio frequency vibration body-sensing sofa device |
-
2016
- 2016-07-28 CN CN201620804606.5U patent/CN206197514U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107853915A (en) * | 2017-12-14 | 2018-03-30 | 佛山市赤虎智能科技有限公司 | A kind of audio frequency vibration body-sensing sofa device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US10998870B2 (en) | Information processing apparatus, information processing method, and program | |
| CN110677791A (en) | Loudspeaker control method, terminal and medium | |
| CN206197514U (en) | Body-sensing seat cushion | |
| KR20210022579A (en) | Information processing device and information processing method, and information processing system | |
| CN201179331Y (en) | Control system for game chair | |
| JP2012501593A (en) | System and method for a television integrated surround sound system | |
| TW200524557A (en) | Action seating | |
| US9375638B2 (en) | Game console switch box | |
| KR101110495B1 (en) | Terminal and method for providing sound effect using vibration device | |
| US8026984B2 (en) | Multimedia television | |
| EP2584785B1 (en) | Image transfer apparatus and method | |
| CN111510847A (en) | Micro loudspeaker array, in-vehicle sound field control method and device and storage device | |
| US11974113B2 (en) | System and methods for cinematic headphones | |
| JPH10290405A (en) | Television receiver with body sensing vibrator | |
| US20210400412A1 (en) | System and methods for cinematic headphones | |
| US11533523B2 (en) | Interconnected system for high-quality wireless transmission of audio and video between electronic consumer devices | |
| EP2584786B1 (en) | Image transfer apparatus and method | |
| CN113749437A (en) | Immersive motion sensing equipment for home theater and capable of shaking according to audio output frequency | |
| CN105530499A (en) | Electronic system | |
| CN106817549A (en) | A kind of out-of-home entertainment system | |
| CN115489454A (en) | Ecological control method and system for integrating television based on vehicle-mounted central control system | |
| US20050128365A1 (en) | Vehicle display device with infrared transmission | |
| KR200254887Y1 (en) | Embodiment method and apparatus of three-dimensional virtual reality | |
| CN116578179A (en) | Method and system for providing haptic feedback | |
| JP2004328519A (en) | Voice reproducing device and video receiving device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170531 Termination date: 20200728 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |