TWM578184U - Gaming chair - Google Patents

Abstract

A game competitive seat includes a unitary unit, a base unit, a ride unit and a control unit. The somatosensory unit comprises a fixed seat body, a unitary output module, and a unitary body. The base unit includes a base platform and two support side walls. The seating unit includes a seat body, a seat back support body and a first foot support body. The steering unit includes two rocker supports and two flying rockers. The pedestal body and the first foot support are spaced apart from each other. The first foot support body can support the foot of a person riding on the occupant body and provide a feeling of vacating the person's foot. The person operates the two flight joysticks. The somatosensory unit provides the body feel of the person flying game.

Description

Game competitive seat

The present invention relates to a somatosensory seat, and more particularly to a competitive sports seat suitable for use in flying games.

The early large-scale somatosensory audio and video device was to play a fixed video, and in conjunction with the motion platform control program of the movie, the motion platform was synchronously controlled when the video was played, so that the person riding the sports platform could experience the image, sound and body feeling, so early The procedure for controlling the somatosensory platform is fixed and cannot be changed. For example, a fixed movie is played in the theater, and the somatosensory seat performs a fixed somatosensory program based on the film, so that the person riding the somatosensory seat has an immersive feeling.

With the advancement of game hardware and software, the recent somatosensory sports platform can be combined with the game program. As the game is executed, instructions for controlling the somatosensory motion platform are immediately issued, so that the player feels the body feeling immediately when interacting with the game.

Referring to the patents US Pat. No. 8,298,845 B2 and US Pat. No. 6,283,757 B1, a somatosensory device for a stand-alone version of a racing game is disclosed, which allows a player to experience the game's sense of body when operating a racing game.

However, the operation of the flying game is more complicated. Although the game program of the simulated flight is already skillful, the somatosensory seat with the flying game is not yet mature, and it is impossible to provide the flying somatosensory effect of the player playing the beauty.

So how to make a body that can match the flying game The sense seat is the goal that the relevant technicians need to work hard.

In view of this, one of the aims of the present invention is to provide a game competitive seat comprising a unitary unit, a base unit, a seating unit and a control unit.

The somatosensory unit includes a fixed base, a somatosensory output module disposed on the fixed base, and a somatosensory seat disposed on the somatosensory output module.

The base unit includes a base platform disposed on the body-sensing body, and two support side walls extending upward from the base platform.

The seating unit includes a seat body disposed on the base platform, a seat back support body coupled to the seat body, and a first foot support body disposed between the two support side walls, the seat body and the seat body The first foot supports are spaced apart from each other.

The steering unit includes a rocker support body disposed on the two support side walls, and a flight rocker disposed on the rocker support body.

According to still another aspect of the present invention, the seating unit further includes a seating slip portion disposed on the seating body.

Another technical means of the present invention is that the seating unit further includes a support sliding portion disposed on the seat back support body and a helmet buffer portion disposed on the seat back support body.

A further technical means of the present invention is that the somatosensory unit described above is a six-axis Stewart simulation platform.

Another technical means of the novel is that the above multiplication The seat unit further includes two belt perforations disposed on the seat back support body, and a safety belt group disposed on the two belt body perforations and fixed to the two support side walls.

Another technical means of the present invention is that the control unit further includes at least one emergency stop button disposed on the rocker support.

According to still another aspect of the present invention, the height of the occupant body is greater than the first leg support body by 0 cm to 20 cm, so that the occupant's foot cannot naturally hang down and provide foot support.

A further technical means of the present invention is that the seating unit further includes a second foot support disposed between the pedestal body and the first foot support, and the occupant's foot or leg is also provided. support.

Another technical means of the present invention lies in the above-mentioned game competitive seat, further comprising a placement unit, the placement unit comprising a helmet placement platform connected to one of the support side walls, and a helmet disposed on the helmet placement platform Support the side walls.

A further technical means of the present invention is that the placement unit comprises a helmet cooling fan disposed on the helmet placement platform.

The beneficial effect of the present invention is that the base platform and the supporting side wall provided by the base unit of the present invention can make the seating seat and the first foot supporting body substantially at the same height, and urge the occupant to support the foot forward and make the occupant Experience the feeling of vacant feet, effectively improve the occupant's sense of flying game when playing the game in the competitive seat of the game.

31‧‧‧ Somatosensory unit

311‧‧‧ fixed seat

312‧‧‧Sports output module

313‧‧‧Soul body

32‧‧‧Base unit

321‧‧‧Base platform

322‧‧‧Support side wall

33‧‧‧Riding unit

331‧‧‧Seat seat

332‧‧‧ ride the anti-slip section

333‧‧‧Backrest support

334‧‧‧Support stop slip

335‧‧‧ helmet buffer

336‧‧‧With body piercing

337‧‧‧Safety belt group

338‧‧‧First foot support

339‧‧‧Second foot support

34‧‧‧Control unit

341‧‧‧ rocker support

342‧‧‧ Flying rocker

343‧‧‧Emergency stop button

35‧‧‧Place unit

351‧‧‧ helmet placement platform

352‧‧‧ helmet support sidewall

353‧‧‧ helmet cooling fan

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view of a preferred embodiment of the present competitive sports seat; and Figure 2 is a schematic view of the device showing another perspective of the preferred embodiment.

The details of the related patents and the technical contents of the present invention will be clearly shown in the following detailed description of the preferred embodiments with reference to the drawings.

1 and 2, a preferred embodiment of a game competitive seat includes a unitary unit 31, a base unit 32, a seating unit 33, a control unit 34, and a placement unit. 35.

The somatosensory unit 31 includes a fixed base 311 , a somatosensory output module 312 disposed on the fixed base 311 , and a somatosensory base 313 disposed on the somatosensory output module 312 .

The base unit 32 includes a base platform 321 disposed on the somatosensory base 313 and two support side walls 322 extending upward from the base platform 321 .

The seating unit 33 includes a seat body 331 disposed on the base platform 321 , a seat stop portion 332 disposed on the seat body 331 , a seat back support body 333 connected to the seat body 331 , and a setting a support sliding portion 334 of the seat back support body 333, a helmet cushioning portion 335 disposed on the seat back support body 333, and a belt through hole 336 disposed on the seat back support body 333, one of which is disposed on the second a belt set 337 with a body through hole 336 and fixed to the two support side walls 322, and a side wall of the support The first leg supporting body 338 of the 322 and the second leg supporting body 339 disposed between the pedestal body 331 and the first leg supporting body 338.

The control unit 34 includes a rocker support body 341 disposed on the two support side walls 322, a flight rocker 342 disposed on the rocker support body 341, and an emergency stop button 343 disposed on the rocker support body 341. .

The placement unit 35 includes a helmet placement platform 351 coupled to one of the support sidewalls 322, a helmet support sidewall 352 disposed on the helmet placement platform 351, and a helmet cooling fan 353 disposed on the helmet placement platform 351.

The somatosensory unit 31 is a six-axis Stewart simulation platform. The fixed base 311 is fixed on the ground. The somatosensory base 313 is triangular. The somatosensory output module 312 is composed of six sets of motors and screws. The somatosensory output module 312 controls the position of the somatosensory body 313. In actual implementation, the somatosensory output module 312 can use other actuation components, and should not be limited thereto.

The base platform 321 is substantially rectangular. The upper surface of the base platform 321 is a flat surface. The two supporting side walls 322 extend upward from the two long sides of the base platform 321 . The two supporting side walls 322 are substantially triangular.

The seating body 331 is disposed on the base platform 321 . The angle between the seating body 331 and the seat back support body 333 is greater than 90 degrees. The surfaces of the seating body 331 and the seat back support body 333 are ergonomically A person (not shown) is provided to ride.

The ride slip portion 332, the support slip portion 334, and the The helmet cushioning portion 335 is made of EVA (Ethylene Vinyl Acetate) foam material, which can increase the frictional force, and makes it difficult for a person riding on the seat body 331 and the seat back support body 333 to slide.

The seat stop sliding portion 332 is matched with the surface of the seat body 331 to form a plane, and the support sliding portion 334 is matched with the surface of the seat back support body 333 to form a plane. The helmet buffer portion 335 is thicker to buffer the personnel configuration. The impact force of the helmet.

The two-piece body through hole 336 is disposed at a position about a shoulder of the human body. The seat belt set 337 has a first fixed strap body passing through the two-belt through hole 336 and a second fixed connection with the two first fixed strap bodies. a belt body, and a combination fastener disposed on the second fixing belt body, the two first fixing belt bodies are longitudinally disposed, the second fixing belt body is laterally disposed, and the belt group 337 can fix a person to the When the seat body 331 and the seat back support body 333 are seated to move the body feeling unit 31, the person can move the position along with the seat body 331.

The seat body 331 and the first foot support body 338 are spaced apart from each other, and the first foot support body 338 provides foot support for a person riding on the seat body 331. The height of the seat body 331 is greater than the first leg support body 338 by about 0 cm to 20 cm. The purpose of the seat body 331 is to prevent the foot of the person riding on the seat body 331 from sagging, so that the center of gravity of the person can be close to the seat back. Support body 333, and create a sense of vacancy for people to hang and step on the ground. Such a lack of the sense of solidity of the pedal floor can form that the whole body can only be tightly driven by the seat body 331 and the seat back support body 333 along with the movement of the somatosensory unit 31, further allowing the person to more securely seat The chairs are one and the same, allowing users or gamers to immerse themselves in the real feeling of flying a plane or other cabin.

The first leg support 338 is used to support the sole of the person. The second leg support 339 is used to support the lower leg or the heel of the person. The first leg support 338 and the second leg support 339 is a cylinder. In actual implementation, the first leg support 338 and the second leg support 339 may have other shapes, and should not be limited thereto.

The two rocker support body 341 can support the hand of the person. The two flight rocker 342 can provide the person to control the flight game. The two emergency stop buttons 343 are used to immediately stop the action of the somatosensory output module 312.

The helmet placement platform 351 of the placement unit 35 is configured to place a helmet (not shown) having a VR (virtual reality) display and a sound output device for supporting the rear side of the helmet. . When the VR helmet is placed on the helmet placement platform 351, the helmet cooling fan 353 can blow air to the inside of the helmet to remove the heat generated by the human body and the VR device in the helmet, and adjust the wearing temperature of the VR helmet. When the flying competitive game does not have a helmet, the placement unit 35 may not be provided, and should not be limited thereto.

It can be seen from the above description that the competitive game seat of the new game does have the following effects:

First, provide flight sense:

The somatosensory unit 31 can control the position of the seating unit 33 so that a person riding the seating unit 33 can experience the flying game. The sense of body.

Second, the packaged passengers:

The occupant 331 and the surface of the seat back support 333 are ergonomically slidable. The ride stop 332 and the support slip 334 can increase the friction of the ride unit 33. The seat belt set 337 can fix the person. The seat body 331 and the seat back support body 333 are wrapped around the seat body 331 and the seat back support body 333.

Third, improve the flight feeling:

The first foot support body 338 allows the person's foot to not sag, creating a feeling of vacancy and vacating the ground, further enhancing the feeling of flight.

In summary, the somatosensory unit 31 can control the position of the base unit 32. The seating unit 33 provides the person to ride, and the seat stop sliding portion 332 and the supporting anti-slip portion 334 can be seated on the seating unit 33. The person does not slide when the somatosensory unit 31 is in operation, and the seat belt set 337 can fix a person to the seat body 331 and the seat back support body 333. The first foot support body 338 provides the person's foot support to create a vacant space. Feeling, in order to enhance the feeling of the person experiencing the flying game, it is indeed possible to achieve the purpose of the novel.

However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent.

Claims (10)

A game competitive seat includes: a unitary unit, comprising a fixed seat body, a somatosensory output module disposed on the fixed seat body, and a body-sensing seat body disposed on the body-sensing output module; The unit includes a base platform disposed on the body of the body, and a supporting side wall extending upward from the base platform; a seating unit includes a seat body disposed on the base platform and coupled to the seat body a seat back support body, and a first leg support body disposed between the two support side walls, the pedestal body and the first foot support body are spaced apart from each other; and a control unit, comprising a second portion disposed on the two support side walls The rocker support body and the flying rocker disposed on the rocker support body. The game competitive seat according to the first aspect of the invention, wherein the ride unit further comprises a ride stop provided on the ride body. The game competitive seat according to the first aspect of the invention, wherein the seating unit further comprises a support sliding portion disposed on the seat back support body, and a helmet buffer portion disposed on the seat back support body. According to the game competitive seat described in claim 1, wherein the somatosensory unit is a six-axis Stewart simulation platform. According to the game competitive seat of the first aspect of the patent application, the seating unit further includes two belt perforations disposed on the seat back support body, and a through hole piercing the second belt body and fixed to the two supports Seat belt harness. The game competitive seat according to claim 1, wherein the control unit further comprises at least one emergency stop button disposed on the rocker support. According to the game competitive seat of the first aspect of the patent application, the height of the seat body is greater than 0cm~20cm of the first foot support body, so that the foot of the occupant cannot hang down naturally and provide foot support. According to the game competitive seat of claim 1, wherein the seating unit further includes a second foot support disposed between the pedestal body and the first foot support body, and the occupant's foot is also provided. Department or leg support. The game competitive seat according to claim 1, further comprising a placement unit comprising a helmet placement platform coupled to one of the support sidewalls, and a helmet support sidewall disposed on the helmet placement platform. The game competitive seat according to claim 9 , wherein the placement unit comprises a helmet cooling fan disposed on the helmet placement platform.