VR intelligent equipment capable of improving comfort

[0033] Example 1:

[0034] like figure 1 , 2 3, 5, 6, a VR smart device that improves comfort, including chassis 1, powered device 6, VR motorcycle body 7 and VR glasses 8, and the frame 1 of the chassis 1 is provided with power unit 6 And the upper end of the power device 6 is provided with a VR motorcycle body 7 and a VR eyeglass 8, and the VR motorcycle body 7 is connected to the VR glasses 8;

[0035]The upper end of the chassis 1 is provided with an auxiliary bracket type 2, and the auxiliary support frame 201 includes a stent 2, a cavity 202, a first mounting groove 203, the sealing cap 204, through hole 205 and the second mounting groove 208, 201 of the support frame outer wall 202 defines a cavity, and an arcuate distal portion 201 of the support frame defines a first mounting groove 203, the groove 203 of the first mounting groove adjustment structure mounted fan 3, the mouth cavity of the cavity 202 is provided with a sealing cap 204, and an arcuate distal portion of the sealing cover 204 is provided with a bracket 203 through holes 205 of the adapter, the through hole 205 of the first mounting groove, the lower portion of the rear end of the support frame 201 defines a second mounting groove 208, and the second mounting groove the groove 208 is provided with a guide-type control means 4, the structure of the fan 3 adjustable driver's seat and a vehicle body aligned VR motorcycle type flow control apparatus 7 to 4,

[0036] Type flow control apparatus 4 includes a control box 401, mounting plate 402, line hole 403, a first connector block 404, a first guide plate 405, the first wire holder 406, a second connector block 407, a second baffle 408 and a second grid 409, a second mounting groove 208 and groove plug-in connection with a control box 401, the control box 401 is provided with a mounting cavity plate 402, and the control box 401 defines an upper cable hole 403, the control box 401 a first connection opening connected with the front end block 404, and the distal opening of the first connection block 404 is connected to a first guide plate 405, a first connection frame block 404 is provided with a first wire holder 406, control box 401 the rear end opening 407 is connected to a second connector block, and the second connection frame 407 is connected to the rear end opening of the second guide plate 408, the second connection frame block 407 is provided with a second grid 409, mounting plate 402 a control circuit board mounted with the end faces, and the control circuit board 5 through the lead wire holes 403 is inserted into the cavity 202, the inner wall of the intermediate portion of the support frame 201 is provided with a detection head 9, and the wire 5 is connected to the detection head 9, the other wire adjusting the fan 5 connected to the structure 3, the underframe 1 and the support frame 201 is fixedly connected to the chassis 1 and the support frame 201 defines a lumen 202 in communication with the cavity, the seal cap 204 and the seal support frame 201 is fixed, the control box 401 and the support holder fixing bolts 201, 402 is fixedly connected to the control box 401 and the mounting plate, the mounting plate 402 and the end surface cooling holes opened, the mounting plate 402 bolted to the control circuit board, and the mounting heat radiation plate 402 defines apertures facing the guide vane, the same configuration as the first connection frame block 404 and the second connector 407, and the first connector block 404 bolted to the control box 401, a first block 404 is connected to the first guide plate 405 is movably disposed, and the first block 404 is connected to the the first wire holder 406 is bolted to the control module and VR motorcycle body control circuit board in the control box 4017 and VR glasses interaction module 8 is connected to the control box 401 controls the module control circuit board by a further wire 5 connected to the first drive motor, the control box 401 fitted into the second mounting groove 208, the wire 401 within the control box 5 protrudes from the thread hole 403, the wire cavity 202 through chamber 5 second mounting groove 208 is inserted into the circular groove defines a top inside, after the plurality of wires 5 extends along the cavity 202 and the detection head 9, and fan adjustment structure 3 is connected to a first drive motor, the detection head 9 is aligned VR motorcycle driver's seat of the vehicle body 7, three pairs of fan adjustment structure motorcycle vehicle registration VR seat 7 and the control box 401, first guide vane 405 is embedded into the first connecting frame block 404, a first upper guide plate 405 is inserted into the first shaft 404 connected to frame box wall opening the first wire 406 embedded in the first connection frame block 404, a first connection frame block 404 and the first wire is fixed by a bolt 406, thereby completing the first connection block 404, a first guide plate 405 and the frame 406 of the first web between the assembly, since the first frame 404 is connected to the structure of the second connector block 407 is the same, the first The same as the second baffle structure 405 and the baffle 408, the same structure as the first wire grid 406 and the second frame 409, using the same manner as the second connector assembly housing 407, and a second guide plate 408 assembly between two grid 409, a first connecting the control box frame 404 embedded in a front end opening 401, fixing bolts therebetween, the second connection control block 407 embedded in a rear end opening box 401 using bolts both between fixed, since the fan adjustment structure 3 and the detection head 9 are connected via a line 5 and a flow control device 4 type, flow type fan control device 4 may control the opening and closing structure 3 is adjusted and the detection head 9, thus achieving regulation fan structure 3 VR aligned motorcycle seat body hair 7, VR can enhance the user driving a motorcycle process of realism, hair VR also avoid prolonged sweating when wearing glasses 8, 8 to enhance the VR glasses to wear to a certain extent the control box 401 to enhance the convective heat box vent, a certain degree of comfort, since the structure of the fan 3 adjustable alignment control box 401, and a control terminal baffles disposed before and after the grid box 401, the control box 401 may be implemented on a tank radiating member.

[0037] Example 2:

[0038] like figure 2 , 4 , 6,7,8 illustrated, for increasing comfort fan VR smart device structure for adjusting the fan adjustment structure 301 includes side members 3, drive shaft tube 302, the rotary holder 303, the cartridge 304 placed, the arcuate support bar 305, a fan 306, a first filter 307 and the second curved arcuate filter 308, and the slot inner walls of the first mounting groove 203 is provided with side panels 301, end surface of the intermediate side panel 301 is provided with a drive shaft tube 302 and the connection pipe 302 through the drive shaft at a first mounting bracket 203 is inserted into groove 202 within the cavity, wherein the cavity of the first driving motor 202 and a drive shaft lumen tube 302 is connected, is connected between the two side panels 301 rotating frame 303 and the rotating frame 303 of the arcuate surface 304 defines a cartridge is placed, the support bar 305 is provided with an arcuate cartridge 304 is placed within the cartridge, and the lower end of the curved support bar 305 is provided with a fan 306, 304 is placed on Silo port connected to a second arcuate filter 308, and the cartridge is placed under the discharge port 304 is connected to a first arcuate filter 307, side panels 301 and the drive shaft tube 302 is integrally provided, and the drive shaft 302 and the first tube activities holder mounting groove 203 is provided, the side panels 301 bolted to the rotating frame 303 and the rotating frame 303 and the arcuate support bar 305 is fixedly connected to the fan 305 and the arcuate support bar bolts 306, a first filter 307 and arcuate the second filter 308 and the arc-shaped rotary frame bolts 303, a first drive motor 202 is fitted into the cavity in which a drive shaft tube 302 is connected, through another drive shaft leads 5 protrude into the inner tube 302 rotating holder 303 , the revolving frame 5 and the wire 303 connected to the fan 306, the rotary holder 303 and the arcuate support bar 305 is fixedly connected to the rotating frame 306 to realize the fan 303 is mounted, the arcuate strainer 303 disposed in the rotary frame upper and lower end openings, the arcuate filter holder 303 is fixedly connected with the rotation, the fan can be used after the completion of adjustment between the assembly 3 and the support frame structure 201, the control module of the fan and fan adjustment structure 3063, the first drive motor is connected to the control module and the interactive module VR and VR glasses motorcycle body 7 and the speed adjusting mechanism 8 is connected, the user experience when accelerating the motorcycle, the control module transmitting a signal to the adjustment mechanism via interaction module VR motorcycle vehicle body 7 and 8 and speed VR glasses, the control module to analyze and compare the data, then the signal to the regulator 3 and the blower drive motor at a first structure, a first drive motor to adjust the fan angle adjusting mechanism 3 according to the data, to ensure alignment of turbine adjustment mechanism driver 3, adjusting fan 3 increases according to the data structure of a wind of the fan 306, the driver experience a sense of increased reflected VR motorcycle, when the motorcycle reflects deceleration, wind fan 306 decreases, since the fan 3 and the cavity structure for adjusting the first drive chamber 202 motor is connected to a first fan driving motor can be adjusted to achieve the rotating structure 3, so as to adjust the angle of adjustment of the first drive motor, driving the fan to ensure the alignment regulating structure VR 3 of the motorcycle body 7 User driving seat.

[0039] Example 3:

[0040] like image 3 Shown, other auxiliary for improving the comfort of the stent VR smart devices, secondary stent 2 further comprising an auxiliary rack 206 and the first guide vane 207, support frame 201 and the arcuate portion is provided with a front side of the inner wall two auxiliary holder 206, the two auxiliary rack 206 is provided with a first guide vane 207 and the auxiliary frame 206 is fixedly connected with the support frame 201, 207 of the first mounting groove 203 n, the first guiding a first guide vane vanes 207 connected to the auxiliary frame 206 activities, and the first guide vane 207 is on the VR motorcycle vehicle seat, the auxiliary frame 7 of the adjustment structure 206 is mounted at the fan 3, the auxiliary frame 206 and the first guide vane 207 adjustment structure covering the blower 3, a first guide vane 207 may be implemented to adjust the wind direction, the wind direction to further secure the motorcycle body on the driver's seat 7 of VR user.

[0041] The present invention is to use standard parts can be purchased from the market, may be shaped parts are customized according to the description of the specification and drawings, the specific connections of the various parts are used in the prior art mature bolts, rivets, welding, etc. conventional means, mechanical parts and equipment are used in the prior art, the conventional model, coupled with a conventional circuit-connecting manner of the prior art connector, not described in detail herein.