CN204821325U

CN204821325U - On -vehicle panorama display system of car

Info

Publication number: CN204821325U
Application number: CN201520374325.6U
Authority: CN
Inventors: 黄勇利
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-05-29
Filing date: 2015-05-29
Publication date: 2015-12-02
Anticipated expiration: 2025-05-29

Abstract

The utility model relates to an on -vehicle panorama display system of car, its infrared ray camera by installing at locomotive, the locomotive the left side, locomotive the right, the rear of a vehicle the left side, rear of a vehicle the right and the rear of a vehicle is constituteed. Open on -vehicle system switching K1, storage battery 12V supplies power to on -vehicle infrared camera IC2, IC3, IC4, IC5, IC6, IC7 all around through K1 simultaneously, each infrared ray camera work, and the scenery that is taken by the camera reaches the IC1 display screen, and the driver eye ground is showed fully to outer scenery of car and barrier from this, the emergence of reduction accident during this helps driving a vehicle.

Description

Automobile mounted panorama display system

Technical field:

Utility model of the present invention relates to a kind of component of ride safety of automobile, specifically a kind of automobile mounted panorama display system.

Background technology:

Present running car is on road, and people is sitting in the scenery seeing outside in car, and area has some limitations.But the product that I invents, can increase the area of the outer object of steerman viewing car, which enhance drive safety, reduce the generation of traffic accident, excellent its is the rainy day.

Summary of the invention:

Present people is sitting in car and drives, see outside only watch before, the left side, the right and be all the narrow like that scenery of oblong below, cannot to see under car glass or on scenery.This product can efficiently solve this point, native system before car headstock, left, the front headstock of front headstock is right, the tailstock is left, the tailstock is right and infrared pick-up head has respectively been installed in tailstock protruding point.Because blind area can be reduced in the place of protruding.When you are not activated native system time, do not see there is camera in outward appearance, fear because several and be all hidden in car body as head.When you drive a vehicle, when needing to start native system, directly press native system switch, 7 vehicle body closing lids that camera is corresponding in the car body all around of car are opened simultaneously, camera is slowly stretched, at this moment camera also works simultaneously, and the scenery of outside and obstacle are taken on the vertical read-out both reached in car, and read-out shows four width pictures of front, rear, left and right simultaneously.If you want to look out for the car before about the left and right or car lower body of half body, can by change-over switch, such front left, front right can be exchanged with rear left, rear right picture simultaneously, so more decrease people and to look out for the car blind area outward.For your the clearer distance seeing your car and others' workshop clearly when meeting, reduce the generation of traffic accident.Native system also supports reverse image.

Accompanying drawing illustrates:

Fig. 1: full car plan view from above; Fig. 2: infrared pick-up head hides planar view; Fig. 3: native system summarizes bit plane figure; The circuit diagram of Fig. 4: Fig. 2.

Fig. 1: (1) car body; (2) headstock infrared pick-up head, headstock infrared pick-up head 170 degree of visual angles before r2; (3) the left infrared pick-up head of front headstock, the left infrared pick-up head of headstock 170 degree of visual angles before r3; (4) the right infrared pick-up head of front headstock, the right infrared pick-up head of headstock 170 degree of visual angles before r4; (5) the left infrared pick-up head of the tailstock, the left infrared pick-up head of the r5 tailstock 170 degree of visual angles; (6) the right infrared pick-up head of the tailstock, the right infrared pick-up head of the r6 tailstock 170 degree of visual angles; (7) tailstock infrared pick-up head, r7 tailstock infrared pick-up head 170 degree of visual angles.

Fig. 2: (1) headstock front left infrared pick-up head; (2) infrared pick-up head expansion link (3) infrared pick-up head vehicle body hides closing lid; (4) infrared pick-up head vehicle body hides closing lid telescopic chute, bar; (5) infrared pick-up head telescope motor (motor); (6) infrared pick-up head vehicle body hides closing lid motor (motor); (7) infrared pick-up head vehicle body hides the parallel slide slot of closing lid; (8) infrared pick-up head vehicle body is hidden closing lid motor tooth bar seat (9) infrared pick-up head vehicle body and is hidden closing lid location switch; (10) car precursor.

Fig. 3: k1 system power-on switch; K2 front truck is left and right with the tailstock left and right infrared pick-up head video pictures change-over swith; Native system read-out in IC1 car; IC2 headstock infrared pick-up head; The left infrared pick-up head of headstock before IC3; The right infrared pick-up head of headstock before IC4; The left infrared pick-up head of the IC5 tailstock; The right infrared pick-up head of the IC6 tailstock; IC7 tailstock infrared pick-up head.

Fig. 4: be the circuit diagram of Fig. 2; K1 system power-on switch; K2 (Fig. 2,9) is motor M 2 (Fig. 2,5) starting switch; M1 (Fig. 2,6) infrared pick-up head vehicle body hides closing lid motor (motor); M2 (Fig. 2,5) infrared pick-up head telescope motor (motor).

Detailed description of the invention:

Open car owner's power supply, open native system K switch 1 (Fig. 3, Fig. 4), storage battery 12V powers through K1: one road direction each infrared pick-up head IC2, IC3, IC4, IC5, IC6, IC7 (Fig. 3), each infrared pick-up head works, and video passes to read-out IC1 (Fig. 3) immediately, one road direction M1 (Fig. 4, Fig. 2, 6) power, motor M 1 (Fig. 4, Fig. 2, 6) rotate, motor 6 (Fig. 2) slides along toothholder 8 (Fig. 2), extrapolated for vehicle body closing lid 3 (Fig. 2), slide along chute 7 (Fig. 2) again, infrared pick-up head vehicle body is hidden closing lid 3 (Fig. 2) move on limit, after arriving assigned address, touch switch 9 (Fig. 2), K2 (Fig. 4) closes, 12V voltage again through K2 to motor 5 (Fig. 2), M2 (Fig. 4) powers, motor 5 (Fig. 2), M2 (Fig. 4) works rotation, protruding from car body for infrared pick-up head 1 (Fig. 2), infrared pick-up head works.Remaining infrared pick-up head vehicle body is hidden closing lid and is also worked simultaneously, remaining infrared pick-up head IC2, IC3, IC4, IC5, IC6, IC7 (Fig. 3) is stretched out outside car, each infrared pick-up head of car surrounding normally works thus, and the panorama outside car will show by read-out in car simultaneously.

Claims

1. an automobile mounted panorama display system, respectively there is an infrared pick-up head (3,4) by headstock both sides, respectively there is an infrared pick-up head (5,6) on tailstock both sides, headstock front has read-out in an infrared pick-up head (7), car to form after having an infrared pick-up head (2), the tailstock, and each camera is connected by power lead, video line, it is characterized in that each described infrared pick-up head can at the inside and outside free-extension of car body.

2. vehicle-mounted panoramic display system according to claim 1, is characterized in that described infrared pick-up head (3,4), takes backward.

3. vehicle-mounted panoramic display system according to claim 1, is characterized in that described infrared pick-up head (5,6), takes forward.

4. vehicle-mounted panoramic display system according to claim 1, is characterized in that described infrared pick-up head (2), takes to dead ahead.

5. vehicle-mounted panoramic display system according to claim 1, is characterized in that described infrared pick-up head (7), takes to dead aft.