CN202837771U - Vehicle camera with multiple lenses - Google Patents
Vehicle camera with multiple lenses Download PDFInfo
- Publication number
- CN202837771U CN202837771U CN 201220152725 CN201220152725U CN202837771U CN 202837771 U CN202837771 U CN 202837771U CN 201220152725 CN201220152725 CN 201220152725 CN 201220152725 U CN201220152725 U CN 201220152725U CN 202837771 U CN202837771 U CN 202837771U
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- lens
- image acquisition
- acquisition module
- camera
- fixed mount
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- Expired - Fee Related
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Abstract
The utility model relates to a vehicle camera with multiple lenses. A first image acquisition module and a second image acquisition module are arranged inside a hollow body, and a first lens area and a second lens area are respectively arranged in a front cover plate of the body, wherein the first image acquisition module which can be wobbled up and down corresponds to the first lens area, and the second image acquisition module corresponds to the second lens area; further, a third lens area is formed in a rear cover plate of the body, and a third image acquisition module which can be wobbled up and down is installed inside the third lens area; and multiple infrared light sources are arranged adjacent to the third lens area outside the rear cover plate, which can be used in dark environment. The first image acquisition module can be wobbled up and down to adjust the shooting angle, so that the first image acquisition module can be adjusted according to requirements; and the second image acquisition module can be matched so that the shooting scope is wider; thus, a user can record driving states more comprehensively.
Description
Technical field
The utility model is about a kind of camera for vehicle, the camera for vehicle of espespecially a kind of many camera lenses and adjustable angle.
Background technology
The developing history of video camera is quite remote, photograph from the early stage mode that sees through film, gradually be developed to Design of digital now, also so that the board of video camera little by little dwindle, making things convenient for the user to carry, and can be based on security reason, based on collecting evidence or depositing card to make video recording in order to reduce true purpose, avoid by this misunderstanding and make self or other peoples' safety or damage of the rights and interests, for example driving recorder.
From the above; a just purpose for this reason of a kind of driving recorder as minicam is in the streets arranged at present; when it mainly drives a vehicle dispute because of the driver; often can can't directly prove and put in order self responsibility because suffering from not having evidence; so through the driving states of this driving register of installing with the record driver, can when have an accident dispute, demonstrate,prove picture through depositing of driving recorder and can put attribution of liability in order; also therefore be subject to liking of most drivers, and then driving recorder is popularized gradually.
Right present driving recorder mostly is the single visual angle photography, the meaning i.e. camera angle of this phtographic lens is fixing, only can photograph with regard to the angle that this phtographic lens can be taken, for corner comparatively (such as the left side or the right, top or bottom) the zone then can take or take unclear, for this situation, then Self-adjustment camera angle of part user is arranged, as phtographic lens is turned to the top, can make camera angle slightly up, use the picture that makes the sight line top and seen through the driving recorder shooting, only this mode can cause driving recorder can't take slightly down angle, and the angle that easily causes the dead ahead is understood marginalisation and is made shooting unclear in picture, in view of the above problems, be necessary to propose in fact a feasible solution.
The utility model content
The utility model fundamental purpose is providing a kind of camera for vehicle of many camera lenses, mainly is to be provided with in addition the phtographic lens that a capable of dynamic is adjusted angle, uses the shooting angle of the original camera lens of collocation, and more broad photographic picture is provided.
To make aforementioned video camera include for reaching the technological means that above-mentioned purpose takes:
One body is a hollow housing, forms two lens region on its front side wall, is provided with again more than one fixed mount in the body, and is formed with respectively a pivot section on the upper left right side wall of fixed mount;
One first image acquisition module is fixed in the lens bracket, and this lens bracket is hubbed at the pivot section of aforementioned fixed mount, and this first image acquisition module is corresponding to a lens region of body again;
One second image acquisition module is fixed on the fixed mount of aforementioned body, and corresponding in another lens region;
Comply with the camera for vehicle that above-mentioned structure consists of, it mainly sees through the first image acquisition module and the second image acquisition module respectively indirectly or be directly fixed on the fixed mount, and correspond respectively to two lens region of body, wherein, this the first image acquisition module transmitting lens headstock is hubbed on the fixed mount, so can swing up and down to adjust camera angle, and the camera angle of this second image acquisition module of arranging in pairs or groups, mat makes this camera for vehicle be taken simultaneously the picture of at least two kinds of angles, to reach the more broad purpose of shooting angle, provide the user to note down more comprehensively driving states.
Description of drawings
Fig. 1 is a stereographic map of being looked by the place ahead of the present utility model.
Fig. 2 is a stereographic map of being looked by the rear of the present utility model.
Fig. 3 is body interior exploded view of the present utility model.
Fig. 4 is the circuit box synoptic diagram of control substrate of the present utility model.
Fig. 5 is that normality of the present utility model is used synoptic diagram.
Fig. 6 is that adjustable camera lens of the present utility model is toward the use constitutional diagram of photographs.
Fig. 7 is the use constitutional diagram that adjustable camera lens of the present utility model is down taken.
Fig. 8 is the synoptic diagram that night vision camera lens of the present utility model can swing up and down shooting.
Drawing reference numeral:
10 bodies, 11 front shrouds
12 back shrouds, 13 major axis holes
14 connectors, 15 lens brackets
16 image sensing substrates, 17 front fixed mounts
18 rear fixed mount 19 control substrates
111 first lens districts, 112 second lens region
113 spacing holes
121 the 3rd lens region, 122 infrared light luminophors
123 MICs
151 slots, 152 adjusting levers
153 pivot holes, 154 fixed orifices
155 extending columns
171 major axis holes, 172 pivot sections
173 adjutages, 174 fixed orifices
175 pivot posts
181 pivot sections
191 control modules, 192 image process units
193 transmission units, 194 memory card modules
195 satellite navigation modules
20 adjustable camera lenses
30 fixed camera lenses
40 night vision camera lenses
50 memory card receptacle
Embodiment
About an embodiment of the present utility model, see also Fig. 1, it is by being equiped with an adjustable camera lens 20 and a fixed camera lens 30 on a body 10 front side walls, wherein:
This body 10 is a hollow housing, side is respectively equipped with a front shroud 11 and a back shroud 12 before and after it, be formed with a first lens district 111 and one second lens region 112 on the aforementioned front shroud 11, be formed with one the 3rd lens region 121 on the back shroud 12, and be provided with a night vision camera lens 40 in the 3rd lens region 121 inboards (please cooperate consult shown in Figure 2); Wherein front shroud 11 is formed with a spacing hole 113 corresponding to the madial wall in first lens district 111, be provided with a plurality of infrared light sources 122 (infrared light-emitting diode) and a MIC 123 at contiguous the 3rd lens region 121 places on the lateral wall of back shroud 12 again, this infrared light sources 122 is comparatively clear for what taken in dim environment, have a microphone for recording in this MIC 123, back shroud 12 is formed with just like the spacing hole (not shown) with front shroud 11 spacing holes 113 corresponding to the 3rd lens region 121 in addition, be formed with two major axis holes 13 and two connectors 14 on body 10 end faces in addition, this major axis hole 13 is respectively adjacent in front shroud 11 and back shroud 12, this connector 14 mainly is that the camera for vehicle photographic picture is sent to outside data monitor (DVR) by this, and body 10 inside (as shown in Figure 3) are provided with two lens brackets 15 again, several image acquisition modules 20,30,40, one front fixed mount 17, one rear fixed mount 18 and a control substrate 19;
This lens bracket 15 is located in the body 10 and is respectively adjacent in forward and backward cover plate 11,12, this lens bracket 15 generally is the reverse U shape shape by front sight, and be formed with respectively a slot 151 in end face, this slot 151 is interior to have respectively an adjusting lever 152 to plug therebetween, be formed with respectively a pivot hole 153 on lens bracket 15 left and right sides walls in addition, the contiguous top bottom of lens bracket 15 left and right sides sidewalls extends to form respectively one by the general L-shaped adjutage of overlooking sight backward again, form respectively a fixed orifice 154 on the adjutage, in order to fixing aforementioned image acquisition module 20,30;
In the present embodiment, in respect of three image acquisition modules 20,30,40 (following sequentially referred to as the first to the 3rd image acquisition module 20,30,40), the first image acquisition module 20 is located in the first lens district 111, and it swings up and down angle and is subject to spacing hole 113, the second image capture mould, 30 corresponding in the second lens region 112.This first to the 3rd image acquisition module 20,30,40 is respectively at being arranged with a camera lens 22,32,42 on the circuit board 21,31,41, be arranged with a CCD sensor chip (not shown) on each circuit board 21,31,41, and with camera lens 22,32,42 corresponding; Camera lens 22 on the first image acquisition module 20 is the adjustable camera lens of focus adjustable again, and 32 on the camera lens of the second image acquisition module 30 is a full length shot, and 42 on the camera lens on the 3rd image acquisition module 40 is a night vision camera lens.The first, the 3rd image acquisition module 20,40 is fixed on the corresponding lens bracket 15 with its circuit board 21,41 respectively again, 31 of the circuit boards of the second image acquisition module 30 see through several fixed legs 176 and are fixed on the front fixed mount 17, each fixed leg 176 1 end is formed with screw thread, the another end end then is formed with screw, its thread end and 17 combinations of front fixed mount, the screw end is then in order to combined circuit plate 31;
Should before fixed mount 17 generally be the reverse U shape shape by what forward sight was seen, its end face is formed with the major axis hole 171 in the set major axis of corresponding body 10 end faces hole 13, and the major axis hole 171 that adjusting lever 152 is adjacent to the major axis hole 13 of front shroud and front fixed mount via body is inserted in the slot of contiguous front shroud lens bracket; Its left and right sides sidewall is individually fixed on the left and right sides sidewall of body 10 again, the contiguous end face of fixed mount 17 left and right sides sidewalls is formed with respectively a pivot section 172 in addition, be arranged in simultaneously the pivot hole 153 of pivot section 172 and lens bracket 15 for a pivot post 175, use for lens bracket 15 and pivoted, adjustable camera lens 20 is rotated linkedly, the contiguous pivot sections 172 of fixed mount 17 left and right sides sidewalls and bottom are formed with respectively one by the general L-shaped adjutage 173 of overlooking sight before being somebody's turn to do, be formed with a fixed orifice 174 on the free end of adjutage 173, screw togather for the thread end with fixed leg 176;
Fixed mount 18 its structures and front fixed mount 17 are roughly the same after being somebody's turn to do, its left and right sides sidewall is individually fixed on the left and right sides sidewall of body 10, and sidewall contiguous end face in the left and right sides is formed with a pivot section 181, be arranged in simultaneously the pivot hole 153 of pivot section 181 and lens bracket 15 for a pivot post 175, the 3rd image acquisition module 40 can be rotated linkedly;
This control substrate 19 is located at body 10 inner bottom parts, as shown in Figure 4, be arranged with a control module 191 on it, one image process unit 192, one transmission unit 193, one memory card module 194, one satellite navigation module 195, one audio processing unit 196 and a memory module 197, this transmission unit 193 is electrically connected with aforementioned connector 14, these memory card module 194 general square-shaped card caskets, insert use for various types of storage cards, this storage card is deposited the data relevant for map again, usefulness for 195 navigation of satellite navigation module, this audio processing unit 196 is electrically connected with microphone in the aforementioned MIC 123, use will transfer digital signal to through the simulating signal of microphone radio reception after, export control module 191 to, built-in data of these memory module 197 interior storages again are in order to be connected ditch general with the external digital monitor; This control substrate 19 mainly is to see through image process unit 192 to obtain respectively aforementioned each image acquisition module 20,30,40 signal of video signal, delivers to control module 191, transfers to data monitor via transmission unit 193 via connector 14 again.Transfer digital signal to and export control module 191 to by the simulating signal of image process unit 192 with its photographic picture, mat utilizes this transmission unit 193 that aforementioned digital signal is transferred to data monitor via connector 14.
The camera lens 22 of this image acquisition module 20 is between the spacing hole 113 and first lens district 111 of aforementioned front shroud 11, when this image acquisition module 20 moves forward and backward through aforementioned adjusting lever 152, can make the camera lens 22 of image acquisition module 20 in spacing hole 113 interior movements.
This image acquisition module 30 is located in the body 10, and its camera lens 32 is the second lens region 112 inboards in aforementioned front shroud 11.
This image acquisition module 40 is established in the 3rd lens region 121 of body 10, and can relatively swing in the 3rd lens region, its camera lens 42 is between the 3rd lens region 121 and spacing hole of back shroud 12, and its rotational angle is subject to the spacing hole 113 of back shroud 12, adjust by these adjusting lever 152 front and back thus, can make image acquisition module 40 mobile to adjust camera angle in spacing hole linkedly.
In present embodiment, the relative height of the 3rd lens region 121 is low than first lens district 111, so the slot 151 of the lens bracket 15 of contiguous back shroud 12 further plugs an extending column 155, plugged in it for adjusting lever 152, this adjusting lever 152 sees through the slot that this extending column 155 is inserted in contiguous another lens bracket of back shroud via the major axis hole 13 of the contiguous back shroud of body, uses to make this image acquisition module 40 be corresponded to 121 swings of the 3rd lens region.
Above-mentioned body 10 back shrouds 12 bottoms further are formed with a memory card receptacle 50, and this memory card receptacle 50 is corresponding to the memory card module 194 of body 10 interior control substrates 19.
The camera for vehicle that consists of according to above-mentioned structure, it mainly is to see through this fixed camera lens 30 these adjustable camera lenses 20 of collocation, use and take the driving states that is positioned at the place ahead, see through again this night vision camera lens 40 is positioned at back seat with shooting passenger status or rear driving states, the state of taking back-seat passengers is to use on police car mostly, mainly be the prisoner who is positioned at back seat for shooting, wherein be fixed on the lens bracket 15 because of image acquisition module 20, be inserted in this slot 151 and swing by this adjusting lever 152, image acquisition module 20 is swung accordingly, see also shown in Figure 5, when this camera for vehicle normality is used, this image acquisition module 20 and image acquisition module 30 are taken respectively the place ahead one angle of traffic route, this image acquisition module 40 is the interior aft passenger state of shooting car then, because this image acquisition module 20 and image acquisition module 30 correspond to respectively the place ahead scope, and its coverage is relative top and below, so its total coverage is more broad than prior art, see through again the adjustment angle of this adjusting lever 152, as adjusting lever 152 is backward mobile, can make this adjustable visor head 20 swing (as shown in Figure 6) toward the top, using the place ahead shooting angle that makes this camera for vehicle expands upward, and for example adjusting lever 152 is moved toward the place ahead, can linkedly image acquisition module 20 be swung (as shown in Figure 7) toward the below, the angle of using shooting can comparatively be absorbed in the ground at vehicle front, so can avoid the dead angle of vehicle front crested to take, this image acquisition module 40 is can be such as swing up and down (as shown in Figure 8) of image acquisition module 20 again, to obtain suitable shooting angle, thus, by a newly-increased camera lens, the coverage of original camera for vehicle is expanded, seeing through this camera lens again is the image acquisition module 20 of a capable of regulating shooting angle, it so is visual demand and adjust its shooting angle, reach the more broad purpose of coverage, using provides the user to note down more comprehensively driving states.
Claims (9)
1. the camera for vehicle of camera lens more than a kind is characterized in that, the camera for vehicle of described many camera lenses includes:
One body is a hollow housing, forms two lens region on its front side wall, is provided with again more than one fixed mount in the body, and is formed with respectively a pivot section on the upper left right side wall of fixed mount;
One first image acquisition module is fixed in the lens bracket, and described lens bracket is hubbed at the pivot section of described fixed mount, and described the first image acquisition module is corresponding to a lens region of body again;
One second image acquisition module is fixed on the fixed mount of described body, and corresponding in another lens region.
2. the camera for vehicle of many camera lenses as claimed in claim 1 is characterized in that, the front and back side of described body is respectively equipped with a front shroud and a back shroud;
Be formed with a first lens district and one second lens region on the described front shroud;
Be formed with a spacing hole on the madial wall in described first lens district;
Described the first image acquisition module is located in the first lens district, and it swings up and down angle and is subject to described spacing hole;
Described the second image acquisition module is corresponding in the second lens region.
3. the camera for vehicle of many camera lenses as claimed in claim 2 is characterized in that, described body back shroud is formed with one the 3rd lens region, and contiguous the 3rd lens region place is provided with a MIC, and is provided with a microphone in the MIC;
Be provided with one the 3rd image acquisition module in described the 3rd lens region;
Described the 3rd image acquisition module can swing relatively in the 3rd lens region.
4. the camera for vehicle of many camera lenses as claimed in claim 3 is characterized in that, described body end face is provided with two connectors;
The contiguous front and rear cover plate of described body is formed with respectively a major axis hole.
5. the camera for vehicle of many camera lenses as claimed in claim 4 is characterized in that, is provided with two lens brackets and a control substrate in the body;
Described lens bracket is the reverse U shape shape, be located in the body and be respectively adjacent in forward and backward cover plate, described lens bracket end face is formed with respectively a slot, and there is respectively an adjusting lever to plug therebetween, be formed with respectively again a pivot hole on the wall of the lens bracket left and right sides, sidewall contiguous top bottom in the lens bracket left and right sides extends to form respectively one by the L-shaped adjutage of overlooking sight backward in addition, is formed with fixed orifice on the adjutage;
Described the first to the 3rd image acquisition module is arranged with a CCD sensor chip respectively at being arranged with a camera lens on the circuit board on each circuit board, and corresponding with each camera lens;
Camera lens on described the first image acquisition module is the adjustable camera lens of focus adjustable, and the camera lens of the second image acquisition module then is a full length shot, and the camera lens on the 3rd image acquisition module then is a night vision camera lens;
Described the first, the 3rd image acquisition module is fixed on the corresponding lens bracket with its circuit board respectively, the circuit board of the second image acquisition module then sees through several fixed legs and is fixed on the front fixed mount, each fixed leg one end is formed with screw thread, the another end end then is formed with screw, its thread end is combined with front fixed mount, and the screw end is then in order to the combined circuit plate;
Described control substrate is located at the body inner bottom part.
6. the camera for vehicle of many camera lenses as claimed in claim 5 is characterized in that, described intrinsic fixed mount is adjacent to front and rear cover plate and further is provided with respectively a front fixed mount and a rear fixed mount;
Described front fixed mount is the reverse U shape shape, and its end face is formed with the major axis hole in a corresponding body major axis hole;
Described front fixed mount left and right sides sidewall is individually fixed on the left and right sides sidewall of body;
Sidewall contiguous end face in the described front fixed mount left and right sides is formed with respectively a pivot section, wears simultaneously the pivot hole of pivot section and lens bracket for a pivot post;
The contiguous pivot section of described front fixed mount left and right sides sidewall and bottom are formed with respectively one by the L-shaped adjutage of overlooking sight, and are formed with a fixed orifice on the free end of adjutage.
7. the camera for vehicle of many camera lenses as claimed in claim 6 is characterized in that, the major axis hole that an adjusting lever is adjacent to the major axis hole of front shroud and front fixed mount via body is inserted in the slot of contiguous front shroud lens bracket;
Another adjusting lever sees through the slot that an extending column is inserted in contiguous another lens bracket of back shroud via the major axis hole of the contiguous back shroud of body.
8. such as the camera for vehicle of the described many camera lenses of arbitrary claim in the claim 5 to 7, it is characterized in that, be arranged with a control module, an image process unit, a transmission unit, a memory card module, a satellite navigation module, an audio processing unit and a memory module on the described control substrate;
Described control substrate is obtained the signal of video signal of described the first image acquisition module, the second image acquisition module and the 3rd image acquisition module and is exported control module to by described image process unit, sees through again transmission unit output;
Described transmission unit is electrically connected with described connector;
The square-shaped card casket of described memory card module inserts use for various types of storage cards, and described storage card is deposited the data relevant for map again;
The data of the storage card in the described satellite navigation module accessing memory card module;
Microphone in described audio processing unit and the described MIC is electrically connected, and exports control module to;
Store built-in data in the described memory module, in order to be connected ditch general with the external digital monitor.
9. the camera for vehicle of many camera lenses as claimed in claim 8 is characterized in that, described body back shroud bottom further is formed with a memory card receptacle, and it is corresponding to the memory card module on the control substrate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220152725 CN202837771U (en) | 2012-04-12 | 2012-04-12 | Vehicle camera with multiple lenses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220152725 CN202837771U (en) | 2012-04-12 | 2012-04-12 | Vehicle camera with multiple lenses |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202837771U true CN202837771U (en) | 2013-03-27 |
Family
ID=47949437
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220152725 Expired - Fee Related CN202837771U (en) | 2012-04-12 | 2012-04-12 | Vehicle camera with multiple lenses |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202837771U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103268648A (en) * | 2013-05-30 | 2013-08-28 | 江苏科技大学 | Multi-lens wide-angle automobile data recorder |
| CN113050248A (en) * | 2021-03-06 | 2021-06-29 | 安徽旭诚鑫光电科技有限公司 | Small-aperture scanning lens |
-
2012
- 2012-04-12 CN CN 201220152725 patent/CN202837771U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103268648A (en) * | 2013-05-30 | 2013-08-28 | 江苏科技大学 | Multi-lens wide-angle automobile data recorder |
| CN113050248A (en) * | 2021-03-06 | 2021-06-29 | 安徽旭诚鑫光电科技有限公司 | Small-aperture scanning lens |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130327 Termination date: 20170412 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |