CN208954350U - A kind of vehicle-mounted shooting device with anti-collision early warning function - Google Patents

Abstract

The utility model relates to automobile technical fields, disclose a kind of vehicle-mounted shooting device with anti-collision early warning function, including shell, camera module and alarm appliance, mainboard is equipped in shell, camera module is set to shell, camera module is electrically connected with mainboard, camera module be used for captured in real-time vehicle before to road road conditions and generate image transmitting to mainboard, alarm appliance is set to shell and is electrically connected with mainboard, mainboard is for receiving, handle the image of camera module transmission, and when judging that vehicle is in abnormal driving status according to the processing result to image, control alarm appliance sounds an alarm.Using above-mentioned vehicle-mounted shooting device, it can be achieved that timely and effectively driver is reminded to take brake measure, to effectively avoid the generation of rear-end collision.Driver can be reminded to take, and braking prevents from knocking into the back front vehicles or braking suddenly causes front vehicle to knock into the back.

Description

A kind of vehicle-mounted shooting device with anti-collision early warning function

Technical field

The utility model relates to automobile technical field more particularly to a kind of vehicle-mounted shooting dresses with anti-collision early warning function It sets.

Background technique

Increasing with automobile quantity, the quantity of traffic accident is also increasing.The dress of guarantee driving safety as a result, It is set to for the essential a part of automobile.According to investigation show, most traffic accident be due to driver not Can road surface in front of timely learning and driving situation and lead to not caused by braking in time.In order to solve this problem, in city On field in numerous devices for ensureing ride safety of automobile, collision avoidance system becomes the optimal selection of most of driver.

However, most of collision avoidance system needs to reequip vehicle currently on the market, modification difficulty and higher cost, And most of anti-collision system takes automobile to be easy to cause front vehicle to knock into the back from the mode of main brake.

Utility model content

The utility model embodiment discloses a kind of vehicle-mounted shooting device with anti-collision early warning function, the vehicle-mounted shooting dress It is simple, it can be achieved that timely and effectively driver is reminded to take brake measure, to effectively avoid rear-end collision to set mounting means Occur.Driver can be reminded to take, and braking prevents from knocking into the back front vehicles or braking suddenly causes front vehicle to knock into the back.

The utility model embodiment discloses a kind of vehicle-mounted shooting device with anti-collision early warning function, including shell, takes the photograph As mould group and alarm appliance, be equipped with mainboard in the shell, the camera module is set to the shell, the camera module with The mainboard electrical connection, the alarm appliance are set to the shell and are electrically connected with the mainboard.

Wherein, the camera module is for the road conditions of road and generating image transmitting to the master before captured in real-time vehicle Plate, the mainboard are used to receive, handle the described image of the camera module transmission, and according to the result handled described image When judging that the vehicle is in abnormal driving status, controls the alarm appliance and sound an alarm.

As an alternative embodiment, the camera module includes rotatable parts in the utility model embodiment And it is fixedly arranged on the camera of the rotatable parts, the rotatable parts are rotationally connected in the shell, so that the camera The relatively described housing into rotation and different shooting angle can be obtained.

As an alternative embodiment, the rotatable parts include upper casing under in the utility model embodiment Shell, the lower casing are fixedly connected with the upper casing and form the first inner space with the upper casing, and the camera is fixedly arranged on institute State the first inner space.

As an alternative embodiment, the lower casing includes first part and sets in the utility model embodiment In the second part of the first part, the first part is fixedly connected on the upper casing and forms described with the upper casing One inner space, the second part are equipped with the camera lens channel of perforation to first inner space, and the camera is fixedly arranged on It the first part and is found a view by the camera lens channel.

As an alternative embodiment, being installed with fixed cover, institute in the shell in the utility model embodiment It states fixed cover portion point and covers at the rotatable parts, and one end of the fixed cover is equipped with rotating junction, the rotatable parts One end and the rotating junction be rotatablely connected.

As an alternative embodiment, the rotating junction is equipped with limiting slot in the utility model embodiment, One end of the rotatable parts is equipped with the positive stop key being located in the limiting slot and for being cooperatively connected with the limiting slot.

As an alternative embodiment, the shell corresponds to the rotatable parts in the utility model embodiment Described one end be equipped with adjusting hole, the adjusting hole is used to rotate the relatively described shell of rotatable parts from the hull outside Rotation.

As an alternative embodiment, being additionally provided with connector, institute in the shell in the utility model embodiment The other end that connector is removably connected to the fixed cover is stated, the other end of the rotatable parts and connector rotation connect It connects.

As an alternative embodiment, the shell is equipped with shooting window, described in the utility model embodiment Rotatable parts are arranged in the shooting window, and the camera stretching shooting window is outer and can the relatively described shooting window turn Dynamic, the fixed cover includes coupling part and the covering part for being fixedly connected on the coupling part, and the coupling part is provide with In the rotatable parts, the covering part covers the shooting window, and the covering part is equipped with the corresponding camera shooting The clearance position of head setting.

As an alternative embodiment, forming carrier, institute in the shell in the utility model embodiment It states carrier and is equipped with the through slot being connected to the shooting window, form supporting part in the through slot, the rotatable parts rotate position In the supporting part.

As an alternative embodiment, being equipped with mainboard bracket, institute in the shell in the utility model embodiment It states mainboard bracket to be set to above the carrier, and forms the heat dissipation gap for heat dissipation, the master between the carrier Plate is fixedly arranged on the mainboard bracket.

As an alternative embodiment, the shell is equipped with several first and dissipates in the utility model embodiment Hot hole；

The rotatable parts are equipped with the first thermal window, and fixed corresponding first thermal window of cover is equipped with second Thermal window；

First thermal window, second thermal window, the heat dissipation gap and first heat release hole are successively Connection forms the first heat dissipation channel of the conduct heat away for generating the camera to the hull outside.

As an alternative embodiment, in the utility model embodiment, the shell include bottom case and with it is described Bottom case is fixedly connected and forms the top shell of the second inner space for the mainboard to be arranged.

As an alternative embodiment, one end of the mainboard is equipped with USB interface in the utility model embodiment And the card slot for plugging SIM card or storage card, the position that the top shell corresponds to the card slot and USB interface are respectively arranged with slotting Slot and USB slot are pulled out, the plug slot is connected to the card slot, and the USB slot is connected to the USB interface.

As an alternative embodiment, the top shell corresponds to the camera module in the utility model embodiment Position be equipped with the first heat sink and the anti-scald plate that is fixedly arranged on first heat sink, the anti-scald plate is equipped with several second Heat release hole.

The is equipped with as an alternative embodiment, in the utility model embodiment, in second inner space Two heat sinks, second heat sink include endothermic section and the heat-conducting part that is fixedly connected with the endothermic section, and the endothermic section is solid Set on the mainboard, the heat-conducting part is attached at first heat sink, and the heat sink is used to absorb what the mainboard issued Heat, and conducted the heat to first heat sink by the heat-conducting part.

As an alternative embodiment, the alarm appliance is set to described second in the utility model embodiment In inner space, the position that the bottom case corresponds to the alarm appliance is equipped with acoustic aperture.

As an alternative embodiment, corresponding to described on the camera module in the utility model embodiment The position of one heat sink is equipped with the first thermal window, and second heat release hole of first thermal window and the anti-scald plate is formed Heat for generating the camera module is distributed to the second heat dissipation channel of the hull outside.

As an alternative embodiment, the bottom case is close to the acoustic aperture out in the utility model embodiment Position is equipped with key and running indicator, and the key is used to control the operating status of the filming apparatus, and the running indicator is for showing Show the operating status of the filming apparatus.

As an alternative embodiment, the bottom of the shell is equipped with fixed knot in the utility model embodiment Structure, the fixed structure are used to for the filming apparatus being fixed on the windshield of the vehicle.

As an alternative embodiment, the exception driving status includes described in the utility model embodiment The first relative distance between vehicle and front truck is less than less than the time of default safe distance, the vehicle rear-end collision front truck to be equipped in advance The second relative distance between dynamic time and the vehicle and lane line is less than preset deviation distance.

The utility model embodiment provides a kind of vehicle-mounted shooting device with anti-collision early warning function, has following beneficial Effect:

(1) driver is reminded in time to the road conditions of road before achievable captured in real-time vehicle and in appearance exception.This reality With novel vehicle-mounted shooting device by the way that mainboard is arranged in shell, and camera module is set and alarm appliance is electrically connected with mainboard It connects, shot before vehicle using camera module to the road conditions of road and generates image transmitting to mainboard, so that mainboard receives, place Judge whether the vehicle is in abnormal driving status after managing the image, if so, the mainboard can control alarm appliance to sound an alarm To remind driver to take brake measure, to avoid the generation of rear-end collision.

(2) shooting angle is adjustable and easy to adjust.The vehicle-mounted shooting device of the utility model on camera module by setting Rotatable parts and the intracorporal fixed cover of shell and connector are rotatablely connected, so that rotatable parts can drive camera module to turn with respect to shell It is dynamic, while adjustment hole also is opened up in shell, by the adjustment hole, it can be achieved that adjusting the rotatable parts with respect to shell from hull outside Rotation.Both it had realized the adjustment of shooting angle and had realized the adjustment of shooting angle rapid and convenient.

(3) heat that camera generates can be dissipated from different heat dissipation channels, good heat dissipation effect.The vehicle-mounted bat of the utility model Device is taken the photograph by opening up the first thermal window in rotatable parts, fixed cover opens up the second thermal window, mainboard bracket is arranged and holds Heat dissipation gap is formed between carrier, thus in the first thermal window successively to the second thermal window, heat dissipation gap and shell The first heat dissipation channel is formed between first heat release hole, the first heat sink and anti-scald plate then are set in top shell, to dissipate first Thermal window successively to the second thermal window, the first heat sink, anti-scald plate the second heat release hole between form the second heat dissipation channel, by This, a part of heat that the camera in rotatable parts generates can diffuse to hull outside, rotatable parts from the first heat dissipation channel Another part heat that interior camera generates can diffuse to hull outside from the second heat dissipation channel.Heat can be logical from different heat dissipations Road diverging, good heat dissipation effect and radiating efficiency are high.

(4) small in size.The vehicle-mounted shooting device of the utility model is by being arranged camera module in shell and in housing bottom Shooting window is opened up, so that camera module part is located at enclosure interior, another part passes through the shooting window and is located at hull outside, So as to reduce the space that camera module accounts for enclosure interior, and then reduce shell volume.

Detailed description of the invention

It, below will be to use required in embodiment in order to illustrate more clearly of the technical solution in utility model embodiment To attached drawing be briefly described, it should be apparent that, the drawings in the following description are merely some embodiments of the present invention, It, without creative efforts, can also be according to these attached drawings for those of ordinary skill in the art Obtain other attached drawings.

Fig. 1 is the structural schematic diagram at the first visual angle of vehicle-mounted shooting device disclosed in the utility model embodiment one；

Fig. 2 is the structural schematic diagram at the second visual angle of vehicle-mounted shooting device disclosed in the utility model embodiment one；

Fig. 3 is the schematic diagram of internal structure of vehicle-mounted shooting device disclosed in the utility model embodiment one；

Fig. 4 is that the bottom case of vehicle-mounted shooting device disclosed in the utility model embodiment one and rotatable parts and alarm appliance connect The structural schematic diagram connect；

Fig. 5 is the structural schematic diagram of the camera module of vehicle-mounted shooting device disclosed in the utility model embodiment one；

Fig. 6 is the decomposition diagram of the camera module of vehicle-mounted shooting device disclosed in the utility model embodiment one；

Fig. 7 is that the structure of the camera module (omitting upper casing) of vehicle-mounted shooting device disclosed in the utility model embodiment one is shown It is intended to；

Fig. 8 is that the structure that the camera module of vehicle-mounted shooting device disclosed in the utility model embodiment one is set in bottom case is shown It is intended to；

Fig. 9 is the structural schematic diagram at the second visual angle of vehicle-mounted shooting device disclosed in the utility model embodiment one；

Figure 10 be vehicle-mounted shooting device disclosed in the utility model embodiment one rotatable parts and fixed cover connection the The structural schematic diagram at one visual angle；

Figure 11 be vehicle-mounted shooting device disclosed in the utility model embodiment one rotatable parts and fixed cover connection the The structural schematic diagram at two visual angles；

Figure 12 is the rotatable parts of vehicle-mounted shooting device disclosed in the utility model embodiment and the knot that fixed cover is not connected with Structure schematic diagram；

Figure 13 is the structural schematic diagram of the bottom case of vehicle-mounted shooting device disclosed in the utility model embodiment one；

Figure 14 is the structural schematic diagram at another visual angle of Figure 12；

Figure 15 is the structural schematic diagram of the top shell of vehicle-mounted shooting device disclosed in the utility model embodiment one；

Figure 16 is the structural schematic diagram at the third visual angle of vehicle-mounted shooting device disclosed in the utility model embodiment one；

Figure 17 be vehicle-mounted shooting device disclosed in the utility model embodiment two rotatable parts and fixed cover connection the The structural schematic diagram at three visual angles；

Figure 18 is the bottom case of vehicle-mounted shooting device disclosed in the utility model embodiment two and the structure that mainboard bracket is connect Schematic diagram；

Figure 19 is that the mainboard bracket of vehicle-mounted shooting device disclosed in the utility model embodiment and camera module are arranged the bottom of at Structural schematic diagram in shell；

Figure 20 is that the mainboard bracket of vehicle-mounted shooting device disclosed in the utility model embodiment and structure that mainboard is connect are shown It is intended to；

Figure 21 is the structural schematic diagram at another visual angle of Figure 20；

Figure 22 is the mainboard bracket of vehicle-mounted shooting device disclosed in the utility model embodiment and the structure that mainboard is not connected with Schematic diagram；

Figure 23 is that the structure that the camera module of vehicle-mounted shooting device disclosed in the utility model embodiment is set in the housing is shown It is intended to；

The top shell and the first heat sink and anti-scald plate that Figure 24 is vehicle-mounted shooting device disclosed in the utility model embodiment are not The structural schematic diagram of connection；

Figure 25 is that the first heat sink of vehicle-mounted shooting device disclosed in the utility model embodiment shows set on the structure of top shell It is intended to；

Figure 26 is the first heat sink of vehicle-mounted shooting device disclosed in the utility model embodiment, anti-scald plate set on top shell Structural schematic diagram；

Figure 27 is the structure that the mainboard of vehicle-mounted shooting device disclosed in the utility model embodiment is connect with the second heat sink Schematic diagram；

Figure 28 is the structural representation of vehicle-mounted shooting device disclosed in the utility model embodiment (omitting top shell and anti-scald plate) Figure.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model It clearly and completely describes, it is clear that described embodiment is only the utility model a part of the embodiment, rather than whole realities Apply example.Based on the embodiments of the present invention, it fall within the protection scope of the utility model.

It should be noted that the utility model embodiment belongs to " comprising " and " having " and their any deformation, Be intended to cover it is non-exclusive include, for example, containing the process, method of a series of steps or units, system, product or setting It is standby those of to be not necessarily limited to be clearly listed step or unit, but may include not listing clearly or for these processes, side Other intrinsic step or units of method, product or equipment.

The utility model discloses a kind of vehicle-mounted shooting device with anti-collision early warning function, vehicle-mounted shooting device installations Mode is simple, it can be achieved that timely and effectively driver is reminded to take brake measure, to effectively avoid the generation of rear-end collision.It can Reminding driver to take, braking prevents from knocking into the back front vehicles or braking suddenly causes front vehicle to knock into the back.Below with reference to attached drawing into Row detailed description.

Embodiment one

In conjunction with shown in Fig. 1 to Fig. 4, provided for the utility model embodiment one a kind of with the vehicle-mounted of anti-collision early warning function The schematic diagram of filming apparatus.The vehicle-mounted shooting device includes shell 10, camera module 20 and alarm appliance 30, in the shell 10 Equipped with mainboard 40, which is set to the shell 10, which is electrically connected with the mainboard 40, the alarm appliance 30 It is electrically connected set on the shell 10 and with the mainboard 40.

Wherein, the camera module 20 is for the road conditions of road and generating image transmitting to mainboard before captured in real-time vehicle 40, which is used to receive, handles the image of the camera module 20 transmission, and is judged according to the processing structure to the image When vehicle is in abnormal driving status, controls the alarm appliance 30 and sound an alarm.

Specifically, the image that mainboard 40 can receive, processing camera module 20 transmits.

As an alternative embodiment, the mainboard 40 can identify front truck (i.e. in the vehicle from received image Another vehicle of traveling ahead), and vehicle (is equipped with the vehicle-mounted bat according to front truck position in the picture and when shooting the image Take the photograph the vehicle of device) position location determine the first relative distance of the vehicle distances front truck, and judge first relative distance Whether preset safe distance is less than, if so, mainboard 40 may determine that vehicle is now in abnormal driving status (i.e. vehicle With the following distance for being less than safety at a distance from front truck), at this point, mainboard 40 can control alarm appliance 30 to sound an alarm.

As another optional embodiment, which can receive the multiframe consecutive image of the transmission of camera module 20, It (is surveyed by sensors such as inertia sensing units according to the exercise data of position and the vehicle of the front truck in the multiframe consecutive image Measure out), it determines the position and speed of front truck, in conjunction with the movement velocity at the vehicle current time, calculates the vehicle and front truck The time knocked into the back, (i.e. front truck and the vehicle were travelled according to current movement velocity, after the time of knocking into the back, it may occur however that touch Hit), if the above-mentioned time of knocking into the back, less than preset braking time, mainboard 40 may determine that vehicle is in abnormal traveling shape State (i.e. the risk of vehicle and front truck generation rear-end impact is higher), sounds an alarm at this point, mainboard 40 controls alarm appliance 30.

As another optional embodiment, mainboard 40 can also identify lane line from received image.Wherein, main Plate 40 can identify one or more lane line from image, and the utility model embodiment is without limitation.The mainboard 40 can basis The position of above-mentioned lane line in the picture, and the position location of vehicle determines vehicle relative to lane when taking the image Second relative distance of line, and judge whether second relative distance is less than preset deviation distance, if so, mainboard 40 can be with Judge to be in abnormal driving status by vehicle that (i.e. vehicle and lane line is closer, it is understood that there may be crimping or run-off-road etc. Abnormal conditions), it is sounded an alarm at this point, mainboard 40 controls alarm appliance 30.

That is, the exception driving status, which includes at least the first relative distance between vehicle and front truck, is less than default peace Full distance, the second relative distance that the time of vehicle rear-end collision front truck is less than between default braking time and vehicle and lane line are small In default deviation distance.

It follows that the vehicle-mounted shooting device of the utility model embodiment is received by mainboard 40, processing camera module 20 The image of shooting, and control alarm appliance 30 sounds an alarm when judging that vehicle is in abnormal driving status.It can not only prevent Vehicle rear-end collision front truck and back car knock into the back the vehicle, moreover it is possible to prevent deviating road traveling from causing to collide, this is this reality With novel one of utility model point.

In the present embodiment, since the vehicle-mounted shooting device can be realized before captured in real-time to the road conditions of road and can occur Start alarm when abnormal in time, therefore, which can be applied on automobile, such as bus, private car etc., with It realizes and driver is reminded to take braking or adjustment direction of traffic to prevent vehicle from colliding in time.

Further, vehicle-mounted shooting device is fixed on automotive interior in order to realize, the shell 10 of the vehicle-mounted shooting device Bottom be equipped with fixed structure 50, fixed structure 50 is used to for filming apparatus to be fixed on the front windshield of vehicle.Specifically, should Fixed structure 50 can be 3M glue, thus can realize the front windshield that filming apparatus is directly pasted on to vehicle, mounting means letter Do not have to reequip vehicle when single and installation, is applicable to different types of vehicle, meanwhile, the fixed structure 50 is simple, can Reduce the volume of filming apparatus, it is small to occupy interior space.It is understood that in other embodiments, which can also For set on the screw hole, glue, sucker etc. of housing bottom.

In conjunction with shown in fig. 4 to fig. 6, Figure 10, in the present embodiment, in order to enable the shooting angle of camera module 20 is adjustable, In order to preferably shoot the preceding road conditions to road, camera module 20 is including rotatable parts 21 and is fixedly arranged on taking the photograph for rotatable parts 21 As head 22, rotatable parts 21 are rotationally connected in shell 10, so that camera 22 can be rotated and be obtained different relative to shell 10 Shooting angle.

It can learn, it, can be according to different vehicle when the camera module 20 is installed on the vehicle of different model Difference needs, and is rotated by rotating the rotatable parts 21 relative to shell 10, so that camera 22 can be rotated relative to shell 10 To suitable angle, and then camera 22 may make to obtain the best shooting angle that the filming apparatus shoots the vehicle front road Degree.That is, the camera module 20 can be suitable for the vehicle of different model and be applicable in using the embodiment of the utility model In different shooting occasions, versatility is high.

It follows that the filming apparatus is by being arranged 3M glue in 10 bottom of shell, mounting means is simple, so that the shooting fills The front windshield for being mountable to different model vehicle is set, is also provided with rotatable parts 21 so that camera module 20 can be with respect to shell 10 rotations, to make camera 22 obtain different shooting angle, at this point, can lead to when filming apparatus is installed on different vehicle It crosses rotation camera module 20 to rotate relative to shell 10, camera 22 is made to obtain the best of filming apparatus shooting vehicle front road Shooting angle, the filming apparatus can be suitable for the vehicle of different model, this is also one of utility model point of the utility model.

Further, for the ease of quickly adjusting the shooting angle of camera 22, in the corresponding rotatable parts 21 of the bottom case 11 The position of one end can offer adjusting hole 10a, rotate for rotating the rotatable parts 21 outside shell 10 relative to shell 10, with It is conveniently adjusted the shooting angle of the camera 22.21 one end of rotatable parts is one end that rotatable parts 21 are equipped with positive stop key 213, User can apply one end that the external force for rotating rotatable parts is equipped with positive stop key 213 in rotatable parts 21 by adjusting hole 10a, When the strip bulge of positive stop key 213 is connected to the limit end face of limiting slot 61a, at this time for rotating the outer of the rotatable parts 21 Power can act on limiting slot 61a by locating part 213, and rotatable parts 21 known to user turn to extreme position and then stop at once Apply external force, thus the rotatable parts 21 that stop operating.It is understood that if the other end of the corresponding rotatable parts 21 of bottom case 11 Position open up adjusting hole 10a, then external force on rotatable parts 21 far from positive stop key 213 position, when positive stop key 213 Strip bulge when being connected to the limit end face of limiting slot 61a, user can not learn rotatable parts 21 turn to extreme position into And external force is continued to, will lead to the rotatable parts 21 occurs plastic deformation or even the destruction that twists, so as to lead to vehicle Carry the reduced service life of filming apparatus.

It follows that the filming apparatus passes through opens up adjusting hole 10a on the housing 10, and adjusting hole 10a is located at shell It the position of 10 corresponding 21 one end of rotatable parts can be by adjusting hole 10a from shooting thus when user uses the filming apparatus Rotate rotatable parts 21 relative to shell 10, to adjust the shooting angle of camera 22, so that camera is taken the photograph As the best shooting angle of the shooting vehicle front road of mould group 20, this is also one of utility model point of the utility model.

In conjunction with shown in Fig. 5 to Fig. 7, in the present embodiment, rotatable parts 21 include upper casing 211 and lower casing 212, lower casing 212 It is fixedly connected with upper casing 211 and forms the first inner space (not indicating) with upper casing 211, it is empty that camera 22 is fixedly arranged on the first inside Between.Specifically, which is equipped with connector 221, which is electrically connected with mainboard 40 and shoots camera 22 Image transmitting to mainboard 40, upper casing 211 be correspondingly connected with device 221 offer first go out linear window 21a, this first go out linear window The cable (not shown) that the connector 221 that 21a is used to be pierced by camera 22 is electrically connected with mainboard 40.

Further, which includes first part 21b and the second part 21c set on first part 21b, and first Part 21b is fixedly connected on upper casing 211 and forms the first inner space with upper casing 211, and second part 21c is equipped with perforation to first The camera lens channel (not indicating) of inner space, camera 22 are fixedly arranged on first part 21b and are found a view by camera lens channel.Specifically Ground, the cross sectional shape of rotatable parts 21 are that approximation is T-shaped, and second part 21c is shaped in first part 21b.Wherein, upper casing 211 and lower casing 212 the equal semicircular cylindrical shell of first part 21b, the first part 21b of the upper casing 211 and the lower casing 212 Docking forms approximate cylindrical-shaped structure, second part 21c be one end be fixedly connected on first part 21b and with first part and Upper casing forms approximate T-shaped shell structure.

Further, second part 21c is hollow cylindrical shell structure, and second part 21c's is hollow interior Portion forms the camera lens channel.Camera lens channel has opening, which is fixedly arranged on the first inner space and the camera 22 Camera lens is along the camera lens channel towards the exterior space.That is, camera 22 can realize shooting of finding a view by the opening in camera lens channel.

It drives camera 22 to rotate relative to shell 10 it follows that the rotatable parts 21 can not only be realized, can also form guarantor It protects the shell of the camera 22 and realizes the shooting of finding a view of camera.

In conjunction with shown in Fig. 4, Fig. 8 to Fig. 9, in the present embodiment, shell 10 is equipped with shooting window 10b, and rotatable parts 21 are worn Set on shooting window 10b, the stretching shooting of camera 22 window 10b is outer and can be fixed in shooting window 10b rotation, shell 10 There is fixed cover 60,60 parts of fixed cover cover on rotatable parts 21 and cover shooting window 10b.

It uses setting on the housing 10 to shoot window 10b and realizes bat outside the extended shooting window 10b of camera 22 to realize The mode taken the photograph, the camera for having overturned traditional vehicle-mounted shooting device are only installed in enclosure interior and are only capable of realizing from enclosure interior The mode found a view can not only reduce camera to the occupancy in enclosure interior space, while also can avoid bat of the shell to camera It takes the photograph visual angle and causes the case where blocking, it is ensured that the shooting effect of camera.

In addition, covering shooting window 10b using fixed cover 60, it can effectively avoid external sundries, dust etc. and pass through shooting Window 10b enters in shell 10 and leads to inconvenient the case where clearing up, at the same also can avoid external sundries, dust to shell 10 inside Electronic device caused by damage.

It is shot outside the stretching shell 10 of camera 22 it is understood that the filming apparatus is provided by shooting window 10b Space, realize camera 22 find a view outside shell 10.Therefore, the filming apparatus of the utility model embodiment has anti-with tradition The monitor for hitting function is different.It is provided with fixed cover 60 simultaneously, shooting window 10b is connect and covered with camera module 20, can prevent For external sundries by shooting the case where window 10b enters the electronic device inside 10 internal damage of shell, this is also that this is practical new One of utility model point of type.

Further, in conjunction with shown in Fig. 9 to Figure 12, fixed cover 60 is including coupling part 61 and is fixedly connected on coupling part 61 covering part 62, coupling part 61 cover at rotatable parts 21, and covering part 62 covers shooting window 10b.Specifically, turn The lower casing 212 of dynamic component 21 partially passes through shooting window 10b, and camera 22 can be passed through along the second part 21c of lower casing 212 should Shooting window 10b realization is found a view, which is the cylindric cover to match with the structure of upper casing 211, so as to reality Now it is located at the outside of the upper casing 211.The covering part 62 is approximate slab shape and can be integrally formed with coupling part 61, thus So that being continuous transition between covering part and coupling part, shooting window 10b is completely covered by realize.Preferably, it is The complete hidings of 62 couples of covering part shooting window 10b are further increased, which is equipped with transition structure 621, transition Structure 621 is bonded with the edge of shooting window 10b.

It should learn, since the coupling part 61 of fixed cover 60 covers at outside the upper casing 211 of rotating part, because This connect in order to not influence 22 connector 221 of camera with the cabling of mainboard 40, which covers at rotatable parts 21 Coupling part 61, which is offered, goes out the linear window 611 out of linear window 21a corresponding second, the connector with the first of rotatable parts 21 221 cable, which can go out linear window 21a by first and go out linear window 611 to second, to be pierced by and is connected to mainboard 40.

In conjunction with shown in Figure 10 to Figure 12, in the present embodiment, which can rotate relative to the fixation cover 60, so that Camera module 20 is rotated relative to the fixation cover 60, and then camera 22 is made to obtain different shooting angle.In the present embodiment, it is Realize the opposite rotation connections with fixed cover 60 of rotatable parts 21, one end of the coupling part 61 of fixed cover 60 is equipped with rotation and connects Socket part 612, the other end of the coupling part 61 are removably connected with connector (not shown), 211 He of upper casing of rotatable parts 21 The first part 21b of lower casing 212 also forms two opposite ends, 612 turns of an opposite end of the rotatable parts 21 and rotating junction Dynamic connection, another opposite end of the rotatable parts 21 is rotationally connected with the connector.Specifically, the connector and the fixation cover 60 It is equipped with error-proof structure 613 in the link position of the two, which is fixedly connected on 10 inside of shell and the connector passes through Error-proof structure 613 is connected to the coupling part 61 of the fixation cover 60, which is convenient for determining the peace of connector when assembly Fill direction.

Further, which is equipped with limiting slot 61a, and one end of the rotatable parts 21, which is equipped with, is located at limit Positive stop key 213 in slot 61a and for being cooperatively connected with limiting slot 61a.Specifically, limiting slot 61a is approximate linear type slot, Including two limit end faces, which is located in limiting slot 61a, and the positive stop key 213 is approximate crosswise, positive stop key 213 are equipped with strip bulge.When the rotatable parts 21 rotation, which is limiting with the rotation of rotatable parts 21 When rotating up to the strip bulge of positive stop key 213 in slot 61a and being connected to the limit end face of limiting slot 61a, at this point, due to limiting slot The position-limiting action of 61a, positive stop key 213 do not continue to rotate, continue to rotate to limit rotatable parts 21, at this time camera 22 It adjusts no longer adjustable.It, can be along the rotatable parts 21 be rotated backward, so that positive stop key when the position of camera 22 need to be adjusted again The limit end face of 213 strip bulge relative limit slot 61a separates.

Further, in order to prevent rotatable parts 21 abutted during rotation with the covering part 62 of fixed cover 60 and Cause the case where covering part 62 is damaged, the covering part 62 of fixed cover 60 is equipped with the empty avoiding that corresponding camera 22 is arranged Position 622, which is the concave arc slot cooperated with second part 21c, which can not only increase the rotatable parts 21 rotational angle, and the clearance position 621 can be with the second part 21c of 21 lower casing 212 of rotatable parts when turning to extreme position Fitting completely, to prevent 21 pairs of rotatable parts fixed covers 60 when rotation from damaging.

In conjunction with shown in Fig. 4, Figure 13, in order to realize rotation of the rotatable parts 21 inside shell 10 and to rotatable parts 21 Support forms carrier 70 in the present embodiment in shell 10, carrier 70 is equipped with the through slot being connected to shooting window 10b 71, through slot 71 is interior to form supporting part 72, and the rotation of rotatable parts 21 is located at supporting part 72.Specifically, which shoots window certainly The edge of mouthful 10b is to forming inside shell 10 and be located above shooting window 10b, while from the top of the carrier 70 to bat It takes the photograph window 10b and opens up the through slot 71 being connected to shooting window 10b, which makes the cavity of the formation character cut in bas-relief shape of shell 10, The two opposite sides plate of the carrier 70 is equipped with the supporting part 72 of two approximate arcs, so that rotatable parts 21 can be in the supporting part Rotation is realized on 72.

In conjunction with shown in Fig. 4, Figure 14 to Figure 16, in the present embodiment, shell 10 is approximate mouse shape, and shell 10 includes bottom Shell 11 and the top shell 12 that the second inner space (not indicating) for mainboard 40 to be arranged is fixedly connected with and formed with bottom case 11.Specifically Ground, the junction of bottom case 11 and top shell 12 therebetween are equipped with the catching groove 111 matched and buckle 121, so that the two is solid Fixed connection.And in order to which the heat for generating camera 22 distributes in time, which is equipped with several first heat release hole, 112 Hes The top shell 12 is equipped with several second heat release holes 122.

Further, which includes the cavity 113 of approximate concave shape and connect to form the shooting window with the cavity 113 The bottom plate 114 of mouth 10b, cavity 113 form a part of the second inner space, and cavity 113 is interval in shooting window including two relatively The the first cavity 11a and the second cavity 11b of the two sides mouth 10b and the third for being connected to the first cavity 11a He second cavity 11b Cavity 11c, the bottom plate 114 are connected to the interval between the first cavity 11a and the second cavity 11b, and the bottom plate 114 and first recessed The 11b inner surface of chamber 11a and the second cavity forms the first continuous surface and the second continuous surface of approximate step surface, and rotatable parts 21 In the cavity 113 of bottom case 11, the volume of filming apparatus can be effectively reduced.

It follows that the filming apparatus of the utility model embodiment forms bottom case by cavity 113 and the connection of bottom plate 114 11, setting camera module 20 is located at cavity 113, and 113 inner surface of cavity and 114 surface of bottom plate form step surface.If bottom plate 114 connects Be connected to cavity 113 and with the not formed step surface of cavity 113, then the bottom plate 114 and deposited between the mainboard bracket 80 of bottom case 11 The not set component in gap between larger gap, bottom plate 114 and mainboard bracket 80 is unused space in shell 10, claps The volume for taking the photograph device is larger.Conversely, bottom plate 144 is connected to cavity 113 and forms step surface with cavity 113, may make the bottom of set on Small gap is formed between the mainboard bracket 80 and bottom plate 114 of shell 11, to keep filming apparatus internal structure compact, reduces shooting The volume of device, this is also one of utility model point of the utility model.

In conjunction with shown in Fig. 4, Figure 13, in the present embodiment, alarm appliance 30 is equipped in the second inner space, bottom case 11 is corresponding The position of alarm appliance 30 is equipped with acoustic aperture 115.Specifically, the alarm appliance 30 be fixedly connected on bottom case 11 and be located at third it is recessed Chamber 11c, the alarm appliance 30 can be loudspeaker, which can be controlled by mainboard 40, when vehicle is in abnormal traveling shape When state, sounds an alarm and driver is reminded to take braking or the timely driving direction for adjusting vehicle to prevent from colliding, this is spoken Hole 115 while speaking for can also be used to radiate.

Further, bottom case 11 is equipped with key 116 and running indicator 117 close to the position for going out acoustic aperture 115, and key 116 is used for The operating status of filming apparatus is controlled, running indicator 117 is used to show the operating status of filming apparatus.Key 116 may include being used for The volume key 11d of 30 volume adjustment of alarm appliance and power key 11e etc., driver Ke Tong for starting or closing filming apparatus Cross whether running indicator 117 normally lights and judge whether the filming apparatus is in normal operating condition.

In conjunction with shown in Figure 16, Figure 20, Figure 22, in the present embodiment, in order to realize that the image of vehicle-mounted shooting device stores function It can and realize the function that communication is realized with the mobile terminal (such as mobile phone or computer) of driver, one end of mainboard 40 is equipped with USB interface 41 and card slot 42 for plugging SIM card or storage card, the position point of top shell 12 corresponding USB interface 41 and card slot 42 It is not provided with USB slot 123 and plug slot 124, USB slot 123 is connected to USB interface 41, and plug slot 124 is connected to card slot 42, should Card slot 42 may include TF card slot 421 and sim card slot 422.Be additionally provided on the mainboard 40 GPS antenna 43 for receiving GPS signal, Prevent several shielding cases 44 of signal interference and reserving for several electrical connection alarm appliances 30, key 113 or running indicator 114 etc. Connector 45.

Recombine the course of work that the vehicle-mounted shooting device of the offer of the utility model embodiment one is described in detail in Fig. 1:

When the filming apparatus is applied to automobile, such as bus, private car etc., vapour can be fixed on by fixed structure In the front windshield of vehicle, the rotatable parts then are rotated by adjusting hole, make camera with respect to housing into rotation, when being adjusted to close When suitable angle, can stop operating makes the camera be in the angle, and camera can get shooting vehicle front road at this time Best angle.

When being provided with the automobile of the filming apparatus on the way when driving, camera module can obtain the road conditions of vehicle front road And generate image transmitting to mainboard, and when image mainboard after mainboard is handled judges that vehicle is in abnormal driving status, example Such as apart from front vehicles, too close, deviating road traveling, vehicle are much larger than front vehicles, and mainboard can control alarm appliance to sound an alarm Driver is reminded, at this point, driver takes braking after receiving the alarm of alarm appliance or adjusts the driving direction of vehicle, is avoided The front vehicles that knock into the back and front vehicle knock into the back the vehicle.

The utility model embodiment one provides a kind of vehicle-mounted shooting device with anti-collision early warning function, and have has as follows Beneficial effect:

(1) suitable for the vehicle of different model and different shooting occasions, versatility is high.The utility model embodiment one In vehicle-mounted shooting device by housing bottom be arranged fixed structure, the fixed structure can be 3M glue, in the vehicle of different model Directly directly the filming apparatus can be fixed in front windshield by 3M glue when being used on；In addition, camera module is taken the photograph As mould group setting rotatable parts make camera can phase housing into rotation, different shooting angle is obtained, in different shooting occasions The shooting angle of camera is adjusted to obtain best shooting angle.

(2) small in size.Vehicle-mounted shooting device in the utility model embodiment one, by being set in the intracorporal mainboard bracket of shell Set empty slot, when being set to mainboard on mainboard bracket, the electronic component on mainboard is located in empty slot, at this point, mainboard bracket and Mainboard is close to, and reduces the thickness that the two combines, and then reduce the volume of filming apparatus.

Embodiment two

In conjunction with shown in Fig. 6, Figure 12, Figure 17, the utility model embodiment two is provided vehicle-mounted with anti-collision early warning function It is in place of filming apparatus and difference of the embodiment one with the vehicle-mounted shooting device of anti-collision early warning function:

The upper casing 211 of the rotatable parts 21 is equipped with the first thermal window 21d.Specifically, first thermal window 21d is formed The heat generated for the camera 22 being fixedly arranged in rotatable parts 21 provides the heat dissipation channel diffused to outside rotatable parts 21, thus It prevents heat from concentrating in rotatable parts, builds normal running environment for camera.

Further, fixed cover 60 is equipped with the second thermal window 614.Specifically, the fixed cover on rotatable parts 21 60 coupling part 61 is equipped with the second thermal window 614 corresponding with the first thermal window 21d, the heat that camera 22 generates It continues up and distributes to fixed cover 60 from the second thermal window 614 by way of the first thermal window 21d.

In conjunction with shown in Figure 18 to 19, as an alternative embodiment, in order to realize mainboard 40 in the intracorporal fixation of shell, Mainboard bracket 80 is equipped in shell 10, mainboard bracket 80 is set to 70 top of carrier, and is formed between carrier 70 for dissipating The heat dissipation gap of heat, mainboard 40 are fixedly arranged on mainboard bracket 80.Specifically, the mainboard bracket 80 may include first connecting portion 81, Second connecting portion 82 and the fixed part 83 for being connected to the first connecting portion 81 He the second connecting portion 82,81 He of first connecting portion Second connecting portion 82 is respectively fixedly connected with two opposed inner walls in shell 10, and the shield portions of the fixed part 83 and fixed cover 60 Heat dissipation gap is respectively formed between 62 and the bottom plate 114 of bottom case 11, so that being dispersed into one of the heat of fixed 60 top of cover Bottom plate 114 can be led to along the heat dissipation gap by dividing, and be diffused to outside shell 10 by several first heat release holes 112 of bottom plate 114, To which temperature when filming apparatus operation be effectively reduced.

It follows that the filming apparatus opens up 60 companies of opening up of the first thermal window 21d and fixed cover by rotatable parts 21 The second thermal window 614, mainboard bracket 80 and the fixed cover 60 and bottom plate 114 of logical first thermal window 21d formed heat dissipation gap, The mode of several first heat release holes 112 is arranged in bottom plate 114, forms the first heat dissipation channel, which can make to image Outside first 22 a part of conduct heat away to shell 10.

In conjunction with shown in Figure 20 to Figure 22, further, which is equipped with several empty slots 84, and mainboard 40 is set to master When on board mount 80, the electronic component on mainboard 40 is located in empty slot 84, and mainboard 40 and mainboard bracket 80 can be made to paste completely Close, both reduce stacked thickness, but a part of heat that mainboard 40 can be made to generate dissipate downwards and by mainboard bracket 80 and Heat dissipation gap between bottom plate 114 diffuses to outside shell 10 from several first heat release holes 112 of bottom plate 114.It is understood that It is that another part heat of mainboard 40 can be diffused to outside shell 10 by several third heat release holes 125 of top shell 12 directly up Portion.

In conjunction with shown in Figure 23 to Figure 26, as another optional embodiment, the position of the corresponding camera module 20 of shell 10 The anti-scald plate 12b for installing the first heat sink 12a and being fixedly arranged on the first heat sink 12a, anti-scald plate 12b are equipped with several second Heat release hole 122.Specifically, which is set to the position of 12 face camera module 20 of top shell, fixed 60 top of cover Another part heat can continue up diverging, dissipate via the first heat sink 12a from the second heat release hole 122 on anti-scald plate 12b It issues outside shell 10.

It follows that the filming apparatus by rotatable parts 21 open up the first thermal window 21d and it is fixed cover to open up be connected to The mode of the first heat sink 12a and anti-scald plate 12b, shape is arranged in the second thermal window 614 of first thermal window 21d, top shell 12 At the second heat dissipation channel, which can be such that another part heat of camera 22 is dispersed into outside shell 10.

It follows that the first heat dissipation channel and the second heat dissipation channel are formd inside the filming apparatus, for dress will to be shot The heat that camera 22 and mainboard 40 generate when setting work passes through different heat dissipation channels while diffusing to outside filming apparatus, improves The radiating efficiency of filming apparatus reduces the operating temperature of filming apparatus, prevents inside the excessively high damage filming apparatus of temperature The case where component, can extend the service life of filming apparatus, this is also one of utility model point of the utility model.

In conjunction with shown in Figure 27 to Figure 28, further, the second heat sink 90, the second heat sink are equipped in the second inner space 90 include endothermic section 91 and the heat-conducting part 92 being fixedly connected with the endothermic section 91, and endothermic section 91 is fixedly arranged on mainboard 40, heat-conducting part 92 are attached at the first heat sink 12a, and endothermic section 91 is used to absorb most of heat of the sending of mainboard 40, and will by heat-conducting part 92 Heat is conducted to the first heat sink 12a.Specifically, which includes the first endothermic section 911 and the second endothermic section 912, is led Hot portion 92 is fixedly connected between the first endothermic section 911 and the second endothermic section 912, the first endothermic section 911 and the second endothermic section 912 It is attached at mainboard 40, heat-conducting part 92 is attached at the first heat sink 12a.

It is understood that the second heat sink 90 is used to absorb the big portion generated when the electronic component operation on mainboard 40 Divide heat, is conducted by heat-conducting part 92 to the first heat sink 12a by heat transfer self heat absorption portion 91, and pass through the first heat sink The second heat release hole 122 of 12a and anti-scald plate 12b sheds outside shell 10.

It should learn, which is that most of heat that the filming apparatus generates gives out shell 10 Concentration position, the spot temperature is higher, and amount of heat that the setting of the anti-scald plate 12b can prevent the position from shedding, which is scalded, to be used Family.

This reality utility model applies example two and provides a kind of vehicle-mounted shooting device with anti-collision early warning function, and camera generates Heat can diffuse to hull outside with excessively different heat dissipation channels, by opening up the first thermal window in rotatable parts, fixed covering It opens up and forms heat dissipation gap between the second thermal window being connected to the first thermal window, mainboard bracket and fixed cover, bottom case is set It sets several first heat release holes, the first thermal window of connection, the second thermal window, heat dissipation gap, the first heat release hole is consequently formed First heat dissipation channel；The first heat sink is set in top shell and equipped with the anti-scald plate of the second heat release hole, forms the first radiator window of connection Second heat dissipation channel of mouth, the second thermal window, the first heat sink, the second heat release hole.

The heat that mainboard generates can directly dissipate or heat transmitting by way of diffuse to hull outside, by top shell and Heat release hole is arranged in bottom case, and the heat that mainboard generates directly directly can diffuse to hull outside by heat release hole；It is arranged on mainboard Second heat sink, the endothermic section of the second heat sink are attached at mainboard, and the heat-conducting part of the second heat sink is attached at the first heat sink, main Also the second heat sink conducts to the first heat sink and diffuses to hull outside by the second heat release hole the heat that plate generates.

A kind of vehicle-mounted shooting device with anti-collision early warning function disclosed in the utility model embodiment is carried out above Detailed introduction applies an example herein and is expounded to the principles of the present invention and embodiment, above embodiments Illustrate that a kind of vehicle-mounted shooting device with anti-collision early warning function for being merely used to help understand the utility model and its core are thought Think；At the same time, for those skilled in the art, the thought an of the utility model in specific embodiment and apply model Place that there will be changes, in conclusion the content of the present specification should not be construed as a limitation of the present invention.

Claims (21)

1. a kind of vehicle-mounted shooting device with anti-collision early warning function, which is characterized in that including

Shell, the shell is interior to be equipped with mainboard；

Camera module, the camera module are set to the shell, and the camera module is electrically connected with the mainboard, the camera shooting mould Group is for the road conditions of road and generating image transmitting to the mainboard before captured in real-time vehicle；And

Alarm appliance, the alarm appliance are set to the shell and are electrically connected with the mainboard；

The mainboard is used to receive, handle the described image of the camera module transmission, and according to the processing knot to described image When fruit judges that the vehicle is in abnormal driving status, controls the alarm appliance and sound an alarm.

2. vehicle-mounted shooting device according to claim 1, which is characterized in that the camera module includes rotatable parts and consolidates Set on the camera of the rotatable parts, the rotatable parts are rotationally connected in the shell, so that the camera can phase To the housing into rotation and obtain different shooting angle.

3. vehicle-mounted shooting device according to claim 2, which is characterized in that the rotatable parts include upper casing and lower casing, The lower casing be fixedly connected with the upper casing and with the upper casing formed the first inner space, the camera be fixedly arranged on it is described under Shell and be located at first inner space.

4. vehicle-mounted shooting device according to claim 3, which is characterized in that the lower casing include first part and be set to institute The second part of first part is stated, the first part is fixedly connected on the upper casing and is formed in described first with the upper casing Portion space, the second part are equipped with the camera lens channel of perforation to first inner space, and the camera is fixedly arranged on described First part and by the camera lens channel realize find a view.

5. according to the described in any item vehicle-mounted shooting devices of claim 2 to 4, which is characterized in that be installed in the shell solid Fixed cover, the fixed cover portion point cover at the rotatable parts, and one end of the fixed cover is equipped with rotating junction, and described turn One end of dynamic component and the rotating junction are rotatablely connected.

6. vehicle-mounted shooting device according to claim 5, which is characterized in that the rotating junction is equipped with limiting slot, institute The one end for stating rotatable parts is equipped with the positive stop key being located in the limiting slot and for being cooperatively connected with the limiting slot.

7. vehicle-mounted shooting device according to claim 6, which is characterized in that the shell corresponds to the institute of the rotatable parts One end is stated equipped with the adjusting hole for adjusting the relatively described housing into rotation of the rotatable parts.

8. vehicle-mounted shooting device according to claim 5, which is characterized in that connector is additionally provided in the shell, it is described Connector is removably connected to the other end of the fixed cover, and the other end of the rotatable parts and connector rotation connect It connects.

9. vehicle-mounted shooting device according to claim 5, which is characterized in that the shell, which is equipped with, shoots window, and described turn Dynamic component is arranged in the shooting window, and the camera stretching shooting window is outer and can the relatively described shooting window turn Dynamic, the fixed cover includes coupling part and the covering part for being fixedly connected on the coupling part, and the coupling part is provide with In the rotatable parts, the covering part covers the shooting window, and the covering part is equipped with the corresponding camera shooting The clearance position of head setting.

10. vehicle-mounted shooting device according to claim 9, which is characterized in that carrier is formed in the shell, it is described Carrier is equipped with the through slot being connected to the shooting window, and supporting part is formed in the through slot, and the rotatable parts rotation is located at The supporting part.

11. vehicle-mounted shooting device according to claim 10, which is characterized in that be equipped with mainboard bracket, institute in the shell Mainboard bracket is stated to be set to above the carrier and form the heat dissipation gap for heat dissipation, the mainboard between the carrier It is fixedly arranged on the mainboard bracket.

12. vehicle-mounted shooting device according to claim 11, which is characterized in that the shell is equipped with several first heat dissipations Hole；

The rotatable parts are equipped with the first thermal window, and fixed corresponding first thermal window of cover is equipped with the second heat dissipation Window；

First thermal window, second thermal window, the heat dissipation gap and first heat release hole are sequentially communicated The heat for generating the camera is formed to distribute to the first heat dissipation channel of the hull outside.

13. vehicle-mounted shooting device according to any one of claims 1 to 4, which is characterized in that the shell include bottom case and The top shell of the second inner space for the mainboard to be arranged is fixedly connected with and formed with the bottom case.

14. vehicle-mounted shooting device according to claim 13, which is characterized in that one end of the mainboard is equipped with USB interface And the card slot for plugging SIM card or storage card, the top shell corresponds to the card slot and the position of USB interface is respectively equipped with plug Slot and USB slot, the plug slot are connected to the card slot, and the USB slot is connected to the USB interface.

15. vehicle-mounted shooting device according to claim 14, which is characterized in that the top shell corresponds to the camera module The anti-scald plate that position is equipped with the first heat sink and is fixedly arranged on first heat sink, the anti-scald plate are equipped with several second and dissipate Hot hole.

16. vehicle-mounted shooting device according to claim 15, which is characterized in that be equipped with second in second inner space Heat sink, second heat sink include endothermic section and the heat-conducting part that is fixedly connected with the endothermic section, and the endothermic section is fixed In the mainboard, the heat-conducting part is attached at first heat sink, and the endothermic section is used to absorb the heat that the mainboard issues Amount, and conducted the heat to first heat sink by the heat-conducting part.

17. vehicle-mounted shooting device according to claim 15 or 16, which is characterized in that described in corresponding on the camera module The position of first heat sink is equipped with the first thermal window, second heat release hole of first thermal window and the anti-scald plate The heat that connection, first thermal window and second heat release hole form for generating the camera module is distributed to institute State the second heat dissipation channel of hull outside.

18. vehicle-mounted shooting device according to claim 16, which is characterized in that the alarm appliance is set in described second In portion space, the position that the bottom case corresponds to the alarm appliance is equipped with acoustic aperture.

19. vehicle-mounted shooting device according to claim 18, which is characterized in that the bottom case is close to the position of the acoustic aperture out It sets and is additionally provided with key and running indicator, the key is used to control the operating status of the filming apparatus, and the running indicator is for showing Show the operating status of the filming apparatus.

20. vehicle-mounted shooting device according to claim 1, which is characterized in that the bottom of the shell is equipped with fixed structure, The fixed structure is used to for the filming apparatus being fixed on the windshield of the vehicle.

21. vehicle-mounted shooting device according to claim 1, which is characterized in that the exception driving status includes the vehicle The first relative distance between front truck is less than default safe distance, the time of the vehicle rear-end collision front truck is less than default braking The second relative distance between time and the vehicle and lane line is less than default deviation distance.