CN207556532U - A kind of adaptive stereoscopy passive ranging device of multi-cam - Google Patents

Abstract

The utility model discloses a kind of adaptive stereoscopy passive ranging devices of multi-cam,Its structure includes infrared distance measurement induction mechanism,Video camera,Bolt hole,Securing elongated plate,Camera nesting shell,Loud speaker,Support column,Connecting plate,Sponges cover,Tripod column,Damping lasso,Foot pad,Outer ranging induction mechanism insertion is installed in camera nesting shell,Video camera is integrated with securing elongated plate,Video camera insertion is installed in camera nesting shell,A kind of adaptive stereoscopy passive ranging device of multi-cam of the utility model,Infrared monitoring camera lens is opened in structure to carry out sensing detection to the distance of shooting,The Information Conduction range images processor being collected into is handled,The distance of test object shooting,It is transferred to inside the main body of rear end by data transmission machine,It is further processed by core monitoring mainboard,Accurate captured object distance,So that electrophotographic process carries out automatic exact focus,The photo picture taken more high definition.

Description

A kind of adaptive stereoscopy passive ranging device of multi-cam

Technical field

The utility model is a kind of adaptive stereoscopy passive ranging device of multi-cam, belongs to stereoscopy passive ranging technology Field.

Background technology

The mankind feel to perceive extraneous various information by the way that tactile, smell, the sense of taste, the sense of hearing and vision etc. are various, and regard Feel is a kind of extraneous indispensable feeling of human perception, because the source that the mankind obtain information both largely is from vision, And can also perceive itself observation object between approximate distance, observed object relative to two eyes of observer angle Degree is different.

Prior art discloses application No. is：201720087358.1 a kind of adaptive stereoscopic vision of multi-cam survey Away from device, including mainboard, it is fixed on the first from left camera on mainboard, the second from left camera, a right camera, right two cameras, the right side Three cameras, left data transmission interface and right data transmission interface, further include external control panel；The first from left camera, the second from left camera shooting Head is connect by mainboard with left data transmission interface；A right camera, right two cameras, right three cameras pass through mainboard and right number It is connected according to coffret；Left data transmission interface, right data transmission interface are connect respectively with external control panel, but the existing skill Art is poor for the effect of the ranging of video camera, causes to exceed in shooting process camera focus distance or too near so that shooting is shone It is poor that piece obscures clarity.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of adaptive stereopsis of multi-cam Feel range unit, it is poor for the effect of the ranging of video camera with the prior art of solution, cause in shooting process camera focus Distance exceeds or too near so that the problem of shooting photographic fog clarity is poor.

To achieve these goals, the utility model is to realize by the following technical solutions：A kind of multi-cam is certainly The stereoscopy passive ranging device of adaptation, it is characterised in that：Its structure includes infrared distance measurement induction mechanism, video camera, bolt hole, consolidates Determine extension board, camera nesting shell, loud speaker, support column, connecting plate, sponges cover, tripod column, damping lasso, foot pad, it is described outer The insertion of ranging induction mechanism is installed in camera nesting shell, and the video camera is bolted with securing elongated plate, described to take the photograph Camera insertion be installed in camera nesting shell, the support column lower end is mutually welded with connecting plate upper end, the loud speaker lower end and Support column upper end is connected, and the connecting plate is integrated with tripod column, and the tripod column is same with sponges cover Axle center, the damping lasso lower end are mutually binded with foot pad upper end, and the tripod column is same axle center with damping lasso, described red Outer ranging induction mechanism is by infrared monitoring camera lens, range images processor, data transmission machine, main body, core monitoring mainboard, master Body protecting crust forms, and the infrared monitoring camera lens rear end is connected with range images processor front end, the range images processing Device right end fits with data transmission machine left end, and the core monitoring mainboard insertion is installed in main body, on the main body End fits with main body protecting crust lower end.

Further, the bolt hole and securing elongated being integrated of plate mechanism.

Further, it fits on the inside of the shell nested with camera of the securing elongated plate lower end.

Further, the main body protecting crust front end is bonded with camera nesting shell rear end.

Further, the camera nesting shell lower end is mutually binded with loud speaker upper end.

Further, the support column is made of stainless steel, and has preferable hardness.

Further, the damping lasso is made of rubber with preferable toughness.

Advantageous effect

A kind of multi-cam of the utility model adaptive stereoscopy passive ranging device opens infrared monitoring camera lens in structure Sensing detection can be carried out to the distance of shooting, the Information Conduction range images processor being collected into is handled, test object The distance of shooting, is transferred to by data transmission machine inside the main body of rear end, is carried out further by core monitoring mainboard Processing, accurate captured object distance so that electrophotographic process carries out automatic exact focus, and the photo picture taken is more High definition.

Description of the drawings

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon：

Fig. 1 is a kind of structure diagram of the adaptive stereoscopy passive ranging device of multi-cam of the utility model；

Fig. 2 is a kind of structure diagram of infrared distance measurement induction mechanism of the utility model.

In figure：Infrared distance measurement induction mechanism -1, video camera -2, bolt hole -3, securing elongated plate -4, camera nesting shell -5, Loud speaker -6, support column -7, connecting plate -8, sponges cover -9, tripod column -10, damping lasso -11, foot pad -12, infrared monitoring Camera lens -101, range images processor -102, data transmission machine -103, main body -104, core monitoring mainboard -105, main body are prevented Protective case -106.

Specific embodiment

To be easy to understand technical means, creative features, achievable purpose and effectiveness of the utility model, below With reference to specific embodiment, the utility model is expanded on further.

It please refers to Fig.1, Fig. 2, the utility model provides a kind of multi-cam adaptive stereoscopy passive ranging device technique Scheme：It is characterized in that：Its structure includes infrared distance measurement induction mechanism 1, video camera 2, bolt hole 3, securing elongated plate 4, camera Nested shell 5, loud speaker 6, support column 7, connecting plate 8, sponges cover 9, tripod column 10, damping lasso 11, foot pad 12, the exterior measuring It is installed in camera nesting shell 5 away from the insertion of induction mechanism 1, the video camera 2 is bolted with securing elongated plate 4, described The insertion of video camera 2 is installed in camera nesting shell 5, and 7 lower end of support column is mutually welded with 8 upper end of connecting plate, the loud speaker 6 Lower end is connected with 7 upper end of support column, and the connecting plate 8 is integrated with tripod column 10, the tripod column 10 with Sponges cover 9 is same axle center, and 11 lower end of damping lasso is mutually binded with 12 upper end of foot pad, the tripod column 10 and shock-absorbing sleeve Circle 11 is same axle center, and the infrared distance measurement induction mechanism 1 is by infrared monitoring camera lens 101, range images processor 102, information Transmitter 103, main body 104, core monitoring mainboard 105, main body protecting crust 106 form, 101 rear end of infrared monitoring camera lens It is connected with 102 front end of range images processor, 102 right end of range images processor and 103 left end phase of data transmission machine Fitting, the core monitoring insertion of mainboard 105 are installed in main body 104,104 upper end of main body and main body protecting crust 106 lower ends fit, the bolt hole 3 and securing elongated 4 being integrated mechanism of plate, securing elongated 4 lower end of plate and camera Nested 5 inside of shell fits, and 106 front end of main body protecting crust is bonded with 5 rear end of camera nesting shell, the camera nesting shell 5 Lower end is mutually binded with 6 upper end of loud speaker, and the support column 7 is made of stainless steel, and has preferable hardness, the damping lasso 11 It is made of rubber with preferable toughness.

Loud speaker 6 described in this patent is a kind of energy transducer for electric signal being changed into acoustical signal, the performance of loud speaker Influence of the quality to sound quality is very big, and loud speaker is a most weak device in stereo set, and for acoustics, It is a most important component again, and the waterproof DV type is various, and the basic principle of work is the same： Optical image signal is changed into electric signal, in order to store or transmit.

When object is shot using camera, open infrared monitoring camera lens 101 can to the distance of shooting into Row sensing detection, the Information Conduction range images processor 102 being collected into handled, the distance of test object shooting, by Data transmission machine 103 is transferred to inside the main body 104 of rear end, is further processed by core monitoring mainboard 105, essence Really captured object distance, main body protecting crust 106 can protect internal equipment to exempt from damage.

The utility model solution prior art is poor for the effect of the ranging of video camera, causes in shooting process camera coke Exceed away from distance or too near so that the problem of shooting photographic fog clarity is poor, the utility model is mutual by above-mentioned component Combined, infrared monitoring camera lens is opened in structure to carry out sensing detection to the distance of shooting, and the Information Conduction being collected into is surveyed It being handled away from image processor, the distance of test object shooting is transferred to by data transmission machine inside the main body of rear end, It is further processed by core monitoring mainboard, accurate captured object distance so that electrophotographic process carries out automatic Exact focus, the photo picture taken more high definition are described in detail below:

The infrared distance measurement induction mechanism 1 is by infrared monitoring camera lens 101, range images processor 102, data transmission machine 103rd, main body 104, core monitoring mainboard 105, main body protecting crust 106 form, 101 rear end of infrared monitoring camera lens and ranging 102 front end of image processor is connected, and 102 right end of range images processor fits with 103 left end of data transmission machine, institute It states the core monitoring insertion of mainboard 105 to be installed in main body 104,104 upper end of main body and 106 lower end phase of main body protecting crust Fitting.

The basic principle of the utility model and main feature and the advantages of the utility model has been shown and described above, for For those skilled in the art, it is clear that the utility model is not limited to the details of above-mentioned exemplary embodiment, and without departing substantially from this In the case of the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent requirements of the claims All changes are embraced therein.Any reference numeral in claim should not be considered as to the involved right of limitation It is required that.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art The other embodiment being appreciated that.

Claims (5)

1. a kind of adaptive stereoscopy passive ranging device of multi-cam, it is characterised in that：Its structure senses including infrared distance measurement Mechanism（1）, video camera（2）, bolt hole（3）, securing elongated plate（4）, camera nesting shell（5）, loud speaker（6）, support column（7）、 Connecting plate（8）, sponges cover（9）, tripod column（10）, damping lasso（11）, foot pad（12）, the outer ranging induction mechanism（1） Insertion is installed on camera nesting shell（5）It is interior, the video camera（2）With securing elongated plate（4）It is bolted, the video camera （2）Insertion is installed on camera nesting shell（5）It is interior, the support column（7）Lower end and connecting plate（8）Upper end is mutually welded, described to raise one's voice Device（6）Lower end and support column（7）Upper end is connected, the connecting plate（8）With tripod column（10）It is integrated, described three Foot stool column（10）With sponges cover（9）For same axle center, the damping lasso（11）Lower end and foot pad（12）Upper end is mutually binded, described Tripod column（10）With damping lasso（11）For same axle center, the infrared distance measurement induction mechanism（1）By infrared monitoring camera lens （101）, range images processor（102）, data transmission machine（103）, main body（104）, core monitoring mainboard（105）, main body Protecting crust（106）Composition, the infrared monitoring camera lens（101）Rear end and range images processor（102）Front end is connected, described Range images processor（102）Right end and data transmission machine（103）Left end fits, and the core monitors mainboard（105）It is embedded It is installed on main body（104）It is interior, the main body（104）Upper end and main body protecting crust（106）Lower end fits.

2. a kind of adaptive stereoscopy passive ranging device of multi-cam according to claim 1, it is characterised in that：It is described Bolt hole（3）With securing elongated plate（4）Being integrated mechanism.

3. a kind of adaptive stereoscopy passive ranging device of multi-cam according to claim 1, it is characterised in that：It is described Securing elongated plate（4）Lower end shell nested with camera（5）Inside fits.

4. a kind of adaptive stereoscopy passive ranging device of multi-cam according to claim 1, it is characterised in that：It is described Main body protecting crust（106）Front end shell nested with camera（5）Rear end is bonded.

5. a kind of adaptive stereoscopy passive ranging device of multi-cam according to claim 1, it is characterised in that：It is described Camera nesting shell（5）Lower end and loud speaker（6）It mutually binds upper end.