CN203414725U

CN203414725U - Multi-angle photographing device

Info

Publication number: CN203414725U
Application number: CN201320394212.3U
Authority: CN
Inventors: 周丹涛; 周彦彤
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-07-04
Filing date: 2013-07-04
Publication date: 2014-01-29
Anticipated expiration: 2023-07-04

Abstract

The utility model discloses a multi-angle photographing device. The multi-angle photographing device comprises a frame, a photographing assembly and a control device. The photographing assembly is installed on the frame, electrically connected with the control device, and comprises N photographing unit circumference arrays. Each photographing unit circumference array is formed by multiple photographing units surrounding a circumference array. The lens of each photographing unit aims at a photographed object. When the multi-angle photographing device is used for photographing, the control device can simultaneously send an instruction to each photographing unit so as to enable photographing of each photographing unit at the same time.

Description

A kind of device of point-of-view shot

Technical field

The utility model relates to a kind of camera, relates in particular to a kind of camera of a plurality of angle shots.

Background technology

Along with scientific and technological high speed development, the photo of single angle can not meet people's requirement, people wish to see photo or 360 ° of rotation panorama animations of a plurality of angles, more conventional image pickup method is that subject is placed on platform at present, then rotatable platform or camera carry out the shooting of different angles to subject, patent 201020263667.8, 200820204137.9, 200520064697.5 and 200510002581.3 utilize this method to design, although the method can solve point-of-view shot, but angle of every shooting need be rotated a lower platform or mobile camera once, photographic efficiency is low.

Summary of the invention

In order to improve photographic efficiency, the utility model provides a kind of point-of-view shot device, and this camera does not need rotatable platform or mobile cameras just can carry out point-of-view shot to subject.

The utility model solves the technical scheme that its technical matters adopts: a kind of point-of-view shot device is provided, comprise frame, photography assembly and control device, described photography assembly is arranged in described frame, described photography assembly comprises N camera unit circumference array, N is natural number, N is more than or equal to 2, vertical range between adjacent two camera unit circumference array is b, between camera unit circumference array, influence each other, b is more than or equal to 100mm, each camera unit circumference array is formed along circumference array by a plurality of camera units, the alignment lens subject of each camera unit, described camera unit and the electrical connection of described control device.

During shooting, described control device can send instruction to each camera unit at one time, and each camera unit is taken at one time, also can to the camera unit of appointment, send instruction by preheating setting time order, is allowed to condition at official hour and takes.

Due to subject, to have height to have short, for better shooting effect, lifting table is set in described photography assembly subject is carried out to height control, subject is placed on lifting table, if subject is too short, can allow lifting table move up, make the roughly coverage center in camera unit of subject.

Because subject is to be all much highly greater than width, for example human body, so described camera unit is longitudinally to take, and makes the height of imaging photo be greater than width.

The beneficial effects of the utility model are, can to subject, carry out point-of-view shot at one time, and photographic efficiency is high, and can utilize lifting table to adjust the shooting height of subject.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the utility model is further illustrated.

Fig. 1 is the state stereogram between camera unit and subject in the utility model photography assembly.

Fig. 2 is the state right view between camera unit and subject in the utility model photography assembly.

Fig. 3 is the exploded perspective view of first embodiment of the utility model.

Fig. 4 is the arc door leaf open mode stereographic map of first embodiment of the utility model.

Fig. 5 is the use state stereogram of first embodiment of the utility model.

Fig. 6 is the exploded perspective view of second embodiment of the utility model.

Fig. 7 is the arc lever arm of second embodiment of the utility model and the stereographic map of pipe.

Fig. 8 is the arc lever arm open mode stereographic map of second embodiment of the utility model.

Fig. 9 is the use state stereogram of second embodiment of the utility model.

Embodiment

In Fig. 1 and Fig. 2, photography assembly of the present utility model is comprised of the first camera unit circumference array 120 and the second camera unit circumference array 121, the first camera unit circumference array 120 and the second camera unit circumference array 121 are parallel to each other and be parallel to surface level, vertical range between the first camera unit circumference array 120 and the second camera unit circumference array 121 is that b(b is more than or equal to 100mm), the first camera unit circumference array 120 and the second camera unit circumference array 121 have shared array axes A, the first camera unit circumference array 120 is formed along circumference array by 18 camera units 122, the second camera unit circumference array 121 is formed along circumference array by 9 camera units 122, optical axis and the array axes A of each camera unit 122 in the first camera unit circumference array 120 intersect at intersection point A1, angle is α (α be greater than 10 ° and be less than 170 °), and each camera unit 122 in the first camera unit circumference array 120 and the distance between intersection point A1 are b1, optical axis and the array axes A of each camera unit 122 in the second camera unit circumference array 121 intersect at intersection point A1, angle is β (β be greater than 10 ° and be less than 170 °), each camera unit 122 in the second camera unit circumference array 121 and the distance between intersection point A1 are b2, b2=b1, vertical range b changes with angle [alpha] or β, and angle [alpha] or β are subject to b to be more than or equal to 100mm to limit.

In first embodiment shown in Fig. 3 and Fig. 4, frame consists of curved wall 110, arc door leaf 111 and the first skeleton 112, the center of circle of curved wall 110 and array axes A intersect, arc door leaf 111 and curved wall 110 chain connections, the radius of arc door leaf 111 is identical with curved wall 110, and arc door leaf 111 is provided with handle 115; The outside surface of curved wall 110 and arc door leaf 111 is provided with recess 113, camera unit 122 in the first camera unit circumference array 120 is arranged in recess 113, recess 113 bottoms are drilled with the first through hole 114, light enters the camera lens of camera unit 122 by the first through hole 114, the position of the recess 113 on curved wall 110 and arc door leaf 111 and quantity are corresponding with the camera unit 122 in the first camera unit circumference array 120; The first skeleton 112 is arranged on curved wall end face, and the center of circle of the first skeleton 112 and array axes A intersect, and the second camera unit circumference array 121 is arranged on below the first skeleton 112.

In first embodiment, camera unit is camera, and control device is Programmable Logic Controller, camera unit and control device electrical connection; During shooting, control device can send instruction to each camera unit at one time, each camera unit is taken at one time, also can to the camera unit of appointment, send instruction by preheating setting time order, be allowed to condition at official hour and take, the image data transmission that camera unit is taken is to control device and be stored in wherein.

Due to subject, to have height to have short, for better shooting effect, in photography assembly, be provided with 130 pairs of subjects of lifting table and carry out height control, the volume center of lifting table and array axes A intersect, subject is placed on lifting table, and lifting table 130 is in the present embodiment electric lifting platform.

In second embodiment shown in Fig. 6 and Fig. 7, the first camera unit circumference array 120 is formed along circumference array by 18 camera units 122, and the second camera unit circumference array 121 is formed along circumference array by 18 camera units 122, frame consists of column circumference array 210, arc lever arm 211 and the second skeleton 212, column circumference array 210 is circumferentially formed by 18 pipes 213, the radius of column circumference array 210 and array axes are identical with the first camera unit circumference array 120, the position of the pipe 213 on column circumference array 210 circumference and quantity are corresponding with the camera unit 122 of the first camera unit circumference array 120, camera unit 122 is arranged in pipe 213 top pipes, the top tube wall of every pipe 213 is drilled with the second through hole 214, the position of the second through hole 214 is corresponding with the camera lens of camera unit 122, light enters the camera lens of camera unit 122 by the second through hole 214, in order to facilitate subject turnover, the bottom of any one in 18 pipes 213 is removed liftoff, the upper end retaining is fixed on one end of arc lever arm 211, the other end of arc lever arm 211 and adjacent pipe 213 chain connections, the radius of arc lever arm 211 is identical with the first camera unit circumference array 120, the second skeleton 212 install or be lifted on house ceiling below, the center of circle of the second skeleton 212 and array axes A are crossing, the second camera unit circumference array 121 is arranged on below the second skeleton 212.

In second embodiment, camera unit is digital camera, and control device is computer, digital camera and computer electrical connection; During shooting, control device can send instruction to each camera unit at one time, each camera unit is taken at one time, also can to the camera unit of appointment, send instruction by preheating setting time order, be allowed to condition at official hour and take, the image data transmission that camera unit is taken is to control device and be stored in wherein.

Claims

1. a point-of-view shot device, comprise frame, photography assembly and control device, described photography assembly is arranged in described frame, it is characterized in that: described photography assembly comprises N camera unit circumference array, N is natural number and is more than or equal to 2, vertical range between adjacent two described camera unit circumference array is b, b is more than or equal to 100mm, described in each, camera unit circumference array is formed along circumference array by a plurality of camera units, the alignment lens subject of camera unit described in each; Described camera unit and the electrical connection of described control device.

2. point-of-view shot device according to claim 1, is characterized in that: in described photography assembly, be provided with lifting table.

3. point-of-view shot device according to claim 1, is characterized in that: described camera unit is for longitudinally taking, and the height of imaging photo is greater than width.

4. point-of-view shot device according to claim 2, is characterized in that: described lifting table is electric lifting platform.

5. according to the point-of-view shot device described in any one in claim 1 to 4, it is characterized in that: described camera unit circumference array is parallel to surface level.

6. point-of-view shot device according to claim 5, it is characterized in that: the optical axis of described camera unit and array axes A intersect at intersection point A1, angle between the optical axis of described camera unit and array axes A is greater than 10 ° and be less than 170 °, and described in each, camera unit is identical with the distance between intersection point A1.

7. according to the point-of-view shot device described in any one in claim 1 to 4, it is characterized in that: described frame consists of curved wall, arc door leaf and the first skeleton, described arc door leaf is flexibly connected with described curved wall, the center of circle of described curved wall and array axes A intersect, the outside surface of described curved wall and described arc door leaf is provided with recess, described recess bottom is drilled with the first through hole, and described recessed bit position and quantity are corresponding with the camera unit in described the first camera unit circumference array; Described the first skeleton is arranged on described curved wall end face, and the center of circle of described the first skeleton and array axes A intersect, and described the second camera unit circumference array is arranged on below described the first skeleton.