CN1317714A

CN1317714A - Multiaspect photography method and equipment

Info

Publication number: CN1317714A
Application number: CN 01106843
Authority: CN
Inventors: 彭康
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-01-16
Filing date: 2001-01-16
Publication date: 2001-10-17

Abstract

A multiaspect photography features that a cluster of cameras is used to take the photos of a person from different angles at same time, each cermera is equipped with a mirror standing up near it to allow the person to regulate his own countenance, and all the cameras can be remotely controlled by a wireless remote controller to take the photos at same time.

Description

Multiaspect photography method and equipment

The present invention relates to a kind of method for imaging and equipment, relate in particular to a kind of multiaspect photography method and equipment.

In common method for imaging, normally grasp right moment for camera by other people (or photographer), and only obtain a photo of taking the orientation, the effect that this method takes out is person of modern times's meaning not usually at every turn, and it is incorrect that actor or actress being shot can feel to express one's feelings undesirable or take the orientation.

The object of the present invention is to provide a kind of multiaspect photography method and equipment, can obtain the photo that a plurality of orientation are taken simultaneously, and can grasp right moment for camera by actor or actress being shot.

This multiaspect photography method, it is characterized by: each camera in the photograph group of planes is from the actor or actress being shot in different theta alignment precalculated positions, by every camera, stand mirror is arranged, actor or actress being shot sees the expression of oneself from mirror, determine right moment for camera, promptly, actor or actress being shot triggers wireless remote control emitter, send remote signal, the remote signal that is received is through the wireless remote control receiving circuit, trigger the shutter start-up circuit in the camera, make each camera start shutter simultaneously, photography exposes.

This multiaspect photography equipment that is used for above-mentioned multiaspect photography method is characterized by: a, it comprises a wireless remote control emitter; B, a described photograph group of planes comprise many cameras, and the normal open switch S1 of relay S also connects shutter start-up circuit in each camera; The wireless remote control receiving circuit comprise tuning receiving circuit, detecting circuit,, on-off circuit, single-shot trigger trigger and driving circuit, and link to each other successively, the remote signal that is received is passed through tuning receiving circuit, detecting circuit, on-off circuit, single-shot trigger trigger and driving circuit successively, in driving circuit, relay S links to each other with the collector of triode T2; C, upright on every camera next door mirror arranged.

In the present invention, each camera in the photograph group of planes is from the actor or actress being shot in different theta alignment precalculated positions, by every camera, stand mirror is arranged, actor or actress being shot can see the expression of oneself from mirror, when actor or actress being shot sees satisfied expression, actor or actress being shot can oneself trigger wireless remote control emitter, send remote signal, the remote signal that is received makes relay S work, therefore through the wireless remote control receiving circuit, the closed conducting of the normal open switch S1 of relay S, trigger the shutter start-up circuit in the camera, make each camera start shutter simultaneously, photography exposes, like this, actor or actress being shot can obtain the taking pictures of different azimuth of same posture and expression once, can remove the fatigue that repeatedly repeats same action from, and can obtain to make own photo of being satisfied with.

With embodiment the present invention is described in further detail with reference to the accompanying drawings below.

Fig. 1 uses synoptic diagram for the present invention;

Fig. 2 is wireless remote control receiving circuit and camera group circuit principle schematic.

According to Fig. 1 and Fig. 2, this photograph group of planes comprises three cameras 6, the normal open switch S1 of relay S also connects shutter start-up circuit 61 in each camera 6, the wireless remote control receiving circuit comprises tuning receiving circuit 11, detecting circuit 12, on-off circuit 13, single-shot trigger trigger 14 and driving circuit 15 and links to each other successively, in driving circuit 15, relay S links to each other with the collector of triode T2.

IC1 is the NE555 integrated package, because switch transistor T 1 is ended, and the current collection of T1 is high level very, and 2 pin of IC1 also are high level, 6,7 pin of IC1 link to each other at ordinary times, make 7 pin ground connection, the 3 pin output low levels of IC1 because the discharge switch of NE555 inside is connected.

The remote signal that is received is through tuning receiving circuit 11, produce high-frequency current in inductance L 2, through output one direct current electric current after detecting circuit 12 detections, reach the conduction value of switch transistor T 1 when current value after, switch transistor T 1 conducting is also exported a negative pulse at the T1 collector, this negative pulse exports 2 pin of IC1 to, the single-shot trigger trigger 14 that triggering is made up of NE555, make its upset and export high level at the 3 pin places of IC1, this high level makes triode T2 saturation conduction through resistance R 2, relay S obtains electricity work, the closed conducting of the normal open switch S1 of relay S, shutter start-up circuit 61 in the camera 6 is triggered, so each camera 6 starts shutter simultaneously, photography exposes.

In use, three cameras 6 are from the actor or actress being shot in different theta alignment precalculated positions, and upright on every camera 6 next doors have mirror 71, and actor or actress being shot can see the expression of oneself from mirror 71, when actor or actress being shot sees satisfied expression, can oneself determine right moment for camera, that is, actor or actress being shot triggers wireless remote control emitter, send remote signal, the remote signal that is received makes each camera 6 start shutter simultaneously through the wireless remote control receiving circuit, and photography exposes.

In the above-described embodiments, used three cameras 6, in like manner, can and connect shutter start-up circuit 61 in 2,4 or the more camera 6 at normal open switch S1, that is, a photograph group of planes can comprise many cameras 6.

Claims

1, a kind of multiaspect photography method, it is characterized by: each camera (6) in the photograph group of planes is from the actor or actress being shot in different theta alignment precalculated positions, by every camera (6), stand mirror (71) is arranged, actor or actress being shot sees the expression of oneself from mirror (71), determine right moment for camera, promptly, actor or actress being shot triggers wireless remote control emitter, send remote signal, the remote signal that is received is through the wireless remote control receiving circuit, trigger the shutter start-up circuit (61) in the camera (6), make each camera (6) start shutter simultaneously, photography exposes.

2, a kind of multiaspect photography equipment that is used for multiaspect photography method according to claim 1 is characterized by: a, it comprises a wireless remote control emitter; B, a described photograph group of planes comprise many cameras (6), and the Chang Kaiguan (S1) of relay (S) also connects shutter start-up circuit (61) in each camera (6); The wireless remote control receiving circuit comprises tuning receiving circuit (11), detecting circuit (1 2), on-off circuit (13), single-shot trigger trigger (14) and driving circuit (15), and link to each other successively, the remote signal that is received is passed through tuning receiving circuit (11), detecting circuit (12), on-off circuit (13), single-shot trigger trigger (14) and driving circuit (15) successively, in driving circuit (15), relay (S) links to each other with the collector of triode (T2); C, upright on every camera (6) next door mirror (71) arranged.