CN2563605Y

CN2563605Y - Combining structure of digital camera and telescope

Info

Publication number: CN2563605Y
Application number: CN 02251841
Authority: CN
Inventors: 曾昆铭
Original assignee: Tianhan Science & Technology Co Ltd
Current assignee: Tianhan Science & Technology Co Ltd
Priority date: 2002-09-02
Filing date: 2002-09-02
Publication date: 2003-07-30
Anticipated expiration: 2012-09-02

Abstract

The utility model relates to a combining structure of digital camera and telescope. The telescope comprises two single-eye telescopes which are respectively arranged on two ends of a bridge, a fixing post is arranged on the bridge and a corresponding fixing hole is arranged on the digital cameral, and the digital camera can be assembled onto or disassembled from the telescope through connecting or disconnecting the fixing hole and the fixing post.

Description

Digital camera and telescopical integrated structure

Technical field

The utility model relates to a kind of digital camera and telescopical integrated structure, particularly relates to a kind of this digital camera and can be easy to the integrated structure that is incorporated into this telescope fast or can separates from this telescope fast.

Technical background

Can not be though telescope can be viewed and admired the distant objects image with its object image picked-up record, therefore, develop the far-sighting camera that to have camera picked-up writing function now, the camera and the telescope of its picked-up writing function of traditional far-sighting camera are to be designed to one, use separately and camera can not be taken out with out of the ordinary, if a kind of far-sighting camera can be provided, can and camera or telescope can be distinctly used separately with the camera taking-up, the use face of this far-sighting camera can be enlarged.

Summary of the invention

Fundamental purpose of the present utility model, be to provide a kind of digital camera and telescopical integrated structure, by on telescopical bridge formation, fixed leg being set, to should on camera, being provided with fixed orifice by fixed leg, by this fixed leg and fixed orifice, make this camera to be incorporated into fast and effectively on the telescope or and separate from telescope.

Above-mentioned purpose of the present utility model is achieved in that a kind of digital camera and telescopical integrated structure, this telescope comprises one and builds bridge and two simple eye telescopes, parallel this bridge formation two ends of being located at side by side of these two simple eye telescopes, it includes: fixed leg, it is located on this bridge formation; Fixed orifice, it is located on this digital camera; Wherein, this digital camera blocks by its fixed orifice and is engaged in this fixed leg, makes this camera to be incorporated into fast and effectively on the telescope or from telescope and separates.

Above-mentioned digital camera and telescopical integrated structure, wherein said fixed leg is T-shaped, includes link stopper and pillar, and wherein the footpath of link stopper is wide wide greater than the footpath of pillar; This fixed orifice is the fixed orifice of T shape, and it comprises perforate and draw-in groove, and wherein the footpath of perforate is wide wide greater than the footpath of draw-in groove.

Above-mentioned digital camera and telescopical integrated structure, wherein said fixed leg and fixed orifice have four groups for be arrangeding in parallel in twos.

Below in conjunction with specific embodiment and accompanying drawing thereof technical characterictic of the present utility model and technology contents are described in further detail, however shown in accompanying drawing only for reference with explanation with being not to be used for the utility model is limited.

Description of drawings

Fig. 1 is the schematic perspective view that the utility model digital camera and telescopical coupling apparatus launch;

Fig. 2 is the schematic perspective view that the utility model digital camera combines with telescopical coupling apparatus.

Embodiment

In Fig. 1 to Fig. 2, the utility model relates to following assembly: binocular telescope 10, simple eye telescope 11, bridge formation 12, digital camera 13, fixed leg 14, fixed orifice 15, link stopper 141, pillar 142, perforate 151, draw-in groove 152.

See also Fig. 1, shown in Figure 2, binocular telescope 10 of the present utility model includes two simple eye telescopes 11 and and builds bridge 12, these two the simple eye telescope 11 parallel two ends of being located at this bridge formation 12 side by side, as binocular telescope, this simple eye telescope 11 include the eye lens that are positioned at an end, be positioned at the objective lens of the other end and be positioned at eye lens and objective lens between the amplifying lens group, make this simple eye telescope 11 be able to the distant objects image is presented with the impression nearer than the people; Digital camera 13 of the present utility model as digital camera include camera lens, picture window, shutter key and electronic component, the image signal of optics is converted to digital signal and record is stored in the storage body, can show or print by display device and be recorded in the image digital data that stores body by printing device, wherein said electronic component can be, processor, store body, photovalve etc., the utility model is provided with array fixed leg 14 on the bridge formation 12 of this binocular telescope, and corresponding these fixed legs 14 are formed with array fixed orifice 15 at this digital camera 13, engage by blocking of 14 of fixed orifice 15 and fixed legs, make this digital camera 13 be incorporated on this binocular telescope 10 or and separate from this binocular telescope 10.

The utility model preferred embodiment, the fixed leg that this fixed leg 14 is T-shaped, it comprises the wide wide less pillar 142 of link stopper 141 and footpath in big footpath, the fixed orifice that this fixed orifice 15 is also T-shaped, it comprises the wide less draw-in groove 152 of wide bigger perforate 151 in footpath and footpath, when in conjunction with the time, fixed leg 14 is inserted in perforate 151 back promotion digital cameras 13 makes fixed leg 14 move toward draw-in groove 152 directions, end and the footpath of link stopper 141 is wider than draw-in groove 152 by the card of 142 on draw-in groove 152 and pillar, make being incorporated on this telescope that this digital camera can be firm fast, this fixed leg and fixed orifice have four groups for be arrangeding in parallel in twos in the utility model preferred embodiment.

From the above mentioned, digital camera that the utility model provides and telescopical coupling apparatus, individual for digital camera, its can as outside digital camera uses separately, also can use in conjunction with telescope, can increase the usable range of this digital camera and increase its surcharge, in like manner, for telescope individuality or far-sighting camera, can different use-patterns be arranged because of demand, and increase its surcharge.

Above disclosed accompanying drawing and explanation; only be preferred embodiment of the present utility model, non-for being used for limiting practical range of the present utility model, the personnel that are familiar with this technology generally are according to spirit of the present utility model; variation of being done or modification all are encompassed in the protection domain of the present utility model.

Claims

1. a digital camera and telescopical integrated structure, this telescope comprise one builds bridge and two simple eye telescopes, and parallel this bridge formation two ends of being located at side by side of these two simple eye telescopes is characterized in that it includes:

Fixed leg, it is located on this bridge formation;

Fixed orifice, it is located on this digital camera;

Wherein, this digital camera blocks by its fixed orifice and is engaged in this fixed leg.

2. digital camera as claimed in claim 1 and telescopical integrated structure is characterized in that described fixed leg is T-shaped, include link stopper and pillar, and wherein the footpath of link stopper is wide wide greater than the footpath of pillar;

This fixed orifice is the fixed orifice of T shape, and it comprises perforate and draw-in groove, and wherein the footpath of perforate is wide wide greater than the footpath of draw-in groove.

3. digital camera as claimed in claim 2 and telescopical integrated structure is characterized in that, described fixed leg and fixed orifice have four groups for be arrangeding in parallel in twos.