CN2795887Y - Synchronous focusing digital telescopic camera - Google Patents
Synchronous focusing digital telescopic camera Download PDFInfo
- Publication number
- CN2795887Y CN2795887Y CN200520133696.1U CN200520133696U CN2795887Y CN 2795887 Y CN2795887 Y CN 2795887Y CN 200520133696 U CN200520133696 U CN 200520133696U CN 2795887 Y CN2795887 Y CN 2795887Y
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- focusing
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Abstract
The utility model relates to a synchronous focusing digital telescopic camera which is composed of a digital photographic system and a telescope system. The utility model is mainly characterized in that a binoculars is used as a view finder of the digital photographic system, and the digital photographic system is provided with a display screen which can carry out playback and can be folded; a focusing mechanism which can make a digital imaging lens assembly and an objective lens assembly in a telescope cylinder assembly carry out synchronous movement is arranged in a camera body. When the camera of the utility model is used, the telescopic effect is not only achieved, and the clear shooting of scenery images observed at the distance of three meters or at infinite distance can be reserved; shot photographs can be played back and selected by a display screen, and the utility model free from the affect of the good or bad eyesight of users can be used by all the users. The synchronous focusing digital telescopic camera can be widely used for tour entertainment, archaeological expedition, animal and plant protection and environment monitoring, etc., and the utility model has the practical effects of small volume, portability and convenient use.
Description
Technical field:
The utility model belongs to the camera technique field of looking in the distance, particularly a kind of synchronous-focusing type digital-code far-sighting camera.
Background technology:
Along with the continuous progress of society, people's life becomes rich and varied, and changes into the pursuit of spirit gradually from the pursuit of material, therefore, out on tours, appreciating record the Nature beautiful scenery becomes fashion.And carry telescope, camera is that the traveller goes to the go sightseeing indispensable instrument taken of tourist attraction.Though telescope can be viewed and admired scenery image at a distance, it can not be absorbed record, and camera can only be taken pictures and can not be looked in the distance, the two function singleness is carried also inconvenient.At present, what open also occuping market was maximum on the market is a kind of cluster far-sighting camera of simple functions combination, because there be not structural the contact in the camera and the telescope of this machine, therefore, telescope only plays a part to look in the distance, and camera is limit owing to the architectural characteristic of itself, its shooting distance is restricted, coverage is only beyond 15 meters, and has only the demonstration of taking standard and taking quantity on the camera, do not possess the shoot function that playback is watched, some fine things can't be stationed, some that can't remedy after causing tourism to return to the traveller thus are sorry.In addition, the not only moulding of this strap-on type, volume are restricted, and operation is also inconvenient.Progress along with science and technology, developed and increasing digital camera, a kind of built-in camera as Japanese 02143963 patent announcement, be that telescopic system, the digital imaging system that will be used for observing all is arranged on same housing, by adjusting the focusing mode of telescope ocular, prism, focusing when realizing taking, and taking lens be arranged on the middle part, its camera lens axis with the focusing axis on same axis.
The utility model content:
The purpose of this utility model is that a kind of volume of design is little, structure is light and handy, easy to carry, and the synchronous-focusing type digital-code far-sighting camera that the observed scenery of telescope can be noted with the clear shooting of the digital camera of high pixel.
For realizing that the technical scheme that the purpose of this utility model is taked is: this machine is made up of digital camera system and telescopic system, wherein, two lens barrel groups of telescopic system are positioned at the position, both sides of digital camera system respectively, constituting with the hinge axis ways of connecting with the digital camera system main body can be around the binoculars of hinge axis, and by the view finder of these binoculars as digital camera system; Its principal character is: digital camera system has a housing, the upper back of housing is provided with the feature operation control panel and is connected with the panel hinge and folding display screen, housing is anterior to be adopted on the fairshaped buckle-type, lower cover, upper cover body is provided with the power switch button, the hole of taking button and being used to expose focusing handwheel is provided with the digital image-forming lens group in the housing, electric battery, electronic circuit board, middle connecting elements and be installed in the middle of on the connecting elements and the focus adjusting mechanism that the objective lens in digital image-forming lens group and the telescope tube group is synchronized with the movement.
Connecting elements is the structural member of polymorph combination in the middle of described, be to constitute with being connected as a single entity and constituting upper and lower conjuncted of tubular shaft shape that two in space parallels to the axis by plate-like piece, be set with focus adjusting mechanism in last conjuncted, be set with the digital image-forming lens group in conjuncted down, and be provided with tripod general-purpose interface through housing in following conjuncted bottom.
Described focus adjusting mechanism is by the focusing handwheel that has gear, eccentric handwheel axle sleeve, handwheel guide pin, guide pole, handwheel trim ring, the connecting rod of focusing, have the follower shaft of gear, wheel shaft trim ring, camera lens guide pin are formed, wherein, in the middle of focusing handwheel, eccentric handwheel axle sleeve, guide pole, handwheel trim ring are assembled in successively on last conjuncted of connecting elements, follower shaft is connected with following conjuncted rigidity in the middle connecting elements by the wheel shaft trim ring; On focusing handwheel and follower shaft, be respectively equipped with curve guide groove, with on the guide pole at the corresponding position of curve guide groove and be equipped with respectively in the digital image-forming lens group can be along the handwheel guide pin and the camera lens guide pin of set curve guide groove orbiting motion, the focusing connecting rod is connected with guide pole rigidity on the middle connecting elements by securing member, and with the axis of guide pole in vertical direction, the two ends of focusing connecting rod are connected by the interior objective lens of object lens guide pin and telescope tube group, can be under the effect of focusing handwheel, the objective lens and the digital image-forming lens group that drive in two lens barrel groups are synchronized with the movement, and realize the function of synchronous-focusing.
Be provided with the graticule group in the described telescope tube group, this graticule group is made up of graduation sheet frame, graticule, graticule trim ring, and with the bonding connection of prism group.Adjust by rotation eyepiece handwheel, make clear this graticule of observing of observer, can eliminate the difference that causes the shooting image quality because of the eyesight difference.
The described electronic circuit board group that is used to handle image data comprises main circuit board, the function wiring board, the sensor line plate, display screen wiring board and shooting wiring board, wherein, the bottom of connecting elements tabular body in the middle of main circuit board is fixed on, the top of connecting elements tabular body in the middle of the function wiring board is fixed on, its control line is connected with main circuit board by the connection plug-in unit on the wiring board, the sensor line plate is fixed on the sensor holder, the display screen wiring board is fixed in the turnover display panel, adopt socket to be connected between the line of display screen wiring board and the main circuit board, take wiring board and be positioned at housing shooting key, the below of power switch key.
According to the synchronous-focusing type digital-code far-sighting camera that such scheme is made, its compact conformation, reasonable in design, have advantages such as volume is little, rational in infrastructure, easy to operate.This machine utilizes the synchronous-focusing mechanism that is provided with in the machine, digital image-forming camera lens and telescopical imaging is consistent, thereby has improved the quality of imaging effectively; Simultaneously by the view finder of telescope as digital camera system, can reach the effect of looking in the distance, clearly write down the viewed 3m of telescope to infinite remote scenery image, observed scenery can be filmed clearly simultaneously again, can utilize display screen to carry out the real-time playback screening to the photo of taking, on-the-spot additional required photo, avoid producing return the back find photo bad and can't be again according to sorry, can also utilize simultaneously the real-time monitoring and control of digital camera on display screen, to dynamic observe animal at a distance and the life of birds, and note by AVI part form.Therefore, this machine can be widely used in tourist recreation, archaeology exploration, animal and plant protection, environmental inspection etc.When the power supply of closing camera, this machine still can be used as common telescope and uses, and reaches dual-use, practical function easy to carry.
Description of drawings:
Fig. 1 is an appearance structure synoptic diagram of the present utility model;
Fig. 2 is the inner structure cut-open view of digital camera system in the utility model;
Fig. 3 be in the telescope tube group focusing connecting rod and the differentiation plate the installation site synoptic diagram.
Embodiment:
Referring to Fig. 1, synchronous-focusing type digital-code far-sighting camera of the present utility model, form by telescopic system, digital camera system, wherein, two lens barrel groups 1 of telescopic system lay respectively at the position, both sides of digital camera system, constituting with the hinge axis ways of connecting with digital camera system can be around the binoculars of hinge axis, and by the view finder of these binoculars as digital camera system, this telescope tube group 1 can be rotated around steel ball hinge axis 8, to regulate and to guarantee that eye-distance in the scope of design and use, can play the double action of looking in the distance and finding a view.
Digital camera system between binoculars is the digital camera of band SD card, USB output and the AV output of 310 everything elements, this system comprises display screen 4, feature operation control panel 3, focusing handwheel 7, camera switch button 5, take button 6 and be arranged on focus adjusting mechanism in the digital camera system housing 2, digital image-forming lens group, the electronic circuit board group of handling image data, electric battery etc., wherein, take the both sides that button 6 and camera switch button 5 are distributed in focusing handwheel 7, the shooting operation after can conveniently finding a view; Feature operation control panel 3 and be connected the upper back that folding display screen 4 also is positioned at housing 2 with the panel hinge, feature operation control panel 3 is provided with 7 function manipulation keys, be respectively Menu key, upper and lower, left and right key, acknowledgement key, battery saving mode key and the pilot lamp that enters power down mode.The design of display screen 4 and feature operation control panel 3 makes photographer carry out playback in real time according to the shooting sight, and shooting results is selected to accept or reject.The back side panel of housing 2 is provided with SD card 11, AV output interface 10, USB output interface 9, and this interface has two functions, and the one, be connected with computing machine, be used for output file or image, the 2nd, directly as the input interface that connects external power supply; AV output makes TV can become the equipment of watching.
Referring to Fig. 2, be the inner structure cut-open view of digital camera system in the utility model.Digital camera system has a housing 2, the front portion of housing 2 is fairshaped buckle-type upper and lower cover body 2-3,2-21, the front end face of upper and lower cover body be arranged to housing in the lens fenestra 2-23 of digital image-forming lens group 2-1 corresponding matching, and be provided with the camera lens cap 2-24 of spiral-lock at lens fenestra place.This camera lens cap 2-24 can play last lower house front port is closed up the effect of tightening up, and also can play the effect of decoration simultaneously.The bottom of housing 2 is provided with electric battery 2-15 and the battery cover 2-14 that is used to put battery.In the utility model, middle connecting elements 2-11 is a main member of the present utility model, this member is the subassembly of polymorph shape, be by a plate-like piece 2-11c and be connected as a single entity and constitute two in space upper and lower conjuncted 2-11a, the 2-11b that parallel to the axis and constitute with tubular shaft shape, be set with focus adjusting mechanism in last conjuncted the 2-11a, following conjuncted 2-11b is used for assembling and connects digital imaging lens group 2-1, its bottom is provided with tripod general-purpose interface 2-19 through housing 2, can make things convenient for to be connected use with tripod.Focus adjusting mechanism is by the focusing handwheel 7 that has gear, handwheel trim ring 2-4, guide pole 2-5, handwheel guide pin 2-6, eccentric handwheel axle sleeve 2-8, focusing connecting rod 2-9, have the follower shaft 2-20 of gear, wheel shaft trim ring 2-22, camera lens guide pin 2-2 form, focusing handwheel 7 is fixed on last conjuncted the 2-11a of middle connecting elements 2-11 by eccentric handwheel axle sleeve 2-8 and handwheel trim ring 2-4, the effect of eccentric handwheel axle sleeve 2-8 is fixing focusing handwheel 7 and adjust focusing handwheel 7 and the centre distance of follower shaft 2-20 between cogging, and guarantees the accuracy requirement of gear rotation.Follower shaft 2-20 is connected with following conjuncted 2-11b rigidity among the middle connecting elements 2-11 by wheel shaft trim ring 2-22, on focusing handwheel 7 and follower shaft 2-20, be respectively equipped with curve guide groove (not shown) by the out of focus curve design, make the handwheel guide pin 2-6 that is installed on the guide pole 2-5 and the camera lens guide pin 2-2 among the digital image-forming lens group 2-1 in curve guide groove, can be respectively move along the movement locus of curve guide groove.The two ends of focusing connecting rod 2-9 are connected with objective lens 1-1 in the telescope tube group 1 by object lens guide pin 1-2, and pass through the interior objective lens 1-1 of two lens barrel groups of object lens guide pin 1-2 drive under the effect of focus adjusting mechanism, 2-1 is synchronized with the movement with the digital image-forming lens group, realizes the function of synchronous-focusing.On last conjuncted the 2-11a of connecting elements 2-11, follower shaft 2-20 was fixed on following conjuncted the 2-11b of middle connecting elements 2-11 after adjusting end play by trim ring 2-22 in the middle of guide pole 2-5 was fixedly connected on by screw 2-16 with focusing connecting rod 2-9.Be connected by handwheel guide pin 2-6 between guide pole 2-5 and the focusing handwheel 7, when rotating focusing handwheel 7, move by drive handwheel guide pin 2-6 of the curve guide groove on the focusing handwheel 7 and guide pole 2-5, and drive focusing connecting rod 2-9, realize move (referring to Fig. 3) of telescope lens barrel group objective lens 1-1, rotation drive follower shaft 2-20 by focusing handwheel 7 rotates synchronously simultaneously, curve guide groove on the follower shaft 2-20 drives camera lens guide pin 2-2 and moves, digital lens group 2-1 is moved according to the out of focus curve guide groove, final realization digital image-forming lens group 2-1 is consistent according to its out of focus curvilinear motion with the objective lens 1-1 in the telescope, reaches the purpose of synchronous-focusing.
In the housing of digital camera system, the described electronic circuit board that is used to handle image data has five, be respectively: main circuit board 2-12, function wiring board 2-10, sensor line plate 2-17, display screen wiring board and shooting wiring board, wherein, the bottom of connecting elements 2-11 tabular body in the middle of main circuit board 2-12 is fixed on, realize the main shoot function of camera, the top of connecting elements 2-11 plate-like piece 2-11c in the middle of function wiring board 2-10 is fixed on, realize the operating function setting of camera, its control line is connected with main circuit board 2-12 by the connector on the wiring board, sensor line plate 2-17 is fixed on the sensor holder 2-18, rotation by focusing handwheel 7 realizes the adjusting of imaging lens to different scenery, and making clearly, scenery becomes on the picture plane of sensor board 2-17.Display screen wiring board (not shown) is fixed in the turnover display panel, adopts socket to be connected between the line of this wiring board and the main circuit board 2-12.Take wiring board and be positioned at the below (not shown) that housing is taken key 6, power switch key 5.Each wiring board be designed to known routine techniques, do not giving unnecessary details herein.
Referring to Fig. 3, telescope tube group 1 adopts conventional structure, comprise the objective lens 1-1 that finds a view, can inverted image prism group 1-3, be used for the eyepiece group 1-5 of amplification target, different is: 1-3 is provided with reticule assembly 1-4 in the prism group, this assembly is assembled by graduation sheet frame, graticule, graticule trim ring, and with bonding agent and the prism group is bonding is connected as a single entity.By the differentiation plate that is provided with, the people that can make different eyesights is when using this machine to observe photographic subjects, and other influences not to be subjected to weak-eyed, all can shoot desirable clear picture, has solved the problem of the shooting image quality difference that is caused because of the eyesight difference thus.Objective lens 1-1 is connected by object lens guide pin 1-2 with focusing connecting rod 2-9 in the focus adjusting mechanism, and drives focus adjusting mechanisms by focusing handwheel 7 and drive objective lens 1-1 and move forward and backward along the optical axis of system, thereby realizes the observation to far and near object.This telescopic system is the finder system for taking when digital camera system is opened use, can take the different scenery of 3m～infinite distant place, and when digital camera system is not opened use, be exactly tool binoculars.
Claims (6)
1, a kind of synchronous-focusing type digital-code far-sighting camera, this machine is made up of digital camera system and telescopic system, wherein, two lens barrel groups of telescopic system are positioned at the position, both sides of digital camera system respectively, constituting with the hinge axis ways of connecting with digital camera system can be around the binoculars of hinge axis, and by the view finder of these binoculars as digital camera system; Its principal character is: digital camera system has a housing, the upper back of housing is provided with the feature operation control panel and is connected with the panel hinge and folding display screen, housing is anterior to be adopted on the fairshaped buckle-type, lower cover, upper cover body is provided with the power switch button, take button and the perforate that is used to expose focusing handwheel, be provided with the digital image-forming lens group in the housing, electric battery, electronic circuit board, middle connecting elements and be installed in the middle of on the connecting elements and the focus adjusting mechanism that the objective lens in digital image-forming lens group and the telescope tube group is synchronized with the movement.
2, synchronous-focusing type digital-code far-sighting camera according to claim 1, it is characterized in that: connecting elements is the structural member of polymorph combination in the middle of described, be connected as a single entity with the upper and lower body spare that constitutes the tubular shaft shape that two in space parallels to the axis by plate-like piece and form, in last conjuncted focus adjusting mechanism is housed, descend the conjuncted digital image-forming lens group that is equipped with, and be provided with tripod general-purpose interface through housing in following conjuncted bottom.
3, synchronous-focusing type digital-code far-sighting camera according to claim 1, it is characterized in that: described focus adjusting mechanism is by the focusing handwheel that has gear, eccentric handwheel axle sleeve, the handwheel guide pin, guide pole, the handwheel trim ring, the focusing connecting rod, the follower shaft that has gear, the wheel shaft trim ring, the camera lens guide pin is formed, wherein, focusing handwheel, eccentric handwheel axle sleeve, guide pole, in the middle of the handwheel trim ring is assembled in successively on last conjuncted of connecting elements, follower shaft is connected with following conjuncted rigidity in the middle connecting elements by the wheel shaft trim ring, on focusing handwheel and follower shaft, be respectively equipped with curve guide groove, with on the guide pole at the corresponding position of curve guide groove and be equipped with respectively in the digital image-forming lens group can be along the handwheel guide pin and the camera lens guide pin of set curve guide groove orbiting motion, the focusing connecting rod is fixedlyed connected with the guide pole on the middle connecting elements by securing member, and with the axis of guide pole in vertical direction, the two ends of focusing connecting rod are connected by the interior objective lens of object lens guide pin and telescope tube group.
4, synchronous-focusing type digital-code far-sighting camera according to claim 1 is characterized in that: being provided with the graticule group in the described telescope tube group, is to be assembled by graduation sheet frame, graticule, graticule trim ring, and with the bonding connection of prism group.
5, synchronous-focusing type digital-code far-sighting camera according to claim 1 is characterized in that: the lens fenestra place of described digital image-forming lens group front end is provided with the camera lens cap of spiral-lock.
6, synchronous-focusing type digital-code far-sighting camera according to claim 1, it is characterized in that: the described electronic circuit board group that is used to handle image data comprises main circuit board, the function wiring board, the sensor line plate, display screen wiring board and shooting wiring board, wherein, the bottom of connecting elements tabular body in the middle of main circuit board is fixed on, the top of connecting elements tabular body in the middle of the function wiring board is fixed on, its control line is connected with main circuit board by the connector on the wiring board, the sensor line plate is fixed on the sensor holder, the display screen wiring board is fixed in the turnover display panel, adopt socket to be connected between the connecting line of display screen wiring board and the main circuit board, take wiring board and be positioned at housing shooting key, the below of power switch key.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200520133696.1U CN2795887Y (en) | 2005-02-02 | 2005-10-14 | Synchronous focusing digital telescopic camera |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200520029970 | 2005-02-02 | ||
| CN200520029970.0 | 2005-02-02 | ||
| CN200520133696.1U CN2795887Y (en) | 2005-02-02 | 2005-10-14 | Synchronous focusing digital telescopic camera |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2795887Y true CN2795887Y (en) | 2006-07-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200520133696.1U Expired - Fee Related CN2795887Y (en) | 2005-02-02 | 2005-10-14 | Synchronous focusing digital telescopic camera |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2795887Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100437197C (en) * | 2005-10-14 | 2008-11-26 | 河南中光学集团有限公司 | Synchronous focal regulating type digital telescope camera |
| CN102595100A (en) * | 2012-02-22 | 2012-07-18 | 北京科实医学图像技术研究所 | Telescopic television |
| CN104635331A (en) * | 2015-03-07 | 2015-05-20 | 杨向勇 | Light splitting type real-time photographing telescope |
| CN105334616A (en) * | 2014-08-11 | 2016-02-17 | 夏新月 | Telescope with videotape recorder |
-
2005
- 2005-10-14 CN CN200520133696.1U patent/CN2795887Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100437197C (en) * | 2005-10-14 | 2008-11-26 | 河南中光学集团有限公司 | Synchronous focal regulating type digital telescope camera |
| CN102595100A (en) * | 2012-02-22 | 2012-07-18 | 北京科实医学图像技术研究所 | Telescopic television |
| CN105334616A (en) * | 2014-08-11 | 2016-02-17 | 夏新月 | Telescope with videotape recorder |
| CN104635331A (en) * | 2015-03-07 | 2015-05-20 | 杨向勇 | Light splitting type real-time photographing telescope |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| ASS | Succession or assignment of patent right |
Owner name: HENAN OPTICAL GROUP CO., LTD.; PATENTEE Free format text: FORMER OWNER: HENAN OPTICAL GROUP CO., LTD. Effective date: 20081107 |
|
| C41 | Transfer of patent application or patent right or utility model | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20081107 Address after: No. 254, Zhongzhou Road, Henan, Henan, China Nanyang Optical Group Co., Ltd., postcode: 473000 Co-patentee after: Shanghai Longdasheng Baoli Photoelectric Co., Ltd. Patentee after: Henan middle Optical Group Co., Ltd. Address before: No. 254, Zhongzhou Road, Henan, Henan, China Nanyang Optical Group Co., Ltd., postcode: 473000 Patentee before: Henan Costar Group Co., Ltd. |
|
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20060712 Termination date: 20101014 |