CN201986025U - Telescopic multifunctional camera - Google Patents

Abstract

The utility model discloses a telescopic multifunctional camera, which comprises a host unit and a remote control unit. Both the host unit and the remote control unit can be independently or synchronously operated; the host unit and the remote control unit can be connected in a telescopic manner; the electrical connection between the host unit and the remote control unit adopts a wireless mode; and the optional mechanical connection between the host unit and the remote control unit is used for supporting. In the utility model, different sensors can be respectively equipped on either of the host unit and the remote control unit, so that when a photo/image is obtained, all other information such as voltage, current, temperature, humidity, gas and the like can be recorded, sent in real time, and received by any devices using the same method (for example, radio frequency, infrared ray, bluetooth and the like); in addition, the camera provided by the utility model can be used for common photos/images under a common lamp, or night vision/thermal imaging images under an infrared lamp.

Description

The telescopic multifunctional camera

Technical field

The utility model relates to a kind of diagram communication (pictorial communication), relates to a kind of telescopic multifunctional camera particularly.

Background technology

Most of animals have eyes.In them some use eyes to watch identical object, to obtain illustrating the stereo-picture of distance.In them some use eyes to watch different objects, to obtain more environmental information.Therefore, our the present single-lens that uses can not satisfy the function of eyes.Stereocamera (stereo camera) is long ago just invented and is sold.Because also not invention of digital camera, described stereocamera is mechanical fully, so it has been failed but at that time.Now, because microminiaturized assembly is very cheap and welcome, all are feasible all by computerization so design and produce new three-dimensional digit camera.

Which function should described three-dimensional digit camera be equipped with? the present inventor is opinion collection among the brethren never, and the result is as follows:

1. transmission/received communication; By

1) radio frequency (Radio Frequency); 2) infrared ray (Infra Red); 3) bluetooth (Blue Tooth); 4) Wireless Fidelity (WI-FI); 5) internet access.

2. show;

1) colour liquid crystal display device (color LCD); 2) Organic Light Emitting Diode (OLED); 3) projection (project); 4) video output.

3. options button;

1) touch-screen; 2) button; 3) sensor key.

4. memory; (can extend out)

1) safe digital card (SD Card); 2) memory stick (Memory Stick).

5. built-in sensors; (any or some)

1) exchanges (AC) voltage; 2) exchange (AC) electric current; 3) sound; 4) temperature; 5) humidity (humidity); 6) moisture (moisture); 7) image; 8) angle.

6. but the additional extension sensor that can accomplish with various transducers.

7. communication; With

1) mobile phone (passing through bluetooth);

2) notebook/desktop computer (passing through bluetooth).

8. photo is caught;

1) instant single photo; 2) film; 3) synchronous.

9. the register system that has audio sound;

1) has the date; Date; Time; Place (input information); The independently single snap (snap) of measurement/test result.

2) have the date; Date; Time; Place (input information); Measurement/test result; The film of audible voice.

10. audible voice;

1) prerecorded; 2) immediate effect; 3) intercom.

11. data/signal I/O (I/O) port;

1) sensing type; 2) directly contact; 3) USB (USB) port; 4) I/O (I/O) port; 5) radio frequency (RF)/infrared ray (IR)/bluetooth.

(12.G gravity) transducer;

1) photo rotation; 2) stir photo; 3) angular surveying; 4) data are reported/are sent.

The utility model content

The purpose of this utility model provides a kind of telescopic multifunctional camera with above-mentioned functions.

For realizing this purpose, telescopic multifunctional camera of the present utility model is made up of two unit, and one is that master unit and another are remote control (remote) unit.These two unit telescopically link together.Electrical connection between these two unit is wireless, and the optional mechanical connection between these two unit is used for supporting.Master unit comprises mini program controlling unit (MCU), and this MCU connects: radio frequency (RF) or radio-frequency (RF) identification (RFID) or infrared ray (IR) or bluetooth module with antenna; Data or signal input circuit; Camera module with photoflash lamp; Automatic balancing arrangement; Autozoom or focus circuit; Ground connection or ground wire (ground) loop jockey (MS-78WT series) through its transmission or reception data or signal; LCD (LCD) or light-emitting diode (LED) or Organic Light Emitting Diode (OLED) display circuit; Touch-screen or button or sensor key input selection circuit; Image processor, this image processor further connects: video inputs or outputs port, gravity (G) transducer, snapshot circuit, short-movie snapshot circuit, external memory storage port, data or signal input or writing circuit, projection process device; Audio frequency or sound generator or writing circuit; USB (USB) port; Input or output (I/O) port; Power supply.

Remote control unit comprises MCU, and this MCU connects: RF or RFID or IR or bluetooth module with antenna; Camera module with photoflash lamp; Automatic balancing arrangement; Autozoom or focus circuit; Ground connection or earth loop jockey (MS-78WT series) through its transmission or reception data or signal; The synchronous communication function circuit; Multisensor input signal data circuit; DMM or DMMD circuit; Direct signal or data input circuit; LCD or LED or OLED display circuit; Button or sensor key input selection circuit; Audio frequency or sound generator circuit; The I/O port; Power supply.

Description of drawings

Fig. 1 (a) is the perspective view and the perspective view of first embodiment of the present utility model (telescopic camera) to Fig. 1 (j).

Fig. 2 is the block diagram of master unit of the present utility model.

Fig. 3 is the block diagram of remote control unit of the present utility model.

Fig. 4 (a) is perspective view and the perspective view that is used to illustrate second embodiment of the present utility model (with the master unit of remote control unit coupling) to Fig. 4 (i).

Fig. 5 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the tripod (tripod) to Fig. 5 (j).

Fig. 6 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the expansion link (telescopic rod) to Fig. 6 (i).

Fig. 7 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the have gooseneck expansion link of (gooseneck) to Fig. 7 (j).

Fig. 8 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the gooseneck to Fig. 8 (j).

Fig. 9 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the folding rule (folding rule) to Fig. 9 (j).

Embodiment

Referring now to Fig. 1 (a) to Fig. 1 (j); Fig. 1 (a) is the perspective view and the perspective view of first embodiment of the present utility model (telescopic camera) to Fig. 1 (j).Briefly, we can see by expansion link and connecting together and inseparable two cameras in the figure.Bigger camera is known as master unit 10, and less camera is known as remote control unit 30.Expansion link is by 50 expressions.The 11st, the LCD that has/do not have touch-screen shows.The 12nd, selection/mode key.The 13rd, loud speaker.The 14th, camera lens/synchronous camera lens.The 15th, the DC input jack.The 16th, the video output plughole.The 17th, the SD/USB port.The 18th, the ON/OFF transducer.The 19th, snapshot button.The 20th, projecting apparatus.The 31st, the ON/OFF transducer.The 32nd, battery case.The 33rd, transducer.The 34th, microphone.The 35th, lens.The 36th, photoflash lamp/laser infrared lamp/lamp.The 37th, transducer.The 38th, the SD/USB port.The 39th, video output.The 40th, the DC input.

Remote control unit 30 can be pulled out half meter far away from master unit 10.Because oversize distance can cause expansion link to have bigger size.Do not have wiring between master unit 10 and the remote control unit 30, all connections all are wireless.Two unit can be used as stereocamera, and also can be used as two independently cameras.In the operation, each unit can use different patterns, and for example, master unit 10 uses ordinary lamps and remote control unit 30 use infrared lamps.Master unit 10 provides synchronous shooting order to other all unit (other master unit 10 that comprises its remote control unit 30 and have its remote control unit 30), with action simultaneously.When remote control unit 30 withdrawals, its battery is by master unit 10 chargings.

Because master unit 10 can be equipped with different transducers with remote control unit 30, therefore, when they are taken, not only obtains photo/film, for example the environmental information of voltage, electric current, temperature, humidity, gas, sound or the like also can record.This information can immediately send to other device above-mentioned.

With reference to Fig. 2; Fig. 2 is the block diagram of master unit of the present utility model.In Fig. 2, MCU (model No.MS-TMFC 100, by the MEET Co., Ltd manufacturing in Hong Kong) connects: the RF/RFID/IR/ bluetooth module with antenna; Data/signal input circuit; Camera module with photoflash lamp; Automatic balancing arrangement; Autozoom/focus circuit; Ground connection/earth loop jockey (MS-78WT series) through its transmission/reception data/signal; The synchronous communication function circuit; The LCD/LED/OLED display circuit; Touch-screen/button/sensor key input selection circuit; Image processor, this image processor further connects: video input/output end port, G transducer, snapshot circuit, short-movie snapshot circuit, external memory storage port, data/signal input/writing circuit, projection process device; Audio frequency/sound generator/writing circuit; USB port; The I/O port; Power supply.

With reference to Fig. 3, Fig. 3 is the block diagram of remote control unit of the present utility model, and in Fig. 3, MCU (model No.MS-TMFC 100, by the MEET Co., Ltd manufacturing in Hong Kong) connects: the RF/RFID/IR/ bluetooth module with antenna; Camera module with photoflash lamp; Automatic balancing arrangement; Autozoom/focus circuit; Ground connection/earth loop jockey (MS-78WT series) through its transmission/reception data/signal; The synchronous communication function circuit; Multisensor input signal data circuit; The DMM/DMMD circuit; Direct signal/data input circuit; The LCD/LED/OLED display circuit; Button/sensor key input selection circuit; Audio frequency/sound generator circuit; The I/O port; Power supply.

Fig. 4 (a) is perspective view and the perspective view that is used to illustrate second embodiment of the present utility model (with the master unit of remote control unit coupling) to Fig. 4 (i).This second embodiment is different with first embodiment, and it is separable.In the operation, these two unit can be completely separate from each other.At Fig. 4 (a) to Fig. 4 (i), the 58th, be used to install the screw hole of tripod.After the operation, remote control unit 30 should be mated with master unit 10 again, so that be battery charge.Because the battery of remote control unit 30 is more much smaller than the battery of master unit 10.

Fig. 5 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the tripod to Fig. 5 (j).

Fig. 6 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the expansion link to Fig. 6 (i).

Fig. 7 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the expansion link with gooseneck to Fig. 7 (j).

Fig. 8 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the gooseneck to Fig. 8 (j).

Fig. 9 (a) is to be used to illustrate perspective view and the perspective view that is installed in the remote control unit on the folding rule to Fig. 9 (j).

Claims (3)

1. telescopic multifunctional camera, comprise two unit, a unit is that master unit and a unit are remote control unit, and described two unit telescopically link together, electrical connection between described two unit is wireless, and the optional mechanical connection between described two unit is used for supporting.

2. telescopic multifunctional camera according to claim 1, wherein, described master unit comprises MCU, described MCU connects:

--have RF or RFID or the IR or the bluetooth module of antenna;

--data or signal input circuit;

--have the camera module of photoflash lamp;

--automatic balancing arrangement;

--autozoom or focus circuit;

--through the ground connection or the earth loop jockey of its transmission or reception data or signal;

--the synchronous communication function circuit;

--LCD or LED or OLED display circuit;

--touch-screen or button or sensor key input selection circuit;

--image processor, described image processor further connects: video inputs or outputs port, G transducer, snapshot circuit, short-movie snapshot circuit, external memory storage port, data or signal input or writing circuit, projection process device;

--audio frequency or sound generator or writing circuit;

--USB port;

--the I/O port;

--power supply.

3. telescopic multifunctional camera according to claim 1, wherein, described remote control unit comprises MCU, described MCU connects:

--have RF or RFID or the IR or the bluetooth module of antenna;

--have the camera module of photoflash lamp;

--automatic balancing arrangement;

--autozoom or focus circuit;

--through the ground connection or the earth loop jockey of its transmission or reception data or signal;

--the synchronous communication function circuit;

--multisensor input signal data circuit;

--DMM or DMMD circuit;

--direct signal or data input circuit;

--LCD or LED or OLED display circuit;

--button or sensor key input selection circuit;

--audio frequency or sound generator circuit;

--the I/O port;

--power supply.

Images