CN202524507U - Precise detection display system with intelligent photomicrography function - Google Patents
Precise detection display system with intelligent photomicrography function Download PDFInfo
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- CN202524507U CN202524507U CN2012201788653U CN201220178865U CN202524507U CN 202524507 U CN202524507 U CN 202524507U CN 2012201788653 U CN2012201788653 U CN 2012201788653U CN 201220178865 U CN201220178865 U CN 201220178865U CN 202524507 U CN202524507 U CN 202524507U
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- display
- photomicrography
- display floater
- precision
- video camera
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Abstract
The utility model discloses a precise detection display system with an intelligent photomicrography function. The precise detection display system comprises a display, an embedded controller, a semi-transparent lens and a camera. The display is provided with a display panel. The embedded controller is embedded into the display and is coupled with the display panel. The projection of the semi-transparent lens covers the display panel. The camera is in communication connection with the embedded controller, so that images captured by the camera can be directly transmitted to the embedded controller and displayed on the display panel.
Description
Technical field
The utility model relates to a kind of display unit, particularly detects display system about a kind of precision of playing the tool intelligence photomicrography function of the image that video camera captures.
Background technology
Along with science and technology progress and development with rapid changepl. never-ending changes and improvements; Various microcameras are widely used in the middle of the every field gradually; Such as: when the medical and beauty treatment common skin and tooth observe, the maintenance and detection or the like of the observation of Small electronic component and detection, precision instrument, microcamera all can bring greatest help.
Yet; The existing microcamera host computer of all need arranging in pairs or groups; And this host computer more must have specific operation system (like
operating system of company of Microsoft
), can the viewed image of microcamera be sent on the display.Therefore, even exist display and microcamera in the environment at user place, if but when not having any host computer, microcamera still can't transfer to the image that is captured on the display, will have no the ample scope for abilities.
Hence one can see that, and existing microcamera still exists inconvenience and restriction in the use.
The utility model content
In view of this, the one side of the utility model is to be to provide a kind of precision of tool intelligence photomicrography function to detect display system, and it need not can play the image that video camera captures by any host computer, so can overcome the problem that prior art suffers from.
One purpose of the utility model is to be that the image that video camera is captured directly is sent to play on the display, and need not see through host computer and specific operation system.
Another purpose of the utility model is to be to make display unit not have luminous or to be mirror effect when not having show image, and when the display unit show image, can present image smoothly.Whereby, the precision of the tool of the utility model intelligence photomicrography function detects display system and not only can be used to play the image that video camera captures, and more can bring and be used as the mirror use.
In order to achieve the above object, according to an execution mode of the utility model, a kind of precision of tool intelligence photomicrography function detects display system and comprises a display, an embedded controller, half transparent glasses lens and a video camera.Display has a display floater.Embedded controller is to be embedded in the display and to be coupled in display floater.Translucent eyeglass projection covers display floater.Video camera is that communication is connected to embedded controller, video camera institute picked image directly is sent to embedded controller and is shown on the display floater.
In the utility model one embodiment, the precision of described tool intelligence photomicrography function detects display system, and also comprise: at least one device for signalling is arranged at this video camera; And at least one signal receiving device, be arranged at this display; Wherein, this device for signalling is that communication is connected to this signal receiving device.
In the utility model one embodiment, the precision of described tool intelligence photomicrography function detects display system and also comprises: a transmission line is connected between this device for signalling and this signal receiving device.
In the utility model one embodiment, this device for signalling and this signal receiving device are to utilize wireless signal to set up communication to connect.
In the utility model one embodiment, this translucent eyeglass is that to be configured to when this display floater is luminous be printing opacity; Wherein this translucent eyeglass is to be configured to when the image of this translucent eyeglass of the acomia light time reflection of this display floater with respect to the opposite side of this display floater.
In the utility model one embodiment; The precision of described tool intelligence photomicrography function detects display system and also comprises a waterproof washer; Be located between this translucent eyeglass and this display floater, wherein this translucent eyeglass is half two-way mirror or an one-way glass.
In the utility model one embodiment; The precision of described tool intelligence photomicrography function detects display system and also comprises a waterproof washer; Be located between this translucent eyeglass and this display floater, wherein this translucent eyeglass is a touch-control glass, is coupled to this embedded controller.
In the utility model one embodiment, this embedded controller comprises: a tv control unit is coupled to this display floater; And a multimedia unit, be coupled to this tv control unit and communication and be connected to network and this video camera, so that the information of this network or this image that this video camera was captured are sent to this display floater.
In the utility model one embodiment, this multimedia unit comprises: a network communication end, in order to be connected to this network; And an image transport module, in order to this image that this video camera captured is sent to this display floater.
In the utility model one embodiment, this video camera is a microcamera.
Through above technological means, the execution mode of the utility model can directly be sent to the embedded controller in the display with the image that video camera captured, and being shown on the display floater, and need not see through host computer.In addition, above-mentioned execution mode comprises half transparent glasses lens, and its projection covers display floater.Whereby, when the acomia light time of display floater,,, thereby be mirror effect so translucent eyeglass can reflect the light of external environment because the brightness of external environment is higher than display floater; Relatively, when the display floater show image, the light that it sent will penetrate more than half transparent glasses lens, so that the image that the beholder can watch display floater to play smoothly.So the precision of the tool intelligence photomicrography function of above-mentioned execution mode detects display system and not only can be used to play the image that video camera captures, and more can bring and be used as the mirror use.
The above only is in order to setting forth problem, the technological means of dealing with problems that the utility model institute desire solves and the effect that produces thereof or the like, introduces in detail in execution mode that the detail of the utility model will be hereinafter and the relevant drawings.
Description of drawings
For letting the above-mentioned of the utility model and other purposes, characteristic, advantage and the embodiment can be more obviously understandable, the explanation of appended accompanying drawing be following:
Fig. 1 illustrates the front view that detects display system according to the precision of the tool intelligence photomicrography function of an execution mode of the utility model;
Fig. 2 illustrates the front view that detects display system according to the precision of the tool intelligence photomicrography function of another execution mode of the utility model;
Fig. 3 illustrates the system block diagrams according to the display of an execution mode of the utility model.
[main element symbol description]
100: display
110: display floater
120: signal receiving device
200: embedded controller
210: multimedia unit
220: tv control unit
212: the network communication end
214: the image transport module
300: video camera
310: camera lens
320: device for signalling
330: the side handle
340: the end
400: translucent eyeglass
500: transmission line
610: power supply
620: loud speaker
630: the simulation step-adjusting device
640: sound is looked signal (AV) terminal linkage unit
650: infrared receiver
700: waterproof washer
Embodiment
Below will disclose a plurality of execution modes of the utility model with accompanying drawing, for the purpose of offering some clarification on, the details on many practices will explanation in the lump in following narration.Yet those of ordinary skill in the art should recognize that in the utility model part execution mode, the details on these practices is also non-essential, does not therefore use with restriction the utility model.In addition, for the purpose of simplifying accompanying drawing, some known habitual structures and element will illustrate with the mode of simple signal in the accompanying drawings.
Fig. 1 illustrates the front view that detects display system according to the precision of the tool intelligence photomicrography function of an execution mode of the utility model.As shown in the figure, the precision of tool shown in this execution mode intelligence photomicrography function detects display system and comprises a display 100, an embedded controller 200, half transparent glasses lens 400 and a video camera 300.Display 100 has a display floater 110.Embedded controller 200 is to be embedded in the display 100 and to be coupled in display floater 110.Translucent eyeglass 400 projections cover display floater 110.Video camera 300 is that communication is connected to embedded controller 200,300 picked image of video camera directly are sent to embedded controller 200 and are shown on the display floater 110.
Through above execution mode; The utility model can be provided with an embedded controller 200 in display 100; It can directly receive the signal that video camera 300 is sent, so need not see through host computer, can 300 images that capture of video camera be shown on the display floater 110.
Should be appreciated that this specification described " communication connection " in full is meant the transmission that exists signal between the multiple arrangement, does not represent those devices to connect by extra bridge joint entity apparatus (for example: transmission line or bus or the like).Relatively, a device transmits signal and installs to another, even there is not any entity apparatus between the two, also meets the definition of " communication connection " in this specification.For example, video camera 300 communications are connected to embedded controller 200 and are meant the transmission that exists signal between the two, and transfer mode can see through transmission line or bus, also can transmit through wireless signals such as radio frequencies.
Should be appreciated that this specification described " projection covering " in full is meant that on behalf of those devices, a device upright projection to another plane, device place can cover another device, physics contact (physicalcontact) must be arranged.For example, translucent eyeglass 400 projections cover display floater 110 and do not represent translucent eyeglass 400 necessary contact display floaters 110.Relatively, do not have physics even translucent eyeglass 400 and display floater 110 are separate and contact, as long as translucent eyeglass 400 is projected to plane, display floater 110 place and can covers the definition that display floater 110 promptly meets " projection covering " in this specification.
In the part execution mode, the precision of tool intelligence photomicrography function detects display system and can comprise at least one device for signalling 320 and at least one signal receiving device 120.Device for signalling 320 is to be arranged at video camera 300.Signal receiving device 120 is to be arranged at display 100.Device for signalling 320 is that communication is connected to signal receiving device 120.
In the part execution mode; The precision of tool intelligence photomicrography function detects display system and can further comprise a transmission line 500; It is to be connected between device for signalling 320 and the signal receiving device 120, in order to 300 images that capture of video camera are sent in the embedded controller 200.For example, transmission line 500 can be the transmission line that meets universal serial convergence bus (Universal Serial Bus below will be called for short USB) specification, and device for signalling 320 and signal receiving device 120 then can be the joint that meets the USB specification.Again for example, transmission line 500 can be the transmission line that transmission sound is looked (audio-video below will be called for short AV) signal, and device for signalling 320 and signal receiving device 120 then can be AV terminal.
Fig. 2 illustrates the front view that detects display system according to the precision of the tool intelligence photomicrography function of another execution mode of the utility model.This execution mode is similar haply with Fig. 1, and main difference is to be that device for signalling 320 of this execution mode and signal receiving device 120 are to utilize wireless signal to set up communication to connect.In other words, the device for signalling 320 of video camera 300 can transmit the signal receiving device 120 of wireless signal to display 100, and need not any transmission line of extra bridge joint or bus or the like.For example, device for signalling 320 and signal receiving device 120 can transmit wireless signals such as Wireless Fidelity (Wireless Fidelity below will be called for short WIFI) signal, ZigBee signal, radiofrequency signal or Bluetooth signal.Should be appreciated that; ZigBee is the wireless communication technique of a kind of low speed short distance transmission used always of wireless telecommunications dealer; It is mainly formulated by the ZigBee Alliance that
company forms; Be since development in 1998, include IEEE 802.15.4 standard criterion in to the Institute of Electrical and Electronics Engineers (IEEE) (IEEE) motion in calendar year 2001.
In the part execution mode, translucent eyeglass 400 is that being configured to when display floater 110 is luminous is printing opacity, and reflects the image of translucent eyeglass 400 with respect to the opposite side of display floater 110 when the 110 acomia light time of display floater, that is the image in the external environment.For example, translucent eyeglass 400 can be two-way mirror or one-way glass or the like.With half two-way mirror is example, and it is the surfaces coated last layer ceramic membrane in glass plate, and when the 110 acomia light time of display floater, ceramic membrane can reflect the image in the external environment; When display floater 110 was luminous, ceramic membrane then can supply the light penetration of display floater 110, can see the image that display floater 110 is appeared in order to the beholder.
In the part execution mode, translucent eyeglass 400 is a touch-control glass and is coupled to embedded controller 200.Particularly, translucent eyeglass 400 can be the sheet glass that is coated with the touch-control conductive layer, and its touch-control conductive layer is to be coupled to embedded controller 200.Whereby, the beholder can control embedded controller 200 execution specific functions through touching translucent eyeglass 400.
Fig. 3 illustrates the system block diagrams according to the display 100 of an execution mode of the utility model.As shown in the figure, the display 100 shown in this execution mode can comprise a multimedia unit 210 (Multimedia MainBoard) and a tv control unit 220 (TV Scalar Board).Tv control unit 220 is to be coupled to display floater 110.Multimedia unit 210 is to be coupled to tv control unit 220 and communication is connected to network and video camera 300 (please and consulting Fig. 1 or Fig. 2), is sent to display floater 110 with information or 300 picked image of video camera with network.Whereby, display floater 110 is not only watched 300 picked image of video camera, more can be used to browsing page.
In the part execution mode, multimedia unit 210 can comprise a network communication end 212 and an image transport module 214.Network communication end 212 is in order to be connected to network, to receive the network information.Image transport module 214 is in order to 300 picked image of video camera are sent to display floater 110.Particularly; Signal receiving device 120 is to be coupled to multimedia unit 210; Image transport module 214 to see through in the multimedia unit 210 is sent to tv control unit 220 with the signal that the device for signalling 320 (please and consulting Fig. 1 or Fig. 2) of video camera 300 is sent; Transmit signals to display floater 110 by tv control unit 220 again, can demonstrate 300 picked image of video camera.
In the part execution mode, display 100 also can comprise power supply 610, loud speaker 620, simulation step-adjusting device 630, sound is looked signal (AV) terminal linkage unit 640 and infrared receiver 650 or the like.Power supply 610 is in order to display floater 110 and embedded controller 200 electric power to be provided.Loud speaker 620 is to be coupled to tv control unit 220, in order to audio plays.Simulation step-adjusting device 630 is to be coupled to tv control unit 220, to transmit TV signal.AV terminal linkage unit 640 is to be coupled to tv control unit 220, and it can supply other image players (for example: CD projector, holder for TV playing) or the like to transmit signal to display floater 110.Infrared receiver 650 is to be coupled to tv control unit 220, for remote control (for example: operation tv control unit 220 (for example: carry out functions such as quiet, turntable) TV remote controller).
Whereby, the display 100 of above-mentioned execution mode not only can show 300 picked image of video camera and the network information, also can play TV programme as general TV.
Please later consult Fig. 1 and Fig. 2, in this execution mode, video camera 300 can comprise a camera lens 310, and it is to be arranged on the side handle 330 of video camera 300.Particularly, video camera 300 can comprise a side handle 330 and both ends 340, and these both ends 340 are the opposite ends that are formed at side handle 330 respectively, and camera lens 310 is to be arranged on the side handle 330.
In this execution mode, the precision of tool intelligence photomicrography function detects display system and can further comprise a waterproof washer 700, is located between this translucent eyeglass 400 and the display floater 110, so that water-proof function to be provided.
In the part execution mode, video camera 300 is a microcamera.For example, its multiplication factor can be 50 to 200 times.In the part execution mode, the camera lens 310 of video camera 300 can be the optical lens with automatic focus function, and its focusing range is approximately between 5 millimeters to 50 millimeters.For example, camera lens 310 can be made by CMOS photo-sensitive cell or CCD photo-sensitive cell.In the part execution mode, video camera 300 can further comprise a plurality of light-emitting diodes (not being shown among the figure), and it is arranged at arround the camera lens 310, in order to promoting image brilliance.
Though the utility model discloses as above with execution mode; Right its is not in order to limit the utility model; Anyly be familiar with this art; In spirit that does not break away from the utility model and scope, when can doing various changes and retouching, so the protection range of the utility model is as the criterion when looking the scope that appending claims defines.
Claims (10)
1. the precision of a tool intelligence photomicrography function detects display system, it is characterized in that, comprises:
One display has a display floater;
One embedded controller is embedded in this display and is coupled in this display floater;
Half transparent glasses lens, projection covers this display floater; And
One video camera, communication are connected to this embedded controller, this video camera institute picked image directly is sent to this embedded controller and is shown on this display floater.
2. the precision of tool intelligence photomicrography function according to claim 1 detects display system, it is characterized in that, also comprises:
At least one device for signalling is arranged at this video camera; And
At least one signal receiving device is arranged at this display;
Wherein, this device for signalling is that communication is connected to this signal receiving device.
3. the precision of tool intelligence photomicrography function according to claim 2 detects display system, it is characterized in that, also comprises:
One transmission line is connected between this device for signalling and this signal receiving device.
4. the precision of tool intelligence photomicrography function according to claim 2 detects display system, it is characterized in that, this device for signalling and this signal receiving device are to utilize wireless signal to set up communication to connect.
5. the precision of tool according to claim 1 intelligence photomicrography function detects display system, it is characterized in that, this translucent eyeglass is that to be configured to when this display floater is luminous be printing opacity;
Wherein this translucent eyeglass is to be configured to when the image of this translucent eyeglass of the acomia light time reflection of this display floater with respect to the opposite side of this display floater.
6. the precision of tool intelligence photomicrography function according to claim 5 detects display system; It is characterized in that; Also comprise a waterproof washer, be located between this translucent eyeglass and this display floater, wherein this translucent eyeglass is half two-way mirror or an one-way glass.
7. the precision of tool intelligence photomicrography function according to claim 5 detects display system; It is characterized in that, also comprise a waterproof washer, be located between this translucent eyeglass and this display floater; Wherein this translucent eyeglass is a touch-control glass, is coupled to this embedded controller.
8. the precision of tool intelligence photomicrography function according to claim 1 detects display system, it is characterized in that this embedded controller comprises:
One tv control unit is coupled to this display floater; And
One multimedia unit is coupled to this tv control unit and communication and is connected to network and this video camera, so that the information of this network or this image that this video camera was captured are sent to this display floater.
9. the precision of tool intelligence photomicrography function according to claim 8 detects display system, it is characterized in that this multimedia unit comprises:
One network communication end is in order to be connected to this network; And
One image transport module is in order to be sent to this display floater with this image that this video camera captured.
10. the precision of tool intelligence photomicrography function according to claim 1 detects display system, it is characterized in that this video camera is a microcamera.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012201788653U CN202524507U (en) | 2012-04-23 | 2012-04-23 | Precise detection display system with intelligent photomicrography function |
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| CN2012201788653U CN202524507U (en) | 2012-04-23 | 2012-04-23 | Precise detection display system with intelligent photomicrography function |
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| CN202524507U true CN202524507U (en) | 2012-11-07 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103379311A (en) * | 2012-04-23 | 2013-10-30 | 尚立股份有限公司 | Precision measure display system with intelligent photomicrography function |
-
2012
- 2012-04-23 CN CN2012201788653U patent/CN202524507U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103379311A (en) * | 2012-04-23 | 2013-10-30 | 尚立股份有限公司 | Precision measure display system with intelligent photomicrography function |
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| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20121107 |
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| CX01 | Expiry of patent term |