CN203563133U - Active infrared video camera - Google Patents
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- CN203563133U CN203563133U CN201320707763.0U CN201320707763U CN203563133U CN 203563133 U CN203563133 U CN 203563133U CN 201320707763 U CN201320707763 U CN 201320707763U CN 203563133 U CN203563133 U CN 203563133U
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Abstract
The utility model discloses an active infrared video camera. The video camera comprises a visible light video camera, an RJ45 interface, a processor integrated with a video coding and decoding circuit, an infrared optical video camera and an infrared emission light source. The infrared emission light source comprises a plurality of infrared lamp beads and a lamp holder which is coaxially arranged on the infrared optical video camera. The infrared lamp beads are symmetrically arranged on the lamp holder. A digital output terminal of the infrared optical video camera is connected with a digital signal input terminal of the processor. A video signal output terminal of the visible light video camera is connected with a video signal input terminal of the processor. A communication signal terminal of the processor is connected with the RJ45 interface. The RJ45 interface is connected with a router through a network cable. The video camera can provide data acquisition for forest fireproof monitoring in an all-weather, all-terrain, 7*24 hours, high-quality and multiple-application mode.
Description
Technical field
The utility model relates to technical field of security and protection, and particularly a kind of infrared network camera head, is more specifically a kind of active infra-red network camera instrument.
Background technology
Forest has air cleaning, fixing of soil and conservation of water, maintain the ecological balance, the effect of the means of production is provided.In recent years, China's sandstorm takes place frequently, and desertification constantly aggravates, and this and forest suffer to destroy close ties.Every year, all can there is the forest fire of some in the whole world.Forest fire, has feature sudden, uncertain, that the short time is caused huge breaking-up, and extensive forest fire is often caused by unconspicuous hidden fire.
At first, the mankind adopt and to build sightseeing tower, artificial on dutyly carry out early warning forest fire, and this mode, can only find larger forest fires; Afterwards, by cruising to monitor the forest zone that forest fire danger class is high in the air, but cruiser was away from earth's surface, was difficult to equally find hidden fire or little fire, and the cost that cruises is in the air high, and the number of times that cruises is limited, cannot realize round-the-clock monitoring; At present, some large forest zones of China have adopted satellite monitoring, but satellite is more away from earth surface, its to the resolution of temperature at 1000 square meters left and right, the hidden fire of more difficult discovery or little fire.
In recent years, the video frequency monitoring system based on visible ray has been installed in the many forest zones of China.This system, according to the geographical features in forest zone, is divided into a plurality of less guarded regions by forest zone, at each guarded region, control point is set, the video camera in control point setting based on visible ray, and a point can be monitored the forest scope of 90,000 mu of left and right.Video camera based on visible ray is transferred to long-range Surveillance center by the forest zone vedio data collecting, Surveillance center is by computer comparative analysis image aspects feature, find hidden fire and little fire in forest, the monitoring means such as it has overcome to a certain extent artificial loud and clear prestige, cruises in the air, satellite monitoring are in the technological deficiency of finding on hidden fire and little fire.There is following defect in this video camera based on visible ray but:
1. this video camera based on visible ray does not possess night vision function, and this visible light camera can only be operated in intensity of illumination good daytime, even illuminance all cannot be worked poor dusk and early morning, under night condition, more cannot realize monitoring.
2. this video camera based on visible ray does not possess temp sensing function, conventionally often there is the cloud and mist of random drift in forest zone, the feature of cloud and mist and forest fires is very similar, in the situation that there is no temperature as reference point, is difficult to be contrasted cloud and mist image and forest fires are distinguished by characteristics of image.
3. the sighting distance of this video camera based on visible ray is short, the video camera of this visible ray, and the visible wavelength of reception is relatively short, so sighting distance is also just short, in the forest zone of large area region, need to arrange a large amount of video cameras, and lower deployment cost is high.
At present, for military passive type thermal camera, the infrared light that employing object oneself sends is as light source, and this dynamic formula thermal camera cost is high and can not reflect ambient conditions, is not suitable for forest zone monitoring.
Utility model content
In order to overcome the visible light camera of prior art employing, do not possess thermometric, night vision function, can only be operated in intensity of illumination reasonable daytime, to forest zone cloud and mist and forest fires, can not effectively distinguish, all there is very large restriction this visible light camera sighting distance and visual field, in forest zone, need a large amount of deployment, for military passive type thermal camera, the infrared light that employing object oneself sends is as light source, this camera apparatus cost is high and can not reflect ambient conditions, be not suitable for the technological deficiencies such as forest zone monitoring, the utility model provides a kind of active infrared video camera.
For solving above-mentioned technical problem, the utility model by the following technical solutions:
A kind of active infrared video camera, comprise visible light camera, RJ45 interface, the integrated processor of coding and decoding video circuit, infrared optics video camera, infrared emission light source, described infrared emission light source comprises a plurality of infrared lamp pearls and is coaxially arranged on the lamp socket on infrared optics video camera, and the mode of described infrared lamp pearl matrix is arranged on lamp socket; The digital output end of described infrared optics video camera connects the digital signal input end of processor, the VT of described visible light camera connects the video signal input terminal of processor, the signal of communication end of described processor connects RJ45 interface, and described RJ45 interface is by netting twine connection route device.
When the utility model comes into operation, the first step, adjustment equipment: the network ip address of setting control point video camera, adjust the angle lens of infrared optics video camera and visible light camera, make visual angle, visual field, the sighting distance of video camera meet monitoring requirement, the angle of adjusting infrared lamp pearl, makes the angle of infrared emission light source consistent with the angle lens of infrared optics video camera; Second step, adds electric test equipment: start power supply, confirm that whether the operating state of equipment is normal, after equipment is normal, just equipment investment is used; The 3rd step; carry out monitor task: in illuminance during higher than critical value; visible light camera enters mode of operation; infrared optics video camera is in shutdown mode; infrared emission light source is closed, and visible light camera gathers the image fact in forest zone, sends the video signal collecting to processor by video-out port; processor is encoded video signal, and the data after coding are transmitted to the Surveillance center of far-end by RJ45 interface.In illuminance during lower than critical value; thermal camera is in mode of operation; infrared emission light source is opened; visible light camera enters shutdown mode; the infrared signal that infrared optics camera acquisition arrives, after a series of processing of circuit, becomes digital signal; be transferred to processor, processor is transmitted to these digital signals the Surveillance center of far-end.Under cloud and mist environment in illuminance higher than critical value, can start infrared optics video camera and visible light camera simultaneously, infrared emission light source is opened, two video cameras are by the forest zone picture signal collecting, be transferred to processor, after treatment, processor is transmitted to it Surveillance center of far-end by RJ45 interface.
Adopt infrared emission light source as lighting source, have that imaging clearly, contrast are high, the feature that is not subject to that environment light source affects etc.; Infrared emission light source comprise infrared lamp pearl and and be coaxially arranged on the lamp socket on infrared optics video camera, the angle of infrared lamp pearl can be adjusted, this project organization is conducive to guarantee that the angle of infrared emission light source and infrared optics camera lens is consistent, improved the image quality of thermal camera, this structure is conducive to installation, test, the maintenance of infrared lamp simultaneously; Adopt twin camera pattern, be conducive to when intensity of illumination is good, adopt visible light camera, obtain better image information and more ambient condition information, the infrared optics video camera that employing can thermometric can better be realized monitoring under cloud and mist weather condition, while infrared optics video camera, there is night vision function, can realize forest zone monitoring at environment at night, thereby realize round-the-clock, 7X24 hour monitoring to forest zone.Adoption Network interface can be by the real-time Surveillance center that is transferred to far-end of the data that collect.
For the forest zone environment for different, most economical, reasonable, effective infrared emission light source scheme is provided, as preferably, described infrared lamp pearl is any one or combination in any in single-chip infrared lamp pearl, array infrared lamp pearl, dot-matrix type infrared lamp pearl.
Conventionally people can think, the brightness of lamp pearl is higher, and lamp pearl power is larger, lamp pearl quantity is more, and infrared emission light source is just better, in practice, find, the infrared emission light source that is applicable to sunshine environment is only best, most economical, the most feasible active video camera infrared emission light source.
It is more than the further improvement to the infrared emission light source adaptive capacity to environment of active infrared video camera.The features such as single-chip infrared lamp pearl, has production technology simple, and quality easily guarantees, caloric value is low, light emitting optical system is reasonable, can reach more than 100,000 hours in theory useful life.Adopt the active infrared video camera of single-chip infrared lamp pearl simple in structure, with low cost, be easy to install, be applicable to illumination condition good, the control point that the visual field is openr, array infrared lamp pearl, there is long service life, in 2～3 years, light is without obvious decay, light is even, image quality is fine and smooth, the high lamp feature of definition, on product light channel structure, use aspherics glass lens, projected spot is very even, greatly improved monitoring night vision image sharpness, reach the new stage that can identify looks, the night vision image of the active infrared video camera of employing array infrared lamp pearl is brighter, snow is few, without dark angle, image is evenly without dark angle, largely solved the flashlight effect of picture, can significantly promote video camera night vision effect, significantly reduce the volume of vedio data simultaneously, be applicable to illumination condition poor, the monitoring large control point of area, dot-matrix type infrared lamp pearl, has the features such as power is large, brightness is high, cost is low, volume is little, radiating treatment is good, can pass through separate lenses, regulates arbitrarily the distribution angle of light according to user demand.Adopt the active infrared video camera of dot-matrix type infrared lamp pearl to there is the features such as brightness is high, volume is little, photoelectric conversion rate is high, lighting angle is wide, the life-span is long, rapid heat dissipation, be applicable to illumination condition complexity, the control point, forest zone that cloud and mist is many; In practice, can adopt according to forest zone situation the infrared emission light source of above three kinds of lamp pearl combination in any.
The infrared light sending in order to ensure infrared lamp pearl is posted to farther forest zone, and as preferably, the front end of described infrared lamp pearl is provided with optically focused camera lens.
Wide at the indoor infrared emission light source lighting angle that conventionally requires, but forest zone lighting angle is in the wild wide, and infrared emission light source infrared light projection distance is relatively shorter.
More than the infrared emission light source infrared light of active infrared video camera to be delivered to the further improvement of ability.Adopt the front end of infrared lamp pearl to be provided with the design of optically focused camera lens, optically focused camera lens in different ways, adapts to the demand of different infrared light projection distances.
In order to improve the matching of infrared emission light source and infrared optics video camera, as preferably, described lamp socket comprises aluminium base matrix, opens a plurality of installing holes springlock, the double end line concentration terminal the same with installing hole quantity on aluminium base matrix, described installing hole matrix is arranged on aluminium base matrix, the other springlock that is provided with of each installing hole, described infrared lamp pearl is arranged in installing hole, and each installing hole is electrically connected to double end line concentration terminal.
Conventionally there is people selecting video camera, camera lens, protective cover, power supply, even after installation, just consider infrared emission light source, in practical application, the matching of infrared emission light source and video camera is to select the most important investigation factor of infrared emission light source, this matching, from structure, be mainly reflected on mount pad, mount pad rational in infrastructure is the important guarantee of outstanding infrared illumination scheme.
It is more than the further improvement to the infrared emission light source of active infrared video camera and infrared photography machine matching.Conventionally lamp socket adopt plastics that thermoplasticity is good as the basis material of lamp socket to adapt to high thermal environment.During the job stability of pedestal, solved, if the heat that infrared lamp pearl produces cannot leave in time, this accumulation of heat is many can cause infrared lamp pearl to be lost efficacy, and also can have influence on the useful life of infrared lamp pearl.The aluminium base matrix of employing high thermal conductivity can leave the heat of infrared lamp pearl generation in time as the matrix of mount pad, allow the work of infrared lamp pearl at a lower temperature, it can reach following effect: the one, and the useful life of raising infrared lamp pearl, the 2nd, do not have influence on the operating state of infrared optics video camera, the 3rd, infrared lamp pearl can be operated under larger operating current, and the luminous flux of infrared lamp pearl has just improved naturally.Adopt springlock that infrared lamp pearl is locked on lamp socket, thisly exempt to weld locking mode, facilitate the adjustment of infrared lamp pearl light emitting anger, this mode can realize standardized manufacturing process simultaneously, reduces the cost of lamp socket; Lamp socket is with unclamping double end line concentration terminal, easy for installation, arranges flexibly cable to move towards to realize best wiring.Adopt the mode of matrix that infrared lamp pearl is arranged on lamp socket, the one, guaranteed that the infrared light amount of radiation that infrared emission light source produces is uniformly distributed, be conducive to improve the image quality of infrared optics video camera, the 2nd, guarantee that infrared light angle is consistent with infrared optics camera angle, be conducive to expand the guarded region of video camera.
In order to improve the working life of infrared lamp pearl, the infrared light light that infrared lamp pearl sends is even, and the image quality that thermal camera obtains is fine and smooth, definition is high, as preferably, described infrared emission light source also comprises pressure-stabilizing constant flow circuit, and described pressure-stabilizing constant flow circuit is electrically connected to infrared lamp pearl.
The constant-current circuit of use is all generally large electric current constant-current circuit in the market, but under constant current prerequisite, the stablizing voltage of having slipped.This chip operating voltage significantly changes with mains fluctuation, has aggravated the light decay of infrared lamp pearl.
It is more than the further improvement to the infrared emission light source job stability of active infrared video camera.Adopt pressure-stabilizing constant flow circuit, realized real constant voltage, constant current, greatly extended the service time of infrared lamp pearl.
In order to improve infrared lamp infrared radiation efficiency, as preferably, the P/N of described infrared lamp pearl luminescence chip knot material is GaAs.
It is more than the further improvement to the infrared emission light source ability to work of active infrared video camera.Large 5～6 times than silicon of the electron mobilities of the P/N knot of the infrared lamp pearl luminescence chip made from GaAs, have the advantages such as high frequency, temperature performance is good, noise is little, radianting capacity is strong.
Complete property in order to ensure infrared light collection, treatment system, as preferably, described infrared optics video camera comprises infrared optical lens, uncooled detector, front-end processing circuit, described infrared optical lens is coaxially arranged on the dead ahead of uncooled detector, described uncooled detector signal end connects the signal end of front-end processing circuit, and the digital output end of described front-end processing circuit connects the digital input end of processor.
It is more than the further improvement to the infrared data ' s acquisition disposal ability of active infrared video camera.It has the advantages that volume is little, low in energy consumption, cost is low, reliability is high uncooled detector, adopts infrared optical lens to be coaxially arranged on the dead ahead of uncooled detector, can guarantee that like this uncooled detector can collect more infrared light; Adopt front-end processing circuit to anticipate the infrared data signal detecting, can reduce the live load of processor.
In order fundamentally to improve the detectivity of uncooled detector, job stability is high, as preferably, described uncooled detector, comprise thermoelectric refrigerating unit and be arranged on the micro-metering bolometer array in thermoelectric refrigerating unit, described micro-metering bolometer array comprises a plurality of temperature-sensitive elements, and described temperature-sensitive element matrix is arranged on the focal plane of uncooled detector.
Uncooled detector is mainly that the infrared radiation that temperature-sensitive element is detected gathers, integration, becomes current signal, becomes voltage signal again and export line by line.As the working method of temperature-sensitive element of sampling primary element and precision and the sampling efficiency that work quality directly has influence on sampling; The detectivity of temperature-sensitive element and imaging performance are subject to the impact of working temperature larger, only have and make all pixel temperature of detector array remain under certain identical constant room temperature as far as possible, could fundamentally improve the detectivity of thermal imager.
Above scheme is active infrared video camera to be obtained to the further improvement of fire alarm video data ability.By thousands of temperature-sensitive element, the focal plane that adopts matrix-style to be arranged on uncooled detector forms micro-metering bolometer array, allow temperature-sensitive element under best image-forming condition, by the meticulousst mode, sample, thereby guarantee to obtain best fire alarm video data under the infrared condition in existing outside; The thermoelectric refrigerating unit that temperature control is used is arranged on below micro-metering bolometer array, the temperature that it sets with normal operation of sensor by the voltage on sampling micro-metering bolometer array is compared, thereby the sense of current and the size that in adjustment refrigerator, flow through are controlled temperature, thereby guarantee that all pixel temperature of micro-metering bolometer array remain under certain identical constant room temperature, thereby guarantee that temperature-sensitive element has best detectivity and imaging performance.
For the ease of the application type of management active infrared video camera, as preferably, active infrared video camera also comprises peripheral interface units, and described peripheral interface units connects processor.
It is more than the further improvement to the application extension managerial ability of active infrared video camera.Adopt peripheral interface units to increase necessary interface according to the needs of monitoring, convenient and practical, be convenient to the management of interface.
For the ease of the output input of two-way voice talkback, cradle head control, serial communication, vision signal, the output of alarm signal input, as preferably, described peripheral interface units comprises at least one in video input port, video-out port, warning input port, warning output port, phonetic entry mouth, voice output mouth, RS485 port, RS232 port.
It is more than the further improvement to the application extension ability of active infrared video camera.Warning input port is for alarm signal input, and warning output port is for alarm signal output; RS485 port, for communicating by letter with The Cloud Terrace, to The Cloud Terrace sending controling instruction, receives the information such as angle that The Cloud Terrace returns.Also can be used for controlling lens focusing, aperture etc.; Phonetic entry mouth: for microphone signal input, the phonetic order of voice output Kou Kejiang Surveillance center outputs to loud speaker, is convenient to floor manager; RS232 port can be used for carrying out data communication with other equipment; Video input port is for the image of the visible light camera of native system is input to processor, and video-out port outputs to monitor for processor is processed to infrared image later, is convenient to field observation.
Compared with prior art, the beneficial effects of the utility model are:
1, a kind of active infrared video camera of the utility model, the twin camera pattern that adopts infrared optics video camera and visible light camera to combine, intensity of illumination good without mist forest district environment, use visible light camera to gather forest zone live data, it can obtain the forest zone ambient condition information of vedio data and the Geng Jia of image quality the best; At the poor day and night of intensity of illumination, use infrared optics camera acquisition forest zone live data, it can obtain more effectively, be easy to analyze the vedio data of contrast, guarantee the validity of monitoring effect; Under cloud and mist weather condition, due to infrared optics camera acquisition to data message there is very abundant temperature information, can be well cloud and mist and forest fires difference be come; Thereby guarantee that active infrared video camera can realize monitoring in, 7X24 round-the-clock to carrying out hour, simultaneously by its network interface by the real-time Surveillance center that is transferred to far-end of the data that collect.
2, a kind of active infrared video camera of the utility model, its infrared emission light source, adopt exempting from scolding tin, being easy to adjust the lamp socket of infrared lamp pearl light emitting anger of aluminium base matrix, a plurality of installing holes of arranged in matrix on lamp socket, also be provided with the unclamped double end line concentration terminal that is easy to wiring, it also comprises pressure-stabilizing constant flow circuit simultaneously.Adopt this mount pad, guarantee that infrared emission light source is coaxially arranged on infrared optics video camera.These features make the light angle of infrared emission light source and the angle lens of thermal camera can easily realize consistent, can guarantee that the infrared light amount of radiation that infrared emission light source sends is uniformly distributed simultaneously, be conducive to improve the penetration capacity of the cloud and mist of infrared light, improve infrared imaging quality; The heat that the lamp socket of aluminium base matrix can produce infrared lamp pearl, leaves in time, guarantees that infrared lamp pearl works under larger operating current, and the use of pressure-stabilizing constant flow circuit, more can guarantee that infrared lamp pearl has longer useful life simultaneously.
3, a kind of active infrared video camera of the utility model, its infrared emission light source, adopting GaAs is the infrared lamp pearl of luminescence chip P/N knot material, front end on infrared lamp pearl is provided with optically focused camera lens, and infrared lamp pearl can be any one or their combination in any in single-chip infrared lamp pearl, array infrared lamp pearl, dot-matrix type infrared lamp pearl.This design can make infrared emission light source have high frequency, temperature performance is good, noise is little, radianting capacity is strong feature, has good infrared light and delivers ability, and can guarantee provides suitable illumination scheme by most economical scheme for various forest zones environment simultaneously.
4, a kind of active infrared video camera of the utility model, adopts thermoelectric refrigerating unit and the uncooled detector that is arranged on the micro-metering bolometer array in thermoelectric refrigerating unit, the infrared optics video camera of infrared optical lens, front-end processing circuit.This design has guaranteed that active infrared video camera has very strong image data acquiring ability, has corresponding data-handling capacity simultaneously.
5, a kind of active infrared video camera of the utility model, adopts peripheral interface units that various expanded application ports are set, and is conducive to develop better and uses the expanded application of active infrared video camera to meet forest fire monitoring.
The utility model finally realizes round-the-clock, full region, 7X24 hour, high-quality, answer land used to provide data acquisition for forest fire protection monitoring more.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Embodiment
Below in conjunction with accompanying drawing, the utility model is further elaborated, embodiment of the present utility model is not limited to this.
Embodiment mono-:
As shown in Figure 1, the utility model, comprise visible light camera, RJ45 interface, the integrated processor of coding and decoding video circuit, infrared optics video camera, infrared emission light source, described infrared emission light source comprises a plurality of infrared lamp pearls and is coaxially arranged on the lamp socket on infrared optics video camera, and described infrared lamp pearl arranged in matrix is on lamp socket; The digital output end of described infrared optics video camera connects the digital signal input end of processor, the VT of described visible light camera connects the video signal input terminal of processor, the signal of communication end of described processor connects RJ45 interface, and described RJ45 interface is by netting twine connection route device.
Embodiment bis-:
In order to improve the infrared emission light source adaptive capacity to environment of active infrared video camera, the present embodiment improves further on the basis of embodiment mono-, and the infrared lamp pearl of the present embodiment is any one or combination in any in single-chip infrared lamp pearl, array infrared lamp pearl, dot-matrix type infrared lamp pearl.
Embodiment tri-:
In order to improve the infrared emission light source infrared light of active infrared video camera, deliver ability, the present embodiment improves further on the basis of any one embodiment of embodiment mono-～bis-, and the front end of the infrared lamp pearl of the present embodiment is provided with optically focused camera lens.
Embodiment tetra-:
In order to improve infrared emission light source and the infrared photography machine matching of active infrared video camera, the present embodiment improves further on the basis of any one embodiment of embodiment mono-～tri-, the lamp socket of the present embodiment comprises aluminium base matrix, opens a plurality of installing holes springlock, the double end line concentration terminal the same with installing hole quantity on aluminium base matrix, described installing hole matrix is arranged on aluminium base matrix, the other springlock that is provided with of each installing hole, described infrared lamp pearl is arranged in installing hole, and each installing hole is electrically connected to double end line concentration terminal.
Embodiment five:
In order to improve the infrared emission light source job stability of active infrared video camera, the present embodiment improves further on the basis of any one embodiment of embodiment mono-～tetra-, the infrared emission light source of the present embodiment also comprises pressure-stabilizing constant flow circuit, and described pressure-stabilizing constant flow circuit is electrically connected to infrared lamp pearl.
Embodiment six:
In order to improve the infrared emission light source ability to work of active infrared video camera, the present embodiment improves further on the basis of any one embodiment of embodiment mono-～five, and the P/N knot material of the infrared lamp pearl luminescence chip of the present embodiment is GaAs.
Embodiment seven:
In order to improve the infrared data ' s acquisition disposal ability of active infrared video camera, the present embodiment improves further on the basis of any one embodiment of embodiment mono-～six, the infrared optics video camera of the present embodiment comprises infrared optical lens, uncooled detector, front-end processing circuit, described infrared optical lens is coaxially arranged on the dead ahead of uncooled detector, described uncooled detector signal end connects the signal end of front-end processing circuit, and the digital output end of described front-end processing circuit connects the digital input end of processor.
Embodiment eight:
In order to improve active infrared video camera, obtain fire alarm video data ability, the present embodiment improves further on the basis of embodiment seven, the uncooled detector of the present embodiment, comprise thermoelectric refrigerating unit and be arranged on the micro-metering bolometer array in thermoelectric refrigerating unit, described micro-metering bolometer array comprises a plurality of temperature-sensitive elements, and described temperature-sensitive element matrix is arranged on the focal plane of uncooled detector.
The concrete data of the utility model assembly are: micro-metering bolometer array adopts the amorphous silicon micro-metering bolometer of the UL03191 of ULIS company, its design parameter is is 9.6mmx7.2mm as sense face area, 1000 * 1000 yuan of array formats, pixel dimension is 25 μ m * 25 μ m, the highest frame frequency 100 MHz, thermoelectric refrigerating unit adopts the ADN-8830 thermoelectric refrigerating unit of AD company.
Those skilled in the art can freely select according to the requirement of practice of construction environment and workpiece the parameter of assembly.
Embodiment nine:
In order to improve the application extension managerial ability of active infrared video camera, the present embodiment improves further on the basis of any one embodiment of embodiment mono-～tri-, the active infrared video camera of the present embodiment also comprises peripheral interface units, and described peripheral interface units connects processor.
Embodiment ten:
In order to improve the application extension ability to active infrared video camera, the present embodiment improves further on the basis of any one embodiment of embodiment mono-～tri-, and the peripheral interface units of the present embodiment comprises at least one in video input port, video-out port, warning input port, warning output port, phonetic entry mouth, voice output mouth, RS485 port, RS232 port.
Just can realize this utility model as mentioned above.
Claims (10)
1. an active infrared video camera, comprise visible light camera, RJ45 interface, the integrated processor of coding and decoding video circuit, it is characterized in that: also comprise infrared optics video camera, infrared emission light source, described infrared emission light source comprises a plurality of infrared lamp pearls and is coaxially arranged on the lamp socket on infrared optics video camera, and described infrared lamp pearl is arranged on lamp socket; The digital signal output end of described infrared optics video camera connects the digital signal input end of processor, and the VT of described visible light camera connects the video signal input terminal of processor, and the signal of communication end of described processor connects RJ45 interface.
2. according to a kind of active infrared video camera described in claim 1, it is characterized in that: described infrared lamp pearl is any one or combination in any in single-chip infrared lamp pearl, array infrared lamp pearl, dot-matrix type infrared lamp pearl.
3. according to a kind of active infrared video camera described in claim 1, it is characterized in that: the front end of described infrared lamp pearl is provided with optically focused camera lens.
4. according to a kind of active infrared video camera described in claim 1, it is characterized in that: described lamp socket comprises aluminium base matrix, opens a plurality of installing holes springlock, the double end line concentration terminal the same with installing hole quantity on aluminium base matrix, described installing hole matrix is arranged on aluminium base matrix, the other springlock that is provided with of each installing hole, described infrared lamp pearl is arranged in installing hole, and each installing hole is electrically connected to double end line concentration terminal.
5. according to a kind of active infrared video camera described in claim 1, it is characterized in that: described infrared emission light source also comprises pressure-stabilizing constant flow circuit, described pressure-stabilizing constant flow circuit is electrically connected to infrared lamp pearl.
6. according to the active infrared video camera described in claim 1, it is characterized in that: the P/N knot material of described infrared lamp pearl luminescence chip is GaAs.
7. according to a kind of active infrared video camera described in claim 1, it is characterized in that: described infrared optics video camera comprises infrared optical lens, uncooled detector, front-end processing circuit, described infrared optical lens is coaxially arranged on the dead ahead of uncooled detector, described uncooled detector signal end connects the signal end of front-end processing circuit, and the digital output end of described front-end processing circuit connects the digital input end of processor.
8. a kind of active infrared video camera according to claim 7, it is characterized in that: described uncooled detector, comprise thermoelectric refrigerating unit and be arranged on the micro-metering bolometer array in thermoelectric refrigerating unit, described micro-metering bolometer array comprises a plurality of temperature-sensitive elements, and described temperature-sensitive element matrix is arranged on the focal plane of uncooled detector.
9. a kind of active infrared video camera according to claim 1, is characterized in that: also comprise peripheral interface units, described peripheral interface units connects processor.
10. a kind of active infrared video camera according to claim 9, is characterized in that: described peripheral interface units comprises at least one in video input port, video-out port, warning input port, warning output port, phonetic entry mouth, voice output mouth, RS485 port, RS232 port.
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| CN201320707763.0U CN203563133U (en) | 2013-11-11 | 2013-11-11 | Active infrared video camera |
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| CN201320707763.0U CN203563133U (en) | 2013-11-11 | 2013-11-11 | Active infrared video camera |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103607528A (en) * | 2013-11-11 | 2014-02-26 | 成都市晶林电子技术有限公司 | Active infrared camera |
| CN116091959A (en) * | 2022-11-21 | 2023-05-09 | 武汉坤达安信息安全技术有限公司 | Double-light linkage identification method and device based on all-weather smoke and fire |
-
2013
- 2013-11-11 CN CN201320707763.0U patent/CN203563133U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103607528A (en) * | 2013-11-11 | 2014-02-26 | 成都市晶林电子技术有限公司 | Active infrared camera |
| CN116091959A (en) * | 2022-11-21 | 2023-05-09 | 武汉坤达安信息安全技术有限公司 | Double-light linkage identification method and device based on all-weather smoke and fire |
| CN116091959B (en) * | 2022-11-21 | 2024-03-22 | 武汉坤达安信息安全技术有限公司 | Double-light linkage identification method and device based on all-weather smoke and fire |
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