CN204929021U - Open -air camera system based on infra red ray induction switch - Google Patents
Open -air camera system based on infra red ray induction switch Download PDFInfo
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- CN204929021U CN204929021U CN201520732256.1U CN201520732256U CN204929021U CN 204929021 U CN204929021 U CN 204929021U CN 201520732256 U CN201520732256 U CN 201520732256U CN 204929021 U CN204929021 U CN 204929021U
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Abstract
The utility model relates to a camera equipment technical field discloses an open -air camera system based on infra red ray induction switch. Open -air camera system includes the cloud platform, fixes at the camera of cloud bench and the infra red ray induction switch of a plurality of disconnect -type, the cloud platform includes the controller of memory and connected storage, and each infra red ray induction switch is still connected simultaneously to the controller, the camera includes camera, steering wheel and rotation type camera lens, and camera and steering wheel are connected respectively controller, steering wheel be hub connection rotation type camera lens simultaneously, disposes wide -angle lens and the fisheye lens coaxial with the camera after switching through the steering wheel on the rotation type camera lens, each infra red ray induction switch all is located wide -angle lens's formation of image within range. The system can realize the intelligence switching between each mode of making a video recording to the degree of adaptability of trigger device and camera is promoted, image data high -quality, timely, various voltinism can be gathered.
Description
Technical field
The utility model relates to picture pick-up device technical field, particularly, relates to a kind of field camera system based on infra-red sensor switch.
Background technology
Wild animals and plants are being carried out in scientific investigation or protection activity, needing to adopt such as infrared ray to trigger the field cameras such as automatic camera and wild animals and plants are made a video recording, to obtain the Ecological information of wild animals and plants.But there is following Railway Project in existing field camera.
First problem, the infrared trigger switch (also referred to as infra-red sensor switch) of existing field camera is all arranged on camera, cause the restriction in many application, make the fitness of itself and video camera limited, be difficult to collect high-quality, image timely, such as the installation site of infrared trigger switch is limited, the carrying out that its induction sensitivity made can not be suited measures to local conditions regulates, easily cause and clap by mistake or leak bat problem (if the induction sensitivity of infrared trigger switch is too high, easy generation is clapped by mistake, obtain unwanted picture, also can waste electricity and memory space simultaneously, if the induction sensitivity of infrared trigger switch is too low, easy when camera can arrive, owing to not starting camera in time, thus occur to leak bat, miss camera meeting).
Second Problem, existing field camera is for reasons such as easy to maintenance and cost control, it is only configured with the camera lens of fixed multiplying power usually, and infrared trigger switch can not respond to the far and near gap of reference object and camera, therefore cannot adjust the camera lens of suitable multiplying power in time, obtain the image of high definition.In addition, the normally first infrared ray of the mode of operation due to field camera triggers, rear startup photography, and therefore can only obtain the view data after triggering, cause shooting picture single, Ecological information gathers incomplete problem.
3rd problem, the adjustment of existing field camera shooting area is very inconvenient, current regulative mode has two kinds: one to be regulate approximate location by rule of thumb, and one is watch collection image by the display screen of camera self configuration, then regulates based on collection image.The former error is comparatively large, cannot quantitatively regulate, and the latter need configure display screen, and the time of really using due to display screen very little, can cause the wasting of resources.
Four problems, due to the storage card of camera self and the capacity of battery all limited, in the shooting process of chronicity, the ineffective image data of accumulation will cause data space nervous, need regularly to remove field data collection, and change battery, and application is very inconvenient.
For the Railway Project of above-mentioned existing field camera, be necessary to provide a kind of novel field camera system, not only can by the infrared ray triggering mode of separate type, the intelligence realized between each image pickup mode switches, thus the fitness of trigger switch and video camera can be promoted, collect high-quality, timely, the view data of various voltinism, also there is easy for installation, shooting direction and be easy to regulate and the easy-to-handle feature of view data, improve Consumer's Experience and practicality.
Utility model content
For the Railway Project of aforementioned existing field camera, the utility model provides a kind of field camera system based on infra-red sensor switch, not only can by the infrared ray triggering mode of separate type, the intelligence realized between each image pickup mode switches, thus improve the fitness of trigger equipment and video camera, can collect high-quality, timely, the view data of various voltinism, also there is easy for installation, shooting direction be easy to regulate and the easy-to-handle feature of view data, improve Consumer's Experience and practicality.
The technical solution adopted in the utility model, the infra-red sensor switch of provide a kind of field camera system based on infra-red sensor switch, comprise The Cloud Terrace, be fixed on video camera on The Cloud Terrace and several separate types; Described The Cloud Terrace comprises the controller of memory and connected storage, and controller also connects each infra-red sensor switch simultaneously; Described video camera comprises camera, steering wheel and rotary camera lens, camera and steering wheel are connected described controller respectively, steering wheel simultaneously axle connects rotary camera lens, rotary camera lens is configured with the wide-angle lens coaxial with camera and fish eye lens after switching through steering wheel; Each infra-red sensor switch described is all positioned at the areas imaging of described wide-angle lens.
In the camera system of described field, described infra-red sensor switch is used for detecting satisfaction in its induction range when answering the infrared spectrum of sensitivity requirement, generates induced signal, and induced signal is sent to described controller, described The Cloud Terrace is used for fixing and controls described video camera, wherein, the view data that the storage of collected that is used for described memory arrives and other relevant Ecological information data, described control module is for checking whether each infra-red sensor switch has induced signal to export, and control described steering wheel according to check result, optimal imaging is realized by the work camera lens switching described rotary camera lens, namely when finding that all non-inductive signal of all infra-red sensor switch exports, be fish eye lens by described steering wheel by rotary Shot change, realize flake imaging, when finding to have at least an infra-red sensor switch to have induced signal to export, be wide-angle lens by described steering wheel by rotary Shot change, realize wide-angle image, also receive with Time Controller and process the view data from described camera, and view data is preserved in which memory, described video camera is used for switching different image pickup modes under the control of described controller, wherein, described camera is used for acquisition of image data, described steering wheel is for driving rotary rotation of lens, realize the switching of different operating camera lens, the work camera lens that described rotary configurations of lenses two kinds is different, carries out corresponding imaging after can realizing, so that camera collection is to corresponding view data rotating switching.Described field camera system, infra-red sensor switch trigger controller by separate type carries out corresponding controlling behavior, realize the switching of wide-angle image and flake imaging two kinds of different image pickup modes, therefore the fitness of trigger equipment and video camera can be promoted, finally obtain high-quality, timely, the view data of various voltinism, realize the efficient and intelligent of field camera system.
Concrete, described rotary camera lens is also configured with many zoom and focus camera lens coaxial with described camera after switching through described steering wheel.Described many times of aggregation lens are for realizing closely amplification imaging, when can be positioned at the central area of described wide-angle lens areas imaging at the infra-red sensor switch that described controller finds that there is induced signal output, be many zoom and focus camera lens by described steering wheel by rotary Shot change, make camera collection to high definition, the view data with closely amplification effect.
Concrete, described video camera also comprises the laser locator coaxial with described camera.Described laser locator is used for the auxiliary shooting area determining described video camera, quickly and easily shooting area is adjusted to target area.
Concrete, described video camera also comprises the lens case for the protection of described rotary camera lens.Described lens case is positioned at the front portion of described rotary camera lens, for the protection of each work camera lens.
Concrete, described The Cloud Terrace also comprises the wireless transceiver connecting described controller.Described wireless transceiver is for realizing the radio communication between described controller and far-end, view data in memory is sent to far-end, or the control command received from far-end, delete the view data in memory, so that long-range data collection or clear up the data space of described memory, avoid dropping into extra manpower, promote Consumer's Experience and practicality.Meanwhile, described wireless transceiver also can be used for realizing the radio communication between described controller and each infra-red sensor switch, can facilitate layout or the installation of described infra-red sensor switch, expand the application scenarios on geographical position.
Concrete, described The Cloud Terrace also comprises the movable band for fixing The Cloud Terrace.Described The Cloud Terrace is fixed on the installation site such as trunk or rock by described movable band mode of can tying up, and facilitates the installation in the wild of described field camera system, promotes Consumer's Experience and practicality further.
Concrete further, described movable band is upper outside hangs with modular battery group.Described modular battery group has the large advantage of charge capacity, and each electronic unit that can be described field camera system provides electric energy support, guarantees work of continuing a journey for a long time.
To sum up, adopt the field camera system based on infra-red sensor switch provided by the utility model, there is following beneficial effect: (1) carries out corresponding controlling behavior by the infra-red sensor switch trigger controller of separate type, realize the switching of wide-angle image and flake imaging two kinds of different image pickup modes, therefore the fitness of trigger equipment and video camera can be promoted, finally obtain high-quality, timely, the view data of various voltinism, realize the efficient and intelligent of field camera system; (2) by being configured in the laser locator in video camera, rapidly shooting area can be adjusted to target area; (3) by configuring wireless transceiver in The Cloud Terrace, the radio communication of controller and far-end or each infra-red sensor switch can be realized, facilitate the data space of long-range data collection or cleanup memory, avoid dropping into extra manpower, Consumer's Experience and practicality can be promoted, also can facilitate layout or the installation of infra-red sensor switch simultaneously, expand its application scenarios on geographical position; (4) by configuration activities band on The Cloud Terrace, the installation in the wild of described field camera system can be facilitated, promote Consumer's Experience and practicality further.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the field camera system based on infra-red sensor switch that the utility model provides.
Fig. 2 is the workflow diagram of the field camera system based on infra-red sensor switch that the utility model provides.
In above-mentioned accompanying drawing: 1, The Cloud Terrace 101, memory 102, controller 103, wireless transceiver 104, movable band 105, modular battery group 106, calibration gauge 2, video camera 201, camera 202, steering wheel 203, rotary camera lens 204 lens case 3, infra-red sensor switch.
Embodiment
Hereinafter with reference to accompanying drawing, describe by way of example the field camera system based on infra-red sensor switch that the utility model provides in detail.It should be noted that at this, the explanation for these way of example understands the utility model for helping, but does not form restriction of the present utility model.
Various technology described herein may be used for but is not limited to picture pick-up device technical field, can also be used for other similar field.
Term "and/or" herein, it is only a kind of incidence relation describing affiliated partner, three kinds of relations can be there are in expression, such as, A and/or B, can represent: individualism A, individualism B, there are A and B tri-kinds of situations simultaneously, term "/and " describes another kind of affiliated partner relation herein, and expression can exist two kinds of relations, such as, A/ and B, can represent: individualism A, individualism A and B two kinds of situations, in addition, character "/" herein, general expression forward-backward correlation is to liking a kind of "or" relation.
Embodiment one
Fig. 1 shows the structural representation of the field camera system based on infra-red sensor switch that the utility model provides.The described field camera system based on infra-red sensor switch, comprises The Cloud Terrace 1, is fixed on the infra-red sensor switch 3 of video camera 2 on The Cloud Terrace 1 and several separate types; Described The Cloud Terrace 1 comprises the controller 102 of memory 101 and connected storage 101, and controller 102 also connects each infra-red sensor switch 3 simultaneously; Described video camera 2 comprises camera 201, steering wheel 202 and rotary camera lens 203, camera 201 and steering wheel 202 are connected described controller 102 respectively, steering wheel 202 simultaneously axle connects rotary camera lens 203, rotary camera lens 203 is configured with the wide-angle lens coaxial with camera 201 and fish eye lens after switching through steering wheel 202; Each infra-red sensor switch 3 described is all positioned at the areas imaging of described wide-angle lens.
As shown in Figure 1, in the camera system of described field, described infra-red sensor switch 3 is for working as at its induction range (as shown in Figure 1, the dotted line circle of parcel infra-red sensor switch 3) in detect satisfaction when answering the infrared spectrum of sensitivity requirement, generate induced signal, and induced signal is sent to described controller 102, in addition, the induction sensitivity of each infra-red sensor switch 3 can arrange accordingly according to residing environment or regulate, thus the diversified geographical environment in field can be met, avoid different environment on the impact of infrared trigger switch 3, and then minimizing causes bat by mistake or leaks bat problem, described The Cloud Terrace 1 is for fixing and controlling described video camera 2, described The Cloud Terrace 1 can be, but not limited to pass through bolt arrangement with the fixed relationship of video camera 2, any one in the fixed structures such as notch and magnetic-adsorption structure realizes, wherein, the Ecological information data that the view data that described memory 101 arrives for storage of collected is relevant with other, described controller 102 is for checking whether each infra-red sensor switch 3 has induced signal to export, and control described steering wheel 202 according to check result, optimal imaging is realized by the work camera lens switching described rotary camera lens 203, namely when finding that all non-inductive signal of all infra-red sensor switch 3 exports, by described steering wheel 202, described rotary camera lens 203 is switched to fish eye lens, realize flake imaging (now essential record is in the four seasons evolution process of panorama picture of fisheye lens scope implants), when finding to have at least an infra-red sensor switch 3 to have induced signal to export, by described steering wheel 202, described rotary camera lens 203 is switched to wide-angle lens, realize wide-angle image (now essential record is in the active situation of animal in wide-angle lens areas imaging), also receive with Time Controller 102 and process the view data from described camera 201, and view data is kept in described memory 101, described video camera 2 for switching different image pickup modes under the control of described controller 102, wherein, described camera 201 is for acquisition of image data, described steering wheel 202 rotates for driving described rotary camera lens 203, realize the switching of different operating camera lens, described rotary camera lens 203 configures two kinds of different work camera lenses (i.e. fish eye lens and wide-angle lens), can switch imaging corresponding to laggard row, so that described camera 201 collects corresponding view data in rotation.Described field camera system, infra-red sensor switch trigger controller by separate type carries out corresponding controlling behavior, realize the switching of wide-angle image and flake imaging two kinds of different image pickup modes, therefore the fitness of trigger equipment and video camera can be promoted, finally obtain high-quality, timely, the view data of various voltinism, realize the efficient and intelligent of field camera system.
Concrete, described rotary camera lens 203 is also configured with many zoom and focus camera lens coaxial with described camera 201 after switching through described steering wheel 202.Described many times of aggregation lens are for realizing closely amplification imaging, can described controller 102 find that there is induced signal export infra-red sensor switch 3 be positioned at the central area of described wide-angle lens areas imaging (the large dotted line circle in outside as shown in Figure 1) (as described in Figure 1, be in the little dotted line circle in inside of large dotted line circle center) time, by described steering wheel 202, described rotary camera lens 203 is switched to many zoom and focus camera lens, described camera 201 is made to collect high definition, there is the view data (being now in the active situation of the central area internal trigger thing of described wide-angle lens areas imaging with the mode record of closely feature) of closely amplification effect.Concrete further, described many times of aggregation lens are two times of aggregation lens, can, after switching to two times of aggregation lens, make described camera 201 collect the view data with double amplification effect.
Concrete, described video camera 2 also comprises the laser locator coaxial with described camera 201.Described laser locator is used for the auxiliary shooting area determining described video camera 2, quickly and easily shooting area is adjusted to target area.
Concrete, described video camera 2 also comprises the lens case 204 for the protection of described rotary camera lens 203.Described lens case 204 is positioned at the front portion of described rotary camera lens 203, for the protection of each work camera lens (namely aforesaid fish eye lens, wide-angle lens and many times of condensing lens are first-class).
Concrete, described The Cloud Terrace 1 also comprises the wireless transceiver 103 connecting described controller 102.Described wireless transceiver 103 is for realizing the radio communication between described controller 102 and far-end (being such as in server or the miscellaneous equipment of monitoring room at a distance), view data in described memory 101 is sent to far-end, or the control command received from far-end, delete the view data in described memory 101, so that long-range data collection or clear up the data space of described memory 101, avoid dropping into extra manpower, promote Consumer's Experience and practicality.Meanwhile, described wireless transceiver 103 also can be used for realizing the radio communication between described controller 102 and each infra-red sensor switch 3, can facilitate layout or the installation of described infra-red sensor switch 3, expand the application scenarios on geographical position.Described wireless transceiver 103 can be but be not limited to be the combination in any of any one or they in the wireless transceivers such as bluetooth wireless transceiver, WiFi (WirelessFidelity, Wireless Fidelity) wireless transceiver, ZigBee (ZigBee protocol) wireless transceiver and mobile network's wireless transceiver.
Concrete, described The Cloud Terrace 1 also comprises the movable band 104 for fixing The Cloud Terrace.Described The Cloud Terrace 1 to be fixed on the installation site such as trunk or rock (as shown in Figure 1 by described movable band 104 mode of can tying up, by movable band 3, The Cloud Terrace 1 is banded on trunk), facilitate the installation in the wild of described field camera system, promote Consumer's Experience and practicality further.Detailed, described The Cloud Terrace 1 also comprises the calibration gauge 106 becoming long data for recording trunk, and calibration gauge 106 connects described controller 102, becomes long data to be saved in described memory 101 on the trunk of acquisition by described controller 102.
Concrete further, described movable band 104 is upper outside hangs with modular battery group 105.Described modular battery group 105 has the large advantage of charge capacity, and each electronic unit that can be described field camera system provides electric energy support, guarantees work of continuing a journey for a long time.Detailed; described modular battery group 105 can be but be not limited to be the rechargeable battery pack or the solar battery group that are in parallel connection; adopt rechargeable battery or solar cell as the critical piece of described modular battery group 105; the recycling of battery can be realized, be conducive to environmental protection and cost-saving.Detailed further, described rechargeable battery adopts lithium battery, and it has, and specific capacity is large, technology maturation and the low feature of cost, can be stable, for a long time for each electronic unit of described field camera system provides electric energy support.
Concrete, the induction range of each infra-red sensor switch 3 described is all positioned at the areas imaging of described wide-angle lens.The position of described infra-red sensor switch 3 is arranged, and can guarantee that the areas imaging being only positioned at described wide-angle lens in trigger just starts the image pickup mode of wide-angle image, avoid mistake bat problem further.
For the aforesaid field camera system based on infra-red sensor switch, its method of work can be, but not limited to comprise the steps.
S101. controller 102 checks whether each infra-red sensor switch 3 has induced signal to export, if find, all non-inductive signal of all infra-red sensor switch 3 exports, then perform step S102, have at least an infra-red sensor switch 3 to have induced signal to export if find, then perform step S103.
In step S101, during controller 102 each infra-red sensor switch 3 of wired connection, can be, but not limited to check whether each infra-red sensor switch 3 has induced signal to export by cycle polling mode or parallel poll mode, and during controller 102 each infra-red sensor switch 3 of wireless connections, can be, but not limited to check whether each infra-red sensor switch 3 has induced signal to export by cycle polling mode or competition query mode, then perform step S102 or step S103 according to check result, control video camera 2 and enter corresponding image pickup mode.
Concrete, if also comprise the steps: in step S101, S104. finds that there is the infra-red sensor switch 3 that induced signal exports and is positioned at the central area of described wide-angle lens areas imaging, then rotary camera lens 203 is switched to many zoom and focus camera lens by steering wheel 202 by controller 102, accept the 3rd view data from camera 201 simultaneously, and the 3rd view data is saved in memory 101.This Time Controller 102 controls the feature that the trigger (be generally animal) of video camera 2 to the central area entering described wide-angle lens areas imaging carry out high definition and takes pictures, and can obtain higher-quality view data.
S102. rotary camera lens 203 is switched to fish eye lens by steering wheel 202 by controller 102, receive the first view data from camera 201 simultaneously, and time delay image procossing is carried out to the first view data, finally the first view data after process is saved in memory 101.
In step s 102, this Time Controller 102 controls video camera 2 and carries out time-lapse photography to the scene be within the scope of panorama picture of fisheye lens (being generally plant), make the view data that collects more comprehensively, such as, with the four seasons evolution process of time delay shooting mode record plant.
S103. rotary camera lens 203 is switched to wide-angle lens by steering wheel 202 by controller 102, receives the second view data from camera 201 simultaneously, and the second view data is saved in memory 101.
In step s 103, this Time Controller 102 controls video camera 2 and photographs in time to the trigger be in wide-angle lens areas imaging (being generally animal), thus grasp camera meeting each time, such as successful acquisition is to the view data of the precious animal activity situation of reflection.
Concrete, after being saved in memory by view data, also comprise the steps: that the view data in memory 101 is sent to far-end by wireless transceiver 103 by S105. controller 102 described, / and, controller 102 receives the control command from far-end by wireless transceiver 103, deletes the view data in memory 101.
In step S105, view data (comprising the combination in any of any one or they in the first view data, the second view data and the 3rd view data) in memory 101 can be sent to far-end by wireless transceiver 103 by controller 102, thus realize the long-distance Log server of view data, promote Consumer's Experience and practicality; Or first by wireless transceiver 103, the view data in memory 101 is sent to far-end after contract drawing process, realize the long-range of view data to browse in advance, so that the personnel that monitor are after preview, the delete instruction for unwanted picture data is sent to described field camera system, controller 102 is instructed to delete unwanted picture data corresponding in holder 101, thus improve the space availability ratio of memory 101, the space waste problem that the photo that averts failure causes memory 101.
To sum up, the field camera system based on infra-red sensor switch that the present embodiment provides, there is following beneficial effect: (1) carries out corresponding controlling behavior by the infra-red sensor switch trigger controller of separate type, realize the switching of wide-angle image and flake imaging two kinds of different image pickup modes, therefore the fitness of trigger equipment and video camera can be promoted, finally obtain high-quality, timely, the view data of various voltinism, realize the efficient and intelligent of field camera system; (2) by being configured in the laser locator in video camera, rapidly shooting area can be adjusted to target area; (3) by configuring wireless transceiver in The Cloud Terrace, the radio communication of controller and far-end or each infra-red sensor switch can be realized, facilitate the data space of long-range data collection or cleanup memory, avoid dropping into extra manpower, Consumer's Experience and practicality can be promoted, also can facilitate layout or the installation of infra-red sensor switch simultaneously, expand its application scenarios on geographical position; (4) by configuration activities band on The Cloud Terrace, the installation in the wild of described field camera system can be facilitated, promote Consumer's Experience and practicality further.
As mentioned above, the utility model can be realized preferably.For a person skilled in the art, according to instruction of the present utility model, designing the multi-form field camera system based on infra-red sensor switch does not need performing creative labour.When not departing from principle of the present utility model and spirit, these embodiments being changed, revising, replace, integrate and modification still falls in protection range of the present utility model.
Claims (10)
1. the field camera system based on infra-red sensor switch, is characterized in that, comprise The Cloud Terrace (1), be fixed on the infra-red sensor switch (3) of video camera (2) on The Cloud Terrace (1) and several separate types;
Described The Cloud Terrace (1) comprises the controller (102) of memory (101) and connected storage (101), and controller (102) also connects each infra-red sensor switch (3) simultaneously;
Described video camera (2) comprises camera (201), steering wheel (202) and rotary camera lens (203), camera (201) is connected described controller (102) respectively with steering wheel (202), steering wheel (202) simultaneously axle connects rotary camera lens (203), rotary camera lens (203) is configured with the wide-angle lens coaxial with camera (201) and fish eye lens after switching through steering wheel (202);
Described each infra-red sensor switch (3) is all positioned at the areas imaging of described wide-angle lens.
2. a kind of field camera system based on infra-red sensor switch as claimed in claim 1, it is characterized in that, described rotary camera lens (203) is also configured with many zoom and focus camera lens coaxial with described camera (201) after switching through described steering wheel (202).
3. a kind of field camera system based on infra-red sensor switch as claimed in claim 1, it is characterized in that, described video camera (2) also comprises the laser locator coaxial with described camera (201).
4. a kind of field camera system based on infra-red sensor switch as claimed in claim 1, it is characterized in that, described video camera (2) also comprises the lens case (204) for the protection of described rotary camera lens (203).
5. a kind of field camera system based on infra-red sensor switch as claimed in claim 1, is characterized in that, described The Cloud Terrace (1) also comprises the wireless transceiver (103) connecting described controller (102).
6. a kind of field camera system based on infra-red sensor switch as claimed in claim 5, it is characterized in that, described wireless transceiver (103) is bluetooth wireless transceiver, the combination in any of any one or they in WiFi wireless transceiver, ZigBee wireless transceiver and mobile network's wireless transceiver.
7. a kind of field camera system based on infra-red sensor switch as claimed in claim 1, it is characterized in that, described The Cloud Terrace (1) also comprises the movable band (104) for fixing The Cloud Terrace.
8. a kind of field camera system based on infra-red sensor switch as claimed in claim 7, it is characterized in that, described movable band (104) is upper outside hangs with modular battery group (105).
9. a kind of field camera system based on infra-red sensor switch as claimed in claim 8, it is characterized in that, described modular battery group (105) is for being in rechargeable battery pack or the solar battery group of parallel connection.
10. a kind of field camera system based on infra-red sensor switch as claimed in claim 7, it is characterized in that, described The Cloud Terrace (1) also comprises the calibration gauge (106) becoming long data for recording trunk, and calibration gauge (106) connects described controller (102).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520732256.1U CN204929021U (en) | 2015-09-21 | 2015-09-21 | Open -air camera system based on infra red ray induction switch |
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| CN201520732256.1U CN204929021U (en) | 2015-09-21 | 2015-09-21 | Open -air camera system based on infra red ray induction switch |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105163030A (en) * | 2015-09-21 | 2015-12-16 | 成都市雷雀生态环保科技有限公司 | Field camera system based on infrared induction switches and working method thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105163030A (en) * | 2015-09-21 | 2015-12-16 | 成都市雷雀生态环保科技有限公司 | Field camera system based on infrared induction switches and working method thereof |
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