CN205490833U - Panorama intelligence image acquisition equipment - Google Patents
Panorama intelligence image acquisition equipment Download PDFInfo
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- CN205490833U CN205490833U CN201620089665.9U CN201620089665U CN205490833U CN 205490833 U CN205490833 U CN 205490833U CN 201620089665 U CN201620089665 U CN 201620089665U CN 205490833 U CN205490833 U CN 205490833U
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Abstract
The utility model relates to an image acquisition equipment field especially relates to a panorama intelligence image acquisition equipment. The utility model provides a panorama intelligence image acquisition equipment who carries out image acquisition at the panorama within range. Its technical scheme does, a panorama intelligence image acquisition equipment, and its characterized in that, including base, first pole setting, second pole setting, third pole setting, slide head, support, adjustment mechanism, the image collector who connects in order, vertical equipartition has the mounted position of four slide heads in the third pole setting, adjustment mechanism is including rotatory cloud platform, rotation base, bracing piece, first branch, second branch, rotatory cloud platform is rotatable to be installed at the support end. The utility model is suitable for a panorama intelligence image acquisition equipment.
Description
Technical field
This utility model relates to image capture device field, particularly relates to a kind of panorama intelligent image collecting device.
Background technology
Along with socioeconomic development, having had higher intelligent requirements for product in life, monitoring system is also such.Monitoring system is the integrated system that a kind of prevention ability is stronger, mainly it is made up of front-end collection equipment, transmission network, monitoring operation platform three pieces, realize the application of the related fields such as monitoring field such as image, video, safety and scheduling, directly perceived with it by video, sound monitoring, accurately, in time and information content, it is widely used in the fields such as Internet of Things monitoring, traffic monitoring.
Traditional images collecting device often uses a photo-sensitive cell, it is followed by a video processing unit, the image that image capture device obtains is the image frame in the region of this pick-up lens alignment, this scheme monitoring limited coverage area, there is large-scale blind area and dead angle, it is impossible to photograph the picture beyond image capture device alignment area.Owing to can only gather the image of certain area, it is impossible to carry out omnibearing image acquisition, the using effect of image capture device does not reaches requirement, and its range is by a definite limitation.
Utility model content
The purpose of this utility model be to provide a kind of can be at the panorama intelligent image collecting device carrying out image acquisition in panoramic range.
For solving above-mentioned technical problem, this utility model be the technical scheme is that
A kind of panorama intelligent image collecting device with heat radiation and anti-fog function, it is characterized in that, including the base being sequentially connected with, the first vertical rod, the second vertical rod, the 3rd vertical rod, slide head, bearing, governor motion, image acquisition device, described first vertical rod is connected by bolt is scalable with the second vertical rod, and described second vertical rod is connected by bolt is scalable with the 3rd vertical rod；The side of described 3rd vertical rod is provided with chute, described slide head is arranged in the chute of the 3rd vertical rod, described slide head and the 3rd vertical rod are bolted, and described 3rd vertical rod is longitudinally evenly equipped with the installation site of four slide heads, and described slide head is fixing with bearing to be connected；Described governor motion includes rotary head, rotating base, support bar, first pole, second pole, described rotary head may be rotatably mounted at bearing end, described rotary head can 360 ° of rotations in horizontal plane, described rotating base is fixedly mounted on above rotary head, described support bar is installed between rotating base and image acquisition device, the lower end of described support bar is fixing with the upper surface of rotating base to be connected, described post upper is connected through the hinge with one end of image acquisition device lower surface, one end of described first pole is hinged through the hinge to the side of rotating base, the other end of described first pole and the scalable connection in one end of the second pole, the other end of described second pole is hinged through the hinge to the centre position of image acquisition device lower surface；nullTwo sides of described image acquisition device are separately installed with antifog mechanism，Described antifog mechanism includes the first fixed mount、Second fixed mount、Rotate bar、First gag lever post、Second gag lever post、First spring、Second spring、First electromagnetic relay、Second electromagnetic relay、Electron plate、Fog-proof light，Described first fixed mount is fixedly mounted on the lower end of image acquisition device side，Described second fixed mount is fixedly mounted on the upper end of image acquisition device side，Described first fixed mount and the second fixed mount have an annulus respectively，Described rotation bar is sleeved in the first fixed mount and the second fixed mount，The two ends up and down of described rotation bar are respectively fixedly connected with the first horizontally disposed gag lever post and the second gag lever post，It is connected between described first gag lever post and image acquisition device and has the first spring，Described first electromagnetic relay and the first gag lever post end are sticked together by electromagnetic force；Being connected between described second gag lever post and image acquisition device and have the second spring, described second electromagnetic relay and the second gag lever post end are sticked together by electromagnetic force；Described electron plate is uniformly distributed on peripheries with Fog-proof light, described image acquisition device front end is provided with haze sensor and set of cells, described set of cells electrically connects with haze sensor, all electromagnetic relays of two sides of described haze sensor and image acquisition device electrically connect, and described set of cells electrically connects with Fog-proof light；It is evenly equipped with semicircular radiating ribs on described image acquisition device lower end, described radiating ribs includes radiating ribs main body, heat radiation hat, described radiating ribs main body one end is connected with image acquisition device, the other end of described radiating ribs main body is connected with heat radiation hat, the both sides of described heat radiation hat are evenly equipped with fin, it is provided with water-cooling channel in described radiating ribs main body, in described radiating ribs main body, image acquisition device junction is provided with heat dissipation wind channel, the end of described water-cooling channel is provided with water inlet, and the end of described heat dissipation wind channel is provided with vent.
As preferred utility model of the present utility model, described first vertical rod has the position of uniform installation the second vertical rod of three longitudinal directions, described second vertical rod has the position of uniform installation the 3rd vertical rod of three longitudinal directions.
As preferred utility model of the present utility model, described image acquisition device top connects protected lid, and described protection cap is made of clear material.
As preferred utility model of the present utility model, in described first vertical rod, control electronic box is installed, described control electronic box electrically connects with control end, the extension and contraction control end of the second pole of rotary head respectively, and described control electronic box is provided with the button that the button controlling rotary head rotation is flexible in the first pole with control the second pole.
As preferred utility model of the present utility model, described control electronic box electrically connects with image acquisition device.
As preferred utility model of the present utility model, being provided with electronic display in the middle part of described electron plate, affiliated electronic display electrically connects with set of cells.
As preferred utility model of the present utility model, described gag lever post is made up of magnetic metal, and is made antirust treatment.
As preferred utility model of the present utility model, the Fog-proof light of described electron plate lower edges the most at least four groups, the Fog-proof light of described electron plate side at least a group.
This utility model has the advantages that
The vertical rod of image capture device of the present utility model uses the discrete bar composition of the three scalable assemblings of joint, makes image acquisition device can carry out the regulation on height, meets the acquisition range that image acquisition device is the biggest.Slide head is arranged in the chute of the 3rd vertical rod, and is longitudinally evenly equipped with the installation site of four slide heads in the 3rd vertical rod, so can regulate the setting height(from bottom) of slide head as required, increases image acquisition device motility on altitude mixture control further.Rotary head can make image acquisition device 360 ° of rotations in horizontal plane, makes image acquisition device without visual angle blind zone and dead angle, meets full visual angle and gather the purpose of image.The lower end of support bar is fixing with the upper surface of rotating base to be connected, described post upper is connected through the hinge with one end of image acquisition device lower surface, one end of first pole is hinged through the hinge to the side of rotating base, the other end of the first pole and the scalable connection in one end of the second pole, the other end of described second pole is hinged through the hinge to the centre position of image acquisition device lower surface.So, the alignment angle of image acquisition device can be controlled by regulating second pole collapsing length in the first pole.Operator by triggering gyrobearing and the alignment angle of image acquisition device of the button regulation rotary head controlled on electronic box, thus can realize image acquisition device in horizontal plane inner orientation and the regulation at vertical direction angle of inclination according to actual needs.Integrally-built design of the present utility model, it is achieved that image acquisition device image acquisition in panoramic range, considerably increases the suitability of image capture device.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is image acquisition device overall structure sketch；
Fig. 3 is the image acquisition device structural representation with antifog mechanism and radiating ribs；
Image acquisition device structural representation when Fig. 4 is antifog mechanism deploying；
Fig. 5 is antifog mechanism bottom partial structurtes schematic diagram；
Fig. 6 is antifog mechanism top partial structurtes schematic diagram；
Fig. 7 is the drawing in side sectional elevation of radiating ribs；
Fig. 8 is the profilograph of radiating ribs.
nullIn figure，1-base，3-slide head，4-bearing，5-governor motion，6-image acquisition device，The antifog mechanism of 7-，8-radiating ribs，21-the first vertical rod，22-the second vertical rod，23-the 3rd vertical rod，51-rotary head，52-rotating base，53-support bar，54-the first pole，55-the second pole，61-protection cap，71-electron plate，72-Fog-proof light，73-rotates bar，74-the first fixed mount，74a-the second fixed mount，75-the first spring，75a-the second spring，76-the first electromagnetic relay，76a-the second electromagnetic relay，77-the first gag lever post，77a-the second gag lever post，78-set of cells，79-haze sensor，81-radiating ribs main body、82-heat dissipation wind channel，83-water-cooling channel，84-dispels the heat hat，211-controls electronic box，841-fin.
Detailed description of the invention
Below in conjunction with the accompanying drawings, this utility model is described in detail.
In order to make the purpose of this utility model, technical application novel and advantage is clearer, below in conjunction with drawings and Examples, this utility model is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain this utility model, is not used to limit this utility model.
Embodiment one
A kind of panorama intelligent image collecting device with heat radiation and anti-fog function, it is characterized in that, including base the 1, first vertical rod the 21, second vertical rod the 22, the 3rd vertical rod 23 being sequentially connected with, slide head 3, bearing 4, governor motion 5, image acquisition device 6, described first vertical rod 21 is connected by bolt is scalable with the second vertical rod 22, and described second vertical rod 22 is connected by bolt is scalable with the 3rd vertical rod 23.The side of described 3rd vertical rod 23 is provided with chute, described slide head 3 is arranged in the chute of the 3rd vertical rod 23, described slide head 3 is bolted with the 3rd vertical rod 23, and described 3rd vertical rod 23 is longitudinally evenly equipped with the installation site of four slide heads 3, and described slide head 3 is fixing with bearing 4 to be connected.nullDescribed governor motion 5 includes rotary head 51、Rotating base 52、Support bar 53、First pole 54、Second pole 55，Described rotary head 51 may be rotatably mounted at bearing 4 end，Described rotary head 51 can 360 ° of rotations in horizontal plane，Described rotating base 52 is fixedly mounted on above rotary head 51，Described support bar 53 is installed between rotating base 52 and image acquisition device 6，The lower end of described support bar 53 is fixing with the upper surface of rotating base 52 to be connected，Described support bar 53 upper end is connected through the hinge with one end of image acquisition device 6 lower surface，One end of described first pole 54 is hinged through the hinge to the side of rotating base 52，The other end of described first pole 54 and the scalable connection in one end of the second pole 55，The other end of described second pole 55 is hinged through the hinge to the centre position of image acquisition device 6 lower surface.nullTwo sides of described image acquisition device 6 are separately installed with antifog mechanism 7，Described antifog mechanism 7 includes the first fixed mount 74、Second fixed mount 74a、Rotate bar 73、First gag lever post 77、Second gag lever post 77a、First spring 75、Second spring 75a、First electromagnetic relay 76、Second electromagnetic relay 76a、Electron plate 71、Fog-proof light 72，Described first fixed mount 74 is fixedly mounted on the lower end of image acquisition device 6 side，Described second fixed mount 74a is fixedly mounted on the upper end of image acquisition device 6 side，Described first fixed mount 74 and the second fixed mount 74a has an annulus respectively，Described rotation bar 73 is sleeved in the first fixed mount 74 and the second fixed mount 74a，The two ends up and down of described rotation bar 73 are respectively fixedly connected with the first horizontally disposed gag lever post 77 and the second gag lever post 77a，It is connected between described first gag lever post 77 and image acquisition device 6 and has the first spring 75，Described first electromagnetic relay 76 is sticked together by electromagnetic force with the first gag lever post 77 end.Being connected between described second gag lever post 77a and image acquisition device 6 and have the second spring 75a, described second electromagnetic relay 76a and the second gag lever post 77a end are sticked together by electromagnetic force；Described electron plate 71 is uniformly distributed on peripheries with Fog-proof light 72, described image acquisition device 6 front end is provided with haze sensor 79 and set of cells 78, described set of cells 78 electrically connects with haze sensor 79, all electromagnetic relays of 6 two sides of described haze sensor 79 and image acquisition device electrically connect, and described set of cells 78 electrically connects with Fog-proof light 72.It is evenly equipped with semicircular radiating ribs 8 on described image acquisition device 6 lower end, described radiating ribs 8 includes radiating ribs main body 81, heat radiation hat 84, described radiating ribs main body 81 one end is connected with image acquisition device 6, the other end of described radiating ribs main body 81 is connected with heat radiation hat 84, the both sides of described heat radiation hat 84 are evenly equipped with fin 841, it is provided with water-cooling channel 83 in described radiating ribs main body 81, in described radiating ribs main body 81, image acquisition device 6 junction is provided with heat dissipation wind channel 82, the end of described water-cooling channel 83 is provided with water inlet, the end of described heat dissipation wind channel 82 is provided with vent.There is the position of uniform installation the second vertical rod 22 of three longitudinal directions in described first vertical rod 21, described second vertical rod 22 has the position of uniform installation the 3rd vertical rod 23 of three longitudinal directions.Control electronic box 211 is installed in described first vertical rod 21, described control electronic box 211 electrically connects with control end, the extension and contraction control end of the second pole 55 of rotary head 51 respectively, and described control electronic box 211 is provided with the button that the button controlling rotary head 51 rotation is flexible in the first pole 54 with control the second pole 55.Described control electronic box 211 electrically connects with image acquisition device 6.Being provided with electronic display in the middle part of described electron plate 71, affiliated electronic display electrically connects with set of cells 78.
The vertical rod of image capture device of the present utility model uses the discrete bar composition of the three scalable assemblings of joint, makes image acquisition device 6 can carry out the regulation on height, meets the acquisition range that image acquisition device 6 is the biggest.Slide head 3 is arranged in the chute of the 3rd vertical rod 23, and is longitudinally evenly equipped with the installation site of four slide heads 3 in the 3rd vertical rod 23, so can regulate the setting height(from bottom) of slide head 3 as required, increases the image acquisition device 6 motility on altitude mixture control further.Rotary head 51 can make image acquisition device 6 360 ° of rotations in horizontal plane, makes image acquisition device 6 without visual angle blind zone and dead angle, meets full visual angle and gather the purpose of image.The lower end of support bar 53 is fixing with the upper surface of rotating base 52 to be connected, described support bar 53 upper end is connected through the hinge with one end of image acquisition device 6 lower surface, one end of first pole 54 is hinged through the hinge to the side of rotating base 52, the other end of the first pole 54 and the scalable connection in one end of the second pole 55, the other end of described second pole 55 is hinged through the hinge to the centre position of image acquisition device 6 lower surface.So, the alignment angle of image acquisition device 6 can be controlled by regulating second pole 55 collapsing length in the first pole 54.Operator by triggering gyrobearing and the alignment angle of image acquisition device 6 of the button regulation rotary head 51 controlled on electronic box 211, thus can realize image acquisition device 6 in horizontal plane inner orientation and the regulation at vertical direction angle of inclination according to actual needs.Integrally-built design of the present utility model, it is achieved that the image acquisition device 6 image acquisition in panoramic range, considerably increases the suitability of image capture device.
This utility model adds antifog mechanism 7 on image acquisition device 6, and when haze concentration reaches certain numerical value, haze sensor 79 obtains electric, control electromagnetic relay dead electricity, thus gag lever post is ejected by spring, gag lever post drives rotation bar 73 and electron plate 71 to rotate, and is in image acquisition device 6 front end.Haze sensor 79 also triggers electronic display and Fog-proof light 72 obtains electric, thus electronic display screen displays caution slogan, Fog-proof light 72 enables.This device can the most automatically trigger at haze concentration height visibility and enable, and opens Fog-proof light 72, it is ensured that image acquisition device 6 can normally catch the picture of alignment area, thus avoids the problem that the sight line of haze sky equipment is blocked.Electronic display screen displays caution slogan can carry out warning to passerby or vehicle to be reminded, and reduces the generation of haze sky security incident.
The fuselage of image acquisition device 6 own is less, and area of dissipation is little, heat radiation difficulty.This utility model arranges radiating ribs 8 in the lower end of image acquisition device 6, radiating ribs 8 includes radiating ribs main body 81, heat radiation hat 84, the both sides of heat radiation hat 84 are evenly equipped with fin 841, it is provided with water-cooling channel 83 in radiating ribs main body 81, described radiating ribs main body 81 is provided with heat dissipation wind channel 82 with image acquisition device 6 junction.Not only considerably increase the area of dissipation of image acquisition device 6 so that it is radiating rate faster, arranges heat dissipation wind channel 82 and water-cooling channel 83 in radiating ribs main body 81 simultaneously, makes the radiating effect of radiating ribs 8 improve further.Radiating ribs 8 the situation that machine breaks down because temperature is too high or crashes that can be prevented effectively from is set, and the service life of equipment can be improved.
Embodiment two
On the basis of embodiment one, described image acquisition device 6 top connects protected lid 61, and described protection cap 61 is made of clear material.Image acquisition device 6 is made transparent, visual angle above it can be made to be not protected lid 61 and block, thus ensure that image acquisition device 6 has wider image-capture field.
Embodiment three
On the basis of above-described embodiment, described gag lever post is made up of magnetic metal, and makees antirust treatment, it is ensured that be well connected between gag lever post energy and electromagnetic relay, is also prevented from gag lever post because getting rusty and service behaviour inefficacy.
Embodiment four
On the basis of above-described embodiment, the Fog-proof light 72 of described electron plate 71 lower edges the most at least four groups, the Fog-proof light 72 of described electron plate 71 side at least one group, it is ensured that Fog-proof light 72 energy penetrating fog haze layer, makes image acquisition device 6 can catch apparent image frame.
Claims (5)
1. a panorama intelligent image collecting device, it is characterized in that, including the base (1) being sequentially connected with, the first vertical rod (21), the second vertical rod (22), the 3rd vertical rod (23), slide head (3), bearing (4), governor motion (5), image acquisition device (6), described first vertical rod (21) is connected by bolt is scalable with the second vertical rod (22), and described second vertical rod (22) is connected by bolt is scalable with the 3rd vertical rod (23)；The side of described 3rd vertical rod (23) is provided with chute, described slide head (3) is arranged in the chute of the 3rd vertical rod (23), described slide head (3) is bolted with the 3rd vertical rod (23), the upper installation site being longitudinally evenly equipped with four slide heads (3) of described 3rd vertical rod (23), described slide head (3) is fixing with bearing (4) to be connected；nullDescribed governor motion (5) includes rotary head (51)、Rotating base (52)、Support bar (53)、First pole (54)、Second pole (55)，Described rotary head (51) is rotatably installed in bearing (4) end，Described rotating base (52) is fixedly mounted on rotary head (51) top，The lower end of described support bar (53) is fixing with the upper surface of rotating base (52) to be connected，Described support bar (53) upper end is connected through the hinge with one end of image acquisition device (6) lower surface，One end of described first pole (54) is hinged through the hinge to the side of rotating base (52)，The other end of described first pole (54) and the scalable connection in one end of the second pole (55)，The other end of described second pole (55) is hinged through the hinge to the centre position of image acquisition device (6) lower surface.
A kind of panorama intelligent image collecting device the most according to claim 1, it is characterized in that, there is the hole, location of the uniform installation the second vertical rod (22) of three longitudinal directions on described first vertical rod (21), described second vertical rod (22) has the hole, location of the uniform installation the 3rd vertical rod (23) of three longitudinal directions.
A kind of panorama intelligent image collecting device the most according to claim 1, it is characterised in that described image acquisition device (6) top connects transparent protective cover (61).
A kind of panorama intelligent image collecting device the most according to claim 1, it is characterized in that, control electronic box (211) is installed on described first vertical rod (21), described control electronic box (211) electrically connects with control end, the extension and contraction control end of the second pole (55) of rotary head (51) respectively, described control electronic box (211) is provided with and controls rotary head (51) button that rotates and control the button that the second pole (55) is flexible in the first pole (54).
A kind of panorama intelligent image collecting device the most according to claim 4, it is characterised in that described control electronic box (211) electrically connects with image acquisition device (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620089665.9U CN205490833U (en) | 2016-01-29 | 2016-01-29 | Panorama intelligence image acquisition equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620089665.9U CN205490833U (en) | 2016-01-29 | 2016-01-29 | Panorama intelligence image acquisition equipment |
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| CN205490833U true CN205490833U (en) | 2016-08-17 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106405994A (en) * | 2016-11-10 | 2017-02-15 | 协创数据技术股份有限公司 | Panorama camera lens fill-in light device |
| CN109345907A (en) * | 2018-09-28 | 2019-02-15 | 张莹莹 | A kind of mobile teaching displaying specimen support |
-
2016
- 2016-01-29 CN CN201620089665.9U patent/CN205490833U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106405994A (en) * | 2016-11-10 | 2017-02-15 | 协创数据技术股份有限公司 | Panorama camera lens fill-in light device |
| CN106405994B (en) * | 2016-11-10 | 2018-12-28 | 协创数据技术股份有限公司 | A kind of lens of panoramic camera light compensating apparatus |
| CN109345907A (en) * | 2018-09-28 | 2019-02-15 | 张莹莹 | A kind of mobile teaching displaying specimen support |
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Effective date of registration: 20171205 Address after: High tech Zone 710065 Shaanxi city of Xi'an Province Tang Yan Road East Plaza Garden - Xi'an (two) fourth unit 1 building room 12514 Patentee after: Xi'an Heng Mdt InfoTech Ltd Address before: 710119 West Chang'an Avenue, Xi'an, Shaanxi, No. 620, No. Patentee before: Shaanxi Normal University |