CN201839359U - Photographic device holder all-in-one machine - Google Patents
Photographic device holder all-in-one machine Download PDFInfo
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- CN201839359U CN201839359U CN201020536965XU CN201020536965U CN201839359U CN 201839359 U CN201839359 U CN 201839359U CN 201020536965X U CN201020536965X U CN 201020536965XU CN 201020536965 U CN201020536965 U CN 201020536965U CN 201839359 U CN201839359 U CN 201839359U
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Abstract
The utility model discloses a photographic device holder all-in-one machine which comprises a fixed part, a rotating part, a monitoring part, a first plane bearing, a first transmission mechanism, a first motor, a second transmission mechanism, a second motor, a control circuit and a horizontal rotation current control device; and the key point is that a photographic device and an infrared lamp board are arranged at the monitoring part; the first transmission mechanism comprises a first motor gear and a first transmission gear which are meshed with each other; the second transmission mechanism comprises a second motor gear, a transmission girdle, a second transmission gear and two hollow shaft seats; the two hollow shaft seats are fixedly connected at the front side and the rear side of a base, the second transmission gear is closely matched and fixedly connected on the hollow shaft seat at the front side, and the transmission girdle is arranged in a meshing way by surrounding the second motor gear and the second transmission gear. The rotating part is rotatably connected with a support by the two plane bearings. The photographic device holder all-in-one machine has simple structure, high utilization rate of luminous energy, no light irradiation dead zone, and better signal acquisition effect both in daytime and at night.
Description
Technical field
The utility model relates to the equipment integrating of a kind of monitoring instrument and The Cloud Terrace, is specifically related to a kind of video camera The Cloud Terrace all-in-one and camera The Cloud Terrace all-in-one with infrared lamp.
Background technology
Along with the fast development of TV monitoring and controlling industry, video camera The Cloud Terrace all-in-one (also claiming the camera pan-tilt all-in-one) that TV monitoring and controlling is used and camera The Cloud Terrace all-in-one also obtain development faster in recent years at home.Ball-type video camera The Cloud Terrace all-in-one has wherein obtained using widely because of good looking appearance, disguised strong.Lack at night under the condition of light, the video camera that is arranged in the spherical pan head then can't normally play a role, so occurred a kind of like this video camera The Cloud Terrace all-in-one in the market: the next door of the video camera in the spherical pan head ball cover installs infrared lamp additional provides enough light to use for shooting, owing to not only have rotating mechanism and camera head in the ball-type outer cover of spherical pan head, also increased infrared lamp, design not only complex structure like this, the heat radiation difficulty, high and the maintenance trouble of failure rate, and because ball-type outer cover reflective, make that when infrared lamp is opened camera head can't normally use because of reflective.
Chinese patent literature CN201126519Y discloses the video camera The Cloud Terrace all-in-one that a kind of name is called " ball-shaped cloud platform ", this video camera The Cloud Terrace all-in-one is provided with front apron, infrared lamp plate is set, shadow shield is set in lower cover and is symmetrical arranged dividing plate in the bilateral symmetry of front apron by the front end at the The Cloud Terrace body, and infrared lamp plate can move with The Cloud Terrace, thereby can effectively solve the night illumination problem of video camera.But, because above-mentioned parts all is arranged in the cover body together with video camera, and a large amount of heats that send during the work of infrared lamp plate, so the document adopts mode that fan is installed that the heat of infrared lamp plate generation is dispelled the heat.It is more to this shows that this " ball-shaped cloud platform " not only wastes energy, feasible more crowded with regard to narrow space originally, and complex structure, difficult in maintenance; Light in the directive camera head monitor scope that dividing plate also can send infrared lamp plate blocks a part, has not only reduced the utilization ratio of luminous energy, but also the blind area that can produce irradiate light in the zone near camera lens.
Summary of the invention
The purpose of this utility model is: provide a kind of simple in structure, optical energy utilization efficiency is high, the equal camera head The Cloud Terrace all-in-one preferably of irradiate light non-blind area and daytime and night signal collection effect.
The basic technical scheme of realizing the utility model purpose is: a kind of camera head The Cloud Terrace all-in-one of the present utility model comprises fixed part, rotation section, monitoring part, first plane bearing, first transmission mechanism, first motor, second transmission mechanism, second motor, control circuit and horizontally rotates current control device; Its design feature is: described fixed part comprises support and fixed cover; Described support is the engineering material integral piece; Support comprises the holder portion that is positioned at right part and is positioned at the rotating junction of left part; Described fixed cover is connected on the rotating junction of support from the below.
The rotation section comprises rotation seat and 2 cover plates.Rotation seat and cover plate are the engineering material integral piece.Rotation seat comprises central seat and is connected 2 links on the central seat from the top that 2 cover plates are fixedly connected on corresponding 1 link separately.
Monitoring part comprises loam cake, base, camera head, infrared lamp plate and transparent dust excluding plate.Loam cake and base are the engineering material integral piece; Loam cake is connected on the base and constitutes opening housing left from upper fixed.Infrared lamp plate comprises circuit board that is provided with medium pore and the infrared lamp pearl that is connected on the circuit board; Infrared lamp plate is arranged in the housing, and each infrared lamp pearl is towards the opening of housing.Transparent dust excluding plate is arranged in the housing and is positioned at infrared lamp plate left side; Camera head is arranged in the housing and by erection column and is fixed on the housing, and the camera lens of camera head is towards the opening of housing and be positioned at the right side of the medium pore of circuit board.
First transmission mechanism comprises first motor gear and first travelling gear.First motor is fixedly connected on the rotating junction of support from the below by its motor cabinet, and its motor shaft passes this rotating junction from bottom to top.First motor gear is fixedly connected on the upper end of motor shaft of first motor; First travelling gear is fixedly connected on the central seat of rotation seat from the below.
First plane bearing is located and is fixed on the rotating junction of support by Qi Xiaquan, first travelling gear is passed the circle of going up of first plane bearing from the top down by its shaft sleeve part that is positioned at the bottom, and with circle tight fit on this, thereby make the rotation seat of rotation section be rotationally connected, and first travelling gear is meshed with first motor gear by first travelling gear and first plane bearing and support.
Second transmission mechanism comprises second motor gear, cogged drive belt, second travelling gear and 2 hollow axle beds.Before and after dividing, 2 hollow axle beds are fixedly connected on the both sides, front and back of base, 2 hollow axle bed coaxial lines, and this axis horizontal is provided with.Second motor is fixedly connected on the link that is positioned at the front side of rotation seat by its motor cabinet in the past backward, its motor shaft level is towards the place ahead, parallel with the axis of hollow axle bed, and the axis of the axis of hollow axle bed and first travelling gear is an orthogonal space antarafacial axis.Second motor gear is fixedly connected on the front end of motor shaft of second motor, and second travelling gear is tightly fixed and is connected on the hollow axle bed that is positioned at the front side, and cogged drive belt is provided with around second motor gear and the engagement of second travelling gear.
Control circuit is arranged on the support.Horizontally rotate current control device and be arranged on the support, perhaps a part is arranged on the support, and another part is arranged on the rotation seat.
Further technical scheme based on above-mentioned basic technical scheme is: also comprise second plane bearing and snap ring.Described rotating junction comprises housing, connecting plate, dowel and bearing pedestal.Housing be shaped as the cylinder hull shape, bearing seat is in the central authorities of housing, connecting plate and each dowel are connected between bearing pedestal and the housing.Bearing pedestal has 2 and neighbouring, and these 2 bearing pedestals are by the overcoat of cylinder hull shape and be connected the supermedial annular baffle of outer casing inner wall and constitute.
The shaft sleeve part of first travelling gear is provided with the annular groove that is positioned at the bottom; First travelling gear is fixed on the central seat of rotation seat by its gear part; On the bearing pedestal that is positioned at upside of the rotating junction that first plane bearing is located and is fixed on by Qi Xiaquan, again circle on second plane bearing is arranged on the bearing pedestal that is positioned at downside of rotating junction.The shaft sleeve part of first travelling gear is also passed the following circle of second plane bearing from the top down, and encloses tight fit with this time; First travelling gear, first plane bearing and the second plane bearing coaxial line, and this axis vertical is provided with.Snap ring is stuck in the annular groove of shaft sleeve part of first travelling gear, and first plane bearing and second plane bearing are fixedly clamped on bearing pedestal, thereby make the rotation seat of rotation section be rotationally connected by first travelling gear, first plane bearing, second plane bearing and snap ring and support.
The axis of the hollow axle bed in the above-mentioned further technical scheme is positioned at the left side of the axis of first travelling gear, the axis of the motor shaft of second motor is positioned at the right side of the axis of first travelling gear, and the ratio of the distance of the axis of axis to the first travelling gear of the motor shaft of second motor and the distance of the axis of axis to the first travelling gear of hollow axle bed is 1: 4 to 1: 10; The plane at the axis place of the motor shaft of the axis of hollow axle bed and second motor and the angle of horizontal plane are that 15 degree are to 45 degree.
The distance of the axis of axis to the first travelling gear of the motor shaft of second motor in the above-mentioned further technical scheme is 1: 6 to 1: 8 with the ratio of the distance of the axis of axis to the first travelling gear of hollow axle bed; The plane at the axis place of the motor shaft of the axis of hollow axle bed and second motor and the angle of horizontal plane are that 25 degree are to 30 degree.
Technical scheme based on above-mentioned each appropriate technical solution also has: cover on described and be provided with loam cake draw-in groove and rainwater diversion belt.Described loam cake draw-in groove is located at the left end inboard, bottom of loam cake.Described rainwater water conservancy diversion has 2 to 5, is successively set on from left to right in the middle of the left end outside, top of loam cake, and shorter and shorter from left to right.Described base seat is provided with the corresponding base draw-in groove of the loam cake draw-in groove of loam cake, base infrared lamp integrated circuit board piece with as the camera hold-down screw post group of erection column.Described base draw-in groove be arranged on base top left end inboard and with the corresponding position of loam cake draw-in groove on, the base draw-in groove forms one 360 square annular slot of spending with the loam cake draw-in groove.Described base infrared lamp integrated circuit board piece is arranged on both sides, the front and back inwall of base left end and is positioned at base draw-in groove right side; Described camera hold-down screw post group has 4 screw posts towards loam cake, and lays respectively at the both sides, front and back on the base plate of base, and is quadrangle and distributes.The circuit board of described infrared lamp plate is the rectangular circuit board that central authorities are provided with medium pore; Infrared lamp pearl on the circuit board has 70 to 110, and distributes around medium pore.Transparent dust excluding plate is the integrated through injection molding part, is connected by peripheral panels on the dust cover of round platform shelly that is positioned at central authorities and constitutes; The dust cover of the round platform shelly of transparent dust excluding plate is provided with according to mode left large and right small; Transparent dust excluding plate is by in the square annular slot that inserts formed 360 degree of the loam cake draw-in groove at base draw-in groove and loam cake of base around its peripheral panels and forms mutual chimeric structure; The dust cover of transparent dust excluding plate stretches in circuit board and the medium pore that it matches of infrared lamp plate from left to right, thereby makes the circuit board of infrared lamp plate be limited in the housing of monitoring part by transparent dust excluding plate and the clamping of base infrared lamp integrated circuit board piece.
Rainwater water conservancy diversion described in the above-mentioned further technical scheme has 3, and the infrared lamp pearl on the infrared lamp plate has 85-100.
Also have based on the technical scheme of above-mentioned each appropriate technical solution: described to horizontally rotate current control device be conducting ring, and conducting ring is fixed on the fixed cover.
Also have based on the technical scheme of above-mentioned each appropriate technical solution: described to horizontally rotate current control device be the Photoelectric Detection control device.The Photoelectric Detection control device comprises emitter and receiving system, and emitter is arranged on the rotation seat, and receiving system is arranged on the support.
The utlity model has positive effect: (1) the utility model is the appearance looks elegant novelty not only, and simple in structure.(2) the infrared quick-fried lamp pearl on the infrared lamp plate of the present utility model is distributed in around the camera head lens, allows infrared lamp separate with camera head like this, and the utilization ratio but also the image that have not only improved infrared lamp plate are more clear.(3) monitor camera device of the present utility model can realize that 360 degree rotate continuously on the horizontal direction, reduces the monitoring dead angle, accomplishes conduct monitoring at all levels.(4) monitoring part of the present utility model on the rainwater diversion belt that covers can reduce rainwater and the influence in the camera head visual field is diverted to both sides with rainwater falls.(5) when the utility model adopts the structure of two plane bearings, can better rotation section and fixed part be linked together, make the rotation section in horizontally rotating process, more steady, can not produce and rock, thereby improve the IMAQ quality.
Description of drawings
Fig. 1 is a schematic perspective view of the present utility model.
Fig. 2 is a structural representation of the present utility model.
Fig. 3 is the perspective exploded view of support of the present utility model, fixed cover and mount pad.
Fig. 4 is the schematic perspective view that support of the present utility model, fixed cover and mount pad are combined.
Fig. 5 is the schematic perspective view of the fixed cover among Fig. 3.
Fig. 6 is the schematic perspective view of the mount pad among Fig. 3.
Fig. 7 is the enlarged diagram at A place among Fig. 2.
Fig. 8 is the schematic perspective view of the rotation section among Fig. 1.
Fig. 9 is the perspective exploded view of the utility model rotation section and monitoring part.
Figure 10 is the schematic perspective view of the base among Fig. 9.
Figure 11 is the schematic top plan view of the base among Figure 10.
Figure 12 is the schematic top plan view of the loam cake among Fig. 9.
Figure 13 is the elevational schematic view of the loam cake among Fig. 9.
Figure 14 is the schematic diagram of infrared lamp plate.
Mark in the above-mentioned accompanying drawing is as follows:
Fixed part 1, support 11, the 11-1 of holder portion, the cabling shell 11-2 of portion, rotating junction 11-3, fixed hole seat group 11-4, threading breach 11-5, square hole 11-6, housing 11-7, connecting plate 11-8, the first motor axis hole 11-8-1, the first motor fixed screw holes 11-8-2, dowel 11-9, bearing pedestal 11-10, overcoat 11-10-1, baffle plate 11-10-2, square hole lateral frame board 11-11, fixed cover hold-down screw post 11-12
Fixed cover 12, conducting ring hold-down screw post 12-1, fixed cover fixed hole seat 12-2, breach 12-3,
Flap 14 is installed,
Rotation section 2, rotation seat 20, central seat 21, central seat board 21-1, frame plate body 21-2, travelling gear hold-down screw post 21-3, electric wire through wires hole 21-4, the second motor hole 21-5,
Monitoring part 3, loam cake 31, loam cake fixed hole seat group 31-1, loam cake draw-in groove 31-2, rainwater diversion belt 31-3, loam cake reinforcement 31-4, base 32, loam cake hold-down screw post group 32-1, base draw-in groove 32-2, base infrared lamp integrated circuit board piece 32-3, camera hold-down screw post group 32-4, circuit board hold-down screw post group 32-5, base rotate depressed part 32-6, the base hole 32-7 that is rotationally connected, screw hole 32-8, infrared lamp plate 33, infrared lamp pearl 33-1, circuit board 33-2, transparent dust excluding plate 34
First plane bearing, 41, the second plane bearings 42, snap ring 43,
First transmission mechanism, 7, the first motors, 70, the first travelling gears 71, gear part 71-1, shaft sleeve part 71-2, gear fixed hole seat 71-3, annular groove 71-4,
Second transmission mechanism, 8, the second motors 80,
Second motor gear 81, cogged drive belt 82, the second travelling gears 83, hollow axle bed 84,
Conducting ring 9.
Embodiment
(embodiment 1) present embodiment is described according to orientation shown in Figure 1.
See Fig. 1 and Fig. 2, the camera head The Cloud Terrace all-in-one of present embodiment comprises fixed part 1, rotation section 2, monitoring part 3, first plane bearing 41, second plane bearing 42, first transmission mechanism 7, first motor 70, second transmission mechanism 8, second motor 80, control circuit and horizontally rotates current control device.
See Fig. 1 and Fig. 3, fixed part 1 comprises support 11, fixed cover 12, mount pad 13 and flap 14 is installed.
See Fig. 1, Fig. 3 and Fig. 4, described support 11 is the die casting integral piece, and its material is an aluminium alloy.Support 11 comprises the 11-1 of holder portion, the cabling shell 11-2 of portion and the rotating junction 11-3 that links to each other successively from right to left.Described support 11 also is provided with 3 fixed hole seat 11-4 and 2 threading breach 11-5, and 3 fixed hole seat 11-4 lay respectively in the middle of the both sides, front and back, top and bottom of the 11-1 of holder portion; 2 threading breach 11-5 lay respectively at the front and rear of the downside of the 11-1 of holder portion.Have square hole 11-6 in the middle of the upside of the cabling shell 11-2 of portion.Support 11 also comprises square hole lateral frame board 11-11, and square hole lateral frame board 11-11 is positioned at around the square hole 11-6 upside and from the top and is connected on the cabling shell 11-2 of portion; Described rotating junction 11-3 comprises housing 11-7, connecting plate 11-8, dowel 11-9 and bearing pedestal 11-10; Housing 11-7 is shaped as the cylinder hull shape, and bearing pedestal 11-10 is positioned at the central authorities of housing 11-7, and connecting plate 11-8 and each dowel 11-9 are connected between bearing pedestal 11-10 and the housing 11-7; Bearing pedestal 11-10 has 2, and by the overcoat 11-10-1 of cylinder hull shape be positioned at the supermedial annular baffle 11-10-2 of outer casing inner wall and constitute, thereby bearing pedestal 11-10 is 2 neighbouring bearing pedestal 11-10.Connecting plate 11-8 is provided with the first motor axis hole 11-8-1, also is provided with each one the first motor fixed screw holes 11-8-2 that is positioned at motor axis hole 11-8-1 front and back on the connecting plate 11-8; Be connected with the fixed cover hold-down screw post 11-12 that Open Side Down on the housing 11-7 inner left wall.
See Fig. 3 and Fig. 5, described fixed cover 12 is the combination of part hemispherical Shell and part semicolumn shell, and the lower end tabling of the housing 11-7 of the rotating junction 11-3 of the upper end of fixed cover 12 and support 11; In the middle of the inwall of the part hemispherical Shell of fixed cover 12, be provided with and horizontally rotate current control device hold-down screw post group 12-1; Describedly horizontally rotate current control device hold-down screw post group 12-1 and horizontally rotate current control device hold-down screw post by 3 and form, and distribution triangular in shape; The inwall left part of the part hemispherical Shell of fixed cover 12 is provided with the corresponding fixed cover fixed hole seat of the fixed cover hold-down screw post 11-12 12-2 with support 11; The cabling shell 11-2 of the portion left end tabling of the right-hand member of the part semicolumn shell of fixed cover 12 and support 11.Screw in the fixed cover hold-down screw post 11-12 of the rotating junction 11-3 of holder 11 be upward through the fixed cover fixed hole seat 12-2 of fixed cover 12 by screw after, and fixed cover 12 is fixed on the support 11.
See Fig. 3, Fig. 6 and Fig. 7, described mount pad 13 is the integrated through injection molding part, and the front and rear side that comprise square board-like framework 13-1, is connected square board-like framework bottom is along plate 13-2 and be connected square board-like framework top and outwardly directed fixed limit sheet frame 13-3; Square board-like framework is made up of four lateral frame boards that head and the tail link to each other successively, and the outside of the square board-like framework 13-1 of mount pad 13 size is corresponding with the square hole 11-6 of the cabling shell 11-2 of the portion upside centre of holder 11.Be respectively equipped with 2 elasticity mount pad fixed card 13-4 in proper order by front and back on the left plate of the square board-like framework 13-1 of mount pad 13 and the right plate, the lower end of elasticity mount pad fixed card 13-4 links to each other with the lateral frame board of corresponding square board-like framework 13-1, and the mount pad that the upper end of elasticity mount pad fixed card 13-4 is provided with protrusion laterally is fixture block 13-4-1 fixedly; On the front side board of square frame plate body and the back side panel by about the order upper end that is respectively equipped with 2 flexible circuit plate fixed card 13-513-5 link to each other with the lateral frame board of corresponding square board-like framework 13-1, the circuit board that the lower end of flexible circuit plate fixed card 13-5 is provided with protrusion to the inside is fixture block 13-5-1 fixedly.Mount pad 13 comprises that also circuit board supports suspension column 13-6 and power supply hold-down screw post 13-7.Described circuit board supports suspension column 13-6 and is arranged on the inboard of square board-like framework 13-1 of mount pad 13 and front and rear side along on four corners that plate 13-2 has a common boundary and the circuit board upper surface that the supports suspension column 13-3 fixing lower surface of fixture block 13-5-1 of circuit board that is lower than flexible circuit plate fixed card 13-5.Described power supply hold-down screw post 13-7 by about order be separately positioned on mount pad 13 front and rear side along on the bottom of plate 13-2, and Open Side Down.When using, described mount pad 13 is fixed on the plate body at square hole 11-6 place of support 11 by its elasticity mount pad fixed card 13-4, square board-like framework 13-1 and fixed limit sheet frame 13-3.
See Fig. 1, described installation flap 14 is square, and is corresponding with the square hole lateral frame board 11-11 of support 11, covers during use on square hole frame plate body 11-11, and it is covered.
See Fig. 1, Fig. 8 and Fig. 9, rotation section 2 comprises rotation seat 20 and cover plate 24; Rotation seat 20 and cover plate 24 are the aluminium alloy compression casting integral piece.Rotation seat 20 comprises central seat 21, link 22 and motor cover 23.Described central seat 21 comprises central seat board 21-1, is connected central seat board 21-1 downside frame plate body 21-2 and travelling gear hold-down screw post 21-2 on every side.Travelling gear hold-down screw post 21-2 has 3, is separately positioned on following middle side part and the distribution triangular in shape of central seat board 21-1; The rear side of the seat board 21-1 of central authorities is provided with electric wire through wires hole 21-3; The center-right position, front side of the seat board 21-1 of central authorities is provided with the first motor hole 21-4.
Described link 22 has 2, is divided into front side link and rear side link.Preceding link and rear connecting frame are connected the front and rear of central seat board 21-1 respectively from the top.Each link comprises connecting plate 22-1, frame 22-2 and cover plate hold-down screw post group 22-3.Front side link and rear side link are symmetricly set on the front and rear of central seat board 21-1 respectively by connecting plate separately, and the lower right of the connecting plate 22-1 of front side link is provided with the first motor breach, and the connecting plate 22-1 of rear side link is positioned at the front side of electric wire through wires hole 21-3; Before front bezel is connected from the front side connecting plate around and the lower end with is connected seat board 21-1 and links to each other, back frame from rear side be connected the back connecting plate on every side and the lower end with to be connected seat board 21-1 continuous; Cover plate hold-down screw post group 22-3 has 3 cover plate hold-down screw posts and distribution triangular in shape to be arranged on the left and right sides, upper and lower of connecting plate 22-1; The top of connecting plate 22-1 also is provided with monitoring part connecting hole 22-4.Described cover plate 24 is provided with the corresponding cover plate fixed hole seat of the cover plate hold-down screw post group 22-3 group 24-1 with link 22.
See Fig. 8 and Fig. 9, described motor cover 23 is connected on the down gap edge of the connecting plate 22-1 that is positioned at the front side of link 22 from the rear and the bottom links to each other with the edge of the first motor hole 21-4 on rotating seat board 21-1.The left and right sides inwall of motor cover 23 is provided with the second motor hold-down screw post 23-1.
See Fig. 1, Fig. 2 and Fig. 9 to Figure 14, monitoring part 3 comprises loam cake 31, base 32, camera head, infrared lamp plate 33 and transparent dust excluding plate 34.
See Figure 12 and Figure 13, loam cake 31 is provided with loam cake fixed hole seat group 31-1, loam cake draw-in groove 31-2, rainwater diversion belt 31-3 and loam cake reinforcement 31-4.Described loam cake fixed hole seat group 31-1 has 3 fixed hole seats, is separately positioned on the left part both sides, front and back and the middle distribution triangular in shape of right-hand member of loam cake 31; Described loam cake draw-in groove 31-2 is located at the left end inboard, bottom of loam cake 31; Described rainwater diversion belt 31-3 has 2 to 5 (present embodiment is 3), is successively set on from left to right in the middle of the left end outside, top of loam cake, and shorter and shorter from left to right; Described loam cake reinforcement 31-4 is in the middle of the cross lower inside that is arranged on loam cake 31.
Base 32 is provided with the corresponding loam cake hold-down screw of the loam cake fixed hole seat group 31-1 post group 32-1 of loam cake 31, the corresponding base draw-in groove of loam cake draw-in groove 31-2 32-2, base infrared lamp integrated circuit board piece 32-3, camera hold-down screw post group 32-4, circuit board hold-down screw post group 32-5 and base with loam cake 31 and rotates depressed part 32-6.Described loam cake hold-down screw post group 32-1 also has 3; Loam cake 31 is connected by screw from the top and constitutes opening housing left on the base 32; Described base draw-in groove 32-2 be arranged on base 32 top left ends inboard and with the corresponding position of loam cake draw-in groove 31-2 on, base draw-in groove 32-2 and loam cake draw-in groove 31-2 form one 360 square annular slot of spending; Described base infrared lamp integrated circuit board piece 32-3 is arranged on both sides, the front and back inwall of base 32 left ends and is positioned at base draw-in groove 32-2 right side; Described camera hold-down screw post group 32-4 has 4 screw posts towards loam cake, and lays respectively at the both sides, front and back on the base plate of base 32, and is quadrangle and distributes; Described circuit board hold-down screw post group 32-5 has 3 screw posts, lays respectively at both sides and centre before and after the right-hand member on the base plate of base 32, distribution triangular in shape.Described base rotates the outside, both sides, front and back that depressed part 32-6 is symmetricly set on base 32, and top is equipped with the corresponding base of monitoring part connecting hole 22-4 with the top of the link 22 hole 32-7 that is rotationally connected.Base rotates depressed part 32-6 and is provided with and is positioned at the be rotationally connected screw hole 32-8 of both sides of hole 32-7 of base.
See Fig. 1 and Figure 14, described infrared lamp plate 33 comprises infrared lamp pearl 33-1 and circuit board 33-2.Circuit board 33-2 is the rectangular circuit board that central authorities are provided with medium pore; Infrared lamp pearl 33-1 on the circuit board 33-2 has 70 to 110 (present embodiment is 91), and distributes around medium pore; Transparent dust excluding plate 34 is the integrated through injection molding part, is connected by peripheral panels on the dust cover of round platform shelly that is positioned at central authorities and constitutes; The dust cover of the round platform shelly of transparent dust excluding plate 34 is provided with according to mode left large and right small; Transparent dust excluding plate 34 is by in the square annular slot of formed 360 degree of loam cake draw-in groove 31-2 that insert the base draw-in groove 32-2 of base 32 and loam cake around its peripheral panels and forms mutual chimeric structure; The dust cover of transparent dust excluding plate 34 stretches in circuit board 33-2 and the medium pore that it matches of infrared lamp plate 33 from left to right, thereby makes the circuit board 33-2 of infrared lamp plate 33 be limited in the housing of monitoring part 3 by transparent dust excluding plate 34 and base infrared lamp integrated circuit board piece 32-3 clamping.
See Fig. 2, described first transmission mechanism 7 comprises first motor gear and first travelling gear 71.Described first motor gear is fixed on the motor shaft of first motor 70.First travelling gear 71 is an integral piece.First travelling gear 71 comprises gear part 71-1 and is located at the middle shaft sleeve part 71-2 of gear part 71-1; Gear part 71-1 is provided with gear fixed hole seat 71-3, and corresponding with the travelling gear hold-down screw post 21-2 on the rotation seat 21; The bottom of shaft sleeve part 71-2 is provided with annular groove 71-4, and annular groove 71-4 is corresponding with snap ring 43.
Earlier first motor gear is fixed on the motor shaft of first motor 70 during installation, to upwards vertically pass the first motor axis hole 11-8-1 on the motor shaft of first motor 70 then, the motor cabinet by screw and first motor 70 self is fixed on the connecting plate 11-8 of support 11 then; First travelling gear 71 is fixed on the central seat 21 of rotation seat 20; On the bearing pedestal 11-10 that is positioned at upside of the rotating junction 11-3 that first plane bearing 41 is located and is fixed on by Qi Xiaquan, again circle on second plane bearing 42 is arranged on the bearing pedestal 11-10 that is positioned at downside of rotating junction 11-3; The axle sleeve 71-2 portion of first travelling gear 71 is the following circle of second plane bearing 42 from the top down also, and with this time circle tight fit; First travelling gear 7 and first motor gear are meshing with each other, and first travelling gear 71, first plane bearing 41 and second plane bearing, 42 coaxial lines, and this axis vertical is provided with; Again snap ring 43 is stuck among the annular groove 71-4 of shaft sleeve part 71-2 of first travelling gear 71, and first plane bearing 41 and second plane bearing 42 are fixedly clamped on bearing pedestal 11-10, thereby make the rotation seat 20 of rotation section 2 be rotationally connected with support 11 by first travelling gear 71, first plane bearing 41, second plane bearing 42 and snap ring 43.
See Fig. 2 and Fig. 9, described second transmission mechanism 8 comprises second motor gear 81, hollow axle bed 84, second travelling gear 83 and cogged drive belt 82.Second motor gear 81 is fixed on the motor shaft of second motor 80; Hollow axle bed 84 comprises hollow axle bed 84 that is positioned at the front side and the hollow axle bed 84 that is positioned at rear side.The motor cabinet and the second motor hold-down screw post 24-1 by screw, second motor 80 self are fixed on second motor 80 in the motor cover 24, its motor shaft level is provided with towards the place ahead, be positioned at first travelling gear 71, first plane bearing 41 and second plane bearing 42 axis the right side and for orthogonal space antarafacial axis.Sleeve block and screw hole 32-8 by screw, hollow axle bed 84 self is separately fixed at hollow axle bed 84 on the both sides, front and back of base 32 with hollow axle bed 84; 2 hollow axle bed 84 coaxial lines, this axis parallels with the axis of motor shaft, be positioned at first travelling gear 71, first plane bearing 41 and second plane bearing 42 axis the right side and for orthogonal space antarafacial axis.The ratio of the distance of the axis of axis to the first travelling gear 71 of the motor shaft of second motor 6 and the distance of the axis of axis to the first travelling gear 71 of hollow axle bed 84 be 1: 4 to 1: the 10(present embodiment is 1: 7); The plane at the axis place of the motor shaft of the axis of hollow axle bed 84 and second motor 6 and the angle of horizontal plane are α, and the scope of α is that 15 degree are to 45 degree (present embodiment is 30 degree).Then hollow axle bed 84 is installed among the corresponding monitoring part connecting hole 22-4 of connecting plate 22-1; Again second travelling gear 83 is fixed on the hollow axle bed 84 that is positioned at the front side, by cogged drive belt 82 second motor gear 81 is connected with second travelling gear 83 then, form transmission mechanism, drive monitoring part and spending to swing between 85 degree 0 on the above-below direction.
It is described that to horizontally rotate current control device be conducting ring 9, described control circuit comprises first circuit board and second circuit board, first circuit board is fixed in the mount pad 13 by the flexible circuit plate fixed card 13-2 and the circuit board support suspension column 13-3 of mount pad 13, and second circuit board is fixed in the base 32 by screw and circuit board hold-down screw post group 32-5.Camera head is fixed in the base 32 by screw and camera hold-down screw post group 32-4 and the camera lens front end is positioned at the medium pore right side of the circuit board 33-2 of infrared lamp plate 33.The circuit of infrared lamp plate 33, camera head and second circuit board passes be rotationally connected hole 32-7 and be positioned at the hollow axle bed 84 of rear side of the base that is positioned at rear side, enter into the bottom of rotation section again through the electric wire through wires hole 21-3 on the connecting plate 22-1, again with the circuit of second motor 80 together in the middle of first travelling gear 71 axle sleeve pass with conducting ring 9 and be connected; First motor 70 and power supply are by being electrically connected between electric wire and the first circuit board; First circuit board is electrically connected by electric wire and conducting ring 9, thereby realizes the electrical connection of infrared lamp plate 33, second motor 80, camera head, second circuit board and first circuit board, and then realizes that rotation section 2 can the uninterrupted rotation continuously of 360 degree can not produce coiling.
(embodiment 2)
All the other are identical with embodiment 1, difference is that first circuit board is electrically connected with infrared lamp plate 33, second motor 80, camera head, second circuit board by electric wire, described to horizontally rotate current control device be the Photoelectric Detection control device, and the Photoelectric Detection control device comprises emitter and receiving system.Emitter is arranged on the rotation seat 20, and receiving system is arranged on the support 11.Rotate to the scope of 350 degree at 0 degree the rotation section 2 of Photoelectric Detection control device control camera head The Cloud Terrace all-in-one, thereby avoid rotating continuously the coiling problem that produces.
Claims (8)
1. a camera head The Cloud Terrace all-in-one comprises fixed part (1), rotation section (2), monitoring part (3), first plane bearing (41), first transmission mechanism (7), first motor (70), second transmission mechanism (8), second motor (80), control circuit and horizontally rotates current control device;
It is characterized in that: described fixed part (1) comprises support (11) and fixed cover (12); Described support (11) is the engineering material integral piece; Support (11) comprises holder portion (11-1) that is positioned at right part and the rotating junction (11-3) that is positioned at left part; Described fixed cover (12) is connected on the rotating junction (11-3) of support (11) from the below;
Described rotation section (2) comprises rotation seat (20) and 2 cover plates (24); Rotation seat (20) and cover plate (24) are the engineering material integral piece; Rotation seat (20) comprises central seat (21) and is connected 2 links (22) on the central seat (21) from the top that 2 cover plates (24) are fixedly connected on corresponding 1 link (22) separately;
Monitoring part (3) comprises loam cake (31), base (32), camera head, infrared lamp plate (33) and transparent dust excluding plate (34); Loam cake (31) and base (32) are the engineering material integral piece; Loam cake (31) is connected base (32) from upper fixed and goes up and formation opening housing left; Infrared lamp plate (33) comprises the circuit board (33-2) that is provided with medium pore and is connected infrared lamp pearl (33-1) on the circuit board; Infrared lamp plate (33) is arranged in the housing, and each infrared lamp pearl is towards the opening of housing; Transparent dust excluding plate (34) is arranged in the housing and is positioned at infrared lamp plate (33) left side; Camera head is arranged in the housing and by erection column and is fixed on the housing, and the camera lens of camera head is towards the opening of housing and be positioned at the right side of the medium pore of circuit board (33-2);
Described first transmission mechanism (7) comprises first motor gear and first travelling gear (71); First motor (70) is fixedly connected on the rotating junction (11-3) of support (11) from the below by its motor cabinet, and its motor shaft passes this rotating junction (11-3) from bottom to top; First motor gear is fixedly connected on the upper end of motor shaft of first motor (70); First travelling gear (71) is fixedly connected on the central seat (21) of rotation seat (20) from the below;
First plane bearing (41) is located and is fixed on by Qi Xiaquan on the rotating junction (11-3) of support (11), first travelling gear (71) is passed the circle of going up of first plane bearing (41) from the top down by its shaft sleeve part that is positioned at the bottom, and with circle tight fit on this, thereby make the rotation seat (20) of rotation section (2) be rotationally connected with support (11), and first travelling gear (71) is meshed with first motor gear by first travelling gear (71) and first plane bearing (41);
Described second transmission mechanism (8) comprises second motor gear (81), cogged drive belt (82), second travelling gear (83) and 2 hollow axle beds (84); Before and after dividing, 2 hollow axle beds (84) are fixedly connected on the both sides, front and back of base (32), 2 hollow axle beds (84) coaxial line, and this axis horizontal is provided with; Second motor (80) is fixedly connected on the link that is positioned at the front side (22) of rotation seat (20) by its motor cabinet in the past backward, its motor shaft level is towards the place ahead, parallel with the axis of hollow axle bed (84), and the axis of the axis of hollow axle bed (84) and first travelling gear (71) is an orthogonal space antarafacial axis; Second motor gear (81) is fixedly connected on the front end of motor shaft of second motor (80), second travelling gear (83) is tightly fixed and is connected on the hollow axle bed (84) that is positioned at the front side, and cogged drive belt (82) is provided with around second motor gear (81) and second travelling gear (83) engagement;
Control circuit is arranged on the support (11); Horizontally rotate current control device and be arranged on the support (11), perhaps a part is arranged on the support (11), and another part is arranged on the rotation seat (20).
2. camera head The Cloud Terrace all-in-one according to claim 1 is characterized in that: also comprise second plane bearing (42) and snap ring (43); Described rotating junction (11-3) comprises housing (11-7), connecting plate (11-8), dowel (11-9) and bearing pedestal (11-10); Housing (11-7) be shaped as the cylinder hull shape, bearing pedestal (11-10) is positioned at the central authorities of housing (11-7), connecting plate (11-8) and each dowel (11-9) are connected between bearing pedestal (11-10) and the housing (11-7); Bearing pedestal (11-10) has 2 and neighbouring, and these 2 bearing pedestals (11-10) are by the overcoat (11-10-1) of cylinder hull shape and be connected the supermedial annular baffle of outer casing inner wall (11-10-2) and constitute;
The shaft sleeve part (71-2) of first travelling gear (71) is provided with the annular groove (71-4) that is positioned at the bottom; First travelling gear (71) is fixed on the central seat (21) of rotation seat (20) by its gear part (71-1); On the bearing pedestal that is positioned at upside (11-10) of the rotating junction (11-3) that first plane bearing (41) is located and is fixed on by Qi Xiaquan, again second plane bearing (42) is gone up circle and be arranged on the bearing pedestal that is positioned at downside (11-10) of rotating junction (11-3); The shaft sleeve part (71-2) of first travelling gear (71) is also passed the following circle of second plane bearing (42) from the top down, and encloses tight fit with this time; First travelling gear (71), first plane bearing (41) and second plane bearing (42) coaxial line, and this axis vertical is provided with; Snap ring (43) is stuck in the annular groove (71-4) of shaft sleeve part (71-2) of first travelling gear (71), and first plane bearing (41) and second plane bearing (42) are fixedly clamped on bearing pedestal (11-10), thereby make the rotation seat (20) of rotation section (2) be rotationally connected by first travelling gear (71), first plane bearing (41), second plane bearing (42) and snap ring (43) and support (11).
3. camera head The Cloud Terrace all-in-one according to claim 2, it is characterized in that: the axis of hollow axle bed (84) is positioned at the left side of the axis of first travelling gear (71), the axis of the motor shaft of second motor (80) is positioned at the right side of the axis of first travelling gear (71), and the ratio of the distance of the axis of axis to the first travelling gear (71) of the motor shaft of second motor (80) and the distance of the axis of axis to the first travelling gear (71) of hollow axle bed (84) is 1: 4 to 1: 10; The plane at the axis place of the motor shaft of the axis of hollow axle bed (84) and second motor (80) and the angle of horizontal plane are that 15 degree are to 45 degree.
4. camera head The Cloud Terrace all-in-one according to claim 3 is characterized in that: the distance of the axis of axis to the first travelling gear (71) of the motor shaft of second motor (80) is 1: 6 to 1: 8 with the ratio of the distance of the axis of axis to the first travelling gear (71) of hollow axle bed (84); The plane at the axis place of the motor shaft of the axis of hollow axle bed (84) and second motor (80) and the angle of horizontal plane are that 25 degree are to 30 degree.
5. according to the described camera head The Cloud Terrace of one of claim 1 to 4 all-in-one, it is characterized in that: described loam cake (31) is provided with loam cake draw-in groove (31-2) and rainwater diversion belt (31-3); Described loam cake draw-in groove (31-2) is located at the left end inboard, bottom of loam cake (31); Described rainwater diversion belt (31-3) has 2 to 5, is successively set on from left to right in the middle of the left end outside, top of loam cake, and shorter and shorter from left to right; Described base (32) is provided with the corresponding base draw-in groove of loam cake draw-in groove (31-2) (32-2) of loam cake (31), base infrared lamp integrated circuit board piece (32-3) with as the camera hold-down screw post group (32-4) of erection column; Described base draw-in groove (32-2) be arranged on base (32) top left end inboard and with the corresponding position of loam cake draw-in groove (31-2) on, base draw-in groove (32-2) and loam cake draw-in groove (31-2) form the square annular slot of one 360 degree; Described base infrared lamp integrated circuit board piece (32-3) is arranged on both sides, the front and back inwall of base (32) left end and is positioned at base draw-in groove (32-2) right side; Described camera hold-down screw post group (32-4) has 4 screw posts towards loam cake, and lays respectively at the both sides, front and back on the base plate of base (32), and is quadrangle and distributes; The circuit board (33-2) of described infrared lamp plate (33) is the rectangular circuit board that central authorities are provided with medium pore; Infrared lamp pearl (33-1) on the circuit board (33-2) has 70 to 110, and distributes around medium pore;
Transparent dust excluding plate (34) is the integrated through injection molding part, is connected by peripheral panels on the dust cover of round platform shelly that is positioned at central authorities and constitutes; The dust cover of the round platform shelly of transparent dust excluding plate (34) is provided with according to mode left large and right small; Transparent dust excluding plate (34) is by in the square annular slot of formed 360 degree of loam cake draw-in groove (31-2) that insert the base draw-in groove (32-2) of base (32) and loam cake (31) around its peripheral panels and form mutual chimeric structure; The dust cover of transparent dust excluding plate (34) stretches in circuit board (33-2) and the medium pore that it matches of infrared lamp plate (33) from left to right, thereby makes the circuit board (33-2) of infrared lamp plate (33) be limited in the housing of monitoring part (3) by transparent dust excluding plate (34) and base infrared lamp integrated circuit board piece (32-3) clamping.
6. camera head The Cloud Terrace all-in-one according to claim 5 is characterized in that: described rainwater diversion belt (31-3) has 3, and the infrared lamp pearl (33-1) on the described infrared lamp plate (33) has 85-100.
7. according to the described camera head The Cloud Terrace of one of claim 1 to 4 all-in-one, it is characterized in that: described to horizontally rotate current control device be conducting ring (9), and conducting ring (9) is fixed on the fixed cover (12).
8. according to the described camera head The Cloud Terrace of one of claim 1 to 4 all-in-one, it is characterized in that: described to horizontally rotate current control device be the Photoelectric Detection control device; The Photoelectric Detection control device comprises emitter and receiving system; Emitter is arranged on the rotation seat (20), and receiving system is arranged on the support (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020536965XU CN201839359U (en) | 2010-09-21 | 2010-09-21 | Photographic device holder all-in-one machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020536965XU CN201839359U (en) | 2010-09-21 | 2010-09-21 | Photographic device holder all-in-one machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201839359U true CN201839359U (en) | 2011-05-18 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201020536965XU Expired - Fee Related CN201839359U (en) | 2010-09-21 | 2010-09-21 | Photographic device holder all-in-one machine |
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| Country | Link |
|---|---|
| CN (1) | CN201839359U (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102333178A (en) * | 2011-07-20 | 2012-01-25 | 苏州盛开信息科技有限公司 | Webcam with full angular rotation |
| CN104023168A (en) * | 2013-04-20 | 2014-09-03 | 昆山友进智能建筑工程有限公司 | Novel monitoring security camera with protective cover |
| CN104767977A (en) * | 2015-04-19 | 2015-07-08 | 成都深思科技有限公司 | All-direction monitoring device for security and protection |
| CN105811334A (en) * | 2016-03-22 | 2016-07-27 | 国网山东省电力公司蓬莱市供电公司 | Connector cable box fixed at lower part of camera bracket |
| CN106870891A (en) * | 2017-02-28 | 2017-06-20 | 深圳市越疆科技有限公司 | Three axle cradle head devices |
| CN107835340A (en) * | 2017-11-02 | 2018-03-23 | 陕西网梭信息技术有限公司 | A kind of modularization intelligent video camera for integrating solar energy, being wirelessly transferred |
| CN108317353A (en) * | 2017-01-17 | 2018-07-24 | 深圳市越疆科技有限公司 | A kind of tripod head connection structure and holder |
| CN109120904A (en) * | 2018-10-19 | 2019-01-01 | 武汉星巡智能科技有限公司 | Binocular camera monitoring method, device and computer readable storage medium |
| CN109973770A (en) * | 2018-11-30 | 2019-07-05 | 贾诗悦 | A kind of micromachine user tripod head |
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- 2010-09-21 CN CN201020536965XU patent/CN201839359U/en not_active Expired - Fee Related
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102333178A (en) * | 2011-07-20 | 2012-01-25 | 苏州盛开信息科技有限公司 | Webcam with full angular rotation |
| CN104023168A (en) * | 2013-04-20 | 2014-09-03 | 昆山友进智能建筑工程有限公司 | Novel monitoring security camera with protective cover |
| CN104767977A (en) * | 2015-04-19 | 2015-07-08 | 成都深思科技有限公司 | All-direction monitoring device for security and protection |
| CN104767977B (en) * | 2015-04-19 | 2017-09-19 | 成都深思科技有限公司 | A kind of security protection omni-directional monitoring apparatus |
| CN105811334A (en) * | 2016-03-22 | 2016-07-27 | 国网山东省电力公司蓬莱市供电公司 | Connector cable box fixed at lower part of camera bracket |
| CN108317353A (en) * | 2017-01-17 | 2018-07-24 | 深圳市越疆科技有限公司 | A kind of tripod head connection structure and holder |
| CN106870891A (en) * | 2017-02-28 | 2017-06-20 | 深圳市越疆科技有限公司 | Three axle cradle head devices |
| CN107835340A (en) * | 2017-11-02 | 2018-03-23 | 陕西网梭信息技术有限公司 | A kind of modularization intelligent video camera for integrating solar energy, being wirelessly transferred |
| CN109120904A (en) * | 2018-10-19 | 2019-01-01 | 武汉星巡智能科技有限公司 | Binocular camera monitoring method, device and computer readable storage medium |
| CN109120904B (en) * | 2018-10-19 | 2022-04-01 | 宁波星巡智能科技有限公司 | Binocular camera monitoring method and device and computer readable storage medium |
| CN109973770A (en) * | 2018-11-30 | 2019-07-05 | 贾诗悦 | A kind of micromachine user tripod head |
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Granted publication date: 20110518 Termination date: 20130921 |