CN209201198U

CN209201198U - A kind of spherical camera

Info

Publication number: CN209201198U
Application number: CN201920186667.3U
Authority: CN
Inventors: 韩亮
Original assignee: Tangshan Jiajie Technology Co Ltd
Current assignee: Tangshan Jiajie Technology Co Ltd
Priority date: 2019-02-02
Filing date: 2019-02-02
Publication date: 2019-08-02
Anticipated expiration: 2029-02-02

Abstract

The utility model discloses a kind of spherical cameras, including mounting base and sliding block, the left and right ends outer wall of the mounting base is welded with link block, the middle-end of the mounting base is provided with attachment base, and the inside of the attachment base is equipped with support construction, and the middle-end of the support construction is fixed with micromotor, the sliding block is located at the left and right ends outer wall of support construction, and one end of sliding block is equipped with connecting spring, the mounting base is internally provided with sliding chamber, and the lower end of the micromotor is equipped with shaft.The spherical camera is provided with support construction, pass through the effect of movable axis, so that side lever is able to carry out rotation, when support construction generates active force downwards, connecting rod is pushed, side lever is slided by the effect of pulley to sliding rail both ends, and the spring contraction being arranged by side lever inner wall, lower pressure is subjected to buffering absorption, it is laid down into active force from side lever both ends, it is better to play damping effect, can ensure the normal operation of video camera.

Description

A kind of spherical camera

Technical field

The utility model relates to camcorder technology field, specially a kind of spherical camera.

Background technique

Video camera would generally be installed in some places, to be monitored to environment, in order to its timely understanding or thing Investigation occurs afterwards, and since spherical camera is in design, with the raising of integrated level, and miniaturization and diversified Form-making design, so that ball machine installation can be more convenient and use environment cooperates also have more concealment.

Video camera in the market when in use, since general video camera its structure is not provided with shock-damping structure or it subtracts Shock stability is lower, in outdoor application, is easy the influence for the wind-force being subject to and then reduces the service life of device, and it is imaged Machine lacks corresponding protection structure, inside be easily accessible dust, for this purpose, it is proposed that a kind of spherical camera.

Utility model content

The purpose of this utility model is to provide a kind of spherical cameras, to solve camera shooting mentioned above in the background art Machine when in use, since general video camera its structure is not provided with shock-damping structure or its damping performance is lower, makes in outdoor In, it is easy the influence for the wind-force being subject to and then reduces the service life of device, and its video camera lacks corresponding protection knot Structure, inside the problem of being easily accessible dust.

To achieve the above object, the utility model provides the following technical solutions: a kind of spherical camera, including mounting base and Sliding block, the left and right ends outer wall of the mounting base are welded with link block, and the middle-end of the mounting base is provided with attachment base, described The inside of attachment base is equipped with support construction, and the middle-end of the support construction is fixed with micromotor, and the sliding block is located at support The left and right ends outer wall of structure, and one end of sliding block is equipped with connecting spring, the mounting base is internally provided with sliding chamber, described The lower end of micromotor is equipped with shaft, and the middle-end outer wall of the shaft is connected with bearing, the company of being provided on the outside of the bearing Frame is connect, the bottom end of the shaft is equipped with shell mechanism, and the bottom end outer wall of the shell mechanism is connected with glass shell.

Preferably, the mounting base includes link block, sliding block, connecting spring and sliding chamber, and the link block is about mounting base Horizontal center line be symmetric, be flexibly connected between the sliding block and sliding chamber.

Preferably, the support construction constitutes elastic construction by sliding block and connecting spring, and connecting spring is provided with two It is a, and be welded connecting between connecting spring and sliding block.

Preferably, the support construction includes connecting rod, movable axis, side lever, pulley and sliding rail, a left side for the support construction Right two sides bottom end is fixed with connecting rod, and the bottom end of the connecting rod is equipped with movable axis, and the outer wall of the movable axis is connected with side Bar, the side lever are symmetric about the vertical center line of movable axis, and connecting rod is made up of movable axis and side lever and revolves Rotation structure.

Preferably, the bottom end of the side lever is provided with pulley, and the bottom end of the pulley is connected with sliding rail, and the side lever passes through Pulley and sliding rail constitute slide construction, and the side lever and connecting rod are triangular structure.

Preferably, the shell mechanism includes cooling fin, camera, glass shell and adsorption layer, the cooling fin about The horizontal center line of shell mechanism is evenly distributed, and the inner wall of shell mechanism is bonded with adsorption layer, the radius of the adsorption layer Equal with shell mechanism inner wall radius, the inside of the glass shell is equipped with camera.

Compared with prior art, the utility model has the beneficial effects that

1, the spherical camera is provided with support construction, by the effect of movable axis, so that side lever is able to carry out rotation, when When support construction generates downwards active force, connecting rod is pushed, and side lever is slided by the effect of pulley to sliding rail both ends, and passes through side The spring contraction of bar inner wall setting, carries out buffering absorption for lower pressure, it is laid down active force from side lever both ends, plays damping effect It is better, it can ensure the normal operation of video camera；

2, the spherical camera is provided with sliding block, connecting spring and slides chamber, and support construction passes through sliding block and connecting spring structure At elastic construction, and there are two connecting spring settings, and to be welded to connect between connecting spring and sliding block, since sliding block is in cunning It can be slided in chamber, allow left and right directions between support construction and mounting base to carry out a degree of sliding, then By connecting spring effect, make it have elasticity can Elastic Sliding, the shaking effect generated when can be by wind blows Power is absorbed, and damping is played the role of；

3, the spherical camera is provided with shell mechanism, and the inside of shell mechanism is through the multiple uniform cooling fins connected Its area between the external world can effectively be increased, the internal heat generated is effectively shed, and its inner wall is also viscous It is connected to the adsorption layer of active carbon material, the dust that inside accidentally enters can be adsorbed by its effect, be ensured inside it The normal operation of element makes it be easy to be damaged with extraneous contact since the connecting line of camera is applied in the space inside shaft, Enhance its service life.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the utility model shell mechanism schematic diagram of internal structure；

Fig. 3 is enlarged structure schematic diagram at A in the utility model Fig. 1.

In figure: 1, mounting base；2, link block；3, attachment base；4, support construction；5, micromotor；6, sliding block；7, bullet is connected Spring；8, sliding chamber；9, shaft；10, connection frame；11, bearing；12, shell mechanism；13, cooling fin；14, camera；15, outside glass Shell；16, adsorption layer；17, connecting rod；18, movable axis；19, side lever；20, pulley；21, sliding rail.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of spherical camera, including mounting base 1, company Connect block 2, attachment base 3, support construction 4, micromotor 5, sliding block 6, connecting spring 7, sliding chamber 8, shaft 9, connection frame 10, bearing 11, shell mechanism 12, cooling fin 13, camera 14, glass shell 15, adsorption layer 16, connecting rod 17, movable axis 18, side lever 19, Pulley 20 and sliding rail 21, the left and right ends outer wall of mounting base 1 are welded with link block 2, mounting base 1 include link block 2, sliding block 6, Connecting spring 7 and sliding chamber 8, link block 2 are symmetric about the horizontal center line of mounting base 1, are between sliding block 6 and sliding chamber 8 It being flexibly connected, support construction 4 constitutes elastic construction by sliding block 6 and connecting spring 7, and there are two the settings of connecting spring 7, and To be welded to connect between connecting spring 7 and sliding block 6, since sliding block 6 can be slided in sliding chamber 8, so that support construction 4 can A degree of sliding is carried out with left and right directions between mounting base 1, the effect of the connecting spring 7 then passed through makes it have Elasticity can Elastic Sliding, the rolling dynamic deformation from motion generated when can be by wind blows absorbs, plays the role of damping, install The middle-end of seat 1 is provided with attachment base 3, and the inside of attachment base 3 is equipped with support construction 4, and support construction 4 includes connecting rod 17, lives Moving axis 18, side lever 19, pulley 20 and sliding rail 21, the left and right sides bottom end of support construction 4 are fixed with connecting rod 17, connecting rod 17 Bottom end is equipped with movable axis 18, and the outer wall of movable axis 18 is connected with side lever 19, vertical center line of the side lever 19 about movable axis 18 It is symmetric, and connecting rod 17 constitutes rotational structure by movable axis 18 and side lever 19, the bottom end of side lever 19 is provided with cunning Wheel 20, the bottom end of pulley 20 are connected with sliding rail 21, and side lever 19 constitutes slide construction by pulley 20 and sliding rail 21, side lever 19 and even Extension bar 17 is triangular structure, by the effect of movable axis 18, so that side lever 19 is able to carry out rotation, when support construction 4 is downward When generating active force, connecting rod 17 is pushed, and side lever 19 is slided by the effect of pulley 20 to 21 both ends of sliding rail, and passes through side lever 19 The spring contraction of inner wall setting, carries out buffering absorption for lower pressure, it is laid down active force from 19 both ends of side lever, plays damping effect It is better, it can ensure the normal operation of video camera；

The middle-end of support construction 4 is fixed with micromotor 5, and sliding block 6 is located at the left and right ends outer wall of support construction 4, and sliding One end of block 6 is equipped with connecting spring 7, and mounting base 1 is internally provided with sliding chamber 8, and the lower end of micromotor 5 is equipped with shaft 9, The middle-end outer wall of shaft 9 is connected with bearing 11, and the outside of bearing 11 is provided with connection frame 10, and the bottom end of shaft 9 is equipped with shell Structure 12, shell mechanism 12 include cooling fin 13, camera 14, glass shell 15 and adsorption layer 16, and cooling fin 13 is about shell The horizontal center line of structure 12 is evenly distributed, and the inner wall of shell mechanism 12 is bonded with adsorption layer 16, the radius of adsorption layer 16 Equal with 12 inner wall radius of shell mechanism, the inside of glass shell 15 is equipped with camera 14, and the inside of shell mechanism 12 is run through Multiple uniform cooling fins 13 of connection can effectively increase its area between the external world, the heat that inside is generated It effectively sheds, and its inner wall is also bonded with the adsorption layer 16 of active carbon material, can be accidentally entered inside by its effect Dust adsorbed, the normal operation of its internal element is ensured, since the connecting line of camera 14 is applied in inside shaft 9 Space makes it be easy to be damaged with extraneous contact, enhances its service life, the bottom end outer wall of shell mechanism 12 is connected with glass shell 15。

Working principle: in use, video camera to be passed through to the effect of mounting base 1 and link block 2 first, screw thread is carried out with wall It is connected and fixed, then when in use, is driven shaft 9 to rotate by 60BLDC model micromotor 5 and then camera 14 is driven to carry out The rotation for monitoring angle, then during use, support construction 4 constitutes elastic construction by sliding block 6 and connecting spring 7, and There are two the settings of connecting spring 7, and to be welded to connect between connecting spring 7 and sliding block 6, since sliding block 6 can be in sliding chamber 8 It is slided, allows left and right directions between support construction 4 and mounting base 1 to carry out a degree of sliding, then pass through The effect of connecting spring 7, make it have elasticity can Elastic Sliding, the rolling dynamic deformation from motion generated when can be by wind blows carries out It absorbs, meanwhile, by the effect of movable axis 18, so that side lever 19 is able to carry out rotation, when support construction 4 generates downwards active force When, connecting rod 17 pushes, and side lever 19 is slided by the effect of pulley 20 to 21 both ends of sliding rail, and be arranged by 19 inner wall of side lever Lower pressure is carried out buffering absorption by spring contraction, it is laid down active force, further damping, finally, shell from 19 both ends of side lever The inside of structure 12 can effectively increase its area between the external world through multiple uniform cooling fins 13 of connection, so that interior The heat that portion generates can effectively shed, and its inner wall is also bonded with the adsorption layer 16 of active carbon material, can be made by it It is adsorbed with the dust for accidentally entering inside, the normal operation of its internal element is ensured, due to the connecting line of camera 14 It is applied in the space inside shaft 9, makes it be easy to be damaged with extraneous contact, enhances its service life, this completes one kind The process that spherical camera uses.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims

1. a kind of spherical camera, including mounting base (1) and sliding block (6), it is characterised in that: the left and right two of the mounting base (1) End outer wall be welded with link block (2), the middle-end of the mounting base (1) is provided with attachment base (3), the attachment base (3) it is interior Portion is equipped with support construction (4), and the middle-end of the support construction (4) is fixed with micromotor (5), and the sliding block (6) is located at branch The left and right ends outer wall of support structure (4), and one end of sliding block (6) is equipped with connecting spring (7), the inside of the mounting base (1) It is provided with sliding chamber (8), the lower end of the micromotor (5) is equipped with shaft (9), and the middle-end outer wall of the shaft (9) is connected with Bearing (11) is provided with connection frame (10) on the outside of the bearing (11), and the bottom end of the shaft (9) is equipped with shell mechanism (12), the bottom end outer wall of the shell mechanism (12) is connected with glass shell (15).

2. a kind of spherical camera according to claim 1, it is characterised in that: the mounting base (1) includes link block (2), sliding block (6), connecting spring (7) and cunning chamber (8), the link block (2) are in symmetrical about the horizontal center line of mounting base (1) Distribution is flexibly connected between the sliding block (6) and sliding chamber (8).

3. a kind of spherical camera according to claim 1, it is characterised in that: the support construction (4) passes through sliding block (6) Constitute elastic construction with connecting spring (7), and there are two connecting spring (7) settings, and connecting spring (7) and sliding block (6) it Between for be welded to connect.

4. a kind of spherical camera according to claim 1, it is characterised in that: the support construction (4) includes connecting rod (17), the left and right sides bottom end of movable axis (18), side lever (19), pulley (20) and sliding rail (21), the support construction (4) is fixed Have connecting rod (17), the bottom end of the connecting rod (17) is equipped with movable axis (18), and the outer wall of the movable axis (18) is connected with Side lever (19), the side lever (19) is symmetric about the vertical center line of movable axis (18), and connecting rod (17) passes through Movable axis (18) and side lever (19) constitute rotational structure.

5. a kind of spherical camera according to claim 4, it is characterised in that: the bottom end of the side lever (19) is provided with cunning It takes turns (20), the bottom end of the pulley (20) is connected with sliding rail (21), and the side lever (19) passes through pulley (20) and sliding rail (21) structure At slide construction, the side lever (19) and connecting rod (17) are triangular structure.

6. a kind of spherical camera according to claim 1, it is characterised in that: the shell mechanism (12) includes cooling fin (13), camera (14), glass shell (15) and adsorption layer (16), level of the cooling fin (13) about shell mechanism (12) Center line is evenly distributed, and the inner wall of shell mechanism (12) is bonded with adsorption layer (16), the radius of the adsorption layer (16) with Shell mechanism (12) inner wall radius is equal, and the inside of the glass shell (15) is equipped with camera (14).