CN212672907U

CN212672907U - Spiral cover monitoring device

Info

Publication number: CN212672907U
Application number: CN202021384751.5U
Authority: CN
Inventors: 聂胜月
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-12-04
Filing date: 2020-07-14
Publication date: 2021-03-09
Anticipated expiration: 2030-07-14

Abstract

The utility model provides a spiral cover monitoring device, by the base, electric actuator constitutes, electric actuator comprises the cloud platform, the cloud platform is by vertical rotation motor, horizontal rotation motor, the decoder, the stopper, the cloud platform shell is constituteed, the stopper is carried on spacingly to the rotation of horizontal rotation motor and vertical rotation motor, position detection, part cloud platform has cancelled the stopper or has replaced the stopper through the limit function of decoder, its characterized in that spiral cover monitoring device has the pause storehouse, the pause storehouse has the opening, the opening in pause storehouse has spiral cover or spiral cover camera device, the one side of spiral cover or spiral cover camera device installation camera lens is the working face, can cover the outward appearance face of pause storehouse opening as hiding the face outside spiral cover or spiral cover camera device's the working face. The camera is made to be household and intelligent, and the flexibility of the equipment is improved.

Description

Spiral cover monitoring device

Technical Field

The utility model relates to a domestic security protection surveillance camera head, control cloud platform field.

Background

The existing household security monitoring cameras all adopt the design characteristics of real-time monitoring 24 hours after installation, for example, video monitoring cameras mainly comprising household dome cameras, card machines, gun-shaped cameras, ball machines and pan-tilt cameras are installed to enable the video monitoring cameras to be continuously monitored all day long, if the video monitoring cameras need to be temporarily folded or stopped at home or the video monitoring cameras need to be powered off or temporarily take articles to shield the cameras when the video monitoring cameras stop monitoring and leave the home when the video monitoring cameras are at home, generally, the installation positions of the cameras are higher, the operation is more troublesome and complicated, the shielding effect is not attractive, the power-off operation of the cameras is not convenient, although the function of privacy shielding is added to some cameras when the cameras leave the factory, but only the cameras are shielded, the cameras are powered off or the cameras are rotated to other positions through the pan-tilt, although the cameras can be suspended for use, however, the parts such as the holder of the camera, the shell of the camera and the like are still exposed outside, the lens of the camera is generally small, the shielding sliding sheet or the shielding shifting sheet of the lens cannot enable a user to visually judge the opening state of the lens, the exposed holder of the camera and the shell of the camera influence the attractiveness of equipment when the equipment is opened to shield privacy, the appearance attribute of the camera is too obvious, the camera is too obtrusive and uncoordinated to be installed in a home environment, and the camera can generate a conflict emotion to the camera when being installed in a home. Some cameras adopt the camera to be embedded into clocks and watches and family decoration articles, although the appearance attribute of the camera is weakened, the opening state of the camera still cannot be intuitively embodied, and even more, the privacy suspicion of users can be invaded, and as clocks and decoration articles generally have specific placing positions, the actual using effect is not ideal.

SUMMERY OF THE UTILITY MODEL

The utility model provides a spiral cover monitoring device, which comprises a base and an electric actuator, wherein the electric actuator comprises a holder which can be a vertical holder or an omnidirectional holder, the omnidirectional holder comprises a horizontal holder and a vertical holder, the holder mainly comprises a vertical rotating motor, a horizontal rotating motor, a decoder, a limiter and a holder shell, the decoder, the horizontal rotating motor, the vertical rotating motor and the limiter are connected with each other through a circuit system, the limiter limits the rotation of the horizontal rotating motor and the vertical rotating motor of the holder and detects the position, part of the cameras of the holder cancels the limiter or replaces the limiter by the limiting function of the decoder, the spiral cover monitoring device is characterized in that the spiral cover monitoring device comprises a pause bin which is provided with an opening, the opening of the pause bin is provided with a spiral cover or a spiral cover camera device which can rotate and cover the opening of the pause bin, the camera lens is installed on the rotary cover or the rotary cover camera device, one side of the camera lens is a working face, the appearance face, which can cover the opening of the pause bin, outside the working face of the rotary cover or the rotary cover camera device can be used as a covering face, the rotary cover or the rotary cover camera device is fixedly connected with the vertical rotating shaft, the rotary cover or the rotary cover camera device is connected with the vertical rotating motor of the electric execution device through the vertical rotating shaft or the vertical rotating gear, the working face of the rotary cover is provided with an installation screw hole and an electronic interface of the camera device, the vertical rotating shaft is provided with a hollow hole, a cable of the electronic interface is led out through the hollow hole, the electronic interface of the working face of the rotary cover and the structural characteristics of the cable led out through the hollow hole of the vertical rotating shaft can hide. The vertical rotating shaft, the vertical rotating gear, the vertical rotating shaft seat and the vertical rotating transmission gear can be directly connected with the vertical rotating motor to realize that the vertical rotating motor directly rotates the rotary cover or the rotary cover camera device through the vertical rotating shaft, the vertical rotating gear, the vertical rotating shaft seat and the vertical rotating transmission gear can realize equal exchange to realize equal effect, the equal exchange is to install the vertical rotating shaft of the camera device on the tripod head, the vertical rotation shaft seat of the holder is installed on the camera device, and similarly, the vertical rotation gear and the vertical rotation transmission gear exchange positions. The cover-rotating camera device is a camera device with a covering surface which has the same characteristic with the covering surface of a cover, one surface of the cover-rotating camera device is a camera device, the other surface of the cover-rotating camera device is a covering surface of the cover-rotating camera device, the covering surface of the cover-rotating camera device can be a back plate or a bottom shell of the cover-rotating camera device without monitoring characteristics, the cover-rotating camera device is connected with a vertical rotating motor through a vertical rotating shaft or a vertical rotating gear on the side surface of the cover-rotating camera device, the appearance attribute of a monitoring camera is removed from the covering surface of the cover-rotating camera device and the covering surface of the cover-rotating camera device, the covering surface can be a concise outer plane and can also be an outer facing surface without monitoring equipment characteristics, the covering surface of the cover-rotating camera device or the cover-rotating monitoring device can cover an opening of a pause bin, and the working surface of the camera device or the cover-rotating camera device installed on the cover is rotated into the pause. The pause bin is a space which can contain the camera device in the cradle head shell, the opening of the pause bin is positioned below the cradle head shell, and the opening of the pause bin can contain the camera device to rotate in and out of the pause bin through the opening of the pause bin. The holder shell is in the shape of a drum-shaped disc body or a flattened drum-shaped cylinder, and the overall shape of the camera device of the screw cap monitoring device after rotating into the pause bin is the shape of the drum-shaped disc body or the flattened drum-shaped cylinder. The cover-rotating monitoring device adopts the structure that the camera device pause bin is arranged in the concave of the outer shell of the holder, the rotary cover or the rotary cover camera device is arranged at the seal of the pause bin, so that a user can connect the electric actuating device of the cover-rotating monitoring device through a network or an infrared signal through a control device, then the holder of the electric actuating device rotates the camera device or the rotary cover camera device to enter and exit the pause bin through the opening of the pause bin through a decoder and a vertical rotating motor, the opening of the pause bin is covered or opened by the covering surface, thereby not only easily realizing the shielding of the lens of the monitoring camera, but also hiding the whole camera device, the shape of the camera device when the rotary cover monitoring device is opened for monitoring and the appearance shape of the flattened drum-shaped cylinder or drum-shaped disc body after the camera device is folded by the rotary cover monitoring device has very obvious appearance difference, and the user can visually know the working state of the rotary cover monitoring device according to the obvious appearance, the integral shape of the drum-shaped disc body or the flat drum-shaped cylinder greatly exerts the structural advantages of the spiral cover monitoring device, accords with the aesthetics of household roof electronic equipment, is easy to manufacture, does not need additional electronic accessories added to the traditional pan-tilt, ingeniously realizes the hiding of the appearance attribute of the camera of the household monitoring camera and the shielding of the lens, simultaneously reserves the integral appearance characteristic when the camera is started for video monitoring, the spiral cover working face of the spiral cover monitoring device can carry a common camera which is less than or equal to a pause bin, so that the common camera easily realizes the angle adjustment of the camera lens, the hiding of the camera and the opening of a privacy mode, makes the camera household and intelligent, improves the flexibility of the equipment, is easier for a household user to accept, and improves the popular popularization of household security video monitoring, the household life is safer, and the society is more stable.

Drawings

Fig. 1 is a schematic front sectional view of a screw cap working surface of a screw cap monitoring device when the screw cap working surface is opened.

FIG. 2 is a schematic cross-sectional view of the screw cap working surface of the screw cap monitoring device when the screw cap working surface is screwed into the pause cabin.

Fig. 3 is a schematic front sectional view of the screw cap monitoring device with the camera device mounted on the screw cap working surface and opened.

Fig. 4 is a schematic front sectional view of the spiral cover camera of the spiral cover monitor when closed.

Fig. 5 is a schematic view of the overall external structure of the screw cap monitoring device when the monitoring is stopped.

Fig. 6 is a schematic view of the overall external structure of the screw cap monitoring device during opening monitoring.

Fig. 7 is a schematic top view of a screw cap monitoring apparatus.

Fig. 8 is a schematic bottom view of a screw cap monitoring device.

FIG. 9 is a schematic view of a capping face of the capping monitoring device.

Fig. 10 is a schematic view of a cover of the cover-rotating monitoring apparatus or a covering surface of the cover-rotating camera apparatus.

FIG. 11 is a cross-sectional schematic view of a horizontal rotating gear track of the screw cap monitoring apparatus.

Fig. 12 is a schematic diagram of the internal structure of the pan/tilt head of the screw cap monitoring device.

FIG. 13 is an enlarged partial view of the hollow bore configuration of the vertical rotating shaft of the screw cap monitoring apparatus.

Detailed Description

The utility model provides a spiral cover monitoring device, which consists of a base and an electric actuator, the electric actuator consists of a pan-tilt, the pan-tilt can be a vertical pan-tilt or an omnidirectional pan-tilt, the omnidirectional pan-tilt comprises a horizontal pan-tilt and a vertical pan-tilt, the pan-tilt mainly consists of a vertical rotating motor 16, a horizontal rotating motor 7, a pan-tilt shell 3, a decoder 2 and a position limiter 4, the decoder 2 and the position limiter 4 are arranged in the pan-tilt shell 3, a camera device 5, the decoder 2, the horizontal rotating motor 7, the vertical rotating motor 16 and the position limiter 4 are connected with each other through a circuit system 6, the decoder 2 and the position limiter 4 can be regarded as a part of the pan-tilt, the position limiter 4 limits the horizontal rotation and the vertical rotation of the camera device through the vertical rotating motor 16 and the horizontal rotating motor 7, position detection is carried out, part of the pan-tilt camera cancels the position limiter 4 or replaces, the cloud platform still includes horizontal rotation output gear 18, horizontal rotation gear track 19, spiral cover monitoring device passes through the screw or buckle and is connected with base 1 and installs the roof, the wall, on the basis such as pole setting, horizontal rotation motor 7 rotates camera device 5 along the horizontal direction, vertical rotation motor rotates camera device 5 along the vertical direction, its characterized in that spiral cover monitoring device's cloud platform shell 3 has the opening that holds camera device 5 rotatory business turn over, reserve the space that holds camera device 5 in cloud platform shell 3 along the opening and regard as camera device 5's pause storehouse 8, the opening in pause storehouse 8 is located the below in cloud platform shell 3, pause storehouse 8 is the space that can hold camera device in cloud platform shell 3, the opening in pause storehouse 8 can hold camera device's rotation business turn over. The opening of the pause bin 8 is provided with a spiral cover 9 or a spiral cover camera device 22 which can rotate and cover the opening of the pause bin, one surface of the spiral cover 9 or the spiral cover camera device 22, on which a camera lens is mounted, is a working surface 11, other appearance surfaces, outside the working surface 11 of the spiral cover camera device 22, which can cover the opening of the pause bin, can be used as covering surfaces 10, the back surface of the working surface 11 of the spiral cover is a covering surface 12, the working surface 11 of the spiral cover is provided with mounting screw holes 20 and electronic interfaces 21 of the camera device, the spiral cover 9 or the spiral cover camera device 22 is fixedly connected with a vertical rotating shaft 13, the vertical rotating shaft 13 is provided with a hollow hole 23, cables of the electronic interfaces 21 are led out through the hollow hole 23, and the movable cables can be hidden through the design that the electronic interfaces 21 of the working surface 11 and the cables are led out through the hollow hole 23 of the vertical rotating. The vertical rotating shaft 13 is arranged on the screw cap 9 or the screw cap camera device 22, the vertical rotating shaft seat 14 is arranged on the tripod head shell 3 beside the opening of the pause bin 8, the vertical rotating shaft 13 is arranged on the vertical rotating shaft seat 14, the vertical rotating gear 15 is arranged on the vertical rotating shaft, the vertical rotating gear 15 can be arranged on the side surface of the camera device besides the vertical rotating shaft and is coaxial or coaxial with the vertical rotating shaft, the effect and the effect of driving the vertical rotating shaft to rotate by the vertical rotating gear which is coaxial or coaxial are the same as the effect and the effect of arranging the vertical rotating gear on the vertical rotating shaft, the vertical rotating gear 15 is meshed with the vertical rotating transmission gear 17 of the vertical rotating motor 16 of the tripod head to realize that the camera device or the screw cap camera device 22 on the working surface of the screw cap 9 rotates up and down to enter and exit the pause bin, the camera device 5, The covering surface 12 or the covering surface 10 and the working surface 11 rotate, the gear connecting the screw cap 9 or the screw cap camera device 22 and the vertical rotating motor is a vertical rotating gear 15, the vertical rotating gear 15 is positioned on the side surface of the screw cap 9 or the screw cap camera device 22, the vertical rotating gear 15 is meshed with a vertical rotating transmission gear 17 for transmission, so that the screw cap camera device 22 rotates through the opening of the pause bin to enter and exit the pause bin and the camera device 5 is adjusted in vertical angle, the rotation of the covering surface 12 or the covering surface 10, the cap-screwing camera device 22 is a camera device with the covering surface 10, the cap-screwing camera device 22 is connected with the vertical rotating motor 16 through the vertical rotating shaft 13 or the vertical rotating gear 15 on the side surface of the cap-screwing camera device 22, the appearance attribute of the monitoring camera is removed from the covering surface 12 of the cap screw 9 and the covering surface 10 of the cap-screwing camera device 22, and the covering surface 12 or the covering surface 10 can be a simple plane or an appearance veneer without the characteristics of the monitoring equipment. The holder shell 3 of the screw cap monitoring device is a drum-shaped disc body or a flattened drum-shaped cylinder, and the whole shape of the camera device 5 of the screw cap monitoring device after being turned into the pause bin 8 is the shape of the drum-shaped disc body or the flattened drum-shaped cylinder. The cap screwing monitoring device adopts the structure that the suspending bin 8 of the camera device is arranged in the recess of the holder outer shell, the cap screwing 9 or the cap screwing camera device 22 is arranged at the opening of the suspending bin 8, so that a user can connect the electric actuator of the cap screwing monitoring device through a control device through a network or an infrared signal to rotate the camera device into and out of the suspending bin through the vertical rotating motor of the holder, the sealing of the suspending bin is covered by the covering surface, the lens of the camera device is easily shielded and the whole camera device is hidden, the shape of the cap screwing monitoring device when the camera is opened and monitored and the appearance body of the flattened drum-shaped cylinder or drum-shaped disk body after the camera device is folded by the cap screwing monitoring device have very obvious appearance difference, a user can intuitively know the working state of the cap screwing monitoring device according to the obvious appearance difference, the structural advantage of the cap screwing monitoring device is greatly exerted by the integral shape of the drum-shaped disk body or the flattened drum-shaped cylinder, the house monitoring camera has the advantages that the house monitoring camera is concealed in appearance attribute and shielded by a lens, the integral appearance characteristic is kept when the camera is started for video monitoring, a common camera with the size smaller than or equal to a pause bin can be carried on a screwing cover working face of the screwing cover monitoring device, the common camera can easily achieve angle adjustment of the camera, hiding of the camera and opening of a privacy mode, the camera is more household and intelligent, the flexibility of the device is improved, a family user can easily accept the device, the popularization of the family security video monitoring is improved, the house life is safer, and the society is more stable.

Claims

1. A kind of spiral cover monitoring equipment, by the base, the electronic actuating device makes up by the cloud terrace, the cloud terrace is made up of vertical rotation electrical machinery, horizontal rotation electrical machinery, demoder, stopper, cloud terrace outer casing, the stopper carries on the limit, position detection to the rotation of horizontal rotation electrical machinery and vertical rotation electrical machinery, some cloud terraces have cancelled the stopper or replaced the stopper through the limit function of the demoder, characterized by that the monitoring equipment of spiral cover has pause storehouse, there is an opening in the pause storehouse, there is a spiral cover or a spiral cover camera device in the opening of the pause storehouse, the side that the spiral cover or spiral cover camera device installs the camera lens is the working surface, the appearance that can cover the opening of the pause storehouse outside the working surface of the spiral cover or spiral cover camera device is regarded as the covering surface, the spiral cover or spiral cover camera device is connected with electronic actuating device through the vertical rotation axis or vertical rotation gear to realize the camera device is rotated through the opening of, The camera device is adjusted in vertical angle, and the covering surface and the working surface are rotated.

2. The screw cap monitoring device according to claim 1, wherein the screw cap or the screw cap camera device is fixedly connected with the vertical rotating shaft, and a vertical rotating gear is arranged at the shaft end or on the shaft of the vertical rotating shaft and is meshed with a vertical rotating transmission gear of the vertical rotating motor for transmission, so that the screw cap camera device rotates to enter and exit the pause bin through the opening of the pause bin, the up-and-down angle of the camera device is adjusted, and the covering surface and the working surface rotate.

3. The screw cap monitoring device according to claim 1 or 2, wherein the pause bin is flanked by a vertical rotation axis seat, the vertical rotation axis being mounted on the vertical rotation axis seat.

4. A screw cap monitoring device according to claim 1 or 2, wherein the head of the screw cap monitoring device is in the shape of a drum-like disc or a flattened drum-like cylinder.

5. The screw cap monitoring device according to claim 1 or 2, wherein the opening of the pause bin is located below the housing of the pan/tilt head, the pause bin is a space in the pan/tilt head that can accommodate the camera device, and the opening of the pause bin can accommodate the rotation of the camera device.

6. The screw cap monitoring device according to claim 1 or 2, wherein the overall shape of the camera device after rotating into the pause bin is the shape of a drum-shaped disk or a flattened drum-shaped cylinder.

7. A screw cap monitoring device according to claim 1 or 2, wherein the vertical rotation gear of the screw cap or screw cap camera is coaxial with the vertical rotation axis.

8. The screw cap monitoring device according to claim 1 or 2, wherein the screw cap has an electronic interface on a working surface thereof, the vertical rotating shaft has a hollow hole, and a cable of the electronic interface is led out through the hollow hole.