KR20090078421A - Fold arm environment- friendly type pole of unmanned monitor camera - Google Patents

Abstract

A folding type environment-friendly pole for an unmanned security camera is provided to disguise a pole of an unmanned security pole environment-friendlily like a natural tree or a molding with a character shape appropriate to an installation site, and to repair and maintain a camera conveniently without a separate auxiliary device by descending a camera arm where a camera is installed simply with button operation. A folding type environment-friendly pole for an unmanned security camera is made by making a pole and a camera arm(2) with synthetic resins or synthetic rubber in the shape of the bark of a tree(1) and coupling with a pole, making the branches of a tree, leaves, fruit, a bird, a bird's nest, etc. and installing harmoniously to the pole, and disguising a camera portion with a character shape which is familiar with general people.

Description

Fold arm environment-friendly type pole of Unmanned monitor camera}

The present invention is to make the poles such as unmanned surveillance cameras, speed cameras, CCTV cameras, such as natural wood, or to create a character shape suitable for the installation area, to environmentally camouflaged to look like a local sculpture, pole (pole) Foldable for unmanned surveillance camera that has a function that makes it convenient for the user to maintain the camera without any auxiliary device by lowering the support arm where the camera is installed by simple button operation under the pole. It is about environmentally friendly poles.

The public thinks that the existing poles for unmanned surveillance cameras hurt the psychological burden of being watched and the urban aesthetics. Unmanned surveillance cameras can be used in various ways depending on their purpose, but their main purpose is increasing the fields of disaster prevention, crime prevention, traffic information collection, and environmental information collection. In this way, the unmanned surveillance cameras used for the purpose of our lives are reduced to the general public's feelings of rejection, and the cameras are made in the shape of natural trees in the poles of the existing unmanned surveillance cameras or the character shape that matches the installation area. After installing the unmanned surveillance camera pole, it checks the camera periodically after installing the unmanned surveillance camera pole or if the user goes up the top of the pole directly to check And repair. At this time, the work must be carried on a heavy-duty car, such as used Sky car, Kako crane. When using such a heavy-duty vehicle, a separate cost is incurred, so users need to check and repair the camera periodically. To reduce this cost burden, it is a pole without risk when working on the existing heavy-duty car, and the camera arm is fixed to the height where the camera device can be checked by a simple button operation. It is to provide a folding environmentally friendly pole for unmanned surveillance cameras.

Psychological burden on the general public about the existing unmanned surveillance cameras and poles equipped with an increasing number of unmanned surveillance camera devices are increasingly damaging the city view. In addition, there was no way for the user to use heavy equipment (eg, Skycar) up to the camera device when periodically checking and repairing the camera mounted on the pole. At this time, the burden of the cost and the burden on the operation of the heavy equipment was raised. The present invention is to provide a solution to this problem.

Provides a method of creating environmentally friendly environment by combining the camera pole with a natural tree shape or a character shape suitable for the installation area for the unmanned surveillance camera pole that damages the aesthetic view of the city. At the same time, when checking and repairing the camera mounted on the pole periodically, the user can use the heavy equipment up to the camera device. It is to provide a device that automatically descends the support arm (camera) fixed to the camera device under the pole (pole) to the height that the user can reach from the ground.

Unmanned surveillance cameras can be used in a wide range of applications, but the scope of applications for disaster prevention, theft and crime prevention, traffic information collection, environmental monitoring, and environmental information collection are increasing. Accordingly, the present invention is to install and install in the form of an environmentally friendly pole (pole) that goes well with the surrounding environment for the unmanned surveillance camera pole that harms the psychological rejection of the unmanned surveillance camera and urban aesthetics. By doing so, the general public can reduce the psychological rejection of the unmanned surveillance camera, make it closer to a natural tree to have a friendly feeling, or provide a method of creating a character shape that matches the installation area and combining it with the unmanned surveillance camera pole. . In addition, it can be installed in parks or forests without any objection. In urban areas, it can be made of natural trees or characters, and then it can be provided to the general public by creating a night view by illuminating the poles at night. In addition, in order to reduce the cost and risk incurred when the user directly rides on heavy equipment during the inspection and repair of the current camera device, the camera device should be placed at the height that the user can reach from the ground. It is to provide a folding environmentally friendly pole for an unmanned surveillance camera having a folding function to automatically lower the fixed arm by a simple button operation under the pole.

According to the present invention, an unmanned surveillance camera pole is made of a natural tree, or a character shape suitable for the installation area is created by the user while holding the camera portion fixed to the pole while being environmentally camouflaged to look like a local sculpture. It is a folding environment-friendly pole for an unmanned surveillance camera that has a function that makes it easy for the user to maintain the camera without any auxiliary device by lowering the arm installed with a simple button operation under the pole. When the present invention is described in detail with reference to the accompanying drawings.

After the steel tube in the pole of the unmanned surveillance camera pole (plating) and plating, the main pillar and the arm part on which the camera is mounted are designed in a natural or friendly shape according to the surrounding environment. First of all, the pole and the arm are made of natural wood-like shells made of synthetic resin or synthetic rubber and combined with poles. In order to have a shape, branches (10), leaves (12), tree fruit (11), birds, nests, birdhouses, etc. are created in harmony with the pole (pole). The camera part then camouflages the camera part in the form of a character with less objection. Embodiments made in this way are as follows.

Example 1

The unmanned surveillance camera pole is made of FRP on the pole to make the apple tree shell-shaped mold (mold), and is made of synthetic resin mixed with unsaturated liquid polyester resin, flame retardant resin, and talcum powder. Lay the glass fiber mat on the mold (mold), mix it with the resin mixed on it and a little hardener and spread it evenly on the mold (mold). After a reasonable time, the FRP resin hardens and appears in the shape of an apple tree shell. In the same way, the skeleton is made of iron or synthetic resin to make apple twigs, apple fruit, apple leaves, birdhouses, birds, nests, etc. The shapes made in this way are installed on the pole of the unmanned surveillance camera pole. The apple tree shell is attached to the support pole, but can be attached using FRP resin to create a more natural texture. After attaching the apple tree shell, the tree trunk with apple tree fruit is made of iron and attached to it using FRP resin. This apple tree branch can be mounted using a branch clamp or directly attached using synthetic resin. When using the branch clamp part, the FRP resin can be covered on the clamp to produce a natural tree. The camera part is camouflaged in the shape of a birdhouse character, and the camera part is fixed and installed on the upper part of the camera swivel so as not to interfere with the movement up, down, left and right. After installing all the shapes, paint at least 2 degrees to paint the shape that suits the shape, but spray UV coating as needed to prevent discoloration from ultraviolet rays.

Example 2

Unmanned surveillance camera pole (pole) and the camera camouflage in the same manner as in Example 1, the difference is that without installing apple tree branches, characterizing the apple tree fruit is installed in combination with the pole (pole). How to make an apple character shape is made using the same method as in Example 1. In addition, the camouflage effect can be further enhanced by inserting the control box for the unmanned surveillance camera into the character thus made.

Unmanned surveillance camera folding pole structure and operation method are as follows.

In the unmanned surveillance camera pole (pole) is largely divided into a main pillar (1a) and a camera mounting support (arm) (2), the structure and operation method of the present invention is a main pillar made of steel pipes based on the principle of leverage ), A device consisting of branch line power unit (A), support (2) power unit (B), and power control unit (C) is installed inside the main column 1a. The branch line power unit ("A") structure has the forward and reverse motor 8a as the power center, and the speed regulator 21 mounted on the forward and reverse motor 18a shaft and the bevel gear device 20 are connected to the bevel gear. The device 20 unwinds the branch wire and is connected to the winding gear-type pulley 19 shaft to operate by transmitting power. The gear pulley 19 allows the branch wires 1, 14a, and 2b 14b to simultaneously move up and down in order to increase power efficiency. The size and number of gears of the gear pulley 19 are branch line 1 ( 14a), No. 2 (14b) is solved, the correlation between the winding length and the number of revolutions of the gear-shaped pulley (19) is calculated to make one axis to transmit power. The structure of the support power unit ("B") is a forward and reverse motor (18b) with a built-in reducer is the power center, connected to the drive gear 26 axis, the drive gear 26 is an arm power transmission shaft Power is transmitted to (25) to allow vertical movement up and down. The power transmission shaft 25 is connected to the drive shaft arm 24, the drive shaft arm 24 is coupled to the support (arm) drive connecting shaft 28, the support line (2) is lowered and raised, the branch line power unit ( "A") acts to push and pull the support (2) drive connecting shaft 28 in conjunction with the operation. The structure of the dynamic range control section "C" is composed of a control circuit, an operation lever and a switch of the branch line power section "A" and the support 2 power section "B". Operation method is to lift the support base handle lever 32 up, the support base 2 holding the support 2 is released 23. Subsequently, when the lowering button 30 is pressed, the forward and reverse rotation motors 18a and 18b operate in conjunction with each other. In the branch line power unit ("A"), if the branch lines 1 (14a) and 2 (14b) are gradually released, the branch line fixed pipe Branch lines 1 (14a) and 2 (14b) passing through (6) are separated from the hemispherical camera auxiliary support (8), and at the same time, the support power unit ("B") receives power from the support ( 2) the drive shaft arm is gradually raised to raise the support (2) drive connecting shaft 28 along the support shaft (2) moving means shaft (22). The support 2 is slowly lowered to a height that the user can check based on the support base shaft 27. When the user presses the lift button 29 to raise the support 2 after the inspection, the branch power unit ("A") and the support power unit ("B") are operated in conjunction with the branch line power unit ("A"). In), the forward and reverse rotation motor 18a rotates in the opposite direction as when descending, so that the branch wires 1 14a and 2b 14b are gradually wound on the gear-shaped pulley 19. At the same time, in the support power unit ("B"), the forward and reverse motor 18b rotates in the opposite direction and pulls the support drive connecting shaft 28, and the support 2 is brought into close contact with the camera auxiliary support 8 in place. Will return to. The role of the camera auxiliary support (8) is to lower the support (2) around the support shaft (27), and after the close contact with the support and support (2) of the branch line that can operate with minimum force when lifting, the support ( It serves to reduce the shaking of 2). After the support 2 is completely returned to its original position, the support base shaft 28 is fixed by pulling down the support bar handle lever 32 to the handle lever hanger 33. It is a folding pole for an unmanned surveillance camera made of the above structure and operation method.

Figure 1 is an application example installation of a folding environmentally friendly post (pole) for the unmanned surveillance camera according to the present invention

Figure 2 is an application example of an environment-friendly pole for the unmanned surveillance camera according to the present invention 1

3 is an application example of an environmentally friendly pole for an unmanned surveillance camera according to the present invention.

4 is a partial view of the environmentally friendly character of FIG.

FIG. 5 is a partial view of the eco-friendly tree branch clamp of FIG.

Figure 6 is an overall configuration of the folding pole (pole) for the unmanned surveillance camera according to the present invention

FIG. 7 is a view illustrating an operation of folding the unmanned surveillance camera arm in FIG. 6.

8 is a detailed view of the branch power unit in FIG.

9 is a detailed view of the support power unit in FIG.

10 is a configuration diagram of the power control unit in FIG. 6;

FIG. 11 is a view illustrating an operation of folding the unmanned surveillance camera arm in FIG. 9.

12 is a view illustrating the operation principle of the support moving means shaft in FIG.

FIG. 13 is a partial view of the support shaft of FIG. 9

FIG. 14 is a side view of a foldable pole for an unmanned surveillance camera in FIG.

<Explanation of symbols for the main parts of the drawings>

1: wood shell made of FRP, 1a: pole

2: camera arm

3,4,5,5a: Environment friendly character shape, 5b: Camera connection

6: wire fixing pipe

7: unmanned surveillance camera, 8: camera auxiliary arm

9: pole base, 10: environmentally friendly twigs

11: environmentally friendly tree fruit, 12: environmentally friendly leaf

13: environmentally friendly vine stem, 14: wire for fixing arm

14a: wire 1, 14b: wire 2

15: lightning rod, 16: camera safety belt

17: branch clamp portion, 17a: branch insertion hole

17b: twig fixing nut, 17c: branch clamp tightening bolt

17d: Branch clamp hinge, 18a: Forward and reverse motor for branch wire

18b: forward and reverse rotation motor for support arm, 19: gear type pulley for branch wire

20: Bevel gear device for wire, 21: Speed controller

22: arm moving means shaft, 23: arm fixed support neck

23a: Arm fixed support neck drive shaft

24: arm drive shaft arm, 25: arm power transmission shaft

26: arm drive gear, 27: arm support shaft

28: arm drive connecting shaft, 29: up button

30: down button, 31: control box

32: fixed support handle lever, 33: fixed support handle lever hanger

34: unmanned surveillance camera, 35: swivel

Claims (4)

A method of making an environmentally friendly pole for an unmanned surveillance camera, wherein the synthetic resin (FRP) is made of a wooden shell shaped mold (mold) to match the size of the pole and mixed with the synthetic resin. Mixing and curing the curing agent, spreading and spreading evenly on the mold (molding mold) and hardening to make a wooden shell, the character shape is made of iron on the base skeleton and the synthetic resin on it, the appearance of the unmanned surveillance camera pole (pole) How to make environmentally friendly character shapes. A pole (1) for an unmanned surveillance camera incorporating a character shape or the like made by the above method; Unmanned surveillance camera arm (2) coupled in the shape of a character, such as natural tree trunks, branches, berries, birds, birds; An environmentally friendly pole for an unmanned surveillance camera made by combining an environmentally friendly character shape (5, 5a) for camouflage so as not to obstruct the operating range of the unmanned surveillance camera. The arm of the unmanned surveillance camera equipped with an unmanned surveillance camera is lowered to facilitate inspection and repair. The automatic folding arm device which is safely restored to its original position is combined. Folding environmentally friendly pole for unmanned surveillance cameras. Regarding the unmanned surveillance camera foldable pole (pole) device, A main pillar 1a having a device including a branch power unit "A", a support unit power unit "B", and a power control unit "C" in the main column 1a formed of steel pipes; Lowering the support (2), and the internal component device ("A") coupled to the branch line power unit ("A") device; An internal part device ("B") coupled to a support power unit ("B") device that shares power with the branch line power unit ("A"); An internal component device ("C") coupled to a support controller ("C") device for controlling the branch power unit ("A") and the support power unit ("B"); A bevel gear 20 device for unwinding and winding the branch line; A gear pulley 19; A fixed pipe 6 having a roller built therein so as to transmit power with minimal force when pulling the branch line; An auxiliary support 8; A support moving shaft 22; Support base 23; A support shaft driving shaft rod 23a; Support drive shaft arm 24; A support power transmission shaft 25; A support drive gear 26; A support base shaft 27; A support drive shaft 28; A fixed support handle lever 32; Folding pole for unmanned surveillance camera consisting of operation buttons (29, 30).

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