KR100508259B1 - Fixing stand for set up of spatial image information system - Google Patents

Abstract

The present invention can quickly and easily achieve the maintenance and maintenance of the image acquisition system components, such as CCTV and unmanned cameras, video detectors, microwave detectors installed on the road, and minimize the installation cost, height of the height The present invention relates to a mounting table for installing an image information collection system that can control the operation of a vehicle having a high height according to the road situation.

Particularly, the lower part is divided into upper and lower spaces by partitions, and the driving motor is installed and fixed in the upper space, and guide grooves for guiding vertical racks are formed in the front and rear inner surfaces of the lower space. A pair of fixed supporters having a through groove formed at one side thereof and a plurality of anchor holes formed at an outer lower end thereof;

The fixed support is inserted and connected, but the upper and the rear is installed in the mounting space, the upper and lower spaces between the mounting space is installed in the belt gear and the guide roller is rotatable, the inner upper portion of each installation A fastening hole is formed, and a connection hole is formed at an outer lower side thereof, and a pair of lifting and lowering support pairs having a control box installed at an outer side thereof;

A lever handle fastened and fixed to a connection hole of the lifting and lowering supporter, the lever handle being connected to and fixed to the vertical rack on an inner side thereof;

An inner belt for transmitting power of a driving motor to a belt gear installed at a lower portion of the mounting table;

A link bar which is fastened and installed in a fastening hole formed at an upper inner surface of the mounting stand of the elevating and lowering support, and has a connection panel joined to connect at least two belt gears to a central point;

The connection plate is connected to the belt gear installed in the link bar and the lifting and lowering support, but a fastening plate for connecting and installing at least three video collection system components such as CCTV, unmanned control camera, video detector, microwave detector, etc. Characterized in that it is configured to include an external belt that is fixed to the installation.

Description

Fixing stand for set up of spatial image information system

The present invention relates to a mounting table for installing an image information collection system, and more particularly, to quickly and easily perform maintenance and maintenance of components of an image collection system, such as CCTV, an unmanned control camera, an image detector, a microwave detector, and the like installed on a road. At the same time, the installation cost can be minimized, and the height of the height can be variably adjusted so that the installation of the image information collection system can be controlled according to the road conditions.

In recent years, due to the increase of vehicles, the flow of vehicles on the road is not made smoothly, so that the logistics cost increases and the cost of traffic congestion increases. Intelligent Transportation Systems (ITS), the next generation transportation system that incorporates intelligent technology from the company, was introduced.

The purpose of the intelligent transportation system is to maximize the use of traffic facilities to alleviate traffic congestion, to provide convenience to users of traffic facilities, such as providing traffic communication information, and to improve the informatization, modernization and reduction of traffic accidents in order to expand the use of public transportation. And to improve the safety of the vehicle.

Such an intelligent traffic system aims to implement a fast, safe and comfortable next-generation traffic system suitable for an information society that is being accelerated, and includes an advanced traffic management system (ATMS); Advanced Traveler Information System (ATIS); Advanced Public Transportation System (APTS); Commercial Vehicle Operation (CVO); It is classified as an Advanced Vehicle and Highway System (AVHS).

Advanced Traffic Management System (ATMS) installs a system that can detect traffic information such as vehicle characteristics and speed on the road, analyzes traffic conditions in real time, and manages road traffic and implements an optimal signal system. Implement work automation such as trip time measurement, traffic accident identification and overload enforcement. Examples include automatic toll collection systems and automatic enforcement systems.

Advanced Traffic Information System (ATIS) provides safety by promptly and accurately providing traffic information to the driver through FM radio broadcasting and in-vehicle terminals such as traffic conditions, road conditions, the shortest route from the starting point to the destination, the time required, and the parking lot. And support optimal traffic smoothly.

Examples include a driver information system, an optimal route guidance system, and a travel service information system.

The enhanced public transportation system (APTS) maximizes user convenience by providing citizens with information such as schedules and vehicle locations for public transportation based on the informatization of the public transportation operation system, and vehicle management for public transportation companies and administrative departments. It maximizes work efficiency by providing information for dispatching, monitoring and monitoring. Examples include public transportation information systems and public transportation management systems.

Commercial Transportation Operation (CVO) reduces the cost of logistics, collects tolls, manages dangerous goods, and manages the location, operation, and situation of each vehicle in the control room through a computer. Through this, we will rationalize logistics and enhance safety.

Examples include electronic customs clearance systems and freight vehicle management systems.

Advanced Transportation and Highway Systems (AVHS) automate driving by attaching high-performance sensors and automatic control devices to vehicles, such as traffic conditions and obstacle recognition, and by installing intelligent communication facilities on the road to prevent traffic accidents at regular intervals. To increase the ability of road communication.

As described above, the intelligent transportation system that improves the communication ability of the road is equipped with advanced equipment such as CCTV, unmanned camera, video detector, microwave detector, etc. on each road in order to grasp the traffic situation. Displayed on the traffic sign board installed on the top to provide information on the traffic situation to the driving vehicle to facilitate smooth traffic communication.

These advanced equipment is configured to be installed on one side of the support installed on the top of the various signs, traffic lights and billboards that are facilities installed on the road.

In more detail, the pillar-shaped pillars are fixed to the ground side of the road side of the road, and the electronic board and the footboard are fixed to the space on the side of the road at the upper part of the pillar, and the traffic information on the support facing the front of the electronic board. The detector is installed.

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The traffic information detector is a device for collecting traffic conditions, CCTV, unmanned control camera, image detector, microwave detector is installed.

In order to collect traffic conditions, accurate and expensive equipment (CCTV, unmanned cameras, image detectors, microwave detectors, etc.) is required, and these equipments are sensitive to the surrounding environment, for example, noise, vibration, and dust. In addition, it is necessary to replace consumable parts periodically, and also require repair and maintenance.

In the maintenance of such a traffic information detector, there is a problem that the maintenance cost increases and causes a vehicle congestion because a part of the driving lane is blocked and the vehicle is operated by the height of the vehicle.

In addition, there are many obstacles that prevent the recognition of traffic lights and information collection of high-tech equipment, such as advertisement signboards, electric wires, and singer roads, so it is not easy to secure space for traffic management facilities of the high-tech transportation system that will be built in the future. There was a problem that was difficult to maintain.

Therefore, recently, in order to solve such a problem, a structure of a certain height, in which a ladder is attached to each side of the road, is installed on the both sides of the road, and the traffic is placed on the upper side of the pipe so that a working path can be formed on the inner upper part of the structure. Fastening equipment for collecting the

However, while there is a positive aspect that it can reduce the convenience and inconvenience in repair and maintenance work, the structure is so large that it hurts the aesthetics of the road and can be connected to the equipment for collecting traffic conditions as described above. It provides only simple functions so that there is no other function at all, there was a problem that the economic effect is slightly lower than the production cost.

In addition, the maintenance and maintenance had to be taken up by the operator to the upper structure is located there are a number of inconveniences and unsafe problems.

The present invention has been made in view of the conventional problems as described above, the object of which is to repair and maintenance of the image collection system components, such as CCTV and unmanned control cameras, video detectors, microwave detectors installed on the road In addition to providing quick and easy installation, the installation cost can be minimized, and the height of the height can be adjusted to provide a mount for installing a video information collection system that can control the operation of vehicles with high heights according to the road conditions. have.

Specific means of the present invention for achieving the above object,

Inserted and connected to the fixed support, the upper and the rear is formed on the mounting space, the upper and lower spaces between the installation is installed in the belt gear and the guide roller rotatably, the fastening hole in the upper portion of each installation A pair of lifting and lowering supporters which are formed, and a connection hole is formed at an outer lower side, and a control box is installed at an outer surface thereof;

A lever handle fastened and fixed to a connection hole of the lifting and lowering supporter, the lever handle being connected to and fixed to the vertical rack on an inner side thereof;

An inner belt for transmitting power of a driving motor to a belt gear installed at a lower portion of the mounting table;

A link bar which is fastened and installed in a fastening hole formed at an upper inner surface of the mounting stand of the elevating and lowering support, and has a connection panel joined to connect at least two belt gears to a central point;

The connection plate is connected to the belt gear installed in the link bar and the lifting and lowering support, but a fastening plate for connecting and installing at least three video collection system components such as CCTV, unmanned control camera, video detector, microwave detector, etc. Characterized in that it is configured to include an external belt that is fixed to the installation.

Hereinafter, the configuration of the present invention in detail with reference to the drawings.

1 is an exploded perspective view showing the configuration of the mounting for mounting the image information collecting system according to the present invention, Figure 2 is a front sectional view showing the configuration of the mounting for installing the image information collecting system according to the present invention, Figure 3 It is a perspective view which enlarges and shows the main part structure state of the mounting stand for image information collection system installation which concerns on this invention.

For reference, in describing the present invention, when it is determined that a detailed description of related known functions or configurations may unnecessarily obscure the gist of the present invention, the detailed description thereof is omitted.

In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users and operators.

Therefore, the definition should be made based on the contents throughout the specification.

As shown in the drawing, the inner part is divided into upper and lower spaces by the partition wall 11 at the lower part, and the drive motor 12 is installed and fixed in the upper space, and is perpendicular to the front and rear inner surfaces of the lower space. Guide groove 14 is formed to guide the rack 13, the through groove 15 is formed on one side, a couple of fixed pairs of anchor holes 16 are formed on the outer lower end The support 10 is formed.

In addition, the fixing support 10 is formed in the upper and rear mounting brackets 21 are spaced apart, and the belt gear 22a and the guide roller 23 can rotate in the upper and lower spaces between the mounting brackets 21. 2, in which the fastening hole 27 is formed in the upper part of each mounting stand 21, the installation hole 25 is formed in the outer lower part, and the control box 26 is provided in the outer side surface. The pair of lifting and lowering support pairs 20 are inserted and connected, and the lever handle 30 connected and fixed to the vertical rack 13 is connected to the connection hole 24 of the lifting and lowering support 20. It is fixedly installed in the inserted form.

In addition, between the belt gear 22a installed at the lower portion of the mounting table 21 and the drive motor 12, an inner belt 40 for transmitting power is connected and installed. Link bar 50 is formed in the fastening hole (27) formed on the upper inner surface of the mounting table 21 is connected to the connection bar 51, which is connected to the connection panel 51 for connecting at least two belt gear (22b) at the center point In the belt gear 22a connected to the link bar 50 and the lifting and lowering support 20, at least three image collection system components such as CCTV, unmanned control camera, image detector, microwave detector, etc. are provided on the surface. The outer belt 60, which is fixed to the fastening plate 61 which can be connected to the above installation and is installed, is configured to be connected.

The following describes the operational effects of the present invention with reference to the above technical components.

Figure 4a, Figure 4b is an enlarged cross-sectional view showing the main operation state of the mounting table for installing the image information collection system according to the present invention.

First, the installation method is as follows.

Installation is fixed to the bottom by placing the anchor bolt 17 in the anchor hole 16 formed in the lower end of the fixed support 10 after positioning the fixed support 10 on a specific point of the road to be installed, What is necessary is just to insert the raising and lowering support 20 from the upper part of each said fixed support 10.

Subsequently, the lever handle 30 is inserted into the connection hole 24 formed on the outer surface of the lifting and lowering support 20, and then fastened and fixed to be integrated with the lifting and lowering support 20. The lever handle 30 and the vertical rack 31 may be connected and fixed.

In addition, the link bar 50 may be fastened and fixed to each of the fastening holes 27 located on the inner surface of the mounting table 21 of the lifting and lowering support 20 installed as described above.

In this case, the belt gear 22b may be hinged to be connected between the connection panel 51 positioned at the center of the link bar 50.

Subsequently, on the belt gears 22a and 22b connected to the link bar 50 and the lifting and lowering support 20, image collection system components such as CCTV, unmanned control camera, image detector, microwave detector, etc. Installation is completed by connecting and installing the outer belt 60, which is fixed to the installation mounting plate fastening plate 61 at least three or more connections.

After completing the installation in this way, by adjusting the control box 26 located on the outer surface of the lifting and lowering support 20, the fastening plate 61 of the outer belt 60 in the lateral direction of the lifting and lowering support 20 desired by the user. ) To be positioned so that the image acquisition system equipment such as CCTV and unmanned control camera, image detector, microwave detector, etc. on the fastening plate 61 can be simply fastened and fixed.

When the operation process is described in more detail with reference to the components, the drive motor 12 that receives the user's intended operation signal through the control box 26 is rotated, and the internal connection connected by the rotation is performed. The belt 40 transmits power to the belt gear 22a located at the inner center of the lifting and lowering support 20. The belt gear 22a, which has received the power, is infinitely connected to the external belt 60 connected thereto. It is possible to move the fastening plate 61 of the outer belt 60 to the side of the lifting and lowering support 20 desired by the user while driving the track.

In addition, the height during use can be formed at various heights, it is possible to control the operation of the vehicle according to the road conditions.

That is, when turning the lever handle 30 fastened and fixed to the outer surface of the lifting and lowering support 20 located on both sides in one direction, the vertical rack 13 is connected to the pinion gear 18 of the drive motor 12 and In this state, when the drive motor 12 is operated by adjusting the control box 26 in this state, the vertical rack 13 is raised and lowered together with the lifting and lowering support 20 by the driving motor 12. This is because it has a structure that can achieve the operation.

For reference, the present invention may be variously modified and may take various forms. However, in the detailed description of the present invention, only specific embodiments thereof are described.

Therefore, it is to be understood that the invention is not to be limited to the specific forms referred to in the description, but rather to include all modifications, equivalents and alternatives falling within the spirit and scope of the invention as defined by the appended claims. It must be understood.

As described above, the present invention can quickly and easily perform the maintenance and maintenance of the image acquisition system components, such as CCTV, unmanned control camera, image detector, microwave detector, etc. installed on the road, It is effective to greatly improve safety.

In addition, as a combination of relatively light and compact structures can be achieved, there is an effect of minimizing manufacturing convenience and manufacturing cost.

In addition, the height of the height can be variably adjusted to control the operation of vehicles with high heights according to the road conditions, and the communication of large vehicles that provide adverse effects on the pavement of the roads can be controlled so that the pavement of the roads can be effectively controlled for a long time. It has the effect of maintaining it.

1 is an exploded perspective view showing the configuration of the mounting table for installing the image information collecting system according to the present invention.

Figure 2 is a front sectional view showing a configuration state of the mounting table for installing the image information collection system according to the present invention.

Figure 3 is an enlarged perspective view showing the main configuration of the mounting portion for installing the image information collection system according to the present invention.

Figure 4a, Figure 4b is an enlarged cross-sectional view showing the main operation state of the mounting table for installing the image information collection system according to the present invention.

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

10: fixed support 11: bulkhead

12: drive motor 13: vertical rack

14: guide groove 15: through groove

16: anchor ball

20: up and down support 21: mounting base

22a, 22b: belt gear 23: guide roller

24: fastener 25: connector

26: control box

30: lever handle

40: inner belt

50: link bar 51: connection panel

60: outer belt 61: fastening plate

Claims (1)

In the lower part, the inner side is divided into upper and lower spaces by the partition wall 11, and the driving motor 12 is installed and fixed in the upper space, and the vertical rack 13 is guided on the front and rear inner surfaces of the lower space. A guide groove 14 capable of being formed, a through groove 15 formed at one side thereof, and a pair of fixed supporters 10 having a plurality of anchor holes 16 formed at an outer lower end thereof; The fixed support 10 is inserted and connected, but the upper and rear mounting base 21 is formed spaced apart, the upper and lower spaces between the mounting bracket 21, the belt gear 22a and the guide roller 23 ) Is rotatably installed, a fastening hole 24 is formed in the inner upper portion of each mounting table 21, a connection hole 25 is formed in the outer lower portion, and the control box 26 on the outer surface Two pairs of lifting and lowering support 20 is installed; A lever handle 30 fixedly coupled to the connection hole 25 of the lifting and lowering support 20 and connected to the vertical rack 13; An inner belt 40 for transmitting power of the driving motor 12 to the belt gear 22 installed below the mounting table 21; The connection panel is fastened and installed in the fastening hole 28 formed in the upper inner surface of the mounting base 21 of the lifting and lowering support 20, and at least two belt gears 22b can be connected to and installed at a central point. A link bar 50 having a junction 51 formed thereon; The link bar 50 is connected to the belt gears 22a and 22b installed in connection with the lifting and lowering support 20, but the image collection such as CCTV, unmanned control camera, image detector, microwave detector, etc. is installed on the surface. Mounting table for installing the image information collection system, characterized in that it comprises an external belt 60 is integrally fixed to the fastening plate 61 is installed and fixed to connect at least three or more system components.