KR101350784B1 - Parking management and illumination system - Google Patents

Abstract

The present invention relates to a parking management and lighting system that allows the recording and lighting of the parking lot in the building, as well as the management of the parking lot and the marking of the parking area, and more particularly, to be installed at the same time lighting and surveillance cameras. Surveillance camera having an extrusion body for a raceway, freely adjusting the spacing of the lights through the fixed installation and spacing maintenance hole for a dedicated light for the extruded body, and separately provided through the fastening installation It is possible to easily and effectively install the lighting and surveillance cameras by using the wiring pipe installed in the parking lot, and to freely change the installation position or spacing of the lighting or surveillance camera by using the wiring pipe installed in the parking lot. Lighting status and security level Power line or converter to supply power to lighting and surveillance cameras can be inserted in the wiring line, so the ceiling of the parking lot becomes very simple. It is very easy to maintain and manage the system, and the user who uses the parking lot can quickly recognize the information about the parking area through the lights, which improves the convenience of use and saves energy by the lights connected by the surveillance camera. It is very economical to realize.

Description

Parking management and illumination system using cableway and surveillance camera {Parking management and illumination system}

The present invention relates to a parking management and lighting system that allows the greening and lighting of the parking lot in the building, as well as the management of the parking lot and the indication of the parking area, and more specifically, the lighting and along the wiring pipe installed in the parking lot. The surveillance cameras are fixedly connected to each other, but these lightings and surveillance cameras can be easily fixed and installed at various intervals through the gap retaining and fastening fittings for the extruded main body constituting the wiring line. It is to make it efficient.

In general, a parking lot in a building is installed with a large number of lights using a ceiling slab, and with such lights, surveillance cameras for the purpose of preventing the record of a car's entry or a safety accident or theft and crime in the parking lot. Will install

In the case of such lighting means is usually flashing through a separate power means or switch collectively, in the case of the surveillance camera such that the recording and monitoring in the management room or the operating room is always recorded and monitored so that I'm doing it.

Accordingly, the above lighting is to serve to brighten the interior of the dark parking lot, the recording means by the surveillance camera is to allow the recording and monitoring of various situations occurring inside the parking lot.

In addition, in the near future, as a separate detection sensor is installed together with the above-mentioned lighting lamp, the lighting is usually turned on with low illuminance, but when the vehicle or a person approaches, the lighting is turned on with a brighter illumination. In order to save energy, the recording means as described above also prevents unnecessary data storage or monitoring as the recording is performed only when a vehicle or a human motion is detected.

In particular, the recently introduced lighting and management system in the parking lot is connected to the above-described lighting and recording means together, when a person or a car approaches the event recording is made by sending a signal to the lighting means of the lamp such that the above lighting It is configured to be lit together so that more efficient operation is achieved through linkage operation between each other. From this, more advanced technology, when the parking area in the parking lot is empty through the recording means, the illumination of the lighting of the corresponding position is The driver who wants to park by differentiating the difference between them recognizes it from a long distance and makes it easier to secure a parking space and to park the vehicle.

Such various parking lot management systems can be known through a parking surface management system using a omnidirectional camera such as Patent No. 10-0976441, and a management method thereof. According to the proposed omnidirectional security method, the security system in the parking lot using the surveillance camera can be completed. In addition, the surveillance camera for achieving the parking surface management system and the security system as described above, recording and monitoring of a wider area and section through one surveillance camera according to the application of aspherical optical lens, such as Patent No. 10-1194932. It is a state that is proposed to be made.

However, the conventional parking lot lighting and monitoring system as described above is made by a separate lighting and surveillance cameras, and a plurality of lighting is fixedly installed from the ceiling using a race-way and the lighting Apart from the fixed installation of the surveillance camera is made because the ceiling of the parking lot as described above is to create a very complicated and messy state due to the wiring and the lighting and surveillance camera.

In addition, since each of these components is individually installed, a lot of time and manpower is required to construct such a parking lot lighting and surveillance system, and wiring for them is required because both the lamp and the surveillance camera must be powered and operated. Since the pipelines are very complicated, they are not good in appearance but also have problems such as short circuits or disconnections caused by them.

In particular, all existing lighting and surveillance systems in the parking lot have separate installation structures as described above, so if they want to perform repair, replacement or inspection on each of these lighting and surveillance cameras, they are separated and spaced apart. It is therefore true that the maintenance and management of these lighting and surveillance systems is a significant challenge.

In addition, there is a case that the lighting or surveillance cameras that have been installed once have to be moved as needed. In this case, since they are all fixedly installed through the ceiling slab, the movement of them is very cumbersome and difficult. We have a dead end that is not building the best lighting and surveillance system.

The present invention has been made to solve the problems as described above, provided with a raceway extrusion body made to be installed at the same time lighting and surveillance cameras, and through the fixed installation and spacing maintenance for the dedicated lighting for the extrusion body By freely adjusting the intervals for the lighting, it is possible to easily fix and install the surveillance camera provided separately through the fastening installation,

Fast and fast installation of lighting and surveillance cameras can be performed using the wiring pipeline, and the flashing and illumination control of the lighting can be controlled through the surveillance cameras to display the parking availability and save power in the parking area. It is possible to install lighting and surveillance cameras in various positions, intervals or arrangements, and to manage and illuminate parking routes and surveillance cameras, which has the effect of constructing the best lighting and surveillance system suitable for the required parking lot. It is an object of the present invention to provide a system.

The present invention for achieving the object as described above, provided with an extrusion body for the distribution line, the lower side of the extrusion body is fixed to install a separate LED lighting and surveillance camera,

The LED lighting is to be directly fixed to the lower side of the extruded main body, and the space between the LED lights to be spaced apart from each other to be inserted into the interval holding hole coupled to the extruded main body, the surveillance camera is coupled to the extrusion main body separate installation It is made to be configured to be coupled by a sphere.

The present invention, by using a wiring pipe installed in the parking lot can easily and effectively install the lamp and surveillance cameras, as well as the position or interval of the installation of the lamp or surveillance camera can be freely changed, the best lighting conditions and security It is possible to maintain the level, and all the power lines or converters for powering the lights and the surveillance cameras can be inserted into the wiring conduit so that the ceiling of the parking lot becomes very simple, so that the appearance of the lights and the lights by these power supply units It is very easy to maintain and manage the surveillance camera, and the user who uses the parking lot can quickly recognize the information about the parking area through the lighting, which improves the convenience of use and the energy from the lighting that is linked by the surveillance camera. We can realize power saving and are very economic It is.

1 is an overall structural diagram of a parking management and lighting system according to the present invention
2 is an exploded perspective view of the lighting unit in the parking management and lighting system according to the present invention;
3 is an exploded perspective view of the camera unit in the parking management and lighting system according to the present invention;
Figure 4 is an overall view of the extrusion body of the parking management and lighting system according to the present invention.
5 is an exploded perspective view of the lamp of the parking management and lighting system according to the present invention;
6 is a perspective view of a surveillance camera of the parking management and lighting system according to the present invention;
7 is a cross-sectional view of the lighting unit for the parking management and lighting system according to the present invention
8 is a cross-sectional view of the lighting unit for the parking management and lighting system according to the present invention
9 is a cross-sectional view of the separation interval between the parking management and lighting system according to the present invention.
10 is a cross-sectional view of the monitoring camera unit for the parking management and lighting system according to the present invention
11 is a cross-sectional view of the surveillance camera unit for the parking management and lighting system according to the present invention.
12 is another embodiment of a lamp for a parking management and lighting system according to the present invention;
Figure 13 is another embodiment of the interval maintenance for the parking management and lighting system according to the present invention
14 is another embodiment of the fastener for the parking management and lighting system according to the present invention

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings and the inventor may properly define the concept of the term to describe its invention in the best possible way And should be construed in accordance with the principles and meanings and concepts consistent with the technical idea of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall structural diagram of a parking management and lighting system according to the present invention, Figure 2 is a perspective view of the separation of the lighting unit in the parking management and lighting system according to the present invention, Figure 3 is a parking management and lighting system according to the present invention This is a separated perspective view of the camera.

Parking management and lighting system according to the present invention as shown in the figure is made by fixing a plurality of lights and surveillance cameras to the necessary elements by using a wiring pipe line installed on the ceiling of the parking lot, extrusion for constituting the wiring pipe line The main body 10 is extruded continuously, such as aluminum, and cut it to the required length to be fixed to the ceiling hanging in the parking lot.

As shown in FIG. 4, the extruded main body 10 has bracket hangers 11 formed on both sides of the upper outer surface to hang it on the ceiling. 12) is formed and the upper curved portion (13, 13 ') is formed on the inner lower side facing both sides in the longitudinal direction.

Here, the bracket hanger 11 is to be coupled to the bracket of the bending coupled to the lower end of a separate suspension (not shown in the drawing) fixedly installed from the ceiling as described above, the partition portion 12 Is to act to allow the converter or ballast or the power line and the communication line for the lighting of the LED lights in the extruded body 10 can be located, the upper curved portion (13, 13 ') as described above. It is intended to have a separate LED lighting lamp 20 or surveillance camera 30, etc. from the bottom fixed.

In addition, the front end of the extrusion body 10 as described above is formed with a locking step 14 formed in the longitudinal direction, the locking step 14 is to be coupled to the upper cover 70 is provided separately. On the bottom of the upper cover 70 as described above, the latching jaw 14 and the catching mouth 71 corresponding to each other are formed to protrude along the longitudinal direction. When the upper cover 70 is formed to be coupled to the upper side of the extruded body 10, a separate inner space is formed on the upper side of the extruded body 10 by the partition part 12 and the upper cover 70 as described above. Since it will be generated, such internal space can be utilized as various components or wiring paths such as power lines or communication lines.

In addition, the LED lamp 20 is fixed to the lower portion of the extruded body 10 as described above, as shown in FIG. Body 23 having a sphere 22, the light-transmitter 25 is coupled to the lower portion of the body 23 and the LED light source plate 26 and the reflector 28 is fixed to the inside of the body 23 It consists of.

At this time, the fitting grooves 24 of the inward protrusion are formed on the fitting holes 22 of the body 23 as described above, so that both ends of the reflection shade 28 are brought into close contact with the lower inner surface of the body 23 as described above. The insertion and coupling of the reflection shade 28 to the body 23 can be made while being inserted into the fitting groove 24 of the above.

In addition, the LED light source plate 26 as described above is formed by repeatedly soldering the LED to the bottom surface of the circuit board, the LED light source plate 26 as described above in close contact with the bottom surface of the body 23 is fixed. When inserting and fixing the reflection shade 28 in the state where the through hole (the reference numeral in the drawing) is formed in the position corresponding to the LED as described above, the lighting light of the LED light source plate 26 is irradiated toward the lower part completely Such lighting light can be effectively reflected to the lower portion through the reflection shade 28 without loss.

Subsequently, the coupling of the light-transmitting body 25 is formed in the lower portion of the body 23 as described above, the fitting holes 22 formed on the lower end of the body 23 is formed on both sides of the front end of the light-transmitting member 25 As it is inserted into the fitting groove 24 is the mutual assembly between the body 23 and the light-transmitter 25 is made, in such a state that the end of the body 23 and the light-transmitter 25 as described above is accommodated The LED lamp 20 may be completed by fastening a separate finisher 60 having the body insertion groove 63 to both sides of the body 23.

In addition, the surveillance camera 30 as described above is a camera module is inserted into the inside of the circular cover body, the fastening screw portion 31 protruding upward is formed at the tip of the surveillance camera 30 as described above. The fastening screw portion 31 is formed with a separate fastening nut 32 is assembled.

In this case, the surveillance camera 30 may be configured to rotate or angle the camera module therein, and to shoot and record in various ways. Such a surveillance camera 30 has the same function as a general surveillance camera. I have it.

In addition, the LED lamp 20 as described above is fixed to each of the required position with respect to the extruded body 10, the gap between the neighboring LED lamps 20 will be generated, such a gap is extruded body 10 Since the bottom of the will produce a problem that the opening to the purpose of removing the gap as described above and to prevent the flow of the adjacent LED lamps 20 to form a separate spacing retainer 40 coupled to the extrusion body (10) will be.

At this time, the extruded body 10 is that the elastic coupling portion 41, 41 'of the curved body formed on both sides of the upper plate formed along the longitudinal direction of the extrusion body 10, the elastic coupling portion 41 (41) is pushed between the lower upward curved portion (13, 13 ') of the extrusion main body 10 is to be fixed to the gap retainer 40 to the extrusion main body 10.

In addition, when the LED lamp 20 is installed at regular intervals or irregular intervals with respect to the extruded body 10 as described above, if the surveillance camera 30 must be fixedly installed between the LED lamps 20, a separate fastening Mounting device 50 is used, the fastening installation device 50 is the same as the above-described interval maintenance 40, while easily fixing the monitoring camera 30 to the extrusion main body 10. It will play an additional role.

The fastener 50 is elastically inserted from the end of the upward curved portion 13, 13 'to the upper portion of the flat plate positioned between the upward curved portion 13, 13' of the extrusion body 10. The engaging engagement portions 51, 51 'which are locked protrude in a curved shape, and the through hole 52 is formed in the middle portion, and the monitoring camera 30 is provided with the above fastening hole 52. By assembling the fastening nut 32 to the fastening screw part 31 protruding upward in the state in which the fastening screw part 31 is inserted, the assembly between the monitoring camera 30 and the fastening installation device 50 can be made. .

Accordingly, the cross-section of the LED lighting lamp 20 is assembled as shown in FIG. 7, and the upper cover 70 is formed to be coupled from the upper side of the extruded body 10 as illustrated in FIG. 8. The lower side of the extruded body 10 may be fixedly installed to the LED lamp 20 by elastically inserting the engaging portion 21 of the LED lamp 20 between the upper curved portion 13, 13 '. It is.

In addition, as shown in FIG. 9, the spacing retainer 40 as described above has an elastically curved portion 41 and 41 'of the spacing retainer 40 upwardly curved from the bottom surface of the extrusion body 10. Insertion and locking from the end of (13 ') can be a firm coupling between each other.

In addition, the fixed portion of the monitoring camera 30 will be as shown in Figure 10, as shown in Figure 11 coupled to form the upper cover 70 from the upper side of the extruded main body 10, and monitoring from the lower side of the extruded main body 10 Pushing up the fastener 50 coupled to the camera 30, the coupling portion 51, 51 'of the fastener 50 is elastically through the ends of the upwardly curved portion 13, 13'. Inserted and locked while being coupled to the fastening installation device 50 as well as the extrusion body 10 for the monitoring camera 30 can be made.

Accordingly, the LED lamp 20 can be easily installed and installed at a desired position with respect to the extruded main body 10 arranged in a grid form on the ceiling of the parking lot, and the space maintenance zone 40 is disposed between the LED lamps 20. By inserting and fixing), the lower end of the extruded body 10 and the flow of the LED lamps 20 are prevented, and when the surveillance camera 30 is to be installed between the LED lamps 20, the intervals are described. By fastening and fixing the fastening installation device 50 coupled to the monitoring camera 30 instead of the holder 40, the bottom closure of the extrusion body 10 can be easily fixed and installed on the monitoring camera 30 at the same time. will be.

In addition, since the surveillance camera 30 and the LED lamp 20 as described above is fixed to the same extruded body 10, it is possible to provide and connect power lines and communication lines to them very easily, so From the operation of the surveillance camera 30, it is possible to control the lighting or lighting of the LED lighting 20 in accordance with whether or not the more reasonable form of lighting and management system can be built.

Furthermore, as shown in FIG. 12, a separate auxiliary light source plate 61 having an LED is inserted into and formed inside the finisher 60 coupled to both sides of the LED lamp 20 as described above. When the display hole 62 is formed in the shape of a vehicle in which the lighting light of the auxiliary light source plate 61 can be transmitted to the side surface of the 60, the presence or absence of a vehicle in the parking area due to the blinking of the auxiliary light source plate 61 alone. It can be expressed in color.

That is, when there is no car in the parking area by the surveillance camera 30, the green lighting light is transmitted through the auxiliary light source plate 61 to the display hole 62 so that the driver can quickly recognize it even from a distance to secure the parking space. When the vehicle is parked in the parking area, the red lighting light is transmitted to the display hole 62 through the auxiliary light source plate 61, so that the driver can control the display hole 62 as described above. You can easily see the presence of cars in the area by recognizing the color from a distance.

In addition, when the parking zones are arranged in a row, it is possible to check whether the vehicle is parked in many areas at a glance through the color of the display hole 62 as described above. Could be used with

In particular, as another embodiment of the present invention as shown in Figs. 13 and 14, a separate gap closing plate 80, 80 'at both ends of the gap retainer 40 and the fastening installation 50 The gap closing plate 80 and 80 ′ may be inserted into the gap retaining hole 40 or the upper side of the fastening installation part 50 while the upper portion of the elastic coupling part of the gap retaining hole 40 is inserted therein. (41) (41 ') or the fastening engaging portion (51) (51) of the fastening installation device 50 is formed by protruding the flow catching portion (81, 81') to be inserted into the inside.

Accordingly, the gap closure plates 80 and 80 'may be wandered from both ends of the gap retaining hole 40 or from both sides of the fastener 50, and such gap gap plates. Due to the non-uniform spacing between the LED lamps 20 installed in the extrusion body 10 for constituting the raceway due to the (80) (80 '), the gap holding region 40 and the gap closing plate 80 ( 80 ') can be completely complemented and finished, even if the surveillance camera 30 is installed between the LED lighting (20) and fastening installation (50) for fixed installation of the surveillance camera 30 and The gap between the LED lamp 20 can be completely removed through the flow to the gap closing plate 80, 80 '.

It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory and are intended to provide further explanation of the present invention as defined by the appended claims. Examples should be understood.

10: extruded body 11: bracket hanger groove
12: partition part 13,13 ': upward curved part
14:
20: LED light 21: engaging portion
22: fitting 23: body
24: fitting groove 25: floodlight
26: LED light source plate 27: settle groove
28: reflection shade
30: surveillance camera 31: tightening screw
32: Tightening Nut
40: spacing 41,41 ': elastic coupling portion
50: fastening installation 51, 51 ': tangy coupling portion
52: fastener
60: finish 61: auxiliary light source plate
62: marking hole 63: body insertion groove
70: upper cover 71: latch
80,80 ': Niche closing plate 81,81': Flow catching part

Claims (10)

An extrusion main body 10 for a distribution line is provided, and a plurality of LED lamps 20 and a monitoring camera 30 are fixed to the lower side of the extrusion main body 10,
The LED lamp 20 is to be directly fixed to the lower side of the extrusion main body 10, between the LED lamps 20 to be spaced apart from each other to be inserted into the interval maintaining hole 40 is coupled to the extrusion main body 10. In the parking management and lighting system using a wiring conduit and a surveillance camera, the surveillance camera 30 is configured to be coupled and installed by a separate fastening installation unit 50 coupled to the extrusion main body 10.
The extruded main body 10 has a bracket hook groove 11 formed at both ends along the longitudinal direction, and a partition portion 12 is formed at an inner central portion thereof, and an upward curved portion 13, 13 'is disposed at a lower end thereof. Protruding from both sides along the longitudinal direction,
Extrusion body 10 can be suspended from the ceiling slab through the bracket hanger 11 to be installed, and the LED lighting lamp 20 and the spacing hole 40 by using the upward curved portions 13 and 13 ′. Parking management and lighting system using a wiring conduit and a surveillance camera, characterized in that the fastening installation device 50 and the coupling formed.
The method of claim 1,
The extruded main body 10 has a locking jaw 14 protrudingly formed on both inner sides of the front end along the longitudinal direction, and the locking jaw 14 has an upper cover having a locking hole 71 formed along the longitudinal direction on both lower sides thereof. Parking management and lighting system using a wiring conduit and a surveillance camera, characterized in that formed by combining 70).
The method of claim 1,
LED lighting 20, the engaging portion 21 is elastically coupled to the upper curved portion 13, 13 'of the extruded body 10 at the front end protruding to both sides along the longitudinal direction and fitted into the lower inner ( The projection 23 formed on both upper sides of the fitting groove 24 into which the fitting holes 22 are inserted is coupled to the body 23 having the protrusion 22 formed therein, and on the inner end of the body 23. The LED light source plate 26 is fixed and formed at the bottom inner side of the body 23 to form a settling groove 27 formed along the longitudinal direction so that a separate reflection shade 28 is formed through the settling groove 27. 23) to be in close contact with the inside of the lower,
Both ends of the body 23 as described above is characterized in that the body insertion groove 63 is formed by combining a separate end opening 60 formed on one side so that the end of the body 23 is received inwardly Parking management and lighting system using cableway and surveillance camera.
The method of claim 3, wherein
An additional auxiliary light source plate 61 is inserted into the finish opening 60 of the LED lamp 20, and a display hole 62 of an automobile shape is formed on the outer surface of the finish opening 60, thereby providing the auxiliary light. Parking management and lighting system using a wiring pipe and a surveillance camera, characterized in that when the disc 61 is turned on, the light is transmitted through the display hole 62 to the outside.
The method of claim 1,
The spacing retainer 40 forms an elastically engaging portion 41, 41 'of curved surfaces protruding from both sides along the longitudinal direction on the upper portion thereof, such that the elastically engaging portions 41, 41' are spaced apart from each other. Parking management using a wiring conduit and a surveillance camera, characterized in that the coupling is fixed to the interval holding portion 40 to the extrusion body 10 as it is elastically inserted between the curved portion (13) (13 '). And lighting system.
6. The method of claim 5,
Separate gap closure plates 80 and 80 'are formed at both ends of the gap holder 40, and the upper part of the gap finish plate 80 and 80' is elastically coupled to the gap holder 40. It is characterized in that it is formed by protruding the flow catching portion 81, 81 'is inserted into the inside of the portion (41) (41') to be moved along the elastic coupling portion (41, 41 '). Parking management and lighting system using a wiring pipeline and surveillance camera.
The method of claim 1,
The fastener 50 is formed on the upper surface of the curved coupling portion 51, 51 'protruding to both sides in the longitudinal direction, the upward coupling surface of these coupling portion 51, 51' spaced apart from each other. Parking management using the wiring conduit and surveillance cameras, characterized in that the coupling between the fastening fitting 50 to the extrusion body 10 is made to be elastically inserted between the portion (13) (13 ') and Lighting system.
8. The method of claim 7,
On both sides of the fastener 50, a separate gap closure plate 80, 80 'is inserted into and formed, but an upper portion of the gap closure plate 80, 80' is provided with a coupling between the fasteners 50. It is characterized in that it is formed by protruding the flow catching portion 81, 81 'is inserted into the inside of the portion (51, 51') so that it can be moved along the stop engagement portion (51, 51 '). Parking management and lighting system using a wiring pipeline and surveillance camera.
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