KR20200017219A - Sidewalk block for snow removal - Google Patents

Abstract

The present invention relates to a paving block for snow removal, which is characterized by comprising: a block main body which has a battery to supply required power when one of a snow removing block and a light emitting block is installed thereon, and is installed on a pavement in a zigzag or successive manner; the snow removing block which is installed at the block main body in order to prevent snow or rain on the road surface from freezing due to a temperature drop; a light emitting block which is installed at an upper portion of the block main body to emit light in order to guarantee safety of pedestrians during a season when the temperature above freezing is maintained; a cover which is installed at an upper portion of the snow removing block or the light emitting block in order to protect the snow removing block or the light emitting block while preventing a slip; and a controller which is installed at the central portion of the block main body in order to control the charging of the battery, the power supply, and wireless communication by receiving sunlight at the upper center of the block main body. Therefore, the present invention is installed on a pavement on which pedestrians pass in order to be replaced for various purposes according to seasonal changes. During the seasons when heavy snow or rain continues freezing due to a temperature drop, the present invention can be used for removing snow or ice. During the seasons when mild weather is maintained, the present invention can emit light suitable for the seasonal atmosphere, thereby guaranteeing the safety of pedestrians and enhancing the appearance of the city.

Description

Sidewalk block for snow removal

The present invention relates to a snow block block, and more particularly, it is installed on the sidewalk that pedestrians pass, so that it can be replaced according to the use of the season so that a lot of snow or the road surface freezes due to the temperature drop lasting It is used for snow removal or freezing in the coming season, and for snow pavement block for the purpose of promoting the safety of the pedestrians and the aesthetics of the city by emitting light suitable for the season's atmosphere in the season when the rain freezing temperature is maintained. will be.

Sidewalk blocks are paving materials installed on sidewalks, sidewalks, or parks alongside roads, taking into account the beauty of the city and the convenience of people walking.

In general, the sidewalk block is made of stone or concrete, etc., the planar shape is made of a polygonal shape such as a rectangular shape, the overall shape has a polyhedron shape such as a rectangular parallelepiped, and the pattern or decoration having various colors or shapes on the upper surface of the body of the polyhedron. It may form.

Each sidewalk block is installed next to each other to form a sidewalk. At this time, a pattern and a decoration formed on each sidewalk block are combined to form a whole picture or figure, and a block concept that simply covers a road or a pedestrian passage. Away from, it plays a very important role in improving the aesthetics of cities and buildings.

In recent years, the development of rubber sidewalk blocks that keep water out of the sidewalks and joints well and electronic braille sidewalk blocks that provide voice information for the visually impaired have been gradually responding to the demands of eco-friendly sidewalk blocks. It is installed a lot.

However, when looking at the conventional pedestrian walkway, such as the sidewalk block is paved, but there are various risk factors that cannot guarantee the safety of pedestrians in the case of the dark illumination at night.

That is, there is no street light that illuminates the sidewalk, or there is a part where the light by the street light cannot reach despite the installation of the street light, or the lighting of the street light is not performed properly due to an electrical problem, There was a problem that the pedestrian's walking is threatened due to damage or poor installation.

In addition, there is a problem that an accident occurs such that an ice path is formed when the snow is piled up on the sidewalk or the snow is frozen and the user walking on the sidewalk falls down.

As a prior art document for solving the above problems, Korean Patent Publication No. 10-1714033 (2017.03.07.) Discloses a "walkway block device using photovoltaic power generation" and a solar substrate formed on the sidewalk block, and A storage battery formed to store energy generated from the solar substrate, a heating wire formed to receive electricity through the storage battery, a sensing sensor formed adjacent to the heating wire, and an LED lamp positioned adjacent to the sensing sensor. It is configured to include a control unit for controlling the heating wire is connected to the illumination unit and the detection sensor is formed.

And the sidewalk block device using the photovoltaic power generation senses the temperature from the sensor and sends it to the control unit, the control unit generates heat on the upper surface of the sidewalk block by operating a heating wire, the edge formed in a form surrounding the solar substrate and the storage battery A member, a transparent plate formed to cover an upper portion of the frame member, a sidewalk block body formed to support a lower portion of the edge member, a reservoir formed inside the sidewalk block body, and the sidewalk block body. A discharge hole formed in a side surface at an upper portion thereof, a communication member formed in the solar substrate and communicating with the reservoir portion of the sidewalk block body, a cover portion having a hinge shaft formed at one side of the transparent plate, and the cover It further includes an elastic member formed on the other side of the part.

Prior art constituted as described above is for snow-removing snow using a heating wire in winter when snow falls, but since the temperature decreases substantially in winter, the heat generated from a heating wire through a battery is not sufficient to remove snow falling. to be.

Since the material of the transparent plate installed on the upper portion of the frame member is made of plastic or tempered glass, if snow is not properly made on a snowy day, an effect such as an ice sheet occurs, which makes it difficult for pedestrians to walk.

In addition, when the water tank is formed in the lower part of the sidewalk block body snow or rain falls in winter, the rain water of the reservoir freezes due to the low temperature occurs the effect of lowering the temperature of the sidewalk block body is not properly made by snow wires. There is a problem.

In addition, there is a problem in that the efficiency of the heating wire is lowered because the performance of the battery is degraded in sub-zero weather.

Korea Patent Publication No. 10-1714033 (2017.03.07. Notification)

The present invention is to solve the above problems, it is installed on the sidewalk for pedestrians pass so that it can be replaced according to the use of the season so that a lot of snow fall or the road surface freezes due to temperature drop in the season Its purpose is to provide snow pavement blocks used for snow removal or freezing, and for the purpose of promoting the safety of pedestrians and the aesthetics of the city by emitting light suitable for the season's atmosphere during the season when the rain water does not freeze. have.

In addition, an object of the present invention is to provide a sidewalk block for snow removal is configured to be used for lighting in the season when the temperature of the image is maintained for snow removal in the winter going down to sub-zero temperature.

In addition, the present invention provides a snow-blocking sidewalk block to prevent snow or rain freezing by using the heat accumulated in the hot wire and the daytime sunlight to prevent the sidewalk freezing due to snow or rain. The purpose is to provide.

In addition, the present invention is to install a snow block to remove snow using the heating wire and the heat storage buried in the season when the temperature is lowered to sub-zero temperature, and install a light emitting block that illuminates the sidewalk when the temperature maintains the temperature of the image The purpose is to provide a sidewalk block for snow removal so that pedestrians can walk safely.

As a means for achieving the above object,

One of the snow removal block and the light emitting block is a block body having a battery so as to supply the necessary power in the installed state and zigzag or continuously installed on the sidewalk; A snow block installed in the block body to prevent snow or rain from freezing due to a temperature drop; A light emitting block installed above the block body to emit light so as to promote pedestrian safety in the season of maintaining the temperature of the image; A cover installed on the snow removal block or the light emitting block to protect the snow removal block or the light emitting block and at the same time to prevent slippage; It provides a sidewalk block for snow removal, including a controller installed in the center of the block body to control the charging, power supply and wireless communication of the battery by receiving sunlight in the center of the block body.

The block body of the present invention includes a housing having a predetermined space therein so as to be installed on a sidewalk and having an upper portion opened; A battery installed inside the enclosure so as to be charged in the space formed inside the enclosure so as to charge the power or supply the power through the fixed contact point; A cover having a hole formed in the center and installed on the battery; A fixed contact installed to be exposed to an edge of the cover to supply power to the snow removal block or the light emitting block under the control of the controller; It characterized in that it comprises a plurality of main body magnets installed on the upper edge side of the cover to be fixed by the snow block magnets of the snow removal block or the light emitting block magnets of the light emitting block and the magnetic force.

Snow removal block of the present invention, and the first block through the snow removal block body having a predetermined space formed therein; A snow removal solution that is heated by heat generated in a vacuum tube and filled inside the snow removal body so that snow removal is easily performed; A heating chamber in which a vacuum tube is formed to generate heat at an edge of the snow removing block body so as to generate heat by the power supplied from the battery to raise the snow removing solution to a predetermined temperature to prevent snow removal and freezing; A first block contact point installed at a lower edge of the snow removing block body to receive power from a battery installed in the block body; It characterized in that it comprises a snow block magnet is installed in the lower portion of the snow block body so that the snow block body can be fixed in the upper portion of the block body.

The heating chamber of the present invention is characterized in that the vacuum chamber is formed on any one or both of the edge of the first through-hole formed in the snow removal block body and the edge of the snow removal block body.

The light emitting block of the present invention includes a light emitting block body having a second through hole in the center and having a predetermined space formed therein; A light emitting member installed in a space of the light emitting block body to emit light; A second block contact point installed at the lower edge of the light emitting block body to supply power to the battery to the light emitting member; It characterized in that it comprises a light emitting block magnet which is installed in the lower portion of the light emitting block body so that the light emitting block is fixed on the upper portion of the block body.

The cover is made of a lattice shape, the overall shape is composed of a cross shape and the cover body is fixed to the top of the snow block or light emitting block with a screw; It characterized in that it comprises a plurality of through-holes formed in the cross position on the cover body so that heat or light emitted from the snow removal block can be emitted.

The controller of the present invention includes a charging circuit for controlling the battery to charge the power generated in the solar panel; A power supply unit supplying power stored through the charging circuit to the snow removal block or the light emitting block; A controller for controlling power charging to the battery, controlling supply of battery power, a communication unit, and a sensor; A communication unit for receiving a signal applied from a remote place and supplying the power to the vacuum tube of the snow removing block or the power to the light emitting block and applying the signal to the control unit; It is characterized in that it comprises a sensor unit for applying an electrical signal to the control unit if the illuminance is checked by less than a predetermined illuminance.

The present invention is installed on the sidewalks for pedestrians to be replaced according to the use of the season to use snow removal or freezing in the season when the snow lasts a long period of time or the road surface freezing due to temperature drops, In the season when warm weather is maintained, it emits light that matches the mood of the season, which is effective for pedestrian safety and city aesthetics.

In addition, the present invention can be used to replace the light for the season when the temperature of the image is maintained for snow removal in the winter going down to sub-zero temperature can produce the atmosphere according to the season has the effect of further upgrading the aesthetics of the city.

In addition, the present invention has the effect that the heat of the vacuum tube evenly spread throughout the snow removal block in order to prevent the sidewalk from freezing due to snow or rain.

1 is an exploded perspective view showing a sidewalk block for snow removal according to the present invention.
Figure 2 is a perspective view showing a snow block block is installed snow removal block shown in FIG.
Figure 3 is a cross-sectional view showing the configuration of the sidewalk block for snow removal is installed snow block shown in FIG.
4 is an installation state diagram showing a state in which the snow block is installed, the snow removing block of Figure 2 is installed.
5 is a perspective view showing a sidewalk block for snow removal is installed light emitting block shown in FIG.
Figure 6 is a cross-sectional view showing the configuration of the sidewalk block for snow removal, the light emitting block shown in FIG.
Figure 7 is an installation state showing a state in which the light emitting block block is installed, the light emitting block shown in Figure 5 is emitted.
8 is a block diagram showing the configuration of the controller of FIG.

Hereinafter, a snow block block according to the present invention will be described through the accompanying drawings.

Snow pavement block according to the present invention is installed on the sidewalk for pedestrians to be replaced according to the season to use according to the season so that a lot of snow or the road surface freezes due to temperature drop snowing or freezing in the season It is used for removal, and in the season when the mild weather is maintained, it is used for the purpose of promoting the safety of the pedestrians and the aesthetics of the city by emitting light suitable for the season's atmosphere.

In addition, the sidewalk block for snow removal has a battery 120 to supply the necessary power in a state in which one of the snow removal block 200 and the light emitting block 300, the block body is installed on the sidewalk in a zigzag or continuous 100; A snow block 200 installed in the block body 100 to prevent snow or rain from freezing due to a temperature drop; A light emitting block 300 installed above the block body 100 to emit light so as to promote safety of the pedestrian in the season of maintaining the temperature of the image; A cover 400 installed on the snow removing block 200 or the light emitting block 300 so as to protect the snow removing block 200 or the light emitting block 300 and to prevent slippage; The block body 100 is characterized in that it comprises a controller 500 is installed in the center of the block body to control the charging, power supply and wireless communication of the battery 120 receives the sunlight in the upper center.

The snow blocker according to the present invention having the above characteristics will be described in detail with reference to the drawings shown in FIGS. 1 to 7.

1 is an exploded perspective view showing a snow block block according to the present invention, Figure 2 is a perspective view showing a snow block block is installed snow removal block shown in Figure 1, Figure 3 is a snow block block shown in Figure 2 is installed Figure 4 is a cross-sectional view showing the configuration of the snow block block, Figure 4 is an installation state diagram showing a state in which the snow block block is installed snow removal block of Figure 2, Figure 5 is a snow removal sidewalk is installed light emitting block shown in FIG. 6 is a cross-sectional view illustrating a structure of a snow removing sidewalk block provided with a light emitting block illustrated in FIG. 1, and FIG. 7 illustrates a state in which a snow removing sidewalk block provided with a light emitting block illustrated in FIG. 5 emits light. Fig. 8 is a block diagram showing the configuration of the controller of Fig. 1.

Referring to Figure 1 to 8 in detail, the snow block for the snow according to the present invention includes a block body 100, snow block 200, light emitting block 300, cover 400 and the controller 500. do.

The block body 100 has a predetermined space therein so as to be installed on the sidewalk and the enclosure 110 is formed in an open state, and is installed in the space formed inside the enclosure 110 to charge the power or power Under the control of the controller 500 and the battery 120 is installed inside the enclosure to be supplied through the fixed contact, the hole 131 formed in the center and the cover 130 is installed on the top of the battery 120, The fixed contact 140 is installed to be exposed to the edge of the cover 130 so as to supply power to the snow removal block 200 or the light emitting block 300, the snow block magnet 240 or light emitting block of the snow removal block 200. The light emitting block magnet 340 of 300 and a plurality of body magnets 150 are installed on the upper edge side of the cover 130 to be fixed by the magnetic force.

The block body 100 configured as described above is installed on the sidewalk pedestrians pass continuously or in a zigzag form to install snow block 200 when the snow or rain in the season, such as winter temperature is low Prevent sidewalks from freezing.

In addition, in seasons such as spring, summer, and autumn, except for the winter season, the light emitting block 300 may be installed to radiate light suitable for the season so as to create a beautiful view of the city.

The battery 120 is installed in the remaining portion except for the space where the controller box 510 is installed to facilitate the installation of the controller 500 installed in the center of the housing 110.

A plurality of reinforcement protrusions may be further configured at the lower portion of the cover which is inserted into and fixed to the inside of the enclosure to support the weight applied from the upper portion.

In addition, the cover 130 has a hole 131 is formed so that the controller box 510 can be retracted, the packing is installed in the hole 131 so as to have a watertightness to prevent rain water from flowing into the inside. .

The fixed contact 140 is preferably located at each corner of the cover 400. In addition, the fixed contact 140 is '+' is installed at one corner of the cover 400 '-' is the other corner. That is, the diagonal direction is installed to have the same polarity.

In addition, the polarity is marked on the fixed contact 140 so that the first block contact 230 or the second block contact 330 is in contact with the polarity when the snow removal block 200 or the light emitting block 300 is installed. It is desirable to lose.

The body magnet 150 is configured to have a polarity. For example, the fixed contact 140 may be formed to have a '+' polarity, and the main body magnet 150 may be configured to have a '−' polarity to form a contact with the fixed contact 140. Depending on the manufacturer's circumstances, the fixed contact and the main body magnet may be composed of a pair of contacts (+,-) or may be supplied using only the fixed contact 140.

The snow block 200 has a first through-hole 211 in the center and is heated by the heat generated from the snow block body 210 and the vacuum tube 221 is formed a predetermined space therein to facilitate snow removal. The snow removal solution 212 is filled in the snow removing body 210 and heat generated by the power supplied from the battery 120 to raise the snow removal solution 212 to a predetermined temperature to prevent snow removal and freezing. The heating chamber 220 in which the vacuum tube 221 which generates heat at the edge of the snow removing block body 210 is formed, and the snow removing block body 210 to receive power from the battery 120 installed in the block body 100. The first block contact 230 is installed on the lower edge of the snow block block 240 is installed in the lower portion of the snow block body 210 so that the snow block body 210 is fixed on the upper portion of the block body (100) ).

The snow removal solution 212 is preferably made of a solution containing a salt or aqueous solution of calcium chloride to prevent freezing even at low temperatures.

In addition, the heating chamber is installed at any one of the edge of the first through-hole 211 and the edge of the snow block body 210 formed in the snow block body 210 or both have a vacuum tube 221 is configured. .

And the heating chamber 220 is formed on the side of the snow block body 210, respectively, the vacuum tube 221 is configured to dissipate heat, respectively, the vacuum tube 221 generated on each side of the snow block body 210 Heat is transferred to the snow removal solution 212 to prevent snow or snow from freezing.

The first block contact 230 is preferably made to correspond to the fixed contact 140 formed on the cover 130, the polarity is marked on the first block contact 230 is installed in the block body 100 The polarity corresponding to the fixed contact 140 may be corresponded.

In addition, the snow removal block magnet 240 is installed to correspond to the body magnet 150 installed in the cover 130 so that the snow removal block 200 is coupled to the upper block body 100 can be fixed.

The snow block magnet 240 may also be used as a contact for applying power, such as the body magnet 150 installed in the cover 130. For example, when the first block contact 230 has a '+' polarity, the snow removal block magnet 240 is configured to have a '−' polarity so that the supply of power and the snow removal block 200 may be fixed.

The light emitting block 300 has a second through hole 311 in the center and the light emitting block body 310 is formed in a predetermined space therein, the light emitting block is installed in the space of the light emitting block body 310 to emit light The member 320 and the second block contact point 330 installed at the lower edge of the light emitting block body 310 to supply power to the battery 120 to the light emitting member 320 and the block body 100 It includes a light emitting block magnet 340 is installed in the lower portion of the light emitting block body 310 to be fixed to the light emitting block 300 from the top.

The light emitting block body 310 is made of a transparent or semi-transparent form so as to match the aesthetics of the city by varying the brightness of the light depending on the position installed when the light is emitted by the light emitting member 320 installed therein.

In addition, the light emitting block body 310 may be formed of a light guide plate, and a plurality of grooves are formed in various shapes such as honeycomb pattern and lattice pattern at the lower portion of the light guide plate to emit light evenly from the light emitting member 320. It is preferable to configure so that the light is spread lightly to the entire light emitting block body (310).

For example, in places such as parks, the brightness is subdued to create a calm and warm atmosphere, while in areas without street lights, the brightness is brighter so that it can be used instead of street lights. It is desirable to express.

The light emitting member 320 installed inside the light emitting block body 310 may be formed of an LED, and the LED may be made of a color LED that can produce various colors or a single color LED.

The light emitting member 320 may be installed at an inner bottom of the light emitting block body 310 at predetermined intervals or may be installed along a side circumference to adjust the direction in which light is emitted to adjust the brightness of the light.

The second block contact point 330 is installed to correspond to the fixed contact point 140 installed on the top of the cover 130 to apply power applied through the power supply unit 540 to the light emitting member 320.

The second block contact 330 is preferably provided with the same polarity in a diagonal direction like the fixed contact 140. In addition, the second block contact 330 is displayed to check the polarity when seated on the top of the cover 130.

The light emitting block magnet 340 is installed to correspond to the body magnet 150 installed on the top of the cover 130 to be fixed in a state in which the light emitting block 300 is seated on the top of the block body (100). The light emitting block magnet 340 may have the same polarity as the snow removing block magnet 240, where the polarity is opposite to that of the second block contact 330. For example, when the second block contact point 330 has a polarity of '+', the snow removing block magnet 240 has a '-' polarity.

The cover 400 is formed in a lattice shape, the overall shape is formed in a cross shape, the cover body 410 and the top of the snow block 200 or the light emitting block 300 is fixed with a screw, and is released from the snow block 200 The cover body 410 is formed of a plurality of through holes 411 formed in a cross position so that heat or light can be emitted.

The cover body 410 is not limited to the cross-shaped, it is made of a variety of forms, such as honeycomb, circular, triangular, etc., if it is made in this form by adjusting the size and arrangement of the snow removal block 200 Or it may be positioned above the light emitting block (300).

In addition, the through hole 411 prevents snow or snow from freezing by the snow removing solution 212 which is warmed to a predetermined temperature by the heat generated from the vacuum tube 221.

In addition, the cover 400 is not limited as shown in the drawings, and is formed like a visually impaired guide block so that the visually impaired can safely pass. That is, a circular protrusion or long bar-shaped protrusion is formed.

The controller 500 controls the charging circuit 530 to charge the battery 120 with the power generated in the solar panel 520, and the snow removing block 200 stores the power stored through the charging circuit 530. Or a power supply unit 540 for supplying to the light emitting block 300, a power charging control for the battery 120, a power supply control for the battery 120, a control unit 550 for controlling a communication unit and a sensor, and a snow removal block 200. Communication unit 560 for receiving power applied from a remote place to be applied to the control unit to supply power to the vacuum tube 221 or to the light emitting block 300, and to check the illuminance, if the illuminance is less than a predetermined illuminance It includes a sensor unit 570 for applying a signal to the control unit 550.

The charging circuit 530, the power supply unit 540, the control unit 550, and the communication unit 560 are formed on one PCB board and mounted on the controller box 510, and a sensor unit is disposed on an upper side of the controller box 510. Is installed.

In addition, the sensor unit 570 consists of an illumination sensor and a rain sensor to detect when snow or rain falls and apply it to the control unit, and the control unit 550 supplies power to the vacuum tube 221 installed in the heating chamber so that heat is dissipated. Alternatively, the control unit 550 may apply a signal to the management server 600 located at a remote place through the communication unit 560 to control the remote place.

The controller 500 may further include a CCTV (580). For example, the snow removal block 200 or the light emitting block 300 is installed in the block body 100, the manager is located in a remote place in the state installed in the sidewalk and control through the management server 600 and the monitor after control Do it.

It describes the effect of the snow block block according to the present invention configured as described above.

The snow removing sidewalk block of the present invention may be installed in two forms as shown in FIGS. 4 and 7. In other words, in the snowy seasons such as winter, the snow block is installed on the upper part of the block body 100 to remove snow or to prevent freezing when it rains and light in spring, summer, and autumn except winter. It is installed for the purpose of upgrading the landscape of the city by radiating.

First, grooves are formed in the sidewalk at a predetermined depth, and then the block body 100 is continuously installed adjacently or in a zigzag form. It is preferable to install them adjacently as possible continuously.

The main body magnet is installed by installing a snow block 200 so that the first block contact 230 having a polarity corresponding to the fixed contact 140 formed on the cover 130 is in contact with the block body 100. And to be fixed by the snow block magnet 240.

The upper portion of the snow removal block 200 is fixed to a fixing member having a triangular shape on the top of the snow removal block 200 by using a screw in a state in which the cover 400 is positioned.

When snow falls in a state where the snow block 200 is installed on the block body 100 as described above, the rain sensor of the controller 500 detects this, and the detected signal is applied to the controller 550. The signal applied to the control unit 550 applies the signal to the management server 600 located at a remote location through short-range wireless communication or mobile communication by a program previously installed in the control unit 550 of the controller 500.

When the signal is applied to the management server 600, the management server 600 checks the video taken by the CCTV 580 installed in the vicinity of the place where the snow removing sidewalk block is installed in the short-range wireless communication or moving Apply signal through communication network.

The signal applied from the management server 600 is received by the communication unit 560 through a short range wireless communication or a mobile communication network, the received signal is applied to the control unit 550, the power supply unit by the signal received from the control unit 550 Power is supplied to the vacuum tube 221 installed in the heating chamber 220 through 540.

The vacuum tube 221 generates heat by the power applied from the power supply unit 540, and the heat generated is transferred to the snow removing solution 212 stored inside the snow removing block body 210, so that the entire snow removing block 200 has a predetermined temperature. Heat to keep snow cleared.

When the snow is snowed as described above, the pedestrian passing through the sidewalk can safely walk because the sliding situation by the snow does not occur.

In addition, even when it rains so as not to be frozen by using the heat of the vacuum tube 221 installed in the heating chamber 220 as described above pedestrians can walk safely.

Even when the signal applied from the sensor unit 570 is not applied to the management server 600 but to the control unit 550, the power is supplied from the power supply unit 540 to the vacuum tube 221 installed in the heating chamber 220 as described above. The vacuum tube 221 generates heat by the applied power to prevent snow removal or freezing.

And in the case of installing the light emitting block 300, loosen the screw to remove the cover 400 from the snow removing block 200, and then remove the snow removing block 200 from the upper portion of the block body 100 after separating the light emitting block 300 ) Is installed on the upper part of the block body 100. In this case, the polarization of the second block contact point 330 installed under the light emitting block body 310 is checked so that the polarity corresponding to the fixed contact point 140 installed on the upper portion of the cover 130 is positioned. Install).

The light emitting block 300 is a light emitting block magnet 340 is in close contact with the main body magnet 150 installed on the cover 130 is fixed to the block body 100 by magnetic force. The cover 400 is fixed to the fixing member by using a screw on the upper portion of the block body 100.

In the installed state as described above, the illuminance of the surroundings is checked through the illuminance sensor, and the checked signal is applied to the controller 550, and the controller 550 transmits the power of the power supply unit 540 to the light emitting member 320 by a program. Determine whether to authorize.

The light emitting member 320 emits light by the power applied from the power supply unit 540, and the pedestrian may pass safely.

As described above, the snow removal block 200 or the light emitting block 300 is installed on the upper portion of the block body 100 so that it can be used for snow removal or security purposes depending on the season.

In the detailed description of the present invention described above with reference to the preferred embodiment of the present invention, the scope of protection of the present invention is not limited to the above embodiment, and those of ordinary skill in the art It will be understood that various modifications and changes can be made without departing from the spirit and scope of the invention.

100: block body 110: enclosure
120: battery 130: cover
131: hole 140: fixed contact
150: main body magnet 200: snow block
210: snow block body 211: first through hole
212: snow removal solution 220: heating chamber
221: vacuum tube 230: first block contact
240: snow block magnet 300: light emitting block
310: light emitting block body 311: second through hole
320: light emitting member 330: second block contact
340: light emitting block magnet 400: cover
410: cover body 411: through
500: controller 510: controller box
520: solar 530: charging circuit
540: power supply unit 550: control unit
560: communication unit 570: sensor unit
580: CCTV 600: Management Server

Claims (7)

One of the snow removal block 200 and the light emitting block 300 has a battery 120 so as to supply the necessary power in a state in which one is installed, the block body 100 is zigzag or continuously installed on the sidewalk;
A snow block 200 installed in the block body 100 to prevent snow or rain from freezing due to a temperature drop;
A light emitting block 300 installed above the block body 100 to emit light so as to promote safety of the pedestrian in the season of maintaining the temperature of the image;
A cover 400 installed on the snow removing block 200 or the light emitting block 300 so as to protect the snow removing block 200 or the light emitting block 300 and to prevent slippage;
A controller 500 installed in the block body center to control the charging, power supply, and wireless communication of the battery 120 by receiving sunlight in an upper center of the block body 100;
Press block for snow removal, characterized in that it comprises a. The method of claim 1,
The block body 100,
A housing 110 having a predetermined space therein so as to be installed on the sidewalk and having an upper portion opened;
A battery 120 installed in a space formed inside the enclosure 110 to charge the power or to supply the power through the fixed contact 140;
A cover 130 having a hole 131 formed at a center thereof and installed on the battery 120;
A fixed contact 140 installed to be exposed to an edge of the cover 130 so as to supply power to the snow removal block 200 or the light emitting block 300 under the control of the controller 500;
A plurality of body magnets 150 are installed on the upper edge of the cover 130 so as to be fixed by the snow block magnet 240 of the snow block 200 or the light emitting block magnet 340 of the light emitting block 300 and the magnetic force. ;
Press block for snow removal, comprising a. The method of claim 1,
The snow block 200 is,
A snow removal block body 210 having a first through hole 211 at the center and having a predetermined space formed therein;
A snow removal solution 212 which is heated by the heat generated from the vacuum tube 221 and filled inside the snow removal block 210 so that snow removal is easily performed;
The vacuum tube 221 is formed to generate heat at the edge of the snow removal block body 210 so as to generate heat by the power supplied from the battery 120 to raise the snow removal solution 212 to a predetermined temperature to prevent snow removal and freezing. A heating chamber 220;
A first block contact point 230 installed at a lower edge of the snow removing block body 210 to receive power from the battery 120 installed in the block body 100;
Snow removal block magnet 240 is installed in the lower portion of the snow removal block body 210 so that the snow removal block body 210 is fixed in the upper portion of the block body (100);
Press block for snow removal, comprising a. The method of claim 3,
The heating chamber 220,
Press block for snow removal, characterized in that having a vacuum tube 221 on any one or both of the edge of the first through-hole 211 formed in the snow block body 210 and the edge of the snow block body 210. . The method of claim 1,
The light emitting block 300,
A light emitting block body 310 having a second through hole 311 at the center thereof and having a predetermined space formed therein;
A light emitting member 320 installed in a space of the light emitting block body 310 to emit light;
A second block contact point 330 installed at a lower edge of the light emitting block body 310 to supply power to the battery 120 to the light emitting member 320;
Light emitting block magnet 340 is installed on the lower portion of the light emitting block body 310 so that the light emitting block 300 is fixed on the upper portion of the block body 100;
Press block for snow removal, comprising a. The method of claim 1,
The cover 400,
A snow block block for snow removal, characterized in that circular projections or long bar-like projections are formed, such as visually impaired induction blocks. The method of claim 1,
The cover 400,
A cover body 410 formed of a lattice shape and having an overall shape in a cross shape and fixed to a top of the snow removal block 200 or the light emitting block 300 with screws;
A plurality of through holes 411 formed in a cross position in the cover body 410 so that heat or light emitted from the snow removing block 200 can be emitted;
Press block for snow removal comprising a.

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