KR200456263Y1 - Antiskid type speed bump with bottom sprayer - Google Patents

Abstract

The present invention insulates the pesticide supply pipe which supplies the pesticide, and installs a heat wire which is installed in the heat insulation along the supply pipe to prevent freezing of the pesticide inside the supply pipe. A non-slip speed bump having a lower spreader which prevents freezing of the pesticide by forming a heat dissipation device by forming a heat dissipation device after forming the speed bumps on which the spray device is installed, and then forming a heat dissipation device. will be.

Description

Anti-skid speed bump with bottom sprayer {Antiskid type speed bump with bottom sprayer}

The present invention relates to an anti-slip speed bump having a lower spray function, and in particular, it is possible to smoothly spray the pesticide by preventing the freezing agent from being frozen even on a cold day when the cold weather is driving, while freezing the spraying agent sprayed to the outside. An anti-slip speed bump has a lower spreading device that can prevent the vehicle from slipping.

The foot-and-mouth disease, which began in Andong in winter 2010, is spreading across the country rather than calming down the year, causing all livestock farmers in the country to soak.

Foot-and-mouth disease is a first-class viral legal epidemic of livestock with a mortality rate of 5 to 55% after blisters around the mouth and hoof of two hoofed cows and pigs. For cows, the incubation period is 3 to 8 days, with a high fever (40 to 41 ° C) at the beginning. Acute stomatitis with pain, not standing well and blisters in the canal (관) and bony (趾間) suffers and dies.

Since there is no specific treatment for foot-and-mouth disease, quarantine should be thorough if this disease occurs, and all cattle in contact with infected cattle should be incinerated or buried. Therefore, for now, all cattle or pigs in foot-and-mouth disease areas or suspected areas must be buried, causing a lot of financial pain for many livestock farmers, while environmental pollution from buried cows and pigs arises.

To prevent the outbreak of foot-and-mouth disease, there is currently no way other than to block traffic to livestock farms. However, it is not practical to block the communication, and the work is performed by installing a quarantine device as shown in FIG. 1 on the road on which the vehicle runs. The quarantine device comprises a side spreader for spraying a pesticide on the side of the vehicle, and a lower spreader 2 in the lower portion of the vehicle. The lower sprinkling device is composed of a speed bump that is commonly used to suppress rapid running of the vehicle and is configured to spray the medicine on the lower part of the vehicle.

The characteristics of the foot-and-mouth virus, which produces foot-and-mouth disease, are characterized by the fact that the activity of the foot-and-mouth virus, which is strong in the cold, is mainly activated in the cold winter, and the foot-and-mouth disease occurs mainly in the cold winter. When foot-and-mouth disease occurs in the winter in this way, it is sprayed through the lower sprinkler 2 of the quarantine device at a sudden drop in temperature during the use of the quarantine device shown in FIG. 1, for example, at a temperature of minus -5 to -20 degrees. If the anti-rusting agent is frozen, the anti-rusting device may not function properly, and in some cases, the lower spreading device 2 of the anti-rusting device may be frozen. If the freezing of such a pesticide or the freezing of the lower spray device 2 is made, there is a big problem that the proper foot and mouth control work is not made. In order to prevent the freezing of the pesticide or the freezing of the lower spray device 2, the pesticide is continuously sprayed regardless of whether traffic is present or not. However, in extreme cold, the pesticide is frozen even if the pesticide is continuously sprayed. As a result, the side spraying device is freezing.

On the other hand, even if the spraying agent sprayed through the lower spraying device 2 is not frozen, the spraying agent sprayed to the outside by the lower spraying device is not drained to the road surface on which the lower spraying device is installed, but the lower spraying device of the speed bump structure ( 2) It freezes around, making traffic difficult.

 Therefore, as a method for preventing freezing of the pesticide or freezing of the lower spraying device during the winter, a separate heating wire is installed around the lower spraying device of the speed bumper structure, but the heating wire is exposed to snow or a pesticide. In addition, the hot wire is often broken by repeated freezing of ice and sea ice scattered around the hot wire.

Therefore, it would be desirable to provide an anti-slip speed bump with a lower spreader of the anti-rust apparatus that can prevent freezing or freezing of the anti-rusting agent even when a biting cold wave is driven.

Therefore, an object of the present invention is to install a heat shield which is installed in the heat insulating material along the supply pipe to prevent the freezing of the water insulating material inside the supply pipe while insulating the heat insulating material supply pipe for supplying the antifouling agent as a heat insulating material. Anti-slip speeding with a lower spreader to prevent freezing of the freezing or breakwater spreading device, while forming the speed bumps on which the spreading device is installed with a metal material and then forming a heat dissipation device to prevent the breakwater from freezing on the speed bumps. To provide a bump.

In addition, it is an object of the present invention to provide a non-slip speed bump having a lower spreading device for spraying the quarantine only when the vehicle is determined by determining the presence of vehicle traffic.

In addition, an object of the present invention is to provide a non-slip speed bump having a lower spreading device that can adjust the heating value of the heating wire according to the ambient temperature.

In order to achieve the object of the present invention, the anti-slip speed bump having a lower spreading device according to the present invention, speed bumps, a plurality of reinforcement plate fixed to the speed bumps inside the body, and the speed combined with the reinforcement plate Comprising a lower spreading device installed inside the bumper main body, a plurality of drug discharge holes for spraying the drug sprayed by the lower spreading device is formed on the upper portion of the speed bumps body, the speed bumps main body in the portion close to the ground Characterized in that the stepped portion for discharging the drug dropped to the top to the edge of the road is formed.

In the anti-slip speed bumps according to the present invention, the speed bumps main body is made of a metal material having a concave-convex shape is formed on the surface, characterized in that the surface is coated with a rubber-based synthetic resin to increase the coefficient of friction with the vehicle wheel.

In the anti-slip speed bump according to the present invention, the reinforcement plate is made of a metal material and has a triangular shape of which the upper part is cut, and a fixing groove for fixing the lower spreading device is formed in the upper center, and the medicine dropped into the speed bump body. Discharge grooves for smoothly discharging to the edge of the road is formed on both lower sides, characterized in that the installation port for installing the hot wire pipe is formed on one side.

In the anti-slip speed bump according to the present invention, the hot wire pipe is characterized in that the pipe body, the heating cable, and a wire for supplying power to the heating cable and the lower spreader is housed.

In the non-slip speed bumps in the present invention, the lower spreading device is a frame having a cross-sectional shape of the hollow "M" of the bottom surface is formed and a plurality of through-holes for spraying the pesticide is formed, and is installed inside the frame A drug delivery pipe having a plurality of injection nozzles exposed to the outside through the through hole, the heat insulating material is installed to surround the transport pipe inside the frame, and installed between the transport pipe and the heat insulating material along the transport pipe inside the frame. And a side cover for sealing one side of the frame, and a lower cover for sealing a lower portion of the frame.

In the non-slip speed bump according to the present invention, the frame of the lower spreading device is made of a metal material such as stainless steel, the drug delivery pipe is characterized in that it is made of a material having a high thermal conductivity such as copper.

In the non-slip speed bumps according to the present invention, the heat insulating material of the lower spreading device is formed with a conveying pipe installation surface for mounting the drug transport pipe, and a heating wire installation groove for installation of the heating wire, the heat insulating material inside the frame Is installed so that the chemical feed pipe is mounted on the conveying pipe installation surface and the heating wire is installed in the heating wire installation groove, the heating wire is in contact with or located in close proximity to the chemical transport pipe to heat the chemical transport pipe while It is also characterized in that the frame is heated in contact.

The anti-slip speed bump has a lower spreading device according to the present invention, and includes a vehicle detection sensor installed on the side of the vehicle at a predetermined distance from the speed bump, a temperature sensor for sensing outside temperature, and heating and heating of the spreading device. Temperature control device connected to the cable to control the heating of the heating wire and heating cable, a switch to control the operation of the drug supply motor installed in the drug supply device, the process to control the sensors and the temperature control device and the switch And a drug supply device including a control device comprising a device and a drug supply motor for supplying a drug to the drug delivery pipe.

In the anti-slip speed bump according to the present invention, only when the traffic of the vehicle is detected through the vehicle detection sensor, the drug supply motor is operated through the switch, and the medicine is supplied from the drug supply device to the drug transport pipe, and then the injection nozzle is applied. It is characterized by spraying the drug.

In the anti-slip speed bump according to the present invention, the heating value of the heating wire and the heating cable is controlled using a temperature controller based on the external temperature detected by the temperature sensor.

On the upper surface of the non-slip speed bump body having a lower spreading device according to the present invention, a stepped portion is formed to guide the drug to the edge of the road, and a reinforcing plate supporting the speed bump body is separated from the speed bump body even at the bottom of the road. A discharge groove for leading to the edge is formed, and by installing a heated pipe on the reinforcement plate, there is an effect of preventing the drug from freezing in the speed bump even in the cold winter to smooth the traffic flow.

In addition, in the lower spreading device constituting the anti-slip speed bumps, by transporting the chemical wires in contact with or adjacent to the drug delivery pipe in a heat insulating material installed to surround the drug delivery pipe is installed inside the frame constituting the device, drug delivery By heating the pipe efficiently, there is an effect of preventing the freezing of the drug transported through the drug transport pipe on a cold winter day.

In addition, since the heating wire provided in the heat insulating material also comes in contact with the frame, there is an effect of preventing the freezing of the chemicals that the frame is heated by the heating wire and buried outside the frame.

In addition, the heating wire of the freeze-proof side spray device according to the present invention, by using a temperature sensor and a temperature control device to elastically control according to the external temperature has the effect of reducing power consumption and preventing overheating.

In addition, there is an effect that can prevent the waste of the drug by operating the freeze-proof side spray apparatus according to the present invention, only to operate when the vehicle is running.

1 is a view schematically showing the configuration of a quarantine device consisting of a side spreading device and a lower spreading device.
Figure 2 is an exploded perspective view of the anti-slip speed bump having a lower spray device according to the present invention.
3 is an enlarged cross-sectional view of a portion A of FIG.
Figure 4 is a view showing the configuration of the reinforcing plate used in the present invention.
5 is a perspective view of part B of FIG.
Figure 6 is an exploded perspective view of the lower spreading device used for the sliding speed bumps according to the present invention.
Figure 7 is a perspective view showing in detail the heat insulating material of the lower spreader.
8 is a view showing the assembled state of the anti-slip speed bump having a lower spreading device according to the present invention.
9 is a view for explaining the drug drainage function of the speed bump body.
Figure 10 is a view for schematically explaining the temperature control and operating function of the anti-slip speed bump having a lower spray device according to the present invention.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

Figure 2 is an exploded perspective view of the anti-slip speed bump having a lower spray device according to the present invention.

As shown in FIG. 2, the anti-slip speed bump 100 having a lower spreading device according to the present invention has a speed bumps 10 and a plurality of reinforcement plates 20 fixedly installed inside the speed bumps 10. ) And a lower spreading device 30 installed inside the speed bumper main body combined with the reinforcing plate.

Although the shape of the speed bumps main body 10 is similar to the conventional speed bumps, a plurality of drug discharge holes 11 for smoothly spraying the medicine sprayed by the lower spray device installed in the speed bumps main body is formed on the top The stepped portion 12 as shown in FIG. 3 is formed at a portion close to the ground. The reason for forming the stepped portion is to prevent the medicine from being collected near the speed bumper body 10 by freezing the medicine sprayed through the discharge hole on a cold winter day and falling on the speeding jaw body to the edge of the road.

The speed bumps main body 10 according to the present invention is made of a metal material having a concave-convex shape on the surface, and the surface is coated with a rubber-based synthetic resin to increase the coefficient of friction with the vehicle wheel.

The reinforcing plate 20 installed inside the speed bumps main body 10 to support the speed bumps main body is made of a metal material and has a triangular shape having an upper portion cut as shown in FIG. 4. And the fixing groove 21 for fixing the lower spraying device 30 is formed in the upper center, the discharge groove 22 for smoothly discharging the medicine dropped to the speed bumps body to the edge of the road is formed on both sides of the lower, On one side, an installation tool 23 for installing the hot wire pipe 24 is formed.

The hot wire pipe 24, as shown in Figure 5, to supply power to the pipe body 24'1, the heating cable 24'2, and the heating cable and the heating wire of the lower spreader described later. For wire 24'3 is housed. Since the outer sheath of the wire is made of heat-resistant Teflon-based resin, the outer sheath of the wire is not damaged by the heating of the heating cable.

In this way, since the speed bump member and the reinforcement plate are made of metal, and the reinforcement plate is provided with a heating wire pipe, the heat generated by the heating cable inside the heating wire pipe is transferred to the reinforcement plate and the speed bump, so that the cold speed is exceeded. Freezing of the medicine on the jaw is prevented.

FIG. 6 is a perspective view illustrating the lower spreading device, and FIG. 7 is a view illustrating in detail a heat insulating material used in the lower spreading device.

As shown in Fig. 6 and 7, the lower sprinkling device 30, the frame 31 is formed with a plurality of through holes 31 '1 for spraying the pesticide, and is installed inside the frame and the through holes ( A drug delivery pipe 32 having a plurality of injection nozzles 32'1 exposed to the outside through 31'1, a heat insulating material 33 installed to surround the transfer pipe 32 inside the frame; Inside the frame with a heating wire 34 installed between the conveying pipe and the heat insulating material along the moving pipe, the side cover 35 for sealing one side of the frame, and the lower cover 36 for sealing the lower part of the frame Is done.

The frame 31 is configured to have a cross-sectional shape of a hollow “M” having an open lower surface, and is manufactured using stainless steel or general steel to prevent freezing. In the middle portion of the frame, a plurality of through holes 31'1 are formed at regular intervals. Through the through hole, the injection nozzle 32'1 of the conveying pipe 32 is positioned to be exposed.

The conveying pipe 32 carries a medicine, and an injection nozzle 32 ′ 1 (see FIG. 8) corresponding to the through hole 31 ′ 1 formed in the frame is formed. The conveying pipe is composed of a material having high thermal conductivity, such as copper. Then, at one end of the conveying pipe 30, a connecting mechanism 32'2 for connecting with the upper conveying apparatus 1 of the anti-spreading apparatus 1 of the quarantine device, the conveying pipe or the chemical conveying pipe from the chemical supply device is installed. The connecting mechanism is made of a rubber series hose and is connected in one-touch manner with the conveying pipe of the lower sprinkling apparatus or the medicament conveying pipe from the medicament supply device. This one-touch connection method is well known and does not represent a separate detailed description or configuration.

The heat insulating material 33 is configured to have a cross-sectional shape corresponding to the cross-sectional shape of the frame 31 is installed inside the frame. The heat insulator 33 is provided with a conveying pipe installation surface 33'1 for placing the chemical conveying pipe 32 and a heating wire installation groove 33'2 for installing the heating wire 34. The heat insulating material 33 is made of a flame retardant material in order to prevent any damage caused by hot wire.

As described above, the transfer pipe is installed inside the frame such that the injection nozzles 32'1 of the drug delivery pipe 32 are aligned with the through holes 31'1 of the frame 31, and then the transfer pipe is installed. After the heat insulator 33 is installed in the frame so that the pipe 32 is positioned on the conveying pipe installation surface 33 ′ 1, the heat wire 34 is opened through the hot wire installation groove 33 ′ 2 of the heat insulator 33. Another drug transfer pipe (not shown), which is then sealed with one end of the frame with the side cover 35 using a predetermined screw means, and the transfer pipe 32 extends from the drug supply device. By connecting with the lower spreader 30 is completed.

By installing the heating wire 34 in the heating wire installation groove 33'2 of the heat insulator 33 so as to be in contact with or adjacent to the medicine delivery pipe along the longitudinal direction of the medicine delivery pipe 32 inside the frame 31, Since the chemical | medical agent conveyance pipe excellent in thermal conductivity is heated by the heat of a hot wire, the chemical | medical agent inside a conveyance pipe does not freeze by low external temperature. In addition, since the hot wire is arranged to be in contact with the frame 31, the frame is also heated by the hot wire. Therefore, even if the drug injected through the injection nozzle is buried in the frame, the drug is not frozen outside the frame. Therefore, the lower sprinkler 30 does not freeze the drug or freeze the transport pipe of the sprinkler by a very low external temperature, and also the drug does not freeze in the frame near the spray nozzle and is always sprayed. Injection of the medicine through the nozzle can be made.

Figure 8 shows the assembled shape of the anti-slip speed bump with a lower spreading device completed according to the present invention, Figure 9 schematically illustrates the discharge of the drug by the stepped portion 12 installed on the top of the speed bumps main body It is a figure for following.

If a non-slip speed bump having a lower spreader as shown in FIG. 8 is used and is sprayed from the lower spreader onto the drug speed bump, a portion of the sprayed medication will fall onto the speed bump body. Then, the drug is discharged to the edge of the road through the stepped portion 12 as shown in Figure 9 to prevent the drug from freezing in the speed bump body.

10 is a view for explaining the temperature control and operating function of the anti-slip speed bump having a lower spray device according to the present invention.

When using the freeze-preventing side spreading device according to the present invention, it is preferable to appropriately adjust the heating value of the heating wire according to the external temperature. For example, at a relatively high temperature, the drug does not freeze even if the heating value of the heating wire is reduced, but it is preferable to increase the heating value of the heating wire at a very low temperature of minus 10 or higher because the possibility of freezing of the medicine is high. Therefore, it is preferable to automatically adjust the heating value of the heating wire according to the external temperature, rather than manually adjusting the heating value of the heating wire.

In addition, the existing spraying device continuously sprays the drug regardless of the traffic of the vehicle, and the waste of the drug is severe. Therefore, the drug is sprayed only when the vehicle is passed and the drug is sprayed to prevent waste of the drug. It is preferable.

As shown in Figure 10, the lower spreading device 30 of the present invention is connected to the control device 200 and the drug supply device (300).

The control device 200 is a vehicle detection sensor 210 to be installed on the side in which the vehicle is introduced at a predetermined distance to the spraying device 30, the temperature sensor 220 for sensing the outside temperature, and the hot wire of the spraying device The temperature control device 230 is connected to the heating cable 24'2 of the heating wire pipe 24 and the heating wire 24 to control the heating of the heating wire and the heating cable, and the medicine supply motor 310 installed in the medicine supply device. The switch 240 and the processing device 250 to control the operation of the.

The drug supply device 300 is to supply the drug to the drug delivery pipe 32 of the spraying device 30 through the drug supply motor 310.

In the configuration as described above, the heating cable 24'2 of the heating wire 34 and the heating pipe 24 of the lower spray device 30, the temperature measured by the temperature sensor 220 connected to the control device 200 The amount of heat is controlled by the processor 250 to adjust the temperature control device 230 based on. Therefore, the amount of heat generated through the heating wire is reduced at a temperature where the freezing potential of the drug is low, and the amount of heat generated by the heating wire is increased at a temperature where the freezing possibility of the drug is high and the freezing potential of the spraying device is high due to the freezing of the drug. To be done. Therefore, it is possible not only to prevent overheating by the hot wire but also to reduce the power consumed by the hot wire.

In addition, the lower side spray device is normally in the off state, when the vehicle passes through the vehicle sensor 210 to detect the traffic of the vehicle turns on the switch 240 to operate the spraying motor 310 for drug supply The drug is supplied to the device and allowed to spread. As such, when the drug is sprayed through the spraying device only when the vehicle passes, the motor is frequently operated through the switch when the passage of the vehicle is not continuous but continuously. Therefore, the motor can be heavily loaded. In order to prevent such a case, if the drug supply motor is operated by the switch to operate for a predetermined time, for example, 3 minutes, if the vehicle detection sensor does not detect the traffic of the vehicle for 3 minutes, after 3 minutes The operation can be stopped to stop the drug application.

In addition, since the freezing of the drug is prevented by using the heating wire and the heating cable as described above, even if the spraying of the drug is intermittently intercepted through the vehicle detection sensor, the drug is frozen even in low-zero weather to prevent the spraying device from being stopped. You can do it.

10: speed bump body 11: discharge
12: step 20: reinforcement plate
21: fixed groove 22: discharge groove
23: heated pipe installation port 24: heated pipe
24'1: Pipe body 24'2: Heating cable
24'3: Wire 30: Lower sprayer
31: Frame 31'1: Through
32: Transfer pipe 32'1: Spray nozzle
32 '2: Connector 33: Insulation
33'1: Feed pipe mounting surface 33'2: Hot wire mounting groove
34: heating wire 35; side cover
36: lower cover
100: non-slip speed bump with lower spreading device
200: controller 210: vehicle detection sensor
220: temperature sensor 230: temperature controller
240: switch 250: processing unit
300: drug supply device 310: motor for drug supply

Claims (10)

delete delete delete delete It consists of a speed bumps main body 10, a plurality of reinforcement plate 20 is fixedly installed inside the speed bumps 10, and the lower spray device 30 is coupled to the reinforcement plate and installed inside the speed bumps main body and In the upper part of the speed bumps main body 10, a plurality of drug discharge holes 11 for spraying the drug sprayed by the lower spray device is formed on the upper portion, and the drug dropped to the upper speed bumps main body on the portion close to the ground. In the anti-slip speed bump having a lower spreading device having a stepped portion 12 for discharging to the road edge, the lower spreading device 30,
A frame 31 having a cross-sectional shape of a hollow “M” having an open lower surface, and having a plurality of through holes 31 ′ 1 for spreading the pesticide;
A drug delivery pipe 32 installed inside the frame and having a plurality of injection nozzles 32'1 exposed to the outside through the through holes 31'1;
Insulation material 33 is installed to surround the conveying pipe 32 in the frame,
A heating wire 34 installed between the conveying pipe and the heat insulating material along the conveying pipe inside the frame;
Side cover 35 for sealing one side of the frame,
Non-slip speed bumps having a lower spray device, characterized in that consisting of a lower cover 36 for sealing the lower portion of the frame. The non-slip having a lower spreading device according to claim 5, wherein the frame 31 is made of a metal material such as stainless steel, and the medicine conveying pipe 32 is made of a material having a thermal conductivity such as copper. Speed bumps. The heating pipe installation surface 33'1 for placing the chemical transfer pipe 32 on the heat insulator 33 and the heating wire installation groove 33'2 for installing the heating wire 34. ) Is formed, the heat insulating material 33 is installed inside the frame, the chemical feed pipe 32 is mounted on the conveying pipe installation surface 33'1, and the heating wire is installed on the hot wire installing groove 33'2. The heating wire is a non-slip speed bump having a lower spreading device, characterized in that the heating device is in contact with or close to the drug delivery pipe 32 to heat the drug delivery pipe and in contact with the frame. . The vehicle detecting sensor 210 according to any one of claims 5 to 7, wherein the lower spray device 30 is installed at a side from which the vehicle is introduced at a distance from the spreading device, and the outside temperature is detected. The temperature sensor 220, the heating wire 34 and the heating cable 24'2 of the spreading device is connected to the temperature control device 230 for controlling the heating of the heating wire and the heating cable, and drug supply to the drug supply device To the control device 200 comprising a switch 240 for intermittent operation of the motor 310, a sensor 250, a processing device 250 for controlling the switch, and a chemical feed pipe 32. Anti-slip speed bump with a lower spray device, characterized in that the drug supply device 300 including a drug supply motor 310 for supplying a drug is further installed. According to claim 8, The drug supply pipe from the drug supply device 300 by operating the drug supply motor 310 through the switch 240 only when the traffic of the vehicle is detected through the vehicle sensor 210 32) Non-slip speed bumps having a lower spray device characterized in that the drug is supplied to spray the drug through the injection nozzle (32 '1). The method of claim 8, characterized in that for controlling the heat generation of the heating wire 34 and the heating cable 24'2 using the temperature control device 230 based on the external temperature detected by the temperature sensor 220. Non-slip speed bump with lower spreader.

Images