KR20000045140A - Snow removing system - Google Patents

Abstract

PURPOSE: A snow removing system is provided to separate snow from a road to the outside or temporally store snow by melting and to prevent snow from piling on the road after quickly removing snow. CONSTITUTION: An inducing pipe(36) forms an intercepting plate(38). For separating snow in one side, the intercepting plate is open in the opposite direction of a side inducing pipe(36b) and at the same time, an upper inducing pipe(36a) is intercepted. Thus, the snow is spread in one side. A snow removing agent supplier(26) is installed in the rear of a vehicle(12). The supplier supplies a snow removing agent through a nozzle(28) in order to prevent snow from piling on a road. Also, a heating duct(26) prevents snow from freezing on the front face of a bucket(32).

Description

Snow removal system

The present invention relates to a snow removing system, and more particularly, to quickly and easily remove snow stacked on a road surface such as a road or a runway, and selectively blows or blows the snow on the road surface on which the vehicle operates to a roadside. The present invention provides a snow removal system for supplying a snow removing agent to induce snow, convert it into water, store it temporarily, discharge it at a specific place, and prevent lamination of remaining snow and continuous falling snow.

In general, a snow removal system is required to quickly and easily remove snow stacked on the road or runway, such as winter, to prevent the difficulty of traffic and the risk of various accidents.

The prior art of such a snow removal system, a method of guiding the road surface snow to one side by twisting the bucket corresponding to the road surface at a predetermined angle with respect to the driving direction of the vehicle, a method of collecting the snow on the road surface to discharge to one side, the snow on the road surface And various methods have been used, such as collecting and converting it into water, and discharging it to correspond to a specific place, and supplying snow removal material to the road surface in the process of driving the vehicle. It is also developing.

First, in a configuration in which the bucket is twisted at a predetermined angle with respect to the driving direction of the vehicle and pushed to one side, it is difficult to use when there is a large amount of snow stacked on the road surface, that is, where the road width is wide. Even in the configuration of collecting snow on the road surface and discharging it to one side, there is a problem that a lot of restrictions follow, such as inconvenience to a vehicle passing to the other side when the width of the road is wide.

In addition, the configuration of collecting the snow and converting it into water, has been disclosed in the Republic of Korea Patent Publication No. 97-62205.

The contents disclosed in Korean Patent Laid-Open Publication No. 97-62205 are provided with cooking means for transferring snow accumulated on a road surface into the inside of the vehicle during the advancement of the vehicle. It is designed to be stored by reducing the volume in the process of converting snow on the road into water, but in order to convert snow on the front of the road into water in response to wide roads, the amount is enormous and converted and stored every certain section. There is a hassle to discharge the water to be, there is an inefficient problem compared to the above-described bucket or the configuration for collecting and discharging the road of the edge portion.

In addition, in each of the above-described configurations, the structure of the bucket used to separate the eyes to one side or to collect the eyes usually maintains a gap at a predetermined distance from the road surface so that a predetermined amount of snow remains through the gap. In addition, since there is no means for preventing the stacking of snow continuously falling thereafter, there was a difficulty in that the above-described process should be repeated.

An object of the present invention is to separate the snow accumulated on the road to the outside of the area where the vehicle is driven, or to convert the water into a specific place while driving the central part of the road to be temporarily stored and discharged to a specific place. Provides a snow removal system to supply snow removing agent to prevent the remaining snow and the falling snow continuously to be carried out at the same time to remove the snow quickly and prevent the stacking of snow later. Is in.

1 is a cross-sectional view schematically showing the configuration and operation relationship of the snow removal system according to an embodiment of the present invention.

2 is a cross-sectional view for explaining the installation relationship and operation relationship between the induction pipe shown in FIG. 1 and the blocking plate provided on the induction pipe.

※ Explanation of codes for main parts of drawing

10: snow removal system 12: vehicle

16: frame 18: reservoir

20: power supply 24: heater

26: heating duct 28: snow removal supply

29: nozzle 32: bucket

34: paddles 36, 36a, 36b, 36c: guide tube

38: blocking plate 40: microwave

42: blower

A feature of the snow removal system according to the present invention for achieving the above object is a bucket installed in a shape extending in the lower portion of the vehicle so that the lower end is close to the road surface; A paddle for flowing snow collected and installed so as to rotate at a high speed in close proximity to the front surface of the bucket to an induction pipe formed successively from the bucket; The guide pipe is separated into an upper portion communicating with both sides and the reservoir, and the blocking plate is installed to open and close the flow of the eye guided to the portion separated in each direction; A heating unit installed in the reservoir to convert snow flowing into the water; A snow removal supply unit installed at a rear of the vehicle to supply snow removal agent; And a power supply unit supplying power in response to the control means for controlling the respective components.

In addition, the configuration of the heating unit, the top of the reservoir consists of a microwave formed to be heated by the power applied through the power supply, or the combustion gas exhaust line or heated cooling water and heating line derived from the vehicle is the It is preferable that the snow melter formed by extending and disposed inside the reservoir.

In addition, it is preferable to further install; a blower for providing a flow pressure to assist the flow of snow on each of the separate guide pipe connected to both sides of the vehicle and the reservoir.

In addition, in response to the bottom of the bucket, it is effective to further provide a heating duct in a separate configuration to prevent the eyes guided to the front of the bucket is laminated and hardened.

Hereinafter, a snow removal system according to an embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a cross-sectional view schematically showing the configuration and operation relationship of the snow removal system according to an embodiment of the present invention, Figure 2 is an installation relationship and operation of the blocking plate installed on the guide pipe and guide pipe shown in Figure 1 As a cross-sectional view for explaining the relationship, detailed description of the same parts as in the prior art will be omitted.

In the snow removing system 10 according to the present invention, as shown in FIG. 1, a storage tank 18 having a predetermined size is formed on the frame 16 of the vehicle 12, and the storage tank 18 is mounted. One side of the predetermined position is formed with a conventional discharge means for selectively discharging the fluid contained therein.

In addition, on the frame 16 described above, an ordinary power supply unit 20 for generating electric power is provided, and a snow removal agent supply unit 26 containing a snow removal agent such as calcium chloride is provided at a predetermined position behind the reservoir 18. At the rear of the snow removal supply section 26, a nozzle 28 is provided to spray supply the snow removal agent to face the road surface.

On the other hand, at a predetermined position between the lower portion of the frame 16, that is, between the front and rear wheels of the vehicle 12, as shown in Figure 1, the bucket 32 is located at a predetermined angle to the road surface in close proximity to the This conventional method is provided, and a paddle 34 is provided at the front predetermined position of the bucket 32 to guide and supply the eye collected by rotating at a high speed in correspondence with the front surface of the bucket 32 upward.

In addition, as described above, the eye guided by the bucket 32 and the paddle 34 is formed with a guide tube 36 constituting one passage in a shape extending from the bucket 32, the guide tube 36 The upper part of the side) is the side induction pipe (36b, 36c) formed to be separated in both directions of the vehicle 12, and the upper induction pipe separated to communicate with the upper portion of the above-described reservoir 18 above the induction pipe (36) It is divided into (36a).

As described above, on the guide pipe 36 separated into the upper guide pipe 36a and the side guide pipes 36b and 36c, as shown in FIG. 2, the guide pipe 36a, 36b, 36c) is provided with a blocking plate 38 formed to open and close the movement passage of the eye, the blocking plate 38 is hinged to each site where the upper guide pipe (36a) and the side guide pipes (36b, 36c) contact each other. As a result, the blocking plate 38 on one side rotates to form a configuration of selectively opening any one of the above-described induction pipes 36a, 36b, and 36c.

In addition, on the guide pipes 36a, 36b, and 36c separated in each direction, a blower 42 is provided which provides a flow pressure to accelerate the flow of the guided eye.

On the other hand, the inside of the storage tank 18 is provided with a heating unit for heating the snow flowing through the upper induction pipe 36a to be converted into water, the configuration of the heating unit, as shown in Figure 1, the storage tank ( A microwave () formed to supply heat to the power applied from the power supply unit 20 is installed at an upper predetermined position of 18).

Here, looking at the other configuration of the heating unit described above, the configuration of the snow melter (omitted for simplicity of the drawing) in which the combustion gas exhaust line or the coolant line by running the vehicle 12 extends into the storage tank 18. It can be formed as.

Therefore, the snow flowing through the upper guide pipe (36a) is converted into water by the heating portion inside the reservoir 18, the water is temporarily accommodated in the reservoir 18 is selectively selected in response to a specific place The process is discharged to.

On the other hand, the rear of the bucket 32 described above, the air heated to prevent the frozen snow is deposited on the front of the bucket 32 in the process of collecting snow on the road surface in response to the continuous running of the vehicle 12. A heating duct 26 is provided which is connected in communication from a separate heater 24 or a combustion gas exhaust line (omitted for simplification of the drawing) to inject.

The heated air discharged through the heating duct 26 is left as a result of the gap between the bucket 32 and the road surface while preventing snow from being deposited and frozen on the front surface of the bucket 32 as described above. Additionally performs the function of converting the eye into water.

According to the snow removal system 10 having such a configuration, the snow accumulated on the road surface is collected by the bucket 32 provided in the lower portion of the vehicle 12 in the course of the operator driving the vehicle 12, the longitudinal direction of the vehicle 12 It is guided to the central axis, and is installed to the upper side through the guide pipe 36 of the shape extending from the bucket 32 by the paddle 34 which is installed opposite to the bucket 32 and rotates at high speed.

The guided eye shields the side guide pipes 36b and 36c in which the blocking plate 38 provided on the guide pipe 36 is separated at both sides when the vehicle 12 passes through the central portion of the road, It is led to the reservoir 18 by opening the guide pipe 36a.

In addition, the snow guided to the inside of the reservoir 18 receives heat from the microwave 40 or the snow melter of the heating portion provided in the reservoir 18 is converted into water is temporarily stored in the reservoir 18, When moved to a specific place of the vehicle 12, the selectively stored water is subjected to a process of draining through the discharge portion (omitted for simplicity of the drawings).

On the other hand, in order to space the snow laminated on the road surface to any one side of the vehicle 12, the side induction pipe 36b in a direction opposite to the above-mentioned one of the blocking plate 38 on the induction pipe 36 described above. , The eye guided by opening the blocking plate 38 with respect to 36c and shielding the upper induction pipe 36a is sprayed with respect to any one side of the driving direction of the vehicle 12.

In addition, in the above-described process, the snow removal supply part 26 provided at the rear of the vehicle 12 is said to be laminated | stacked by the clearance gap between the bucket 32 and the road surface, and the snow which was not removed and the snow falling continuously on the road surface. The snow removing agent is continuously supplied through the nozzle 28 to prevent it.

In addition, the heating duct 26 installed in the rear portion of the bucket 32, as the heat source is supplied to face the rear of the bucket 32, the snow collected on the front of the bucket 32 freezes on the front Will be prevented.

Therefore, according to the above-described configuration, the snow accumulated on the road surface is spaced through the induction pipe on one side of the road or converted into water to be temporarily stored in the storage tank to be discharged at a specific place, and the snow remaining on the road surface continuously It is effective to remove snow quickly and easily by supplying a snow removal agent to prevent the snow falling.

Although the present invention has been described in detail only with respect to the described embodiments, it will be apparent to those skilled in the art that various modifications and variations are possible within the technical scope of the present invention, and such modifications and modifications are within the scope of the appended claims.

Claims (5)

In the snow removing system for removing snow accumulated on the road surface, A bucket installed at a lower portion of the vehicle so that the lower end thereof approaches the road surface; A paddle for flowing snow collected and installed so as to rotate at a high speed corresponding to the front surface of the bucket to an induction pipe formed successively from the bucket; The induction pipe is separated into an upper portion communicating with both sides and the reservoir, the blocking plate is installed to open and close the flow of the eye guided to the portion separated in each direction; A heating unit installed in the reservoir to convert snow flowing into the water; A snow removal supply unit installed at a rear of the vehicle to supply snow removal agent; And A power supply for supplying power in response to control means for controlling the respective components; Snow removal system, characterized in that configured to include. The method of claim 1, The configuration of the heating unit, the snow removal system, characterized in that the microwave formed to be heated by the power applied through the power supply in the upper portion of the reservoir. The method of claim 1, The heating unit comprises: a snow melter formed by extending the exhaust gas exhaust line or the heated coolant line derived from the vehicle in the reservoir. The method of claim 1, The induction pipe, a blower for providing a flow pressure to assist the flow of snow guided through each induction pipe at a predetermined position separated into the upper side connected to both sides of the vehicle and the reservoir; Snow removal system. The method of claim 1, And a heating duct corresponding to a bottom surface of the bucket to prevent snow that is guided in front of the bucket from stacking and hardening.