JP2015169016A - Snow melting promoting perforation apparatus - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problem of requiring a simple snow melting device and an apparatus capable of quickly melting for securing a parking space, due to becoming the large problem when labor cost increases very much, though snow is conventionally occasionally melted by digging a groove on a snow mountain by a heavy machine or manpower, since snow-removed and deposited snow mountain is deposited as a mountain in the corner such as a parking space, when snow of falling at a time is much recently, possibly by influence of abnormal weather.SOLUTION: A hole is vertically opened up to the ground surface by using a cylindrical snow melting promoting perforation apparatus of the present invention for a deposited snow mountain, and snow melting is promoted as an air passing port by penetrating by opening the hole from a snow mountain side surface in this excavation hole.

Description

The present invention relates to a drilling tool for drilling to obtain snow melting acceleration of accumulated snow.

In recent years, it has become a problem to deal with snow that has been snow-removed by repeatedly increasing or melting the amount of snowfall due to abnormal weather.

Snow removed from the parking lot was accumulated at a plurality of locations, and when this accumulated snow was treated, it was loaded into a dump truck or the like and transported to remove snow.

For this reason, transportation processing costs are high, and they are stacked on one end of the parking lot until they melt naturally, and are left until they melt naturally.

There is inconvenience such as lack of parking space because it takes a long time until the accumulated snow naturally melts and there is snow.

Also, in mountainous areas such as orchards, heavy snowfall has the effect of remaining snow as the remaining snow until early spring and delaying farm work.

The amount of snowfall is large, fruit trees are buried in snow, and branches are broken by the weight of snow.

Japanese Patent Application 2005-107984 Japanese Patent Application 2010-285614 Japanese Patent Application No. 09-308037

It is to melt snow from snow that falls a lot at a time efficiently.

In order to melt the accumulated snow after snow removal more quickly, digging a groove in the accumulated snow mountain to increase the surface that touches the air and promoting snow melting, but when it is excavated with a scoop by human power etc. It is a hard work.

If you dig a groove that reaches the ground in a snowy mountain that is 1m to 2m high, you will dig a groove with a size of 1m or more in the upper opening groove with a scoop. The amount of excavation and the excavation time become very difficult, and it is difficult to excavate by manpower. After snow melting to a certain extent and the accumulated snow is reduced, the snow is divided.

When we wanted to melt snow early, we used snow heavy equipment for excavation and grooving.

In the present invention, in order to melt snow that melts naturally more quickly, a plurality of deep holes are dug in the accumulated snow to increase the area in contact with the air and promote snow melting.

Insert a pipe into the snowy mountain and drill a hole to the ground.

A pipe is set up on a snowy mountain that has been piled up, a weight is pushed in, the pipe is sunk, the snow in the pipe is crushed, the snow is brought into close contact with the pipe, and a hole is made with the snow in the pipe.

In addition, a pipe is inserted directly from the side of the accumulated snow mountain to the side and underneath to make a hole, and a hole is made to the ground to accelerate snow melting.

By inserting a pipe from the upper part around the buried branch of fruit trees, etc., and exploring the branch while digging a hole, the snow at the upper part of the branch can be quickly solved and the branch can be released from the weight of snow damage.

Move the pipe up and down on the snow and push it down to a suitable depth to apply pressure to the snow in the pipe.

Repeat this work to drill a hole to the ground.

The drilling device for promoting snow melting according to the present invention uses a round pipe when used on snowy mountains accumulated by removing snow, etc., but the excavation surface is rectangular for promoting the melting of snow accumulated in fields, orchards, etc. It is also easy to dig a ditch by connecting the excavation surface using a square pipe.

In order to melt snow accumulated in fields, orchards, etc., dig a ditch using a drilling tool for promoting snow melting in square pipes.

Using a drilling tool for promoting snow melting in square pipes around the buried branches that snowed in orchard fields, etc., reduce the weight of snow applied to the branches.

When unwinding snow in the field early in early spring, create a suitable interval and dig a ditch in parallel with the ground pipe using a drilling tool for promoting snow melting in a square pipe.

When digging snow that does not naturally accumulate and tighten, snowy holes or grooves with high moisture content, use a square pipe of a drilling tool for promoting snow melting provided with a non-slip member in the drilling pipe.
The non-slip member may be a sheet-like base material having a degree of flexibility such as woven fabric, knitted fabric, non-woven fabric, felt, paper, etc., and can be appropriately selected in consideration of snow quality. . The following is an example of felt.

When using a snow-melting promotion pipe for snow that has naturally accumulated snow, since the snow is loose, a belt-like felt of about 3 cm is provided at the lower end of the pipe to prevent the snow inside the pipe from sliding off the pipe. Used as

It is not necessary to use loose snow because it can be excavated just by putting weight on the pipe without using a rolling plate with a sharp tip.

When melting snow from accumulated snow piles, use a circular tube with a snow melting-promoting drilling pipe.

For a hard snow mountain or the like that has been snow-removed and accumulated, a plate provided with a sharp plate-like member that crushes snow at the lower end of the side surface of the rolling plate member is used.

Because of the rough snow quality of the accumulated snow layer, it is difficult to adhere to the inside of the pipe due to the rough snow. Use a pipe with a stop.

Because the snow layer is rough and rough, it is difficult to adhere to the inside of the pipe due to the rough snow, and it is difficult for the snow to slide down from the pipe and dig a drill hole. Use pipes with patterns as anti-slip members.

For snow that has a rough snow quality due to the accumulated snow layer and is difficult to adhere to the inside of the pipe due to the rough snow, it is difficult to make a digging hole on the outer periphery of the conical rolling plate member. Using a rolling compaction plate with a spiral protrusion band, snow is also retained on the plate, and the pipe is pulled out to make a hole.

The present invention will be described more specifically with reference to the following examples, but the present invention is not limited thereto.

The drilling device for promoting snow melting of the accumulated snow which has been removed from the corner of the parking lot at a corner of a parking lot or the like in a large parking lot, etc., has a diameter of 75 mm and a length of 1.2 m.

The drilling device for promoting snow melting of the present invention uses a PVC pipe. However, when drilling deeper and deeper with the height of the accumulated snow mountain, etc., it is strong as a drilling pipe for promoting snow melting about 2 m long. There is a light weight material such as carbon resin pipe.

Stand this drilling tool for promoting snow melting drilling on the accumulated snowy mountains, put the weight on the pipe and sink it for about 60cm, move the conical rolling plate member up and down, compact the snow in the pipe, and tighten the snow inside the pipe. Pull out the pipe.

The snow clogged in the drawn pipe is removed by pushing out the rolling plate to the lower end of the pipe. This process is repeated to dig a hole to the ground.

A suitable space is placed at the top of the snowy mountain, and a plurality of vertical drilling holes are provided according to the size of the snowy mountain.

In addition, snow melting is promoted by drilling from the side with a drilling tool for promoting snow melting so as to be connected to the hole dug vertically from the snowy mountain slope.

If the snow is not tightly attached to the pipe even if it is rolled, and it cannot be excavated due to the rough snow or the lame snow layer that exists in the intermediate layer of the snow mountain where snow removal has been accumulated, a belt is formed on the inner surface of the lower end of the pipe. Use a pipe provided with a felted non-slip member.

The snow in the pipe moves the rolling plate up and down and rolls it, so that the snow comes into contact with the anti-slip member of the felt, and the snow rises together when the pipe is pulled out.

Depending on the size of the hole to be excavated, the pipe becomes larger, but the width of the felt of the anti-slip member is proportionally increased.

If the pipe cannot be submerged even if it is pushed up and down because there is a layer that melts and freezes again in the intermediate layer in the snow mountain where the snow has accumulated, if the pipe does not sink, a sharp plate-like shape is formed at the lower side of the rolling plate member Reference figure 5 where a series of excavation operations are performed by submerging the pipe while moving the rolling plate support column up and down to break the frozen surface using the rolling plate provided with members.

Moreover, in order to make the hole to be excavated larger and to make the snow tightly adhere to the pipe, reference figure 6 in which the tip of the conical rolling plate is longer and sharper is used.

When using a snowmelt-promoting drilling tool for excavating grooves to promote snowmelt on snow in fields, orchards, etc., use rectangular rectangular pipes to dig square holes and partially overlap the excavated surface. Reference figure 17 where connecting grooves can be made by digging like this.

When excavating snow that has accumulated snow and has a lot of moisture, if the snow slips from the inside of the pipe and cannot be retained by the pipe, use a pipe with a hole at the bottom of the pipe. FIG.

When rolling pressure is applied to the snow in the pipe, the snow escapes from the hole to the outside, and this snow layer becomes friction and becomes resistance when pulling out the pipe, so that the snow can be held in the pipe.

In the case of snow quality in the above situation, when the snow cannot be closely adhered to the pipe, a pipe having a spiral pattern of protrusions on one end of the inner surface of the lower end of the cylindrical pipe may be used as a non-slip member.

When excavating snow that has accumulated snow and has a lot of moisture, even if it rolls into the snow in the pipe, if the snow slips from the inside of the pipe and cannot be held on the pipe, a spiral protrusion band is formed on the outer periphery of the conical rolling plate member. FIG. 10 is a reference diagram 10 in which a rolling compaction plate provided is rotated moderately, snow is pressed into a pipe wall to be brought into close contact, and the pipe is pulled out to dig a hole.

The working process of the excavation procedure for digging a snow melting groove in the snow surface using a square pipe using the snow melting promoting hole drill of the present invention will be described with reference to FIG. .

The length of the excavation pipe of the square pipe of FIG. 11 which stands on the snowy surface is 1.5 m.

To put the weight on the pipe and sink it, rotate the handle part of the handle number 3 to loosen it, and turn the handle part again to a position of about 70 cm in height where the weight is easy to put on the pipe. Fix it.

Reference figure 15 where the handle is held by hand and the weight is applied to sink the pipe.

The handle shown in FIG. 15 is loosened, and the handle is fixed to the upper end of the pipe.

By pulling out the pipe, snow is clogged and a square hole is drilled in the snow surface.

Sink the square pipe so that the square pipe partially overlaps the excavated square hole.

When the snow in the excavated pipe sinks the weight and sinks the pipe, it is pushed and pushed out by the snow below the pipe and is discharged as a snow soul 24 in FIG.

When the above-described series of procedures is performed, a connected slot is obtained.

It is now possible to easily apply force to the pipe by making the handle provided with the function of adjusting the height by fixing the handle provided in the pipe.

Use a carbon resin pipe that is lightweight and strong so that it can be used up to a length of about 1.5 m to 2.0 m of this square type snow melting promotion drilling device.

You may use this ditch as an excavation ditch which promotes snow melting, such as a field and the branch where a fruit tree was buried.

Drilling tool for promoting snow melting using a 1.5cm long round PVC pipe with a diameter of 7.5cm or 6.5cm on the hard and tight snow removed from snow removal. Explain the procedure.

The excavation procedure is performed in substantially the same work procedure as that of the seventh embodiment.

In addition, when excavating a long hole from the side of the snowy mountain, the PVC pipe shown in FIG. 1 is 2.5 m long and 5.0 cm in diameter.

Ninth Embodiment FIG. 9 is an overall perspective view 19 of an embodiment of a drilling device for promoting snow melting that can be used for various purposes and is easy to carry.

FIGS. 19 and 20 are constructed of the excavating pipe code 1, the pipe cap code 4, the rolling plate code 5, and the rolling column 6 and the pipe is inserted into the snow surface.

FIG. 21 is a situation diagram in which a pipe is submerged, a rolling plate is inserted into the pipe, and snow in the pipe is pressed by moving the rolling plate column up and down.

FIG. 22 is a perspective view of a situation in which the pipe is pulled out from the snow accumulation surface, the snow clogged in the pipe is pushed into the lower part of the rolling plate support column, and the snow is discharged from the pipe.

FIG. 23 is a perspective view of the state of the excavated snow soul and holes opened in the snow surface.

In Example 10, since the snow clogged in the pipe is pushed out from the upper part of the pipe in the excavation work in Example 8, if the pipe is lengthened, the snow clogged in the pipe becomes heavy, and when it is pulled out from the snow accumulation surface, it hurts the waist. FIG. 24 shows a long pipe of a snow melting promotion drilling device provided with an opening cut out from the middle of the pipe so that the clogged snow can be removed from the pipe even when the pipe is lengthened.

Drilling tools for promoting snow melting up to Example 9 are mainly those with a depth of 1.5 m and a hole size of about 10 cm in diameter, but when the length, hole size, etc. increase, Due to the clogged snow, when I pulled the pipe from the snow surface, it sometimes hurt my waist.

In the tenth embodiment, in order to take out the clogged snow in the pipe from the clogged snow in the lower part of the pipe, the middle part or the like, an opening in which the pipe is cut out is provided in the pipe.

FIG. 24 is a view showing the weight reduction by providing a plurality of openings in the pipe for weight reduction because the pipe itself becomes heavier when the pipe is lengthened and lengthened.

Even if the pipe becomes long, it is easy to handle even if the hole becomes deeper by providing several holes for inserting the handle into the pipe at appropriate intervals.

In Example 11, as described in Example 10, in order to avoid back pain due to the weight of the snow excavated, the upper part of the square excavation pipe was cut off to reduce the weight of the pipe itself. 25 is a square deep groove excavator used for the purpose.

25. Square type deep groove excavator FIG. 25 is a cut-out top of a square pipe, but a square type provided with a non-slip member in the lower excavation square pipe and 1.8 m plate-like column support members on both sides. It is a deep groove excavator.

A handle code 25 insertion hole code 26 serving as a gripping hand that can be inserted into the support member is provided, and the position of the handle is changed according to the depth of excavation.

Further, in the square deep groove excavator having a wide excavation width, a plurality of partition plates 29 in FIG. 26 are provided in the excavator according to the width of the square excavator.

An anti-slip member 9 is also provided on the partition plate 26.

Although the use of features of each excavator has been described up to Example 11, a non-slip member is provided in the excavation pipe in consideration of the snow quality and the desired shape, size, groove width, depth, etc. of the hole. It is also possible to work with both the pipe and the rolling plate.

In Example 12, the excavation pipe shown in FIG. 28 is used when making a hole in the snow whose surface has been melted and whose surface has been frozen by cold waves.

It is used when the surface of a snowy mountain is frozen and hard, so that the pipe cannot be submerged even when the weight is applied to a conventional drilling pipe.

A sharp blade for cutting snow is provided at the lower end of the pipe in FIG. 28. Weight is applied to the pipe handle and the handle is moved left and right to cut the snow surface and sink the pipe.

Use of drilling and excavation and working conditions are performed in accordance with the above-described embodiment.

Excavation pipes suitable for the location where the accumulated snow and the accumulated snow are used are used.

The snow melting accelerating hole drilling device of the present invention inserts a pipe, moves up and down the rolling plate 5 or 6 times, and the snow is clogged in the pipe, and the pipe is pulled out. By pushing into the snow, snow is pushed out and the snow in the excavated pipe can be removed.

It is extremely easy to operate and can be easily carried by both men and women, 2.5 kg, and can be used for melting snow that has fallen from the roof and accumulated under the eaves.

The snowmelt-promoting drilling pipe is invented for use in melting snow, but it can also be used for excavation work for confirming soil quality in the formation, or for drilling soft ground.

This excavation technique can be used in a wide range of applications, including excavation work such as concrete foundation work, which can be used for operations such as digging the ground vertically to digging slopes horizontally.

FIG. 2 is an overall perspective view of a cylindrical snow melting promotion drilling device of the present invention. FIG. 3 is an exploded perspective view of a cylindrical snow melting promotion drilling device of the present invention. These are the perspective views which provided the hole in the conical rolling plate and pipe lower end of this invention. These are the plate-shaped members which crush freezing over the side surface and lower end of the conical rolling plate of the present invention. FIG. 3 is a perspective view in which a plate-like member having a sharp tip is provided on a conical rolling plate. Is a compact rolling plate with a sharp tip to break the ice. FIG. 3 is a perspective view in which a non-slip mat of a non-slip mat is provided on the lower inner surface of a pipe. Is a drilling device for promoting snow melting for digging a square groove. Is a cylindrical snow melting promotion drilling device of the present invention using a square pipe. FIG. 3 is a perspective view in which a strip-shaped spiral member is provided on a conical rolling member. The square grooving machine whole perspective view on a snowy surface. The whole digger of a round pipe on a snowy surface. The situation figure which pushed and inserted the square ditcher on the snowy surface. The state perspective view which pushed and inserted the hole digger of the round pipe into the snow surface. The state perspective view which inserted the square type digger fully in the snowy surface. The state perspective view which inserted the hole digger of a round pipe into the snow surface fully. The situation figure which pushed the square ditcher partly into the hole dug up and pushed it against the snow surface. Situation where a round pipe digger is pressed and inserted into the side of the digged hole. These are the basic perspective views of the drilling implement for snow melting promotion of this invention, and the whole perspective view of the operation procedure 1. FIG. These are the basic perspective views of the snow melting promotion drilling device of the present invention, the situation perspective view in which the pipe is inserted into the snow surface in the work procedure 2, and the perspective view of the rolling plate used. Fig. 2 is a partially enlarged perspective view of the situation where a rolling plate is inserted into the pipe and then the support column is moved up and down to apply rolling pressure to the snow in the pipe after the excavation pipe is submerged. FIG. 3 is a perspective view of a situation where snow clogged in a pipe is pushed out by a pressure plate support. FIG. 2 is a partially enlarged perspective view of the situation of the excavated hole and the excavated snow soul. FIG. 2 is a perspective view showing a light weight by providing a release port in the pipe in order to reduce the weight of the long pipe used for deep excavation of the snow melting promotion drilling device of the present invention. These are the excavator whole perspective views which can change the position of the height of a handle | steering_wheel for the ditching of the drilling tool for snow-melting promotion using the square pipe of this invention according to excavation depth. FIG. 3 is a perspective view of a square pipe grooving machine. FIG. 3 is a perspective view of a hull using a digger for a square pipe. FIG. 3 is a perspective view in which a blade for sharpening snow is provided at the lower end of a drilling pipe. FIG. 5 is a partial perspective view in which a spiral pattern protrusion is provided on the lower end inside the excavation pipe.

DESCRIPTION OF SYMBOLS 1 Pipe 2 Rolling column support handle 3 Handle 4 Cap 5 Rolling plate 6 Column 7 Hole 8 Sharp plate-like blade 9 for breaking freezing Non-slip cloth 10 Non-slip member Sharp conical rolling member 11 Square pipe 12 Groove Excavator 13 Pyramidal Rolling Member 14 Spiral Projection Band 15 Handle 16 Square Groove Excavator 17 Deep Drilling Round Pipe 18 Handle Slide Up and Down 19 Snow Covered Surface 20 Excavated Hole 21 Excavated Groove Hole 22 Slide Handle 23 Extruded snow soul 24 Excavated snow soul 25 Handle to insert handle 26 Hole to insert plug-in handle 27 Opening for taking out snow 28 Digging square pipe 29 Partition plate 30 Split by partition plate member Excavated snow 31 Blade 32 for cutting sharp snow 32 Spiral projection

Claims (9)

A drilling device for promoting snow melting comprising a cylindrical pipe and a conical rolling plate member for compacting and rolling. 2. The snow melting promotion drilling device according to claim 1, wherein a non-slip portion is provided at one end of the inner surface of the lower end of the cylindrical pipe. 3. The snow melting promoting hole drilling device according to claim 2, wherein the slip preventing portion at one end of the inner surface of the lower end of the cylindrical pipe is a belt-like felt slip preventing member. The anti-slip member for accelerating snow melting according to claim 2, wherein the anti-slip portion at one end of the inner surface of the cylindrical pipe is provided with a spiral projection pattern to form an anti-slip member. 3. A snow melting accelerating hole drilling device according to claim 2, wherein a hole is provided at the lower end of the cylindrical pipe to hold the pressed snow in the cylinder in close contact with the pipe. The drilling device for promoting snow melting according to claim 2, wherein the cylindrical pipe is a cylindrical pipe whose lower end circumferential portion is processed into a saw blade shape. The conical rolling plate member for compacting and rolling, wherein a sharp plate-like member is provided at the lower end of the side surface of the conical rolling plate member, for promoting snow melting according to any one of claims 2 to 6. Drilling equipment. The conical rolling plate member for compacting and rolling, wherein a spiral protrusion band is provided on the outer periphery of the conical rolling plate member, and the snow melting promoting hole according to any one of claims 2 to 6 is provided. Instruments. The non-slip part at the inner end of the cylindrical pipe lower end is a belt-like felt anti-slip member, and the cylindrical pipe lower end is provided with a hole for tightly holding the compressed snow in the cylinder to the pipe. A cylindrical pipe whose lower end circumference is processed into a saw blade shape, and a conical rolling plate member that compacts and rolls, a sharp plate-like member is provided at the lower side of the conical rolling plate member. The snow melting promotion drilling device according to claim 2.

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