JP2008201579A - Winding device for hose - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily and smoothly roll-up a long and heavy hose, to reduce labor for rolling-up the long and heavy hose, and to shorten the time for rolling-up the long and heavy hose. <P>SOLUTION: In the winding device 11 for the hose, a pipe 3 having a reverse L-shaped hose guide pin 2 and the hose guide pin 2 opposed to it with an interval at an upper part is provided on one end of a horizontal strut 1, on the other end of the horizontal strut, a plurality of rotation plates 5 with winding pin 6 are provided on one end of a winding rotation shaft 4 with an interval, and a rotation rod 7 with a handle 8 is provided at a distal end on the other end of the winding rotation shaft. A rotation plate in which one fastener is fixed to an outer side of the rotation plate with the winding pin and a winding plate 9 having a plurality of winding pin holes 10 and being larger than the rotation plate in which the other fastener 9' is fixed to one surface are detachably and temporarily attached by both fasteners. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a winding device for a hose used when winding a hose such as a fire hose, an irrigation hose, or a drain hose.

  In the conventional hose winding method, when these hoses are used and then cleaned, the long hose connecting brackets connecting many hoses are removed and the hoses are placed on the ground and manually wound. . Yet another conventional method of winding the hose is to wind the hose with a wheeled hose winder.

In the former former method of winding the hose, when the hose is cleaned, the inside and outside of the hose is wet with water, and the work of winding the long and heavy hose while the operator bends the waist and bends by hand is heavy labor In addition to the problems, there is a problem that it is difficult to wind a hose by hand in a place where the ground is not flat and there are unevenness and inclination. In this conventional latter method of winding the hose, when winding a long hose with the connecting bracket connected to clear the hose, there is no stopper to stop the hose connecting bracket, so there is no long hose connected with the connecting bracket. There is a problem that there is a possibility of winding as it is, and there is a problem that a long hose may not be able to be wound because the connection fitting interferes with it.
JP2002-98960

  This invention eliminates these problems of the conventional method of winding a hose, easily and smoothly winds a long and heavy hose and reduces the labor of winding a long and heavy hose, For example, shortening the time for winding a long and heavy hose.

Means to solve the problem

  In the hose winding device of the present invention, a pipe having an inverted L-shaped hose guide pin and a hose guide pin facing each other at an interval is provided at one end portion of a horizontal column. At the other end of the column, a rotating plate with a plurality of winding pins is provided at one end of the winding rotary shaft at intervals, and a rotating rod with a handle is provided at the other end of the winding rotary shaft. The rotating plate with one stopper fixed to the outside of the rotating plate with the winding pin and the winding plate larger than the rotating plate and fixed with the other stopper are attached and detached with both stoppers. It is a temporary attachment.

The invention's effect

In the hose winding device of the present invention, a pipe having an inverted L-shaped hose guide pin and a hose guide pin facing each other at an interval is provided at one end portion of a horizontal column. At the other end of the column, a rotating plate with a plurality of winding pins is provided at one end of the winding rotary shaft at intervals, and a rotating rod with a handle is provided at the other end of the winding rotary shaft. The rotating plate with one stopper fixed to the outside of the rotating plate with the winding pin and the winding plate larger than the rotating plate and fixed with the other stopper are attached and detached with both stoppers. Since the hose take-up device is placed on a platform with a vehicle such as a hose car, the end of the hose to be cleaned is flattened between the hose guide pins and the hose guide pins provided opposite to each other. Insert the end of the inserted hose with the connecting bracket. By rotating the handle of the rotating rod manually after inserting it between the winding pins of the rotating plate, it is possible to wind up the long and heavy hose easily and smoothly as well as gravel roads and Similarly, long and heavy hoses can be wound up relatively easily and relatively smoothly on uneven ground and sloping ground, and the labor required to wind up these long and heavy hoses can be reduced. The time for winding a heavy hose can be shortened. Also, when the hose is wound up, the large hose fittings of the hose that hit the hose guide pin etc. can stop the winding of the first hose, and the first hose that stopped winding and the next hose Remove the rear end of the first hose inserted into the opposite hose guide pin from the hose guide pin and rotate the handle again to wind the rear end of the first hose. Can take.
By winding the hose in this way, it is possible to eliminate the possibility of damaging the hose because it does not drag the hose, and a large winding plate temporarily attached to the rotating plate after the winding of the hose is easier than the rotating plate. Therefore, the hose winding device can be reduced in size without being bulky to facilitate movement and storage.

In the hose take-up device according to claim 2, the pipe of the hose take-up device is inserted and attached to the grip portion of the T-shaped pulling rod having the tip of the hose car, and the support of the hose take-up device is attached to the tip of the hose car. The T-shaped tow bar in the body is detachably temporarily attached with a detachable tool so that the pipe of the hose take-up device can be easily inserted by inserting it into the holding part of the hose car tow bar. It can be removed, and the column of the hose winding device can be easily attached to the main body of the tow bar of the hose car with a detachable tool and can be easily removed. Also, while moving the hose car to which the hose winding device is attached, the hose is wound up with the speed of the hose car and the hose winding speed being substantially the same, thereby winding up the long and heavy hose easily and smoothly. It is possible to wind up a long and heavy hose relatively easily and relatively smoothly on gravel roads, uneven surfaces and sloping grounds, and reduce the labor of winding up this long and heavy hose. And the time for winding up this long and heavy hose can be shortened.
By taking up the hose with the hose take-up device attached to the tow bar of the hose car in this way, the water that is inside and outside the wet hose is removed from the hose to pull the hose on the ground up to the tow bar of the hose car. The hoses can be wound while being pulled up without being dragged, eliminating the risk of damaging the hoses. The wound hoses can be immediately loaded onto the loading platform of the hose car and the wound hoses are transported. While the new hose can be wound up, the efficiency of the hose winding and recovery is good, the effect that there is no need to go back to collect the hose wound later, and the wound hose is lost There is an effect that there is no fear. And since the hose winding device can be easily removed from the hose car after the hose winding is completed, the large winding plate temporarily attached to the rotating plate of the hose winding device can be easily removed from the rotating plate. Therefore, the removed hose winding device and the removed large plate-like winding plate can be separately stored and stored separately in the loading platform of the hose car.
In this way, a large flat plate-shaped winding plate and a large-sized winding plate can be stored on the loading platform of the hose car so that it can be loaded and stored. When urgently using a hose or the like, a single hose car can smoothly transport a large number of hoses and all necessary hose winding devices.

  In the hose winding device according to claim 3, the rotating plate with the winding pin, the large winding plate, the winding rotating shaft, and the rotating rod with the handle are arranged in the horizontal direction on the side near the winding pin attached to the rotating plate. Since it is provided at the other end of the column at an angle inclined upward, the winding pins protruding from the large winding plate are inclined upward from the horizontal direction. When the hose is wound after the operator puts the metal fitting between the winding pin and the winding pin by hand, the hose becomes closer to the winding plate that is inclined downward, so that the hose is prevented from collapsing outward. Can be wound smoothly, and a long hose can be wound in a stable state while one side of the hose is supported by a large winding plate.

  In the hose winding device according to claim 4, the rotating plate with the winding pin is provided on the rotating plate in the vertical direction at an angle inclined upward from the horizontal direction. Since the multiple winding pins protruding from the winding plate are inclined upward from the horizontal direction at the beginning of winding, the operator must manually connect the hose end fittings between the winding pin and the winding pin together with the hose. The hose can be prevented from collapsing outward by first holding the hose while holding it by the operator's hand, and the hose can be smoothly wound. A long hose can be wound stably while being supported on one side.

  In the hose winding device according to claim 5, since the rotating plate with the winding pin is formed in a shape in which both sides facing each other in a circular shape are cut away, the small rotating plate is removed from the hose winding device after use. And can be stored and stored in a small space such as a loading platform such as a hose car or a storage place.

  In the hose winding device according to claim 6, the pipe is divided into a semicircular pipe divided into two in the diameter direction of the circular pipe, and one end and the other end on one divided side of the semicircular pipe. Are connected with a hinge, and on the other split side of the semicircular pipe, one stopper is fixed to one semicircular pipe and the other stopper is fixed to the other semicircular pipe. Since it is a pipe that is temporarily attached and detached, remove the stopper temporarily attached to the pipe of the hose winding device, place one semicircular pipe on the gripping part of the tow bar of the hose car, and attach the other semicircular pipe It can be easily attached by rotating it with a hinge and making it into a circular pipe with both semicircular pipes and temporarily attaching with both stoppers, and it is easy by removing the temporarily attached stopper after using the hose winding device Can be removed.

  The hose winding device is provided with a pipe having an inverted L-shaped hose guide pin and a hose guide pin facing each other at an interval at the upper end, and the other end of the horizontal strut. In addition, a rotary plate with a plurality of winding pins is provided at one end of the winding rotary shaft at intervals, and a rotating rod with a handle is provided at the tip of the other end of the winding rotary shaft. A rotating plate with one stopper fixed to the outside of the rotating plate with a winding pin and a winding plate larger than the rotating plate and fixed with the other stopper were detachably temporarily attached by both stoppers. Is.

As shown in FIGS. 1 to 4, the hose winding device has an inverted L-shaped hose guide pin 2 and a hose guide pin 2 disposed at an upper portion at one end portion of the horizontal support column 1 at an interval. A pipe 3 is provided, and a winding rotary shaft 4 is provided at the other end of the column, and a rotary plate with two winding pins 6 is provided at one end of the winding rotary shaft 4 with a gap. 5 and a rotating rod 7 with a handle 8 is provided at the other end of the winding rotary shaft 4.
One temporary stopper 5 'is fixed to the outer side of the rotating plate 5 with the winding pin, two winding pin holes 10 are provided in the winding plate 9 larger than the rotating plate, and one side of the winding plate is provided. This is a hose winding device 11 in which the other temporary stopper 9 'is fixed and the rotating plate 5 and the winding plate 9 are temporarily attached to both the stoppers 5' and 9 'in a detachable manner.

When winding the hose using the hose winding device 11 of the first embodiment, the hose winding device is temporarily attached to the hose car 12 shown in FIG. 5 as follows.
The pipe 3 of the hose take-up device is inserted and attached to the gripping portion 13 'of the T-shaped tow bar 13 at the tip of the hose car, and the hose take-up body and the T-shaped tow bar body 13 "at the tip of the hose car. The apparatus support column 1 is temporarily attached with a temporary fixing band 14.
Next, after inserting the hose guide pin 2 between the hose guide pin 2 and the hose guide pin 2 which are provided to face each other with the end portion of the hose to be cleaned flat, It inserts in between and winds up by rotating the handle | steering-wheel 8 of a rotating rod by human power etc. In this winding example, the band is used as a temporary stopper between the support column 1 and the main body 13 ″. However, a removable tool such as a removable metal fitting other than the band may be used.

  The hose winding device is installed by inserting the pipe of the winding device configured in the same manner as in the first embodiment into the gripping portion of the T-shaped tow bar having the tip of the hose car, and the hose winding device column and hose car. This is a hose winding device in which a main body of a T-shaped tow bar at the tip is temporarily attached with a detachable fitting (similar to that shown in FIG. 5).

  When winding the hose using the hose winding device of Example 2, the end of the hose to be cleaned is flattened in the same manner as described above and inserted between the hose guide pins and the hose guide pins provided opposite to each other. After that, it is inserted between the take-up pin and the take-up pin of the rotating plate, and is taken up by rotating the handle of the rotating rod by human power.

  As shown in FIG. 6, the winding device for the hose according to the third embodiment includes a rotating plate 15 with a winding pin 16, a winding plate 19, a winding rotary shaft 20, and a rotating rod 17 with a handle 18 on the rotating plate. The hose winding device of the first embodiment is different from the hose winding device of the first embodiment in that the side closer to the winding pin is provided at an angle inclined upward from the horizontal direction and an angle of about 10 degrees.

  In the hose winding device of Example 4, as shown in FIG. 7, the rotating plate with the winding pin is provided on the rotating plate 25 in the vertical direction so that the winding pin 26 is inclined upward from the horizontal direction. The configuration of the points is different from the hose winding device of the first embodiment or the like.

  As shown in FIG. 8, the hose winding device of the fifth embodiment has a configuration in which the winding plate 39 with the winding pin hole 30 is formed in a shape in which both opposite sides of a circular shape are cut away. It is different from the hose winding device.

  As shown in FIG. 9 and FIG. 10, the hose winding device of the sixth embodiment includes a semicircular pipe 43 ′ and a semicircular pipe 43 ″ that are divided into two in the diameter direction of the circular pipe. A hinge 44 is connected on the divided side, and one link-shaped stopper 45 is fixed to one semicircular pipe 43 ′ on the other divided side, and the other hook stopper is fixed to the other semicircular pipe 43 ″. The structure of the point which fixed 46 and was temporarily detachably attached | attached by both the fasteners 45 and 46 differs from the winding device of hoses, such as Example 1. FIG. In this pipe, a description has been given of the use of a link-type stopper and a hook stopper as a temporary stopper for a semicircular pipe and a semicircular pipe divided into two parts. A removable tool such as a band may be used.

    It is a top view of this invention product.     It is also a front view.     It is a back view similarly.     Similarly, it is a left side view.     It is a top view at the time of use similarly.     It is a left view of the principal part of another product of this invention.     It is a left view of the principal part of another this invention product.     It is a top view of a winding board.     It is a front view of another pipe.     Similarly, it is a left side view.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Support | pillar 2 Hose guide pin 3 Pipe 4 Winding rotary shaft 5 Rotating plate 5 'Temporary stopper 6 Winding pin 7 Rotating rod 8 Handle 9 Winding plate 9' Temporary stopper 10 Winding pin hole 11 Hose winding Taking device

Claims (6)

A pipe having an inverted L-shaped hose guide pin and a hose guide pin facing each other at an interval is provided at one end portion of the horizontal column, and the winding rotation is provided at the other end portion of the horizontal column. A rotating plate with a plurality of winding pins is provided at one end of the shaft at intervals, and a rotating rod with a handle is provided at the other end of the winding rotating shaft, and the rotating with the winding pin is provided. Both a rotating plate having one stopper fixed to the outside of the plate and a winding plate having a plurality of winding pin holes and having the other stopper fixed to one side larger than the rotating plate A hose winding device that is detachably attached with a tool. A hose winding device is attached by inserting a pipe of a hose winding device into a gripping portion of a T-shaped tow bar having a hose car tip, and having a column of a hose winding device at a tip end of the hose car. The hose winding device according to claim 1, wherein the hose winding device is detachably temporarily attached to the main body of the tow bar with a detachable tool. The other end of the support column at an angle where the rotary plate with the winding pin, the winding plate, the winding rotary shaft, and the rotating rod with the handle are inclined upward from the horizontal direction on the side closer to the winding pin attached to the rotary plate The hose winding device according to claim 1, wherein the hose winding device is provided. The winding device for a hose according to claim 1, wherein the rotating plate with the winding pin is provided on the vertical rotating plate at an angle inclined upward from the horizontal direction. The hose winding device according to claim 1, wherein the rotary plate with the winding pin is formed in a shape in which both opposite sides of a circular shape are cut out. A semicircular pipe divided into two in the diametrical direction of the circular pipe is connected to one end and the other end with a hinge on one side of the semicircular pipe. 2. The split side is formed by fixing one stopper to one semicircular pipe and fixing the other stopper to the other semicircular pipe and temporarily detachably attaching the two stoppers. Hose winding device.

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