JP5837669B1 - Container hook and method of using the same - Google Patents

Abstract

An object of the present invention is to make it possible to obtain a container in a remote place without riding on a step or a stepladder and without using a magic hand. An angle adjustment function comprising a hook portion having a pair of claw portions facing each other through a gap, and a handle portion extending from the hook portion, and an angle adjusting function capable of adjusting an angle of the hook portion with respect to the handle portion; By providing a hook connection, it was possible to obtain containers placed at various heights. [Selection] Figure 1

Description

The present invention relates to a container hook for obtaining a container placed at a high place or a remote place, and a method of using the same .

  Conventionally, in order to obtain a container placed at a high place in a general household, it is common to use a step or a stepladder and use a magic hand in a remote place.

  In the above-described conventional method, there is a risk of falling over when using a step or a stepladder. And it is inconvenient because a step or a stepladder cannot be stably installed in a narrow place. In addition, wheelchair users and people with disabilities in the foot cannot use the platform or stepladder, so it was impossible to obtain it on their own.

  Also, there are few magic hands that can deal with objects placed at high places, and in remote places, the magic hand grabs the object directly, so there are restrictions on the shape of the object, and for delicate objects the shape is In some cases, it was damaged.

  The present invention was devised as a solution to the above-described problems, and the problem to be solved by the present invention is that a container in a remote place without riding on a step or a stepladder and without using a magic hand. Is to be able to obtain.

In order to achieve the above object, the present invention adjusts the angle of the hook portion having a pair of claws facing each other through a gap, a cylindrical handle portion extending from the hook portion, and the hook portion with respect to the handle portion. A hook with an angle adjustment mechanism that can be provided. This angle adjustment mechanism is connected to the operation band inserted into the handle part, the connection part provided in the hook part, the rotating rod inserted and fitted to the connection part and connected to the operation band, and the operation band. It has a hand adjustment part that can adjust the angle of the hook part with respect to the handle part via the rotating rod. When there was an obstacle around the container placed in a narrow place and the handle part could not be moved, the container could be obtained by operating the hand adjustment part and tilting the hook part.

  The hook is available in containers placed at various heights.

  In the hand adjustment portion provided on the base end side of the handle portion, an angle fixing portion for fixing the angle of the hook portion with respect to the handle portion and a release lever for releasing the fixing of the angle are further provided. In this way, when the hook part is tilted by the operation of the hand adjusting part, the inclination of the nail part is prevented from returning due to the weight of the container applied to the nail part due to the inclination, and the nail part can be easily removed from the container. I was able to do it.

  When the handle portion of the hooking rod is movable, one of the pair of claws of the hook portion (hereinafter referred to as “first claw portion”) is brought into close contact with the inside of the upper portion of the container, and the other nail Part (hereinafter referred to as “second claw part”) is brought into close contact with the outer surface of the container, and the handle part is pushed toward the container side, so that the first claw part brings the container down and the second claw part is on the opposite side. The container can be obtained by pushing the container and lifting the container as it is.

  If the handle cannot be moved, insert the edge of the container into the gap between the pair of claws of the hook, and then adjust the angle of the hook with respect to the handle by operating the hand adjuster. By adding the weight of the container to the claw portion, the claw portion is brought into a state of being crimped to the outer surface of the container, and the container can be lifted as it is to obtain the container.

  If the hook is provided with an angle fixing part and a release lever, the edge of the container is inserted into the gap between the pair of claw parts of the hook part, and then the angle of the hook part with respect to the handle part by operating the hand adjustment part After adjusting the weight of the container to the nail part, the angle fixing part fixes the angle of the hook part to the handle part, and the nail part is pressed against the outer surface of the container. The container can be lifted up and placed at a remote location, and the angle can be released by the release lever so that the container can be easily removed from the claw portion.

  According to the present invention, containers placed in various places can be obtained with a hook. In addition, for healthy people, the location of the container can be obtained, but for people with wheelchairs or leg obstacles, even if there is an obstacle or it is too narrow to be close to the container, The container can be obtained or moved to another location. For this reason, it is thought that a life will become convenient by using this instrument not only for a healthy person but for a handicapped person.

It is a perspective view of the hooking rod concerning an embodiment of the invention. It is a perspective view which shows the state which hooked the edge part of the container with the hook part concerning embodiment of this invention. It is a perspective view when a container is lifted with the hook according to the embodiment of the present invention. It is sectional drawing of AA of the hook part of FIG. It is a disassembled perspective view of the connection part of a hook part and a handle part. It is sectional drawing of a hook part. It is an internal perspective view of a holding part.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a schematic view of a hooking rod according to an embodiment of the present invention. The hook is composed of a hook portion 1, a handle portion 3 extending from the hook portion 1, and a grip portion 5 provided on the base end side of the handle portion 3. The grip portion 5 includes a hand adjustment portion 6a that can adjust the angle of the hook portion 1. The angle adjustment by the hand adjusting portion 6a is performed by transmitting power to the rotating rod 2c inserted and fitted to the hook 2 and the connecting portion 2a of the handle portion through the operation band 4 inserted through the handle portion 3. . Then, the handle 3 is moved after hooking the claw portions 1a, 1b of the hook portion 1 to the edge of the container, or the claw portions 1a, 1b are pressed against the outer surface of the container by driving the hand adjusting portion 6a. You can get the container at

  As shown in FIG. 2, the nail part 1a of the hook 1 is brought into close contact with the inside of the upper part of the container, and the lower part 1b of the nail part is brought into close contact with the outer side of the container. The upper part 1a brings the container forward and the lower claw part 1b pushes the container to the opposite side. By doing in this way, the claw part upper part 1a and the nail | claw part lower part 1b act on the container, and the claw parts 1a and 1b contact | adhere to the outer surface of a container. When the container is lifted while the claw portions 1a and 1b are in close contact with the container, the weight of the container is added to the lower claw portion 1b and a force acts on the upper claw portion 1a in the direction opposite to the lower claw portion 1b. For this reason, the outer surface of a container crimps | bonds to a pair of nail | claw parts 1a and 1b, and it comes to be able to obtain without dropping a container (refer FIG. 3).

  However, depending on the position where the container is placed, the angle of the hook portion 1 with respect to the handle portion 3 must be changed. When the container is placed at a high place, the container can be obtained while keeping the angle of the hooking part 1 at an acute angle with respect to the handle part 3, but it is placed in a parallel or low place. In this case, the angle of the hook 1 with respect to the handle 3 must be changed so that the claws 1a and 1b are hooked on the edge of the container. Therefore, as shown in FIG. 4, this hooking rod can be adjusted in angle with the operation band 4 on the connection part 2 a provided in the left and right areas of the hooking part 1 in order to connect the hooking part 1 and the operation band 4. An angle adjusting mechanism is provided that allows the angle of the hook portion 1 to the handle portion 3 to be adjusted by inserting and fitting the connected rotating rod 2c into the connecting portion 2a.

  In the angle adjustment mechanism, as shown in FIG. 5, the rotating rod 2c is concavo-convexly fitted to the connecting portion 2a of the hook portion 1, and as shown in FIG. 4, a spring 2d is installed in the connecting portion 2a. A release lever 2b is provided on the opposite side. By continuing to push the release lever 2b, the concave / convex fitting is released, and the angle of the hook portion 1 can be adjusted by the operation band 4. When the angle of the hook portion 1 with respect to the handle portion 3 is determined, the hand is released from the release lever 2b. Then, the connection portion 2a and the rotating rod 2c are quickly fitted by the action of the spring 2d, and the movement of the operation band 4 is reflected on the hook portion 1. By providing this angle adjustment mechanism so that the angle of the hook portion 1 with respect to the handle portion 3 can be adjusted, the available range of the container is set from a high place to a low place. For this reason, if this hook is used, it becomes possible to obtain the container while sitting on the chair even if the wheelchair and the foot are not able to go to the container due to obstacles.

  When the container to be obtained is in a narrow place or when there is an obstacle or the like and the handle part 3 cannot be moved freely, as shown in FIG. By driving, the rotating rod 6b connected to the hand adjusting portion 6a rotates, and the rotating rod 6b rotates through the operation band 4 and the rotating rod 2c is fitted in the connecting portion 2a of the hooking portion 1 in an uneven manner. Is transmitted to. Then, the rotation of the rotating rod 2c causes the hook 1 to be inclined. By tilting the hook portion 1 in this way, the user of the hook rod can obtain the container by pressing the pair of claw portions 1a and 1b against the outer surface of the container.

  Further, by providing the claw wheel 8 on the rotating rod 6b connected to the hand adjusting portion 6a and providing the claw 7b for hooking the claw wheel 8, the rotation of the rotating rod 6b can be fixed. did. With this configuration, when the rotation of the rotating rod 6b is transmitted to the rotating rod 2c fitted to the connection portion 2a via the operation band 4 and the hooking rod is inclined, the inclination is applied to the claws 1a and 1b. The hook 1 was prevented from moving backward due to the weight of the container. For this reason, the user of this hook can obtain the container by pressing the claws 1a and 1b of the hook 1 to the outer surface of the container.

  And the release lever 7a was provided in the nail | claw 7b which latches the claw wheel 8 provided in the rotating rod 6b so that a latch could be removed. For this reason, when the container is placed at a remote location, when the claw portions 1a and 1b are difficult to come off from the edge of the container, the latch is released by the release lever 7a. At that time, the hand adjusting portion 6a can be rotated in the reverse direction to return the angle of the hook portion 1, and the user of the hook rod can easily remove the claws 1a and 1b from the container.

  The hook can be obtained by hooking the edge of the container to a pair of opposing claws 1a, 1b and crimping the container to the claws 1a, 1b using the weight of the container. Therefore, this hook can be obtained not only in a container but also in an object as long as it can be hooked on the claws 1a and 1b. In addition, since the hook is obtained by storing the claws 1a and 1b in the container, even if it is a delicate object that cannot be gripped, the object can be stored in the container. Can be obtained. Further, the container only needs to be strong enough to withstand the weight of the object stored in the container when the container is lifted when the edge of the container is caught on the claws 1a and 1b. Moreover, since the edge part should just be hooked on the nail | claw parts 1a and 1b, the shape of a container may be various sizes. However, this hook is available in a wide variety of materials and shapes, but if the container is made of a slippery material, the surface of the claws 1a, 1b is made of a material that is not slippery. Seems to lead to a safer acquisition.

DESCRIPTION OF SYMBOLS 1 Hook part 1a Claw part upper part 1b Claw part lower part 2a Connection part 2b Angle adjustment lever 2c Rotating rod 2d Spring 3 Handle 4 Operation band 5 Gripping part 6a Hand adjustment part 6b Rotating bar 7a Release lever 7b Claw 8 Claw wheel

Claims (4)

A container hook for hooking and obtaining a container,
A hook portion having a pair of claws facing each other through a gap;
A cylindrical handle extending from the hook, and
Bei example and an angle adjusting mechanism capable of adjusting an angle of the hook portion relative to the handle portion,
The angle adjustment mechanism is
A connecting portion provided in the hook portion;
An operation band inserted into the handle,
A rotating rod that is inserted and fitted into the connecting portion and connected to the operation band;
A hand adjusting unit connected to the operation band and capable of adjusting an angle of the hooking part with respect to the handle part via the rotating rod;
A container hook. An angle fixing part that is provided on a proximal end side of the handle part and fixes an angle of the hook part with respect to the handle part;
The container hook according to claim 1 , further comprising a release lever that releases the fixed angle. A method of using the container hook according to claim 1 or 2 ,
After inserting the edge portion of the container into the gap between the pair of claw portions of the hook portion, the container weight is adjusted to the claw portion by adjusting the angle of the hook portion with respect to the handle portion by operating the hand adjustment portion. A method for using a container hooking rod in which the claw portion is pressed against the outer surface of the container and the container is lifted as it is. A method of using the container hook according to claim 2 ,
After inserting the edge portion of the container into the gap between the pair of claw portions of the hook portion, the container weight is adjusted to the claw portion by adjusting the angle of the hook portion with respect to the handle portion by operating the hand adjustment portion. Then, the angle fixing portion fixes the angle of the hooking portion with respect to the handle portion so that the claw portion is crimped to the outer surface of the container, and the container is lifted to leave the container. The container hooking rod is used to release the container from the claw part by releasing the fixing of the angle by the release lever after being placed in a place.

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