JP3121718U - Waste reduction container - Google Patents

Abstract

An object of the present invention is to provide a container for reducing dust that can be reduced in volume by crushing garbage without clogging or damaging limbs when crushing garbage contained in a garbage bag.
A crushing part 10 for crushing and reducing dust, a short bar part 20 connected to the crushing part 10, a connecting part 21 connected to the other end of the short bar part 20, and a connecting part 21 A bar 23 having a long bar portion 22 suspended from one end, a flat plate 30, and a plate 30, and a part of the long bar portion 22 of the bar 23 are inserted and supported so as to be slidable. A support base 32 having a cylindrical support cylinder part 31 and a bar 23 connected to the crushing part 10 are slid along the support cylinder part 31 of the support base 32 so that the crushing part 10 is cleaned from the initial position. Displacement means for displacing between the pressed positions to be crushed, and a spring accommodated in the cylinder of the support cylinder part 31 and urged to the initial position by the elastic part and connected to the bar 23 by the elastic force.
[Selection] Figure 1

Description

  The present invention relates to a garbage reducing container, and more particularly to a garbage reducing container for reducing the volume of garbage from a general household, a medical facility, a restaurant, or the like.

  Conventionally, when trash discharged from homes, etc. is packed in a trash bag, if the trash is stored in the bag without crushing the trash, the trash piles up on top of each other, increasing the volume of the trash, The volume of garbage stored inside is reduced. In particular, bulky trash such as containers and boxes has a large volume, so that there are many gaps in the trash bag, and only a small amount of trash can be accommodated. Therefore, it is common practice to crush the trash with hands or feet, etc., narrow the gap between the trash, reduce the volume of the trash, and increase the capacity of the trash that can be stored in one trash bag. Yes.

  However, when the discharged dust is crushed by hand, a certain amount of force is required to crush the trash with hands and feet. And in order to crush a large amount of garbage, since the operation | work which pushes in garbage must be performed many times, it became the burden of the labor of the operator who processes the waste discharged | emitted in duties, such as a restaurant. In addition, if there is trash with a sharp tip in the trash bag, it may pierce hands, feet, etc., or the trash will be caught and the clothes may be torn. In particular, garbage (medical waste) discharged from medical facilities may have bacteria on the surface, such as pathogens and germs, and bacteria may invade the body from the point of injury from pointed garbage. There was a possibility of infection. In restaurants, when garbage is crushed, hands, feet and clothes may become dirty. As a result, in order to keep the store clean, it takes time and labor to clean dirty parts of hands, feet and clothes. In addition, when crushing garbage, employees sometimes avoid this work because of a bad smell.

  In addition, some municipalities stipulate that garbage can be packed in a designated garbage bag and collected. However, these trash bags designated by the municipalities are expensive, and a plurality of trash bags are required depending on the amount of trash to be discharged, which increases the cost required for trash disposal. In particular, hospitals, restaurants, and the like that discharge a large amount of garbage require many garbage bags, so that it is necessary to store as much garbage as possible in one garbage bag.

  Therefore, in view of the above circumstances, the present invention provides a container for reducing waste that can be reduced in volume by crushing garbage without clogging or damaging limbs when crushing garbage contained in a garbage bag. Is an issue.

  In order to solve the above-described problems, the dust reduction container device according to the present invention includes: a crushing portion that crushes and reduces the volume, a short rod portion having one end connected to the crushing portion, A hook-like bar having a connecting part connected in the orthogonal direction of the short bar part from the other end and a long bar part connected to the connecting part while maintaining a substantially parallel state with the short bar part; A flat base plate installed on the floor, and a support base having a cylindrical support cylinder portion that is suspended from the plate and that slidably supports a part of the long bar portion of the bar material. And sliding the bar connected to the crushing portion downward along the support cylinder portion of the support body, and pressing the crushing portion from the initial position to a position where the dust is crushed. Displacement means for displacing, and the crushing part accommodated in the cylinder of the support cylinder part and connected to the bar Those having a biasing means for biasing "to the initial position by the sexual force.

  Therefore, according to the dust reduction container of the present invention, the crushing portion is disposed above the dust in the trash box. Then, when a pressing operation is performed to push the connecting portion downward by hand, the urging means housed inside the support tube portion is pressed by the lower end of the long rod portion, and along the longitudinal direction of the support tube portion The long bar slides. Thereby, a crushing part moves below in conjunction with sliding of a long bar part. As a result, the crushing unit crushes the trash in the trash box and reduces the volume of the trash. When the load applied to the connecting portion is released, the bar is urged upward by the elastic force of the urging means, and the long bar portion is slid upward along the support tube portion, and the connecting portion is Then, the crushing portion is returned to the initial position before the pressing operation is performed.

  The dust reduction container device according to the present invention includes: an extending part extending substantially horizontally from a connecting part of the connecting part and the long bar part of the bar member, and a hanging part hanging from one end of the extending part. An L-shaped support portion having a substantially L shape, and a foot pedal that is attached to the bottom end of the hanging portion and displaces the crushing portion from the initial position to the depressed position. It is.

  Therefore, according to the dust reduction container device of the present invention, when force is applied to the pedal using the force of the foot, the force is transmitted from the L-shaped support portion to the bar material, and the long bar portion of the bar material is transferred to the support cylinder portion. Slide along. As a result, the crushing portion moves to the downward pressing position in conjunction with the bar, and it becomes possible to crush the dust that was difficult to crush with the hand force.

  As a result, when the operator has a weak force, or when the amount of dust to be crushed is large, it is possible to obtain a force for easily crushing the dust with the feet. Furthermore, even if hard garbage is contained in the garbage bag, the garbage can be crushed with a small force. In other words, pressing the pedal with the force of the foot and pressing the contact part with the force of the hand can crush the dust in the trash bin with the combined force of the hand and foot. It becomes possible.

  Further, the dust reduction container device according to the present invention is as follows: "The crushing portion has a square shape and has an opening having at least a part of an opening; and a mesh portion stretched on the opening of the frame; Is further provided. "

  According to the dust reduction container of the present invention, dust can be crushed over a large area at a time, so that it is possible to reduce the labor of the crushing work and improve the work efficiency.

  According to the dust reducing container of the present invention, when crushing garbage stored in a garbage bag, it is possible to crush hard garbage with a small force without soiling or damaging a hand or the like.

  Hereinafter, the dust reduction container tool 1 which is one Embodiment of this invention is demonstrated based on FIG. 1 thru | or FIG. Here, FIG. 1 is a perspective view showing the configuration of the dust reduction container tool 1 of the present embodiment, and FIG. 2 is an exploded perspective view showing the configuration of the main part of the dust reduction container tool 1 of the present embodiment. 3 is an explanatory view showing the crushing portion 10 at the initial position UD, and FIG. 4 is an explanatory view showing the crushing portion 10 at the pressed position LD.

  As shown in FIG. 1 and the like, the dust reduction container tool 1 of the present invention includes a crushing portion 10 that crushes and reduces the volume of a dust, a short rod portion 20 having one end connected to the crushing portion 10, and a short rod portion 20. A hook-shaped rod having a connecting portion 21 connected in the orthogonal direction of the short rod portion 20 from the other end of the rod and a long rod portion 22 that is connected to the connecting portion 21 while maintaining a substantially parallel state with the short rod portion 20. A cylindrical support cylinder that is slidably supported by inserting a part of the long bar portion 22 of the bar 23, which is suspended from the material 23, a flat plate 30 installed on the floor, and the plate 30. A support base 32 having a portion 31, an extending portion 40 extending substantially horizontally from a connecting portion of the connecting portion 21 and the long rod portion 22 of the bar 23, and a hanging portion 41 hanging from one end of the extending portion 40. The L-shaped support portion 42 having a substantially L shape and attached to the lower end of the hanging portion 41, the crushing portion 10 is moved to the initial position U. Is displaced to the pressing position LD from, and a pedal 60 for foot-operated in order to crush the garbage. Further, as shown in FIG. 2, a spring 50 (corresponding to an urging means) is accommodated inside the cylinder of the support cylinder part 31, and the long bar part 22 of the bar 23 is attached upward by an elastic force. It is fast.

  The crushing portion 10 is formed by connecting a plurality of resin pipes via a connecting tool 14 having a circular connecting hole, and has a frame-like frame 11 having an opening, and the area of the opening of the frame 11 is substantially the same. A wire mesh portion 12 having the same area and a fastener 13 that stretches and fastens the wire mesh portion 12 to the frame 11 are configured. Here, the frame 11 is composed of a plurality of pipes connected via a connection hole having a circular connection hole.

  Further, the bar member 23 and the L-shaped support portion 42 are formed of a pipe and a connecting tool 14 similarly to the frame 11, and the connecting portions are connected via the connecting tool 14, respectively.

  Next, the usage method of the dust reduction container tool 1 of this invention is demonstrated mainly based on FIG.3 and FIG.4. Here, the initial position UD is the height from the installation surface G of the crushing portion 10 in a state where the dead weight of the bar 23 and the elastic force by which the spring 50 urges the bar 23 upward is balanced. . When the pressing operation directed downward by the force F <b> 1 against the elastic force of the spring 50 is performed by hand on the connecting portion 21 of the bar member 23, the support cylinder portion 31 is formed by the lower end of the long bar portion 22 of the bar member 23. The upper end of the spring 50 accommodated in the cylinder is pressed, the spring 50 is contracted by elastic deformation, and the long bar portion 22 slides downward along the inner side surface of the support cylinder portion 31 (see FIG. Equivalent to displacement means). As a result, the crushing part 10 connected to the short bar part 20 is displaced from the initial position UD to the pressing position LD in conjunction with the sliding of the support cylinder part 31 of the long bar part 22, and this crushing part 10 becomes the trash bin B. The dust D accommodated in the container is crushed (see FIG. 4).

  Thereafter, when the force F1 applied to the bar 23 is released by releasing the hand from the connecting portion 21, the force applied to the spring 50 from the lower end of the long bar portion 22 disappears. For this reason, the spring 50 urges the long bar portion 22 upward by the elastic force, and the crushing portion 10 is displaced from the pressed position LD to the initial position UD (see FIG. 3). By performing the above operation on each dust D, bulky dust can be significantly reduced in volume.

  The above operation is performed by pressing the pedal 60 with the force F <b> 2 against the elastic force of the spring 50 using the foot, and the rod 23 connected to the crushing portion 10 is supported by the support cylinder portion 31 of the support base 32. The crushing portion 10 may be displaced between the initial position UD and the pressing position LD where the dust D is crushed. That is, in the case of large garbage that cannot be crushed with the power of the hand, the crushing operation can be easily performed by using the force of the foot stronger than that of the hand.

  As described above, according to the dust reducing container 1 of the present embodiment, when crushing the dust D accommodated in the garbage bag, there is no possibility that the hands and feet are soiled or damaged. In addition, the dust D can be crushed with a small force by performing a pressing operation on the connecting portion 20 using a foot and displacing the crushing portion 10 from the initial position UD to the pressed position LD. Further, by pressing the pedal 60 downward by the force of the foot and pressing the connecting portion 21 downward by the force of the hand, the dust D can be crushed using the force of the hand and the foot. .

  Furthermore, according to the garbage reducing container tool 1 of the present embodiment, more garbage D can be crushed at once compared to the conventional technique with respect to a large amount of garbage discharged from restaurants and the like. Since the operation of crushing the dust D is not performed, the work efficiency can be improved. In addition, since there is no possibility that the limbs or the like directly touch the garbage discharged from the medical facility, the crushing operation can be performed safely without being injured by the sharp garbage. In addition, as much garbage D as possible can be accommodated in one garbage bag, and the amount of garbage bags used can be reduced.

  The present invention has been described with reference to preferred embodiments. However, the present invention is not limited to these embodiments, and various improvements can be made without departing from the spirit of the present invention, as described below. And design changes are possible.

  In the present embodiment, the weight of the bar 23 is shown to prevent a part of the long bar portion 22 fitted and inserted into the support cylinder part 31 from being detached from the support cylinder part 31. It may have a protrusion formed on the outer peripheral surface and projecting outward to prevent part of the long bar portion 22 from coming off the support tube. However, the structure can be simplified by using a member that prevents the long bar portion 22 from coming off the support tube due to the weight of the bar 23.

  Furthermore, although the crushing part 10 showed what comprises the metal-mesh part 12 in this embodiment, you may comprise the mesh part formed from resin. However, when dust is crushed, the use of the wire mesh unit 12 is particularly suitable because there is less risk of breakage.

  Moreover, in this embodiment, although the bar 23 and the L-shaped support part 42 showed what was formed by connecting the pipe 15 via the connector 14, what was formed by bending the pipe 15 and being integrated. It may be.

It is a perspective view which shows the structure of the dust reduction container tool of this embodiment. It is a disassembled perspective view which shows the structure of the principal part of the dust reduction container tool of this embodiment. It is explanatory drawing which shows the crushing part in an initial position. It is explanatory drawing which shows the crushing part in a pressing position.

Explanation of symbols

1 Dust reduction tool 10 Crushing part 11 Frame 12 Wire mesh part (mesh part)
20 Short rod portion 21 Connecting portion 22 Long rod portion (displacement means)
23 Bar 30 Plate 31 Support cylinder (displacement means)
32 support base 40 extension part 41 hanging part 42 L-shaped support part 50 spring (biasing means)
60 pedals

Claims (3)

A crushing part that crushes and reduces the volume,
One end is connected to the crushing portion, the short rod portion, the other end of the short rod portion is connected in the orthogonal direction of the short rod portion, and the short rod portion is held substantially parallel to the short rod portion. A hook-shaped bar having a long bar connected to the connecting part;
A flat base plate installed on the floor, and a support base having a cylindrical support cylinder portion that is suspended from the plate and that slidably supports a part of the long bar portion of the bar material. When,
Displacement means for sliding the bar connected to the crushing portion along the support cylinder portion of the support, and displacing the crushing portion from an initial position to a pressing position for crushing the dust,
A dust reduction container device comprising: an urging unit that is accommodated in a cylinder of the support cylinder and is urged to the initial position by an elastic force. A substantially L-shaped L-shaped support portion having an extending portion extending in a substantially horizontal direction from the connecting portion of the bar and the connecting portion of the long bar portion and a hanging portion depending from one end of the extending portion. When,
The dust reduction container tool according to claim 1, further comprising a foot pedal that is attached to a lower end of the hanging portion and displaces the crushing portion from the initial position to the pressed position. . The crushing part is
A frame having a rectangular shape and having an opening at least partially opened;
The dust reduction container tool according to claim 1, further comprising a mesh portion stretched on the opening of the frame.

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