RU2724813C1 - Bucket - Google Patents

Abstract

FIELD: meeting human vital needs.SUBSTANCE: invention relates to meeting human vital needs and can be used for transportation and storage of any materials (liquid, granular, paste-like etc.). In compliance with first version, bucket consisting of walls, bottom, turn handle, flanging, bucket body local elevations formed by extension of sidewall and margined with flanging as an integral part, rotary handle is fixed above from local elevations, at that in extreme positions rotary handle rests on flanging of local elevations. In the second version, a bucket consisting of walls, a bottom, a rotary handle, flanging, side handles is presented, an axis of rotation of the rotary handle is located on the side handles, in extreme positions the rotary handle rests against at least one of the lateral ones, the lower edge of grip of the side handles is located higher upper edge of bucket.EFFECT: bucket design solves problems of hygienic properties, manufacturability, convenience and reliability in operation, and number of versions allows selecting optimal for manufacturer's capabilities and tasks of consumer.5 cl, 14 dwg

Description

The invention relates to the field of meeting the vital needs of a person, and can be used for transportation and storage of any materials, liquid, bulk, pasty, etc.

A bucket is known from JP 2006280879 A, 10.19.2006, comprising: a housing, two hinged parts attached to the housing by means of rivets, a handle, a support element located on one side of the hinged part. The handle rotates in two directions to the extreme positions. The first extreme position at the contact of the handle and the upper edge of the bucket, the second extreme position at the contact of the handle with a support element that supports the handle in a position higher than horizontal.

The disadvantage of this design of the bucket is that, to transfer the handle to the second extreme position, above the horizontal, it is necessary to control the process each time and direct the handle in the right direction. Stackable buckets are only possible when the handle is in the first extreme position.

The bucket is selected from the prior art, selected as the closest prototype in technical essence, according to claim 1. A bucket consisting of walls, a bottom, a rotary handle, a flange, a local elevation of the body formed by the extension of the wall and framing its flanges. The rotary handle is made in the form of an arc, and is fixed sideways on a local elevation. The rotary handle is positioned in two extreme positions, resting on the main (lower) part of the flanging.

In FIG. 1 shows a prototype bucket according to claim 1. The bucket consists of walls 1, bottom 2, rotary knob 3, flanging 4, local elevation of housing 5.

The disadvantage of this design is that the rotary handle is fixed to the side, as a result, turning, it passes outside the local elevation to contact with the main (lower) part of the flanging. Accordingly, the handle can be picked up only from the peripheral part, while it needs to be tilted more strongly.

A bucket is known from RU 195446, Pub. 01/28/2020, selected as the closest prototype in technical essence, according to claim 2. A bucket consisting of a body, side handles, a rotary handle, the geometric axis of rotation of the rotary handle is located on the side handles, while in the extreme positions the rotary handle is supported by at least one of the side handles.

The disadvantage of this design is that, the handle can be picked up only from the peripheral part, while it needs to be tilted more strongly.

The objective of the invention is to increase consumer characteristics, reliability, design, ease of use with minimal manufacturing costs.

According to the invention, this problem is solved using the characteristics of paragraph 1, 2 of the claims. 1. A bucket consisting of walls, a bottom, a rotary handle, a flange, local elevations of the bucket body formed by extending the side wall and flanging its flanges, as a whole, the rotary handle is fixed above the local elevations, while in extreme positions the rotary handle rests on top for flanging local elevations. 2. A bucket consisting of walls, a bottom, a rotary handle, a flange, side handles, the axis of rotation of the rotary handle is located on the side handles, in extreme positions the rotary handle rests on at least one of the side handles, the lower edge of the grip of the side handles is located above the upper edge buckets. Preferred embodiments follow from the dependent claims. Other advantages, features and details of the invention will become apparent from the description using the drawings.

Designations in the drawings according to claim 1: walls 1, bottom 2, rotary handle 3, flanging 4, local elevation of the body 5, upper handles 6, side handles 7.

The drawings show:

In FIG. 2 - bucket, walls (1), bottom (2), rotary handle (3) in the extreme position, flanging (4), local elevation of the body (5), general view;

In FIG. 3 - bucket, walls (1), rotary handle (3) in the extreme position, flanging (4), local elevation of the body (5), side view;

In FIG. 4 - bucket, rotary handle (3) in the extreme position, flanging (4), top view;

In FIG. 5 - bucket, walls (1), rotary handle (3) in the extreme position, flanging (4), upper handles (6), general view;

In FIG. 6 - bucket, walls (1), rotary handle (3) in the extreme position, flanging (4), side handles (7), general view;

In FIG. 7 - buckets in a stack.

As follows from FIG. 2, 3, the rotary handle (3) is fixed above the local elevations of the bucket body. Local elevations (5) are formed by the continuation of the side walls (1) and the flanging surrounding them (4). The rotary knob (3) in extreme positions rests on the flanging of local elevations, as a result, the handle hangs over the main (lower) part of the flanging.

FIG. 4 shows a bucket, a top view, the rotary handle (3) extends outside the peripheral part of the (lower) flanging (4), without interfering with the stacking of buckets.

In FIG. 5 bucket, equipped with upper handles (6) formed by holes in the side walls (1) in places of local elevations (5), to increase the operational capabilities of using the bucket. This solution is best suited for medium-sized buckets.

In FIG. 6 bucket, equipped with side handles (7) formed by the extension flanging (4) in the area of local elevations, also to increase the operational capabilities of the use of the bucket. This solution is best suited for small volume buckets.

FIG. 7 shows the possibility of a good stacking of buckets.

Designations in the drawings according to claim 2: walls 1, bottom 2, rotary handle 3, flanging 4, side handles 7, upper edge of the bucket 8, lower edge of the grip of the side handles 9, cover 10.

The drawings show:

In FIG. 8 - bucket, walls (1), bottom (2), rotary handle (3) in the extreme position, side handles (7), general view;

In FIG. 9 - a bucket, walls (1), a rotary handle (3) in the extreme position, a flange (4), side handles (7), the upper edge of the bucket (8), the lower edge of the grip of the side handles (9), side view;

In FIG. 10 - bucket, rotary handle (3) vertically, side handles (7), side view;

In FIG. 11 - a bucket with a lid (10), general view;

In FIG. 12 - a bucket, walls (1), a rotary handle (3) in the extreme position, side handles (7) are made as a separate element, general view;

In FIG. 13 - a bucket, walls (1), a rotary handle (3) in the extreme position, a flange (4), side handles (7) are made by a separate element, the upper edge of the bucket (8), the lower edge of the grip of the side handles (9), view from sideways;

In FIG. 14 - buckets in a stack;

As follows from FIG. 8, 9, the bucket is equipped with side handles (7), the axis of rotation of the rotary handle is located on the side handles, in extreme positions the rotary handle (3) rests on the side handles (7), the lower edge of the grip of the side handles (9) is located above the upper edge of the bucket ( 8). As a result, the rotary handle (3) in extreme positions hangs over the upper edge of the bucket.

FIG. 10 shows the effect of vertical extension of the rotary handle.

FIG. 11 shows that the top edge of the bucket is free and this design does not impede the use of the lid.

FIG. 12, 13, show a bucket, side handles (7) are made by individual elements attached to the side wall (1) of the bucket body, the axis of rotation of the rotary handle is located on the side handles, in extreme positions the rotary handle (3) rests on the side (7), the lower the gripping edge of the side handles (9) is located above the upper edge of the bucket (8). This solution is best suited for buckets whose casing is made of sheet metal;

FIG. 14 shows a good stackability of buckets.

Thus, the result is achieved:

Due to the fact that the axis of rotation is raised, in extreme positions the rotary handle hangs over the main part of the flanging (the top edge of the bucket), creating the effect of a “floating” handle. Accordingly, the rotary handle is located higher from the ground and it is necessary to tilt less behind it, while the distance between the rotary handle and the flanging is sufficient for a convenient pickup by hand both inside and outside the bucket. The handle hangs symmetrically, turning in both directions until it stops, as a result, there is no need to control which side it has lowered, the handle will be convenient for picking up in any case. The best result is achieved when the rotary knob in extreme positions tends to horizontal.

In the view from the top, the rotary handle extends outside the peripheral part of the flanging, in any of the extreme positions, providing good stackability of buckets, to optimize transportation and storage.

The joint use of the side and rotary knobs gives the effect of vertical lengthening of the rotary knobs, which makes it easier to raise and lower the bucket to a surface with a lower slope.

It should be noted that the construction of the bucket allows you to install rotary handles made of various shapes and methods, for example, from a metal bar or molded plastic.

The axis of rotation is outside the bucket and does not contact the contents inside.

The rotary handle does not fall to the bottom and it does not need to be tilted strongly, remaining convenient for picking up in any case. The presence of side handles improves the operational use of the bucket. A combination of a metal case and plastic side handles attached to the case is also possible, illustrated in the images.

Thus, the invention solves the problems of hygienic properties, manufacturability, convenience and reliability in operation, and the number of options allows you to choose the best for the capabilities of the manufacturer and consumer tasks.

Claims (5)

1. A bucket consisting of walls, a bottom, a rotary handle, a flange, local elevations of the bucket body formed by extending the side wall and flanging its flanges as a whole, characterized in that the rotary handle is mounted on top of the local elevations, while in extreme positions it is rotatable the handle rests on top of the flanging of local elevations. 2. A bucket consisting of walls, bottom, rotary handle, flanging, side handles, while the axis of rotation of the rotary handle is located on the side handles, in extreme positions the rotary handle rests on at least one of the side handles, characterized in that the lower edge the grips of the side handles are located above the upper edge of the bucket. 3. The bucket according to claim 1, characterized in that the bucket is equipped with upper handles formed by holes in the side walls at the local elevations. 4. The bucket according to claim 1, characterized in that the bucket is equipped with side handles formed by the extension of the flanging in the zone of local elevations. 5. The bucket according to claim 2, characterized in that the side handles are made of individual elements attached to the side wall of the bucket body.

Images