CN203652285U

CN203652285U - Bucket

Info

Publication number: CN203652285U
Application number: CN201420020394.2U
Authority: CN
Inventors: 王杨方
Original assignee: TAIZHOU JIAOJIANG ZHEDONG DRUMS FACTORY
Current assignee: TAIZHOU JIAOJIANG ZHEDONG DRUMS FACTORY
Priority date: 2014-01-14
Filing date: 2014-01-14
Publication date: 2014-06-18
Anticipated expiration: 2024-01-14

Abstract

The utility model discloses a bucket which comprises a bucket body and a handle. The handle is in rotary connection with the bucket body, two chutes perpendicular to the ground and symmetrical relative to the axis of the bucket body are formed in the bucket body, slide blocks matched with the chutes are arranged in the chutes and provided with rotating holes, the handle is provided with a shaft matched with a rotating hole, spring fixing plates are arranged in the chutes, and the height of each spring fixing plate is larger than one half of the height of the bucket body. When the bucket body is lifted through the handle, springs are compressed. During pouring, a fixed point between the handle and the bucket body serves as a supporting point and the rotating center, the bucket bottom is turned to achieve pouring, two fixed points are connected to form a straight line, and a plane perpendicular to the ground is formed through the straight line and enables water in the bucket to flow towards the water outlet end and the resistance end. During rotation, angles formed by the chutes and the ground change, elastic force of the springs enables the slide blocks to perform motion towards the bucket bottom, enables the rotation center to be moved towards the resistance end and accordingly enables the rotation to be easy.

Description

Bucket

Technical field

The utility model relates to a kind of bucket.

Background technology

Common bucket comprises handle, staving, staving is generally cylindrical shape, or cylindrical, and general handle is all arranged on bung, by mechanical analysis, handle has two attachment points on diameter with bucket, while toppling over, taking attachment point as fulcrum is simultaneously as centre of gration, at the bottom of rotary barrel, reach the object of pouring out water.Two attachment points draw a straight line, there is a plane perpendicular to the ground by this straight line, this plane is water side and resistance end by the moisture in bucket, while rotating, the quality of the water of water side can be less than the quality of resistance end, want to continue rotation and just take two-part gravitational difference by making every effort to overcome, large the returning of change along with the anglec of rotation in rotary course makes both differences become large, until diminish after a certain maximum critical value, the process of this rotation can relatively be required great effort.

Also have the handle of some barrels to be fixed in the middle of staving, if the water in bucket is discontented, or lower than the height of attachment point, effect is also not obvious.

Utility model content

The deficiency existing for prior art, makes staving upset labour-saving bucket when the purpose of this utility model is to provide a kind of pouring.

For achieving the above object, the utility model provides following technical scheme: a kind of bucket, comprise staving and handle, handle is rotaryed connection with staving, described staving be provided with two perpendicular to the ground and about the chute of staving axis symmetry, in described chute, be provided with the slide block coordinating with chute, slide block is provided with rotating hole, handle is provided with the axle coordinating with rotating hole, in described chute, be provided with spring dead plate, the height of spring dead plate is greater than the half of staving height, between spring dead plate and slide block, is fixed with spring.

By adopting technique scheme, while mentioning staving by handle, spring compresses, make handle and staving two attachment points a little more than center of gravity, while now mentioning bucket, staving can not overturn, ensure stability, while toppling over, also be centre of gration taking attachment point as fulcrum simultaneously, at the bottom of rotary barrel, carry out pouring, two attachment points draw a straight line, there is a plane perpendicular to the ground by this straight line, this plane is water side and resistance end by the moisture in bucket, when rotation, angle between chute and ground changes, component in chute direction is diminished, by the elastic force of spring, slide block is produced to the trend of motion at the bottom of bucket, centre of gration is moved toward resistance end, stressed difference between resistance end and water side reduces, the rotation making is lighter.

The utility model is further set to: described spring length is less than the height of spring dead plate to staving center of gravity, and described spring minimum compressed length is less than the distance of adapter plate to staving mid-height.

By adopting technique scheme, when staving is filled water, after spring-compressed, slide block height is a little more than staving center of gravity, and when empty bucket, staving can not overturn, and ensures opening upwards

The utility model is further set to: described chute is provided with positioning plate, and positioning plate is positioned at staving bottom.

By adopting technique scheme, be finished down water rear slider and can from chute, do not skid off, easy to use.

Brief description of the drawings

Fig. 1 is the structural representation of the utility model bucket embodiment;

Fig. 2 is the schematic diagram of the utility model bucket embodiment.

Reference numeral: 1, staving; 11, chute; 12 spring dead plates; 13, positioning plate; 2, slide block; 21, hole; 3, handle; 4, spring; 5, water side; 6 resistance ends; 7, fulcrum.

Detailed description of the invention

Referring to figs. 1 through Fig. 2, the utility model bucket embodiment is described further.

A kind of bucket, comprise staving 1 and handle 3, handle 3 is rotaryed connection with staving 1, described staving 1 be provided with two perpendicular to the ground and about the chute 11 of staving 1 axis symmetry, in described chute 11, be provided with the slide block 2 coordinating with chute 11, slide block 2 is provided with rotating hole 21, handle 3 is provided with the axle coordinating with rotating hole 21, in described chute 11, be provided with spring dead plate 12, the height of spring dead plate 12 is greater than the half of staving 1 height, between spring dead plate 12 and slide block 2, is fixed with spring 4.

By adopting technique scheme, while mentioning staving 1 by handle 3, spring 4 compresses, make handle 3 and staving 1 two attachment points a little more than center of gravity, while now mentioning bucket, staving 1 can not overturn, ensure stability, while toppling over, taking attachment point as fulcrum 7 is simultaneously also as centre of gration, at the bottom of rotary barrel, carry out pouring, two attachment points draw a straight line, there is a plane perpendicular to the ground by this straight line, this plane is water side 5 and resistance end 6 by the moisture in bucket, when rotation, angle between chute 11 and ground changes, component in chute 11 directions is diminished, by the elastic force of spring 4, slide block 2 is produced to the trend of motion at the bottom of bucket, centre of gration is moved toward resistance end 6, stressed difference between resistance end 6 and water side 5 reduces, the rotation making is lighter.

Described spring 4 length are less than the height of spring dead plate 12 to staving 1 center of gravity, and described spring 4 minimum compressed length are less than the distance of adapter plate to staving 1 mid-height.

By adopting technique scheme, when staving 1 is filled water, after spring 4 compressions, slide block 2 height are a little more than staving 1 center of gravity, and when empty bucket, staving 1 can not overturn, and ensures opening upwards

Described chute 11 is provided with positioning plate 13, and positioning plate 13 is positioned at staving 1 bottom.

By adopting technique scheme, be finished down water rear slider 2 and can from chute 11, do not skid off, easy to use.

Claims

1. a bucket, comprise staving and handle, handle is rotaryed connection with staving, it is characterized in that: described staving be provided with two perpendicular to the ground and about the chute of staving axis symmetry, in described chute, be provided with the slide block coordinating with chute, slide block is provided with rotating hole, handle is provided with the axle coordinating with rotating hole, in described chute, be provided with spring dead plate, the height of spring dead plate is greater than the half of staving height, between spring dead plate and slide block, is fixed with spring.

2. bucket according to claim 1, is characterized in that: described spring length is less than the height of spring dead plate to staving center of gravity, and described spring minimum compressed length is less than the distance of adapter plate to staving mid-height.

3. bucket according to claim 2, is characterized in that: described chute is provided with positioning plate, and positioning plate is positioned at staving bottom.