CN103287699B - Paint bucket - Google Patents

Abstract

A paint bucket mainly comprises a bucket body, an oil nozzle and an oil cover, wherein the oil nozzle is arranged on the top wall of the bucket body, the oil nozzle is made of a deformable soft material, and the oil cover covers the oil nozzle; the barrel body is also provided with an air tap, and an air cover is arranged on the air tap; when pouring the oil, the oil cover is unscrewed, and the air cover is unscrewed or unscrewed, so that the air can enter the paint bucket through the air nozzle. In the process of pouring oil, air is supplemented into the barrel body from the air nozzle, so that the amount of the discharged paint is kept stable, the control is easy, and splashing cannot be formed.

Description

a paint bucket

technical field

The utility model relates to a barrel for storing paint materials or liquid chemical raw materials, which belongs to the optimization technology of paint barrels.

Background technique

In the existing paint buckets, the nozzle is usually located on the top of the bucket. Since the paint bucket is usually closed except for the nozzle, when the paint is poured into an open container for use, it is often necessary to replenish air into the bucket through the nozzle to reduce the oil output. There will be a burst of rush and a burst of slowness. When the paint is too fast, the paint in the container of the paint will often be splashed everywhere due to the impact.

In order to overcome the situation that it is difficult to control the amount of paint when pouring paint, there are also some paint buckets with closed air holes on the top. Before pouring the paint, the air holes are cut through and then the paint is poured. , the amount of paint produced is relatively stable and easy to grasp. But this method requires the paint in the paint bucket to be used up at one time, otherwise, because the pores have been cut open, the air will enter the bucket during storage, causing the paint to be oxidized, and the paint will also volatilize through the pores, causing pollution to the surrounding environment. , After storing for a period of time, the paint can no longer be used, resulting in waste.

Moreover, in the existing paint buckets, for the convenience of transportation, the nozzle is usually arranged on the surface of the bucket body, so that it will not protrude outside the bucket body. Because it is a chemical raw material, it is also difficult to scrub.

Therefore, it is necessary to find a paint bucket that does not pollute the bucket body when pouring paint, and has a stable and controllable amount of paint that does not need to be used up at one time.

Contents of the invention

The object of the present invention is to provide a paint bucket that will not pollute the bucket body when pouring paint, and has a stable and controllable amount of paint that does not need to be used up at one time.

The technical solution of the present invention is: a paint bucket, mainly composed of a bucket body 1, a grease nozzle 2, and an oil cap 3, the grease nozzle 2 is arranged on the top wall of the bucket body, the grease nozzle 2 is made of deformable soft material, and the oil cap 3 is covered on the On the oil nozzle 2; there is also an air nozzle 4 on the body of the barrel, and an air cap 5 is arranged on the air nozzle; when pouring oil, unscrew the oil cap 3 and the gas cap 5, and the air is replenished from the gas nozzle 4 during the oil pouring process Into the barrel body 1 to keep the oil output stable; when an upward pull is applied to the oil nozzle 2, the oil nozzle 2 is deformed and stretched upward, so that the oil nozzle rolls up and protrudes upward from the barrel body, so that the opening of the oil nozzle is higher than the barrel body 1; When downward pressure is exerted on the oil nozzle 2, the oil nozzle 2 deforms downward and is pressed back to the barrel body, leaving only the part connected with the oil cap 3 outside the top wall of the barrel body; The part connected to the top wall of the body has the largest diameter; the oil cap 3 is composed of a bottle stopper in the middle and two symmetrically arranged pull rings on the outer edge. The stopper is used to seal the oil nozzle, and the pull ring runs through from top to bottom The outer edge of the oil cap and the pull ring can be deformed; when operating, hold the barrel with one hand, put the other hand into the pull ring and pull it upward, and pull the oil nozzle through the bottle stopper to deform and rise upward. Cover, screw off the bottle stopper again, unscrew the gas cap 5 and pour oil again.

Described air nozzle 4 is located at the position away from oil nozzle on the top wall of barrel body.

The air nozzle 4 protrudes upwards from the barrel body.

Described air nozzle is higher than barrel body 1cm.

There is a handle loop on the top cover.

Beneficial effect

1. There is an air nozzle on the body of the barrel. Unscrew or loosen the nozzle when pouring paint, and replenish the air through the nozzle to make the amount of paint out more stable, easy to control, and not easy to cause splashing.

2. Under the action of external force, the oil nozzle can be pulled up from the barrel body, so that the oil nozzle protrudes outside the barrel body, and it will not pollute the paint barrel when it is dumped; after dumping, the oil nozzle can be pressed to the surface of the barrel body so that it does not protrude from the barrel body. Outside the barrel for easy storage and transport.

3. After pouring enough amount of paint, if there is any remaining paint, just screw on the oil cap and air cap to keep the barrel in a closed state, and then it can continue to be stored.

Description of drawings

Fig. 1 is a front view sectional structure schematic diagram of the present invention;

Figure 2 is a partially enlarged view of Figure 1;

Figure 3 is a top view of the present invention.

Detailed ways

As shown in Figure 1, Figure 2 and Figure 3, a paint bucket is mainly composed of a barrel body 1, a nozzle 2, and an oil cap 3. The nozzle 2 is arranged on the top wall of the barrel body, and the nozzle 2 is made of a deformable soft material. The oil cap 3 is covered on the oil nozzle 2; an air nozzle 4 is also arranged on the barrel body, and an air nozzle 5 is arranged on the gas nozzle; Able to enter the paint bucket through the air nozzle. In the process of pouring oil, air is replenished into the barrel body 1 from the air nozzle 4, so that the amount of painted paint remains stable, easy to control, and does not form splashes.

The oil nozzle 2 is arranged on the top wall of the barrel body 1, and the oil nozzle 2 is made of a deformable soft material, and the soft material is usually polyethylene.

When upward pulling force is exerted on the oil nozzle 2, the oil nozzle 2 deforms and stretches upwards, so that the opening of the oil nozzle is higher than the barrel body 1. When you need to pour paint, press and hold the oil barrel with one hand, and pull the oil cap upwards with the other hand, so that the oil nozzle rolls up and protrudes upward from the barrel body. The paint can drip smoothly into the open container, and the residual liquid from the nozzle will flow back into the bottle along the nozzle, and will not drip onto the bottle to cause pollution.

When a downward pressure is applied to the oil nozzle 2, the oil nozzle 2 deforms downward and is pressed back to the barrel body, leaving only the part connected to the oil cap 3 outside the top wall of the barrel body. At this time, as long as the oil cap and the gas cap are screwed on , it can continue to be stored or transported.

The shape of the oil nozzle 2 adopts a trumpet shape, and the diameter of the part connected with the top wall of the barrel body is the largest, so as to facilitate the deformation of the oil nozzle.

The oil cap 3 is composed of a bottle stopper in the middle and two symmetrically arranged pull rings on the outer edge. The bottle stopper is used to seal the oil nozzle, and the pull ring penetrates the oil cap from top to bottom. Deformation; when operating, hold the barrel with one hand, and stretch the ring with the other hand to pull upwards, and pull the oil nozzle through the bottle cork to deform and rise upwards. When the oil nozzle is in place and can no longer rise, the oil nozzle protrudes from the top cover, and then unscrew the bottle stopper , Unscrew the air cap 5 and pour the paint again.

After pouring out the amount used, if there is any remaining paint, just screw on the oil cap and air cap to keep the barrel in an airtight state, and you can continue to store it. Therefore, the paint bucket of the present invention does not just have to be used up once, but can be opened and poured over many times, and then screwed on the oil cap and the gas cap for preservation.

Described gas nozzle 4 is located at the position away from oil nozzle on the barrel top wall, to prevent paint from flowing to gas nozzle.

Described air nozzle 4 protrudes upwards from the bucket body, so it is not easy to be polluted by paint.

Described air nozzle is higher than barrel body 1cm.

A handle ring is provided on the top cover for lifting or moving the bucket body.

The above-mentioned embodiments are only used to illustrate and explain the purpose of the present invention, rather than to limit the present invention. Those of ordinary skill in the art may make various changes or substitutions within the essential scope of the present invention, which shall also belong to the present invention. scope of protection for inventions.

Claims (5)

1. a paint kettle, it is characterized in that: primarily of ladle body (1), oil nozzle (2), oil cap (3) composition, described oil nozzle (2) is located at ladle body (1) roof, oil nozzle (2) adopts the soft material that can be out of shape to make, and oil cap (3) covers on oil nozzle (2); Ladle body is also provided with valve (4), valve is provided with gas lid (5); When falling oily, turn on oil cap (3) gentle lid (5), in the process of falling oil, it is that air adds to ladle body (1) from valve (4), makes oil pump capacity keep stable; When imposing pulling force upwards on oil nozzle (2), oil nozzle (2) is upwards out of shape stretching, extension, make oil nozzle upwards turnup from ladle body upwardly, make the opening of oil nozzle higher than ladle body (1); When imposing downward pressure on oil nozzle (2), oil nozzle (2) downwards distortion is pushed back to ladle body, and only the surplus part be connected with oil cap (3) is positioned at outside ladle body roof; The shape of oil nozzle (2) adopts horn-like, the position largest diameter be connected with ladle body roof; Described oil cap (3) is made up of the draw ring of the bottle stopper being positioned at middle part with two symmetric offset spread being positioned at outer rim, and bottle stopper is used for sealing oil nozzle, and draw ring runs through oil cap from the top down, and the outer rim of draw ring can be out of shape; During operation, on the other hand pin bucket, stretch into draw ring on the other hand and upwards lift, pull oil nozzle to be upwards out of shape rise by bottle stopper, when waiting oil nozzle to put in place can not to rise, oil nozzle protrudes from top cover, then is screwed by bottle stopper again, turns on gas lid (5) and falls oil again.

2. paint kettle according to claim 1, is characterized in that: described valve (4) is located at the position away from oil nozzle on ladle body roof.

3. paint kettle according to claim 1, is characterized in that: described valve (4) from ladle body upwardly.

4. paint kettle according to claim 3, is characterized in that: described valve is higher than ladle body 1cm.

5. paint kettle according to claim 1, is characterized in that: on top cover, be provided with handle ring.