JPH04131463U - paint applicator - Google Patents

Abstract

(57) [Summary] [Purpose] Hold the container body (1) filled with a liquid lubricant such as paint or medicine, and dispense the lubricant from the opening and apply it directly to the surface to be coated, so there is no waste. You can use it until the last drop. In addition, since the amount of coating is extremely easy to adjust, there is almost no staining caused by the coating agent, and cleaning and cleaning are extremely easy, improving work efficiency. Furthermore, even if the container body (1) is tilted or falls over, the coating agent will not immediately flow out from inside. [Structure] A cylindrical body (2) is provided concentrically on the outside of the opening of the container body (1), a nozzle cap (3) is screwed onto the opening, and the cylindrical body (2) The nozzle cap (3) is provided with a sealing lid (7) that is screwed onto the nozzle cap (3), and a brush (4) is attached to the discharge port of the nozzle cap (3). In addition, in order to vary the length of the brush (4) according to the width of the application surface, the brush (4) is fixed to the collar (5), and the collar (5) is attached to the nozzle cap (3). Attaches to the tip so that it can slide.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

This invention allows you to hold a container filled with a liquid coating agent such as paint or medicine in your hand. This invention relates to a paint applicator that discharges a coating agent from an opening and applies it directly to a coating surface.

0002

[Conventional technology]

Conventionally, paint applicators for applying liquid coating agents such as paints and chemicals have been brush-shaped or There are roller-shaped ones and ones that use a spray device.

0003

[Problem that the idea aims to solve]

However, when performing application work using the brush-like or roller-like , when the coating agent is dispensed from the container body into a saucer and applied to the coating surface with the brush or roller, etc. There are cases where the coating agent is applied to the coating surface with the brush or directly from the container body. Since the saucer has a wide opening, it is easy for dirt to get in, and the coating material may drip from the saucer or be coated. If the fabric agent is volatile, the coating agent will harden and the amount that can be used will be reduced, making it uneconomical. Ru. Also, when adjusting the amount of impregnation with the brush or roller, avoid excess coating at the edge of the saucer. Since the fabric agent is scraped off and applied, it does not drip outward from the edges and stick to hands or clothes, making them easy to stain. won. In addition, if you neglect to adjust the amount of the coating agent to be impregnated at this time, the coating agent may leak during use. Causes smudges and smearing. Furthermore, the saucer or container may be tilted, or the container may fall over by mistake. The coating agent inside will flow out, so please do not use it in a messy place such as a work site. It's inconvenient. Moreover, after painting, it is troublesome to clean the brushes, rollers, saucers, etc. The injury was serious.

0004 Those using the above-mentioned spray equipment have limited mobility due to restrictions on where they can be installed. It has disadvantages such as not only lacking in quality but also being uneconomical and unusable when the coating surface is narrow.

[0005] This invention requires almost no preparation for coating work or cleanup afterward, and even during coating work, It is easy to adjust the amount of impregnation, and the coating agent can be used to the last drop without wasting it. To provide paint applicators.

[0006]

[Means to solve the problem]

The present invention was developed to solve the above drawbacks, namely, the container body can be opened. A cylindrical body with a screw thread carved into the mouth and arranged concentrically outside the opening is used as described above. a nozzle cap provided on the container body and screwed onto the opening; and a nozzle cap screwed onto the cylindrical body. and a structure in which a brush is attached to the discharge port of the nozzle cap. shall be. In addition, in order to vary the length of the brush according to the width of the application surface, is fixed to the collar, and the collar is slidably attached to the tip of the nozzle cap. It has a digit structure.

[0007]

[Effect]

The method of using the present invention will be explained. First, screw it onto the thread (2a) of the cylinder (2). Remove the airtight lid (7) and remove the brush (4) inserted inside from the opening (1a). After taking it out, screw the nozzle cap (3) onto the thread (1b) of the opening (1a) ( (see Figure 2). This completes the preparation for coating. In addition, the container body (1) has a payload. It is filled in advance with a coating agent such as a drug or a drug. Next, bring the invented product close to the coating surface. Then, turn the container body (1) upside down and perform the coating operation. At this time, the inside of the container body (1) The coating agent filled in the opening (1a) passes through the nozzle cap (3) to the discharge port ( As it comes out from 3a), the ejected coating agent is penetrated into the brush (4) and becomes ready for application. Ru. It would be better to perform the application work in this state, but too much of the application agent came out from the tip of the brush (4). Sometimes, by returning the container body (1) to its original position to reduce the amount of penetration by the brush (4). This will prevent the drops from falling off. In addition, even if the container body (1) tilts or falls, the inside Since the coating agent does not flow out immediately from the container body (1), it is recommended to raise the container body (1) immediately. This can prevent the coating agent from flowing out. At this time, even if the outside of the nozzle cap (3) Even if the lubricant drips through the area, the spilled lubricant will be shown in the dotted line arrow in Figure 2. The container is stored in the space formed by the outer periphery of the opening (1a) and the inner periphery of the cylinder (2), as shown in FIG. It completely prevents it from getting on the outside of the main body (1) or leaking out, and does not injure your hands or other people. There is no need to worry about getting things dirty. Note that the container body (1) is made of elastic synthetic resin. , if it is made of a material such as rubber, the container body ( Even if you do not return 1) to its original position, you can release your pressing hand and adjust the shape of the container body (1). By restoring the coating agent, the amount of penetration of the brush (4) is reduced and the pressing tool This makes it possible to adjust the appropriate amount of coating agent.

[0008] After coating, remove the nozzle cap (3) and insert the brush (4) into the opening (1a). and store it inside the container body (1). At this time, screw the nozzle cap (3) The part (3b) side protrudes from the opening (1a), but the sealing lid (7) is attached to the screw of the cylinder (2). By screwing onto the thread (2a), the end face of the nozzle cap (3) and the sealing lid (7) (See Figure 3). For this reason, even if the container body (1) is tipped over, the paint inside will not be visible. There is no risk of the fabric agent leaking outside, and there is no need to clean up or wash it afterwards, and it is easy to apply. The brush (4) with the cloth agent attached is sealed inside the container body (1), so leave it as is. The present invention is managed in a state where the following state is ensured and the next work can be performed easily.

[0009] Next, when adjusting the length of the brush (4) according to the width of the application surface, first ) into the groove (5a) of the collar (5), the brush (4) is inserted into the nozzle cap. The tip of the cap (3) becomes slidable (see Fig. 4). This brush (4) Set the length according to the width of the coating surface, then insert the retaining ring (6) into the groove (5a). Attach it in a position where the outer periphery of the collar (5) is compressed. This retaining ring (6) The brush (4) is fixed to the tip of the nozzle cap (3). Therefore, it is suitable for the application surface. Since the coating work can be done with the length of the brush (4), the work efficiency is improved.

0010

【Example】

Hereinafter, embodiments of the present invention will be described based on the drawings. (1) has an opening at the top (1a) It is a container body with a screw thread (1b) carved on the outer periphery of the opening (1a). , the container body (1) is made of elastic material such as synthetic resin or rubber. . (2) is a circular cylinder integrally molded with the upper part of the container body (1), and its arrangement is as follows: It is concentric with the outside of the opening (1a) and has a screw thread (2a) carved on its outer periphery. ing. (3) has an elongated cylindrical outlet (3a) at one end and a threaded part (3b) at the other end. The nozzle cap (3) is screwed onto the opening (1a). and use it. (4) is a brush, and (5) is made of elastic material such as synthetic resin. It is a collar formed into a cylindrical shape, and a groove (5a) is carved on the outer periphery of the collar (5). , and a brush (4) is inserted into the interior of the collar (5) to fix the base thereof, and It is inserted into the shaped discharge port (3a) to make it slidable (see Figure 4). (6) is color (5) is a retaining ring attached to the groove (5a), and when the retaining ring (6) is loosely fitted into the groove (5a), The collar (5) slides, but in other conditions the collar (5) is fixed to the discharge port (3a). It will be in a fixed state. (7) is an airtight lid that screws onto the thread (2a) of the cylinder (2). Ru.

[0011]

[Effect of the idea]

By configuring the present invention as described above, the present invention has the effects described below.

0012 In this invention, the brush (4) impregnates the coating agent directly through the opening (1a) and applies it. Since the coating is applied to the surface, there is no need to dispense the coating agent one by one into a saucer like in the past, and there is no need to use an opening. This eliminates the risk of dust getting in from the paint, and even if the paint is volatile, the paint can be applied with a brush ( Since the parts other than 4) do not come into contact with air, there is almost no amount that hardens and becomes unusable. Extremely economical.

[0013] Furthermore, even if the container body (1) is tilted or accidentally falls over, the coating agent will immediately flow out from inside. Since it does not leak out, it can be used easily and safely even in messy places such as work sites. It will be useful for. In addition, there is almost no stain from the coating agent, so cleaning up and cleaning afterward is easy. is extremely simple.

[0014] It is extremely easy to adjust the amount of impregnation with the brush (4), and it can be easily adjusted using the edge of the saucer like in the past. There is no need to scrape off excess coating material, and there is no need to worry about it dripping out from the edge like in the past. There is also no need to worry about it getting dirty or sticking to your clothes. Moreover, the coating agent is not wasted and the last one is Even drops can be used.

[0015] Application work can be done with the length of the brush (4) suitable for the surface to be applied, improving work efficiency. go up Furthermore, by adjusting the length of the brush (4), it can be applied to various surfaces. Ru.

[0016] Insert the brush (4) coated with the lubricant into the opening (1a) and brush the inside of the container body (1). Since the brush (4) can be stored in a sealed state, the coating agent attached to the brush (4) will not harden. It is maintained in a clean state, and there is almost no need to prepare for the next coating operation.

[Brief explanation of drawings]

FIG. 1 is a perspective view showing an embodiment of the present invention.

FIG. 2 is an enlarged sectional view showing the main structure of the present invention.

FIG. 3 is an explanatory diagram showing the state when stored.

FIG. 4 is an explanatory diagram showing a state in which the length of the brush is adjusted.

[Explanation of symbols]

1 Container body 1a opening 1b thread 2 Cylindrical body 3 Nozzle cap 3a Discharge port 4 Brush 5 Color 7 Airtight lid

Claims (2)

[Scope of utility model registration request] Claim 1: A cylindrical body (2) having a screw thread (1b) carved in the opening (1a) of the container body (1) and concentrically arranged outside the opening (1a) is attached to the container body (1). Provided in the container body (1),
a nozzle cap (3) screwed onto the opening (1a);
A paint applicator comprising a sealing lid (7) screwed onto the cylindrical body (2), and a brush (4) is attached to the discharge port (3a) of the nozzle cap (3). . 2. The paint applicator according to claim 1, wherein the brush (4) is fixed to a collar (5), and the collar (5) is slidably attached to the tip of the nozzle cap (3).