KR200396080Y1 - Structure of washing device - Google Patents

Abstract

The present invention relates to the configuration of a washing mechanism for supplying the washing water at the same time by connecting the valve and the water hose to the handle bar of the washing brush in which the water supply hole is formed. The configuration has the following characteristics. The handle bar 1 is divided into at least two stages, and is provided with female and male threaded portions 10a and 10b at end portions corresponding to each other, and are coupled in multiple stages, and screw-type at one end of the handle rod 1. The water supply holder 20 is coupled to the first injection hole 20a is formed in communication with the water supply hole (1a), the insertion hole 22 is provided so as to communicate with the first injection hole (20a) at a predetermined crossing angle ); A second injection hole 30a is formed in the insertion hole 22 of the water supply holder 20 so as to communicate with the first injection hole 20a, and is blocked at the upper and lower ends of the second injection hole 30a. Rotating pipe 30 to which the fastener 34 is fastened to the front end in the state in which the packing (P) together with the plate 32; The cover 40 is manufactured integrally with the rotating tube 30, the receiving groove 42 is opened at the bottom, the distribution line 40a is formed in communication with the second injection hole (30a) on the inner surface; And a washing cap 50 inserted into and fixed to the receiving groove 42 of the cover 40 and interposed at regular intervals by a fixing table 52 in which the injection hole 52a is formed.

Accordingly, as the handle bar of the washing mechanism that supplies the washing water is provided at the same time, and the cover with the washing brush is installed in a rotatable manner, the narrow signboard, car, glass window, plate, toilet, etc. It is effective to wash various washing products more quickly and cleanly regardless of the place until it is achieved in one space.

Description

Structure of washing device

The present invention relates to a washing mechanism, and more specifically, to construct a handle bar of the washing mechanism that is supplied at the same time as the washing water in a prefabricated manner, as the cover with a washing brush is installed to be rotatable from a sign that requires a ladder The present invention relates to a washing mechanism that cleans various washing products more quickly and cleanly regardless of a place, even in a narrow space such as a car, a glass window, a plate, a toilet, and the like.

Normally, the cleaning device is a device for removing contaminants on the surface of the cleansing water by using water and a cleaning agent. The hose is mainly used for supplying and spraying the washing water, and selectively cleansing the surface by rubbing the contaminants on the surface by selectively applying the cleaning agent to the cleansing material. Cleaning brush is the main tool. The cleaning apparatus is first sprayed evenly to the wash water using a hose, and then scrub the surface using the cleaning brush, and then the washing water is sprayed again to wash the contaminants on the surface of the wash is performed.

However, in washing high water, that is, signs and building walls, even if sprayed with high pressure from below, the water is partially applied to the water and the rest is dispersed in all directions to contaminate the environment. Of course, the user's body, upper and lower, shoes are also very unsanitary and dirty, but also due to the loss of washing water dispersed in all directions is a severe cold rain.

On the other hand, in order to supplement the above-mentioned disadvantages of the washing operation, the water hole penetrates to the handle bar of the cleaning brush, and a hose is connected to the water supply hole so that the washing water is supplied to the washing brush in the water supply hole. The loss is prevented and the cleaning is performed without contaminating the surrounding environment. However, since the length of the handlebars is fixed to the cleaning brush at the standardized size at the time of initial manufacture, it is easy to clean the floor, but the cumbersome disadvantage of using a ladder is required when cleaning signboards and walls, and also in the case of small spaces and gaps such as kitchens and toilets. Every corner is accompanied by a difficult to clean clean.

Accordingly, the present invention is to solve the above-mentioned shortcomings, as the assembly of the handle bar of the washing mechanism that is supplied at the same time as the washing water is prefabricated, and the signboard requiring the ladder as the cover provided with the cleaning brush is rotatably installed. It is an object of the present invention to provide a cleaning device for washing a variety of cleaning products more quickly and cleanly, regardless of the place, from to a narrow space such as a car, a glass window, a plate, a toilet, and the like.

In order to achieve the above object, the present invention connects a valve and a water hose to a handle bar of a washing brush in which a water hole is formed, and configures a washing mechanism for simultaneously supplying the washing water during the washing operation. It is divided into two or more stages, and the female and male threaded portions 10a and 10b are provided at the ends corresponding to each other, and are coupled in multiple stages, and are screwed to one end of the handle bar 1 so that the water supply hole 1a and A water supply holder 20 having a first injection hole 20a communicating therewith and having an insertion hole 22 to communicate with the first injection hole 20a at a predetermined crossing angle; A second injection hole 30a is formed in the insertion hole 22 of the water supply holder 20 so as to communicate with the first injection hole 20a, and is blocked at the upper and lower ends of the second injection hole 30a. Rotating pipe 30 to which the fastener 34 is fastened to the front end in the state in which the packing (P) together with the plate 32; The cover 40 is manufactured integrally with the rotating tube 30, the receiving groove 42 is opened at the bottom, the distribution line 40a is formed in communication with the second injection hole (30a) on the inner surface; And a washing cap 50 inserted into and fixed to the receiving groove 42 of the cover 40 and interposed at regular intervals by a fixing table 52 in which the injection hole 52a is formed.

In one embodiment according to the present invention, the handle bar 1 is a pipe (60) (60 ') that is divided into the center of the production, the tube 62 is installed inside the pipe 60, the tube 62 Female and male threaded portions (64a) and (64b) are formed together with the fastening holes (64c) to accommodate the ends of the cuffs, and a fastener (64) for closing both ends of the pipes (60, 60 ') is provided. It is done.

As another embodiment according to the present invention, the female threaded portion (70a) is formed on the front end to be screwed to the handle bar (1), and the injection head 70 is provided with a plurality of injection holes 72 formed at the bottom It features.

1 is a perspective view showing the washing mechanism according to the present invention as a whole, Figure 2 is a block diagram showing the cut line A-A 'of Figure 1, Figure 3 is a configuration shown by cutting the line B-B' of FIG. It is also.

The present invention relates to a cleaning mechanism for supplying the washing water at the same time by connecting the valve and the water hose to the handle bar of the cleaning brush in which the water supply hole is formed, this cleaning mechanism is not shown through the drawing through the water supply hose (H) It is connected to a faucet or a separate pump, and the supply of the washing water is interrupted by the operation of the valve (B). To this end, the cleaning mechanism of the present invention is characterized in that it comprises a handle bar (1), water supply holder 20, the rotating tube 30, the cover 40, the washing cap 50 and the like manufactured.

The handle bar 1 according to the present invention is divided into at least two stages, and the female and male thread portions 10a and 10b are provided at the ends corresponding to each other and are coupled in multiple stages. Handle bar 1 is provided with a water supply hose (H) for supplying the washing water at one end and a valve (B) for intermitting the supply of the washing water, washing cap 50 to describe the wash water injected through the water supply hose (H) Serves as a feeder. The handle bar 1 is made of hollow pipe piping through which a water supply hole 1a penetrates in the center, but is divided into multiple stages and connected by female and male threaded portions 10a and 10b. The female and male thread portions 10a and 10b are formed at both ends of the handle bars 1 corresponding to each other, and are disassembled and assembled by screws to adjust the length of the handle bars 1 at any time. The packing P is interposed in either of the external thread portions 10a and 10b to maintain airtightness.

Thus, the handle bar (1) is divided into different sizes and manufactured to be used in a size suitable for use and work space. In other words, when washing the wash water at a relatively high position, such as a signboard or building wall surface, it is used by addressing a plurality of handle bars 1 in multiple stages or by tightening a handle bar 1 made of a long size. In one space is provided a versatility that can be used in combination with only the handle bar (1) of short size.

In addition, the water supply holder 20 according to the present invention is screwed to one end of the handle bar (1) is formed a first injection hole (20a) is in communication with the water supply hole (1a), the first injection hole ( The insertion hole 22 is provided to communicate with 20a) at a predetermined crossing angle. The water supply holder 20 forms an auxiliary pipe 20 'having a first injection hole 20a formed at one side thereof, and a female thread part 10a is formed at one end of the auxiliary pipe 20' to connect the rod 1. Removably coupled to the male screw portion 10b, the insertion hole 22 is provided at a position in communication therewith. The insertion hole 22 penetrates on the water supply holder 20 so as to form a predetermined crossing angle (for example, about 30 to 60 degrees) with the first injection hole 20a, and accommodates the rotating tube 30 described later.

As such, the intersection angle between the first injection hole 20a and the insertion hole 22 is a front surface of the washing cap 50 which will be described later in the worker's carrying out the cleaning operation while holding the handle bar 1 at all times. There is an advantage that the washing operation is easy even if the user does not lean the waist by rubbing the wash.

In addition, the rotating tube 30 according to the present invention is accommodated in the insertion hole 22 of the water supply holder 20 is formed with a second injection hole (30a) to communicate with the first injection hole (20a), the second The fastener 34 is fastened to the front end in a state where the packing P is interposed with the blocking plate 32 at the upper and lower ends of the injection hole 30a. The rotating tube 30 is integrally manufactured with a cover 40 to be described below at the lower end, and the fastener 34 is screwed to the front end in a state accommodated in the insertion hole 22 of the water supply holder 20 to fix the position. The rotating tube 30 is manufactured in the shape of a pipe closed at the top, and a second injection hole 30a communicating with the outer diameter portion at the center is formed. One end of the second injecting hole 30a is opened downward, and the other end thereof is positioned on the horizontal line of the first inlet 20a with the rotating tube 30 accommodated in the insertion hole 22 of the water supply holder 20. Open.

At this time, the rotating pipe 30 has an outer diameter of about 10 to 16 mm smaller than the inner diameter of the insertion hole 22 of the water supply holder 20, and is formed on the insertion hole 22 by the blocking plate 32. It is rotatably supported. Blocking plate 32 is processed to the outer diameter to be accommodated as a general tolerance in consideration of the inner diameter of the insertion hole 22, so as to be located on the upper and lower ends of the second injection hole (30a) opened to the outer diameter portion of the rotating tube (30). It is formed, and the packing P is interposed in the outer diameter part, and airtightness is maintained.

Accordingly, the first and second injection holes 20a and 30a are positioned to communicate on the horizontal line by the blocking plate 32 and the packing P in a state in which the rotation tube 30 is accommodated in the insertion hole 22. As the transfer line of the washing water is formed, the washing water supplied through the first injection hole 20a by the blocking plate 32 is rotated at a predetermined angle on the insertion hole 22 by the second injection hole ( 30a) has a smooth supply effect.

In addition, the cover 40 according to the present invention is manufactured integrally with the rotating tube 30, the receiving groove 42 is opened at the bottom, the distribution line 40a is in communication with the second injection hole (30a) on the inner surface Is formed. The cover 40 is a case structure extending in a long width, the pivot tube 30 is integrally formed at a central position, and the receiving groove 42 is formed in the open state of the lower end. Receiving groove 42 is recessed so that the washing cap 50 to be described later is installed, the distribution line 40a is formed in the longitudinal direction on the inner surface. The distribution line 40a communicates with the second injection hole 30a of the pivot tube 30 and serves to distribute the washing water in both directions from the center of the inner surface of the cover 40.

As such, the cover 40 is rotated on the insertion hole 22 of the water supply holder 20 together with the rotation tube 30, so that the general cleaning operation such as the floor or the wall surface, as well as the handle 40 and the handle bar (1) Rotating so as to be located in a straight line there is a convenient advantage that every corner of the cleaning work is done.

In addition, the washing cap 50 according to the present invention is inserted and fixed in the receiving groove 42 of the cover 40, it is interposed at regular intervals by the fixing table 52 in which the injection hole 52a is formed. The washing hair 50 is composed of a myriad of fine hairs and is inserted into the receiving groove 42 of the cover 40 in a state of being attached onto the holder 52 by an adhesive such as a bond. Fixing plate 52 is a size suitable for the width of the cover 40 and the installation interval of the washing cap 50, as shown in Figure 3, when installing the washing cap 50 in two rows integrally produced the fixing rod 52 on both ends It is also possible to attach the washing cap 50, and also to divide the fixing rod 52 into a plurality, and to install the washing cap 50 in three or more rows.

As such, the holder 52 is inserted into the receiving groove 42 of the cover 40 in a state in which the washing cap 50 is attached and fixed by bonds, screws, etc., and a plurality of injection holes 52a in the longitudinal direction are provided. Perforated. The injection hole 52a penetrates in the longitudinal direction so as to maintain a constant distance on the fixing base 52, and sprays the washing water supplied to the distribution line 40a through the second injection hole 30a to the surface of the washing material. Perform.

Thus, in carrying out the cleaning operation, the surface of the cleaning material is wiped using the cleaning cap 50, and at the same time, the washing water is supplied through the injection hole 52a, so that the washing operation is quickly and cleanly, as well as the quantitative supply of the washing water. This has the effect of preventing unnecessary water loss.

In use, first, assembling the handle bar (1) in a size suitable for the consideration of the working environment, such as the intended use and work space, and then connect the valve (B) and the water supply hose (H). Subsequently, when the valve B is opened, the washing water supplied from the water supply hose H rides through the water supply hole 1a and passes through the first and second inlets 20a and 30a and the distribution line 40a. It is supplied to the surface of the wash water through the injection hole 52a of the fixed holder 52 installed, and at the same time, the worker grabs the handle bar 1 and rubs the surface of the wash water with the washing hair 50 to perform the washing operation.

Then, the pivoting tube 30 installed on the water supply holder 20 is rotated at a predetermined angle, and the cover 40 and the washing cap 50 are adjusted so that they are positioned in line with the handle bar 1, the corner of the building. Of course, there is an advantage that the cleaning work is carried out every corner to a narrow gap.

Figure 4 is a block diagram showing a handle bar according to an embodiment of the present invention.

In FIG. 4, the handle bar 1 includes pipes 60 and 60 ′ which are cut in the center thereof, a tube 62 installed inside the pipe 60, and an end of the tube 62. Female and male threaded portions 64a and 64b are formed together with the fastening holes 64c, and fasteners 64 for closing both ends of the pipes 60 and 60 'are provided. The pipes 60 and 60 'are cut in the center in a hemispherical shape so that one end of the tube 62 and the fastener 64 can be accommodated therein, and are integrally attached to each other by an adhesive such as a bond. Configure the appearance of). The tube 62 is a washing water conveying flow passage having the same size as the diameter of the water supply hose H, and is fixed to both ends of the pipes 60 and 60 'by the fastener 64. The fastener 64 is fastened with a fastening hole 64c at the center thereof, and the end of the tube 62 is inserted and fixed, and one end is fixed with an adhesive, a screw, etc. in a state partially accommodated at the end of the pipe 60, 60 ′. In addition, the female and male threaded portions 64a and 64b are formed at the other end to connect the handle bar 1 in multiple stages.

As such, by using the pipes 60, 60 'and the tube 62 to separate the external shape of the handle bar 1 and the transfer flow path of the wash water separately, the weight of the handle bar 1 is significantly reduced, of course. Even if the handle bar (1) is formed long, convenience is provided in the manufacturing easy to form the delivery flow path of the wash water.

Figure 5 is a block diagram showing a spray head according to another embodiment of the present invention.

In FIG. 5, a female screw portion 70a is formed at a tip end thereof so as to be screwed to the handle bar 1, and an injection head 70 having an injection hole 72 formed at a lower end thereof is provided. Injection head 70 has a female screw portion (70a) is formed at the front end to be selectively alternatively fastened with the water supply holder 20 installed on the handle bar (1), a plurality of injection holes (72) ) Is densely formed. The injection hole 72 serves as a minute hole having a diameter of about 1 to 2 mm, and sprays the washing water supplied through the water supply hole 1a of the handle bar 1 to a fine water stream. At this time, the injection head 70 is preferably manufactured in a triangular structure in which the cross-sectional area is widened to the lower side in order to expand the range of the water stream sprayed through the injection hole 72.

Thus, by attaching the spray head 70 to the handle bar (1) is not only possible to wash the water on the surface of the wash water, but also can be used as a watering can for watering plants or flower pots, etc.

The present invention is not limited to the embodiments described, and it is apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention, and therefore such modifications or Modifications will have to belong to the utility model claims of the present invention.

According to the constitution and function of the present invention, the handle bar of the washing mechanism which supplies the washing water at the same time is prefabricated, and the cover with the washing brush is installed to be rotatable, so that the signboard is required from the signboard, the car, the glass window, and the plate. It is effective to wash various washings more quickly and cleanly regardless of the place until it is achieved in a narrow space such as a bathroom.

1 is a perspective view showing the washing mechanism according to the present invention as a whole.

FIG. 2 is a configuration diagram cut along the line AA ′ of FIG. 1. FIG.

FIG. 3 is a diagram illustrating the cutting line BB ′ of FIG. 1.

Figure 4 is a block diagram showing a handle bar according to an embodiment of the present invention.

Figure 5 is a block diagram showing a spray head according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10a: female thread portion 10b: male thread portion 20: water supply holder

20a: 1st injection hole 22: Insertion hole 30: Hall tube

30a: second injection hole 32: blocking plate 34: fastener

40: cover 40a: distribution line 42: receiving groove

50: washing head 52: holder 52a: injection hole

60, 60 ': Pipe 62: Tube 64: Fastener

70: iris 72: nozzle

Claims (3)

In constructing a washing mechanism that supplies the washing water at the same time by connecting the valve and the water hose to the handlebar of the washing brush in which the water hole is formed: The handle bar (1) is divided into at least two or more stages, and the female and male threaded portions (10a) (10b) are provided at the ends corresponding to each other are coupled in multiple stages, A first injection hole 20a is screwed to one end of the handle bar 1 to communicate with the water supply hole 1a, and is inserted to communicate with the first injection hole 20a at a predetermined crossing angle. Water supply holder 20 is provided with a ball (22); A second injection hole 30a is formed in the insertion hole 22 of the water supply holder 20 so as to communicate with the first injection hole 20a, and is blocked at the upper and lower ends of the second injection hole 30a. Rotating pipe 30 to which the fastener 34 is fastened to the front end in the state in which the packing (P) together with the plate 32; The cover 40 is manufactured integrally with the rotating tube 30, the receiving groove 42 is opened at the bottom, the distribution line 40a is formed in communication with the second injection hole (30a) on the inner surface; And a washing cap 50 inserted into and fixed to the receiving groove 42 of the cover 40 and interposed at regular intervals by a fixing table 52 in which the injection hole 52a is formed. Structure. The method of claim 1, The handle bar 1 is a fastening hole to accommodate the pipe 60, 60 'and the tube 62 is installed inside the pipe 60, the end of the tube 62 is divided into the center is cut And a fastener 64 for closing both ends of the pipes 60 and 60 'with female and male threaded portions 64a and 64b formed together with 64c. The method of claim 1, The structure of the washing mechanism, characterized in that the female screw portion (70a) is formed at the front end to be screwed to the handle bar (1), the injection head 70 is formed with a plurality of injection holes (72) at the bottom.