JP3202557U - Dust collection tool to be installed in the vacuum cleaner suction port - Google Patents

Abstract

PROBLEM TO BE SOLVED: To remove normal dust on the side of a book such as a normal suction cleaning of a building interior member, a wall side, a corner, etc., a vertical wall or a book shelf, an interior, a room blind or a curtain, On high shelves, unevenness and roughness, distorted floor, other house ducts and fine dust, clearance of furniture, fine dust adhering to the inventory etc. stacked on shelves, lighting equipment, air conditioner filters, flooring and carpet details Provided is a dust-absorbing tool attached to a suction port of an electric vacuum cleaner that can easily cope with different conditions such as dust, ceiling or high-level suction cleaning. An elastic base material is used to form a cylindrical outer body 1 having a circumferential diameter gradually increased from a perfect circle rear end port 1a detachably inserted into a suction nozzle port S of a vacuum cleaner to a front end opening. Formed integrally, cut from the lower part of the circumferential outer edge of the front end opening in the direction of the perfect rear end opening to form the dust suction port 3, and cylindrical from the front end opening toward the perfect rear end opening. A dust-absorbing assembly 5 having a hair-like fiber layer brush 4 having a length that is about one-half the length of the outer casing body is provided. [Selection] Figure 3

Description

  This device is used for ordinary suction cleaning such as interior parts of buildings related to companies, stores, factories, homes, etc., side walls and corners, etc., as well as vertical walls and bookshelves, etc. , Interiors, room blinds and curtains, high shelves, irregularities and roughness, distorted floors, other house ducts and fine dust, clearance of furniture, fine dust adhering to the bills of materials stacked on shelves, lighting fixtures The present invention relates to a dust-absorbing tool to be attached to a suction port of a vacuum cleaner for air-conditioner filters, fine dust on flooring and carpets, suction cleaning on the ceiling or high places, and the like.

  2. Description of the Related Art Conventionally, a suction type vacuum cleaner that cleans by sucking (suctioning) dust and the like with a lot of air that is manufactured and sold in the market has a suction nozzle attached to an air suction port (suction nozzle). . A plurality of types of suction nozzles are prepared and used in accordance with the place to be cleaned and the purpose of use. In addition, it takes time and effort to replace the suction nozzle each time from a wide cleaning part to a narrow gap.

  Furthermore, when cleaning a relatively wide range, conventionally, a general method is to perform cleaning while moving a suction nozzle that is wide in the left-right direction back and forth. On the other hand, when cleaning a relatively narrow place, a narrow gap, and the like, tools suitable for this, for example, commercially available large and small nozzles for PANASONIC gaps, LED navigation lights, and the like are provided. However, these instruments also have to be replaced for each purpose of use. Also, on the shelves, lighting fixtures, curtains, air conditioner filters, and flooring vacuum cleaners are also commercially available.

Actual opening and closing 07-037014 JP 2002-3697873 A

  In the suction body of the vacuum cleaner described in Patent Document 1, brush hair is used for the suction nozzle port of the vacuum cleaner during cleaning, but the surrounding portion surrounding the brush hair is on a business trip from the cleaning surface. For this reason, it was difficult to reliably scrape dust because it contacted the surface to be cleaned.

  In the cleaning instrument described in Patent Document 2, a strip piece is provided in addition to the fiber layer and the equipment sheet constituting the brush hair, and the fiber bundle does not act effectively for cleaning. Further, since the fiber layer is only on one side and can be cleaned only on one side, the cleaning work is complicated and the convenience is not sufficiently considered. Furthermore, conventionally, a dust tool that is used by being inserted into a suction port of a vacuum cleaner body has been provided. Moreover, the cleaning article which provided the fiber layer comprised from the fiber bundle respectively on the upper and lower sides of a base material sheet is known. In general, the fiber layer is bonded to the base sheet with a plurality of continuous seal wires. On the other hand, a cleaning vacuum cleaner composed of fiber bundles on one side of a base sheet, both of which are joined by linear bonding and discontinuous point bonding has been proposed.

  The purpose of this device is to detachably insert it into the suction nozzle port of an electric vacuum cleaner, simplify the dust suction nozzle, efficiently suck and collect dust contained in the surface to be cleaned, etc. Providing an effective dust-absorbing tool that can be applied to the suction port of a vacuum cleaner that can easily cope with different parts of the surface and maintain the dust suction performance for a long period of time, thereby improving the cleaning effect. It is something to do.

  That is, as a means for achieving the above-mentioned object, the effective dust collection tool according to the present invention has a cylindrical outer body connected from the perfect circle rear end opening to the front end opening and gradually increasing the circumference diameter as an elastic base material. And forming a dust inlet from the lower part of the circumferential outer edge of the front end opening of the cylindrical exterior body to form the dust inlet, and the front end of the cylindrical exterior body. A dust-absorbing gathering portion having a hair fiber layer brush having a length about one-half of the cylindrical exterior main body is provided from the opening toward the opening direction of the rear end of the perfect circle.

  In this device, a cylindrical exterior body that is continuously connected from the perfect circle rear end opening to the front end opening and gradually increases in circumferential diameter is integrally formed of an elastic base material. This is done by processing a rubber material CR or the like having a fine structure and excellent resilience. Moreover, when processing with a vinyl base material, it can be implemented as a vinyl base material provided with the elasticity of the cylindrical exterior body of the present invention depending on the amount of the plasticizer added, which is a vinyl chloride resin PVC and a thermoplastic resin.

  A dust suction port is formed by cutting from the lower part of the circumferential outer edge of the front end opening of the cylindrical exterior body in the direction of the rear end of the perfect circle, and a perfect circle from the front end opening of the cylindrical exterior body. The hair-like fibrous brush inserted and housed in the dust-absorbing assembly provided with the hair-like fibrous layer brush having a length about one-half of the length of the cylindrical exterior body toward the rear end opening direction is composed of a number of fibrous base materials. Is raised and raised in a substantially cylindrical shape, and the entire surface is wiped off by the tip of the brush with fibers. Further, the raising direction can be arbitrarily changed during processing.

  According to the effective dust-absorbing tool attached to the suction port of the vacuum cleaner according to this device, normal suction cleaning such as interior parts of buildings related to homes, etc., walls and corners, vertical walls and bookshelves equipped etc. Fine dust on the side of the book or on the side of the book, interior, blinds and curtains in the room, high shelves, unevenness and roughness, distorted floor, other house ducts and fine dust, cleaning gaps in furniture, shelves Dust collection tools to be mounted on vacuum cleaner suction openings for companies, stores, factories, etc., such as fine dust adhering to the stack of articles, lighting equipment, air conditioner filters, fine dust on flooring and carpets, suction cleaning on the ceiling and high places, etc. Many industrial effects can be expected.

It is a bird's-eye perspective view of the effective dust collection tool with which the vacuum cleaner concerning this device is equipped. It is the bottom view which abbreviate | omitted the principal part of the effectiveness dust collection tool with which the suction opening of the vacuum cleaner concerning this invention is mounted | worn. It is a cross-sectional view which shows the use condition of the effectiveness dust suction tool with which the suction opening of the vacuum cleaner concerning this invention is mounted | worn.

  Hereinafter, an effective dust-absorbing tool to be attached to a suction port of a vacuum cleaner according to the present invention will be described based on a preferred embodiment thereof with reference to the drawings.

  The configuration aspect in this embodiment is that it is detachably inserted into the suction nozzle port (S) of the vacuum cleaner, simplifies the dust suction nozzle, and efficiently sucks and collects dust contained in the surface to be cleaned. In addition, it has the effect of being attached to the suction port of a vacuum cleaner that can easily cope with different parts of the surface to be cleaned and maintain the dust suction performance for a long period of time, thereby improving the cleaning effect. It provides a force-absorbing tool.

That is, as a means for achieving the above object, the effective dust collection tool according to the present invention is a cylindrical shape having a circumferential diameter gradually increased from the perfect circle rear end (1a) to the front end opening (1b). The exterior main body (1) is integrally formed of an elastic base material, and the circular rear end (1a) is formed from the lower part of the circumferential outer edge (2) of the front end opening (1b) of the cylindrical exterior body (1). The cylindrical exterior body is cut in the direction to form the dust suction port (3), and is directed from the front end opening (1b) of the cylindrical exterior body (1) toward the perfect rear end opening (1a). A dust-absorbing assembly part (5) provided with a hair-like fiber layer brush (4) having a length about one-half of (1) is provided.

  The cylindrical exterior body (1) which is connected to the front end opening (1b) from the perfect circle rear end opening (1a) and gradually increases the circumferential diameter is integrally formed with an elastic base material, but is integrally formed therewith. As the substrate, a rubber material CR or the like having a closed cell structure and excellent in rebound resilience is processed. Also, when processing with a vinyl base material, it is a thermoplastic resin with a vinyl chloride resin PVC, and depending on the amount of plasticizer to be added, it is processed with a vinyl base material having the elasticity of the cylindrical exterior body of the present invention. carry out

  And from the lower part of the circumferential outer edge (2) of the front end opening (1b) of the cylindrical exterior body (1), the dust suction port (3) is cut in the direction of the perfect circle rear end (1a). A hair fiber that is formed and has a length about one-half of that of the cylindrical exterior body (1) from the front end opening (1b) of the cylindrical exterior body (1) toward the opening direction of the perfect circle rear end. The fibrous fibrous brush (4) inserted and housed in the dust collecting assembly (5) provided with the layer brush is raised and raised in a substantially cylindrical shape with a large number of fibrous base materials, and the entire surface is brushed with fibers. Clean the surface to be cleaned by wiping left and right with the tip. Further, the raising direction and thickness (the length in the circumferential direction, the size of the raising) can be arbitrarily changed during processing.

  The dust-absorbing assembly (5) provided with a bristle fiber layer brush about half the length of the cylindrical exterior body (1) is made of the same material with elasticity as the cylindrical exterior body (1). In the actual cleaning operation, the dust collection portion (5) is subjected to a pressing external force from the outside of the cylindrical exterior body (1) (from the left and right or the outer circumference by the cleaning operation). It can also be used against it. In addition, due to the elasticity of the dust collecting part dust (5), it has left and right and vertical flexibility, making it easy to follow along the surface to be cleaned, and as a result, trapping fine dust, dust, etc. Increases effectiveness.

  In the figure, (6) shows the cylindrical exterior body (1) from the front end opening (1b) of the cylindrical exterior body (1) provided in the cylindrical exterior body (1) in the direction toward the rear end opening of the perfect circle. 1) A fixing member for the hair-like fibrous brush (4) that is inserted and housed in the dust-absorbing gathering portion (5) having a hair-like fiber layer brush having a length that is about a half of the length 1), and (7) is cylindrical. It is a core member that converges and holds the front bristle fiber brush (4) in the opening of the front end opening (1b) of the exterior body (1). (S) is a suction nozzle of an existing vacuum cleaner.

DESCRIPTION OF SYMBOLS S Suction nozzle 1 Cylindrical exterior main body 2 Circumferential outer edge of front end opening part of cylindrical exterior main body 3 Dust suction port 4 Capillary fiber brush 5 Dust collection part 6 Fixing member 7 Core member which converges and holds the hair fiber brush

Claims (3)

  A cylindrical exterior body that is connected to the front end opening from the rear end of the perfect circle and gradually increases in circumferential diameter is formed integrally with an elastic base material, and below the circumferential outer edge of the front end opening of the cylindrical exterior body A dust suction port is formed by cutting from the front part toward the rear end of the perfect circle, and the half of the cylindrical exterior body is directed from the front end opening of the cylindrical exterior body toward the rear end opening of the perfect circle. A dust-absorbing tool to be attached to a suction port of a vacuum cleaner, characterized in that a dust-absorbing assembly portion having a hair fiber layer brush having a length as long as that is provided.   A cylindrical exterior body with a gradually increasing circumferential diameter is connected to the front end opening from the back end of the perfect circle, and is formed integrally with an elastic base material. Excellent rubber material (CR) or vinyl chloride resin (PVC) thermoplastic resin, which is a vinyl base material, and molded integrally with a vinyl base material that has the elasticity of a cylindrical exterior body depending on the amount of plasticizer added The dust-absorbing tool attached to the suction port of the electric vacuum cleaner according to claim 1.   A dust suction port is formed by cutting from the lower part of the circumferential outer edge of the front end opening of the cylindrical exterior body in the direction of the perfect rear end opening, and the perfect rear end opening direction from the front end opening of the cylindrical exterior body A hair-like fibrous brush that is inserted into a dust-absorbing assembly having a hair-like fiber layer brush having a length about one-half of the length of the cylindrical exterior body toward the inside is substantially cylindrical. The dust suction tool attached to the suction port of the vacuum cleaner according to claim 1, wherein the brush can be raised and erected, and the entire surface of the brush can be wiped off with the tip of the brush made of fiber.

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