KR0155673B1 - Suction brush for floor of vacuum cleaner - Google Patents

Abstract

1. TECHNICAL FIELD OF THE INVENTION

The present invention relates to a floor suction inlet connected to an electric vacuum cleaner for wiping the surface to be cleaned with suction of dust and the like.

2. The technical problem that the invention tries to solve

An object of the present invention is to provide a floor suction port capable of simultaneously sucking dust and removing fine dust without overloading the vacuum cleaner.

3. Summary of Solution to Invention

According to the present invention, the suction port 6 is formed on the bottom of the suction port body 1, and the mop member 29 having the dust collection property is disposed at a position adjacent to the suction port 6 on the bottom of the suction port 6. According to this, dust or sand is sucked in the suction port 6, and sand or the like is attached to the mop member 29 and moved to prevent the surface to be cleaned from being damaged. Fine dust and the like are collected on the mop member 29, and at the same time, oil stains attached to the surface to be cleaned are wiped off with the mop member 29.

4. Important uses of the invention

According to the present invention, it is possible to reliably collect fine dust without damaging the surface to be cleaned without overloading the cleaner, and to clean the dust at the same time as the dust on the surface to be cleaned, thereby improving cleaning efficiency. The effect can be exerted.

Description

Floor Intake

1 is a cross-sectional view showing a state in which the mop cap of the first embodiment of the present invention is projected.

2 is a cross-sectional view showing the storage state of the same mop member.

3 is a perspective view showing a state in which the mop member is removed from the inlet body and inverted.

4 is a cross-sectional view of another part showing a state in which the same mop member is projected.

5 is a cross-sectional view of another part showing the storage state of the same mop member.

6 is a sectional view seen from another direction showing a state in which the same mop member is protruded.

7 is a sectional view seen from another direction showing the storage state of the same mop member.

8 is a side view showing a state in which the same mop member protrudes.

9 is a side view showing a storage state of the same mop member.

10 is a side view of the suction port body and the mop member showing a state where the same mop member is removed.

11 is a bottom view of the suction port body showing a state where the same mop member is mounted.

12 is a bottom view of the inlet body showing a state where the same mop member is removed.

13 is a top view of the same suction port body.

14 is a cross-sectional view showing a state in which the mop member is mounted on the suction port body of the second embodiment of the present invention.

Fig. 15 is a sectional view of the intake port body showing a state where the same mop member is removed.

Figure 16 is a perspective view showing a state in which the mop member is removed from the same suction port body and reversed.

17 is a cross-sectional view of another part showing a state in which a mop member is mounted on the same suction port body.

18 is a sectional view seen from another direction showing a state in which a mop member is mounted on the same suction port body.

19 is a cross-sectional view showing a removed operation state of the same mop member.

20 is a side view showing a state in which the same mop member is mounted.

21 is a side view showing a state in which the same mop member is removed.

22 is a bottom view showing a state in which the same mop member is mounted.

Fig. 23 is a bottom view showing a state in which the same mop member is removed.

24 is a top view of the same suction port body.

* Explanation of symbols for main parts of the drawings

1: suction port body 5: suction passage

6: 1st intake port 8: Storage room

9: vent hole 10: pedestal

11: second inlet 12: open hole

21: frame 25: perspective hole

26: elastic body 27: see-through hole

28: reward body 29: mop

30: front wheel 31: rear wheel

32: flap 41: inlet body

45: suction passage 46: first suction port

47: second inlet 53: frame

56 perspective hole 57 elastic body

58: see-through hole 59: reward body

60: mop member 69: flap

The present invention relates to a floor suction inlet which is connected to an electric vacuum cleaner and mops the surface to be cleaned together with suction of dust or the like.

Conventionally, the same type of floor suction port has a mop or mop mounted on the lower surface of the suction port body. For example, Japanese Patent Application Laid-Open No. 62-184846 (A47L 9/02) and Japanese Patent Application Laid-open No. 50-38223 (92 (3) D101.1) are known. These floor suction ports are connected to the cleaning main body to suck out dust and the like by the suction force of the cleaning main body and to remove fine dust with a mop or a mop.

However, such a floor intake port has a drawback in that an intake resistance is increased because the mop or mop covers the lower surface of the intake main body as a whole, thereby reducing the intake amount of the cleaning main body and overloading the electric blower. In addition, because the suction port is covered by mop or mop, it is not able to suck up relatively large dust. If sand or something is left on the surface to be cleaned, the sand is not attracted to the cleaning main body but attached to the mop or mop. There was a defect to move the stomach to damage the surface to be cleaned.

The present invention has been made in view of the above-described drawbacks, and an object of the present invention is to provide a floor suction port capable of simultaneously sucking dust and removing fine dust without overloading the vacuum cleaner.

The first configuration of the present invention is characterized in that a dust inlet is formed at a position adjacent to the suction port of the suction port bottom face while the suction port is formed on the bottom of the suction port body.

According to a second aspect of the present invention, a suction member is formed on the bottom surface of the suction port body, and at the same time, a mop member having dust collection property is disposed at the rear of the suction port of the suction port bottom surface.

According to a third aspect of the present invention, a suction port is formed on the bottom surface of the suction port body, and at the same time, a mop member having a dust collection property is detachably attached to a position adjacent to the suction port on the bottom surface of the suction port body.

According to a fourth aspect of the present invention, a suction member is formed on the bottom surface of the suction port body, and at the same time, a mop member having dust collection property is disposed at a position adjacent to the suction port of the bottom surface of the suction port body, and the bottom surface of the mop member is installed on the suction port body. Characterized in that located below the one wheel.

According to a fifth aspect of the present invention, a suction member is formed on the bottom surface of the suction port body, and at the same time as the suction port on the bottom surface of the suction port body, a dust member having dust collection property is disposed between the suction port and the mop member. The flap which has sex is arrange | positioned, It is characterized by the above-mentioned.

According to a sixth aspect of the present invention, a suction member is formed on the bottom surface of the suction port body, and at the same time, a dust member having a dust collection property is disposed at a position adjacent to the suction port of the bottom surface of the suction port body, and flexible in front and rear of the mop member. It is characterized by arranging a flap having.

According to a seventh aspect of the present invention, a suction inlet is formed on the bottom of the suction inlet body, and at the same time the dustlet is disposed at a position adjacent to the suction inlet of the bottom of the suction inlet body, and is disposed between the suction inlet and the mop member. It is characterized in that the flap having a castle and the bottom of the flap is positioned above the mop member.

The eighth aspect of the present invention includes a suction port body having a suction port on a bottom surface thereof and an accommodation part adjacent to the suction port, and a position in which the vertical movement is freely supported by the storage part so as to be accommodated in the housing part and protruding from the bottom of the suction port body. Characterized in that it comprises a mop member having a dust collecting property to move between.

According to a ninth aspect of the present invention, a suction port body having a suction port on a bottom surface thereof, and a suction port body having a housing part adjacent to the suction port, and a vertical movement of the housing part are freely supported so as to be accommodated in the housing part and protrude from the bottom surface of the suction port body. And a mop member having a dust collecting property to move between and the mop member is characterized in that the mop member bottom is positioned below the wheel installed in the suction port body in a state of protruding from the bottom of the suction port body.

The tenth aspect of the present invention has a suction port on the bottom and at the same time the suction port body formed adjacent to the suction port and the up and down movement is freely supported in the housing portion is accommodated in the housing portion and the position protruding from the bottom surface of the suction port body And a flap having flexibility disposed between the suction port and the mop member, and a mop member having a dust collecting property to move between.

According to an eleventh aspect of the present invention, a suction port body having a suction port on a bottom surface thereof and a housing part formed adjacent to the suction port and a vertical movement of the housing part are freely supported so as to be accommodated in the housing part and protrude from the bottom surface of the suction port body. And a mop member having a dust collecting property to move between the and a flap having a flexibility disposed between the suction port and the mop member, and the mop member has a bottom flap at the bottom of the mop member while protruding from the bottom of the suction port. It is characterized in that the lower position.

A twelfth aspect of the present invention is characterized in that a suction member is disposed on the bottom surface of the suction inlet body before and after, and at the same time, a mop member having dust collecting property is disposed on one of the suction inlets.

According to a thirteenth aspect of the present invention, a suction member is disposed on the bottom surface of the suction inlet body before and after, and at the same time, a mop member having dust collection property is disposed at the rear suction port.

According to a fourteenth aspect of the present invention, there is provided a suction port on the bottom face of the suction port body in front and rear, and at the same time, a mop member having dust collection property is detachably mounted on one side of the suction port.

According to a fifteenth aspect of the present invention, at the bottom of the suction port body, the suction port is disposed in front and rear, and at the same time, a mop member having dust collection property is disposed on one side of the suction port, and the bottom of the mop member is disposed below the wheel provided at the suction port body. Characterized in that located.

According to the sixteenth aspect of the present invention, a suction port is disposed in front and rear sides of the suction mechanism main body, and at the one side of the groove, a mop member having dust collection property is disposed, and the suction port and the mop member have flexibility. The flap is arrange | positioned.

According to a seventeenth aspect of the present invention, the suction port is disposed in the front and rear sides of the suction port body, and at the same time, the mop member having dust collection property is disposed on one side of the suction port, and the flap having flexibility is disposed at the front or rear of the mop member. It is characterized by one.

According to the eighteenth aspect of the present invention, a suction member is disposed in front and rear sides of the suction inlet body, and at the same time, a mop member having dust collection property is disposed on one side of the suction port, and a flap having flexibility between the mop member and the suction port is provided. And the lower end of the flap is positioned above the lower surface of the mop member.

The nineteenth aspect of the present invention is a dust collecting property that moves between a suction inlet body having a suction inlet at the bottom and front and rear, and a vertical movement freely supported on one side of the suction inlet so as to be stored in the suction inlet and a position protruding from the suction inlet bottom. And a flap having flexibility disposed between the mop member having a mop member and the other suction port and the mop member, and the bottom end of the flap is disposed above the lower surface of the mop member.

A twentieth aspect of the present invention includes an inlet body having a suction port on a bottom surface thereof, and a mop member disposed at a position adjacent to the suction port of the bottom of the suction port body, and the mop member is attached to a rigid base and an elastic body adhered to the bottom of the base. It is characterized by comprising a foam body having dust collecting property covering the bottom face of the elastic material.

A twenty-first aspect of the present invention has a base having a suction port body provided with a suction port in front and rear and a mop member disposed on the suction port body so as to cover one side of the suction port, and the mop member having a plurality of see-through holes and the framework thereof. It is characterized in that it is composed of a breathable elastic body having elasticity installed on the cover and a non-woven fabric, cloth, paper, and the like having a breathable and dust-collecting property covering the elastic body detachably attached.

A twenty-second constitution of the present invention includes a base having a suction port body provided with a suction port in front and rear and a mop member detachably mounted to the suction port body so as to cover one side of the suction port, and the mop member having a plurality of see-through holes; And a resilient elastomer having a see-through hole connected to the see-through hole of the base, and a non-woven fabric, cloth, paper, and the like having a breathable and dust-collecting property that covers the elastic body and is detachably mounted thereon. It is done.

According to a twenty-third aspect of the present invention, there is provided a suction port body having a suction port at the bottom thereof and a suction passage connecting the suction port and the connection pipe therein, and an accommodating portion formed adjacent to the suction port at the bottom of the suction port body. Between the ventilation hole formed in the housing and connected to the suction passage, the pedestal is freely supported in the housing and the seat is mounted to the base and stored in the housing and the position protruding from the bottom of the suction port body A base having a plurality of see-through holes provided with a moving mop member and spaced between the pedestal and the pedestal, and an elastic body having elasticity and breathability provided on the back of the base and the back of the elastic body, It is composed of a non-woven fabric, cloth, paper, etc., which is freely mounted and has a breathable and dust-collecting body. Characterized in that the formation of the opening connecting the gap with the framework vent hole.

According to the first configuration described above, the surface to be cleaned is prevented from being damaged by dust or sand being sucked in the suction port and the sand or the like attached to the mop member and moving. Fine dust and the like are collected on the mop member, and oil stains attached to the surface to be cleaned are wiped off with the mop member.

According to the second configuration, the mop operation is mainly performed when the suction port is pushed forward, and dust or sand is sucked from the suction port located in front of the mop member, and when the mop operation is carried out, the sand light is attached to the mop member and moved. To prevent damage to the cleaning surface. Fine dust and the like are collected on the mop member, and oil stains attached to the surface to be cleaned are wiped off by the mop member.

According to the third configuration, the surface to be cleaned is prevented from being damaged by dust or sand being sucked in the suction port and attached to the mop member to move in sand or the like.

Fine dust and the like are collected on the mop member, and oil stains attached to the surface to be cleaned are wiped off with the mop member. When cleaning the carpet, remove the mop member from the inlet body, and clean the surface to be cleaned such as the carpet to prevent the surface from being attached to the surface to be cleaned.

According to the fourth constitution, dust or sand is sucked in the suction port, and the sand to be cleaned is prevented from being damaged by attaching and moving the sand to the mop member.

Fine dust and the like are collected on the mop member, and oil stains attached to the surface to be cleaned are wiped off by the mop member. Since the surface of the mop member is located under the wheel of the suction inlet body, the wheel is in a floating state, and even if sand is dropped on the surface to be cleaned, the sand is pressed against the wheel and does not damage the surface to be cleaned.

According to the fifth structure, fine dust and the like are collected on the mop member, and oil grease etc. attached to the surface to be cleaned are wiped off by the mop member. Dust or sand is prevented from adhering to the mop member by a flap disposed between the suction port and the mop member, and at the same time, it is sucked into the suction port and removed. Therefore, the surface to be cleaned is prevented from being damaged by sand and the like attached to the mop member and moving.

According to the sixth configuration, fine dust and the like are collected on the mop member and oil grease etc. attached to the surface to be cleaned are wiped off by the mop member. Dust and sand are prevented from being attached to the mop member by the flap disposed in front and rear of the mop member, while being sucked and removed from the suction port to prevent damage to the surface to be cleaned by sand and the like attached to the mop member and moving. .

According to the seventh constitution, fine dust and the like are collected on the mop member and oil grease etc. attached to the surface to be cleaned are wiped off by the mop member. Dust and sand are prevented from being attached to the mop member by the flap disposed between the suction port and the mop member, and at the same time, it is sucked and removed from the suction port to prevent the surface to be cleaned from being damaged by sand attached to the mop member. do. In addition, since the lower end of the flap is formed above the lower surface of the mop member, the flap rubs the surface to be cleaned, thereby preventing damage to the surface to be coated.

According to the eighth constitution, dust or sand is sucked from the suction port, and sand and the like are attached to the mop member and moved to prevent the surface to be cleaned from being damaged. Fine dust and the like are collected by the mop member, and oil stains attached to the surface to be cleaned are wiped off by the mop member. In the case of cleaning the carpet, the mop member is stored in the receiving portion, and the surface to be cleaned such as the carpet is cleaned to prevent the adhesion to the surface to be cleaned.

According to the ninth configuration, fine dust and the like are collected by the mop member and oil grease etc. attached to the surface to be cleaned are wiped off by the mop member. Dust or sand is sucked from the suction port, and sand is attached to the mop member and moved to prevent the surface to be cleaned from being damaged. Since the bottom surface of the mop member is positioned under the wheel of the suction inlet body while the mop member is protruded, the wheel is left in a floating state, and even if sand is on the surface to be cleaned, the sand is pressed against the wheel and does not damage the surface to be cleaned. . When the carpet is cleaned, the mop member is housed in the housing to clean the surface to be cleaned, such as the carpet, to prevent the adhesion of the mop member to the surface to be cleaned.

According to the tenth configuration, fine dust is collected by the mop member and oil grease etc. attached to the surface to be cleaned are wiped off by the mop member. Dust or sand is prevented from adhering to the mop member by a flap disposed between the suction port and the mop member, and at the same time, it is sucked and removed from the suction port. Therefore, the surface to be cleaned is prevented from being damaged by sand and the like attached to the mop member and moving. In the case of cleaning the carpet, for example, the mop member is housed in the housing, and the surface to be cleaned, such as the carpet, is cleaned to prevent the adhesion to the surface to be cleaned.

According to the eleventh constitution, fine dust and the like are collected on the mop member and oil grease etc. attached to the surface to be cleaned are wiped off by the mop member. Dust or sand is prevented from adhering to the mop member by a flap disposed between the suction port and the mop member. At the same time, the surface to be cleaned is prevented from being sucked by the suction port and the sand and the like attached to the mop member and moved. . In addition, since the lower end of the flap is formed above the lower surface of the mop member, the flap rubs the surface to be cleaned, thereby preventing damage to the surface to be coated. In addition, when cleaning the carpet, the mop member is stored in the housing and the surface to be cleaned, such as the carpet, is prevented from being attached to the surface to be cleaned.

According to the twelfth configuration, fine dust and the like are collected on the mop member and oil grease etc. adhered to the surface to be cleaned are wiped off by the mop member. Since the mop member is disposed at the suction port, dust and the like are more surely collected in the mop member. Dust or sand is sucked from the suction port, and sand is attached to the mop member and moved to prevent the surface to be cleaned from being damaged.

According to the thirteenth configuration, the mop operation is mainly performed when the suction port is pushed forward, and dust or sand is sucked from the suction port located in front of the mop member, and sand is attached to the mop member and moved during the mop operation. Damage to the surface to be cleaned is prevented. Fine dust and the like are collected on the mop member, and oil stains attached to the surface to be cleaned are wiped off by the mop member. Since the mop member is disposed at the suction port, dust and the like are certainly collected in the mop member.

According to the fourteenth constitution, dust or sand is sucked from the suction port, and the sand to be cleaned is prevented from being damaged by attaching and moving the sand to the mop member. Fine dust and the like are collected on the mop member, and oil stains attached to the surface to be cleaned are wiped off by the mop member. Since the mop member is disposed at the suction port, dust and the like are certainly collected in the mop member. When cleaning the carpet, remove the mop member from the inlet body and clean the surface to be cleaned such as the carpet to prevent the surface from being attached to the mop member.

According to the fifteenth aspect, dust or sand is sucked from the suction port, and the sand to be cleaned is prevented from being damaged by attaching and moving the sand to the mop member. Fine dust is collected on the mop member, while oil spots attached to the surface to be cleaned are wiped off by the mop member. Since the mop member is disposed at the suction port, dust and the like are certainly collected in the mop member. By placing the bottom surface of the mop member below the wheel of the suction inlet body, the wheel is in a floating state, and even if sand is dropped on the surface to be cleaned, sand and the like are prevented from being pressed against the wheel to damage the surface to be cleaned.

According to the sixteenth configuration, fine dust is collected by the mop member and oil grease etc. attached to the surface to be cleaned are wiped off by the mop member. Since the mop member is disposed at the suction port, dust is certainly collected in the mop member. Dust or sand is prevented from adhering to the mop member by a flap disposed between the suction port and the mop member, and at the same time, it is sucked and removed from the suction port. Therefore, the surface to be cleaned is prevented from being damaged by sand and the like attached to the mop member and moving.

According to the seventeenth constitution, fine dust is collected by the mop member, and at the same time, oil grease etc. attached to the surface to be cleaned are wiped off by the mop member. Since the mop member is disposed at the suction port, dust is certainly collected in the mop member.

Dust and sand are prevented from adhering to the mop member by a flap disposed before and after the mop member, and are sucked and removed from the suction port at the same time. Therefore, the sand to be cleaned is prevented from being damaged by attaching and moving to the mop member.

According to the eighteenth configuration, fine dust is collected by the mop member and oil greases attached to the surface to be cleaned are wiped off by the mop member. Since the mop member is disposed at the suction port, dust is certainly collected in the mop member. Dust and sand are prevented from adhering to the mop member by a flap disposed between the suction port and the mop member, and are sucked and removed from the suction port. Therefore, the surface to be cleaned is prevented from being damaged by attaching and moving sand or the like to the mop member. In addition, since the lower end of the flap is formed above the lower surface of the mop member, the flap rubs the surface to be cleaned, thereby preventing damage.

According to the nineteenth configuration, fine dust is collected by the mop member and oil grease etc. attached to the surface to be cleaned are wiped off by the mop member. Since the mop member is disposed at the suction port, dust is certainly collected in the mop member. Dust and sand are attracted to and removed from the suction port while being prevented from being attached to the mop member by a flap disposed between the suction port and the mop member. Therefore, the surface to be cleaned is prevented from being damaged by attaching and moving to the mop member. In addition, since the lower end of the flap is formed above the lower surface of the mop member, the flap rubs the surface to be cleaned, thereby preventing damage to the surface to be coated. When cleaning the rug, the mop member is stored in the receiving part of the inlet body and the surface to be cleaned such as the rug is prevented from being attached to the surface to be cleaned.

According to the twentieth arrangement, sand or dust is sucked in the suction port, and the sand to be cleaned is prevented from being damaged by the sand or the like adhering to the mop member. Fine dust is collected on the mop member, and oil spots attached to the surface to be cleaned are wiped off by the mop member. Since the mop member has a structure in which the foam is covered with the elastic body, even if there are irregularities on the surface to be cleaned, since the foam moves along the irregularities of the surface to be cleaned by the elasticity of the elastic body, fine dust accumulated in the concave portion of the surface to be cleaned is also collected.

According to the twenty-first configuration, the dust or sand is sucked in the suction port, and the sand to be cleaned is prevented from being damaged by the sand adhering to the mop member and moving. Fine dust is collected by the mop member, and oil stains attached to the surface to be cleaned are wiped with the mop member. Since the mop member is arranged to cover the suction port, the dust is definitely collected by the suction force at the suction port. Further, since the mop member is configured to cover the elastic body, even if there are irregularities on the surface to be cleaned, since the foam moves along the unevenness of the surface to be cleaned by the elasticity of the elastic body, fine dust accumulated in the concave portion of the surface to be cleaned is also collected.

According to the twenty-second constitution, dust or sand is sucked from the suction port, and sand and the like are attached to the mop member and moved to prevent the surface to be cleaned from being damaged. Fine dust is collected on the mop member, and oil stains attached to the surface to be cleaned are wiped off with the mop member. Since the mop member is arranged to cover the suction port, dust is surely collected in the mop member by the suction force at the suction port. In addition, since the mop member is configured to cover the elastic body, even if there are irregularities on the surface to be cleaned, since the foam moves along the unevenness of the surface to be cleaned by the elasticity of the elastic body, fine dust accumulated in the concave portion of the surface to be cleaned is also collected.

According to the twenty-third configuration, dust or sand is sucked from the suction port, and the sand to be cleaned is prevented from being damaged by the sand adhering to the mop member and moving. Fine dust is collected on the mop member, and oil stains attached to the surface to be cleaned are wiped off by the mop member. Since the mop member is arranged to cover the suction port, dust is certainly collected in the mop member by the suction force at the suction port. In addition, since the mop member is configured to cover the elastic body, even if there are irregularities on the surface to be cleaned, since the foam moves along the unevenness of the surface to be cleaned by the elasticity of the elastic body, fine dust accumulated in the concave portion of the surface to be cleaned is also collected.

EXAMPLE

A first embodiment of the present invention will be described below with reference to Figs.

(1) is a suction inlet body, which consists of an upper case (2) and a lower case (3) and rotatably supports a connecting pipe (4) connected to a cleaning main body (not shown) in the center of the rear part, and the upper case (2). ) And a suction passage 5 connected to the connecting pipe 4 between the lower case 3.

(6) is connected to the suction passage (5) through an open hole (7) formed in the center of the first suction port provided concave upward from the bottom surface of the suction port body (1) at the lower front position of the suction port body (1). It is connected.

8 is an accommodating portion installed laterally concave upward from the bottom surface of the inlet body 1 at the center of the bottom surface of the inlet body 1, and the mop member 29, which will be described later, is freely received and the mop member 29 The sliding plate 16 which moves () up and down is accommodated.

(9) is connected to the suction passage (5) by a vent hole formed in the center portion of the wall (4) side wall surface of the housing section (8).

10 is a pedestal in which the up-and-down movement is freely supported in the housing part 8, and the second suction port 11 is concavely installed upward from the peripheral edge, leaving the peripheral edge part. ) Has an open life 12 connected to the vent hole 9 while the pedestal 10 is moved downward.

13 is an engaging groove 14 that is engaged with the engaging hook 23 of the installation leg 22 of the mop member 29 to the mounting portion of the mop member 29 to be described later recessed on both sides of the pedestal 10. )

15 is an inclined cam formed on the left and right sides of the upper surface of the pedestal 10.

(16) is a sliding plate which is slidably supported in a left-right direction at an upper position of the pedestal (10) in the accommodating portion (8), the opening (18) having the operation portion (17) formed in the upper case (2). It is exposed to the upper surface of the suction port main body 1 through.

19 is a cam formed on the lower surface of the sliding plate 16 to engage the inclined cam 15 of the pedestal 10 to move the sliding plate 16 in the left and right directions to move the pedestal 10 in the vertical direction. It is configured to move.

20 is a spring in which both ends are fixed to the pedestal 10 and the sliding plate 16, respectively, and a force is applied in the direction in which the pedestal 10 is accommodated in the housing portion 8 by its elasticity.

Reference numeral 21 is a frame made of synthetic resin, which is formed to have a wider width than the pedestal 10, and the portion protruding outward from the pedestal 10 serves as a handle for removing the frame 21.

22 is an installation leg formed upwardly at both ends of the upper surface of the base 21 so as to be fitted to the installation portion 13 of the pedestal 10, and at the same time, the installation portion 13 hangs inward toward the distal end portion. An engaging hook 23 is formed on the fitting groove 14, and the installation leg 22 is fitted between the pedestal 10 and the suction inlet body 1 when moving upward of the pedestal 10, thereby providing a frame 21. ) Prevents the inlet port body 1 from falling off.

Reference numeral 24 denotes a fastening member adhered to the entirety and the rear of the upper surface of the base 21, and has a plurality of synthetic resin fiber-like bodies having elasticity formed at the ends of the hooks.

Numeral 25 denotes a plurality of see-through holes formed in the base 21.

Reference numeral 26 denotes an elastic body made of a material having elasticity adhered to the lower surface side of the base 21. In this embodiment, a material in which many fibers having flexible elasticity are planted is used.

The elastic body 26 preferably uses a material having a relatively high elasticity so as to conform to the unevenness of the surface to be cleaned. A sponge may be used in addition to the same material as described above.

(27) is a see-through hole formed in the elastic body (26) and overlaps with the see-through hole (25) of the frame (21), and the frame (21) and the elastic body are formed by the see-through holes (25) and (27). (26) It is intended to be breathable.

(28) is to cover a large number of fibrous bodies of the engaging member 24 provided with both ends on the base 21 in a state of covering the elastic body 26 with a foam (body) and the base 21 When attached to the pedestal 10, both ends of the foam body 28 are formed to be sandwiched and supported between the circumferential edge portion of the pedestal 10 and the base 21.

The foam 28 is formed of a material having a dust collecting property, dust retention, breathability, that is, non-woven fabric, cloth, paper, etc. In this embodiment, non-woven fabric made of fine fibers such as polyester, polypropylene It is formed as a microorganism and is further subjected to electrostatic treatment on fine fibers to increase dust retention.

The mop member 29 is formed of the base 21, the elastic body 26, and the foam body 28.

30 is a front wheel rotatably axially supported on the front lower surface of the inlet body 1, and 31 is a rear wheel rotatably axially supported on the rear surface of the inlet body 1 by a mop member ( The lowermost position of both the wheels 30 and 31 is located above the lower surface of the mop member 29 in the state which 29 is moved below.

(32) is a flap disposed between the first suction opening (6) and the mop member 29 is formed of a material having elasticity such as rubber, the flap 32 is moved below the mop member (29) The lower end is located above the lower surface of the mop member 29 in the made state.

And it stops over the many fibrous bodies of the locking member 24 which covered the elastic body 26 below with the foam body 28, and the both ends of the foam body 28 were provided in the base 21. As shown in FIG.

In this state, the mounting leg 22 of the base 21 is fitted to the mounting portion 13 of the pedestal 10, and the locking hook 23 of the mounting leg 22 is hooked on the mounting portion 13. The mop member 29 is fitted to the suction inlet body 1 by engaging the fitting groove 14.

When cleaning the surface to be cleaned, such as the floor, mop member 29 in a downward state to operate the cleaning main body to move the suction inlet body (1).

Since the mop operation is mainly performed when the suction inlet body 1 is moved forward, in this state, as shown in FIG. 1, relatively large dust is sucked in the first suction port 6, and fine dust is collected on the mop member 29. The oil stains collected in (28) and attached to the surface to be cleaned together are wiped off as the mop member (29).

In the state where the mop member 29 protrudes downward, the second suction opening 11 is connected to the suction passage 5 through the ventilation hole 9, and the transparent hole 25 of the base 21 and the elastic body 26 is provided. Since the suction is also taken from the front of the foam body 28 through, 27, fine dust can be collected more reliably.

In addition, since the foam 28 is subjected to the electrostatic treatment on the fibers, dust collecting property is further improved.

As described above, since the air is sucked from the first suction port 6 and the second suction port 11, it is possible to suck sufficient air for cooling the electric blower of the cleaning main body, thereby preventing the electric blower from being overloaded.

Both ends of the foam body are hung by the locking member 24 and at the same time, it is supported between the pedestal 10 and the base 21 so that the detachment of the foam body 28 due to the pushing and pulling operation due to cleaning is prevented.

In the protruding state of the mop member 29, the front wheel 30 and the rear wheel 31 are in a floating state, and even though sand is separated, the sand is pressed by both wheels 30 and 31 to damage the surface to be cleaned. The sand is prevented from being attached to the mop member 29 by the flap 32 disposed in front of the mop member 29 and sucked into the cleaning main body at the first suction port 6.

When the foam body 28 is soiled, while holding the end of the base 21 in the state protruding downward mop member 29, loosen the engagement hook 23 and the engaging groove 14 and the pedestal 10 Remove the mop member 29 from the.

Then, both ends of the foam body 28 are removed from the engaging member 24 and replaced with a new foam body.

When cleaning the surface to be cleaned such as a mat or a rug, when the sliding plate 16 is operated by operating the operation unit 17, the mop is caused by the elasticity of the spring 20 as shown in FIGS. 2, 5, and 6. The member 29 is accommodated in the accommodating part 8 with the base 10.

In the storage state of the mop member 29, the front wheel 30 and the rear wheel 31 are grounded on the surface to be cleaned and the mobility of the suction inlet body 1 is improved.

In the storage state of the mop member 29, as shown in FIG. 2, the vent hole 9 is blocked by the elastic body 26 so that the air intake is hardly intake in the second suction opening 12, and the mop member 29 When cleaning unnecessary mats or rugs, the accommodating body 28 of the mop member 29 does not come into contact with the surface to be cleaned and is unnecessarily polluted.

In addition, in the storage state of the mop member 29, the installation leg 22 of the mop member 29 is sandwiched between and supported by the pedestal 10 and the suction inlet body 1, so that the mop member 29 is cleaned at the time of cleaning the long carpet. ), The mop member 29 does not fall off from the suction port body 1 even if a large load is applied.

In addition, although the see-through hole 27 was formed in this embodiment in order to give air permeability to the elastic body 26, you may use a breathable material.

In the present embodiment, the flap 32 is provided only between the first suction port 6 and the mop member 29. However, the flap 32 may be provided before and after the mop member 29 as in the second embodiment described later.

A second embodiment of the present invention will be described in detail with reference to Figs.

The same components as those in the first embodiment are denoted by the same reference numerals and description thereof will be omitted.

41 is a suction inlet body, which consists of an upper case 42 and a lower case 43, and rotatably supports a connecting pipe 44 connected to a cleaning main body not shown in the center of the rear part. And a suction passage 45 connected between the lower case 43 and the connection pipe 44.

46 is a first inlet 47 installed concave up from the bottom of the inlet body 41, the second inlet concave up from the bottom surface of the inlet body 41 in the central position of the lower surface of the inlet body 41 As the suction port, the first suction port 46 and the second suction port 47 are connected to the suction passage 45 through the open holes 48 and 49, respectively.

50 is a first side suction port formed in front of both sides of the suction port body 41 and is connected to the first suction port 46.

51 is a second side suction port formed in the central portion of both sides of the suction port body 41 is connected to the second suction port 47.

Reference numeral 52 is an engaging groove formed in the central portion of both sides of the suction port body 41 is such that the engaging hook 55 of the base 53, which will be described later, can be engaged or peeled off.

Reference numeral 53 is a frame made of synthetic resin, which forms an installation leg 54 at both ends of the upper surface upward, and engages the engagement hook 55 formed at the distal end of the installation leg 54 by the suction port body 41. The second side suction port 51 is closed by the installation leg 54 when the frame 53 is fitted to the suction port body 41 by being engaged with the groove 52. have.

On the front and rear of the upper surface of the base 53, a fastening member (not shown) for fastening the foam body 59, which will be described later, is attached, and the fastening member is elastic synthetic resin having a hooked end as in the first embodiment. It consists of a member with many fibrous bodies.

Numeral 56 is a plurality of see-through holes formed in the base 53.

Reference numeral 57 is an elastic body made of a resilient material adhered to the lower surface side of the base 53, and is formed of a sponge.

58 is a see-through hole formed in the elastic body 57, and is formed to overlap the see-through hole 56 in the base 53, and the base 53 and the above-mentioned see-through holes 56 and 58. The elastic body 57 is provided with air permeability.

59 is formed as a foam body to cover a plurality of fiber-like body of the engaging member provided at both ends to the base 53 in the state covering the elastic body 57 and the base 53 is mounted on the inlet body 41. In this case, both ends of the foam body 59 are sandwiched between the bottom face of the suction port body 41 and the base 53.

The foam 59 is formed of the same material as in the first embodiment.

The mop member 60 is formed of the base 53, the elastic body 57, and the foam body 59.

61 is a sliding plate arranged in a space surrounded by the upper case 42 and the lower case 43, and is slidably supported in the left and right directions by a rib 62 formed in the lower case 43.

When the slide 63 slides the sliding plate 61 with the pushing rib formed on the bottom surface of the sliding plate 61, 63 is pushed down and moved downwards between the operations 67 which will be described later.

64 is an operation part formed in the said sliding plate 61, and is exposed above the suction port main body 41 through the opening hole 65 formed in the said upper case 42. As shown in FIG.

Reference numeral 66 is a spring constructed between the lower case 43 and the sliding plate 61 toward the position where the pushing rib 63 of the sliding plate 61 does not push the operation 67 to be described later. The sliding plate 61 is added.

The lower end 67 faces the second suction opening 47 between the operations supported by the lower case 43 so as to move up and down, and the lower end thereof is moved downward by the pushing rib 63. The base 53 is pushed down to release the engagement hook 55 and the engagement groove 52 in the installation leg 54 of the base 53.

Reference numeral 68 designates the operation section 67 upward with a spring provided between the lower case 43 and the operation section 67 described above.

Reference numeral 69 is a flap disposed before and after the second suction opening 47, and is formed of an elastic material such as rubber. The flap 69 has a lower end above the lower surface of the mop member 60. It is supposed to be located.

In doing so, when cleaning the surface to be cleaned, such as the floor, covering the lower part of the elastic body 57 with the foam body 59, so that both ends of the foam body 59 are placed on the base 53 so as to cover the many fibrous bodies of the locking member. Leave it.

In this state, the engaging hook 55 installed on the mounting leg 54 of the base 53 is engaged with the engaging groove 52 of the suction inlet body 41 so that the mop member 60 is sucked into the inlet body 41. )).

When this suction port main body 41 is connected to the cleaning main body and the cleaning main body is operated to move the suction main body 41, relatively large dust is sucked from the first suction port 46 by the suction force of the cleaning main body as shown in FIG. The fine dust is collected in the foam 59 of the mop member 60.

In this state, the second suction opening 47 is sucked from the front surface of the foam body 59 through the sight hole 56 of the base 53 and the sight hole 58 of the elastic body 57, so that fine dust can be reliably collected. There is a number.

Both ends of the foam 59 are held by the catching member and held between the bottom surface of the suction port main body 41 and the base 53, so that the deviation of the foam 59 caused by the pushing and pulling operation caused by cleaning is prevented. Is prevented.

In the state where the mop member 60 is mounted, as shown in FIG. 14, the front wheel 30 and the rear wheel 31 are in a floating state, and even if sand is separated, the sands are both wheels 30, 31 ), The sand and the like are prevented from being attached to the mop member 60 by the flap 69 disposed in front of the mop member 60, and the cleaner is cleaned at the first suction opening 46. Aspirated by the body.

When the foam 59 is dirty, the operation unit 64 is operated to slide the sliding plate 61 to move the operation section 67 downward by the pressing rib 63 of the sliding plate 61.

As shown in FIG. 19, as the operating section 67 moves downward, the engaging hook 55 on the installation leg 54 of the base 53 is removed from the engaging groove 52 of the suction inlet body 41. As shown in FIG. The mop member 60 is removed from the suction port body 41.

Then, both ends of the foam 59 are removed from the engaging member and replaced with a new foam.

When cleaning the surface to be cleaned such as a mat or a rug, the mop member 60 is removed from the suction port body 41 as described above.

In this state, when the suction main body 41 is pushed and pulled, the dust on the surface to be cleaned is sucked from the first suction port 46 and the second suction hole 47 as shown in FIG.

According to the configuration of claim 1 of the present invention, it is possible to reliably collect fine dust without damaging the surface to be cleaned by sucking dust dust without overloading the cleaner, and also to mop and dust the surface of the surface to be cleaned. The effect of improving the cleaning efficiency is exerted.

According to the configuration of claim 2 of the present invention, it is possible to reliably collect fine dust without damaging the surface to be cleaned by sucking dust without overloading the cleaner, as well as cleaning the dust as well as sucking the dust on the surface to be cleaned. The effect which can improve efficiency is exhibited.

According to the configuration of claim 3 of the present invention, the dust can be sucked without damaging the cleaning surface without overloading the cleaner, and the fine dust can be collected reliably, and the cleaning can be carried out simultaneously with the suction of the dust on the cleaning surface. The efficiency can be improved. In addition, when cleaning the carpet, the mop member can be detached, so that the time of attachment to the mop member is prevented from being attached to the surface to be cleaned such as the carpet.

According to the configuration of claim 4 of the present invention, the dust can be sucked without overloading the cleaner without damaging the surface to be cleaned, and the dust can be reliably collected as well as the dust can be sucked and cleaned at the same time. The efficiency can be improved. In addition, since the bottom surface of the mop member is positioned below the wheel of the suction inlet body, even if something like sand is separated from the surface to be cleaned, the sand is pressed against the wheel and the surface to be cleaned is not damaged.

According to the configuration of claim 5 of the present invention, the dust can be reliably collected without overloading the cleaner, and the cleaning efficiency can be improved since the dust is cleaned at the same time as the suction of the dust to be cleaned. In addition, the flap prevents the sand and the like from adhering to the mop member, and the sand is attached to the mop member and moved to prevent the surface to be cleaned from being damaged.

According to the configuration of claim 6 of the present invention, the dust can be reliably collected without overloading the cleaner, and the cleaning efficiency can be increased because the dust is cleaned at the same time as the dust on the surface to be cleaned. In addition, it prevents the sand to be attached to the mop member by the pull wrap to prevent damage to the surface to be cleaned caused by the sand attached to the mop member to move.

According to the configuration of claim 7 of the present invention, the dust can be reliably collected without overloading the cleaner, and the cleaning efficiency can be improved since the dust is cleaned at the same time as the suction of the dust to be cleaned. In addition, by preventing the sand to be attached to the mop member by the flap, the sand to be attached to the mop member is prevented from being damaged and at the same time the flap itself rubs the surface to be cleaned. It is effective.

According to the eighth aspect of the present invention, it is possible to suck the dust without overloading the cleaner, to prevent damage to the surface to be cleaned and to collect dust evenly, and to mop at the same time as the suction of the dust on the surface to be cleaned. Can improve the cleaning efficiency. In addition, when cleaning the rugs and the like, the mop member can be stored in the accommodating portion, so that the time when the rag member is attached to the mop member is prevented from being attached to the surface to be cleaned such as the rug.

According to the structure of claim 9 of the present invention, it is possible to suck the dust without overloading the cleaner to prevent damage to the surface to be cleaned and to collect dust evenly and to mop the dust on the surface to be cleaned at the same time. The cleaning efficiency can be improved. In addition, when cleaning the carpet, the mop member can be stored in the housing. Therefore, when the mop member is attached to the mop member, the mop member is prevented from being attached to the surface to be cleaned, and the bottom of the mop member is positioned below the wheel of the inlet body. Even if the sand is separated on the surface to be cleaned, the sand is pressed against the wheels and thus does not damage the surface to be cleaned.

According to the structure of claim 10 of the present invention, the dust is sucked without overloading the cleaner without damaging the surface to be cleaned, and dust can be collected reliably, and at the same time, the dust and the dust of the surface to be cleaned can be cleaned together with the dust. Can increase the efficiency. In addition, when cleaning the carpet, the mop member can be stored in the housing. Therefore, when the mop member gets stuck on the mop member, it is prevented from sticking to the surface to be cleaned such as the carpet. The effect of being able to prevent damage to the surface to be cleaned by attaching and moving is exhibited.

According to the structure of claim 11 of the present invention, it is possible to reliably collect fine dust without damaging the surface to be cleaned by sucking the dust without overloading the cleaner, and at the same time cleaning and dusting of the dust on the surface to be cleaned together The efficiency can be improved. In addition, when cleaning the carpet, the mop member can be stored in the housing. Therefore, when the mop member gets stuck on the mop member, it is prevented from adhering to the surface to be cleaned such as the carpet, and at the same time, the sand is attached to the mop member by the flap to prevent the sand from being attached to the mop member. It is possible to prevent damage to the surface to be cleaned by adhering to and moving it, and to prevent damage to the surface to be cleaned by the flap itself rubbing the surface to be cleaned.

According to the structure of claim 12 of the present invention, the dust can be sucked more reliably without overloading the cleaner, and the fine dust can be collected reliably without damaging the surface to be cleaned, and at the same time, the dust can be wiped together with the suction of the surface to be cleaned. It shows the effect of increasing the cleaning efficiency.

According to the configuration of claim 13 of the present invention, it is possible to clean dust without overloading the vacuum cleaner, to prevent damage to the surface to be cleaned, and to dust the surface to be cleaned at the same time as the dust can be dusted on the surface to be cleaned. Increase the effect.

According to the structure of claim 14 of the present invention, the cleaner is prevented from being overloaded, and the dust is sucked more reliably, and the damage to the cleaned surface is prevented, so that fine dust is collected at the same time. As a result, the cleaning efficiency can be improved. In addition, the cleaning of the carpet and the like can remove the mop member, so that when the mop on the mop member can be prevented from adhering to the surface to be cleaned.

According to the configuration of claim 15 of the present invention, it is possible to suck dust more reliably without overloading the cleaner, to prevent damaging the surface to be cleaned, to collect fine dust reliably, and to mop at the same time as the suction of dust on the surface to be cleaned. It can improve the cleaning efficiency. In addition, since the bottom surface of the mop member is positioned below the wheel of the intake main body, sand or the like is prevented from being pressed by the wheel and damaging the surface to be cleaned.

According to the configuration of claim 16 of the present invention, it is possible to suck dust more reliably without overloading the cleaner, to prevent damage to the surface to be cleaned, to collect dust evenly, and to mop at the same time as the suction of dust on the surface to be cleaned. So cleaning efficiency is improved. In addition, the flap is prevented from attaching sand to the mop member, and sand and the like are attached to the mop member and moved to prevent the surface to be cleaned from being damaged.

According to the configuration of claim 17 of the present invention, the dust can be sucked more reliably without overloading the cleaner, and fine dust can be collected reliably without damaging the surface to be cleaned, and cleaning can be performed simultaneously with the suction of the dust on the surface to be cleaned. The efficiency can be improved. In addition, since the flap can prevent the sand and the like from adhering to the mop member, the sand can be prevented from being damaged by attaching and moving to the mop member.

According to the configuration of claim 18 of the present invention, it is possible to reliably suck dust without overloading the cleaner, and to collect fine dust reliably without damaging the surface to be cleaned, and to clean up at the same time as the suction of dust on the surface to be cleaned. Can increase. Also, the flap can prevent the sand from sticking to the mop member, so that the sand to be attached to the mop member can be prevented from being damaged by the sand and the flap itself rubs the surface to be cleaned. It also has the effect of preventing damage to the cleaning surface.

According to the structure of claim 19 of the present invention, it is possible to reliably suck the dust without overloading the cleaner and to collect the fine dust without damaging the surface to be cleaned, and to clean the dust at the same time as the suction of the dust to be cleaned, When cleaning the carpet and the like, the mop member can be stored to prevent the adhesion of the mop member to the surface to be cleaned. In addition, sand can be prevented from adhering to the mop member by the flap, so that the sand can be attached to the mop member and moved to prevent damage to the surface to be cleaned, and at the same time, the flap itself rubs the surface to be cleaned. This damage can also be prevented.

According to the configuration of claim 20 of the present invention, it is possible to suck the dust without overloading the cleaner to prevent damage to the surface to be cleaned, and to collect dust evenly, and to mop at the same time with the suction of the dust on the surface to be cleaned. This can increase the cleaning efficiency. In addition, since the mop member is configured to cover the elastic body with the foam body, the dust can be reliably collected even fine dust accumulated in the concave portion of the surface to be cleaned by the elasticity of the elastic body.

According to the configuration of claim 21 of the present invention, it is possible to reliably suck dust without overloading the cleaner, to prevent damaging the surface to be cleaned, to collect dust well, and to mop at the same time as the suction of dust on the surface to be cleaned. Therefore, the cleaning efficiency can be improved. In addition, since the mop member is configured to have breathability covering the suction port, dust and the like can be reliably collected using the suction force of the suction port. In addition, since the elastic body of the mop member is covered with a foam, the elasticity of the elastic body makes it possible to reliably collect fine dust accumulated in the concave portion of the surface to be cleaned.

According to the configuration of claim 22 of the present invention, it is possible to reliably suck dust without overloading the cleaner, to prevent damaging the surface to be cleaned, to collect dust evenly, and to mop at the same time as the suction of dust on the surface to be cleaned. Can improve the cleaning efficiency. In addition, since the mop member covers the suction port, the dust can be reliably collected using suction force from the suction port. At the same time, the mop member covers the elastic body with the foam, so the elastic body avoids the elasticity. The dust accumulated in the concave portion of the cleaning surface can also be collected dust surely.

According to the structure of claim 23 of the present invention, the dust is sucked without overloading the cleaner to prevent damage to the surface to be cleaned and fine dust can be collected reliably, and at the same time as the suction of the dust on the surface to be cleaned, the cleaning efficiency can be achieved. Can increase. In addition, since the mop member is designed to cover the suction port as breathable, dust and the like can be collected at the suction port by using suction force, and the mop member is designed to cover the elastic body with the foam body. The effect that the dust which accumulated in the recessed part can collect dust surely appears.

Claims (23)

The suction port 6 is formed on the bottom surface of the suction port body 1, and the mop member 29 having the dust collection property is disposed at a position adjacent to the suction port 6 on the bottom surface of the suction port body 1. Floor intake, characterized in that. The suction port 6 is formed on the bottom surface of the suction port body 1, and the mop member 29 having the dust collection property is disposed on the bottom surface of the suction port body 1, behind the suction port 6. Floor intake. The suction port 6 is formed on the bottom surface of the suction port body 1, and the mop member 29 having the dust collection property can be attached and detached at a position adjacent to the suction port 6 on the bottom surface of the suction port body 1. Floor intake, characterized in that the mounting. The suction port 6 is formed on the bottom surface of the suction port body 1, and at the bottom surface of the suction port body 1, a mop member 29 having dust collection property is disposed at a position adjacent to the suction port 6, And the bottom surface of the mop member 29 is positioned below the wheels 30 and 31 provided on the suction port body 1. The suction port 6 is formed on the bottom surface of the suction port body 1, and at the position adjacent to the suction port 6 on the bottom surface of the suction port body 1, the mop member 29 having dust collecting property is disposed. And a flap (32) having flexibility between the suction port (6) and the mop member (29). The suction port 6 is formed on the bottom surface of the suction port body 1, and at the position adjacent to the suction port 6 on the bottom surface of the suction port body 1, the mop member 29 having dust collecting property is disposed. And a flap (32) having flexibility in front and rear of the mop member (29). At the bottom of the suction port body 1, the suction port 6 is formed, and at the position adjacent to the suction port 6 at the bottom of the suction port body 1, the dust-mop member 29 having dust collection property is disposed, And a flexible flap 32 is disposed between the suction port 6 and the mop member 29, and a lower end of the flap 32 is positioned above the lower surface of the mop member 29. Floor intakes. At the same time, the suction port 6 is formed on the bottom surface thereof, and the suction port body 1 having the storage part 8 formed adjacent to the suction port 6 is supported by the storage part 8 so as to be movable up and down. 8) mop member 29 having a dust collection property to move between the position accommodated in the position and the position projecting from the bottom surface of the suction port body (1) At the same time, the suction port 6 has a suction port 6 on the bottom, and the suction port body 1 is formed adjacent to the suction port 6, and the storage part 8 is supported by the storage part 8 so as to be movable up and down. ) And a mop member 29 having a dust collecting property to move between the position accommodated in the position and the position projecting from the bottom surface of the suction port body 1, wherein the mop member 29 is the suction port body (1) A floor suction port in which the bottom surface of the mop member 29 is positioned below the wheels 30 and 31 provided on the bottom surface of the suction port main body 1 while protruding from the bottom surface of the suction port body 1. At the same time, the suction port 6 has a suction port 6 on the bottom, and the suction port body 1 is formed adjacent to the suction port 6, and the storage part 8 is supported by the storage part 8 so as to be movable up and down. ) Disposed between the suction port (6) and the mop member (29) having a dust collecting property to move between the position accommodated in the) and the position projecting from the bottom surface of the suction port body (1) And a flap (32) having flexible flexibility. A suction port body 1 having a suction port 6 on its front surface and a housing portion 8 formed adjacent to the suction port 6, and supported by the storage portion 8 so as to be movable up and down. ) Disposed between the suction port (6) and the mop member (29) having a dust collecting property to move between the position accommodated in the) and the position projecting from the bottom surface of the suction port body (1) And a flap 32 having flexibility, wherein the mop member 29 positions the bottom of the mop member 29 below the flap 32 while being protruded from the bottom of the suction port 6. Floor intake. The floor for the floor, characterized in that the suction port 46, 47 in front and rear of the bottom of the suction port main body 41, and the mop member 60 having a dust collecting property is disposed on one side of the suction port 46. Inlet. The floor for the floor, characterized in that the inlet port 46, 47 in the front and rear of the bottom of the suction port body 41, and the mop member 60 having a dust collecting property is disposed in the rear suction port 47. Inlet. At the bottom of the suction port main body 41, the suction ports 46 and 47 are installed in front and rear, and at one side of the suction port 46, a mop member 60 having dust collection property is detachably mounted. Floor intake. At the bottom of the suction port main body 41, the suction port 46 (47) is arranged in front and rear, and at the bottom of the suction ports 46 and 47, the dust collecting member 60 having dust collection property is disposed and the mop member ( 60. The floor inlet of the floor is located below the wheels 30 and 31 provided in the inlet body 31. At the bottom of the suction port main body 41, the suction ports 46 and 47 are arranged in front and rear, and at the one side of the suction ports 46 and 47, the mop member 60 having dust collecting property is disposed and the suction port ( A floor suction inlet, characterized in that a flexible flap (69) is disposed between the 47 and the mop member (60). At the bottom of the suction port main body 41, the suction port 46 and 47 are arranged in front and rear, and at the same time, the mop member 60 having dust collection property is disposed on one of the suction ports 46 and 47, and the mop member ( 60. A floor suction inlet, characterized in that a flap (69) is disposed at the front and rear of the body (60). At the bottom of the suction port main body 41, the suction ports 46 and 47 are disposed in front and rear, and at the bottom of the suction ports 46 and 47, the mop member 60 having dust collecting property is disposed and the suction port ( 46) (47) and the flap 69 disposed between the mop member 60 and the floor flap 69 is positioned above the lower surface of the mop member 60, characterized in that Inlet. The suction port body 41 and the suction port body 46 having the suction ports 46 and 47 disposed on the bottom surface thereof are supported on one side of the suction port 46 and 47 so as to be movable up and down and are accommodated in the suction ports 46 and 47. (46) disposed between the mop member (60) having dust collecting property moving between the position protruding from the bottom of the bottom and the other suction port (46) (47) and the mop member (60) A flap (69) having flexibility and having a lower end of the flap (69) positioned above the lower surface of the mop member (60). And a mop member (60) disposed at a position adjacent to a suction port body (41) having a suction port (46, 47) at the bottom and adjacent to the suction port (46) (47) at the bottom of the suction port body (41). The member 60 is composed of a rigid base 53, an elastic body 57 adhered to the bottom of the base 53, and a foam collecting body 59 having dust collecting property covering the bottom of the elastic body 57. Floor intake. It is provided with the suction port body 41 which installed the suction ports 46 and 47 in the front and back at the bottom surface, and the mop member 60 arrange | positioned at the suction port body 41 so that one of the said suction ports 46 and 47 may be covered. The mop member 60 covers the base 53 with a plurality of see-through holes 56 and 58, the breathable and elastic elastic body 59 and the elastic body 59 provided in the base 53. A floor intake, characterized in that it is configured as a non-woven fabric, cloth, paper, etc., which are detachably mounted, and a foam member 59 having air permeability and dust collection. The mop member 60 detachably mounted to the suction port body 41 to cover one side of the suction port body 1 and the suction port 46 and 47 with the suction ports 46 and 47 disposed on the bottom surface. The mop member 60 is provided in the base 53 having a plurality of see-through holes 56 and 58 and the see-through holes 56 and 58 of the base 53. Resilient elastic body 57 having connected apertures 56 and 58, and a breathable and dust-collecting body 59 covering non-woven fabric, cloth, paper, etc., which covers and is detachably mounted thereon. Floor intake, characterized in that configured as. Suction inlet body 41 having a suction port 46 and 47 at the bottom and a connection pipe 44 and a suction passage 45 connected to the suction port 46 and 47 and the connection pipe 44 therein. ) And the receiving part 8 formed in the bottom surface of the suction inlet body 41 and adjacent to the suction inlets 46 and 47 and the see-through hole 25 which are formed in the receiving part 8 and connected to the suction inlet 6. (27) and the pedestal (10) supported in the housing (8) so as to be movable up and down, the position is mounted to the pedestal (10) and protrudes from the bottom surface of the suction port body (1) A plurality of see-through holes 25 and 27 provided with a mop member 29 for moving between positions and mounted on the pedestal 10 with the mop member 29 spaced apart from the pedestal 10. A non-woven fabric, cloth, paper, which covers the back of the elastic body 26 and the elastic body 26 installed on the back surface of the base body 21 and the elastic body 26, and is detachably mounted. It is configured as a foam body 28 having air permeability and dust collection property, and the opening 10 for connecting the distance between the pedestal 10 and the base 21 to the see-through holes 25 and 27 in the pedestal 10. Floor intakes, characterized in that (12) is formed.