CN203852312U - Mop - Google Patents

Abstract

The utility model discloses a mop. A handle sleeve sleeves the tail end of the upper part of a handle rod; the middle of the handle rod is sawed off; two ends of a pipe are respectively embedded into the respective fracture surfaces; threads are arranged on the external edges of the two fracture surfaces; two rotating sleeves are respectively screwed with the threads on the external edges of the two fracture surfaces; the tail end of the rear of a pull handle is fixed to two sides of the lower rotating sleeve by a screw; at the rear of the pull handle, a small shaft rod horizontally penetrates through a hollow rod and is used for respectively fixing the tail ends of the backs of two pull steel wires; a cavity is formed in a wrapping cover; the upwards protuberant end opening the middle of the topmost side is embedded into the tail end of the lower part of the handle rod and is fixed by a screw; the two pull steel wires of two sides respectively penetrate through via holes in two edges of the upper side of the wrapping cover and are welded on two sides of the upper side of a connecting frame; two tail ends of the lower part of the connecting frame are respectively welded on the middle position of a central rod; the central rod is horizontally arranged in a sponge body; extrusion rotating rollers are arranged in a front row and a rear row, and each row consists of three extrusion rotating rollers.

Description

A kind of mop

Technical field

The utility model relates to a kind of mop, relates in particular to a kind of mop that can utilize tension wire to pull cavernous body center-pole.

Background technology

Mop is one of must articles for use in people's daily life, and the sponge column mop capable of twisting water occurring on the market is at present various in style, its fixedly the method for cavernous body have: the one, adopt a north plastic sheet viscose sponge body upside; The 2nd, adopt arc iron plate to vise cavernous body one side section, the cavernous body of these two kinds of mops all easily comes off.

Summary of the invention

In order to overcome in use existing deficiency of existing mop, the utility model provides a kind of mop, and this mop is at cavernous body center, to put a center-pole, painstaking great efforts during water wring, and cavernous body can not come off.

The utility model solves the technical scheme that its technical problem adopts: comprise barre and cavernous body, barre upper end puts grip, barre middle is sawed-off, and at incision position separately, embed two of a pipe, edge in the barre bottom fracture below of a welding below pipe, above pipe, one is extended and arranges endways dop inwards, above barre, the interior of a fracture is provided with catch along limit, the outside of two fractures is provided with screw thread along limit, two rotary sleeves screw up respectively two fracture outsides along the screw thread on limit, handle rear end is fixed on the both sides of a rotary sleeve below by screw rod, the rear end that two tension wires are also fixed respectively through hollow stem sidewards by staff in the rear portion of handle, jacket inside is cavity, the port that top side middle part up protrudes embeds the lower end of barre, and there is screw rod to fix, both sides tension wire passes respectively the perforation on jacket upside both sides and is welded to connect frame upside two, two of link bottoms end welds respectively center-pole position placed in the middle, cavernous body is cylindrical, cavernous body middle part cuts out one section, the degree of depth cutting out is the radius of cavernous body, center-pole is arranged in the middle of cavernous body sidewards, two rows before and after extruding rotating cylinder divides, and the distance that has any between two rows, each row forms by three, align respectively below the jacket left and right sides center of extruding rotating cylinder on both sides penetrates a hole, and by steel wire through separately one row extruding rotating cylinder central whole connect.

The beneficial effects of the utility model are, center-pole is arranged on the center of cavernous body sidewards, middle part is welded to connect two lower end of frame, end user rinses after mop, as long as just up pull and can pull center-pole by tension wire, link with handgrip handle, and impel whole cavernous body upwards toward front and back two, to squeeze to press between rotating cylinder and compress into, the long-term use of cavernous body of the present utility model does not come off.

Accompanying drawing explanation

Fig. 1 is integral planar schematic diagram of the present utility model.

Fig. 2 is local body plan figure of the present utility model.

Wherein, 1, barre; 2, rotary sleeve; 3, hollow stem; 4, handle; 5, tension wire; 6, center-pole; 7, cavernous body; 8, extruding rotating cylinder; 9, jacket; 10, screw rod; 11, grip; 12, link;

The specific embodiment

Below in conjunction with accompanying drawing, the utility model is further described.

In Fig. 1, barre 1 upper end puts grip 11, barre 1 middle is sawed-off, and at the two of respectively autotomying place's mouthful pipe of embedding, edge in the barre 1 bottom fracture below of a welding below pipe, above pipe, one is extended and arranges endways dop inwards, barre 1 above the interior of a fracture is provided with catch along limit, the outside of two fractures is provided with screw thread along limit, two rotary sleeves 2 screw up respectively two fracture outsides along the screw thread on limit, 4 rear end of shaking hands are fixed on the both sides of a rotary sleeve 2 below by screw rod 10, the rear end that two tension wires 5 are also fixed respectively through hollow stem 3 sidewards by staff in the rear portion of handle 4, jacket 9 inside are cavity, the port that top side middle part up protrudes embeds the lower end of barre 1, and there is screw rod 10 fixing, both sides tension wire 5 passes respectively the perforation on jacket 9 upside both sides and is welded to connect frame 12 upside two, two of 12 bottoms of link end welds respectively center-pole 6 position placed in the middle, center-pole 6 is arranged in the middle of cavernous body 7 sidewards, 8 minutes front and back two rows of extruding rotating cylinder, and the distance that has any between two rows, each row forms by three, align respectively below jacket 9 left and right sides center of extruding rotating cylinder 8 on both sides penetrates a hole, and by steel wire through separately one row extruding rotating cylinder 8 central whole connect.

Fig. 2 comprises Fig. 1, and cavernous body 7 is cylindrical, and cavernous body 7 middle parts cut out one section, and the degree of depth cutting out is the radius of cavernous body 7.

Claims (2)

1. a mop, comprise barre and cavernous body, it is characterized in that barre upper end puts grip, barre middle is sawed-off, and at incision position separately, embed two of a pipe, edge in the barre bottom fracture below of a welding below pipe, above pipe, one is extended and arranges endways dop inwards, above barre, the interior of a fracture is provided with catch along limit, the outside of two fractures is provided with screw thread along limit, two rotary sleeves screw up respectively two fracture outsides along the screw thread on limit, handle rear end is fixed on the both sides of a rotary sleeve below by screw rod, the rear end that two tension wires are also fixed respectively through hollow stem sidewards by staff in the rear portion of handle, jacket inside is cavity, the port that top side middle part up protrudes embeds the lower end of barre, and there is screw rod to fix, both sides tension wire passes respectively the perforation on jacket upside both sides and is welded to connect frame upside two, two of link bottoms end welds respectively center-pole position placed in the middle, center-pole is arranged in the middle of cavernous body sidewards, two rows before and after extruding rotating cylinder divides, and the distance that has any between two rows, each row forms by three, align respectively below the jacket left and right sides center of extruding rotating cylinder on both sides penetrates a hole, and by steel wire through separately one row extruding rotating cylinder central whole connect.

2. mop according to claim 1, is characterized in that cavernous body is cylindrical, and cavernous body middle part cuts out one section, the radius that the degree of depth cutting out is cavernous body.