CN200987654Y

CN200987654Y - Mop squeezing device

Info

Publication number: CN200987654Y
Application number: CN 200620114539
Authority: CN
Inventors: 梁水士
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-05-16
Filing date: 2006-05-16
Publication date: 2007-12-12
Anticipated expiration: 2016-05-16

Abstract

The utility model relates to a stripping machine for driving out water of swap, two end-plates of the stripping machine drain are provided with pressure plate guiding grooves and rack guiding grooves, two end-shafts of two pressure plates respectively passes through the end-plates and the pressure plate guiding grooves and are connected with the rack, two fan-shaped gears are respectively meshed with the rack, two ends of the rotating shaft passing through the end-plate shaft hole are respectively connected with two fan-shaped gears, the handle is connected with the rotating shaft and drives the rack to move up and down through the fan-shaped gear, one end of the resisting spring is fixed on the handle, and the other end is fixed on the concave snap-groove wall of the stripping machine drain. The advantages are: first, the structure is novel, unique, simple and practical, manufacturing cost is low; second, the design of the T-shaped rack achieves the aim that one rack can drive the synchronization upper and lower motion of two pressure plates; third, the stripping effect is good, as the repeated upper and lower motion of two pressure plates to press swap, the water in swap can be effectively driven out.

Description

Mop squeezed device

Technical field:

The utility model relates to a kind of wringing machine that is used for Squeezing mop moisture content, belongs to mop squeezed device and makes the field.

Background technology:

Granted publication CN 2197009y, title " mop squeezed device ", this mop squeezes thousand devices, is made up of water storage basin (6), pressure handle (8) and movable pressing board (3) etc., it is characterized in that; The dual-side preceding bottom relative at u shape high-pressure tank (1) connects movable pressing board (3) with axle (2), back bottom is provided with hugging (4), casing is crouched be contained on the end wall of water storage basin (6) of foot wheel (5), driving shaft (7) is supported by u shape high-pressure tank dual-side, one end is pressure handle (8) fixedly, last fixedly connected two yoke plates of driving shaft (7) (9), and connecting an end of two clamping plate (10) respectively by bearing pin, the end that is connected the bent plate (11) of movable pressing board (3) both sides with axle connects the other end of two clamping plate (10) respectively with bearing pin.The superimposed place of high-pressure tank (1) and movable pressing board (3) bottom is the barrier shape of alternate setting, and its top all is provided with reinforcement (12) and uniform spilling water duct (13), and the open height that goes out in each spilling water duct (13) is lower than inlet.Water storage basin (6) is provided with plate washer (14) between at the bottom of the end wall of high-pressure tank (1) both sides and the basin, the bottom can be provided with delivery port and valve, can be provided with dividing plate (15) in the middle of the basin body.Its weak point: the one, volume is big, complex structure, manufacturing cost height; The 2nd, can't effectively the moisture content in the mop be extracted.

Summary of the invention:

Purpose of design: avoid the weak point in the background technology, design a kind of simple in structure, volume is little, low cost of manufacture, and the mop squeezed device that can effectively the moisture content in the mop be extracted.

Design: in order to realize above-mentioned purpose of design.1, wringing machine leaks the design that band ear U-shaped that body is made of two end plates and bushing leaks body, it is one of feature of the present utility model, 1. the design of vertical pressing plate gathering sill in the two end plates, the pressing plate that is used in Squeezing mop can guarantee that compressive plane can not change synchronously according to the orientation operation of design; 2. and the design of tooth bar gathering sill between two pressing plate gathering sills in the two end plates can move tooth bar according to the track of its operation up and down, guaranteed the matched well between rack and pinion; 3. bushing curved and both sides and the affixed design of end plate of bottom, the one, guarantee reliable connection the between bushing and end plate, the 2nd, arcuate bottom can be drawn mop in, makes the good squeezing effect of formation between pressing plate and bushing, guarantees that the moisture content in the mop is squeezed out to greatest extent.2, the design of two pressing plate two ends steering blocks and steering block end axis, it is two of feature of the present utility model, the design of two pressing plate two ends steering blocks, can make pressing plate by vertical cube to transferring concora crush state (level is pushed mop downwards) to, and the design of the axle of steering block end, both satisfied and be connected with tooth bar and, match with the pressing plate gathering sill again, played the effect of guiding by the purpose that rack drives moves up and down; And the pressing plate level relatively between the design of concave hole, guaranteed stretching out of mop rod.3, in the end plate outside between upper end and tooth bar lower end the design of the design of extension spring or handle and the end extension spring of end plate spill draw-in groove or the end plate outside interior on and the design of extension spring between the tooth bar lower end and the design of handle and the end extension spring of end plate spill draw-in groove be three of feature of the present utility model, this extension spring can make pressing plate after being pressed down by manpower, the people automatically resets after loosing one's grip, so that pressing plate secondary or repeatedly press down the extruding mop.4, the end plate front has the design of spill draw-in groove, is four of feature of the present utility model, and this groove not only can be connected to the twin-tub mop squeezed device staving along last, and can be connected on the bar of car body.Its technical scheme: mop squeezed device, wringing machine leaks body (2) two end plates and vertically has pressing plate gathering sill (8,10) and tooth bar gathering sill (9), two pressing plates (4) two end axles is passed the end plank washer plate gathering sill respectively and is connected with tooth bar (12), two sector gears (11) mesh with tooth bar (12) respectively, rotating shaft (3) two ends are connected with two sector shafts that pass the end plate axis hole respectively, handle (1) is connected with rotating shaft and by rotating shaft, sector gear drives tooth bar and moves up and down, extension spring (13) one ends are fixed on the handle (1), the other end is fixed on wringing machine and leaks on body (2) spill draw-in groove (5) cell wall, or extension spring (13) one ends are fixed on upper end in the end plate outside, the other end is connected with tooth bar (12).

The utility model is compared with background technology, and the one, novel structure, uniqueness, simple, practicality and low cost of manufacture; The 2nd, the design of T shape tooth bar and sector gear has realized that a toothed rack drives the purpose that two block pressur plates move up and down synchronously simultaneously; The 3rd, extract effectively, because two block pressur plates move up and down, push mop repeatedly, therefore can effectively the moisture content in the mop be squeezed out.

Description of drawings:

Fig. 1 is the perspective view of mop squeezed device.

Fig. 2 is that A-A is to structure master TV structure schematic diagram.

Fig. 3 is that A-A is to structure backsight structural representation.

Fig. 4 is the perspective view of mop squeezed device.

Fig. 5 is the perspective view that Fig. 3 opens the end plate lid.

Fig. 6 is the structural representation of two extension spring mop squeezed devices.

The specific embodiment:

Embodiment 1: with reference to attached Fig. 1 and 2.Mop squeezed device, wringing machine leak body 2 two end plates and adopt steel plate and mould punch forming, and wringing machine leaks body 2 and is made of two end plates 2 and bushing 6, and bushing 6 two ends are fixed in two end plates plate 2 inboards respectively, and 6 of bushings are gone up the leaking hole 7 that gathers.Vertically have (dash have) pressing plate gathering sill 8 and 10 and tooth bar gathering sill 9 on the end plate plate, pressing plate gathering sill 8 and 10 upper ends have pilot hole 17 and 18, purpose is the steering block upset of being convenient to the pressing plate two ends, when pressing down, make briquetting by the upright state before not pressing, transfer horizontal pressed status to, or when resetting, by horizontal pressed status, transfer the upright state after resetting to.The end plate front has spill draw-in groove 5.The end plate outside is equipped with shell and is complementary with end plate.Two pressing plates 4 adopt die casting and molding, the two ends of its two pressing plate 4 are steering block, axle is positioned at steering block end and axle and passes end plank washer plate gathering sill 8 respectively and be connected with 16 with spool connecting hole 14 of two tooth bars, 12 lower ends with 10, tooth bar 12 T-shaped structures, the horizontal edge of T shape has and has guiding axis hole 15 between pressing plate

shaft connecting hole

14 and 16, two pressing plate shaft connecting holes.That is to say that the axle at 4 two ends of two pressing plates is connected with 16 with an axle connecting hole 14 in the in-line body of T shape tooth bar 12 ends and is moved up and down synchronously by T shape tooth bar 12 drives two pressing plates 4, pressing plate 4 opposite faces have gap (concave hole), so that mop rod stretches out.Two sector gears 11 adopt prior art to make and mesh with tooth bar 12 respectively, rotating shaft 3 two ends are connected with the axle of two sector gears 11 that pass the end plate axis hole respectively, handle 1 is connected with rotating shaft 3 and moves up and down by sector gear 11 drive tooth bars 12, and extension spring 13 1 ends are fixed on the handle 1, the other end is fixed on wringing machine and leaks on body 2 spill draw-in grooves 5 cell walls.Rotating shaft 3 be hollow pipe and with sector gear 11 the axle be connected.

The method of extracting of twin-tub mop squeezed device, mop is inserted wringing machine leak body 2, hand is pulled handle 1, handle 1 drives rotating shaft 3 and rotates, rotating shaft 3 drives sector gear 11 and rotates, because sector gear 11 and tooth bar 12 engagements, so sector gear 11 drives tooth bar 12 and moves from top to bottom, again since the axle at pressing plate 4 two ends be connected with 16 with a connecting hole 14 in the in-line body of tooth bar 12 lower ends, therefore tooth bar 12 drives two pressing plates 4 levels are moved from top to bottom and are pushed and are positioned at the mop that wringing machine leaks body 2, water in the mop extruded flow in the bucket, extension spring 13 presses down after handle unclamps at staff, automatically descending tooth bar 12 is resetted, tooth bar 12 drive two pressing plates rise reset and pressing plate by pressing plate gathering sill 8 and 10 upper ends pilot hole 17 and 18 o'clock, under the effect of pressing plate two ends steering block, pressing plate transfers setting to by level.

Embodiment 2: with reference to accompanying drawing 3 and 4.On the basis of embodiment 1, extension spring 13 1 ends are fixed on interior upper end, the end plate outside, the other end is connected with tooth bar 12.

Embodiment 3: with reference to accompanying drawing 7.On the basis of embodiment 1 or 2 or 1 and 2, an extension spring 13 1 ends are fixed on interior upper end, the end plate outside, the other end is connected with tooth bar 12, and another extension spring 13 1 ends are fixed on the handle 1, the other end is fixed on wringing machine and leaks on body 2 spill draw-in grooves 5 cell walls.

What need understand is: though the foregoing description is to the utility model thin explanation of contrasting; but these explanations are just illustrative to the utility model; rather than to restriction of the present utility model; any innovation and creation that do not exceed in the utility model connotation all fall in the protection domain of the present utility model.

Claims

1, a kind of mop squeezed device, it is characterized in that: wringing machine leaks body (2) two end plates and vertically has pressing plate gathering sill (8,10) and tooth bar gathering sill (9), two pressing plates (4) two end axles is passed the end plank washer plate gathering sill respectively and is connected with tooth bar (12), two sector gears (11) mesh with tooth bar (12) respectively, rotating shaft (3) two ends are connected with two sector shafts that pass the end plate axis hole respectively, handle (1) is connected with rotating shaft and by rotating shaft, sector gear drives tooth bar and moves up and down, extension spring (13) one ends are fixed on the handle (1), the other end is fixed on wringing machine and leaks on body (2) spill draw-in groove (5) cell wall, or extension spring (13) one ends are fixed on upper end in the end plate outside, the other end is connected with tooth bar (12).

2, mop squeezed device according to claim 1, it is characterized in that: an extension spring (13) one ends are fixed on that upper end, the other end are connected with tooth bar (12) in the end plate outside, another extension spring (13) one ends be fixed on handle (1) upward, the other end is fixed on wringing machine leakage body (2) spill draw-in groove (5) cell wall.

3, mop squeezed device according to claim 1 is characterized in that: the T-shaped structure of tooth bar (12), and the horizontal edge of T shape has pressing plate shaft connecting hole (14,16), has guiding axis hole (15) between two pressing plate shaft connecting holes, and rotating shaft (3) is a hollow pipe.

4, mop squeezed device according to claim 1 is characterized in that: wringing machine leaks body (2) and is made of two end plates (2) and bushing (6), and bushing (6) two ends are fixed in two end plates (2) inboard respectively, and leaking hole (7) gathers on bushing (6) face.

5, mop squeezed device according to claim 1 is characterized in that: wringing machine leaks body (2) two end plates and has identical relatively spill draw-in groove (5).

6, mop squeezed device according to claim 1 or 5 is characterized in that: wringing machine leaks body (2) the end plate outside and is equipped with shell.

7, mop squeezed device according to claim 1 is characterized in that: pressing plate gathering sill (8,10) upper end has pilot hole (17,18).