CN109295639A

CN109295639A - An open width desizing washing machine

Info

Publication number: CN109295639A
Application number: CN201811167693.8A
Authority: CN
Inventors: 居品良; 杨晓强
Original assignee: Connaught Machinery Manufacturing (jiangsu) Co Ltd
Current assignee: Connaught Machinery Manufacturing (jiangsu) Co Ltd
Priority date: 2018-10-08
Filing date: 2018-10-08
Publication date: 2019-02-01

Abstract

The present invention relates to a kind of open-width desizing rinsing machines, it is sequentially arranged multiple washing units from left to right, the base height of the multiple washing unit increases one by one from left to right, the base height of i.e. leftmost washing unit is minimum, the base height highest of the washing unit of rightmost, overflow pipe is provided between water outlet and water inlet per two adjacent washing units, it washes below the inner cavity of unit and is provided with vibration drum, the vibration drum includes net roll and oscillation roller, the corner angle of multiple protrusions are evenly arranged on the body surface of the oscillation roller, net roll passes through two different speed reducer drivings with oscillation roller, it washes above the inner cavity of unit and is provided with spray assemblies, the spray assemblies include spray tube and baffle group, the cross section of the baffle group is downward opening right angle hook solid, baffle group, which is bolted, to be held on spray tube.A kind of open-width desizing rinsing machine of the present invention has the advantages that cleaning efficiency is high, cleaning effect is good, relaxation shrinkage is small, saves water resource.

Description

A kind of open-width desizing rinsing machine

Technical field

The present invention relates to a kind of open-width desizing rinsing machines, belong to dyeing apparatus technical field.

Background technique

During dyeing and printing process, for loose colour, slurry and the other sundries of removal fabric surface attachment, water need to be carried out to it Wash process.Currently, the generally existing problems defect of common rinsing machine in the market, such as: time-consuming, cleaning effect for cleaning Difference, fabric surface are easy to produce fold, and need repeatedly to wash in the process of cleaning and repeatedly change water, cause discharge of wastewater more, serious Waste of resource, production cost are high etc., thus seek it is a kind of efficiently, energy conservation, low-tension rinsing machine be particularly important.

Summary of the invention

The technical problem to be solved by the present invention is to provide for the above-mentioned prior art, a kind of cleaning efficiency is high, cleaning effect Well, the open-width desizing rinsing machine that relaxation shrinkage is small, saves water resource, reduces production cost.

The present invention solves the above problems used technical solution are as follows: a kind of open-width desizing rinsing machine, from left to right successively Arrange multiple washing units, its main feature is that: the base height of the multiple washing unit increases one by one from left to right, i.e. Far Left Washing unit base height it is minimum, the base height highest of the washing unit of rightmost, per two adjacent washing units Water outlet and water inlet between be provided with overflow pipe.

Further, the multiple washing unit from left to right successively include first washing unit, second washing unit, Third washes unit, the 4th washing unit, the 5th washing unit and the 6th washing unit, the third and washes unit, the 4th water The structure for washing unit, the 5th washing unit and the 6th washing unit is identical, between two wall surface of front and back of the third washing unit It is provided with vibration drum, and is located at the inner cavity lower position of third washing unit, the vibration drum includes net roll and oscillation roller, vibrates roller The body of roll is set in the inner cavity of net roll, and the rear end of the net roll is provided with by movable sprocket, and the body surface of the oscillation roller is along it Circumferencial direction is evenly arranged with the corner angle of multiple protrusions, the deceleration that the vibration drum is washed on unit rear side wall by being fixed on third Unit drives work, and deceleration unit includes the first speed reducer and the second speed reducer, and first speed reducer is located at the second speed reducer Lower section, the output end of first speed reducer connect with the roll shaft of oscillation roller, and second output end of reducer is connected with master Movable sprocket, the drive sprocket and is socketed with chain between movable sprocket.

Further, it is provided with spray group above the inner cavity of the multiple washing unit, the spray group includes four A spray assemblies being parallel to each other, the spray assemblies include spray tube and baffle group, its length of the lateral edge obliquely downward of the spray tube Degree direction is uniformly provided with multiple circular holes, and the cross section of the baffle group is downward opening right angle hook solid, the baffle group Including vertical first baffle, lateral second baffle and vertical third baffle, the first baffle, second baffle and third The length of baffle is identical, and the width of the first baffle is less than the width of third baffle, the left and right ends point of the second baffle It not being fixedly connected with the top of first baffle and third baffle, the second baffle inclined rest is in the top of spray tube, and It is in contact at the top of the bottom surface of two baffles and spray tube, the first baffle and third baffle are obliquely installed in the left and right of spray tube Two sides, and be in contact with the outer surface of spray tube, for the third baffle close to circular hole side, the rear and front end of the first baffle is equal It is provided with connecting plate, the connecting plate is fixedly connected by bolt with third baffle.

Further, it is described first washing unit, second washing unit, third washing unit, the 4th washing unit and The rear of 5th washing unit is provided with dynamic filtering box, and the dynamic filtering box includes cabinet, the left side outer wall of the cabinet On be provided with bracket and bottom bracket, the bracket is located at the top of retreading of bottom bracket, is provided with and subtracts in the bracket Fast machine is provided with lower speed reducer on the bottom bracket, filtering water outlet, the antetheca of cabinet is offered in the right wall of the cabinet Filtered water inlet mouth is offered on face, is provided with the partition of setting, the partition in the cabinets cavity close to filtering water outlet end The inner cavity of cabinet is divided into left chamber and right chamber, fulcrum bearing is provided on the left wall face of the partition, is corresponded on partition Circular hole is offered at fulcrum bearing, is arranged between the upper fragment position in the left wall face of the upper fragment position and partition in the left wall face of the cabinet There is the first transmission shaft, brush roll is provided on first transmission shaft, first transmission shaft is driven by upper speed reducer, described The obliquely downward of brush roll is provided with strainer roller, and the left end of the strainer roller is provided with second driving shaft, and the second driving shaft is logical Speed reducer driving is crossed down, the right end of the strainer roller is provided with flange sleeve, and the flange sleeve is socketed in fulcrum bearing, the flange Water stream channel is offered between the inside of the inside and strainer roller of set and fulcrum bearing, the rear side outer wall of the cabinet corresponds to hairbrush Discharge gate is offered at roller, is provided with the guide plate tilted down from top to bottom below the discharge gate, on the discharge gate Side is provided with cross section as fan-shaped and downward opening water fender, is provided with water receiving case, the case immediately below the water fender Body right is provided with water pump.

Further, detachable filter screen is provided at the top of the water receiving case.

Further, the rear of the 6th washing unit is provided with plate Rose Box.

Further, working principle are as follows: fabric successively passes through the first washing unit, the second washing unit, third washing Unit, the 4th washing unit, the 5th washing unit and the 6th washing unit are cleaned, and the water of the first washing unit is for the first time Washing, dustiness highest need direct emission, and the water of the second washing unit is second of washing, and dustiness is slightly below the first washing The dustiness of unit, and so on, the water of the 6th washing unit cleans the most, utilizes the gravity of difference in height, the 6th washing The used water of unit is flowed backward in the 5th washing unit by overflow pipe and is continued to use, and the 5th washing used water of unit is logical It crosses overflow pipe and flows backward in the 4th washing unit and continue to use, the 4th washing used water of unit flows backward to the by overflow pipe It is continued to use in three washing units, the third washing used water of unit is flowed backward in the second washing unit by overflow pipe to be continued It uses, the second washing used water of unit is flowed backward in the first washing unit by overflow pipe to be continued to use, and the first washing is single The used water direct emission of member.

Compared with the prior art, the advantages of the present invention are as follows:

1. a kind of open-width desizing rinsing machine of the present invention, is made of six washing units, the base height of each washing unit Increase one by one, the base height of the first washing unit is minimum, the base height highest of the 6th washing unit, the first washing unit Water be to wash for the first time, dustiness highest is by direct emission, and the water of the second washing unit is to wash for second, and dustiness omits The dustiness of unit is washed lower than first, and so on, the water of the 6th washing unit cleans the most, and the gravity of difference in height is utilized to make With, by the 6th washing the used aqueous reflux of unit to the 5th washing unit in continue to use, the 5th washing unit it is used Aqueous reflux is continued to use into the 4th washing unit, and so on, the supreme unit of the used aqueous reflux of next unit is followed Ring uses, and so, water resource can obtain Efficient Cycle utilization, avoids and traditional the disadvantage that need to repeatedly discharge is cleaned multiple times End, can either achieve the purpose that economize on resources, also can reduce production cost, increase economic efficiency；

2. being all provided in the inner cavity that third washes unit, the 4th washing unit, the 5th washing unit and the 6th washing unit It sets there are two vibration drum, vibration drum includes net roll and oscillation roller, and net roll and oscillation roller are driven simultaneously by two speed reducers, due to The roll surface of net roll is evenly arranged with hollow out mesh, vibrates the corner angle that multiple protrusions are provided on the body surface of roller, can make net Water flow between the inner surface of roller and the body surface for vibrating roller forms the impact force of Patting type to the fabric coated in net roll, makes Obtaining fabric can be washed thoroughly, and enhance cleaning effect；

3. since the two sides in jockey pulley are provided with tension sensor, it is ensured that fabric low-tension in operation overall process Identical tension shrinks and stablizes, avoids fabric that buckling phenomena occurs in water-washing process, in addition, the roll shaft of jockey pulley and washing unit The junction of two wall surface of front and back be provided with bowl ring, bowl ring can effectively avoid the ejected wash water in washing unit from It is overflowed at the roll shaft of jockey pulley and the joint gap of two wall surface of front and back of washing unit, influences working environment；

4. fixation is shelved with baffle on each spray tube, so that the ejected wash water in spray tube is sprayed by circular hole in baffle Surface on, to form the continual cascade of breadth, guarantee that the every nook and cranny of fabric can be pierced flushing, reach strength Water washing effect；

5. the washing water in unit will be washed due to being provided with corresponding dynamic filtering box at the rear of multiple washing units It is delivered in corresponding dynamic filtering box by first circulation water pipe, mistake of the strainer roller in dynamic filtering box in agitator treating water Sundries in washing water can be adsorbed on its surface by Cheng Zhong, will be in strainer roller surface by the brush roll in dynamic filtering box Sundries clean into the water receiving case at dynamic filtering box rear, the filter screen in water receiving case can separate sundries with waste water, in this way Pollution of the waste water to environment can be reduced, at the same time, the washing water after being filtered by dynamic filtering box pass through again water pump by its It is delivered to spray water-main, washing water is delivered in multiple spray tubes finally by spray water-main, in washing unit Fabric is rinsed, and by this method, washing water can be enable to obtain recycled for multiple times, be avoided water resource waste, while may be used also Production cost is reduced, is increased economic efficiency.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of open-width desizing rinsing machine of the present invention.

Fig. 2 is the schematic enlarged-scale view of the first washing unit in Fig. 1.

Fig. 3 is the schematic enlarged-scale view of the second washing unit in Fig. 1.

Fig. 4 is the schematic enlarged-scale view that third washes unit in Fig. 1.

Fig. 5 is the structural schematic diagram of the vibration drum in Fig. 4.

Fig. 6 is the cross-sectional view of A-A in Fig. 5.

Fig. 7 is the structural schematic diagram of the jockey pulley component in Fig. 1.

Fig. 8 is the structural schematic diagram of the spray group in Fig. 1.

Fig. 9 is the B-B cross-sectional view in Fig. 8.

Figure 10 is the structural schematic diagram of dynamic filtering box.

Figure 11 is the right view of Figure 10.

Figure 12 is dynamic filtering box and the connection relationship side view for washing unit.

Figure 13 is dynamic filtering box and the connection relationship top view for washing unit.

Wherein:

First washing unit 1, the first rotary drum 1.1, the first fabric guide roll 1.2, the first jockey pulley component 1.3, the first spray group 1.4

Second washing unit 2, the second rotary drum 2.1, the second fabric guide roll 2.2, the second jockey pulley component 2.3, the second spray group 2.4

Third washing unit 3, third rotary drum 3.1, vibration drum 3.2, net roll 3.21, oscillation roller 3.22, corner angle 3.23, third are led Cloth rewinder roll 3.3, third jockey pulley component 3.4, support 3.41, tension sensor 3.42, third jockey pulley 3.43, bowl ring 3.44, pressing ring 3.45, third spray group 3.5, spray tube 3.51, circular hole 3.511, connecting plate 3.52, first baffle 3.53, second Baffle 3.54, third baffle 3.55, the first speed reducer 3.6, the second speed reducer 3.7, by movable sprocket 3.8, drive sprocket 3.9

4th washing unit 4

5th washing unit 5

6th washing unit 6

Two rolling vehicles 7

Overflow pipe 8

Feed inlet 9

Discharge port 10

Water inlet 11

Water outlet 12

Cabinet 13

Bracket 14

Bottom bracket 15

Upper speed reducer 16

Lower speed reducer 17

Partition 18

Filter water outlet 19

Filtered water inlet mouth 20

Brush roll 21

Strainer roller 22

First transmission shaft 23

Fulcrum bearing 24

Second driving shaft 25

Flange sleeve 26

Water fender 27

Water receiving case 28

Water pump 29

First circulation water pipe 30

Guide plate 31.

Specific embodiment

The present invention will be described in further detail below with reference to the embodiments of the drawings.

Referring to Fig. 1, one of the present embodiment open-width desizing rinsing machine, it includes the first water being sequentially arranged from left to right It washes unit 1, second and washes unit 2, third washing unit the 3, the 4th washing unit the 4, the 5th washing unit 5 and the 6th washing unit 6, the first washing unit 1, second washes unit 2, third washing unit the 3, the 4th washes unit the 4, the 5th and washes 5 and of unit The base height of 6th washing unit 6 increases one by one, i.e., the base height of the first washing unit 1 is minimum, the 6th washing unit 6 Base height highest.Feed inlet 9 and water outlet 12, the right side of each washing unit are provided on the left side wall of each washing unit It is provided with discharge port 10 and water inlet 11 on wall, is provided with two between the discharge port 10 and feed inlet 9 of two neighboring washing unit Rolling vehicle 7 is provided with overflow pipe 8 between the water outlet 12 and water inlet 11 of two neighboring washing unit.

Fabric is sent into from the feed inlet 9 of the first washing unit 1, successively washes unit by the first washing unit 1, second 2, third washing unit the 3, the 4th washes the washing unit 5 of unit the 4, the 5th and the 6th washing unit 6 is cleaned, and the first washing is single The water of member 1 is to wash first time, and dustiness highest needs direct emission, and the water of the second washing unit 2 is second of washing, pollution The dustiness of degree slightly below the first washing unit 1, and so on, the water of the 6th washing unit 6 cleans the most, utilizes difference in height Gravity, the 6th washing used water of unit 6 are flowed backward in the 5th washing unit 5 by overflow pipe 8 and are continued to use, and the 5th The washing used water of unit 5 is flowed backward in the 4th washing unit 4 by overflow pipe 8 and is continued to use, and the 4th washing unit 4 makes Used water is flowed backward in third washing unit 3 by overflow pipe 8 and is continued to use, and the third washing used water of unit 3 passes through Overflow pipe 8 is flowed backward in the second washing unit 2 and is continued to use, and the second washing used water of unit 2 is flowed backward to by overflow pipe 8 It is continued to use in first washing unit 1, the first washing used water direct emission of unit 1.So, water resource can obtain Utilized to Efficient Cycle, avoid it is traditional the drawbacks of need to repeatedly discharging is cleaned multiple times, can either achieve the purpose that economize on resources, Also it can reduce production cost, increase economic efficiency.

Referring to fig. 2, there are five the first rotary drums 1.1, multiple first fabric guide rolls for setting in the inner cavity of the first washing unit 1 1.2, a first jockey pulley component 1.3 and two the first spray groups 1.4, five about 1.1 interlaced arrangements of the first rotary drum, i.e., There are two the first rotary drums 1.1 for setting above the inner cavity of one washing unit 1, and there are three the first rotary drums 1.1 for the setting of inner cavity lower section, more A first fabric guide roll, 1.2 lateral separation arranges and between the first rotary drum 1.1 being located above and the first rotary drum 1.1 of lower section, institute State the right oblique upper that the first jockey pulley component 1.3 is located at the last one the first fabric guide roll 1.2 from left to right, described two first sprays Leaching group 1.4 is respectively arranged at the surface of two the first rotary drums 1.1 of top；

Referring to Fig. 3, there are five the second rotary drums 2.1, multiple second fabric guide rolls for setting in the inner cavity of the second washing unit 2 2.2, two the second jockey pulley components 2.3 and two the second spray groups 2.4, five about 2.1 interlaced arrangements of the second rotary drum, i.e., There are two the second rotary drums 2.1 for setting above the inner cavity of two washing units 2, and there are three the second rotary drums 2.1 for the setting of inner cavity lower section, more A second fabric guide roll, 2.2 lateral separation arranges and between the second rotary drum 2.1 being located above and the second rotary drum 2.1 of lower section, institute It states two the second jockey pulley components 2.3 and is respectively arranged at the left oblique upper of first the second fabric guide roll 2.2 from left to right and last The right oblique upper of one the second fabric guide roll 2.2, described two second spray groups 2.4 are respectively arranged at two the second rotary drums of top 2.1 surface；

Referring to fig. 4, the third washing unit the 3, the 4th washes unit the 4, the 5th and washes unit 5 and the 6th washing unit 6 Structure is identical, is provided with a third rotary drum 3.1, two vibrations drums 3.2, multiple thirds in the inner cavity of the third washing unit 3 3.3, two third jockey pulley components 3.4 of fabric guide roll and a third spray group 3.5, third rotary drum 3.1 and about 3.2 drum of vibration are handed over Mistake arrangement, two vibration drums 3.2 are set to the lower section of third rotary drum 3.1, and described two third jockey pulley components 3.4 are respectively arranged at Third washes the feed inlet 9 of unit 3 and the obliquely downward of discharge port 10, and the third spray group 3.5 is set to third rotary drum 3.1 Surface.

First rotary drum 1.1 is identical with the structure size of the second rotary drum 2.1, and 1.1 surface of the first rotary drum is uniformly opened Equipped with multiple mesh, more stiffening rings, first rotary drum have been equidistantly spaced from along its circumferencial direction on 1.1 surface of the first rotary drum 1.1 diameter is 800mm, and 3.1 surface of third rotary drum is uniformly provided with multiple mesh, along it on 3.1 surface of third rotary drum Circumferencial direction has been equidistantly spaced from more stiffening rings, and the diameter of third rotary drum 3.1 is 570mm；First fabric guide roll 1.2, Two fabric guide rolls 2.2 are identical with 3.3 structure size of third fabric guide roll, the first jockey pulley component 1.3, the second jockey pulley component 2.3 is identical with third jockey pulley 3.4 structure sizes of component, the first spray group 1.4, the second spray group 2.4 and third spray 3.5 structure sizes of group are identical.

Referring to Fig. 5-Fig. 6, it is respectively arranged with first bearing seat on the front and rear sides wall of the third washing unit 3, it is described The intracavity bottom of third washing unit 3 is provided with second bearing seat, is provided in the second bearing seat by movable sprocket 3.8, institute Stating vibration drum 3.2 includes net roll 3.21 and oscillation roller 3.22, and the oscillation roller 3.22 is set between first bearing seat, the net roll 3.21 are set between second bearing seat, and the body of roll of oscillation roller 3.22 is set in 3.21 inner cavity of net roll, the oscillation roller 3.22 Body surface on the corner angle 3.23 of multiple protrusions are evenly arranged with along its circumferencial direction, the vibration drum 3.2 is by being fixed on Deceleration unit on three washing 3 rear walls of unit drives work, and deceleration unit includes the first speed reducer 3.6 and the second speed reducer 3.7, first speed reducer 3.6 is located at the lower section of the second speed reducer 3.7, the output end of first speed reducer 3.6 and oscillation The roll shaft of roller 3.22 connects, and 3.7 output end of the second speed reducer is connected with drive sprocket 3.9, the drive sprocket 3.9 and quilt Chain is socketed between movable sprocket 3.8.Net roll 3.21 and oscillation roller 3.22 are driven simultaneously by two speed reducers, due to net The roll surface of roller 3.21 is evenly arranged with hollow out mesh, vibrates the corner angle that multiple protrusions are provided on the body surface of roller 3.22 3.23, the inner surface of net roll 3.21 can be made and vibrate roller 3.22 body surface between water flow to coating in net roll 3.21 Fabric forms the impact force of Patting type, and fabric is washed thoroughly, and enhances cleaning effect.

Referring to Fig. 7, the third jockey pulley component 3.4 includes the support 3.41 being arranged symmetrically, the branch being arranged symmetrically Seat 3.41 is respectively arranged on two lateral wall of front and back of third washing unit 3, is provided with 3rd bearing above the support 3.41 Seat, is provided with tension sensor 3.42, the top surface of the tension sensor 3.42 between the 3rd bearing seat and support 3.41 It is bolted to connection between the bottom surface of 3rd bearing seat, the bottom surface of tension sensor 3.42 and the top surface of support 3.41 Between be bolted to connection, third jockey pulley 3.43, the third jockey pulley are provided between the 3rd bearing seat 3.43 both ends are each passed through two wall surface of front and back of third washing unit 3, and the roll shaft two sides of third jockey pulley 3.43 are set with Bowl ring 3.44, two sides bowl ring 3.44 are individually fixed in the front and rear sides wall that third washes unit 3 by bolt On, pressing ring 3.45 is provided between the bowl ring 3.44 and bolt.Due to being all provided in the two sides of third jockey pulley 3.43 It is equipped with tension sensor 3.42, it is ensured that fabric low-tension identical tension in operation overall process shrinks and stablizes, avoids fabric in water Buckling phenomena occurs during washing, furthermore, bowl ring 3.44 can effectively avoid the ejected wash water in third washing unit 3 from the It is overflowed at the roll shaft of three jockey pulleys 3.43 and the joint gap of two wall surface of front and back, influences working environment.

Referring to Fig. 8-Fig. 9, the third spray group 3.5 includes four spray assemblies being parallel to each other, four spray assemblies The two sides of the longitudinal midline of third rotary drum 3.1, the spray group are arranged and are symmetrically arranged in around the centre point of third rotary drum 3.1 Part includes spray tube 3.51 and baffle group, and one end of the spray tube 3.51 is fixed on the preceding inner wall of third washing unit 3, separately The rear surface that one end passes through third washing unit 3 is connect with water receiving pipe, and the side obliquely downward of the spray tube 3.51 is along its length Multiple circular holes 3.511 are uniformly provided with, the cross section of the baffle group is downward opening right angle hook solid, the baffle group packet Include vertical first baffle 3.53, lateral second baffle 3.54 and vertical third baffle 3.55, the first baffle 3.53, Second baffle 3.54 is identical with the length of third baffle 3.55, and the width of the first baffle 3.53 is less than third baffle 3.55 Width, the left and right ends of the second baffle 3.54 are fixed with the top of first baffle 3.53 and third baffle 3.55 respectively to be connected It connects, 3.54 inclined rest of second baffle is in the top of spray tube 3.51, and the bottom surface of second baffle 3.54 and spray tube 3.51 top is in contact, and the first baffle 3.53 and third baffle 3.55 are obliquely installed in the left and right of spray tube 3.51 two Side, and be in contact with the outer surface of spray tube 3.51, the third baffle 3.55 is close to 3.511 side of circular hole, the first baffle 3.53 rear and front end is provided with connecting plate 3.52, and the connecting plate 3.52 connects by the way that bolt and third baffle 3.55 are fixed It connects, so that baffle group fixation is held on spray tube 3.51, the ejected wash water in spray tube 3.51 is sprayed by circular hole 3.511 In on the surface of third baffle 3.55, to form the continual cascade of breadth, guarantee that the every nook and cranny of fabric can be worn It rinses thoroughly, reaches the water washing effect of strength.

Referring to Figure 10-Figure 13, the rear side that the first washing unit 1, second washes unit 2 offers connecing of being arranged symmetrically The mouth of a river, the third washing unit the 3, the 4th washes the washing unit 5 of unit the 4, the 5th and the bottom of the 6th washing unit 6 offers Two water inlets being arranged symmetrically, the first washing unit 1, second wash unit 2, the third washing washing list of unit the 3, the 4th Member the 4, the 5th washes 5 rear of unit and is provided with dynamic filtering box, and the rear of the 6th washing unit 6 is provided with plate filtering Case, the dynamic filtering box include cabinet 13, and bracket 14 and bottom bracket 15, institute are provided on the left side outer wall of the cabinet 13 The top of retreading that bracket 14 is located at bottom bracket 15 is stated, is provided with speed reducer 16, the bottom bracket 15 in the bracket 14 On be provided with lower speed reducer 17, filtering water outlet 19 is offered in 13 right wall of cabinet, is offered on 13 front face of cabinet Filtered water inlet mouth 20 is provided with the partition 18 of setting, the partition 18 in 13 inner cavity of cabinet close to filtering 19 end of water outlet Front and rear sides be fixedly connected with the front and back inner wall of cabinet 13, the bottom of partition 18 is fixedly connected with the bottom surface of cabinet 13, partition There are gap between 18 top and the top surface of cabinet 13, the inner cavity of cabinet 13 is divided into left chamber and right chamber by the partition 18 Room, the lower part in the left wall face of the partition 18, which is set up separately, is equipped with fulcrum bearing 24, corresponds at fulcrum bearing 24 on partition 18 and offers circle Hole is provided with the first transmission shaft between the upper fragment position in the left wall face of the upper fragment position and partition 18 in the left wall face of the cabinet 13 23, brush roll 21 is provided on first transmission shaft 23, and first transmission shaft 23 is driven by upper speed reducer 16, the hair The obliquely downward of brush roll 21 is provided with strainer roller 22, the strainer roller 22 with brush roll 21 during rotation, Surface accessible, The left end of the strainer roller 22 is provided with second driving shaft 25, and the second driving shaft 25 is driven by lower speed reducer 17, described The right end of strainer roller 22 is provided with flange sleeve 26, and the flange sleeve 26 is socketed in fulcrum bearing 24, the flange sleeve 26 and bearing Water stream channel is offered between the inside of seat 24 and the inside of strainer roller 22, the rear side outer wall of the cabinet 13 corresponds to brush roll Discharge gate is offered at 21, and the guide plate 31 tilted down from top to bottom, the discharge gate are provided with below the discharge gate Top is provided with cross section as fan-shaped and downward opening water fender 27, and the underface of the water fender 27 is provided with water receiving case 28, the top of the water receiving case 28 is provided with detachable filter screen；13 right of cabinet is provided with water pump 29.

Pass through first circulation water between the water inlet of the corresponding washing unit of the filtered water inlet mouth 20 of dynamic filtering box Pipe 30 connects, and is connected between filtering water outlet 19 and the water inlet of water pump 29 of dynamic filtering box by second circulation water pipe, water The water outlet of pump 29 is connect with spray water-main, and spray water-main is connect by water receiving pipe with multiple spray tubes 3.51.It will washing Washing water in unit is delivered in corresponding dynamic filtering box by first circulation water pipe 30, and strainer roller 22 is in agitator treating water During, the sundries in washing water can be adsorbed on its surface, by brush roll 21 by the sundries on 22 surface of strainer roller It cleans into the water receiving case 28 at dynamic filtering box rear, filter screen can separate sundries with waste water in water receiving case 28, can drop in this way Pollution of the low waste water to environment, the washing water after filtering by dynamic filtering box pass through water pump 29 again and are transported to spray always Washing water is delivered in multiple spray tubes 3.51 finally by spray water-main, carries out to the fabric in washing unit by water pipe It rinses.It recycles by this method, washing water is enable to obtain recycled for multiple times, avoid water resource waste, while can also reduce life Cost is produced, is increased economic efficiency.

Since the washing water dustiness in the 6th washing unit 6 is minimum, so using plate Rose Box.

In addition to the implementation, all to use equivalent transformation or equivalent replacement the invention also includes there is an other embodiments The technical solution that mode is formed should all be fallen within the scope of the hereto appended claims.

Claims

1. An open-width desizing washing machine, which comprises a plurality of washing units arranged in turn from left to right, and is characterized in that: the height of the base of the multiple washing units increases one by one from left to right, that is, the leftmost washing unit. The height of the base of the unit is the lowest, the height of the base of the rightmost washing unit is the highest, and an overflow pipe (8) is arranged between the water outlet (12) and the water inlet (11) of each adjacent two washing units.

2. A kind of open width desizing washing machine according to claim 1, is characterized in that: described multiple washing units sequentially comprise the first washing unit (1), the second washing unit (2), The third washing unit (3), the fourth washing unit (4), the fifth washing unit (5) and the sixth washing unit (6), the third washing unit (3), the fourth washing unit (4), The fifth washing unit (5) and the sixth washing unit (6) have the same structure, and a drum (3.2) is provided between the front and rear walls of the third washing unit (3), and is located in the third washing unit (3). ), the vibrating drum (3.2) includes a net roll (3.21) and an oscillating roll (3.22), and the roll body of the oscillating roll (3.22) is arranged in the inner cavity of the net roll (3.21), and the net The rear end of the roller (3.21) is provided with a passive sprocket (3.8), the surface of the roller body of the oscillating roller (3.22) is evenly provided with a plurality of raised edges and corners (3.23) along its circumferential direction, and the vibrating drum (3.2) ) is driven by a reduction unit fixed on the rear side wall of the third water washing unit (3), the reduction unit includes a first reducer (3.6) and a second reducer (3.7), the first reducer (3.6) is located in Below the second reducer (3.7), the output end of the first reducer (3.6) is connected with the roller shaft of the oscillating roller (3.22), and the output end of the second reducer (3.7) is connected with a driving sprocket (3.9), a chain is sleeved between the active sprocket (3.9) and the passive sprocket (3.8).

3. An open-width desizing washing machine according to claim 1, wherein a spray group is arranged above the inner cavity of the plurality of washing units, and the spray group includes four parallel to each other. A spray assembly, the spray assembly includes a spray pipe (3.51) and a baffle set, and a plurality of circular holes (3.511) are uniformly opened on the oblique lower side of the spray pipe (3.51) along its length direction, and the The cross section of the baffle set is a right-angled hook shape with an opening facing downward, and the baffle set includes a vertical first baffle (3.53), a horizontal second baffle (3.54) and a vertical third baffle (3.55), the lengths of the first baffle (3.53), the second baffle (3.54) and the third baffle (3.55) are the same, and the width of the first baffle (3.53) is smaller than that of the third baffle ( 3.55), the left and right ends of the second baffle (3.54) are fixedly connected to the top ends of the first baffle (3.53) and the third baffle (3.55) respectively, and the second baffle (3.54) is inclined resting above the spray pipe (3.51) with the bottom surface of the second baffle (3.54) in contact with the top of the spray pipe (3.51), the first baffle (3.53) and the third baffle (3.55) The third baffle plate (3.55) is close to the side of the circular hole (3.511), and the first baffle plate is inclined to the left and right sides of the spray pipe (3.51). The front and rear ends of (3.53) are provided with connecting plates (3.52), and the connecting plates (3.52) are fixedly connected to the third baffle plate (3.55) through bolts.

4. A kind of open width desizing washing machine according to claim 2, is characterized in that: described first washing unit (1), second washing unit (2), third washing unit (3), fourth A dynamic filter box is arranged behind the water washing unit (4) and the fifth water washing unit (5), the dynamic filter box includes a box body (13), and an upper bracket is provided on the left outer wall of the box body (13). (14) and a lower bracket (15), the upper bracket (14) is located diagonally above the lower bracket (15), and an upper reducer (16) is arranged on the upper bracket (14), so The lower bracket (15) is provided with a lower reducer (17), a filter outlet (19) is opened on the right wall of the box (13), and a filter inlet (19) is opened on the front wall of the box (13). The water outlet (20), the inner cavity of the box body (13) is provided with an upright partition (18) near the end of the filtered water outlet (19), and the partition plate (18) separates the inner cavity of the box body (13) It is a left chamber and a right chamber, a support seat (24) is provided on the left wall surface of the partition plate (18), and a circular hole is opened on the partition plate (18) corresponding to the support seat (24). A first transmission shaft (23) is provided between the upper section position of the left wall surface of the body (13) and the upper section position of the left wall surface of the partition plate (18), and a brush roller ( 21), the first transmission shaft (23) is driven by the upper reducer (16), and a screen roller (22) is provided diagonally below the brush roller (21). The left end is provided with a second transmission shaft (25), the second transmission shaft (25) is driven by the lower reducer (17), the right end of the screen roller (22) is provided with a flange sleeve (26), the The flange sleeve (26) is sleeved on the support seat (24), and a water flow channel is opened between the inner side of the flange sleeve (26) and the support seat (24) and the inner side of the screen roller (22). The rear outer wall of the box body (13) is provided with a discharge opening corresponding to the brush roller (21), and a guide plate (31) inclined downward from top to bottom is arranged below the discharge opening. A water baffle (27) with a fan-shaped cross section and a downward opening is arranged above the material opening, a water receiving box (28) is arranged directly below the water baffle (27), and a water receiving box (28) is arranged on the right side of the box (13). There is a water pump (29).

5 . The open-width desizing washing machine according to claim 4 , wherein a detachable filter screen is provided on the top of the water receiving box ( 28 ). 6 .

6 . The open-width desizing washing machine according to claim 2 , wherein a plug-in filter box is arranged behind the sixth washing unit ( 6 ). 7 .

7. according to a kind of open width desizing washing machine shown in claim 2, it is characterized in that: the working principle is: the fabric passes through the first washing unit, the second washing unit, the third washing unit, the fourth washing unit, the The fifth washing unit and the sixth washing unit are cleaned. The water of the first washing unit is the first washing, and the pollution degree is the highest and needs to be discharged directly. The water of the second washing unit is the second washing, and its pollution degree is slightly lower than that of the first washing unit. The pollution degree of the washing unit, and so on, the water in the sixth washing unit is the cleanest. Using the gravity effect of the height difference, the water used in the sixth washing unit flows back through the overflow pipe to the fifth washing unit for continued use. The water used in the washing unit flows back through the overflow pipe to the fourth washing unit for continued use, the water used in the fourth washing unit flows back through the overflow pipe to the third washing unit for continued use, and the water used in the third washing unit The water used in the second washing unit flows back to the first washing unit through the overflow pipe for continued use, and the used water in the first washing unit is directly discharged.