Multifunctional continuous rope-shaped washing machine
By designing a multi-function continuous rope washing machine and using a U-shaped fabric-oriented water washing unit, the traditional washing machine has solved the problems of large area, many labor and poor washing effect, and achieved the effect of reducing investment and labor, reducing production costs and water consumption, and improving the washing effect.
Patent Information
- Application Number
- CN202421624114.9
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-07-10
- Publication Date
- 2025-04-25
- Estimated Expiration
- 2034-07-10
AI Technical Summary
Traditional washing machines occupy a large area of the factory, which increases the investment in building a factory, and it also requires a lot of labor, has high production costs, poor washing effect, and is prone to damage to the fabric.
A multi-function continuous rope-shaped washing machine is designed, using two washing units, each unit contains a front-line groove group and a rear-line groove group. The fabric is U-shaped, which reduces the amount of water and labor amount and improves the washing effect.
It reduces the investment and labor amount of factory construction, reduces water consumption and production costs, improves the washing effect, and avoids fabric damage.
Smart Images
Figure CN222795964U_ABST
Abstract
Description
Technical Field
[0001] The utility model relates to a washing machine, specifically, a multifunctional continuous rope washing machine for washing rope-shaped fabrics, and is particularly suitable for continuous washing of fabrics after alkali, dyeing and printing. Background Art
[0002] It is well known in the printing and dyeing industry that after the alkali treatment process, the surface alkali content of the fabric is extremely high. If it is not treated, it will affect the subsequent dyeing process. In addition, the dyed fabric and the printed fabric have floating colors. If the floating colors are not removed, the color fastness of the dyed fabric will be affected. Therefore, the pre-treated fabric, the dyed fabric, and the printed fabric must be washed.
[0003] At present, the washing machines for washing fabrics after alkali, dyeing and printing are all traditional washing machines. This traditional washing machine mainly consists of multiple washing tanks arranged in a line along the longitudinal or transverse direction, and multiple padders are set in each washing tank. Since this traditional washing machine mainly consists of multiple washing tanks arranged in a line along the longitudinal or transverse direction, it occupies a large factory area, thereby increasing the investment in building a factory. In addition, since this traditional washing machine mainly consists of multiple washing tanks arranged in a line along the longitudinal or transverse direction, operators need to be configured at the front and back ends of the washing machine respectively, resulting in more labor and higher production costs.
[0004] Since multiple rollers are arranged in each washing tank, the dirty water squeezed out of the fabric after multiple rollings during the washing process still exists in the washing tank. Not only does it consume a lot of water, take a long time to wash, and have a poor washing effect, but the tension on the washed fabric is also large, which can easily damage the washed fabric. Utility Model Content
[0005] The problem to be solved by the utility model is to provide a continuous fabric washing machine. The continuous fabric washing machine can not only reduce the investment in factory construction, reduce the number of workers, reduce the water consumption, and reduce the production cost, but also improve the washing effect and avoid damaging the washed fabric.
[0006] The above-mentioned problem to be solved by the utility model is achieved by the following technical solutions:
[0007] The utility model discloses a multifunctional continuous rope-shaped washing machine, comprising a frame, and at least two washing units are arranged on the frame, and the washing units are characterized in that: the washing units each contain a front row tank group and a rear row tank group. The lengths of the front row tank group and the rear row tank group are the same, they are both located at the same height, and they each contain no less than two front washing tanks and two rear washing tanks. Both ends of the front washing tank and the rear washing tank are provided with cloth-penetrating holes, and the front ends of the front washing tanks in the front row tank group and the last rear washing tank in the rear row tank group are provided with a first rolling wheel and a first spray shell, and the first spray shell respectively passes through the cloth-penetrating holes at the front ends of the corresponding front washing tank and the rear washing tank and then bends downward. A first transition roller and a first transition spray shell are provided at the rear end of the last front water washing tank, the axial directions of the first transition roller and the first transition spray shell are perpendicular to the axial directions of the first roller and the first spray shell, and the axial direction of the first transition roller corresponds to the cloth penetration hole at the rear end of the last front water washing tank, and a first bend pipe is connected to the outlet of the first transition spray shell, which first bend pipe first bends toward the rear row of tank groups and passes through the cloth penetration hole at the front end of the front rear cloth washing tank and then bends downward, so that the direction of the washed fabric is a first U-shape with the mouth facing left. In adjacent washing units, a second transition roller and a second transition spray shell are provided between the rear end of the rear washing tank at the rear end of the preceding washing unit and the front end of the front washing tank at the front end of the succeeding washing unit. The axial directions of the second transition roller and the second transition spray shell are parallel to the axial directions of the first transition roller and the first transition spray shell. The outlet of the second transition spray shell is connected with a second curved pipe, which is first curved toward the front washing tank at the front end of the succeeding washing unit and then curved downward after passing through the cloth-penetrating hole at the front end of the washing tank at the front end of the succeeding washing unit, so that the direction of the washed fabric is a second U-shape with the mouth facing right. The first spray shell, the first transition spray shell and the second transition spray shell are all provided with nozzles.
[0008] A further improvement of the utility model is that the front water washing tank and the rear water washing tank are both provided with arc-shaped mesh plates. The concave surfaces of the arc-shaped mesh plates are both facing upwards, and there is a gap between them and the bottom of the front water washing tank and the rear water washing tank where they are located, and their two sides are respectively connected to the two side walls of the corresponding front water washing tank and the rear water washing tank.
[0009] A further improvement of the utility model is that there are backflow holes on the opposite side walls between adjacent front water washing tanks of the same water washing unit, on the opposite side walls of adjacent rear water washing tanks, and on the side walls at the rear end of the front water washing tank at the rear end of the front tank group and the front end of the rear water washing tank at the front end of the rear tank group. Among the backflow holes on the opposite side walls of two adjacent front water washing tanks and adjacent rear water washing tanks of the same water washing unit, the backflow hole on the side wall of the rear front water washing tank is higher than the backflow hole on the side wall of the front front front water washing tank, and a first backflow pipe is connected between the two adjacent backflow holes. Among the backflow holes on the adjacent side walls of the front water washing tank at the rear end of the front tank group and the rear water washing tank at the front end of the rear tank group, the backflow hole on the side wall of the rear water washing tank at the front end of the rear tank group is higher than the backflow hole on the side wall of the front water washing tank at the rear end of the front tank group, and a second backflow pipe is connected between the two backflow holes.
[0010] A further improvement of the utility model is that the bottoms of the front water washing tank and the rear water washing tank are provided with water outlets, and the water outlets are respectively connected to the inlets of the first spray shell and the first transition spray shell on the corresponding front water washing tank and the rear water washing tank through a water pump, a heat exchanger with a filter and a pipeline.
[0011] A further improvement of the utility model is that the first rolling car, the first transition rolling car and the second transition rolling car all contain a support, a motor and two rollers. The two rollers are mounted on the support in a pair of rollers. The shaft of one of the rollers is connected to the output shaft of the motor.
[0012] Wherein, the heat exchanger is a shell and tube heat exchanger.
[0013] A further improvement of the utility model is that a third rolling car is arranged on the frame at the rear end of the last rear washing tank of the latter washing unit. A cloth discharging rack is arranged outside the frame of the third rolling car, and a cloth discharging rack is arranged on the cloth discharging rack.
[0014] A further improvement of the present invention is that the front water washing tank at the front end of the frontmost water washing unit has an overflow port adjacent to its mouth.
[0015] It can be seen from the above scheme that since the water washing units all contain a front row tank group and a rear row tank group. The front and rear row tank groups have the same length and are located at the same height. They all contain no less than two front water washing tanks and two rear water washing tanks. Both ends of the front water washing tank and the rear water washing tank have cloth-penetrating holes. The front ends of the front water washing tanks in the front row tank group and the last rear water washing tank in the rear row tank group are both provided with a first rolling wheel and a first spray shell. The first spray shell passes through the cloth-penetrating holes at the front ends of the corresponding front water washing tanks and the rear water washing tanks and then bends downward. A first transition roller and a first transition spray shell are provided at the rear end of the last front water washing tank, the axial directions of the first transition roller and the first transition spray shell are perpendicular to the axial directions of the first roller and the first spray shell, and the axial direction of the first transition roller corresponds to the cloth penetration hole at the rear end of the last front water washing tank, and a first bend pipe is connected to the outlet of the first transition spray shell, which first bend pipe first bends toward the rear row of tank groups and passes through the cloth penetration hole at the front end of the front rear cloth washing tank and then bends downward, so that the direction of the washed fabric is a first U-shape with the mouth facing left. In adjacent washing units, a second transition roller and a second transition spray shell are provided between the rear end of the rear washing tank at the rear end of the preceding washing unit and the front end of the front washing tank at the front end of the succeeding washing unit. The axial direction of the second transition roller and the second transition spray shell is parallel to the axial direction of the first transition roller and the first transition spray shell. The outlet of the second spray shell is connected with a second curved pipe, which is first curved toward the front washing tank at the front end of the succeeding washing unit and then curved downward after passing through the cloth-penetrating hole at the front end of the washing tank at the front end of the succeeding washing unit, so that the direction of the washed fabric is a second U-shape with the mouth facing right. The first spray shell, the first transition spray shell and the second transition spray shell are all provided with nozzles.
[0016] Since the fabric direction of each washing unit is in the first U-shape with the mouth facing left, and in adjacent washing units, the rear end of the rear washing tank at the rear end of the previous washing unit and the front end of the front washing tank at the front end of the next washing unit are connected by a second transition roller and a second transition spray shell, so that the direction of the washed fabric between adjacent washing units is in the second U-shape with the mouth facing right. In this way, the inlet and outlet of the washed fabric are at the same end of each washing unit. This greatly reduces the usable area of the factory building and reduces the investment in building the factory. In addition, since in the utility model, the inlet and outlet of the washed fabric are at the same end of each washing unit, only one operator is needed to operate the continuous fabric washing machine of the utility model. Compared with the background technology that requires two people to operate, the number of workers is reduced and the production cost is reduced. Furthermore, since the first padder, the first transition padder and the second transition padder are all outside the corresponding washing tank, compared with the background technology, the dirty water squeezed out during the washing process still flows into the corresponding washing tank, so that the fabric that has been squeezed out of a large amount of water is sucked into the relatively clean water of the next front washing tank or the next rear washing tank under the action of the high-pressure hot water in the corresponding nozzle while rinsing the fabric, so that the water in the front washing tank or the rear washing tank is cleaner from front to back. In this way, not only the water consumption is reduced, the washing time is shortened, and the washing effect is improved, but also the tension of the washed fabric is reduced, and the damage of the washed fabric is avoided. BRIEF DESCRIPTION OF THE DRAWINGS
[0017] Figure 1 It is a top view schematic diagram of a continuous fabric washing machine of the utility model;
[0018] Figure 2 The cloth discharging frame 22 and the cloth discharging roller 23 are removed. Figure 1 AA cross-sectional view of ;
[0019] Figure 3 yes Figure 1 BB cross-sectional view;
[0020] Figure 4 yes Figure 1 C-direction view;
[0021] Figure 5 yes Figure 1 D-direction view;
[0022] Figure 6 It is a three-dimensional schematic diagram of a continuous fabric washing machine of the utility model. DETAILED DESCRIPTION
[0023] like Figure 1 to Figure 6As shown, the continuous fabric washing machine in this embodiment includes a frame 2 and a controller. The frame 2 is a rectangular parallelepiped frame, on which two washing units are arranged. The washing units each contain a front row slot group and a rear row slot group, the front row slot group and the rear row slot group have the same length, are located at the same height, and respectively contain two front washing slots 13 and two rear washing slots 8. A second spacing 14 is left between the two front washing slots 13 and between the two rear washing slots 8, and the two second spacings 14 correspond to each other. Cloth-penetrating holes are processed on the slot walls at both ends of the two front washing slots 13 and on the slot walls at both ends of the two rear washing slots 8. The cloth-penetrating holes at both ends of the two front washing slots 13 have the same height and are located on a straight line, and the cloth-penetrating holes at both ends of the two rear washing slots 8 have the same height and are located on a straight line, and the two straight lines are parallel. The first roller 1 and the first spray shell 3 are arranged on the front frame 2 of the two front water washing tanks 13 in the front row tank group and the last rear water washing tank 8 in the rear row tank group. The first roller 1 at the front end of the last front water washing tank 13 and the first roller 1 at the front end of the last rear water washing tank 8 are both located on the frame 2 within the second spacing 14. The first spray shell 3 passes through the cloth-piercing holes at the front ends of the corresponding front water washing tanks 13 and rear water washing tanks 8 and then bends downward. The rear end of the last front water washing tank 13 is provided with a first transition roller 11 and a first transition spray shell 12. The axial directions of the first transition roller 11 and the first transition spray shell 12 are parallel to the axial directions of the first roller 1 and the first spray shell 3, and the first transition roller 11 corresponds to the cloth-piercing hole at the rear end of the last front water washing tank 13. The outlet of the first transition spray shell 12 is connected to a first curved pipe 10, which is first bent toward the rear row of slots and passes through the cloth-piercing hole at the front end of the front rear washing slot 8 and then bends downward, so that the direction of the washed fabric 24 is a first U-shaped with the mouth facing left. In adjacent washing units, a second transition padder 5 and a second transition spray shell 4 are both arranged on the frame 2 between the rear end of the last rear washing slot 8 of the previous washing unit and the front end of the front washing slot 13 of the next washing unit. The axial direction of the second transition padder 5 and the second transition spray shell 4 is parallel to the axial direction of the first transition padder 11 and the first transition spray shell 12. The outlet of the second transition spray shell 4 is connected to a second curved pipe 6, which is first bent toward the front washing slot 13 of the next washing unit and passes through the cloth-piercing hole at the front end of the front washing slot 13 of the next washing unit and then bends downward, so that the direction of the washed fabric 24 is a second U-shaped with the mouth facing right. Among them, nozzles are arranged in the first spray shell 3, the first transition spray shell 12 and the second transition spray shell 4.
[0024] The front water washing tank 13 and the rear water washing tank 8 are both provided with arc-shaped mesh plates 15, the concave surfaces of which are facing upwards, and a first spacing 18 is left between them and the bottom of the front water washing tank 13 and the rear water washing tank 8, and their two sides are respectively welded together in a sealed manner with the two side walls of the corresponding front water washing tank 13 and the rear water washing tank 8.
[0025] like Figure 2~Figure 5 As shown, backflow holes are processed on the opposite side walls of the adjacent front water washing tanks 13 and the opposite side walls of the adjacent rear water washing tanks 8 of the same water washing unit, as well as on the rear end of the front water washing tank 13 at the rear end of the front tank group and the front end of the rear water washing tank 8 at the front end of the rear tank group. Among the backflow holes on the opposite side walls of the two adjacent front water washing tanks 13 and the adjacent rear water washing tanks 8 of the same water washing unit, the backflow hole on the side wall of the rear front water washing tank 13 is higher than the backflow hole on the side wall of the front front front water washing tank 13, and the first backflow pipe 16 is connected between the two adjacent backflow holes. Among the backflow holes on the adjacent side walls of the last front water washing tank 13 in the front tank group and the front rear water washing tank 8 in the rear tank group, the backflow hole on the side wall of the rear water washing tank 8 at the front end of the rear tank group is higher than the backflow hole on the side wall of the front water washing tank 13 at the rear end of the front tank group, and the second backflow pipe 20 is connected between the two backflow holes.
[0026] The bottom of the front water washing tank 13 and the rear water washing tank 8 are processed with water outlets, and the water outlets are respectively connected to the inlets of the first spray shell 3 and the first transition spray shell 12 on the corresponding front water washing tank 13 and the rear water washing tank 8 through the heat exchanger 7 with a filter and the pipeline 72. The front water washing tank 13 and the rear water washing tank 8 are both provided with a tank cover 19. In the same water washing unit, the tank cover 19 of the front water washing tank 13 of the front tank group and the tank cover 19 of the rear water washing tank 8 of the rear tank group are processed with a first transverse groove 9 in the longitudinal middle, and the two first transverse grooves 9 correspond to each other, and two heat exchangers 7 with filters are installed therein. The tank cover 19 of the rear water washing tank 13 of the front tank group and the tank cover 19 of the front water washing tank 8 of the rear tank group are processed with a second transverse groove 17 in the longitudinal middle, and the two second transverse grooves 17 correspond to each other, and two other heat exchangers 7 with filters are installed therein. The water inlets of the four heat exchangers with filters 7 are connected to the bottom of the inner cavity of the corresponding front water washing tank 13 or the rear water washing tank 8 by means of the first water pump 71 and the pipeline 72, and their water outlets are connected to the inlet of the corresponding first spray shell 3 and the first transition spray shell 12 by means of the pipeline 72. Among them, the heat exchanger with filter 7 is a shell and tube heat exchanger.
[0027] The first rolling mill 1, the first transition rolling mill 11 and the second transition rolling mill 5 all contain a support, a motor and two rollers. The supports are fixed on the frame 2. The two rollers are arranged horizontally in the axial direction, the upper roller has a smaller diameter than the lower roller, and they are mounted on the support in a pair of rollers. The shaft of one of the rollers is connected to the output shaft of the motor.
[0028] In order to save water, an overflow port is processed near the mouth of the front water washing tank 13 at the front end of the front water washing unit.
[0029] In addition, in order to control the water levels in the front water washing tank 13 and the rear water washing tank 8, water level gauges are provided on the front water washing tank 13 and the rear water washing tank 8 of the two water washing units.
[0030] To realize automatic control, the motor, the heat exchanger with filter 7, the water pump and the water level gauge are all connected to the controller via wires.
[0031] For simplicity, the overflow port, water pump, water level gauge and controller are omitted in the drawings of the specification.
[0032] In addition, for the convenience of cloth discharge, a third padder 21 is provided on the frame 2 at the rear end of the last rear washing tank 8 of the rear washing unit. A cloth discharge rack 22 is provided outside the frame 2 of the third padder 21, and a cloth discharge roller 23 is provided on the cloth discharge rack 22.
[0033] When working, firstly, tap water is added to each front water washing tank 13 and rear water washing tank 8 in the front tank group and rear tank group of the front water washing unit, and the liquid level of the front water washing tank 13 and rear water washing tank 8 is made to reach the set liquid level through the water level meter and the controller. Then, the water pump 71 on the two front water washing tanks 13 and the two rear water washing tanks 8 in the front tank group is started, and the temperature of the washing liquid in the two front water washing tanks 13 and the two rear water washing tanks 8 is set at the same time, so that the liquid temperature in the two front water washing tanks 13 and the two rear water washing tanks 8 reaches the set value. After that, the cloth capacity of the two front water washing tanks 13 and the two rear water washing tanks 8 is set, and the first padder 1 is started. Afterwards, the operator inserts the front end of the washed fabric 24 into the first roller 1 at the front end of the front washing tank 13 in the front tank group, and transports the washed fabric into the front washing tank 13 under the action of the corresponding water pump 71 and the first spray shell 3 and the nozzle therein, and makes the washed fabric 24 in the front washing tank 13 reach the set capacity (for example, 300 meters). Afterwards, repeat the above steps, so that the washed fabrics in the last front washing tank 13 in the remaining front tank group, the front rear washing tank 8 and the last rear washing tank 8 in the rear tank group, and the front front washing tank 13 in the front tank group, the front rear washing tank 8 and the last rear washing tank 8 in the rear washing unit all reach the set capacity (for example, 300 meters). Afterwards, with the simultaneous operation of the first padder 1 and the first spray shell 3 and the nozzle, the first transition padder 11 and the first transition spray shell 12 and the nozzle, the second transition padder 5 and the second transition spray shell 4 and the nozzle in the two washing units, the washed fabric is made to circulate multiple times along the first U-shaped cloth threading route in the previous washing unit, the second U-shaped cloth threading route between the two washing units and another first U-shaped cloth threading route in the next washing unit to achieve water washing of the washed fabric 24.
[0034] It should be noted that there are two washing units in this embodiment. The present utility model requires at least two washing units to be protected, that is, the washing units can be provided in multiples as required. Therefore, continuous fabric washing machines using two or more washing units fall within the protection scope of the present utility model.
[0035] In this embodiment, there are two front washing tanks 13 and two rear washing tanks 8 in each washing unit. The utility model requires protection of at least two front washing tanks 13 and two rear washing tanks 8 in each washing unit, that is, multiple front washing tanks 13 and two rear washing tanks 8 in each washing unit can be provided as needed. Therefore, continuous fabric washing machines using two or more front washing tanks 13 and two or more rear washing tanks 8 in each washing unit fall within the protection scope of the utility model.
Claims
1. A multifunctional continuous rope washing machine, comprising a frame (2), on which there are at least two washing units, characterized in that: The water washing units each comprise a front row tank group and a rear row tank group; the front and rear row tank groups are of the same length and are located at the same height, and each comprises no less than two front water washing tanks (13) and two rear water washing tanks (8); both ends of the front water washing tanks (13) and the rear water washing tanks (8) have through holes, and the front ends of the front water washing tanks (13) in the front row tank group and the last rear water washing tank (8) in the rear row tank group each comprise a first roller (1) and a first spray shell (3), and the first spray shell (3) passes through the corresponding front water washing tanks (13) and the rear water washing tanks (8) respectively. 3) and the front end of the rear water washing tank (8) are bent downward; the rear end of the last front water washing tank (13) is provided with a first transition roller (11) and a first transition spray shell (12), the axial direction of the first transition roller (11) and the first transition spray shell (12) is parallel to the axial direction of the first roller (1) and the first spray shell (3), and the axial direction of the first transition roller (11) corresponds to the cloth hole at the rear end of the last front water washing tank (13), the outlet of the first transition spray shell (12) is connected to a first bent pipe (10), and the first bent pipe (11) is connected to the outlet of the first transition spray shell (12). The tube (10) is first bent toward the rear row of slots and passes through the cloth penetration hole at the front end of the front rear washing slot (8) and then bent downward, so that the direction of the washed fabric (24) is a first U-shape with the mouth facing left; in adjacent washing units, a second transition roller (5) and a second transition spray shell (4) are provided between the rear end of the rear washing slot (8) at the rear end of the preceding washing unit and the front end of the front washing slot (13) at the front end of the succeeding washing unit, and the axial direction of the second transition roller (5) and the second transition spray shell (4) is aligned with the first transition roller (1 1) and the axial direction of the first transition spray shell (12), the outlet of the second transition spray shell (4) is connected to a second curved pipe (6), the second curved pipe (6) first bends toward the front washing tank (13) at the front of the rear washing unit, passes through the cloth penetration hole at the front end of the washing tank (13) at the front of the rear washing unit, and then bends downward, so that the direction of the washed fabric (24) is a second U-shape with the mouth facing right; the first spray shell (3), the first transition spray shell (12) and the second transition spray shell (4) are all provided with nozzles.
2. The multifunctional continuous rope washing machine according to claim 1, characterized in that: The front water washing tank (13) and the rear water washing tank (8) both have arc-shaped mesh plates (15); the concave surfaces of the arc-shaped mesh plates (15) are both facing upwards, and there is a spacing (18) between them and the bottom of the front water washing tank (13) and the rear water washing tank (8) where they are located, and their two sides are respectively connected to the two side walls of the corresponding front water washing tank (13) and the rear water washing tank (8).
3. The multifunctional continuous rope washing machine according to claim 1, characterized in that: There are backflow holes on the opposite side walls of adjacent front water washing tanks (13) and the opposite side walls of adjacent rear water washing tanks (8) of the same water washing unit, as well as on the rear end of the front water washing tank (13) at the rear end of the front tank group and the front end of the rear water washing tank (8) at the front end of the rear tank group; among the backflow holes on the opposite side walls of two adjacent front water washing tanks (13) and adjacent rear water washing tanks (8) of the same water washing unit, the backflow hole on the side wall of the rear end front water washing tank (13) is higher than the backflow hole on the side wall of the front end Backflow holes are formed on the side wall of the front water washing tank (13), and a first backflow pipe (16) is connected between two adjacent backflow holes; among the backflow holes on the opposite side walls of the front water washing tank (13) at the rear end of the front tank group and the rear water washing tank (8) at the front end of the rear tank group, the backflow hole on the side wall of the rear water washing tank (8) at the front end of the rear tank group is higher than the backflow hole on the side wall of the front water washing tank (13) at the rear end of the front tank group, and a second backflow pipe (20) is connected between the two backflow holes.
4. The multifunctional continuous rope washing machine according to claim 1, characterized in that: The front water washing tank (13) and the rear water washing tank (8) are provided with water outlets at the bottom, and the water outlets are respectively connected to the inlets of the first spray shell (3) and the first transition spray shell (12) on the corresponding front water washing tank (13) and the rear water washing tank (8) through a water pump (71), a heat exchanger (7) with a filter and a pipeline (72).
5. The multifunctional continuous rope washing machine according to claim 1, characterized in that: The first rolling car (1), the first transition rolling car (11) and the second transition rolling car (5) all comprise a support, a motor and two rollers; the two rollers are mounted on the support in a pair of rollers; and the shaft of one of the rollers is connected to the output shaft of the motor.
6. The multifunctional continuous rope washing machine according to claim 4, characterized in that: The heat exchanger (7) is a shell-and-tube heat exchanger.
7. The multifunctional continuous rope washing machine according to claim 1, characterized in that: A third roller (21) is provided on the frame (2) at the rear end of the last rear washing tank (8) of the latter washing unit; a cloth discharge rack (22) is provided on the frame (2) outside the third roller (21), and a cloth discharge roller (23) is provided on the cloth discharge rack.
8. The multifunctional continuous rope washing machine according to any one of claims 1 to 7, characterized in that: The front washing tank (13) at the front end of the front washing unit has an overflow port adjacent to its cloth threading hole.