CN204058996U - The energy-conservation washing dragon of a kind of intelligent large power high efficiency - Google Patents
The energy-conservation washing dragon of a kind of intelligent large power high efficiency Download PDFInfo
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- CN204058996U CN204058996U CN201420340568.3U CN201420340568U CN204058996U CN 204058996 U CN204058996 U CN 204058996U CN 201420340568 U CN201420340568 U CN 201420340568U CN 204058996 U CN204058996 U CN 204058996U
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Abstract
The energy-conservation washing dragon of a kind of intelligent large power high efficiency, comprise washing storehouse body and cylindric washer, described washing storehouse body by moistening storehouse, prewashing bin, main to bring down stocks, cross bring down stocks and in and storehouse form, described prewashing bin, master bring down stocks and cross and bring down stocks to be connected in series by some warehouse monomers respectively, described cylindric washer is located in warehouse monomer, described cylindric washer comprises urceolus and interior cylinder, spiral in the discharging upper end internal face of described cylindric washer being equipped be connected in series each warehouse monomer, described adjacent cylindric washer base angle end is along being provided with the float support holder being convenient to multipoint driving; The beneficial effects of the utility model are: the consumption and the steam consumption that greatly reduce slurry, and can economize on water 80%, economize on electricity 65%, save manpower 85%, clean rate better, sealing effectiveness is stronger.
Description
Technical field
The utility model relates to washing facility, relates to the energy-conservation washing dragon of a kind of intelligent large power high efficiency specifically.
Background technology
Along with recovery and the growth of World Economics; the requirement of people to washing quality is more and more higher; client is overcritical to washing price; the increase of water, the energy and cost of labor; add that the legal system of environmental protection is more and more perfect; force washing industry to find new business model and realize structural adjustment, tunnel type washing dragon is widely adopted in European and American developed countries, for washing industry provides perfect solution with its energy-conserving and environment-protective, intelligentized control method, powerful advantages that production efficiency is high.
Washing dragon is generally linked by the spiral washing unit of more piece (5-10 joint) becomes a washing main body, the bell mouth of washing dragon is delivered to after various fabric is weighed by weighing instrument by automatic loading induction system by one end of machine, by in bell mouth landing to spiral washing unit, prewashing is completed through main part, master washes, rinsing, post processing supervisor, pipeline system is through main body, complete washing work, automatically follow-up treatment process (press dewatering, dries, and plates) is entered subsequently.At present, washing dragon increasing along with storehouse number, the disposal ability of its its fabric is larger, but the large span that many storehouses are brought can cause the sealing of washing dragon not strong, there is mutual seepage between each storehouse, clean the problems such as rate declines, the efficiency of material is not fully utilized, so, the further developmental research of washing dragon is become gradually to the important topic of washing industry.
Utility model content
The purpose of this utility model is to provide a kind of clean rate high, the energy-conservation washing dragon of intelligent large power high efficiency of good sealing effect.
In order to reach the purpose of this utility model, technical scheme is as follows:
The energy-conservation washing dragon of a kind of intelligent large power high efficiency, it is characterized in that: comprise washing storehouse body and cylindric washer, described washing storehouse body by moistening storehouse, prewashing bin, main to bring down stocks, cross bring down stocks and in and storehouse form, described prewashing bin, master bring down stocks and cross and bring down stocks to be connected in series by some warehouse monomers respectively, described cylindric washer is located in warehouse monomer, described cylindric washer comprises urceolus and interior cylinder, spiral in the discharging upper end internal face of described cylindric washer being equipped be connected in series each warehouse monomer, described adjacent cylindric washer base angle end is along being provided with the float support holder being convenient to multipoint driving.
As preferred technical scheme: also comprise charging hopper, described charging hopper is located at the side in moistening storehouse.
As preferred technical scheme: also comprise drainpipe and water inlet pipe, described drainpipe is located at bottom moistening storehouse, described water inlet pipe be located at respectively bring down stocks and in and top, storehouse, pass through cross current between described each warehouse monomer.
As preferred technical scheme: the internal face of described interior cylinder is provided with interior cylinder and turns over muscle, described interior cylinder turns over muscle and is divided into cylinder in first to turn over cylinder in muscle and second turning over muscle, and described interior cylinder turns over muscle all in inverted " V " shape.
As preferred technical scheme: the outer surface that in described second, cylinder turns over muscle is provided with some spray orifices, and the diameter of described spray orifice is 1mm ~ 5mm.
As preferred technical scheme: described float support holder is fixed on the sidewall of warehouse monomer, described float support holder is worn and is penetrated washtub urceolus, with adjacent in cylinder base angle end contact.
As preferred technical scheme: also comprise the concentration sensor measuring slurry suspended matter and spot proportion, between described two adjacent warehouse monomers, connect concentration sensor by tube connector.
As preferred technical scheme: also comprise O-ring seal, the base angle end of the interior cylinder between described adjacent warehouse monomer adopts the cooperation of inclined-plane and O-ring seal along sealing.
As preferred technical scheme: also comprise support ring, described support ring is located at the top of float support holder.
As preferred technical scheme: also comprise supporting bracket gathering sill, described supporting bracket gathering sill is located at the both sides of float support holder.
The beneficial effects of the utility model are: the consumption and the steam consumption that greatly reduce slurry, and can economize on water 80%, economize on electricity 65%, save manpower 85%, clean rate better, sealing effectiveness is stronger.
Accompanying drawing explanation
Fig. 1 is the imperial structural representation of the energy-conservation washing of the intelligent large power high efficiency of one of the present utility model;
Fig. 2 is float support holder structure schematic diagram of the present utility model;
Fig. 3 is interior roller frame schematic diagram of the present utility model.
In figure: 1-washs storehouse body, the moistening storehouse of 2-, 3-prewashing bin, 4-master bring down stocks, 5-cross bring down stocks, in 6-and storehouse, 7-charging hopper, 8-warehouse monomer, 9-cylindric washer, 10-urceolus, in cylinder, 12-discharging, in spiral, the holder of 13-float support, 14-drainpipe, 15-water inlet pipe, 16-concentration sensor, 17-first, cylinder turns over cylinder in muscle, 18-second and turns over muscle, 19-spray orifice, 20-O-ring seal, 21-support ring, 22-supporting bracket gathering sill in 11-.
Detailed description of the invention
Below in conjunction with accompanying drawing, preferred embodiment of the present utility model is described in detail, to make advantage of the present utility model and characteristic can be easy to be readily appreciated by one skilled in the art, thus more explicit defining is made to protection domain of the present utility model.
Referring to Fig. 1 ~ 3, the energy-conservation washing dragon of a kind of intelligent large power high efficiency, comprise washing storehouse body 1 and cylindric washer 9, washing storehouse body 1 is by moistening storehouse 2, prewashing bin 3, master brings down stocks 4, cross bring down stocks 5 and in and storehouse 6 form, prewashing bin 3, main bring down stocks 4 and cross and bring down stocks 5 to be connected in series by some warehouse monomers 8 respectively, cylindric washer 9 is located in warehouse monomer 8, cylindric washer 9 comprises urceolus 10 and interior cylinder 11, spiral 12 in the discharging upper end internal face of cylindric washer 9 being equipped be connected in series each warehouse monomer 8, adjacent cylindric washer 9 base angle end is along being provided with the float support holder 13 being convenient to multipoint driving.
Also comprise charging hopper 7, charging hopper 7 is located at the side in moistening storehouse 2;
Also comprise drainpipe 14 and water inlet pipe 15, drainpipe 14 is located at bottom moistening storehouse 2, water inlet pipe 15 be located at respectively bring down stocks 5 and in and top, storehouse 6, pass through cross current between each warehouse monomer 8, also comprise the concentration sensor 16 measuring slurry suspended matter and spot proportion, between two adjacent warehouse monomers 8, connect concentration sensor 16 by tube connector, washing process is as follows: in washing dragon each washing storehouse, add a certain amount of slurry, cloth to be washed grass is slipped in moistening storehouse 2 by charging hopper, it is 140 seconds that setting soaks fiducial time, interior cylinder 11 swings, wetting cloth grass and the dust taken out of in cloth grass and foreign matter, after interior cylinder 11 swings, the concentration of moistening storehouse 2 washed water is measured by concentration sensor 16, and being recorded as C1, interior cylinder 11 rotates, and is sent in prewashing bin 3 by the cloth grass after wetting, close the valve of all water circulating pipe pumps, measure the concentration of slurry, and be recorded as C2, increment size is calculated according to the concentration difference of C1 and C2 by PLC, and then regulate main washing parameter, wash time and material consumption of bringing down stocks in 4, open the valve between prewashing bin 3 and moistening storehouse 2, discharge moistening storehouse 2 and the slurry in prewashing bin 3, interior cylinder 11 rotates, and is sent to by the cloth grass after prewashing main to bring down stocks in 4, close the valve leading the tubing pump that bring down stocks 4 and prewashing bin 3 and mistake are brought down stocks between 5, setting wash time and parameter, add a certain amount of material, after washing completes, enter in prewashing bin 3 by main slurry of bringing down stocks in 4, interior cylinder 11 rotates, and is sent into by cloth grass and brings down stocks 5, set clear parameter and time, after completing excessively clearly, by cross bring down stocks 5 slurry enter and main bring down stocks 4, interior cylinder 11 rotates, in being sent into by cloth grass and storehouse 6, cloth grass Zhong Hecang 6 sterilization and in and the acid of material, to discharge after alkali, pH value is the alkalescent of 7.0 ~ 8.0, and then completes washing work, the pollution level of wetting fiducial time and cloth grass is linear, the suspended matter that the concentration C 1 of slurry and C2 are concentration sensor 16 mensuration place slurry and the ratio shared by spot, increment size is calculated according to the concentration difference of C1 and C2 by PLC, and in controlling with PLC, set increment size (inside setting increment size as 5) to compare, determine to be greater than or less than preset value how many units (be greater than increment size 3 and be often greater than 3 increment sizes), regulate main washing parameter of bringing down stocks in 4 again, (wash time increases by 10 ~ 15min successively for wash time and material consumption, material consumption increases by 0.2 ~ 0.5 times), slurry in washing storehouse by and storehouse 6 or cross bring down stocks the water inlet pipe 15 at 5 tops and inject, inject the slurry of height of water level successively, slurry in washing storehouse is discharged by the drainpipe 14 bottom moistening storehouse 2, in wash cycle process, all successively slurry is entered in the warehouse of upper level washing procedure after every next stage washing procedure completes, to ensure that cloth grass enters next washing storehouse all the time than clean in a upper washing storehouse.
The internal face of interior cylinder 11 is provided with interior cylinder and turns over muscle, interior cylinder turns over muscle and is divided into cylinder in first to turn over cylinder in muscle 17 and second turning over muscle 18, interior cylinder turns over muscle all in inverted " V " shape, and the outer surface that in second, cylinder turns over muscle 18 is provided with some spray orifices 19, and the diameter of spray orifice 19 is 1mm ~ 5mm, in the course of the work, when the fabric washed enters interior cylinder 11, under in first, cylinder turns over the drive of muscle 17, fabric to be washed swings along certain angle (280 ° ~ 290 °), when arriving certain altitude, fabric to be washed falls, again rotate with interior cylinder after falling, and cylinder turns over landing layer by layer between muscle 18 in second, with the water in interior cylinder 11, in first, cylinder turns over muscle 17, in second, cylinder turns over muscle 18 and interior cylinder 11 inwall generation friction, namely the mechanical force of washing is formed, spot is under the effect of mechanical force, taken out of fabric, after reaching predetermined wash time, dragon is rotated in washing, under the drive of fabric spiral 12 in discharging, enter next warehouse, complete washing.
Float support holder 13 is fixed on the sidewall of warehouse monomer 8, and float support holder 13 is worn and penetrated cylindric washer 9 urceolus 10, with adjacent in cylinder 11 base angle end contact; Also comprise O-ring seal 20, the base angle end of the interior cylinder 11 between adjacent warehouse monomer 8 adopts the cooperation of inclined-plane and O-ring seal 20 along sealing; Also comprise support ring 21, support ring 21 is located at the top of float support holder 13; Also comprise supporting bracket gathering sill 22, supporting bracket gathering sill 22 is located at the both sides of float support holder 13; Further, when interior cylinder 11 swings, interior cylinder 11 can produce downward deformation under the weight of slurry and cloth grass, and the sealed bottom of interior cylinder 11 adopts the cooperation of inclined-plane and O-ring seal 20, and sealing area increases, and improves sealing property; Add the Area of bearing of float support holder 13 and the intensity of supporting bracket gathering sill 22 simultaneously, interior cylinder 11 adds support ring 21, wash deformation when dragon swings when decreasing washing, the interior cylinder 11 of this kind of structure is convenient to adopt multipoint driving.
Last it is noted that above embodiment only in order to illustrate the utility model and and technical scheme described by unrestricted the utility model, therefore, although this description has been described in detail the utility model with reference to each above-mentioned embodiment, but, those of ordinary skill in the art is to be understood that, still can modify to the utility model or equivalent replacement, and all do not depart from technical scheme and the improvement thereof of spirit and scope of the present utility model, it all should be encompassed in right of the present utility model.
Claims (10)
1. the energy-conservation washing dragon of intelligent large power high efficiency, it is characterized in that: comprise washing storehouse body and cylindric washer, described washing storehouse body is by moistening storehouse, prewashing bin, master brings down stocks, cross bring down stocks and in and storehouse form, described prewashing bin, master brings down stocks and crosses and brings down stocks to be connected in series by some warehouse monomers respectively, described cylindric washer is located in warehouse monomer, described cylindric washer comprises urceolus and interior cylinder, spiral in the discharging upper end internal face of described cylindric washer being equipped be connected in series each warehouse monomer, described adjacent cylindric washer base angle end is along being provided with the float support holder being convenient to multipoint driving.
2. the energy-conservation washing dragon of the intelligent large power high efficiency of one according to claim 1, it is characterized in that: also comprise charging hopper, described charging hopper is located at the side in moistening storehouse.
3. the energy-conservation washing dragon of the intelligent large power high efficiency of one according to claim 1, it is characterized in that: also comprise drainpipe and water inlet pipe, described drainpipe is located at bottom moistening storehouse, described water inlet pipe be located at respectively bring down stocks and in and top, storehouse, pass through cross current between described each warehouse monomer.
4. the energy-conservation washing dragon of the intelligent large power high efficiency of one according to claim 1, it is characterized in that: the internal face of described interior cylinder is provided with interior cylinder and turns over muscle, described interior cylinder turns over muscle and is divided into cylinder in first to turn over cylinder in muscle and second turning over muscle, and described interior cylinder turns over muscle all in inverted " V " shape.
5. the intelligent large power high efficiency of one according to claim 4 energy-conservation washing dragon, is characterized in that: the outer surface that in described second, cylinder turns over muscle is provided with some spray orifices, and the diameter of described spray orifice is 1mm ~ 5mm.
6. the intelligent large power high efficiency of one according to claim 1 energy-conservation washing dragon, it is characterized in that: described float support holder is fixed on the sidewall of warehouse monomer, described float support holder is worn and is penetrated washtub urceolus, with adjacent in cylinder base angle end contact.
7. the energy-conservation washing dragon of the intelligent large power high efficiency of one according to claim 1, it is characterized in that: the concentration sensor also comprising measuring slurry suspended matter and spot proportion, between described two adjacent warehouse monomers, connect concentration sensor by tube connector.
8. the energy-conservation washing dragon of the intelligent large power high efficiency of one according to claim 1, is characterized in that: also comprise O-ring seal, and the base angle end of the interior cylinder between described adjacent warehouse monomer adopts the cooperation of inclined-plane and O-ring seal along sealing.
9. the energy-conservation washing dragon of the intelligent large power high efficiency of one according to claim 1, it is characterized in that: also comprise support ring, described support ring is located at the top of float support holder.
10. the energy-conservation washing dragon of the intelligent large power high efficiency of one according to claim 1, it is characterized in that: also comprise supporting bracket gathering sill, described supporting bracket gathering sill is located at the both sides of float support holder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420340568.3U CN204058996U (en) | 2014-06-24 | 2014-06-24 | The energy-conservation washing dragon of a kind of intelligent large power high efficiency |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420340568.3U CN204058996U (en) | 2014-06-24 | 2014-06-24 | The energy-conservation washing dragon of a kind of intelligent large power high efficiency |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204058996U true CN204058996U (en) | 2014-12-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420340568.3U Active CN204058996U (en) | 2014-06-24 | 2014-06-24 | The energy-conservation washing dragon of a kind of intelligent large power high efficiency |
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| CN (1) | CN204058996U (en) |
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2014
- 2014-06-24 CN CN201420340568.3U patent/CN204058996U/en active Active
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