CN108315915B - A kind of energy-saving natural fiber processing unit and processing method - Google Patents
A kind of energy-saving natural fiber processing unit and processing method Download PDFInfo
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- CN108315915B CN108315915B CN201810381499.3A CN201810381499A CN108315915B CN 108315915 B CN108315915 B CN 108315915B CN 201810381499 A CN201810381499 A CN 201810381499A CN 108315915 B CN108315915 B CN 108315915B
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- cleaning
- block
- water
- water pipe
- face
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Classifications
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B3/00—Passing of textile materials through liquids, gases or vapours to effect treatment, e.g. washing, dyeing, bleaching, sizing, impregnating
- D06B3/02—Passing of textile materials through liquids, gases or vapours to effect treatment, e.g. washing, dyeing, bleaching, sizing, impregnating of fibres, slivers or rovings
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B15/00—Removing liquids, gases or vapours from textile materials in association with treatment of the materials by liquids, gases or vapours
- D06B15/10—Removing liquids, gases or vapours from textile materials in association with treatment of the materials by liquids, gases or vapours by use of centrifugal force
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B23/00—Component parts, details, or accessories of apparatus or machines, specially adapted for the treating of textile materials, not restricted to a particular kind of apparatus, provided for in groups D06B1/00 - D06B21/00
- D06B23/20—Arrangements of apparatus for treating processing-liquids, -gases or -vapours, e.g. purification, filtration, distillation
Abstract
The invention discloses a kind of energy-saving natural fiber processing units, including apparatus main body, the cleaning device being set in described device main body, it is set to the intracorporal water circle device of described device master and is set to the forward gear on the downside of described device main body in end face, the cleaning device includes the first cleaning block for being fixedly connected on described device upside Middle face position, the first cleaning chamber of opening upwards is provided in first cleaning block, first motor is fixedly installed in the downside inner wall of the first cleaning chamber, the first motor upper end is connected with intracavitary positioned at first cleaning and the connection that is rotatably assorted with the first cleaning cavity wall the second cleaning block by shaft power, it is connected by power and is equipped with the first sealing ring between the shaft of the first motor upper end and the downside inner wall of the first cleaning chamber.
Description
Technical field
The present invention relates to laundry cleaning applications, specifically a kind of energy-saving natural fiber processing unit and processing method.
Background technique
Our daily worn the clothes objects be all made of various fibers, for the health used, usually wearing and into
It requires to carry out these fibers cleaning, drying before row processing, now most of washed by washing machine, still
It requires to cause no small waste using a large amount of water purification is fallen, especially in the area of some water shortages, and make washing one barrel of clothing
With dry-cleaning mode higher cost, therefore the one kind for designing a kind of cleaning that clothing can be completed using small amount water is energy-saving
Natural fiber processing unit it is really necessary to.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of energy-saving natural fiber processing units, are able to solve
State the problems in present technology.
The present invention is achieved through the following technical solutions: a kind of energy-saving natural fiber processing unit of the invention,
Including apparatus main body, the cleaning device being set in described device main body, it is set to the intracorporal water circle device of described device master
And it is set to the forward gear on the downside of described device main body in end face, the cleaning device includes being fixedly connected on described device
First cleaning block of upside Middle face position is provided with the first cleaning chamber of opening upwards in first cleaning block, described
It is fixedly installed first motor in the downside inner wall of first cleaning chamber, the first motor upper end is cooperatively connected by shaft power
There is intracavitary positioned at first cleaning and the connection that is rotatably assorted with the first cleaning cavity wall the second cleaning block, is connected by power
The first sealing is equipped between the shaft of the first motor upper end and the downside inner wall of the first cleaning chamber
It encloses, the second cleaning chamber of opening upwards is provided in second cleaning block, described second cleans in all side walls of chamber and downside
The first clean tank for being connected to the second cleaning chamber and the first cleaning chamber, the upper end of the second cleaning chamber are provided on wall
What is matched is provided with seal cover assembly, and the upper end of the intracavitary side end face of first cleaning is fixedly installed to be filled with the sealing cover
The first fixed block matched is set, is fixedly installed third cleaning block, the third on the downside inner wall of the second cleaning chamber
It is provided with the third cleaning chamber of opening upwards in cleaning block, is fixedly installed the second electricity in the downside inner wall of the third cleaning chamber
Machine, the upper end of second motor is connected with by shaft power cleans the first intracavitary centrifugal-block positioned at the third,
It is connected by power and is connected between the shaft of second motor upper end and the downside inner wall of third cleaning chamber
Second sealing ring is fixedly installed the second centrifugal-block of protrusion, the third cleaning on the upside end face of first centrifugal-block
It is provided with centrifugal chamber in the side inner wall of chamber, connection third cleaning chamber and described the are provided on the side wall of the centrifugal chamber
Two clean the second clean tank of chambers, are provided with the third centrifugal-block that can slide up and down, the third centrifugal-block in the centrifugal chamber
On be provided through with second clean tank third clean tank that shifts to install up and down, the upper end of the third centrifugal-block is fixed
It is connected with the first electromagnet, second matched with first electromagnet is fixedly installed in the upper inside walls of the centrifugal chamber
Electromagnet, first electromagnet and second electromagnet are series in the circuit of first motor and the second motor.
The seal cover assembly includes being symmetrical set in described device main body and opening as a preferred technical solution,
Mouthful the first upward cavity on rear side of first cavity and is located on the upside end face of described device main body and is fixedly installed second
Fixed block, the upper end of second fixed block, which is rotatably assorted, is connected with the first bull stick, solid in the rear side inner wall of first cavity
Surely it is provided with third motor, the front end power of the third motor is connected with lead screw, the lead screw rear end and described first
Third sealing ring is equipped between the rear side inner wall of cavity, the front end of the lead screw is rotatably assorted by bearing is connected to institute
On the front inner wall for stating the first cavity, it is provided in first cavity and can slide back and forth and be cooperatively connected with the threads of lead screw
The first sliding block, be fixedly connected with the second sliding block, the upside end face of second sliding block on the upside end face of first sliding block
Inside it is provided with the second cavity of opening upwards, the upper end of second sliding block is provided with third sliding block, under the third sliding block
It is fixedly installed extension on side end face and is passed through Four-slider in second cavity, is fixed in the back end surface of the third sliding block
It is provided with third fixed block, the third fixed block is rotatably assorted with the upper end of first bull stick and connect, is symmetrical set
The upper end of the third sliding block opposing end surface be fixedly connected with the first link block, the centre of end face on the downside of first link block
Position is fixedly installed the second link block, is rotatably assorted on the lower end surface of second link block by bearing and is connected with third company
Block is connect, the lower end of the third link block is fixedly connected with sealing cover, and all side end faces of the sealing cover and described first are fixed
The snug engagement of block connects, be provided with that Open Side Down in the downside end face of the sealing cover and with the second cleaning chamber phase
The fourth cleaning chamber of cooperation is fixedly installed in the upper inside walls of the fourth cleaning chamber and to match with the third cleaning block
Fourth cleaning block.
The water circle device includes being set in described device main body and opening upwards as a preferred technical solution,
Cricoid first water receiving tank, what the left end of first water receiving tank was connected is provided with the second water receiving tank, second water receiving tank
Left end be connected be provided with to be fixedly installed on intracorporal first water pipe of described device master, first water pipe and draw water
Device, what the left end of first water pipe was connected is provided with the second water pipe extended outside described device main body left end face,
It is provided with first switch on second water pipe, is provided with and communicated on first water pipe in described device main body and upper end
Extend the third water pipe on the upside of described device main body outside end face, the third water pipe extends end face on the upside of described device main body
Outer one end is fixedly connected in the left end face of second sliding block in left side by fixed frame, setting in the third water pipe
There is second switch, what is be connected on the third water pipe is provided with the 4th water pipe, third switch is provided on the 4th water pipe,
The 5th water pipe, institute are fixedly connected with by connection frame in the left end face of the third sliding block and the upside end face of the first link block
It states and is fixedly connected with flexible water-supply-pipe between the 4th water pipe upper end and the 5th water pipe lower end, setting in the third link block
There are the fourth cleaning slot that Open Side Down and is connected with third cleaning chamber, the upper end of the fourth cleaning slot and the described 5th
Water pipe is connected.
Described method includes following steps:
Firstly, the third motor rotation, and then drive first sliding block in first cavity by the lead screw
It inside moves backward, and then second sliding block is driven to move backward, and then the third sliding block is driven to move backward, it is described at this time
Third sliding block is moved up by the ejection force effect of first bull stick, and then first link block is driven to move up,
And then driving the fourth cleaning chamber to move up, and then open the second cleaning chamber, staff is by required progress at this time
It is intracavitary that clean natural fiber is put into second cleaning, and it is intracavitary that builder is put into third cleaning.
Secondly, the third motor reversal, and then the sealing cover is driven to decline to greatest extent, at this time the sealing cover
Lower end surface and the upper surface of second cleaning block abut against, and the lower end surface of the fourth cleaning block and the third clean at this time
The upper surface of block abuts against, and the third switch is opened at this time, while the second switch and the first switch are in closing
State, extraneous water tank is by the third water pipe, the elasticity water-supply-pipe and the 5th water pipe to the fourth cleaning at this time
Cleaning water is injected in slot, in the process shifting to install due to the third clean tank and second clean tank, inflow
Isolated, the second motor rotation at this time of cleaning intracavitary water to the third, so by shaft drive described first from
The rotation of heart block, and then drive the third to clean intracavitary water rotation, while the first motor rotates, and then passes through shaft band
Second cleaning block rotation is moved, and then drives the third cleaning block rotation, the sealing cover is by described the in the process
Two cleaning blocks drive to be rotated around the third link block, and first electromagnet and second electromagnet obtain electric generation at this time
It is magnetic attracting, and then drive the third centrifugal-block to rise in the centrifugal chamber, and then drive the third clean tank and institute
It states the second clean tank to be connected, the third cleans intracavitary moisture since centrifugation passes through the third clean tank and described at this time
It is intracavitary that second clean tank is dumped into second cleaning, and then cleans intracavitary natural fiber to described second and clean, this
When the sundries on natural fiber is taken away by the hydrone being centrifuged out, and be thrown out of described by first clean tank
One cleaning is intracavitary, and then is flowed into second water receiving tank by first water receiving tank, and the first switch is opened at this time,
The second switch and third switch are closed, while the water plug is opened, and then will be in second water receiving tank
Moisture is by first water pipe, the third water pipe, the elastic water-supply-pipe, the 5th water pipe and the fourth cleaning slot
Again it is pumped into that third cleaning is intracavitary to be utilized again, when moisture uses the first switch closing after for several times, the third
Switch and the second switch are opened, and then the moisture after cleaning for several times is taken out by first water pipe and second water pipe
Out, it and reuses clean moisture and is cleaned again.
The forward gear includes being rotatably assorted to be connected to end face on the downside of described device main body as a preferred technical solution,
Interior feeder wheel, the feeder wheel carry out the carrying of device to assisting user, before and after described device main body side end face and
It is fixedly installed buffer stopper in right end face, collides when the buffer stopper is to prevent handling device.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the water of natural fiber is carried out by the present apparatus
When washing down clean, the rotation of third motor, and then drive the first sliding block to move backward in the first cavity by lead screw, and then drive the
Two sliding blocks move backward, and then third sliding block is driven to move backward, and third sliding block is acted on by the ejection force of the first bull stick at this time
It moves up, and then the first link block is driven to move up, and then fourth cleaning chamber is driven to move up, and then it is clear to open second
Clean chamber, staff carries out required clean natural fiber to be put into the second cleaning intracavitary at this time, and builder is put into the
Three cleanings are intracavitary, third motor reversal at this time, and then sealing cover is driven to decline to greatest extent, at this time the lower end surface of sealing cover and the
The upper surface of two cleaning blocks abuts against, and the lower end surface of fourth cleaning block and the upper surface of third cleaning block abut against at this time, at this time
Third switch is opened, while second switch and first switch are in closed state, and extraneous water tank passes through third water pipe, elasticity at this time
Water-supply-pipe and the 5th water pipe inject cleaning water into fourth cleaning slot, in the process due to third clean tank and the second cleaning
Slot shifts to install, and is flowed into third and cleans that intracavitary water is isolated, and the second motor rotates at this time, and then passes through shaft drive the
One centrifugal-block rotation, and then drive third to clean intracavitary water rotation, while first motor rotates, and then pass through shaft drive the
The rotation of two cleaning blocks, and then the rotation of third cleaning block is driven, sealing cover is driven by the second cleaning block around third in the process
Link block rotation, it is attracting to obtain electric generations magnetism for the first electromagnet and the second electromagnet at this time, so drive third centrifugal-block from
Rise in the chambers of the heart, and then third clean tank driven to be connected with the second clean tank, at this time third clean intracavitary moisture due to from
The heart is dumped into that the second cleaning is intracavitary by third clean tank and the second clean tank, so to the intracavitary natural fiber of the second cleaning into
Row cleaning, is at this time taken away the sundries on natural fiber by the hydrone being centrifuged out, and be thrown out of by the first clean tank
First cleaning is intracavitary, and then is flowed into the second water receiving tank by the first water receiving tank, at this time first switch unlatching, second switch and
Third switch close, while water plug open, and then by the moisture in the second water receiving tank by the first water pipe, third water pipe,
Elastic water-supply-pipe, the 5th water pipe and fourth cleaning slot are pumped into that third cleaning is intracavitary to be utilized again again, when moisture is using for several times
First switch is closed afterwards, and third switch and second switch are opened, and then by the moisture after cleaning for several times by the first water pipe and the
The extraction of two water pipes, and reuse clean moisture and cleaned again, it not only can be before being processed to day by the present apparatus
Right fiber is cleaned, at the same some car washing installations of the present apparatus more currently on the market carry out the cleaning time save it is big
The water of amount.
Detailed description of the invention
The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.
Fig. 1 is a kind of schematic diagram of internal structure of energy-saving natural fiber processing unit of the invention；
Fig. 2 is the structural schematic diagram in direction " C-C " in Fig. 1；
Fig. 3 is the enlarged diagram of " A " in Fig. 1；
Fig. 4 is the enlarged diagram of " B " in Fig. 1.
Specific embodiment
As Figure 1-Figure 4, a kind of energy-saving natural fiber processing unit of the invention, including apparatus main body 11, setting
In in described device main body 11 cleaning device, the water circle device that is set in described device main body 11 and be set to described
Forward gear in 11 downside end face of apparatus main body, the cleaning device include being fixedly connected in 11 upside end face of described device
First cleaning block 21 of portion position, is provided with the first cleaning chamber 33 of opening upwards in first cleaning block 21, and described first
It cleans and is fixedly installed first motor 22 in the downside inner wall of chamber 33,22 upper end of first motor is connected by the cooperation of shaft power
It is connected to and is located at the described first the second cleaning block 21 for cleaning the connection that is rotatably assorted in chamber 33 and with the first cleaning 33 inner wall of chamber,
It is connected by power to cooperate between the shaft of 22 upper end of first motor and the downside inner wall of the first cleaning chamber 32 and set
It is equipped with the first sealing ring 23, the second cleaning chamber 36 of opening upwards, second cleaning are provided in second cleaning block 21
First that the connection second cleaning chamber 36 and the first cleaning chamber 33 are provided on all side walls and downside inner wall of chamber 36 is clear
Clean slot 63, what the upper end of the second cleaning chamber 36 matched is provided with seal cover assembly, first cleaning, 33 inner end of chamber
The upper end in face is fixedly installed the first fixed block 38 matched with the seal cover assembly, the downside of the second cleaning chamber 36
It is fixedly installed third cleaning block 49 on inner wall, the third cleaning chamber 51 of opening upwards is provided in the third cleaning block 49,
It is fixedly installed the second motor 43 in the downside inner wall of the third cleaning chamber 51, the upper end of second motor 43 passes through shaft
Power is connected with the first centrifugal-block 45 in third cleaning chamber 51, is connected by power on second motor 43
Be connected with the second sealing ring 44 between the shaft at end and the downside inner wall of third cleaning chamber 51, described first from
It is fixedly installed the second centrifugal-block 46 of protrusion on the upside end face of heart block 45, is set in the side inner wall of the third cleaning chamber 51
It is equipped with centrifugal chamber 48, the connection third cleaning chamber 51 and the second cleaning chamber 36 are provided on the side wall of the centrifugal chamber 48
The second clean tank 54, be provided with the third centrifugal-block 47 that can slide up and down, the third centrifugal-block 47 in the centrifugal chamber 48
On be provided through the third clean tank 55 shifted to install with about 54 second clean tank, the third centrifugal-block 47 it is upper
End is fixedly connected with the first electromagnet 52, is fixedly installed in the upper inside walls of the centrifugal chamber 48 and first electromagnet 52
The second electromagnet 53 matched, first electromagnet 52 are series at first motor 22 and second with second electromagnet 53
In the circuit of motor 43.
Valuably, the seal cover assembly include be symmetrical set in described device main body 11 and opening upwards
One cavity 74, first cavity, 74 rear side and is located on the upside end face of described device main body 11 that be fixedly installed second fixed
Block 78, the upper end of second fixed block 78, which is rotatably assorted, is connected with the first bull stick 77, the rear side inner wall of first cavity 74
Inside it is fixedly installed third motor 71, the front end power of the third motor 71 is connected with lead screw 73, after the lead screw 73
It is equipped with third sealing ring 72 between end and the rear side inner wall of first cavity 74, the front end of the lead screw 73 passes through axis
Forward it is dynamic be cooperatively connected can slide back and forth in being provided in first cavity 74 on the front inner wall of first cavity 74 and
It is threadedly engaged the first sliding block 75 of connection with the lead screw 73, is fixedly connected with second on the upside end face of first sliding block 75
Sliding block 31 is provided with the second cavity 34 of opening upwards in the upside end face of second sliding block 31, second sliding block 31
Upper end is provided with third sliding block 37, and extension is fixedly installed on the downside end face of the third sliding block 37 and is passed through second cavity
Four-slider 35 in 34 is fixedly installed third fixed block 76 in the back end surface of the third sliding block 37, and the third is fixed
Block 76 is rotatably assorted with the upper end of first bull stick 77 and connect, 37 opposing end surface of third sliding block being symmetrical set
Upper end is fixedly connected with the first link block 39, and the middle position of the 39 downside end face of the first link block is fixedly installed the second company
Block 59 is connect, is rotatably assorted on the lower end surface of second link block 59 by bearing and is connected with third link block 58, the third
The lower end of link block 58 is fixedly connected with sealing cover 41, the side of all side end faces of the sealing cover 41 and first fixed block 38
Wall sliding connection, is provided with that Open Side Down and matches with the second cleaning chamber 36 in the downside end face of the sealing cover 41
The fourth cleaning chamber 42 of conjunction, is fixedly installed in the upper inside walls of the fourth cleaning chamber 42 and the third cleaning block 49 matches
The fourth cleaning block 56 of conjunction.
Valuably, the water circle device include be set in described device main body 11 and opening upwards cricoid first
Water receiving tank 24, what the left end of first water receiving tank 24 was connected is provided with the second water receiving tank 25, second water receiving tank 25
What left end was connected is provided with the first water pipe 27 in described device main body 11, is fixedly installed on first water pipe 27
Water plug 26, what the left end of first water pipe 27 was connected, which be provided with, extends outside 11 left end face of described device main body
Second water pipe 68 is provided with first switch 64 on second water pipe 68, is provided with and communicated on first water pipe 27 positioned at institute
It states in apparatus main body 11 and the third water pipe 67 outside 11 upside end face of described device main body, the third water pipe 67 is extended in upper end
Extend second sliding block 31 that one end outside 11 upside end face of described device main body is fixedly connected on left side by fixed frame
Left end face on, second switch 69 is provided in the third water pipe 67, what is be connected on the third water pipe 67 is provided with
4th water pipe 65 is provided with third switch 66, the left end face of the third sliding block 37 and the first connection on the 4th water pipe
The 5th water pipe 61,65 upper end of the 4th water pipe and the 5th water are fixedly connected with by connection frame on the upside end face of block 39
It is fixedly connected with flexible water-supply-pipe 62 between 61 lower end of pipe, is provided with that Open Side Down in the third link block 58 and with described
The fourth cleaning slot 57 that three cleaning chambers 51 are connected, the upper end of the fourth cleaning slot 57 is connected with the 5th water pipe 61.
Described method includes following steps:
Firstly, the third motor 71 rotates, and then drive first sliding block 75 described the by the lead screw 73
It is moved backward in one cavity 74, and then second sliding block 31 is driven to move backward, and then drive the third sliding block 37 backward
Mobile, the third sliding block 37 is moved up by the ejection force effect of first bull stick 77 at this time, and then drives described the
One link block 39 moves up, and then the fourth cleaning chamber 42 is driven to move up, and then opens the second cleaning chamber 36,
The required clean natural fiber of progress is put into the second cleaning chamber 36 by staff at this time, and builder is put into institute
It states in third cleaning chamber 51.
Secondly, the third motor 71 inverts, and then drives the sealing cover 41 to decline to greatest extent, the sealing at this time
The lower end surface of lid 41 and the upper surface of second cleaning block 21 abut against, at this time the lower end surface of the fourth cleaning block 56 and institute
The upper surface for stating third cleaning block 49 abuts against, and the third switch 66 is opened at this time, at the same the second switch 69 with it is described
First switch 64 is in closed state, and extraneous water tank passes through the third water pipe 67, the elasticity water-supply-pipe 62 and described at this time
5th water pipe 61 injects cleaning water into the fourth cleaning slot 57, in the process by the third clean tank 55 and institute
Shifting to install for the second clean tank 54 is stated, the water being flowed into the third cleaning chamber 51 is isolated, at this time second motor
43 rotations, and then drive first centrifugal-block 45 to rotate by shaft, and then the water in the third cleaning chamber 51 is driven to turn
It is dynamic, while the first motor 22 rotates, and then drives second cleaning block 21 to rotate by shaft, and then drive described the
The rotation of three cleaning blocks 49, the sealing cover 41 is driven by second cleaning block 21 around the third link block in the process
58 rotations, at this time first electromagnet 52 and second electromagnet 53 electric generations magnetism is attracting, and then drive described the
Three centrifugal-blocks 47 rise in the centrifugal chamber 48, and then the third clean tank 55 is driven to be connected with second clean tank 54
Logical, the moisture in the third cleaning chamber 51 passes through the third clean tank 55 and second clean tank 54 due to being centrifuged at this time
It is dumped into the second cleaning chamber 36, and then the natural fiber in the second cleaning chamber 36 is cleaned, pass through at this time
The hydrone being centrifuged out takes away the sundries on natural fiber, and is thrown out of described first clearly by first clean tank 63
It in clean chamber 33, and then is flowed into second water receiving tank 25 by first water receiving tank 24, at this time the first switch 64
It opens, the second switch 69 and the third switch 66 are closed, while the unlatching of the water plug 26, and then by described second
Moisture in water receiving tank 25 is by first water pipe 27, the third water pipe 67, the elastic water-supply-pipe 62, the 5th water
Pipe 61 and the fourth cleaning slot 57 are pumped into the third cleaning chamber 51 again and utilize again, when moisture uses after institute for several times
The closing of first switch 64 is stated, the third switch 66 and the second switch 69 are opened, and then the moisture after cleaning for several times is passed through
First water pipe 27 and second water pipe 68 extraction are crossed, and reuses clean moisture and is cleaned again.
Valuably, the forward gear includes the feeder wheel being connected in 11 downside end face of described device main body that is rotatably assorted
81, the feeder wheel 81 carries out the carrying of device, 11 front and back side end face of described device main body and right side to assisting user
It is fixedly installed buffer stopper 82 on end face, collides when the buffer stopper 82 is to prevent handling device.
When carrying out the washing cleaning of natural fiber by the present apparatus, third motor 71 is rotated, and then is driven by lead screw 73
First sliding block 75 moves backward in the first cavity 74, and then the second sliding block 31 is driven to move backward, and then drives third sliding block
37 move backward, and third sliding block 37 is moved up by the ejection force effect of the first bull stick 77 at this time, and then drives the first connection
Block 39 moves up, and then fourth cleaning chamber 42 is driven to move up, and then opens the second cleaning chamber 36, and staff will at this time
The required clean natural fiber of progress is put into the second cleaning chamber 36, and builder is put into third cleaning chamber 51, at this time
Third motor 71 inverts, and then sealing cover 41 is driven to decline to greatest extent, at this time the lower end surface of sealing cover 41 and the second cleaning block
21 upper surface abuts against, and the lower end surface of fourth cleaning block 56 and the upper surface of third cleaning block 49 abut against at this time, and at this time
Three switches 66 are opened, while second switch 69 and first switch 64 are in closed state, and extraneous water tank passes through third water pipe at this time
67, elastic water-supply-pipe 62 and the 5th water pipe 61 inject cleaning water into fourth cleaning slot 57, in the process since third is clear
Clean slot 55 is shifted to install with the second clean tank 54, and the water being flowed into third cleaning chamber 51 is isolated, at this time the second motor 43
Rotation, and then the rotation of the first centrifugal-block 45 is driven by shaft, and then drive the water rotation in third cleaning chamber 51, while first
Motor 22 rotates, and then drives the rotation of the second cleaning block 21 by shaft, and then third cleaning block 49 is driven to rotate, in this process
Middle sealing cover 41 is driven by the second cleaning block 21 and rotates around third link block 58, at this time the first electromagnet 52 and the second electromagnet
53 electric generations is magnetic attracting, and then drive third centrifugal-block 47 to rise in centrifugal chamber 48, and then drive third clean tank 55
It is connected with the second clean tank 54, the moisture in the chamber 51 of third cleaning at this time is clear by third clean tank 55 and second due to centrifugation
Clean slot 54 is dumped into the second cleaning chamber 36, so to second cleaning chamber 36 in natural fiber clean, at this time by from
The hydrone that the heart goes out takes away the sundries on natural fiber, and is thrown out of by the first clean tank 63 into the first cleaning chamber 33,
And then be flowed into the second water receiving tank 25 by the first water receiving tank 24, first switch 64 is opened at this time, second switch 69 and third
Switch 66 is closed, while water plug 26 is opened, and then the moisture in the second water receiving tank 25 is passed through the first water pipe 27, third water
Pipe 67, elastic water-supply-pipe 62, the 5th water pipe 61 and fourth cleaning slot 57 are pumped into third cleaning chamber 51 again and utilize again, when
Moisture is closed using first switch 64 after for several times, and third switch 66 and second switch 69 are opened, and then by the water after cleaning for several times
Lease making crosses the first water pipe 27 and the extraction of the second water pipe 68, and reuses clean moisture and cleaned again.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the water of natural fiber is carried out by the present apparatus
When washing down clean, the rotation of third motor, and then drive the first sliding block to move backward in the first cavity by lead screw, and then drive the
Two sliding blocks move backward, and then third sliding block is driven to move backward, and third sliding block is acted on by the ejection force of the first bull stick at this time
It moves up, and then the first link block is driven to move up, and then fourth cleaning chamber is driven to move up, and then it is clear to open second
Clean chamber, staff carries out required clean natural fiber to be put into the second cleaning intracavitary at this time, and builder is put into the
Three cleanings are intracavitary, third motor reversal at this time, and then sealing cover is driven to decline to greatest extent, at this time the lower end surface of sealing cover and the
The upper surface of two cleaning blocks abuts against, and the lower end surface of fourth cleaning block and the upper surface of third cleaning block abut against at this time, at this time
Third switch is opened, while second switch and first switch are in closed state, and extraneous water tank passes through third water pipe, elasticity at this time
Water-supply-pipe and the 5th water pipe inject cleaning water into fourth cleaning slot, in the process due to third clean tank and the second cleaning
Slot shifts to install, and is flowed into third and cleans that intracavitary water is isolated, and the second motor rotates at this time, and then passes through shaft drive the
One centrifugal-block rotation, and then drive third to clean intracavitary water rotation, while first motor rotates, and then pass through shaft drive the
The rotation of two cleaning blocks, and then the rotation of third cleaning block is driven, sealing cover is driven by the second cleaning block around third in the process
Link block rotation, it is attracting to obtain electric generations magnetism for the first electromagnet and the second electromagnet at this time, so drive third centrifugal-block from
Rise in the chambers of the heart, and then third clean tank driven to be connected with the second clean tank, at this time third clean intracavitary moisture due to from
The heart is dumped into that the second cleaning is intracavitary by third clean tank and the second clean tank, so to the intracavitary natural fiber of the second cleaning into
Row cleaning, is at this time taken away the sundries on natural fiber by the hydrone being centrifuged out, and be thrown out of by the first clean tank
First cleaning is intracavitary, and then is flowed into the second water receiving tank by the first water receiving tank, at this time first switch unlatching, second switch and
Third switch close, while water plug open, and then by the moisture in the second water receiving tank by the first water pipe, third water pipe,
Elastic water-supply-pipe, the 5th water pipe and fourth cleaning slot are pumped into that third cleaning is intracavitary to be utilized again again, when moisture is using for several times
First switch is closed afterwards, and third switch and second switch are opened, and then by the moisture after cleaning for several times by the first water pipe and the
The extraction of two water pipes, and reuse clean moisture and cleaned again, it not only can be before being processed to day by the present apparatus
Right fiber is cleaned, at the same some car washing installations of the present apparatus more currently on the market carry out the cleaning time save it is big
The water of amount.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection scope should be determined by the scope of protection defined in the claims.
Claims (4)
1. a kind of energy-saving natural fiber processing unit, including apparatus main body, the cleaning device being set in described device main body,
It is set to the intracorporal water circle device of described device master and is set to the forward gear on the downside of described device main body in end face, institute
Stating cleaning device includes the first cleaning block for being fixedly connected on described device upside Middle face position, in first cleaning block
It is provided with the first cleaning chamber of opening upwards, is fixedly installed first motor in the downside inner wall of the first cleaning chamber, it is described
First motor upper end is connected with intracavitary positioned at first cleaning and cleans cavity wall with described first by shaft power
Be rotatably assorted the second cleaning block of connection, is connected by power the shaft in the first motor upper end and the first cleaning chamber
Downside inner wall between be equipped with the first sealing ring, be provided in second cleaning block opening upwards second cleaning
Chamber, it is described second cleaning chamber all side walls and downside inner wall on be provided with connection it is described second cleaning chamber and it is described first cleaning chamber
The first clean tank, what the upper end of the second cleaning chamber matched is provided with seal cover assembly, the intracavitary side of first cleaning
The upper end of end face is fixedly installed the first fixed block matched with the seal cover assembly, and described second cleans in the downside of chamber
It is fixedly installed third cleaning block on wall, the third cleaning chamber of opening upwards, the third are provided in the third cleaning block
It cleans in the downside inner wall of chamber and is fixedly installed the second motor, the upper end of second motor is connected with by shaft power
The first intracavitary centrifugal-block is cleaned positioned at the third, is connected by power the shaft in second motor upper end and described the
It is connected with the second sealing ring between the downside inner wall of three cleaning chambers, is fixedly installed on the upside end face of first centrifugal-block
There is the second centrifugal-block of protrusion, be provided with centrifugal chamber in the side inner wall of third cleaning chamber, on the side wall of the centrifugal chamber
It is provided with the second clean tank for being connected to the third cleaning chamber and the second cleaning chamber, being provided in the centrifugal chamber can be upper and lower
The third centrifugal-block of sliding is provided through the third shifted to install up and down with second clean tank on the third centrifugal-block
Clean tank, the upper end of the third centrifugal-block are fixedly connected with the first electromagnet, and fixation is set in the upper inside walls of the centrifugal chamber
It is equipped with the second electromagnet matched with first electromagnet, first electromagnet and second electromagnet are series at the
In the circuit of one motor and the second motor.
2. a kind of energy-saving natural fiber processing unit according to claim 1, it is characterised in that: the seal cover assembly
Including being symmetrical set in described device main body and the first cavity of opening upwards, on rear side of first cavity and it is located at institute
It states and is fixedly installed the second fixed block on the upside end face of apparatus main body, the upper end of second fixed block, which is rotatably assorted, to be connected with
First bull stick is fixedly installed third motor in the rear side inner wall of first cavity, and the front end power of the third motor is matched
Conjunction is connected with lead screw, and third sealing ring, institute are equipped between the lead screw rear end and the rear side inner wall of first cavity
The front end for stating lead screw is rotatably assorted on the front inner wall for being connected to first cavity by bearing, setting in first cavity
There are the first sliding block that can slide back and forth and be cooperatively connected with the threads of lead screw, fixed company on the upside end face of first sliding block
It is connected to the second sliding block, the second cavity of opening upwards is provided in the upside end face of second sliding block, second sliding block
Upper end is provided with third sliding block, and extension is fixedly installed on the downside end face of the third sliding block and is passed through in second cavity
Four-slider is fixedly installed third fixed block, the third fixed block and described first in the back end surface of the third sliding block
The upper end of bull stick is rotatably assorted connection, and the upper end for the third sliding block opposing end surface being symmetrical set is fixedly connected with first
The middle position of link block, the first link block downside end face is fixedly installed the second link block, second link block
It is rotatably assorted on lower end surface by bearing and is connected with third link block, the lower end of the third link block is fixedly connected with sealing
Lid, all side end faces of the sealing cover are connect with the snug engagement of first fixed block, the lower side of the sealing cover
The fourth cleaning chamber for being provided with that Open Side Down in face and being matched with the second cleaning chamber, in the upside of the fourth cleaning chamber
The fourth cleaning block matched with the third cleaning block is fixedly installed on wall.
3. a kind of natural fiber processing method using energy-saving natural fiber processing unit as claimed in claim 2, feature
Be: the water circle device includes being set in described device main body and cricoid first water receiving tank of opening upwards, described
What the left end of the first water receiving tank was connected is provided with the second water receiving tank, and what the left end of second water receiving tank was connected is provided with position
In being fixedly installed water plug, a left side for first water pipe on intracorporal first water pipe of described device master, first water pipe
It holds what is be connected to be provided with the second water pipe extended outside described device main body left end face, the is provided on second water pipe
One switchs, and is provided with and communicated in described device main body on first water pipe and upper end is extended on the upside of described device main body
Third water pipe outside end face, one end that the third water pipe extends on the upside of described device main body outside end face are fixed by fixed frame
It is connected in the left end face of second sliding block in left side, second switch, the third water is provided in the third water pipe
What is be connected on pipe is provided with the 4th water pipe, and third switch, the left-hand end of the third sliding block are provided on the 4th water pipe
The 5th water pipe is fixedly connected with by connection frame on face and the upside end face of the first link block, the 4th water pipe upper end with it is described
It is fixedly connected with flexible water-supply-pipe between 5th water pipe lower end, is provided with that Open Side Down in the third link block and with described
The fourth cleaning slot that three cleaning chambers are connected, the upper end of the fourth cleaning slot is connected with the 5th water pipe；
Described method includes following steps:
Firstly, third motor rotation, so by the lead screw drive first sliding block in first cavity to
After move, and then drive second sliding block to move backward, and then the third sliding block is driven to move backward, at this time the third
Sliding block is moved up by the ejection force effect of first bull stick, and then first link block is driven to move up, in turn
It drives the fourth cleaning chamber to move up, and then opens the second cleaning chamber, staff cleans required at this time
Natural fiber to be put into second cleaning intracavitary, and it is intracavitary that builder is put into third cleaning；
Secondly, the third motor reversal, and then the sealing cover is driven to decline to greatest extent, at this time the lower end of the sealing cover
Face and the upper surface of second cleaning block abut against, at this time the lower end surface of the fourth cleaning block and the third cleaning block
Upper surface abuts against, and the third switch is opened at this time, while the second switch and the first switch are in closed state,
Extraneous water tank is infused by the third water pipe, the elastic water-supply-pipe and the 5th water pipe into the fourth cleaning slot at this time
Enter cleaning water, in the process shifting to install due to the third clean tank and second clean tank, is flowed into described
Third cleans intracavitary water and is isolated, at this time the second motor rotation, and then drives first centrifugal-block to turn by shaft
It is dynamic, and then drive the third to clean intracavitary water rotation, while the first motor rotates, and then by described in shaft drive
The rotation of second cleaning block, and then the third cleaning block rotation is driven, the sealing cover is cleaned by described second in the process
Block drives to be rotated around the third link block, and first electromagnet obtains the magnetic phase of electric generation with second electromagnet at this time
It inhales, and then the third centrifugal-block is driven to rise in the centrifugal chamber, and then drive the third clean tank and described second
Clean tank is connected, and the third cleans intracavitary moisture due to being centrifuged through the third clean tank and described second clearly at this time
It is intracavitary that clean slot is dumped into second cleaning, and then cleans intracavitary natural fiber to described second and clean, and passes through at this time
The hydrone being centrifuged out takes away the sundries on natural fiber, and is thrown out of first cleaning by first clean tank
Intracavitary, and then be flowed into second water receiving tank by first water receiving tank, the first switch is opened at this time, and described the
Two switches and third switch are closed, while the water plug is opened, and then the moisture in second water receiving tank is passed through
First water pipe, the third water pipe, the elastic water-supply-pipe, the 5th water pipe and the fourth cleaning slot is crossed to take out again
Enter to third cleaning is intracavitary and utilize again, when moisture is closed using the first switch described after for several times, the third switch and
The second switch is opened, and then the moisture after cleaning for several times is extracted out by first water pipe and second water pipe, and
Clean moisture is reused to be cleaned again.
4. a kind of energy-saving natural fiber processing unit according to claim 1, it is characterised in that: the forward gear packet
The feeder wheel for being rotatably assorted and being connected on the downside of described device main body in end face is included, the feeder wheel is filled to assisting user
The carrying set, is fixedly installed buffer stopper before and after described device main body in side end face and right end face, the buffer stopper to
Prevent to collide when handling device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201810381499.3A CN108315915B (en) | 2018-04-25 | 2018-04-25 | A kind of energy-saving natural fiber processing unit and processing method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810381499.3A CN108315915B (en) | 2018-04-25 | 2018-04-25 | A kind of energy-saving natural fiber processing unit and processing method |
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| CN108315915B true CN108315915B (en) | 2019-01-11 |
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| CN110592843A (en) * | 2019-10-12 | 2019-12-20 | 任晓倩 | Textile production is with moist line device of high performance cotton thread |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104099739B (en) * | 2014-08-06 | 2015-12-02 | 盐城工学院 | A kind of cloth cleaning and drying plant |
| CN206046529U (en) * | 2016-06-27 | 2017-03-29 | 贵州夜郎古畔茶业有限公司 | A kind of water-saving Rhizoma Gastrodiae cleaning device |
| CN107488962A (en) * | 2017-09-27 | 2017-12-19 | 芜湖凯奥尔环保科技有限公司 | A kind of plant fiber washing equipment |
| CN107587305A (en) * | 2017-11-02 | 2018-01-16 | 中山市创科科研技术服务有限公司 | A kind of energy-conserving and environment-protective washing machine |
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2018
- 2018-04-25 CN CN201810381499.3A patent/CN108315915B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104099739B (en) * | 2014-08-06 | 2015-12-02 | 盐城工学院 | A kind of cloth cleaning and drying plant |
| CN206046529U (en) * | 2016-06-27 | 2017-03-29 | 贵州夜郎古畔茶业有限公司 | A kind of water-saving Rhizoma Gastrodiae cleaning device |
| CN107488962A (en) * | 2017-09-27 | 2017-12-19 | 芜湖凯奥尔环保科技有限公司 | A kind of plant fiber washing equipment |
| CN107587305A (en) * | 2017-11-02 | 2018-01-16 | 中山市创科科研技术服务有限公司 | A kind of energy-conserving and environment-protective washing machine |
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| CN108315915A (en) | 2018-07-24 |
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Effective date of registration: 20181108 Address after: 312073 coastal industrial zone of Keqiao District, Shaoxing, Zhejiang Applicant after: Shaoxing Yong Shun Printing and dyeing Co., Ltd. Address before: 301700 Tianjin Wuqing District Beijing Jin Electronic Commerce Industrial Park Wang Wang Road 2 Applicant before: Tianjin seven Sheng Amperex Technology Limited |
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