CN105413316A - Continuous squeezing production line - Google Patents
Continuous squeezing production line Download PDFInfo
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- CN105413316A CN105413316A CN201510836482.9A CN201510836482A CN105413316A CN 105413316 A CN105413316 A CN 105413316A CN 201510836482 A CN201510836482 A CN 201510836482A CN 105413316 A CN105413316 A CN 105413316A
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- cloth
- filter cloth
- sauce
- guide roller
- production line
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D41/00—Regeneration of the filtering material or filter elements outside the filter for liquid or gaseous fluids
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Abstract
The invention discloses a continuous squeezing production line. The continuous squeezing production line comprises a filter cloth continuous cleaning production line, and the filter cloth continuous cleaning production line comprises a filter cloth detachment mechanism, a residue and cloth separating machine, a first cloth cleaning machine and a cloth folding device, wherein the filter cloth detachment mechanism is used for flatly unfolding filter cloth after being used and delivering the filter cloth to the residue and cloth separating machine; the residue and cloth separating machine is used for conducting residue and cloth separation treatment on residues on the received filter cloth and the filter cloth and delivering the filter cloth obtained after the residue and cloth separation treatment to the first cloth cleaning machine; the first cloth cleaning machine is used for conducting immersion and cleaning on the filter cloth output by the residue and cloth separating machine; the cloth folding device is used for flattening and stacking up the cleaned filter cloth. By means of the continuous squeezing production line, the whole steps such as filter cloth cleaning and folding can be completed automatically, operation is convenient, efficiency is high, and labor intensity of workers in the filter cloth cleaning process is lowered.
Description
Technical field
The present invention relates to mechanical field, particularly relate to a kind of Squeeze Production Line continuously.
Background technology
In current brewing industry, filter cloth often can be used to filter, such as, in existing sauce expressing process, a large amount of filter cloth will be used.
Filter cloth is a kind of filter medium be made into by natural fiber or synthetic fibers, in order to ensure production quality, after using filter cloth, needs to clear up filter cloth.Comprising being separated the dregs that filter cloth remains with filter cloth, cleaning filter cloth, dry filter cloth and pile up folding for the filter cloth after oven dry, so that follow-up continuation uses.
But the above-mentioned cleaning work to filter cloth is many by manually completing at present, labour intensity is very large, causes inefficiency and cleaning effect is not good.
Summary of the invention
In order to solve the problems of the technologies described above, the invention provides a kind of Squeeze Production Line continuously, improve operating efficiency, cleaning effect is good.
The embodiment of the invention discloses following technical scheme:
A kind of Squeeze Production Line continuously, described continuous Squeeze Production Line comprises filter cloth continuous wash production line, and described filter cloth tinuous production comprises filter cloth detachment means, slag-cloth separating machine, the first cloth cleaning machine and cloth folding device:
Described filter cloth detachment means, for by the smooth expansion of filter cloth after using, and is delivered to described slag-cloth separating machine;
Described slag-cloth separating machine, for carrying out slag cloth separating treatment by the residue on the described filter cloth received and described filter cloth; And the described filter cloth after slag cloth separating treatment is transferred to described first cloth cleaning machine;
Wherein, described slag-cloth separating machine specifically comprises slag charge and scrapes mechanism; Described slag charge scrapes mechanism and comprises: the first guide roller, the second guide roller, scraper plate and the first blowpit; The described filter cloth exported from described filter cloth detachment means is transported to described first guide roller being in described difference benefit seperator input with certain angle of inclination, described filter cloth is transferred to described second guide roller downwards by rotating by described first guide roller; Described first guide roller side is provided with described scraper plate, between described scraper plate and described first guide roller, there is certain interval, for scraping the residue on described filter cloth; The residue that described first blowpit scrapes from described filter cloth for receiving described scraper plate;
Described first cloth cleaning machine, soaks for the described filter cloth exported described slag-cloth separating machine and cleans;
Wherein, described first cloth cleaning machine comprises the first soak-structured, the first rolling brush mechanism and the first avoiding jetting mechanism; Described first soaks mechanism comprises the first driven roller, the first flexible member, the first immersion water tank and the first slewing rollers group; Described first driven roller is used for described filter cloth being transported to described first and soaks water tank; Described first flexible member presses to described first driven roller, provides certain normal pressure; Described first soaks water tank built with wash liquid; Described first slewing rollers group is used for being transferred to described first rolling brush mechanism by being in the described first described filter cloth soaked in water tank; Described filter cloth is successively by the first slewing rollers and second slewing rollers of described first rolling brush mechanism; Described first rolling brush mechanism, also between described first slewing rollers and the second slewing rollers, arranges the multiple rolling hairbrush contacted with described filter cloth, for carrying out round brush to described filter cloth; Described first avoiding jetting mechanism carries out hydro-peening by High-Pressure Water to the described filter cloth exported from described second slewing rollers;
Described cloth folding device, for flattening the described filter cloth after cleaning and stackedly piling up.
Optionally, described filter cloth continuous wash production line also comprises cloth drying machine, and described cloth drying machine is for drying the described filter cloth after cleaning, and described cloth drying machine is transferred to described cloth folding device after being dried by the described filter cloth after cleaning; Described cloth drying machine comprises dewatering device, driven roller mechanism and cloth drying machine structure:
Described dewatering device comprises dehydrating tube and vacuum device, wherein, described dehydrating tube one end is closed, the other end is communicated with described vacuum device, the position that described dehydration tube wall contacts with described filter cloth has multiple equally distributed sucker, produce negative pressure by described vacuum device, air is taken away by sucker together with the moisture on described filter cloth, with this, described filter cloth is dewatered;
Described driven roller mechanism comprises topping roll, bottom roll, rhone and flexible member; Described bottom roll is connected with motor, rotates clockwise; Described topping roll, under described flexible member effect, extrudes the described filter cloth be transferred between described topping roll and bottom roll, thus the moisture in described filter cloth is extruded and is drained by described rhone;
Described cloth drying machine structure is dried the described filter cloth be in wherein by high temperature, and described cloth drying machine structure comprises box-type shell, waffle slab and distribution conveyor structure; Described box-type shell is provided with air inlet, air outlet, and left side is provided with filter cloth entrance, and right side is provided with filter cloth outlet; The dry-heat air that air inlet passes into, is discharged by bottom air outlet;
Described waffle slab is located between described air inlet and described distribution conveyor structure, for making from being the dry-heat air flow dispersion that air inlet passes into;
Described distribution conveyor structure is made up of multiple slewing rollers, for transmitting described filter cloth in drying mechanism.
Optionally, described filter cloth continuous wash production line also comprises the second cloth cleaning machine,
Described second cloth cleaning machine, the described filter cloth for exporting described first cloth cleaning machine carries out second time and soaks and cleaning;
Wherein, described second cloth cleaning machine comprises the second soak-structured, the second rolling brush mechanism and the second avoiding jetting mechanism; Described second soaks mechanism comprises the second driven roller, the second flexible member, the first immersion water tank and the second slewing rollers group; Described second driven roller is used for described filter cloth being transported to described second and soaks water tank; Described second flexible member presses to described second driven roller, provides certain normal pressure; Described second soaks water tank built with wash liquid; Described second slewing rollers group is used for being transferred to described second rolling brush mechanism by being in the described second described filter cloth soaked in water tank; Described filter cloth is successively by the 3rd slewing rollers and the 4th slewing rollers of described second rolling brush mechanism; Described second rolling brush mechanism, also between described 3rd slewing rollers and the 4th slewing rollers, arranges the multiple rolling hairbrush contacted with described filter cloth, for carrying out round brush to described filter cloth; Described second avoiding jetting mechanism carries out hydro-peening by High-Pressure Water to the described filter cloth exported from described 4th slewing rollers.
Optionally, described slag-cloth separating machine also comprises slag charge crushing mechanism, for carrying out break process to the residue be separated from described filter cloth; Wherein, described slag charge crushing mechanism comprises roll extrusion group, described roll extrusion group comprise two arrange in opposite directions and roller bearing roll left knobbling rolls and the right rolling roller that are parallel to each other, the surface of described roll left knobbling rolls and right rolling roller is provided with multiple annular flange flange along respective axially spaced-apart, and described in the annular flange flange rolled left on knobbling rolls and described right rolling roller be crisscross arranged, to roll left described in making, knobbling rolls and described right rolling roller annular flange flange when rotating can not contact with each other.
Optionally, described slag-cloth separating machine also comprises rolling brush mechanism, is arranged between the first guide roller and the second guide roller, for clearing up the residue on described filter cloth;
Described rolling brush mechanism comprises: the 3rd guide roller, rolling hairbrush and the second blowpit; Described 3rd guide roller is parallel with the roller bearing of described rolling hairbrush, and makes to keep certain pressure between described rolling hairbrush and described filter cloth; Described second blowpit is arranged on the below of described rolling hairbrush, in order to accept the residue brushed down from described filter cloth by described rolling hairbrush.
Optionally, described slag-cloth separating machine also comprises conveying worm, for receiving residue from described second blowpit, and, when described slag-cloth separating machine also comprises described slag charge crushing mechanism, also for receiving residue from described slag charge crushing mechanism;
Described conveying worm is also for being transferred to precalculated position by the residue received.
Optionally, also comprise continuous cloth sauce machine, described continuous cloth sauce machine comprises cloth folding device:
Described cloth folding device comprises support, front guide roller stand, laying up frame, cloth pressing roller, front guide roller set, rear guide roller set, front guide roller stand is positioned on the left of support, described front guide roller stand is higher than support, the width of front guide roller stand is greater than the width of described support, described front guide roller set comprises two deflector rolls being parallel to each other and the two ends of described two deflector rolls are individually fixed in described front guide roller stand both sides in the width direction, described laying up frame comprises lower frame and upper frame, described lower frame comprises horizontal component and sloping portion, described horizontal component is interwoven by cross bar and vertical pole, described sloping portion is made up of at least two tilting bars, the position of close left part on described horizontal component is fixed in two tilting bar one end, the two ends of described cloth pressing roller are individually fixed in described horizontal component two ends in the width direction, described horizontal component is fixed on the upper surface of described support, and leave gap between the upper surface of described horizontal component and described support, the other end of described two tilting bars is individually fixed in the both sides of the right part of described front guide roller support, and two tilting bars are symmetrical along the center line in support width direction, described upper frame comprises first, second upper frame, first upper frame comprises tilting bar and horizon bar, tilting bar on first upper frame and horizon bar one-body molded, second upper frame comprises tilting bar, horizon bar, tilting bar on second upper frame and horizon bar one-body molded, and the horizon bar on the second upper frame is triangular in shape, first upper frame to be articulated with on described support on a side in the width direction, second upper frame to be articulated with on described support on another side in the width direction, and first, the tilting bar of the second upper frame is all positioned at the left end of support, described rear guide roller set is arranged at described support right part, two deflector rolls of rear guide roller set are parallel to each other and the two ends of two deflector rolls of rear deflector roll are arranged at described support both sides in the width direction respectively, before described, rear guide roller set is connected to drive unit, and it is front, rear guide roller set rotating speed is identical.
Optionally, described continuous cloth sauce machine also comprises cloth sauce and moves swing pipe:
Described cloth sauce moves that swing pipe comprises support body, enters sauce pipe, drive unit and cloth sauce case, described enter sauce pipe right part swivel joint is set, describedly enter sauce pipe right-hand member outer circumference surface is arranged a circle and drive the gear teeth, described drive unit output shaft left part fixed chain wheels, some first cloth sauce holes are offered in described cloth sauce case lower surface
Described drive unit is fixed on described support body bottom righthand side, described enter sauce pipe, cloth sauce case be successively set on described support body lower end, described enter sauce pipe left part be communicated with described cloth sauce case, described enter sauce pipe right part be communicated with advance sauce pipe by swivel joint, the described driving gear teeth link with described sprocket wheel, described cloth sauce case left end and described support body lower-left end hinged.
Optionally, arrange a point sauce plate in described cloth sauce case, described cloth sauce case is separated into upper and lower two parts by described point of sauce plate, and some second cloth sauce holes offered by described point of sauce plate, described in enter the first half that sauce pipe and described cloth sauce case connectivity part are arranged on described cloth sauce case.
Optionally, the quantity in described first cloth sauce hole is greater than the quantity in described second cloth sauce hole, and described cloth sauce case lower surface is arranged somely leads sauce pipe, leads sauce pipe and be communicated with at least one first cloth sauce hole described in each.
As can be seen from technique scheme, by the filter cloth continuous wash production line in described continuous Squeeze Production Line, the steps such as whole filter cloth cleans, folding can complete automatically, easy to operate, efficiency is high, and reduces the labour intensity of workman in filter cloth cleaning process.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The side schematic view of a kind of filter cloth continuous wash production line that Fig. 1 a provides for the embodiment of the present invention;
The side schematic view of a kind of filter cloth continuous wash production line that Fig. 1 b provides for the embodiment of the present invention;
The side, sectional view of a kind of slag-cloth separating machine that Fig. 2 a provides for the embodiment of the present invention;
The top view of the roll extrusion group of a kind of slag-cloth separating machine that Fig. 2 b provides for the embodiment of the present invention;
The side cross-sectional schematic diagram of a kind of cloth cleaning machine that Fig. 3 a provides for the embodiment of the present invention;
The side cross-sectional schematic diagram of the avoiding jetting mechanism of a kind of cloth cleaning machine that Fig. 3 b provides for the embodiment of the present invention;
The side cross-sectional schematic diagram of a kind of cloth drying machine that Fig. 4 a provides for the embodiment of the present invention;
The top view of dewatering device in a kind of cloth drying machine that Fig. 4 b provides for the embodiment of the present invention;
The side schematic view of a kind of continuous cloth sauce machine that Fig. 5 provides for the embodiment of the present invention;
The side view of a kind of cloth folding device that Fig. 6 a provides for the embodiment of the present invention;
The top view of a kind of cloth folding device that Fig. 6 b provides for the embodiment of the present invention;
Fig. 7 a for a kind of filter cloth that the embodiment of the present invention provides fold before view;
Fig. 7 b for a kind of filter cloth that the embodiment of the present invention provides fold after view;
Fig. 8 moves the front view of swing pipe for a kind of step sauce that the embodiment of the present invention provides.
Detailed description of the invention
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The side schematic view of a kind of filter cloth continuous wash production line that Fig. 1 a provides for the embodiment of the present invention, described filter cloth continuous wash production line belongs to a part for described continuous Squeeze Production Line, being mainly used in cleaning the filter cloth by speckling with slag charge after expressing process, can recycling filter cloth so that follow-up.Clear in order to show, what Fig. 1 a presented is clockwise 90 degree of postrotational schematic diagrames.Described continuous Squeeze Production Line comprises filter cloth detachment means, slag-cloth separating machine, the first cloth cleaning machine and cloth folding device:
Described filter cloth detachment means, for by the smooth expansion of filter cloth after using, and is delivered to described slag-cloth separating machine.
Described slag-cloth separating machine, for carrying out slag cloth separating treatment by the residue on the described filter cloth received and described filter cloth; And the described filter cloth after slag cloth separating treatment is transferred to described first cloth cleaning machine.The side, sectional view of a kind of slag-cloth separating machine that specifically can provide for the embodiment of the present invention see Fig. 2 a, Fig. 2 a.Wherein, described slag-cloth separating machine specifically comprises slag charge and scrapes mechanism; Described slag charge scrapes mechanism and comprises: the first guide roller 101, second guide roller 102, scraper plate 103 and the first blowpit 104; The described filter cloth exported from described filter cloth detachment means is transported to described first guide roller 101 being in described difference benefit seperator input with certain angle of inclination, directly play stripping effect like this for the slag charge that viscosity is little.Described filter cloth is transferred to described second guide roller 102 downwards by rotating by described first guide roller 101; Described first guide roller 101 side being provided with described scraper plate 103, between described scraper plate 103 and described first guide roller 101, there is certain interval, for scraping the residue on described filter cloth; Gap length can be set as identical with described filter cloth thickness, thus the slag charge sticked on described filter cloth is scraped; In order to improve the effect of scraping slag charge, described scraper plate 103 and the first guide roller 101 be formed radially certain angle.The residue that described first blowpit 104 scrapes from described filter cloth for receiving described scraper plate 103.Optionally, can scrape in mechanism at described slag charge and increase an elastic mechanism, described scraper plate 103 be pressed to be layered on the slag cloth on described first guide roller 101, improve slag charge separating effect.
Optionally, described slag-cloth separating machine also comprises slag charge crushing mechanism, for carrying out break process to the residue be separated from described filter cloth; Wherein, described slag charge crushing mechanism comprises roll extrusion group, described roll extrusion group comprise two arrange in opposite directions and roller bearing roll left knobbling rolls 105 and the right rolling roller 106 that are parallel to each other, the surface of described roll left knobbling rolls 105 and right rolling roller 106 is provided with multiple annular flange flange along respective axially spaced-apart, and described in the annular flange flange rolled left on knobbling rolls 105 and described right rolling roller 106 be crisscross arranged, to roll left described in making, knobbling rolls 105 and described right rolling roller 106 annular flange flange when rotating can not contact with each other.The top view of the roll extrusion group of a kind of slag-cloth separating machine that the structure of described roll left knobbling rolls 105 and described right rolling roller 106 can also provide for the embodiment of the present invention see Fig. 2 b, Fig. 2 b.
Optionally, described slag-cloth separating machine also comprises rolling brush mechanism, is arranged between the first guide roller 101 and the second guide roller 102, for clearing up the residue on described filter cloth.
Described rolling brush mechanism comprises: the 3rd guide roller 107, rolling hairbrush 108 and the second blowpit 109; Described 3rd guide roller 107 is parallel with the roller bearing of described rolling hairbrush 108, and makes to keep certain pressure between described rolling hairbrush 108 and described filter cloth; The smaller piece shape slag charge remained on slag cloth can be cleaned out by described rolling hairbrush 108.Described second blowpit 109 is arranged on the below of described rolling hairbrush 108, in order to accept the residue brushed down from described filter cloth by described rolling hairbrush 108.
Optionally, described slag-cloth separating machine also comprises conveying worm 110, for receiving residue from described second blowpit 109, and, when described slag-cloth separating machine also comprises described slag charge crushing mechanism, also for receiving residue from described slag charge crushing mechanism.Described conveying worm 110 is also for being transferred to precalculated position by the residue received.
Described first cloth cleaning machine, soaks for the described filter cloth exported described slag-cloth separating machine and cleans.The side cross-sectional schematic diagram of a kind of cloth cleaning machine that Fig. 3 a provides for the embodiment of the present invention.
Wherein, described first cloth cleaning machine comprises the first soak-structured, the first rolling brush mechanism and the first avoiding jetting mechanism; Described first soaks mechanism comprises the first driven roller 201, first flexible member 202, first immersion water tank 203 and the first slewing rollers group 204; Described first driven roller 201 soaks water tank 203 for described filter cloth being transported to described first; Described first flexible member 202 presses to described first driven roller 201, provides certain normal pressure, to ensure described filter cloth smooth delivery of power; Described first soaks water tank 203 built with wash liquid, such as, can be water or the water comprising cleaning solution; Be provided with one piece of dividing plate in described first immersion water tank 203, soak water tank 203 described first and be divided into the first water tank and the second water tank, described first water tank is for carrying wash liquid, and to soak described filter cloth, described second water tank is for installing described rolling brush mechanism; Described dividing plate leaves gap, makes soaked filter cloth by described first slewing rollers group 204, described second water tank can be entered by described first water tank.
Described first slewing rollers group 204 is for being transferred to described first rolling brush mechanism by being in the described first described filter cloth soaked in water tank 203; Described filter cloth is successively by the first slewing rollers 205 and the second slewing rollers 206 of described first rolling brush mechanism; Described first rolling brush mechanism is also between described first slewing rollers 205 and the second slewing rollers 206, the multiple rolling hairbrush 207 contacted with described filter cloth are set, for carrying out round brush to described filter cloth, multiple rolling hairbrush 207 can be located at filter cloth both sides respectively, guarantees all to carry out round brush to filter cloth two sides.
Described first avoiding jetting mechanism carries out hydro-peening by High-Pressure Water to the described filter cloth exported from described second slewing rollers.As shown in Figure 3 b, a kind of side cross-sectional schematic diagram of avoiding jetting mechanism of cloth cleaning machine that provides for the embodiment of the present invention of Fig. 3 b.Wherein, the 4th slewing rollers 211, cleaning case 212, water spraying mechanism 213, the 5th slewing rollers 214, the 6th slewing rollers 215, the 7th slewing rollers 216, rhone 217 is comprised.
Described 4th slewing rollers 211 are for through to soak and the filter cloth of round brush to be input in described cleaning case 212; The present embodiment is described with twice hydro-peening, when filter cloth is between described 4th slewing rollers 211 and described 5th slewing rollers 214, through first time hydro-peening, then time between the 6th slewing rollers 215 and the 7th slewing rollers 216, through second time hydro-peening; Described water spraying mechanism is provided with fixed dam 213a, and described water spraying mechanism 213 is provided with high-pressure water pipe 213b and multiple shower nozzle 213c in the both sides of filter cloth; Described cleaning case 212 bottom is provided with rhone 217, for accepting the rear sewage produced of filter cloth cleaning, and is discharged to reservation position; 7th slewing rollers 216 are connected to next step drying production line the filter cloth through cleaning.
Described cloth folding device, for flattening the described filter cloth after cleaning and stackedly piling up.
As can be seen from the above-described embodiment, by described continuous Squeeze Production Line, the steps such as whole filter cloth cleans, folding can complete automatically, and easy to operate, efficiency is high, and reduces the labour intensity of workman in filter cloth cleaning process.
Optionally, continuous Squeeze Production Line in described filter cloth continuous wash production line also comprises cloth drying machine, described cloth drying machine is for drying the described filter cloth after cleaning, and described cloth drying machine is transferred to described cloth folding device after being dried by the described filter cloth after cleaning.As shown in Figure 1 b, a kind of side schematic view of filter cloth continuous wash production line that provides for the embodiment of the present invention of Fig. 1 b.Clear in order to show, what Fig. 1 b presented is clockwise 90 degree of postrotational schematic diagrames.
Described cloth drying machine comprises dewatering device, driven roller mechanism and cloth drying machine structure, asks for an interview Fig. 4 a, the side cross-sectional schematic diagram of a kind of cloth drying machine that Fig. 4 a provides for the embodiment of the present invention.
Described dewatering device comprises dehydrating tube 301 and vacuum device 302, wherein, described dehydrating tube 301 one end is closed, the other end is communicated with described vacuum device 302, the position that described dehydrating tube 301 tube wall contacts with described filter cloth has multiple equally distributed sucker, produce negative pressure by described vacuum device 302, air is taken away by sucker together with the moisture on described filter cloth, with this, described filter cloth is dewatered.The top view of dewatering device in a kind of cloth drying machine that the structural relation of described vacuum device 302 and described dehydrating tube 301 can provide for the embodiment of the present invention see Fig. 4 b, Fig. 4 b.
Described driven roller mechanism comprises topping roll 303, bottom roll 304, rhone 305 and flexible member 306; Described bottom roll 304 is connected with motor, rotates clockwise; Described topping roll 303 is under described flexible member 306 acts on, the described filter cloth be transferred between described topping roll 303 and bottom roll 304 is extruded, thus the moisture in described filter cloth is extruded and is drained by described rhone 305, be conducive to next step drying work.Described topping roll 303 is connected with gear with one end of bottom roll 304, and described topping roll 303 rotates counterclockwise under the drive of bottom roll 304.Under the effect of rotating in opposite directions done by topping roll 303 and bottom roll 304, filter cloth is driven to carry forward.
Described cloth drying machine structure is dried the described filter cloth be in wherein by high temperature, and described cloth drying machine structure comprises box-type shell 307, waffle slab 308 and distribution conveyor structure 309; Described box-type shell 307 is provided with air inlet 307a, air outlet 307b, and left side is provided with filter cloth entrance 307c, and right side is provided with filter cloth outlet 307d; The dry-heat air that air inlet 307a passes into, is discharged by bottom air outlet 307b;
Described waffle slab 308 is located between described air inlet and described distribution conveyor structure 309, for making from being the dry-heat air flow dispersion that air inlet passes into;
Described distribution conveyor structure 309 is made up of multiple slewing rollers, for transmitting described filter cloth in drying mechanism.
Because the filter cloth through cloth cleaning machine contains large quantity of moisture, after the dewatering device of the embodiment of the present invention, most of moisture in filter cloth is sucked away, then through the extruding of driven roller mechanism, again squeeze away portion of water, finally fully dry in drying mechanism further again, thus the filter cloth ensureing the cloth folding device sending into next step is dry.Can find out, the drying course of whole filter cloth is all complete on streamline, not needing the filter cloth filtering to remove from production line, also not needing filter cloth to reinstall on production line, thus achieving the continuous drying to filter cloth, improve production efficiency.
In addition, adopt the mode of vacuum to siphon away most of moisture in the embodiment of the present invention, then take away portion of water again by extruding, through twice dehydration, thus it is very abundant to ensure that filter cloth dewatered before entering oven dry, can improve the drying effect of follow-up oven dry.
Again, in drying mechanism, between air inlet and distribution conveyor structure, be also provided with waffle slab, the hot blast being used in filter cloth oven dry evenly relaxes to be delivered on filter cloth to be dried, prevents filter cloth hot-spot or filter cloth compressive deformation.
Further, in view of some filter cloth is after the use of some link, the situation being not easy to clean up very much can be become, the present invention is also for herein is provided a kind of optional embodiment, two cover cloth cleaning machines are provided, improve the clean-up performance of the filter cloth after by the process of filter cloth continuous wash production line as much as possible.
Optionally, described filter cloth continuous wash production line also comprises the second cloth cleaning machine, described second cloth cleaning machine, and the described filter cloth for exporting described first cloth cleaning machine carries out second time and soaks and cleaning.
Wherein, described second cloth cleaning machine comprises the second soak-structured, the second rolling brush mechanism and the second avoiding jetting mechanism; Described second soaks mechanism comprises the second driven roller, the second flexible member, the first immersion water tank and the second slewing rollers group; Described second driven roller is used for described filter cloth being transported to described second and soaks water tank; Described second flexible member presses to described second driven roller, provides certain normal pressure; Described second soaks water tank built with wash liquid; Described second slewing rollers group is used for being transferred to described second rolling brush mechanism by being in the described second described filter cloth soaked in water tank; Described filter cloth is successively by the 3rd slewing rollers and the 4th slewing rollers of described second rolling brush mechanism; Described second rolling brush mechanism, also between described 3rd slewing rollers and the 4th slewing rollers, arranges the multiple rolling hairbrush contacted with described filter cloth, for carrying out round brush to described filter cloth; Described second avoiding jetting mechanism carries out hydro-peening by High-Pressure Water to the described filter cloth exported from described 4th slewing rollers.Because the second cloth cleaning machine is identical with the structure of the first cloth cleaning machine, repeat no more here.
If it should be noted that, filter cloth continuous wash production line kind is provided with the second cloth cleaning machine, then the described filter cloth after the cleaning of described cloth drying machine reception is carried by described second cloth cleaning machine.If do not arrange the second cloth cleaning machine in filter cloth continuous wash production line, then the described filter cloth after the cleaning of described cloth drying machine reception is carried by described first cloth cleaning machine.
Optionally, in the described continuous Squeeze Production Line in the embodiment of the present invention, also comprise continuous cloth sauce machine, Fig. 5 can be consulted, the side schematic view of a kind of continuous cloth sauce machine that Fig. 5 provides for the embodiment of the present invention, as shown in Figure 5, described continuous cloth sauce machine comprises cloth folding device:
As Fig. 6 a, shown in 6b, the cloth folding device in the embodiment of the present invention comprises support 41, front guide roller stand 42, laying up frame 43, cloth pressing roller 44, front guide roller set, rear guide roller set, front guide roller set comprises first, deflector roll 421 before second, 422, rear guide roller set comprises first, deflector roll 451 after second, 452, front guide roller stand 42 is positioned on the left of support 41, and front guide roller stand 42 is higher than support 41, and the width of front guide roller stand 42 is greater than the width of support 41, first, deflector roll 421 before second, 422 are parallel to each other and first, deflector roll 421 before second, the two ends of 422 are individually fixed in front guide roller stand 42 both sides in the width direction, laying up frame 43 comprises lower frame 53 and upper frame 63, lower frame 53 comprises horizontal component 531 and sloping portion 532, and horizontal component 531 is interwoven by cross bar and vertical pole, and sloping portion 532 is by least two tilting bars 533, 534 are formed, two tilting bar one end are welded in the position of close left part on described horizontal component 531, the two ends of cloth pressing roller 44 are individually fixed in horizontal component 531 two ends in the width direction, horizontal component is fixed on the upper surface of support 41 by screw, and leave gap between the upper surface of horizontal component and support 41, two tilting bars 533, the other end of 534 is fixed on the both sides of the right part of front guide roller support 42 respectively by screw, and two tilting bars 533, 534 is symmetrical along the center line of support 41 width, and upper frame 63 comprises first, second upper frame 631, 632, first upper frame 631 comprise tilting bar on tilting bar 633 and horizon bar 634, first upper frame and horizon bar one-body molded, the second upper frame 632 comprises tilting bar 635, horizon bar 636, tilting bar on second upper frame and horizon bar one-body molded, and the horizon bar 636 on the second upper frame is triangular in shape, first upper frame 631 to be articulated with on support 41 on a side in the width direction, second upper frame 632 to be articulated with on support 41 on another side in the width direction, and first, second upper frame 631, the tilting bar of 632 is all positioned at the left end of support, and first, deflector roll 451 after second, 452 are arranged at support 41 right part, first, deflector roll 451 after second, 452 are parallel to each other and first, deflector roll 451 after second, the two ends of 452 are arranged at support 41 both sides in the width direction respectively, deflector roll 422 before second, after first, deflector roll 451 is connected to motor, and above-mentioned two motor in synchrony.
On support 41, both sides are in the width direction provided with deviation-rectifying bracket 4101,4102 respectively by screw, deviation-rectifying bracket 4101,4102 are separately installed with Deviation rectifier 4103,4104.
When cloth folding device in the embodiment of the present invention works, by filter cloth around front guide roller set two deflector rolls between on, front guide roller set is rotated and is driven filter cloth to rise, then filter cloth move ahead be introduced into laying up frame 43 lower frame 53 sloping portion 532 below, enter below horizontal component 531 again, and around in rear guide roller set, at this moment upper frame 63 first, second upper frame 631, 632 are all in open mode, and filter cloth is positioned at first of open mode, second upper frame 631, on 632, then first, second upper frame 631, 632 close, drive the both sides turnover of filter cloth, in traveling process, filter cloth stacks along the both sides of lower frame 53 horizontal component 531 width, last filter cloth builds up state as shown in Figure 7b by state shown in Fig. 7 a.
Visible, cloth folding device comprises support, front guide roller stand, laying up frame, cloth pressing roller, front guide roller set, rear guide roller set, laying up frame comprises lower frame and upper frame, therefore filter cloth can be advanced forward under the drive of forward and backward guide roller set, in traveling process, upper frame is become towards the closure state of support from open mode, thus has turned down the both sides of filter cloth, filter cloth is completed in traveling process folding, whole process can complete automatically, reduces the labour intensity of workman, raises the efficiency.
Optionally, in the continuous Squeeze Production Line that the embodiment of the present invention provides, described continuous cloth sauce machine can also comprise cloth sauce and move swing pipe, and described cloth sauce moves the position of swing pipe in described connection cloth sauce machine can be as shown in Figure 5.
As shown in Figure 8, the cloth sauce of the embodiment of the present invention moves swing pipe and comprises support body 1, enter sauce pipe 2, drive unit 3 and cloth sauce case 4, enter sauce pipe 2 right part and swivel joint 21 is set, enter on sauce pipe 2 right-hand member outer circumference surface and circle driving gear teeth 22 are set, drive unit 3 output shaft left part fixed chain wheels 31, some first cloth sauce holes 401 are offered in cloth sauce case 4 lower surface, drive unit 3 is fixed on support body 1 bottom righthand side, enter sauce pipe 2, cloth sauce case 4 is successively set on support body 1 lower end, enter sauce pipe 2 left part and be communicated with cloth sauce case 4, enter sauce pipe 2 right part and be communicated with advance sauce pipe by swivel joint 21, the gear teeth 22 are driven to link with sprocket wheel 31, cloth sauce case 4 left end and support body 1 lower-left end hinged.
Wherein arrange a point sauce plate 402 in cloth sauce case 4, cloth sauce case 4 is separated into upper and lower two parts by a point sauce plate 402, and some second cloth sauce holes 4021 offered by a point sauce plate 402, enters the first half that sauce pipe 2 and cloth sauce case 4 connectivity part are arranged on cloth sauce case 4.
Wherein the quantity in the first cloth sauce hole 401 is greater than the quantity in the second cloth sauce hole 4021, and cloth sauce case 4 lower surface is arranged somely leads sauce pipe 403, and each sauce pipe 403 of leading is communicated with at least one first cloth sauce hole 401.
Support body 1 in the embodiment of the present invention is arranged in cloth sauce machine, be installed together with spread roller, cloth sauce cage, wherein spread roller moves back and forth under the effect of slide rail, bag sauce cloth layer upon layer is laid on below cloth sauce case 4, after spread roller is lower by one deck cloth paving, cloth sauce case 4 will dispense one deck sauce wine with dregs, when spread roller is returned cloth one deck bag sauce cloth again, cloth sauce case 4 will dispense one deck sauce wine with dregs again, so repeatedly, just can shift-in cloth sauce cage after the bag sauce cloth number of plies reaches some, squeezing soy sauce.
The embodiment of the present invention is when specifically using, sauce wine with dregs enters into after sauce pipe 2 by the sauce pipe that advances, enter into the first half of cloth sauce case 4, sauce wine with dregs slightly can be piled up in cloth sauce groove 4 the first half owing to dividing the effect of sauce plate 402, sauce wine with dregs flows into cloth sauce case 4 the latter half from second point of sauce hole 4021, the sauce wine with dregs entering cloth sauce case 4 the latter half can flow into from the first cloth sauce hole 401 leads sauce pipe 403, finally fall on bag sauce cloth, drive unit 3 positive and negative rotation in this process, due to cloth sauce case 4 with enter sauce pipe 2 and be fixed together, the right-hand member entering sauce pipe 2 is connected by swivel joint 21 with advance sauce pipe, the left end of cloth sauce case 4 and the lower-left end of support body 1 are hinged, the sprocket wheel 31 of drive unit 3 drives cloth sauce case 4 to rock back and forth by the driving gear teeth 22 linked with it, sauce wine with dregs is made to dispense on bag sauce cloth uniformly, save labour, reduce costs, raise the efficiency.
One of ordinary skill in the art will appreciate that: all or part of step realizing said method embodiment can have been come by the hardware that programmed instruction is relevant, foregoing routine can be stored in a computer read/write memory medium, this program, when performing, performs the step comprising said method embodiment; And aforesaid storage medium can be at least one in following medium: read-only storage (English: read-onlymemory, abbreviation: ROM), RAM, magnetic disc or CD etc. various can be program code stored medium.
It should be noted that, each embodiment in this description all adopts the mode of going forward one by one to describe, between each embodiment identical similar part mutually see, what each embodiment stressed is the difference with other embodiments.Especially, for equipment and system embodiment, because it is substantially similar to embodiment of the method, so describe fairly simple, relevant part illustrates see the part of embodiment of the method.Equipment and system embodiment described above is only schematic, the unit wherein illustrated as separating component or can may not be and physically separates, parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed on multiple NE.Some or all of module wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.Those of ordinary skill in the art, when not paying creative work, are namely appreciated that and implement.
The above; be only the present invention's preferably detailed description of the invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of claim.
Claims (10)
1. a continuous Squeeze Production Line, is characterized in that, described continuous Squeeze Production Line comprises filter cloth continuous wash production line, and described filter cloth tinuous production comprises filter cloth detachment means, slag-cloth separating machine, the first cloth cleaning machine and cloth folding device:
Described filter cloth detachment means, for by the smooth expansion of filter cloth after using, and is delivered to described slag-cloth separating machine;
Described slag-cloth separating machine, for carrying out slag cloth separating treatment by the residue on the described filter cloth received and described filter cloth; And the described filter cloth after slag cloth separating treatment is transferred to described first cloth cleaning machine;
Wherein, described slag-cloth separating machine specifically comprises slag charge and scrapes mechanism; Described slag charge scrapes mechanism and comprises: the first guide roller (101), the second guide roller (102), scraper plate (103) and the first blowpit (104); The described filter cloth exported from described filter cloth detachment means is transported to described first guide roller (101) being in described difference benefit seperator input with certain angle of inclination, described filter cloth is transferred to described second guide roller (102) downwards by rotating by described first guide roller (101); Described first guide roller (101) side being provided with described scraper plate (103), between described scraper plate (103) and described first guide roller (101), there is certain interval, for scraping the residue on described filter cloth; The residue that described first blowpit (104) scrapes from described filter cloth for receiving described scraper plate (103);
Described first cloth cleaning machine, soaks for the described filter cloth exported described slag-cloth separating machine and cleans;
Wherein, described first cloth cleaning machine comprises the first soak-structured, the first rolling brush mechanism and the first avoiding jetting mechanism; Described first soaks mechanism comprises the first driven roller (201), the first flexible member (202), the first immersion water tank (203) and the first slewing rollers group (204); Described first driven roller (201) soaks water tank (203) for described filter cloth being transported to described first; Described first flexible member (202) presses to described first driven roller (201), provides certain normal pressure; Described first soaks water tank (203) built with wash liquid; Described first slewing rollers group (204) is for being transferred to described first rolling brush mechanism by being in the described first described filter cloth soaked in water tank (203); Described filter cloth is successively by the first slewing rollers and second slewing rollers of described first rolling brush mechanism; Described first rolling brush mechanism, also between described first slewing rollers and the second slewing rollers, arranges the multiple rolling hairbrush contacted with described filter cloth, for carrying out round brush to described filter cloth; Described first avoiding jetting mechanism carries out hydro-peening by High-Pressure Water to the described filter cloth exported from described second slewing rollers;
Described cloth folding device, for flattening the described filter cloth after cleaning and stackedly piling up.
2. continuous Squeeze Production Line according to claim 1, it is characterized in that, described filter cloth continuous wash production line also comprises cloth drying machine, described cloth drying machine is for drying the described filter cloth after cleaning, described cloth drying machine is transferred to described cloth folding device after being dried by the described filter cloth after cleaning; Described cloth drying machine comprises dewatering device, driven roller mechanism and cloth drying machine structure:
Described dewatering device comprises dehydrating tube (301) and vacuum device (302), wherein, described dehydrating tube (301) one end is closed, the other end is communicated with described vacuum device (302), the position that described dehydrating tube (301) tube wall contacts with described filter cloth has multiple equally distributed sucker, negative pressure is produced by described vacuum device (302), air is taken away by sucker together with the moisture on described filter cloth, with this, described filter cloth is dewatered;
Described driven roller mechanism comprises topping roll (303), bottom roll (304), rhone (305) and flexible member (306); Described bottom roll (304) is connected with motor, rotates clockwise; Described topping roll (303) is under described flexible member (306) effect, the described filter cloth be transferred between described topping roll (303) and bottom roll (304) is extruded, thus the moisture in described filter cloth is extruded and is drained by described rhone (305);
Described cloth drying machine structure is dried the described filter cloth be in wherein by high temperature, and described cloth drying machine structure comprises box-type shell (307), waffle slab (308) and distribution conveyor structure (309); Described box-type shell (307) is provided with air inlet, air outlet, and left side is provided with filter cloth entrance, and right side is provided with filter cloth outlet; The dry-heat air that air inlet passes into, is discharged by bottom air outlet;
Described waffle slab (308) is located between described air inlet and described distribution conveyor structure (309), for making from being the dry-heat air flow dispersion that air inlet passes into;
Described distribution conveyor structure (309) is made up of multiple slewing rollers, for transmitting described filter cloth in drying mechanism.
3. continuous Squeeze Production Line according to claim 1 and 2, is characterized in that, described filter cloth continuous wash production line also comprises the second cloth cleaning machine,
Described second cloth cleaning machine, the described filter cloth for exporting described first cloth cleaning machine carries out second time and soaks and cleaning;
Wherein, described second cloth cleaning machine comprises the second soak-structured, the second rolling brush mechanism and the second avoiding jetting mechanism; Described second soaks mechanism comprises the second driven roller, the second flexible member, the first immersion water tank and the second slewing rollers group; Described second driven roller is used for described filter cloth being transported to described second and soaks water tank; Described second flexible member presses to described second driven roller, provides certain normal pressure; Described second soaks water tank built with wash liquid; Described second slewing rollers group is used for being transferred to described second rolling brush mechanism by being in the described second described filter cloth soaked in water tank; Described filter cloth is successively by the 3rd slewing rollers and the 4th slewing rollers of described second rolling brush mechanism; Described second rolling brush mechanism, also between described 3rd slewing rollers and the 4th slewing rollers, arranges the multiple rolling hairbrush contacted with described filter cloth, for carrying out round brush to described filter cloth; Described second avoiding jetting mechanism carries out hydro-peening by High-Pressure Water to the described filter cloth exported from described 4th slewing rollers.
4. continuous Squeeze Production Line according to claim 1, is characterized in that, described slag-cloth separating machine also comprises slag charge crushing mechanism, for carrying out break process to the residue be separated from described filter cloth; Wherein, described slag charge crushing mechanism comprises roll extrusion group, described roll extrusion group comprise two arrange in opposite directions and roller bearing roll left knobbling rolls and the right rolling roller that are parallel to each other, the surface of described roll left knobbling rolls and right rolling roller is provided with multiple annular flange flange along respective axially spaced-apart, and described in the annular flange flange rolled left on knobbling rolls and described right rolling roller be crisscross arranged, to roll left described in making, knobbling rolls and described right rolling roller annular flange flange when rotating can not contact with each other.
5. the continuous Squeeze Production Line according to claim 1 or 4, it is characterized in that, described slag-cloth separating machine also comprises rolling brush mechanism, is arranged between the first guide roller (101) and the second guide roller (102), for clearing up the residue on described filter cloth;
Described rolling brush mechanism comprises: the 3rd guide roller, rolling hairbrush and the second blowpit; Described 3rd guide roller is parallel with the roller bearing of described rolling hairbrush, and makes to keep certain pressure between described rolling hairbrush and described filter cloth; Described second blowpit is arranged on the below of described rolling hairbrush, in order to accept the residue brushed down from described filter cloth by described rolling hairbrush.
6. continuous Squeeze Production Line according to claim 5, it is characterized in that, described slag-cloth separating machine also comprises conveying worm, for receiving residue from described second blowpit, and, when described slag-cloth separating machine also comprises described slag charge crushing mechanism, also for receiving residue from described slag charge crushing mechanism;
Described conveying worm is also for being transferred to precalculated position by the residue received.
7. continuous Squeeze Production Line according to claim 1, is characterized in that, also comprises continuous cloth sauce machine, and described continuous cloth sauce machine comprises cloth folding device:
Described cloth folding device comprises support (41), front guide roller stand (42), laying up frame (43), cloth pressing roller (44), front guide roller set, rear guide roller set, front guide roller stand (42) is positioned at support (41) left side, described front guide roller stand (42) is higher than support (41), the width of front guide roller stand (42) is greater than the width of described support (41), described front guide roller set comprises two deflector rolls being parallel to each other and the two ends of described two deflector rolls are individually fixed in described front guide roller stand (42) both sides in the width direction, described laying up frame (43) comprises lower frame (53) and upper frame (63), described lower frame (53) comprises horizontal component (531) and sloping portion (532), described horizontal component (531) is interwoven by cross bar and vertical pole, described sloping portion (532) is by least two tilting bars (533, 534) form, the upper position near left part of described horizontal component (531) is fixed in two tilting bar one end, the two ends of described cloth pressing roller (44) are individually fixed in described horizontal component (531) two ends in the width direction, described horizontal component (531) is fixed on the upper surface of described support (41), and leave gap between the upper surface of described horizontal component and described support (41), described two tilting bars (533, 534) the other end is individually fixed in the both sides of the right part of described front guide roller support (42), and two tilting bars (533, 534) center line along support (41) width is symmetrical, described upper frame (63) comprises first, second upper frame (631, 632), first upper frame (631) comprises tilting bar (633) and horizon bar (634), tilting bar on first upper frame and horizon bar one-body molded, second upper frame (632) comprises tilting bar (635), horizon bar (636), tilting bar on second upper frame and horizon bar one-body molded, and the horizon bar (636) on the second upper frame is triangular in shape, first upper frame (631) to be articulated with on described support (41) on a side in the width direction, second upper frame (632) to be articulated with on described support (41) on another side in the width direction, and first, second upper frame (631, 632) tilting bar is all positioned at the left end of support, described rear guide roller set is arranged at described support (41) right part, two deflector rolls of rear guide roller set are parallel to each other and the two ends of two deflector rolls of rear deflector roll are arranged at described support (41) both sides in the width direction respectively, before described, rear guide roller set is connected to drive unit, and it is front, rear guide roller set rotating speed is identical.
8. continuous Squeeze Production Line according to claim 7, is characterized in that, described continuous cloth sauce machine also comprises cloth sauce and moves swing pipe:
Described cloth sauce moves that swing pipe comprises support body (1), enters sauce pipe (2), drive unit (3) and cloth sauce case (4), described enter sauce pipe (2) right part swivel joint (21) is set, describedly enter sauce pipe (2) right-hand member outer circumference surface is arranged a circle and drive the gear teeth (22), described drive unit (3) output shaft left part fixed chain wheels (31), some first cloth sauce holes (401) are offered in described cloth sauce case (4) lower surface
Described drive unit (3) is fixed on described support body (1) bottom righthand side, described enter sauce pipe (2), cloth sauce case (4) be successively set on described support body (1) lower end, described enter sauce pipe (2) left part be communicated with described cloth sauce case (4), described enter sauce pipe (2) right part be communicated with advance sauce pipe by swivel joint (21), the described driving gear teeth (22) link with described sprocket wheel (31), described cloth sauce case (4) left end and described support body (1) lower-left end hinged.
9. continuous Squeeze Production Line according to claim 8, it is characterized in that, in described cloth sauce case (4), a point sauce plate (402) is set, described cloth sauce case (4) is separated into upper and lower two parts by described point of sauce plate (402), described point of sauce plate (402) offers some second cloth sauce holes (4021), described in enter the first half that sauce pipe (2) and described cloth sauce case (4) connectivity part are arranged on described cloth sauce case (4).
10. continuous Squeeze Production Line according to claim 9, it is characterized in that, the quantity in described first cloth sauce hole (401) is greater than the quantity in described second cloth sauce hole (4021), described cloth sauce case (4) lower surface is arranged somely leads sauce pipe (403), leads sauce pipe (403) and be communicated with at least one first cloth sauce hole (401) described in each.
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| CN201510836482.9A CN105413316A (en) | 2015-11-25 | 2015-11-25 | Continuous squeezing production line |
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| CN201510836482.9A CN105413316A (en) | 2015-11-25 | 2015-11-25 | Continuous squeezing production line |
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| CN105942449A (en) * | 2016-06-24 | 2016-09-21 | 佛山市海天调味食品股份有限公司 | Squeezing production line and squeezing production process |
| CN108854269A (en) * | 2018-07-16 | 2018-11-23 | 江苏鼎盛滤袋有限公司 | A kind of filter cloth filter bag cleaning device and its application method |
| CN109276919A (en) * | 2018-10-12 | 2019-01-29 | 东莞市华清环保工程有限公司 | A kind of filtering cotton core partition equipment |
| CN111773824A (en) * | 2020-06-19 | 2020-10-16 | 甘肃普罗生物科技有限公司 | Casein production is with filter cloth washing tank that has categorised washing structure |
| CN111991922A (en) * | 2020-08-26 | 2020-11-27 | 黄江龙 | PP cotton filter element recycling treatment system |
| CN114919221A (en) * | 2022-04-07 | 2022-08-19 | 北京科技大学 | Multi-position composite homogeneous spraying stacking extrusion device and process method |
| CN114917669A (en) * | 2022-04-07 | 2022-08-19 | 北京科技大学 | Homogeneous spraying stacking extrusion device and process method |
| CN114940569A (en) * | 2022-05-26 | 2022-08-26 | 马鞍山钢铁股份有限公司 | Drying and resource utilization method for oil-containing hot-rolled sludge |
| CN115400503A (en) * | 2022-09-23 | 2022-11-29 | 佛山市海天(高明)调味食品有限公司 | Method for cleaning filter cloth of presser |
| WO2023193360A1 (en) * | 2022-04-07 | 2023-10-12 | 北京科技大学 | Uniform spray-coating, cumulatively-stacking and squeezing solid-liquid separation system |
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| CN115400503A (en) * | 2022-09-23 | 2022-11-29 | 佛山市海天(高明)调味食品有限公司 | Method for cleaning filter cloth of presser |
| CN115400503B (en) * | 2022-09-23 | 2024-03-15 | 佛山市海天(高明)调味食品有限公司 | Filter cloth cleaning method for squeezer |
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Application publication date: 20160323 |