45results about "Continuous processing" patented technology

The invention relates to the technical field of cashmere blended yarn preparation, and discloses wool mixing equipment and process with antibacterial and antistatic functions for cashmere blended yarn preparation, and the wool mixing equipment comprises a feeding bin, a feeding cylinder fixedly mounted at the upper end of the feeding bin, an opening device fixedly connected with the feeding bin, and an air mixing device fixedly connected with the opening device, according to the wool blending equipment, the motor is used for driving the rotating rod to rotate, the first telescopic rod rotates and extends out of the first sleeve through magnetic repulsive force generated by the magnetic plate on the first magnetic beads, the agglomerated fibers are filtered, and the fibers are uniformly mixed. The air cylinder pushes the second telescopic rods to move to the positions above the agglomerated fibers, the magnetic attraction force of the magnetic blocks to the upper ends of the magnetic rods enables the magnetic rods to turn over, the second telescopic rods are downwards inserted into the agglomerated fibers, then the air cylinder retracts, the fixing rods and the sliding rods retract one by one, and the agglomerated fibers are effectively dispersed through the two corresponding second telescopic rods.

The utility model discloses cashmere fiber carding equipment which comprises a feeding machine at the head end and a carding machine at the tail end, an opening mechanism and a coarse removing mechanism are sequentially arranged between the feeding machine and the carding machine, the opening mechanism comprises a first-stage opening unit and a second-stage opening unit, and the coarse removing mechanism comprises at least three dust cage type coarse removing units which are sequentially connected. The first-stage opening unit comprises a first feeding roller, a first licker-in, a breast cylinder, a first transfer roller and a large cylinder which are connected in sequence; the second-stage opening unit comprises a second transfer roller, a coarse throwing cylinder, a doffer and a cutting die which are connected in sequence; the dust cage type rough yarn removing unit comprises a second feeding roller, a second licker-in and a dust cage which are connected in sequence, a cotton feeding plate is arranged above the second feeding roller, the inner side face of the cotton feeding plate is in an arc shape, and the cotton feeding plate is in clearance fit with the second feeding roller. The equipment is good in opening effect and small in damage to fibers.

The invention discloses a continuous opening-modifying integrated production system and method for pavement reinforcing fibers, and provides the following scheme aiming at the problems that existing pavement reinforcing fibers are prone to secondary agglomeration, poor in stability and low in production efficiency. Pavement reinforcing fibers comprise lignin fibers and basalt fibers, and the system is used for continuous and integrated production of the two fibers. The system comprises a raw material pretreatment unit, a multi-stage opening and dispersing unit, an integrated modification unit, a continuous conveying unit, an intelligent control unit and a finished product collecting unit which are connected in sequence, opening and modification integrated continuous production is achieved, the intermediate storage and transfer link is eliminated, the production efficiency is improved, the production cost is greatly reduced, and the modification uniformity is remarkably improved. The product batch difference is small, the whole process is intelligently controlled, manual intervention is reduced, energy consumption is reduced, the green production requirement is met, the product is suitable for various road surface scenes, the crack resistance and rut resistance of a road can be remarkably improved, and the service life is prolonged.

The invention discloses a production method of mask base cloth. Spun silk fibers subjected to degumming treatment are made into a spun silk net directly suitable for curing processing through an integrated net forming system comprising a continuous drying device, a free opening device and a carding net forming device. A vibration loosening device, a free loosening device and an overturning loosening device are sequentially arranged in a drying box comprising a heating device, so that full and uniform drying is synchronously realized in flexible loosening of degummed spun silk fibers, and high-quality principle preparation is provided for processing of mask base cloth; full-automatic drying of the spun silk fibers without manual operation is achieved, and then the drying efficiency of the spun silk fibers is remarkably improved; direct web forming of the dried spun silk fibers is achieved through a cotton spinning axial flow cotton slitter and a cylinder cover plate carding machine with a slivering device and a cotton box, and then efficient production of the high-quality pure spun silk mask base cloth is achieved, wherein the cotton spinning axial flow cotton slitter and the cylinder cover plate carding machine are sequentially connected with the drying device, and the slivering device is removed.

The application relates to a vortex spinning regenerated cotton blended colored yarn production process, which comprises a supporting frame and a storage cylinder arranged on the supporting frame, a beating cylinder is arranged at the center of the storage cylinder, a rotating shaft is arranged in the middle of the beating cylinder, the inside of the beating cylinder is divided into a crushing cavity a and a crushing cavity b through a sieve plate, a vibration assembly is arranged at the lower end of the sieve plate, a gas blowing assembly is arranged at the upper end of the beating cylinder, a suction assembly is arranged in the circumferential direction of the outer circle of the beating cylinder, cleaning assemblies are arranged on the outer surfaces of the suction assemblies, a driving assembly is arranged at the top of the storage cylinder and is connected with the rotating shaft, and the driving assembly is used for driving the suction assembly to rotate, the cotton fibers after secondary crushing are adsorbed through the suction assembly, the long cotton fibers which are not completely crushed are treated and recycled through the cleaning assembly, the process is complete and the automation degree is high, the steps of manual operation in the conventional device are avoided, and the work safety and the production efficiency are improved.

The present invention relates to a system for setting a plurality of cleaning points (190) by means of capture by a sensor (110) of the processed fibres in a fibre processing facility. Each sensor (110) is connected to an evaluation unit (120), and captures the fibres processed by the cleaning point (190). As soon as the system has identified a parameter to be adjusted, the system performs setting in order to keep the degree of cleaning constant or improve it. Alternatively, the system can also make a recommendation.

The invention provides a multi-component blending blowing-carding system and a production method.The multi-component blending blowing-carding system comprises a bale plucker, a multi-bin cotton blending machine, a scutcher, a carding machine and a control system, and is characterized in that two large-bin fine cotton blending machines arranged in front of the multi-bin cotton blending machine comprise racks and cotton blending bins on the racks; a feeding port and an outlet are formed in the two ends of the cotton mixing bin respectively, and a tipping bucket arranged at the feeding port is used for manual weighing and feeding. A circulating and reciprocating mixing device is arranged in the cotton mixing bin and used for circulating and reciprocating mixing of raw materials; two bale pluckers are respectively connected with a large-bin fine cotton blending machine, the two large-bin fine cotton blending machines are connected in parallel and then are connected into a multi-bin cotton blending machine, and the scutcher connected with the multi-bin cotton blending machine is connected with a plurality of carding machines. The cotton blending machine is suitable for blending more than 10 kinds of fiber components, the mixing mode of fiber materials is reasonable, the blending fineness and the blending uniformity are high, the cotton blending process is short, continuous production can be basically achieved, operation and use are flexible and convenient, and the application range is wide.

The invention relates to a method and a device for the production control of carding machines (1, 2, 3, 4) in operation, comprising a control unit (5) and a plurality of carding machines, which are operated with respective production yields (16) and have a production level (20) predefined in the control unit, each carding machine (1, 2, 3) being controlled by the control unit, the sum of the individual production yields of the carding machines in the respective operation corresponds to the production level. If the carding machine has failed, the controller increases the production yield of at least one of the remaining carding machines or turns on the carding machines (4) not in operation in order to maintain the production level.

The utility model relates to the related technical field of plush-free production, in particular to a combined carding device for plush-free production, which comprises a rack and a carding mechanism, one side of the surface of the rack is fixedly connected with a support frame, the carding mechanism is arranged in the rack, and one side of the surface of the rack is provided with a cleaning mechanism. According to the combined carding device for plush-free production, through the arrangement of the carding mechanism, fiber blocks can be efficiently and rapidly opened and carded in the using process, the carding precision is high, the phenomenon that fibers cannot be fully stretched and separated, and consequently the fibers are entangled and knotted is avoided, the working efficiency and the product quality are improved, and the production cost is reduced. Meanwhile, through the arrangement of the cleaning mechanism, the fibers can be subjected to impurity removal operation, and the impurity rate of the product is reduced.

The present application discloses a high-efficiency automatic ginning line device, which comprises an automatic feeding machine, a heavy impurity separator, a drying tower, an external suction cotton separator, a recycling seed cleaner, a lifting seed cleaner, a standby drying tower, an inclined seed cleaner, a complex seed cleaner, a gin, an air-flow type skin cleaner, a saw-tooth type skin cleaner, a cotton collector, a baling machine, an automatic baling machine and a skin cotton detection and weighing platform, which are connected in sequence, and an intelligent PLC control system is configured in the whole line to realize real-time monitoring and regulation in combination with humidity, cleanliness and weighing sensors, the automatic feeding machine is provided with a wind power conveying system, a cotton distribution auger is arranged between the complex seed cleaner and the gin, and the standby drying tower can be automatically started and stopped according to the humidity detection result, so that the device realizes automatic feeding, drying, cleaning, ginning, baling and detection in the whole process, the multi-stage cleaning and intelligent drying effectively improve the quality and production efficiency of the skin cotton, reduce the labor intensity and energy consumption, guarantee the stable product quality, and have remarkable popularization value.

To provide a buffer material manufacturing method enabling mechanical strength to be improved and a buffer material.SOLUTION: A manufacturing method of a buffer material P includes a defibrillation step to generate a fiber F by defibrillating a fabric under a drying condition, a mixing step to generate a mixture by mixing binder with the fiber F, an accumulation step to generate a web W by accumulating the mixture in the air, and a primary molding step to mold the web W by pressuring and heating.SELECTED DRAWING: Figure 1

The invention relates to a system for setting a plurality of cleaning points (190) by sensor (110) detection of treated fibers in a fiber preparation plant. Each sensor (110) is connected to the evaluation unit (120) and detects the fibers treated by the cleaning point (190). Once the system has identified a parameter to be adjusted, the necessary adjustments are made to maintain or improve the cleaning level. Alternatively, the system may also make recommendations.

This utility model relates to the field of textile equipment, specifically a carding and combing machine that facilitates adjustment of carding height. It includes: a frame with a turntable rotatably mounted at the bottom and a power device for driving the turntable; a box body located at the top of the frame, with rigid chain clearance grooves at both the bottom and top of the box body, and an inlet for cotton sliver entry at the top of the box body; a rigid chain take-up and release box slidably mounted on the inner wall of the bottom of the box body, containing a power mechanism for taking up and releasing the rigid chain, the rigid chain extending vertically and rigidly downwards through the clearance grooves; a carding box located at the bottom of the rigid chain, through which the cotton sliver passes, and equipped with a conveying mechanism that moves the cotton sliver downwards; and a control system located within the box body. In this utility model, the carding height is changed via a rigid chain without additionally increasing the vertical dimensions of the equipment, and the vertical movement of the rigid chain poses no safety hazard.

The application discloses a cotton soft yarn, a cotton soft thread, a fabric and a preparation method thereof, and discloses a preparation method of the cotton soft yarn, which comprises the following steps: sequentially subjecting pure cotton fibers to opening and cleaning, carding, first drawing, first roving and first spinning to prepare a cotton core yarn with an S twist direction, wherein during the first spinning, a ring with a large friction force with a ring traveler is adopted, so that the winding linear speed of the cotton core yarn is greater than 1.5% of the spindle linear speed, and thus multiple winding and less twisting spinning under high-speed spinning is realized; sequentially subjecting the pure cotton fibers to a carding combination, combing, second drawing and second roving to prepare a combed cotton roving; and subjecting the cotton core yarn with the S twist direction and the combed cotton roving to second spinning to prepare the required cotton soft yarn, wherein during the second spinning, the cotton core yarn and the combed cotton roving are subjected to core-spun plying, and Z twist twisting which interacts with the S twist direction of the cotton core yarn is applied in the second spinning.

The application discloses corn fiber vortex spinning yarn and a preparation method thereof, and belongs to the field of cotton textile technology, and can solve the problems of poor spinnability of the existing corn fiber raw material, poor yarn evenness, high vortex spinning shearing and low efficiency. The preparation method comprises the following steps: step 1, corn fiber and oil are mixed to obtain treated fiber; wherein the weight percentage of the corn fiber and the oil is (100-99):(0-1); step 2, the treated fiber is subjected to a scutching process to obtain a fiber carded sliver; step 3, the fiber carded sliver is subjected to a drawing process to obtain a fiber drawn sliver; and step 4, the fiber drawn sliver is spun by using a vortex spinning process to obtain the corn fiber vortex spinning yarn. The application is used for yarn spinning.

The invention discloses a ginned cotton grading cleaning device with a front foreign fiber cleaning function and a process thereof, and the ginned cotton grading cleaning device comprises a cotton ginning machine, a ginned cotton image foreign fiber machine and a ginned cotton cleaning machine, the cotton ginning machine is connected with the ginned cotton image foreign fiber machine through a first conveying pipeline; an impurity removal channel, a detection channel, a foreign fiber spraying pipeline and a lint cotton outlet pipeline are sequentially arranged in the lint cotton image foreign fiber machine, a plurality of impurity removal devices are arranged on the two sides of the impurity removal channel at intervals, an illumination system is arranged on the outer wall of the detection channel, a visual capture camera is arranged on the outer side of the illumination system, and a foreign fiber spraying system is arranged on the foreign fiber spraying pipeline. The foreign fiber spraying pipeline is further connected with a waste cotton discharging pipeline, and the lint cotton outlet pipeline is connected with a lint cotton cleaning machine through a second conveying pipeline. Residual foreign fibers in ginned cotton can be effectively cleaned, broken-handle cotton stalks, infertility seeds, seed scraps and other impurities and foreign fibers can be cleaned through grading cleaning, the foreign fiber cleaning efficiency and the ginned cotton quality are improved, the production time is prolonged, and the labor cost is reduced.

The invention provides automatic weighing and cotton mixing equipment and a control method, a control system of the automatic weighing and cotton mixing equipment controls a feeding device, an opening device, an arc-shaped plate, a feeding door and a weighing hopper in a machine shell of the control system, and a cotton passing channel is defined by the feeding door, the opening device and the arc-shaped plate. A camera or / and a temporary storage cotton position sensor is / are arranged above or on the two sides of the fiber buffer area and used for detecting the amount of fibers cached in the fiber buffer area or the fiber stacking height. The control system is connected with the camera or / and the temporary cotton storage position sensor, the feeding device is controlled to start and stop according to the detected fiber amount or fiber stacking height, and after the weighing hopper is filled with the fibers and the feeding door is closed, the fibers continuously fed by the feeding device are temporarily stored in the fiber buffer area. On the premise that the spinning quality is met, the weighing efficiency and the yield of the weighing hopper are improved, and the equipment size or the occupied area does not need to be increased.

The application provides a super multi-component blending production method, which is characterized by comprising the following steps: step 1: discharging at least two raw materials with small proportions into the corresponding pre-mixing grab cotton machine packing area of a multi-fiber weighing and mixing type cotton blending equipment to proportionally mix the raw materials; step 2: discharging at least four raw materials into the mixing grab cotton machine cotton grabbing area corresponding to a single-fiber weighing and mixing type cotton blending equipment; step 3: proportionally weighing and mixing the raw materials in step 1 and step 2 in the single-fiber weighing and mixing type cotton blending equipment; step 4: further mixing the well-mixed fibers of the single-fiber weighing and mixing type cotton blending equipment through a multi-bin cotton blending machine, a cotton cleaner and a cotton carding machine to make the fibers uniform; and connecting a blending production line after the single-fiber weighing and mixing type cotton blending equipment. The super multi-component variety blending can be continuously and automatically produced, the production process is short, the production efficiency is high, the risk is controllable, the production cost is low, the fibers are not easily damaged, and the yarn indexes are excellent.

The utility model discloses a blowing-carding cotton feeding box cable silk detecting and eliminating device which comprises a box body, a feeding pipe is fixedly arranged above the left side of the box body, a motor is installed on the back face of the box body, a cotton flow channel is fixedly arranged in the box body, and a discharging pipe is fixedly arranged on the right side of the box body. And the upper part and the lower part of the left side in the cotton flow channel are respectively connected with a cotton feeding roller and a beater through bearings. According to the cable yarn detection and elimination device for the blowing-carding cotton feeding box, cotton flow is shot in real time through the CCD camera installed in the cotton flow channel, the shape features of cable yarns are recognized through an image processing algorithm, after the cable yarns are detected, entangled fibers are forcibly stripped through the roller with the comb teeth, meanwhile, by means of the arranged negative-pressure suction nozzle, the cable yarns can be effectively eliminated, and the cable yarns can be effectively eliminated. According to the blowing-carding cotton feeding box, through the synergistic effect of detection and elimination technologies, the blowing-carding cotton feeding box can effectively solve the problem of fiber entanglement, and a clean and uniform cotton layer is provided for the subsequent spinning procedure.

The invention discloses a quartz net tire preparation device and a quartz net tire preparation method. The quartz net tire preparation device comprises a cutting and conveying structure, a carding structure, a net laying structure, a needling machine and a winding machine. The cutting and conveying structure is used for conducting fixed-length cutting on long fibers and conveying short fibers formed after cutting. The carding structure comprises a wind wheel and a negative pressure adsorption machine which are sequentially arranged, the wind wheel is used for receiving the short fibers and blowing the short fibers into the air, and the negative pressure adsorption machine is used for adsorbing the short fibers blown into the air. According to the quartz net tire preparation device disclosed by the invention, the received short fibers are blown into the air through the wind wheel, and then the short fibers in the air are adsorbed by utilizing the negative pressure adsorption machine, so that the short fibers form a disordered fiber net in a three-dimensional space. The carding mode fundamentally eliminates orientation generated by longitudinal arrangement of fibers in traditional mechanical carding, so that the fiber web has similar mechanical properties in the longitudinal direction and the transverse direction.

The utility model discloses a spinning cotton carding and impurity removing device which comprises a machine box, a material pipe is arranged at the left end in the machine box, the upper side of the material pipe is rotationally connected with material guide rollers which are symmetrical left and right, the right end of the material pipe is rotationally connected with licker-ins which are evenly distributed, and a movable thorn plate is in transmission connection between the front inner wall and the rear inner wall of the upper end of the machine box through a rotating shaft. A cylinder is rotationally connected to the middle between the front inner wall and the rear inner wall of the machine box, a doffer is rotationally connected between the front inner wall and the rear inner wall of the right side of the machine box, vertically symmetrical guide columns are rotationally connected between the front inner wall and the rear inner wall of the right end of the machine box, and a cotton outlet is formed in a discharging port in the right end of the machine box. The auxiliary impurity removal mechanism is arranged at the right end of the interior of the machine box, a control switch set is arranged on the right side of the front end of the machine box, the spinning and carding cotton impurity removal device conducts impurity removal on spinning and carding cotton, combed cotton materials are subjected to impurity removal in an electrostatic adsorption mode, and follow-up spinning processing is prevented from being affected.

A method for obtaining a shaded carded yarn by means of a system (1) for obtaining a shaded carded yarn, comprising the steps of producing a plurality of intimate fiber blends (2) of different type, for example a plurality of intimate fiber blends (2) having different coloring or different fiber type, at least a first intimate fiber blend (2') and a second intimate fiber blend (2") of which being different; loading the plurality of intimate fiber blends (2) into respective containment bins (3) so that each bin (3) contains a single intimate fiber blend (2); unloading the first intimate fiber blend (2') from the respective bin (3) onto a belt (4); transferring the first intimate fiber blend (2') from the belt (4) to a carding station (5); determining the complete transfer of the first intimate fiber blend (2') from the belt (4) to the carding station (5) and the absence of substantial residuals of the first intimate fiber blend (2') on the belt (4); unloading the second intimate fiber blend (2") from the respective bin (3) onto the belt (4), the method further comprising a step of carding the one or more intimate fiber blends (2) to obtain a shaded carded web, a step of cutting the shaded carded web to obtain a plurality of rovings (19), a step of spinning the thread of the rovings (19) to obtain a shaded carded yarn (20), wherein a possible breakage of the rovings (19) or shaded carded yarns (20) is detectable by sensors, preferably optical sensors.

This invention provides a method for manufacturing a cushioning material with improved mechanical strength, as well as the cushioning material itself. The method for manufacturing the cushioning material P includes: a defiberization step, in which fabric is dry-fibered to generate fibers (F); a mixing step, in which a binding material is mixed into the fibers (F) to generate a mixture; a stacking step, in which the mixture is stacked in air to generate a sheet (W); and a one-step forming step, in which the sheet (W) is pressurized and heated to form a shape.

The application provides a production line and manufacturing process of environment-friendly sound-absorbing flame-retardant polyester decorative material, which comprises, in sequence according to production order, a high mixing machine, a cotton storage device, a high-position vibrating cotton bin, an electronic weight measuring machine, a high-speed carding machine, a net laying machine, a needle punching machine, an inkjet printing device, an oven, a hot-pressing and cold-pressing device, a cooling device and a slitting device. The high mixing machine comprises a base, a rotating platform, a mixing bin, a stirring mechanism and a driving mechanism for driving the stirring mechanism to work. The stirring mechanism is installed on the mixing bin, the driving mechanism is connected with the stirring mechanism, the mixing bin is installed on the rotating platform, the rotating platform is rotatably installed on the base, and the base is further provided with a turnover mechanism for driving the rotating platform to turn over to a horizontal state so that the mixing bin is switched from a vertical state to a horizontal state. The high mixing machine integrates the advantages of horizontal stirrers and vertical stirrers, can effectively improve the fiber mixing efficiency and has high mixing uniformity.

This invention relates to a method (700) for processing textile waste (990) to deliver a fiber raw material containing usable fibers for short-fiber spinning. The method includes preparing (720, 730) the waste textile, tearing (740) the prepared waste textile into shredded fiber bundles, and / or forming the shredded fiber bundles into a wadding feed. The method includes mixing the shredded fiber bundles to produce a homogeneous wadding feed, and feeding the wadding feed into a carding machine (500), wherein the wadding feed is transferred to carding rollers to open and parallelize the fibers of the wadding feed by transferring the fibers of the wadding feed to the carding rollers and rotating cover plates. The method includes a further fiber refining step, wherein the opened and parallel fibers are transferred to a combing step without being mixed with virgin fibers to sort and separate dust, shortest fibers (fallen fibers), and longer fibers from each other.

The utility model relates to the technical field of textile equipment, in particular to a blowing-carding cotton feeding device which comprises a bale plucker body, a first conveyor is arranged on the side edge of the bale plucker body, and a cotton stack is supported by the first conveyor. A second conveyor is arranged at the end part of the first conveyor, the first conveyor and the second conveyor are arranged on the same straight line, and a transition plate is arranged at a gap between the first conveyor and the second conveyor; a stacking box body is arranged above the second conveyor in a lifting mode, a pressing plate is arranged above the stacking box body in a lifting mode, and the pressing plate can descend into the stacking box body; according to the cotton feeding device, cotton stacks can be moved to the bale plucker under the cooperation of the first conveyor and the second conveyor, and stacking of another cotton stack can be completed in the cotton feeding process of the bale plucker, so that continuous feeding is achieved; the stacking box body and the second conveyor are matched to provide a containing space for cotton stacking; cotton is extruded by a pressing plate above the stacking box body to form a cotton stack; and the height of the bracket can be adjusted as required.

The invention relates to a method and a device for the production control of operating carding machines (1, 2, 3, 4), having a controller (5) and a multiplicity of carding machines that are operating with respective production outputs (16), and having a production level (20) predefined in the controller, wherein the individual carding machines (1, 2, 3) are controlled by the controller such that a sum of the individual production outputs of the respectively operating carding machines corresponds to the production level. If a carding machine fails, the controller increases the production output of at least one of the remaining carding machines or switches on a carding machine (4) that is not in operation, in order to maintain the production level.

The present disclosure relates to a machine controller (1) for controlling the operation of a machine (51) of a spinning factory (5). The machine controller (1) comprises a storage device (11) for storing an operating system code (111), a container daemon code (112), and a plurality of container images (113), and a processor section (12). The processor section (12) is configured to provide a running operating system (121) based on the operating system code (111), to provide a running container daemon (122) based on the container daemon code (112), and to provide a running container (123) based on the plurality of container images (113). The running operating system (121) includes an access function for accessing the machine (51) of the spinning factory (5). Each running container of the set of running containers (123) provides a service for controlling the operation of the machine (51) of the spinning factory (5). The running container daemon (122) simultaneously interfaces with the services of the set of running containers (123) to access functions of the running operating system (121) for controlling the operation of the machine (51) of the spinning factory (5) by the set of running containers (123). The machine controller (1) further includes an update service (13) for updating the container image (113) of the machine controller (1).

In a computer-implemented method for determining bale laydowns in a textile production process a first bale laydown (310) is provided A computer system (390) receives textile-quality data determined at a location (330) in the textile production process downstream of the first bale laydown (310), the textile-quality data relating to fiber material from the first bale laydown (310). The received textile-quality data are taken into account when determining, by the computer system (390), a second bale laydown (320). Thus, the predictability and consistency of quality characteristics of the textile intermediate products and / or products produced from the bale laydowns (310, 320) is improved.

The invention discloses a cotton blending and impurity removing device and method for spunlace non-woven fabric, and belongs to the technical field of textile machinery, and the device comprises a multi-bin cotton blending machine main body, a cotton blending assembly, a conveying assembly, an impurity removing assembly and an integrated temperature and humidity regulation and control system. The innovative core of the system is that a vortex tube is adopted as a common cold and heat source of the system, and a cold end outlet and a hot end outlet of the vortex tube are thermally coupled with a water tank of the liquid constant-temperature assembly and a dehumidification unit of the humidity regulation and control assembly respectively, so that a gas-liquid double-loop coupling energy supply system is constructed; the liquid constant-temperature assembly is used for carrying out contact type temperature adjustment on fibers through a constant-temperature cotton feeding roller and a constant-temperature impurity removal roller; and the humidity regulation and control assembly realizes accurate humidity regulation through spray humidification and condensation dehumidification. According to the method, synchronous and distributed optimization regulation and control of the physical state of the fiber in the raw cotton mixing stage are achieved, the problems that a traditional process is high in energy consumption and extensive in regulation and control are solved, and the processing uniformity and cleanliness of the spunlace non-woven fabric raw materials are remarkably improved.