20results about "Fibre mixing" patented technology

A spinning preparation machine (1; 100; 200) for processing fiber bundles (2), the spinning preparation machine having: a frame (19); a fiber bundle reservoir (4) fixed on the frame (19), the fiber bundle reservoir being fluidly connected to a fiber bundle inlet (9) via an inlet (8) and fluidly connected to a fiber bundle outlet (18) via an outlet (17); and a weighing device (26) disposed below the fiber bundle reservoir (4) for measuring the filling state of the fiber bundle reservoir (4) by gravimetric method, characterized in that the spinning preparation machine (1; 100; 200) has a separation device (21) having at least three support points (24) for erection on a fixed base plate (3), wherein the frame (19) and the separation device (21) are structurally separated from each other, and wherein the fiber bundle inlet (9) is disposed on the separation device (21).

The utility model relates to flannel production equipment technical field discloses a preparation equipment of skin type super warm flannel fabric, including cabinet, the left side of cabinet is provided with conveyer belt no.

The utility model discloses a kind of combing machines, belong to textile machinery field, including by front-to-back sequentially connected feeding mechanism, combing mechanism and carding structure, feeding mechanism includes conveying pipe and input fan, combing mechanism includes cyclone separator and feeding curtain, cyclone separator is connected with conveying pipe, feeding curtain is located below cyclone separator, and the front end of feeding curtain exceeds cyclone separator, upper door is equipped in the bottom of cyclone separator and the side wall close to the front end of feeding curtain, carding structure includes by front-to-back sequentially arranged cylinder and doffer, the rear end of feeding curtain and cylinder are connected by feeding roller assembly, and multiple groups of work roller assembly are arranged on the circumference of cylinder.In the bottom of cyclone separator and the side wall close to the front end of feeding curtain, upper door is equipped, can be realized to the feeding of small batch fiber, and it is convenient and applicable.

The utility model relates to the field of cotton blending machine, and disclose a cotton blending machine with quantitative function, including cotton blending machine, the one side of cotton blending machine is close to the bottom position fixedly established and has the discharge pipe, the top fixed mounting of cotton blending machine has the quantitative unloading pipe, one end of quantitative unloading pipe is fixedly connected with the plugging disc, the one side of plugging disc corresponds the fixed mounting of drive cylinder in quantitative unloading pipe, the top fixed mounting of quantitative unloading pipe is close to the end position and has the air curtain machine, still include quantitative discharging assembly, through setting up in quantitative unloading pipe quantitative discharging assembly, realized the automatic quantitative discharging of raw material, when using, the worker only needs to place raw material between two groups of pusher disc of adjacent through the discharging port, and the subsequent quantitative discharging process is automatically completed by the equipment, and manual weighing operation is no longer needed, greatly saves time and manpower cost, significantly improves the processing efficiency of cotton blending machine, makes the whole cotton yarn production process more efficient and smooth.

The utility model relates to cotton mixing box technical field discloses a cotton yarn processing is with anti -blocking cotton mixing box, including the shell, the shell top fixedly connected with motor no.

The utility model provides a even cotton feeding device for big bin cotton blending machine relates to big bin cotton blending machine technical field, include: cotton blending machine body, the top of cotton blending machine body is equipped with the cotton carding mechanism, the cotton carding mechanism includes the feed hopper, the feed hopper is fixedly connected with cotton blending machine body, the bottom fixedly connected with the cotton carding cover of feed hopper, the inside bushing of cotton blending machine body and cotton carding cover has the rotary rod no.1.The utility model, through setting up the cotton carding mechanism, make the cotton ball that puts can be carded, and then the cotton ball can form the cotton layer that thickness is more uniform, thus the cotton can be more smoothly conveyed into the inside of cotton blending machine body, and setting rotary rod no.1 and rotary rod no.2, and rotary rod no.1 and rotary rod no.2 can carry out the clockwise rotation of simultaneously, and then rotary rod no.1 and rotary rod no.2 can utilize the cotton comb to card and convey the cotton.

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.

A computer-implemented method serves for determining a bale laydown (7) from an inventory (1) of fiber bales (11-13) in a textile production process, the fiber bales (11-13) being stored in the inventory (1) as at least one pile (10) At least one fiber-quality parameter of fiber bales (11, 12) that form part of an outer layer (14) of the at least one pile (10) is determined. The determined fiber-quality parameters are inputted into a computer program for determining bale laydowns. A bale laydown (7) is determined by the computer program based on the inputted fiber-quality parameters. Information on the determined bale laydown (7) is outputted by the computer program. Thus, the quality and homogeneity of the bale laydown is improved, and the inventory management in the warehouse is simplified.

The application relates to the field of fiber mixing processing, in particular to a high-efficiency cotton mixing bin for leather fiber mixing processing, which comprises a first stirring device, a second stirring device, a feeding device, a first mixing bin and a second mixing bin, the first mixing bin and the second mixing bin are both provided with air blowing mechanisms, and a raw material distributing mechanism is arranged between the two; the first stirring device comprises a first box body, a first feeding mechanism and a first stirring mechanism, and the first stirring mechanism is used for stirring fiber raw materials; the second stirring device comprises a second box body, a second feeding mechanism and a second stirring mechanism; the second stirring mechanism is used for stirring fiber waste materials; a discharge port is formed in the second box body, and the feeding device is used for conveying the fiber raw materials to the discharge port of the second box body. The application reduces the fiber production cost, reasonably utilizes fiber corner waste materials, avoids resource waste, improves the mixing uniformity of the cotton mixing bin, and obtains high-quality leather fiber fabrics.

The utility model discloses a kind of cashmere pre-opening equipment, belong to textile machinery technical field, including five roller cylinder opening mechanism, hair combination mechanism and single-shaft flow opening mechanism sequentially connected from front to back;Five roller cylinder opening mechanism includes first flat curtain, and one end of first flat curtain is equipped with first opening roller, and first flat curtain and first opening roller are connected by first feeding roller assembly, and the side, away from first feeding roller assembly, of first opening roller is equipped with four second opening rollers, which are arranged in 45° obliquely upwards;Five roller cylinder opening mechanism and hair combination mechanism are connected by first hair conveying pipeline, and first hair conveying pipeline is equipped with first conveying fan, and hair combination mechanism and single-shaft flow opening mechanism are connected by second hair conveying pipeline, and second hair conveying pipeline is equipped with second conveying fan.The above-mentioned process makes that cashmere fiber meets the feeding machine requirement of purity and looseness.

The utility model provides a kind of textile fiber efficient mixing and uniform dispersion device, including mixing machine shell, the lower end of mixing machine shell is equipped with discharge port, the upper end of mixing machine shell is equipped with feed inlet, the both sides in mixing machine shell are equipped with arc elastic baffle, the both sides of mixing machine shell are equipped with timing beating component, two sides arc elastic baffle between are equipped with opening roll, and opening roll is equipped with several groups, and the upper end of several groups opening roll is connected with mixing machine shell by bearing, and is driven by first motor, the inside of mixing machine shell is equipped with two groups of symmetrically arranged mixing rotary roller, the below of two groups of mixing rotary roller is equipped with dispersion roller, the both sides in mixing machine shell are equipped with disturbance component;The utility model is opened before textile fiber mixes by the opening roll equipped with and then mixes, then by the cooperation of dispersion roller and disturbance component, further push the dispersion and uniformity of material.

The utility model discloses a fiber opens clear mixing arrangement, be applicable to the even mixing of the fiber of a plurality of different physical properties, improve product appearance and grammage evenness. Fiber opens clear mixing arrangement includes the rack of setting in the opening package leather curtain end, and installs five open rollers on the rack, and the periphery of each open roller is evenly provided with a plurality of cotton comb beaters, defines the spacing of adjacent cotton comb beaters in the axial direction of the same open roller is the beaters spacing, and the beaters spacing of five open rollers gradually becomes smaller along the advancing direction of fiber, five open rollers are divided into two groups, and the first group is three open rollers of inclined upward, and the second group is two open rollers of vertical downward, and the fiber after mixing is conveyed to the leather curtain of cotton mixing box horizontal paving direct taking through airflow distribution pipeline.

The application discloses a kind of high efficiency circulating cotton blending machine, belong to cotton blending machine technical field, including the cutting box and mixing box that are sequentially arranged in front and back, cutting box and mixing box are connected by connecting pipe intercommunication, the top of cutting box is provided with reflux pipe, one end of reflux pipe is connected with the top end slope of cutting box, the other end of reflux pipe is connected with the top end arc surface of mixing box, suction force is generated by negative pressure pump installed at top end, and cotton material is sucked from mixing box to cutting box inside, the second cotton outlet for facilitating discharge is opened in the middle bottom end of mixing box.The application can realize the circulation of cotton fiber mixing, take out the mixed fiber uniformly, and the mixed part with larger or smaller proportion of cotton fiber is recycled, so that the cotton fiber and other fibers are mixed uniformly during the mixing process, without manually adding cotton fiber again, thereby improving the efficiency of cotton blending process and the mixing degree of cotton fiber and other fibers.

The invention relates to a method for producing a loose insulating material based on cereal straw, characterised in that it comprises the steps of: a) shredding the straw to obtain a defibred straw of which the strands have an average length of between 3 mm and 11 mm and of which the average diameter is between 0.5 mm and 2.5 mm; b) using cellulose wadding and untangling and aerating the cellulose wadding; c) mixing the straw defibred in step a) and the cellulose wadding prepared in step b), the cellulose wadding being introduced into the mixer 3 before the defibred straw, with a proportion by weight of between 1% and 30%; d) injecting compressed air to homogenise the mixture and to obtain a mixture having a density of between 55 kg / m3 and 65 kg / m3; and e) bagging the insulating material thus obtained.

This utility model relates to the technical field of spinning equipment, and in particular to an energy-saving cotton distribution device for yarn production. It can clean dust from the surface of the seed cotton inside the device, reducing the replacement time of the collection box, reducing repeated shutdowns and restarts of the cotton distribution device, reducing power consumption, and improving personnel efficiency. The device includes a workbench, a feeding assembly, a rotating component, a dust removal component, and a conveying component. Support legs are fixedly installed at the four corners of the bottom of the workbench. The conveying component is installed at the rear top of the workbench, and its output end is connected to the cotton distribution cylinder. A feed pipe is fixedly connected to the top of the cotton distribution cylinder, and a blower is installed at the bottom of the cotton distribution cylinder. The feeding assembly is installed in the middle of the workbench, and the rotating component is installed on the feeding assembly. The dust removal component is installed on the right side of the bottom of the workbench.

The utility model provides a kind of regenerated polyester wool fiber uniform mixing device, it is related to textile processing technical field, the regenerated polyester wool fiber uniform mixing device includes box, baffle, storage cavity, bottom table, first lifting mechanism, slide rail, the inner portion of two slide rails is separately provided with support plate, pivot is set between two support plates, sleeve is set on pivot, the outer surface of sleeve is evenly laid with lancet, one side of one support plate is provided with motor one for driving pivot rotation, second lifting mechanism for controlling the synchronous lifting of two support plates is set on box, this kind of regenerated polyester wool fiber uniform mixing device, there is small floor area, equipment cost is low, it is also relatively simple to operate, can well satisfy the production demand of family workshop, simultaneously can be conveniently controlled by controlling the lifting speed of different bottom table, the mixing proportion of regenerated polyester staple fiber and wool fiber can be conveniently controlled, improve mixing quality, use effect is good.

Disclosed in the present disclosure is a breathable and comfortable cotton and a manufacturing process therefor, relating to the field of cotton textiles. According to the breathable and comfortable cotton and the manufacturing process therefor, a breathable and comfortable layer is formed by sequentially bonding a Tencel Lyocell layer, a porous fiber temperature-controlled moisture-absorbing layer, and an elastic support layer from top to bottom via low-melting-point fibers. The porous fiber temperature-controlled moisture-absorbing layer is formed by carding and mixing fibers in parts by mass. The breathable and comfortable cotton uses a high-quality Tencel Lyocell fiber and a porous fiber, and the Tencel Lyocell fiber itself has a natural bacteriostatic efficacy, thereby ensuring the flexibility and comfort of the material, enabling effective fitting to the skin, and providing an excellent touch feeling.