11results about "Combing machines" patented technology

The present application relates to the technical field of textile equipment, and discloses a silk sliver dyeing and double combing device, which comprises a combing mechanism, a top comb plate frame installed in the combing mechanism, a plurality of needle groups A arranged in the top comb plate frame, an installation frame installed at the bottom of the top comb plate frame, arc-shaped placement frames arranged in the installation frame, arc-shaped rubber pads installed in the arc-shaped placement frames, sliding shaft bodies installed on the two sides of the arc-shaped placement frames, inclined grooves arranged on the inner walls of the two sides of the installation frame, and sensing elements installed in the inclined grooves. The silk sliver dyeing and double combing device is used for detecting whether the needle groups A are bent according to the cross-sectional area of the needle groups A by the contact between the arc-shaped rubber pads and the needle groups A. The curved needle groups A exert force on the arc-shaped rubber pads during the ascending movement, and the sliding shaft bodies on the arc-shaped placement frames and the inclined grooves are in a positional relationship, so that the sliding shaft bodies exert force on the sensing elements during the movement, thereby detecting the bending condition of the needle groups A.

The invention relates to a combing machine and a method for operating a combing machine, comprising several combing heads (20), wherein at least one wadding strip (4) is unwound from a wadding roll (1) at each combing head (20) and fed to a feed cylinder (9) and a gripper assembly (5), the combed pieces are combed out of the wadding strip (4) and vacuumed away by means of fixed and round combs (11, 10), and the resulting fiber pile is formed into a fiber strip which is stretched with the other fiber strips of the other combing heads to form a single fiber strip, wherein each gripper assembly (5) has an upper and lower gripper (6, 7), and the upper gripper (6) is pressed against the lower gripper (7) by at least one pressure element (24), characterized in that the pressure element (24) has at least one spring (30) whose force is adjustable.

The present application relates to a kind of wool spinning comber energy-saving intermittent negative pressure wool suction system control method, belong to wool spinning combing machinery control technical field.The method includes: through the real-time acquisition equipment running angle signal of main shaft encoder, wind pressure is monitored in combination with differential pressure sensor, and time sequence-wind pressure benchmark coupling model is established;Based on the model, using micro negative pressure sensor monitors each area actual demand, dynamically controls electromagnetic valve and fan speed, realizes wind pressure on-demand distribution;Pulse width modulation technology is introduced, variable duty cycle control is implemented to each area electromagnetic valve, in combination with wool shedding load dynamic adjustment pulse frequency and duty cycle;Real-time monitoring energy consumption, in combination with historical data to establish LSTM wool shedding pattern recognition model, dynamically optimizes system parameters.The present application realizes the change from continuous operation to intermittent on-demand control of negative pressure supply, effectively reduces energy consumption, improves system response speed and control accuracy, and guarantees carding quality.

This utility model belongs to the field of comb cleaning roller cleaning technology, and relates to a cleaning device for comb cleaning rollers. It includes a base plate, with multiple uprights fixedly connected to the top of the base plate. A top plate is fixedly connected to the top of the multiple uprights. Multiple vertical rods are arranged between the base plate and the top plate, and two movable plates are slidably mounted on the outside of the multiple vertical rods. This utility model, through the arrangement of a handwheel, drive assembly, cleaning roller, card cloth, and scraper, drives a rotating shaft to rotate under the rotation of the handwheel, ensuring stable rotation of the cleaning roller within the bearing. The scraper is positioned in the opposite direction to the cleaning roller, continuously removing the embedded fibers within the card cloth of the cleaning roller, maintaining the cleanliness and continuous working capacity of the cleaning roller. Using this tool improves cleaning quality, increasing efficiency fourfold compared to manual cleaning with an electric twist rod, and reducing the labor intensity of the operator.

A refining machine (10) for a refining line (1) of recycled fibers or of a mixture of recycled fibers and virgin fibers comprises a plurality of refining heads (10a-10i), each fed by non-combined carded slivers. Each refining head comprises a clamp (14), a circular comb (26), and a pair (24) of tearing cylinders (24', 24"). The machine further comprises a transport apparatus, in particular an air suction apparatus, for the separate suction of the slivers torn by the tearing cylinders (24', 24'') and of the waste fibers released from the slivers.

This utility model discloses a combing device for reducing cotton waste and cotton knots. It includes a fixed base, a first connecting frame fixedly connected to the outer surface of the fixed base, a first threaded shaft rotatably connected to the inner surface of the first connecting frame, a conveying roller slidably connected to the outer surface of the first threaded shaft, a first limiting plate fixedly connected to the outer surface of the first threaded shaft, and a first insert block fixedly connected to the front surface of the first limiting plate. By setting up a fixed box, guide rod, spring, fixed plate, second motor, threaded rod, limiting block, and U-shaped frame, residual cotton waste and cotton knots in the combing gaps of the top comb can be removed, thereby ensuring that the top comb always maintains the best cleaning effect for cotton waste and cotton knots. By setting up a waste collection box, the cotton waste and cotton knots removed from the top comb can be collected. Furthermore, by setting up a first inclined block and a second inclined block, the scattering of cotton waste and cotton knots in the waste collection box can be reduced, thereby reducing pollution to the working environment.

The invention relates to an automatic full-reel and empty-tube transport system (1) for preparing a combing workshop, comprising at least one transfer module (2) and at least one buffer module (3) wherein each of the aforementioned modules comprises a frame (4), each frame (4) comprising a first and a second mating side (5.1, 5.2), and the frame (4) of the at least one transfer module (2) additionally comprises a first and / or a second production mating side (6.1, 6.2). Each of the two modules (2, 3) additionally comprises two respective conveyor devices (7, 8). The individual modules (2, 3) are arranged one after the other in the conveying direction (9) starting from the transfer module (2). In the process, an interface (10) is formed between the modules (2, 3), through which interface at least one full reel (11) to be transported and / or at least one blank pipe (12) to be transported passes in a coordinated manner.

The present invention relates to a combing machine (K) with several combing heads (1), wherein the combing heads (1) each have a gripper apparatus (2) through which a cotton strip (Wb) provided by a cotton roll (W) can be guided, further comprising a fixed (5) and a round comb (4) for combing out combed pieces from the cotton strip (Wb), a pair of tear-off rollers (6) for tearing off a fiber beard from the cotton strip (Wb) and for soldering the fiber beard to a fiber nap (Ff), wherein each combing head (1) is followed in the material flow direction by a take-off table (11), means for consolidating the fiber nap (Ff) into a nonwoven (V), and a belt funnel (41) for forming the nonwoven (V) into a fiber strip (F1 - F8). The invention is characterized in that each comb head (1) has a single pair of tear-off rollers (6), and that the take-off table (11) has a first rising section (12) onto which the fiber web (Ff) formed by the single pair of tear-off rollers (6) is guided to a continuously rotating pair of take-off rollers (8).

The application relates to the technical field of cotton spinning combing machine cylinder technology, and discloses a design method of the height of a cotton spinning combing machine cylinder tooth piece, which comprises the following steps: calculating the fiber roots of a cotton roll cross section, calculating the total area of the transverse fiber cross section in the cotton roll, calculating the fiber area on the cylinder tooth piece width during the combing process, and calculating the cylinder needle tooth height value; step 1: calculating the fiber roots of the cotton roll cross section; step 2: calculating the total area of the transverse fiber cross section in the cotton roll; step 3: calculating the fiber area on the cylinder tooth piece width during the combing process; and step 4: calculating the cylinder needle tooth height value. The corresponding tooth piece can be made according to the specific properties of the fiber, so that the problem of combing leakage can be effectively solved, and the combing effect on the fiber is improved.

The utility model discloses a sliver unloading mechanism of carding machine is provided with carding machine, and carding machine yarn outlet portion fixedly connected with support plate, and support plate rotatoryly connected with vertical pipeline, and the upper and lower ends of pipeline are fixedly connected with rotary disc no.