45results about "Drafting machines" patented technology

This utility model discloses a flexible suction port for a roving blowing and suction cleaning machine. Its structure includes a suction assembly, a suction port, and an adaptive adjustment mechanism. Through the contact of a roller assembly with the surface of the drafting cover plate, it senses changes in the height of the drafting cover plate in real time and drives the suction port to move along a vertical slide rail, dynamically maintaining a constant distance between the suction port and the drafting cover plate to ensure stable waste absorption. The adaptive adjustment mechanism adjusts the height of the roller support through a strip groove and bolts, and combines stackable weights to dynamically balance the roller contact pressure, adapting to different working conditions. This utility model adopts a modular design; the suction port is fixed by clamps for easy disassembly and maintenance; the weight and number of weights are adjustable, improving pressure control accuracy. Its significant advantages lie in automatically adapting to drafting cover plate deformation and track misalignment, reducing manual intervention, and improving cleaning efficiency by more than 60%. It is suitable for various roving frame equipment and has broad industrial application value.

The utility model discloses a kind of drawing frame of adjustable tension, specifically related to drawing frame technical field, including adjusting member for adjusting fibre strip tension and being installed on drawing frame rack;The adjusting member includes the mounting plate being arranged in drawing frame rack, the fixed support is equipped in the bottom of mounting plate, and electric push rod for adjusting the height of fixed support is installed in the top of mounting plate, the main roller is rotatably connected by rotating shaft and is installed in the inside of fixed support.The utility model drives the main roller on fixed support to move up by electric push rod, thereby the tension of fibre strip is adjusted in vertical direction by height adjustment, then by servo motor driving main bevel gear rotates, main bevel gear drives linkage shaft by meshing from bevel gear to drive sub roller to rotate with main roller as center, thereby realize the oblique direction tension adjustment of fibre strip, and realize fine tension adjustment by changing fibre strip winding angle, improve the tension adjustment range of the utility model.

The utility model relates to drawing frame equipment technical field, concretely relates to a kind of drawing frame cotton sliver automatic breaking device, setting front guide wheel, rear guide wheel and deployment wheel to guide cotton sliver wiring, wherein deployment wheel is movably connected on support, can move up and down, and the up-down movement of deployment wheel is driven control by lifting motor. Therefore can adjust the up-down position of deployment wheel by lifting motor, and further adjust the tension of cotton sliver. Deployment wheel is made of metal material, weight is enough big to break cotton sliver, when needing to break cotton sliver, only need to control lifting motor to completely release deployment wheel, deployment wheel falls under the action of its own gravity and can break cotton sliver located in the lower end of deployment wheel, the whole process does not need manual operation of worker, and simple and convenient reaction is fast. Set check valve mechanism on front guide wheel, for preventing front guide wheel rotation, avoid cotton sliver with front guide wheel and rear guide wheel rotation, facilitate cotton sliver to be broken.

This utility model discloses a drawing frame suitable for yarn production, including a drawing frame body and an upper wire frame located at the rear. A loading and unloading mechanism is located at the front of the drawing frame body, corresponding to the yarn outlet position of the drawing frame body. The loading and unloading mechanism includes a switching disc, a drive assembly, a loading assembly, and a unloading assembly. A support plate is fixedly connected to the front of the drawing frame body, and a main shaft is rotatably connected to the top of the support plate. The switching disc is fixedly connected to the top of the main shaft. This utility model relates to the field of yarn drawing technology. When collecting the drawn yarn, this drawing frame for yarn production, through the cooperation of the loading and unloading mechanism, allows the collecting cylinder to automatically enter below the yarn outlet. After collection, it automatically switches to an empty cylinder and unloads the yarn when the collecting cylinder rotates to the unloading position. The entire process is automatically completed with high continuity, improving the automation level of the device.

The application provides a low-tension production process of super-soft weak-twist short fiber yarn, which is realized through raw material fine pretreatment, short fiber-long filament embedded composite feeding, three roller precise drafting, multiple gathering and hot and wet softening cooperation, low-tension twisting and winding and optional fancy control or post-processing. The short fiber is subjected to opening, carding and three-parallel-drawing optimization treatment, and the long filament is subjected to precise pre-tension control; the composite feeding adopts specific spacing and guide filament parameters, and the drafting system is matched with low-tension parameters; multiple gathering is combined with hot and wet softening to improve the fiber cohesion, and the twisting and winding controls the low tension and the forming, so that the pain points of weak twist yarn, such as insufficient strength and too much hairiness, are solved, the super-soft hand feeling, low hairiness and high uniformity are combined, and the application is suitable for high-end knitting and close-fitting textiles.

This utility model relates to the field of ring spinning machine technology, specifically to a ring spinning machine traction mechanism, comprising: a pressure roller and a rubber ring belt. The pressure roller has a rubber ring belt mounting groove, and a rubber ring belt liner is fixed on the rubber ring belt. The advantages are: when the rubber ring belt is severely worn, the mounting liner is pushed away from the rubber ring belt, and the mounting liner is removed from the rubber ring belt liner. Then, the two sets of semi-circular cylindrical rubber ring belt liners and the rubber ring belt can be removed together from the rubber ring belt mounting groove, completing the disassembly of the old rubber ring belt liner. Afterwards, the two new sets of rubber ring belts and rubber ring belt liners are placed into the rubber ring belt mounting groove to form a circular cylindrical structure. Finally, the mounting liner is moved back to the surface of the two sets of rubber ring belt liners, and the mounting liner is fitted onto the two sets of rubber ring belt liners, thereby limiting the rubber ring belt liner in the rubber ring belt mounting groove. This allows for convenient replacement of the rubber ring belt, saving time and effort.

This invention relates to the field of textile machinery and discloses a dual-output shaft motor-driven two- and three-roller drawing frame, comprising a fixed base. A dual-head servo motor is fixedly connected to the outer wall of the fixed base. The teeth of the first drive wheel are meshed with a first synchronous belt, and the teeth of the second drive wheel are meshed with a second synchronous belt. A front roller, a middle roller, and a rear roller are rotatably connected between the roller bench and the roller base. Tensioning wheels and limiting wheels are rotatably connected to the outer walls of both the roller bench and the roller base. A cooling assembly is provided on the outer wall of the fixed base, and protective assemblies are provided on the outer walls of the roller bench and the roller base. Through the first and second drive wheels on both sides of the dual-head servo motor, they are indirectly connected to the middle roller and the rear roller through a transmission structure including the first synchronous belt, the fixed base, the second synchronous belt, and the second transmission wheel. The dual-output shaft motor is controlled by a closed-loop encoder, which improves the synchronization accuracy of the rollers and reduces the CV value of the sliver evenness.

The utility model discloses a system (500) for monitoring a plurality of draft units (100) of a fabric spinning machine (1), which includes hoses, monitoring units and a control system. The hoses (L1, L2, L3, L4, R1, R2, R3, R4) are configured to receive an inert fluid in order to maintain a desired contact pressure between the top roller (9) and the bottom roller (10). The monitoring units (31, 32, 33, 34, 35, 36, 37, 38) are mounted on each hose and comprise a sensor (13), an identification tag storing the position of each sensor and a microcontroller. The sensor continuously senses the pressure of the fluid and generates a signal in real time. The monitoring unit detects the faulty hose based on the comparison of the sensed signal with predetermined limits. The control system is in electronic communication with each monitoring unit to identify and locate the faulty hose and to stop the operation of the top arm assembly (11) corresponding to the faulty hose.

The present application relates to the technical field of spinning frame, in particular to a self-detecting spinning frame and a leaf spring creel structure thereof, comprising a spinning frame body. The present application is provided with an energy storage cleaning mechanism and other components, and the roller power is synchronously transmitted to the reciprocating screw rod through the meshing transmission of the driving gear and the driven gear, so as to drive the reciprocating screw sleeve to move the extrusion plate reciprocally. When the extrusion plate moves, the negative pressure is formed in the movable groove through the cooperation of the sealing box and the one-way air outlet valve, the cleaning plate is put into the movable groove, the support plate is pushed down when the steel ring plate is lowered to the bottom due to shutdown, the sealing block moves out of the movable groove, the cleaning plate is ejected under the action of the connecting spring, and the tail yarn on the spindle rod surface is scraped and cleaned with the movement of the extrusion plate. Thus, the yarn tail on the spindle rod can be automatically removed without manual intervention, the yarn tail winding affecting the subsequent production is avoided, the labor intensity of manual cleaning is significantly reduced, and the equipment operation continuity and cleaning thoroughness are improved.

This invention relates to the field of spinning cradle technology, and in particular to a semi-unscrew locking mechanism for a spinning cradle with a self-lubricating and dustproof structure. The mechanism includes a cradle body with a handle and a yarn guide groove, and further includes a leaf spring mechanism connected to the cradle body, which provides elastic pressure to the rollers; a front grip, an auxiliary grip, and a rear grip, which cooperate with the cradle body and the leaf spring mechanism. These grips are used to mount roller one, an auxiliary roller, and roller two, respectively, forming gripping jaws. This invention achieves smooth switching between pressurized and semi-unscrewed states and reliable locking of positions through a pressure relief mechanism, effectively optimizing the force transmission path and solving the problems of uneven pressure on rollers and continuous high pressure on some rollers during pressure relief in traditional mechanisms. It achieves synchronous and uniform pressure relief for all rollers, effectively protecting them and preventing long-term deformation due to pressure.

The application discloses a high-temperature-resistant compact spinning roller and relates to the technical field of rollers.The high-temperature-resistant compact spinning roller comprises a roller core, a roller surface, an inner roller sleeve, a plurality of internal supports, a plurality of support assemblies and a plurality of temperature-guiding assemblies, the roller core is a water-through hollow shaft, the plurality of internal supports are uniformly sleeved on the roller core at intervals, the roller core between two adjacent internal supports forms a mounting area, the support assembly comprises a heat-insulating arc-shaped plate, the outer side of the heat-insulating arc-shaped plate is connected with a support edge through a support strip, and the temperature-guiding assembly comprises a temperature-guiding arc-shaped plate.The high-temperature-resistant compact spinning roller can generate two kinds of use methods through the design of the novel roller structure, the first kind of use method is that the support assembly is arranged between the roller core and the roller surface to realize heat insulation between the roller surface and the roller core, and the second kind of use method is that the support assembly exists between the roller core and the roller surface, and heat transfer is further conducted through the temperature-guiding assembly and the inner roller sleeve, so that the two kinds of use methods both have water heat-insulating capacity and can avoid the situation that temperature is conducted to the core shaft and the surrounding environment.

This utility model discloses a compact spinning yarn guide, relating to the field of yarn guide technology. The compact spinning yarn guide includes a hollow outer shell, with pressure adjusting components fixedly connected to one end of the hollow shell in a rectangular array. Each pressure adjusting component has an end seat installed at its end, and a detachable yarn guide is engaged within the end seat. The detachable yarn guide includes a fixed shaft installed in the end seat, with rubber guide wheels movably connected to both ends of the fixed shaft. Each rubber guide wheel has a limiting groove. In this utility model, a compression spring pushes a movable insert plate to the bottom of the detachable yarn guide via an end baffle, preventing significant vertical movement of the detachable yarn guide during use and ensuring quick disassembly, thereby reducing wear at the connection point and extending its service life.

The utility model relates to sleeve rubber roll machine technical field, concretely relates to a three -column sleeve rubber roll machine, including two sensor fixed frame, every sensor fixed frame is located rubber roll support's both sides respectively, both sides of two sensor fixed frame all are installed with grating sensor, every grating sensor all is equipped with along the vertical direction distribution's several detection heads, two grating sensors of one side on two sensor fixed frame are a group, and the detection head of same group grating sensor is opposite and sets up, and the detection head of grating sensor all is towards rubber roll support and sets up, and the size ratio of grating sensor and rubber roll support in vertical direction is greater than 1.3:1. The utility model through installing grating sensor on both sides of sensor fixed frame, setting specific quantity detection head and reasonable size ratio, has enlarged the monitoring range to telescopic pneumatic cylinder work area, has improved detection sensitivity and accuracy, effectively avoided that staff is hurt because of equipment accidental start.

This utility model discloses a drawing device for flax and ramie blended fibers, including a support leg, a worktable mounted on the top of the support leg, and a housing mounted on one side of the top of the worktable. The cleaning structure includes a fixing plate mounted on one end of the mounting plate, a spring mounted on the bottom end of the fixing plate, a pressure block mounted on the bottom end of the spring, and a cleaning brush mounted on the bottom end of the pressure block. This utility model, by mounting a fixing plate on one end of the mounting plate, connects the fixing plate and the pressure block via a spring and a guide rod. The spring is elastic, and its elasticity causes the pressure block to move; the top pressure block moves downwards, and the bottom pressure block moves upwards. This traps the fibers before they enter the housing between the cleaning brushes. After the fibers pass through the cleaning brushes, the brushes clean the dust on the fibers, scraping it off and preventing dust from entering the housing. This achieves the purpose of facilitating fiber cleaning in the drawing device for flax and ramie blended fibers.

This utility model provides a textile drafting mechanism with adjustable roller spacing, including a frame, on which a slide rail is connected. The length direction of the slide rail is parallel to the length direction of the frame. Multiple roller assemblies are slidably connected on the slide rail. Each roller assembly includes a connecting frame, an upper roller, and a lower roller. The connecting frame is slidably connected to the slide rail and fixed to the slide rail with bolts. The upper roller and the lower roller are both rotatably connected to the connecting frame, thereby achieving the purpose of adjusting the distance between two adjacent roller assemblies.

A fiber gathering mechanism in a spinning machine includes a crossbar, a support, a coil spring, and a gathering block. Spaces for movably connecting the gathering block are provided on both sides of the crossbar, and the gathering block is rotatably connected to the inner side of each space. The support has a transverse groove into which the middle of the crossbar can be inserted. The opening of the transverse groove is limited by a support leaf spring, which is fixed to the support. Several holes are also provided on the side of the transverse groove, and elastic elements are placed in these holes. One end of the elastic element is supported by a support plate perpendicular to the crossbar at its middle, and the other end is limited by the support leaf spring. The elastic force of the elastic element acts on the support plate and, through the crossbar, presses the gathering block onto the front lower roller shaft. A lower open ring is provided at the lower part of the support, which is mounted on the shaft of the anti-twist rubber roller and supported by the roller's rotating shaft. An upper open ring is provided at the upper part of the support, which is mounted on the shaft of the front upper roller rubber roller and supported by its shaft. A spinning machine also includes the aforementioned fiber gathering mechanism.

This disclosure aims to provide an electrophoresis apparatus, a microcoil fiber, a sweeping thermal stretching apparatus, a method for manufacturing a fiber, and a fiber. [Solution] The device comprises a tube having an inner diameter of 100 μm or less and having an inlet for introducing a sample; a lid fixed to the tube and closing both ends of the tube; at least two spiral electrodes provided on the tube; and a power supply connected to the spiral electrodes and applying a voltage to the spiral electrodes.

The application discloses a spinning device for enhancing the strength of yarn, which applies force to the fibers of the middle part of the short fiber sliver between the drafting mechanism and the twisting triangle area in the ring spinning process, so that the stressed fibers are transferred to the inside of the short fiber sliver and interpenetrate and entangle with other fibers in the process of transfer. The force is continuous force, and the force is applied by airflow blowing. Alternatively, the force is intermittent force, and the force is applied by needling. The interval time of the intermittent force is 0.5-2.5s. The method is simple, and can obviously improve the strength, breaking production rate and other indexes of the yarn, and improve the utilization rate of the strength of the yarn in the yarn.

The application discloses a production method of antibacterial lustrous fabric, selects fine denier bamboo pulp fibers with a specification of 1.11 dtex*38 mm, forms slivers through a blowing-carding combination, and then prepares fine denier bamboo pulp slivers through three drawing processes; the front end hook and the rear end hook of the bamboo pulp sliver are straightened and arranged through a lower carding roller which is suspended and provided with a needle cloth between the drafting system of the first drawing process and the second drawing process and the output horn; a apron tensioner provided with staggered tensioning pins on two side edges of a supporting end which is in contact with a lower apron is arranged in a spinning process, the friction resistance of the supporting end to the lower apron is reduced, efficient drafting of the bamboo pulp roving with high fiber straightness is realized, the yarn strength is improved, the broken ends are reduced, then the high-quality production of bamboo pulp yarn with super strong twist factor is realized, and the production of antibacterial lustrous fabric is realized.

The application discloses a special fiber large-draft spinning machine and relates to the field of textile equipment, which comprises a rack and an inclined surface support, the bottom of the rack is a support frame, the inclined surface support is provided with a roller body, the rack is provided with a roller shaft, the roller shaft penetrates through the roller body, one end of the roller shaft is directly connected with a motor assembly, the bottom of the inclined surface support is provided with a cotton suction pipeline, one end of the cotton suction pipeline is provided with a negative pressure mechanism, the bottom of the roller body is provided with a cotton suction pipe, the outside of the bottom support frame is provided with a motor support frame, the bottom of the motor support frame is provided with a rotating motor, the top of the motor support frame is provided with a ring plate, the outside of the bottom support frame is provided with a moving part, the ring plate is internally provided with a rotating body, the flexible configuration of the direct-connection motor assembly realizes the accurate independent control of the rotating speed of each draft zone, the draft process can be adjusted according to the characteristics of different fibers, the winding drum body is driven by an independent rotating motor, when a winding unit is broken or fails, the normal work of other units is not affected, and the operation efficiency and reliability of the equipment are greatly improved.

The utility model relates to textile technology field discloses a wool spinning needle combing machine, including first bottom plate, the lower surface of first bottom plate is inserted with first motor, first motor is inserted with first pivot and third motor, second guide pulley, first roller. The utility model has the advantages of reasonable structure, through the first hydraulic rod descending, the shell covers second bottom plate, first roller, second roller and back roller assembly rotate, engage with the brush bar in the shell, clean the residual wool on first roller, second roller and back roller assembly, the scraper removes the dropped wool, the wool in needle box assembly is sucked into the collecting box through second wool suction pipeline, avoids the equipment damage shutdown because of the long time work of equipment, the waste work time, reduces the work efficiency, also leads to the staff to inhale the tiny wool for a long time to cause staff's body to be hurt, thereby increases work efficiency and equipment use time and reduces staff's body to be hurt.

The application relates to a multi-strand cotton sliver bundling and combining device and belongs to the technical field of textiles, which comprises a mounting frame, a traction unit and a sliver forming unit. The sliver forming unit is arranged at one end of the mounting frame, and the traction unit is rotationally arranged on the mounting frame. The sliver forming unit comprises a shell, wherein a draft bundler, a bundling guide roller, a sliver outlet bundler, a pressing guide roller and a coiling device are sequentially arranged in the shell along a conveying direction. One end of the draft bundler is connected with the traction unit. The bundling guide roller is located on one side of the other end of the draft bundler, and the bundling guide roller is rotationally connected with the shell. One end of the sliver outlet bundler is located at the bundling guide roller, and the sliver outlet bundler is fixedly connected with the shell. The pressing guide roller is located at the other end of the sliver outlet bundler, and the pressing guide roller is rotationally connected with the shell. One end of the coiling device is fixedly arranged on the shell at the pressing guide roller. The application has the technical effects of improving conveying smoothness and preventing blockage.

Device for feeding a first fiber ribbon processing textile machine (3) with one or more fiber ribbons (5), each of which can be provided from a feed container (4) arranged on a floor (6), comprising: a longitudinal beam (7) extending above a setup area (8) for setting up the feed containers (4) along a longitudinal axis (L_7), and a guide device (14) for guiding the one or more fiber ribbons (5) towards the textile machine (3) which is connected to the longitudinal beam (7), and a support arrangement (28) by means of which the longitudinal beam (7) can be supported against the floor (6), wherein the support arrangement (28) is arranged without contact or overlap with the setup area (8).

A pneumatic device for controlling the pressure of rubber roller belongs to the technical field of spinning equipment, including a box, characterized by that: the inside of the box is provided with a mounting plate for installing equipment, the top of the box is respectively provided with an air inlet and two groups of air outlets, the mounting plate is respectively provided with a filter pressure reducing valve, a manual valve, a first precision pressure regulating valve, a second precision pressure regulating valve, a third precision pressure regulating valve, a pneumatic three-way valve and a pneumatic two-way valve; the utility model discloses a box is set up as the external structure, and the internal structure is compactly installed, and the occupied space is smaller, the state of the rubber roller and the size of the pressure can be flexibly adjusted through the manual valve, meanwhile, the manual valve can adjust multiple modes, and the working conditions of different pressure requirements can be well adapted, so that the subsequent use can reduce the damage to the surface of the rubber roller due to the insufficient pressure state, thereby increasing the service life of the rubber roller.

The application belongs to the field of ring spinning machinery, in particular to a wool spinning semi-pressure release cradle, which comprises a cradle body, a handle, a cradle shaft, a locking piece, a handle pin, a locking piece rotating pin, a cradle seat shaft, a positioning rod, a cradle seat, a pressure adjusting screw, a supporting rod shaft, a lower roller and an upper roller; the handle is installed on the cradle body; the cradle shaft is installed inside the cradle body; the cradle seat is connected to the bottom end of the cradle body; the locking piece is connected inside the cradle seat; the handle pin is installed inside the cradle body; the locking piece rotating pin is rotatably connected inside the cradle seat; through the cooperation of the semi-pressure release positioning rod and the locking piece, a new locking point is added after the unlocking of the four-link locking mechanism, the angle position of the positioning rod is adjusted, the normal working pressure of the cradle and the semi-pressure release function conversion are realized, the semi-pressure release mechanism is simple in structure, reliable in function and easy to operate, is rigidly positioned, good in semi-pressure release consistency and low in cost.

This utility model relates to the field of spinning equipment technology and discloses a safety protection device for a spinning machine. The device includes a machine body, a mounting frame on the top of the machine body, a roller on the top of the mounting frame, a drive device mounted on one side of the top of the mounting frame, the output end of the drive device fixed to the roller, and a controller mounted on the other end of the top of the mounting frame. This safety protection device for the spinning machine effectively isolates the high-speed rotating roller from accidental contact by operators, preventing accidents and significantly improving the operational safety of the spinning machine. Furthermore, the transparent material of the protective cover does not affect daily operation, observation, or simple maintenance by the operator. Simultaneously, the connecting blocks at both ends of the transparent protective cover cooperate with the fixing mechanism on the mounting frame to achieve quick installation and positioning, allowing for disassembly and assembly without complex tools, facilitating equipment maintenance and repair.