LT6569B - A winding device for spinning - Google Patents

Abstract

A winding device for spinning includes winding motor, winding spindle which is connected with the power shaft of winding motor, winding reel, the support used to bear the winding reel and the clutch device. The rectangular through-groove is set up at the center of winding reel. The clutch device includes the shell with a rectangular section. The through-hole is set up in the center of shell. The rectangular sliding chute is set up in the shell. The flexible grooves which are horizontally symmetrical are set up at the vertical axis of symmetry in the rectangular sliding chute. The sliding arm is slidingly installed in the flexible groove. The sliding plate which is parallel to the sliding arm is installed in the rectangular sliding chute. The thrusting oblique arms are set up horizontally and symmetrical1y on the end face where the sliding plate faces the sliding arm. The chute which matches with the thrusting oblique arm is set up where the sliding arm is in the rectangular sliding chute. The threaded rod is installed where the sliding plate is at the axis of symmetry.

Description

Technical field

FIELD OF THE INVENTION The present invention relates to the field of spinning machine for spinning machine, in particular to textile spinning machine.

State of the art

Winding devices for textile production are currently known. One of the devices is described in Chinese Patent Application WO2016045197.

The winding machine is an essential component of the textile product. When the torsion frame produces silk yarn, the winding machine is required to wrap the silk thread on the winding coil for use in further manufacturing technology such as spinning machines.

However, since the winding spool of the winding machine rotates at high speeds, the winding spool requires a main connector to match the axis of rotation during rotation when the silk threads have some tension. The winding coil should be replaced when fully winded. Frequent changes to the winding coil can easily cause the winding motor to malfunction. In production, reels with varying amount of windings are sometimes required. The only requirement, then, is to operate the winding coils separately with different amount of winding, which will result in reduced efficiency.

The essence of the invention

The object of the present invention is to provide a textile winding device which can overcome the above mentioned disadvantages of the present technology.

A winding spinning device comprising a winding motor, a winding shaft coupled to a winding motor power shaft, a winding coil, a support used to attach a winding coil, and a clutch device. The spinner is located at the edge of both ends of the winding coil. The spindle is movably attached to the support. The rectangular groove is constructed in the center of the winding coil. The clutch device comprises a body with a rectangular cross-section. The housing is mounted in a groove in the rectangular slot so that the winding coil can rotate with the housing. The opening is mounted in the middle of the housing. A rectangular slider is mounted in the housing. Flexible grooves that are horizontally symmetrical are mounted on the vertical axis of symmetry of the rectangular sliding socket. Sliding lever is slidingly mounted in the flexible groove. The sliding lever is connected to an extension spring which is integrated into the flexible groove. The sliding lever extends the flexible groove and extends into a rectangular sliding socket. The sliding plate, which is parallel to the sliding lever, is mounted on the sliding part of the rectangle. The swiveling tilt levers are mounted horizontally and symmetrically on the rear surface with the sliding plate facing the sliding lever. The groove, which coincides with the pullable diagonal lever, is designed so that the sliding lever is in a rectangular sliding socket. The screw rod is mounted when the sliding plate is on the axis of symmetry. The threaded rod connects the clutch motor mounted in the housing. The outer ring is mounted on the winding shaft at some interval. The tooth that engages the outer gear ring is mounted on the rear surface with the sliding lever opening through the opening. The safety element is mounted on the outside of the clutch motor (44). The protection element comprises two symmetrical vibration damping plates (443) and a sound reduction cover (444) which is connected to the vibration damping plates (443).

Preferably, the two vibration damping plates (443) are mounted on the left and right of the clutch motor (44), respectively. The vibration damping plates (443) are firmly connected to the housing (4). The sound reduction cover (444) is mounted on the outside of the clutch motor (44). The sound reduction cover (444) is firmly connected to the vibration damping plates (443). The vibration damping plates (443) are used to reduce the vibration of the clutch motor (44) to prevent the housing (4) from being shaken by excessive vibration of the clutch motor (44). The noise reduction cover (444) is used to reduce the noise caused by the clutch motor (44). The protective element is also mounted on the outside of the winding motor (1).

Preferably, the diameter of the passage opening (40) is larger than the diameter of the outer gear ring nozzle, so that the housing (4) can move on the winding shaft where the outer ring is.

Preferably, the clutch motor (44) is controlled by a sensor.

It is desirable that the pulled tilt lever is aligned with the gutter, and the pulled tilt lever and groove have the same angle of inclination.

Preferably, the tilt lever (47) is aligned with the gutter (51) and the tilt lever (47) and groove (51) have the same angle of inclination.

Multiple winding coils can be performed simultaneously with this unit. Multiple winding coils can be made with varying amount of winding. So, no need for multiple devices. This reduces winding motor cost and shutdown. The service life of the winding motor may be prolonged.

Descriptions of enclosed drawings Fig. illustrates a general construction diagram of the present invention in fig. shown in the direction of the arrow in fig. the image from the left is shown.

Fig. exterior structural diagram of the clutch motor

Detailed implementation mode

The present invention is described in detail with reference to FIG. - Figure 4. A winding device for textile production comprising a winding motor (1), a winding shaft (11) connected to a power shaft of a winding motor (1), a winding reel (3), a support (2) used to attach a winding reel (3) and a clutch device . The spinner (31) is located at the edge of both ends of the winding coil (3). The spinner (31) is movably attached to the support (2). The rectangular groove is constructed in the center of the winding coil (3). The clutch device comprises a body (4) with a rectangular cross-section. The housing (4) is mounted in the groove of the rectangular slot so that the winding coil (3) can rotate with the housing (4). The opening (40) is mounted in the middle of the housing (4). A rectangular slider (41) is mounted in the housing (4). The flexible grooves (42), which are horizontally symmetrical, are mounted on a vertical axis of symmetry of the rectangular slider (41). The sliding lever (5) is slidably mounted in the flexible groove (42). The sliding lever (5) is connected to an extension spring (52) which is mounted in the flexible groove (42). The sliding lever (5) extends the flexible groove (42) and extends into the rectangular slider (41). The sliding plate (43), which is parallel to the sliding lever (51), is mounted in the portion of the rectangular sliding socket (41). The pulling tilting levers (47) are mounted horizontally and symmetrically on the rear surface with the sliding plate (43) facing the sliding lever (52). The groove (51), which coincides with the pulling diagonal lever (47), is designed such that the sliding lever (5) is rectangular in the sliding socket (41). The screw bar (45) is mounted when the sliding plate (43) is in the axis of symmetry. The threaded rod (45) connects the clutch motor (44) mounted in the housing (4). The outer ring is mounted on the winding shaft (11) at intervals. The tooth that engages the outer gear ring is mounted on the rear surface when the sliding lever (5) opens through the opening (40). The safety element is mounted on the outside of the clutch motor (44). The protection element comprises two symmetrical vibration damping plates (443) and a sound reduction cover (444) which is connected to the vibration damping plates (443).

Positively, two vibration damping plates (443) are mounted on the left and right of the clutch motor (44) respectively. The vibration damping plates (443) are firmly connected to the housing (4). The sound reduction cover (444) is mounted on the outside of the clutch motor (44). The sound reduction cover (444) is firmly connected to the vibration damping plates (443). The vibration damping plates (443) are used to reduce the vibration of the clutch motor (44) to prevent the housing (4) from being shaken by excessive vibration of the clutch motor (44). The noise reduction cover (444) is used to reduce the noise caused by the clutch motor (44). The protective element is also mounted on the outside of the winding motor (1).

The positive effect is that the diameter of the passage opening (40) is larger than the diameter of the outer gear ring nozzle, so that the housing (4) can move on the winding shaft where the outer ring is.

The positive effect is that the clutch motor (44) is controlled by a sensor.

The positive effect is that the pulled tilt lever (47) aligns with the gutter (51), while the pulled tilt lever (47) and the groove (51) have the same slope angle.

The outer drive ring is set at a certain interval on the winding shaft and the clutch can be reused. When the housing moves to the outer gear ring, the sensor is used to control the clutch motor to drive the rectangular movement of the sliding plate into the outer ring. The helical diagonal member is inserted into the squeegee and the sliding lever is pushed against the winding shaft to engage the tooth grid with the outer ring. Subsequently, the winding coil covers the housing. After the winding spindle rotates, it can drive many winding coils to rotate together. Thus, the winding shaft can cause many winding coils to rotate and wind. If one or more winding coils are completely wound, the sensor can be used to control the respective clutch motor to drive the rectangular sliding plates to drive away from the winding shaft. If one or more levers raise the sliding knob off the winding shaft. Finally, the coating of the tooth may become detached from the connection with the outer ring. The winding coil will not be mounted on the winding shaft to rotate under the bearing bearing. After the coil is completely wound, the winding motor can be stopped and the coil can be removed one by one. Multiple winding coils can be performed simultaneously with this unit. Multiple winding coils with different winding rates can also be performed. So, no need for multiple devices. This reduces the winding motor cost. Thus, the service life of the winding motor can be extended.

According to the present invention, various modifications can be made by those skilled in the art to the working mode within the scope of this invention.

Claims (5)

1. A winding spinning device comprising a motor, a shaft, characterized in that the winding motor (1), the winding shaft (11) which is connected to the power shaft of the winding motor (1), the winding coil (3), the support (2) are used. attach the winding coil (3) and clutch device; a spinner (31) mounted at the periphery of both ends of the winding coil (3); a spinner (31) movably attached to a support (2); a rectangular groove is formed in the center of the winding coil (3); the clutch device comprises a housing (4) having a rectangular cross-section; the housing (4) is mounted in the groove of the rectangular slot so that the winding coil (3) can rotate with the housing (4); an opening (40) mounted in the middle of the housing (4); a rectangular sliding socket (41) is provided in the housing (4); the flexible grooves (42) which are horizontally symmetrical are mounted on a vertical axis of symmetry of the rectangular slider (41); a sliding lever (5) slidably mounted in a flexible groove (42); the sliding lever (5) is connected to an extension spring (52) which is mounted in the flexible groove (42); the sliding lever (5) extends the flexible groove (42) and extends into the rectangular sliding seat (41); a sliding plate (43) parallel to the sliding lever (51) is mounted in a portion of the rectangular sliding socket (41); the pulling tilting levers (47) being mounted horizontally and symmetrically on the rear surface with the sliding plate (43) facing the sliding lever (52); the groove (51) coinciding with the pullable oblique lever (47) is configured such that the sliding lever (5) is rectangular in a sliding socket (41); the screw rod (45) is mounted when the sliding plate (43) is in the axis of symmetry; the threaded rod (45) engages the clutch motor (44) mounted in the housing (4); the outer ring is mounted on the winding shaft (11) at a certain interval; the tooth engaging with the outer gear ring is mounted on the rear surface when the sliding lever (5) opens through the opening (40); the security element is mounted on the outside of the clutch motor (44); the protection element comprises two symmetrical vibration damping plates (443) and a sound reduction cover (444) which is connected to the vibration damping plates (443). Winding device for spinning according to claim 1, characterized in that two vibration damping plates (443) are mounted on the left and right of the clutch motor (44) respectively; the vibration damping plates (443) are firmly connected to the housing (4); the sound reduction cover (444) is mounted on the outside of the clutch motor (44); the sound reduction cover (444) is firmly connected to the vibration damping plates (443); the vibration damping plates (443) are used to reduce the vibration of the clutch motor (44) to prevent the housing (4) from being shaken by excessive vibration of the clutch motor (44); a noise reduction cover (444) used to reduce the noise caused by the clutch motor (44); the protective element is also mounted on the outside of the winding motor (1). Winding device for spinning according to claim 1, characterized in that the diameter of the transition opening (40) is larger than the diameter of the outer gear ring nozzle, so that the housing (4) can move on the winding shaft, where the outer ring is. Winding device for spinning according to claim 1, characterized in that the clutch motor (44) is controlled by a sensor. Winding device for spinning according to claim 1, characterized in that the pulling lever (47) is aligned with the gutter (51) and the pulling lever (47) and groove (51) have the same angle of inclination.