• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    1. A winding device coil holder comprising clamping cones, one of which is mounted for axial movement, and the other is connected to the drive of its rotation, and a thrust disk rigidly mounted on the drive cone shaft for connection to cylindrical leads located on the coil flange, differing in that the cylindrical leads of the coil are connected to the stop disc by means of a spring-loaded intermediate element. five
    公开号:SU1118596A1
    申请号:SU797770820
    申请日:1979-09-26
    公开日:1984-10-15
    发明作者:Гюнтер Франц；Райнер Олбрих；Херберт Вишеропп
    申请人:Феб Швермашиненбау-Комбинат "Эрнст Телманн" (Инопредприятие)；
    IPC主号:
    专利说明:

    2. The holder pop. 1 differs from the fact that the intermediate element is made in the form of a disk, freely mounted on the shaft of the drive cone, flat springs radially arranged around the disk perimeter and alone with the ends rigidly fixed on it. a stop disc for accommodating the other ends of the flat springs. 3. D (A holder according to claim 1, characterized in that the intermediate element is made in the form of a disk. Mounted on the hub of the retaining disk with the possibility of axial movement, and is spring-loaded to it with a screw spring compression spring. 4. The holder according to claim 1, characterized By the fact that the intermediate element is made in the form of guides located along the perimeter of the stop disk along its axis and spring-loaded pushers arranged in them to interact with the cylindrical leads of the coil.
    The invention is used in operating dual automatic receivers, used primarily in lines to apply a sheath to a cable. . In receivers that do not work automatically, the receiving coil is rotated by hand to the position in which the coil leash can be connected to the drive and braking system, made a mechanical connection. In continuous lines to overlay a shell or. wire mills use fully automated dual receiving devices to wind insulated or bare wire. The transmission of the drive torque of the brake torque is carried out by means of a power closure. The coil is clamped between one fixed and one axially movable pinop and pressed the coil to a leather or rubber boot mounted on the stop disc. V -... . , .. The torque transmitted is made up of the axial pressing force and the triangle coefficient between the rubber or washer and the coil flange. The capture of the coil due to the friction force does not give a satisfactory result at elevated winding speeds, since with the increase in the number of revolutions the transmitted moment increases. The purpose of the invention is to provide reliable transmission of drive and braking torques to the dual receiver coil without increasing the axial load of the coil support. The invention is based on the task of providing a mechanical connection between the coils and the drive and braking system when changing coils without stopping the device, regardless of the angles 4 of the positions of the drive coil trunnion and the drive system of the stop disc. This task is solved with the help of a rotating system, together with a stop disc, of a drive system, which is movably mounted in the axial direction and suspended on springs. The drive disc stop system is implemented in the form of a hole disc, which is suspended on the stop disc using radially flat ones; springs. A disk with holes is mounted for axial movement on a pin of a stop disk with a groove and a spring, and compression springs are provided behind the disk with holes. On the flange of the thrust disk, several tollers mounted on the springs and moving in the bushings are located on the dividing circumference of the circle. The transferability of the drive trunnions located on the thrust disk is sufficient, so that in case of a mismatch between the angular positions of the drive coil trunnion and the support system of the thrust disk, the coil between the pins is secured. Due to the use of the driven mechanical communication systems in accordance with the invention, in particular, the limits of the power-closure driven systems are overcome, concluding that it is not possible to increase the axial forces and sizes of rubber and leather unlimitedly; washers without deforming the flanges of the coils and premature wear of the supports of the coils. Fig. 1 shows the coil support with the coil clamped, the thrust disk with the mechanical drive link system and the drive and brake system, the section (in a fixed position) in Fig. 2 is the stop disc with the mechanical link drive system in a tensioned state, incision; in FIG. 3, a thrust disk with a powered mechanical connection system in the form of a spring-loaded disk with holes and a hub in the stressed state, section J in FIG. 4 is the same (in a fixed position); in FIG. 5, a thrust disk with A hub disc with openings and flat springs lying on the flange of the thrust disk and spring-loaded pushers lying in the latter is a front view. 1. Only one of the supports of the dual receiver coils is shown. The second support has the same design. The support of the coil 1 does not move aai of the rotating quill 2, the drive system and the brake system 3 and the thrust disk 4 are located on the 2nd. In the second support of the coil 5 the quill b is placed moving in the axial direction. . The receiving coil 7 with a shchindric driver 8 is depicted in the clamped state in mechanical communication with the drive and brake system 3. Figure 2 shows one of the types of execution of the mechanical communication support system, where 9 is the attachment of flat springs, 10 is flat spring , 11-disk with holes, on which flat springs 10 are strengthened, Cylindrical leads 8 of the receiving coil 7 with axial force of pinap 6 pulled out a disk with holes 11 from its position while bending flat springs 10. On the stop disk 4 (Fig. 3) there is a hub with groove and p Dinner 12 on which the disc otve TIFA mi 11 movable in the axial direction but not rotatable. Compression springs 13 distributed around the perimeter are provided between the stop disc 4 and the disc with holes 11. The cylindrical lead 8 is not in mechanical communication with the disc with holes 11 and compresses the compression springs 13 due to the return movement of the disc with holes 11. FIG. .4 shows the same exemplary embodiment as in FIG. 3, only with a mechanical connection. , Fig. 5 shows, as a further example, coaxial disks 4 mounted on the flange of the thrust flange, sleeves 14 with the pushers 15 installed in them and located behind the last compression springs 16. Hd of Fig. 6 shows a front view of the thrust disk with holes 11 reinforced flat springs 10 on the disk with oversized 4, with located. in it, the drive openings 17 "Consider the principle of the invention with examples shown in Figures 1 and 2, since the rest of the examples are based on the same principle of the invention. With automatic input of the receiving coil 7 and clamping it. With the help of the axles that are moved in the axial direction, it is irrelevant whether the cylindrical leads 8 of the receiving cap 7 fall into the lead holes 17 or not. If the axis of the driver 8 and the driver hole 17 do not coincide, then the disk with holes 11 is moved in the axial direction, bending the flat springs 10. When the receiving cat 7 begins to rotate the light guide 8 of the receiving coil 7 enters the drive holes 17 of the disk after a slight relative rotation 11 and makes mechanical connection with the drive and brake system 3.
    S w
    .2
    权利要求:
    Claims (4)
    [1]
    1. A WINDING DEVICE COIL HOLDER, comprising clamping cones, one of which is mounted for axial displacement, and the other is connected to the drive of its rotation, and a thrust disk rigidly mounted on the shaft of the drive cone for connection with cylindrical leads located on the coil flange ,,. characterized in that the cylindrical leads of the coil are connected to the thrust disc by means of a spring-loaded intermediate element
    I
    Th ". t
    [2]
    2. Holder pop. 1, distinguished by the fact that the intermediate element is made in the form of a disk freely mounted on the shaft of the drive cone, flat springs radially spaced around the perimeter of the disk and one ends rigidly fixed to it, and guides on thrust disk for accommodating the other ends of the flat springs.
    [3]
    3. The holder according to claim 1, wherein the intermediate element is made in the form of a disk mounted on the hub of the thrust disk with the possibility of axial movement, and is spring-loaded to it by a screw * compression spring.
    [4]
    4. The holder according to claim 1, characterized in that the intermediate element is made in the form of guides located along the perimeter of the thrust disk along its axis and spring-loaded pushers located in them for interaction with cylindrical reels of the coil.
    类似技术:
    公开号 | 公开日 | 专利标题
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    DK156837B|1989-10-09|TOWING MACHINE WITH COUPLE COUPLE
    US3978947A|1976-09-07|Clutch brake unit
    US4030584A|1977-06-21|Normally disengaged electro-magnetic spring clutch capable of field adjustment of the wrap angle
    US5228661A|1993-07-20|Spare tire carrier and winch
    US4109770A|1978-08-29|Clutch devices
    US3990554A|1976-11-09|Normally engaged spring clutch assembly drivable through either clutch drum
    US4403745A|1983-09-13|Thread storing and feeding device
    US5862685A|1999-01-26|Washing machine transmission
    KR910006705A|1991-04-29|Chassis dynamometer
    US3850275A|1974-11-26|Spring clutch with automatic disconnect feature
    US3901457A|1975-08-26|Arrangement in centrifugal brakes for fishing reels
    US3110192A|1963-11-12|Transmission
    US3746137A|1973-07-17|Multiple-torque slip clutch
    US4307870A|1981-12-29|Clutch mechanism for hoisting apparatuses
    US4069901A|1978-01-24|Momentum type electrically controlled torque producing devices
    CN1157319C|2004-07-14|Ring container winding machine
    同族专利:
    公开号 | 公开日
    DD138964A1|1979-12-05|
    FI793345A|1980-04-27|
    FI65407C|1984-05-10|
    CH640801A5|1984-01-31|
    DD138964B1|1980-10-29|
    FI65407B|1984-01-31|
    引用文献:
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    CN110877843B|2019-11-26|2021-05-28|安徽翰联色纺股份有限公司|Yarn winding device capable of preventing yarn from being loose|
    法律状态:
    优先权:
    申请号 | 申请日 | 专利标题
    DD20867678A|DD138964B1|1978-10-26|1978-10-26|COIL ASSEMBLY ON DOUBLE SPINS|
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