Insulating paper tube flexible pipe removing device

Abstract

The utility model relates to an insulating paper tube flexible demoulding device, belong to transformer production technical field, including base, winding mould, paper tube and drive part, winding mould is placed on the base, winding mould has the paper tube of completing winding on, drive part connects winding mould. The base includes support, branch and clamp, the support has a pair, a pair of supports respectively from the both ends of winding mould supports winding mould, winding mould rolls on the support, a pair of supports also have branch in the middle, the branch is connected to the clamp upwards, and the clamp is surrounded with the semicircle of the top of branch and holds the paper tube. The end face of winding mould has the butt joint of threaded hole and drive part. The drive part includes input turntable, travelling chuck, spring and transmission part, and the travelling chuck is installed on the transmission part through the spring, the input turntable is connected to the power source outward, and the spring pushes the travelling chuck to the input turntable, makes the travelling chuck always compresses the input turntable.

Description

TECHNICAL FIELD

[0001] The application belongs to the technical field of transformer production, and particularly relates to a flexible paper tube stripping device for insulating paper tube. BACKGROUND

[0002] An indispensable part of transformer products is insulating parts, and the insulating parts used in transformers are also various, and one of the more important ones is an insulating paper tube. Generally, the insulating paper tube is obtained by winding a phenolic paper board of a suitable size on a mold. After the winding of the insulating paper board on the mold is completed, the insulating paper board needs to be properly heated and shaped, and the paper tube obtained after shaping needs to be stripped. Sometimes, the paper tube is combined with the mold more tightly, and if the paper tube is simply and roughly pulled, damage to the paper tube may be caused. Therefore, the stripping operation needs to be gradually loosened by using appropriate force. SUMMARY

[0003] The application provides a flexible paper tube stripping device for insulating paper tube to solve the problems in the background.

[0004] The technical problem solved by the application is achieved by adopting the following technical scheme:

[0005] A flexible paper tube stripping device for insulating paper tube, comprising a base part, a winding mold, a paper tube and a driving part, the winding mold is placed on the base part, the winding mold has the paper tube after winding on it, and the driving part is connected to the winding mold.

[0006] The base part comprises a support, a support arm and a clamp. The support has a pair, and the pair of supports supports the winding mold from both ends of the winding mold, and the winding mold rolls on the support. The support arm is also provided between the pair of supports, and the support arm is upwardly connected to the clamp. The clamp is clamped with the semicircle at the top of the support arm to hold the paper tube. The end face of the winding mold has a threaded hole which is connected to the driving part. The driving part comprises an input disc, a floating chuck, a spring and a transmission part. The floating chuck is installed on the transmission part through the spring. The input disc is connected to a power source outwardly. The spring pushes the floating chuck towards the input disc, so that the floating chuck is always pressed against the input disc.

[0007] Further, the input disc comprises a hexagonal head, a shaft and a wedge-shaped sliding tooth. The hexagonal head is connected to the power source. Of course, the specific connection form of the input disc can be adaptively adjusted and designed according to the output structure of the power source. The hexagonal head is connected to the main body of the input disc through the shaft. The back surface of the input disc is circumferentially distributed with the wedge-shaped sliding tooth. The wedge-shaped sliding tooth has an oblique angle on one side and a flat stage on the other side.

[0008] Further, the floating chuck comprises a protruding tooth and a circular groove. The protruding tooth is circumferentially distributed on the floating chuck. The protruding tooth is matched with the wedge-shaped sliding tooth to move.

[0009] Further, the back surface of the floating chuck is circumferentially distributed with the circular groove. The spring is installed in the circular groove in a sleeved manner.

[0010] Further, the transmission member includes an inner cavity, a tooth groove, a connecting shaft, a connecting disc and a connecting hole, the tooth groove is uniformly distributed around the inner cavity, the floating chuck is sleeved and installed in the inner cavity, the convex tooth is sleeved and installed in the tooth groove, the spring is installed between the floating chuck and the inner cavity, the middle part of the transmission member has the connecting shaft, the connecting shaft is butted with the connecting disc at the rear, and the connecting disc is connected with the winding mold through the connecting hole.

[0011] The beneficial effects of the present application are:

[0012] The driving device of the present application is used for the pipe removal operation of the transformer insulation paper tube after winding and shaping, has forward and reverse rotation modes, can drive the mold in a progressive manner through the wedge-shaped sliding teeth on one hand, and can drive the mold to rotate through the stepped part of the wedge-shaped sliding teeth on the other hand, and confirms the completion of the paper tube removal operation. BRIEF DESCRIPTION OF DRAWINGS

[0013] Figure 1 is a schematic view of the present application;

[0014] Figure 2 is a schematic view of the present application;

[0015] Figure 3 is an exploded view of the present application;

[0016] Figure 4 is a partial schematic view of the present application;

[0017] In the figure: 10. base part, 11. support, 12. support arm, 13. clamp, 20. winding mold, 30. paper tube, 40. driving part, 41. input turntable, 411. hexagonal head, 412. rotating shaft, 413. wedge-shaped sliding tooth, 42. floating chuck, 421. convex tooth, 422. circular groove, 43. spring, 44. transmission member, 441. inner cavity, 442. tooth groove, 443. connecting shaft, 444. connecting disc, 445. connecting hole. DETAILED DESCRIPTION

[0018] In order to facilitate the understanding of the present application, the present application will be described more fully below with reference to the related drawings. The preferred embodiments of the present application are shown in the drawings. However, the present application can be realized in many different forms and is not limited to the embodiments described herein. On the contrary, these embodiments are provided to make the disclosure of the present application more thorough and comprehensive.

[0019] Referring to Figures 1-4 The flexible pipe removal device for the insulation paper tube is shown, which includes a base part 10, a winding mold 20, a paper tube 30 and a driving part 40, the winding mold 20 is placed on the base part 10, the winding mold 20 has the paper tube 30 completed winding, and the driving part 40 is connected with the winding mold 20.

[0020] The base part 10 comprises a support 11, a support arm 12 and a clamp 13. The support 11 has a pair of supports 11, which respectively support the winding mold 20 from both ends of the winding mold 20, and the winding mold 20 rolls on the support 11. The support arm 12 is connected to the clamp 13 upwardly, and the clamp 13 is clamped with the semicircle on the top of the support arm 12.

[0021] The end surface of the winding mold 20 has a threaded hole (not shown in the figure) which is connected to the driving part 40.

[0022] The driving part 40 comprises an input disc 41, a floating chuck 42, a spring 43 and a transmission member 44. The floating chuck 42 is installed on the transmission member 44 through the spring 43. The input disc 41 is connected to a power source outwardly. The spring 43 pushes the floating chuck 42 to the input disc 41, so that the floating chuck 42 is always pressed tightly to the input disc 41.

[0023] It should be noted that the power source connected to the input disc 41 should have the ability of bidirectional rotation switching.

[0024] The input disc 41 comprises a hexagonal head 411, a rotating shaft 412 and a wedge-shaped sliding tooth 413. The hexagonal head 411 is connected to the power source. Of course, the specific connection form of the input disc 41 can be adjusted and designed according to the output structure of the power source. The hexagonal head 411 is connected to the main body of the input disc 41 through the rotating shaft 412. The wedge-shaped sliding tooth 413 is uniformly distributed on the circumference of the back surface of the input disc 41. One side of the wedge-shaped sliding tooth 413 is an inclined angle, and the other side is a flat stage.

[0025] The floating chuck 42 comprises a protruding tooth 421 and a circular groove 422. The protruding tooth 421 is uniformly distributed on the circumference of the floating chuck 42. The protruding tooth 421 cooperates with the wedge-shaped sliding tooth 413 to move. When the rotating direction of the wedge-shaped sliding tooth 413 is the inclined angle, the inclined angle part has two components of the pushing force to the protruding tooth 421. One is the tangential component to push the protruding tooth 421 to rotate, and the other is the axial component to push the protruding tooth 421 to retreat after compressing the spring 43. When the tangential component is not enough to push the protruding tooth 421 to rotate, the axial component pushes the protruding tooth 421 to retreat after compressing the spring 43, and the protruding tooth 421 passes over the wedge-shaped sliding tooth 413 to avoid damage to the paper tube 30 due to forced rotation. When the inclined angle part can push the protruding tooth 421 to rotate, the wedge-shaped sliding tooth 413 is reversed, and the flat stage of the wedge-shaped sliding tooth 413 directly pushes the protruding tooth 421 to rotate several turns to ensure that the paper tube 30 and the winding mold 20 are completely separated, and the paper tube separation operation is completed. The circular groove 422 is uniformly distributed on the back surface of the floating chuck 42. The spring 43 is installed in the circular groove 422.

[0026] The transmission member 44 comprises an inner cavity 441, tooth grooves 442, a connecting shaft 443, a connecting disc 444 and connecting holes 445, the tooth grooves 442 are uniformly distributed around the inner cavity 441, the loose chuck 42 is fitted and installed in the inner cavity 441, the convex teeth 421 are fitted and installed in the tooth grooves 442, the spring 43 is installed between the loose chuck 42 and the inner cavity 441, the middle part of the transmission member 44 has the connecting shaft 443, the connecting shaft 443 is connected with the connecting disc 444 at the back, and the connecting disc 444 is connected with the winding mold 20 through the connecting holes 445.

[0027] It should be noted here that the driving part 40 also needs to be supported as needed, and hinge supports are needed at the rotating shaft 412 and the connecting shaft 443.

[0028] The working principle of the present application is that the power source drives the input rotating disc 41 to rotate counterclockwise in the direction shown in the figure, and then the inclined angle part of the wedge-shaped sliding tooth 413 acts on the convex teeth 421. Figure 4 When the tangential component is not enough to drive the convex teeth 421 to rotate, the axial component drives the convex teeth 421 to compress the spring 43 and retreat, and the convex teeth 421 pass through the wedge-shaped sliding tooth 413 to avoid damage to the paper tube 30 due to forced rotation, and when the inclined angle part can drive the convex teeth 421 to rotate, the wedge-shaped sliding tooth 413 is reversed, and the flat stage of the wedge-shaped sliding tooth 413 directly drives the convex teeth 421 to rotate several turns to ensure that the paper tube 30 and the winding mold 20 are completely separated, and the paper tube separation operation is completed.

[0029] When the paper tube 30 and the winding mold 20 are finally separated, the driving part 40 is disconnected, the winding mold 20 is lifted to a vertical state using a lifting tool, and the paper tube 30 can be easily removed.

[0030] The above embodiments mainly illustrate the flexible paper tube separation device of the present application. Although only limited embodiments and technical features are described, those skilled in the art should understand that the present application can be implemented in many other forms without deviating from the main idea and scope. Therefore, the embodiments shown are regarded as illustrative rather than limiting, and the present application can cover various modifications and alternatives without deviating from the spirit and scope of the present application defined in the appended claims.

Claims

1. An insulating paper tube flexible de-tubing device comprising a base portion (10), a winding mold (20), a paper tube (30), and a driving portion (40), characterized in that, The winding mold (20) is placed on the base (10), the winding mold (20) has a completed winding paper tube (30), the driving part (40) is connected with the winding mold (20), the base (10) comprises a support (11), a support arm (12) and a clamp (13), the support (11) has a pair, the pair of supports (11) supports the winding mold (20) from both ends of the winding mold (20) respectively, the winding mold (20) rolls on the support (11), the pair of supports (11) has a support arm (12) in the middle, the support arm (12) is connected with the clamp (13) upward, the clamp (13) is clamped with the semicircle of the top of the support arm (12) to hold the paper tube (30), the driving part (40) comprises an input turntable (41), a floating chuck (42), a spring (43) and a transmission part (44), the floating chuck (42) is installed on the transmission part (44) through the spring (43), the input turntable (41) is connected with a power source outward, the spring (43) pushes the floating chuck (42) to the input turntable (41), so that the floating chuck (42) is always pressed tightly to the input turntable (41), the input turntable (41) comprises a hexagonal head (411), a rotating shaft (412) and a wedge-shaped sliding tooth (413), the hexagonal head (411) is connected with the power source, the hexagonal head (411) is connected with the main body of the input turntable (41) through the rotating shaft (412), the back surface of the input turntable (41) is uniformly distributed with the wedge-shaped sliding tooth (413), one side of the wedge-shaped sliding tooth (413) is an inclined angle, and the other side is a platform stage, the floating chuck (42) comprises a convex tooth (421) and a circular groove (422), the floating chuck (42) is uniformly distributed with the convex tooth (421) around the circumference, the convex tooth (421) cooperates with the wedge-shaped sliding tooth (413) to move, the back surface of the floating chuck (42) is uniformly distributed with the circular groove (422), the spring (43) is installed in the circular groove (422) in a nested manner, the transmission part (44) comprises an inner cavity (441), a tooth groove (442), a connecting shaft (443), a connecting disc (444) and a connecting hole (445), the inner cavity (441) is uniformly distributed with the tooth groove (442) around the circumference, the floating chuck (42) is installed in the inner cavity (441) in a nested manner, the convex tooth (421) is installed in the tooth groove (442) in a nested manner, the spring (43) is installed between the floating chuck (42) and the inner cavity (441), the transmission part (44) has the connecting shaft (443) in the middle, the connecting shaft (443) is butt jointed with the connecting disc (444) rearward, the connecting disc (444) is connected with the winding mold (20) through the connecting hole (445).

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