WO2013044425A1

WO2013044425A1 - Automatic control device for corrugated machine clutch

Info

Publication number: WO2013044425A1
Application number: PCT/CN2011/001839
Authority: WO
Inventors: 朱青东
Original assignee: 无锡裕泰包装机械科技有限公司
Priority date: 2011-09-26
Filing date: 2011-11-01
Publication date: 2013-04-04
Also published as: CN102359515B; CN102359515A

Abstract

An automatic control device for corrugated machine clutch comprises a clutch torque output disk (1). A connection positioning base (11) is disposed on the clutch torque output disk (1). A roller torque input disk (5) is disposed on the clutch torque output disk (1). A connection positioning groove (6) is provided on the roller torque input disk (5). The roller torque input disk (5) is sleeved on the connection positioning base (11) of the clutch torque output disk (1) through the connection positioning groove (6). Two ends of the roller torque input disk (5) corresponding to the connection positioning groove (6) are each provided with a positioning notch (14). A signal output rod (2) is disposed in the connection positioning groove (6). An end of the signal output rod (2) extending into connection positioning groove (6) is mounted on the connection positioning base (11) through a clutch torque output block (4), and the other end of the signal output rod (2) extending into connection positioning groove (6) is located in the positioning notch (14). A rod body of the signal output rod (2) located in the connection positioning groove (6) is sleeved with a spring (3). The structure is simple and compact, is convenient to mount and use, reduces the repair cost, improves the repair efficiency, prolongs the service life of the clutch, is highly automatic, and is safe and reliable.

Description

Corrugated machine clutch automatic control device

Technical field

The invention relates to a control device, in particular to a corrugator clutch automatic control device, belonging to the technical field of corrugating machine control.

Background technique

At present, all roller drives of corrugated machines are designed with fixed line speeds, resulting in the following two deficiencies:

1. When the tension and expansion coefficient of various papers exceed the design range, the linear speed cannot be adjusted freely for any roller, so there is a phenomenon of collapse or partial collapse. 2. Any roller damage must be repaired in the same proportion of the diameter of the roller, which will cause manual waste and time loss, and directly affect the repair cost. Summary of the invention

The object of the present invention is to overcome the deficiencies in the prior art, and provide an automatic control device for a corrugator clutch, which is simple and compact in structure, convenient to install and use, can repair a plurality of roller bodies, and can be repaired separately for a single roller, Affects line speed, reduces repair costs, improves repair efficiency, is highly automated, and is safe and reliable.

According to the technical solution provided by the present invention, the corrugator clutch automatic control device includes a clutch torque output disc, and the clutch torque output disc is provided with a plurality of evenly distributed connection positioning seats; the clutch torque output disc corresponds to the set connection positioning seat. One side of the roller body is provided with a roller body torque input disk, and the roller body torque input disk is provided with a connection positioning groove for allowing the connection positioning seat to be embedded, and the roller body torque input disk is connected to the clutch torque output disk through the connection positioning slot. a seat, and the roller torque input disk can be rotated on the clutch torque output disk; the roller body torque input plate is provided with a positioning notch corresponding to the connecting positioning groove; the connecting positioning groove is provided with a signal output rod, The signal output rod is mounted on the connecting positioning seat through the clutch torque output block corresponding to the end extending into the connecting positioning groove, and the signal output rod is located in the positioning notch corresponding to the other end extending into the connecting positioning groove; the signal output rod corresponds to the connection A spring is sleeved on the rod body in the positioning groove.

The central portion of the clutch torque output disc is provided with an output disc positioning table, and a central portion of the roller body torque input disc is provided with an input disc positioning table, and the roller body torque input disc is formed corresponding to a side adjacent to the clutch torque output disc to form an input disc positioning a chamber, the input disc positioning chamber corresponding to the input disc positioning table; the output disc positioning table is matched with an input disc positioning chamber located in a central portion of the roller body torque input disc, and the output disc positioning table extends into the input disc positioning chamber The output disc positioning table is matched with the input disc positioning cavity.

The input disc positioning table is provided with a plurality of evenly distributed input disc connecting holes, and the input disc connecting holes are in communication with the input disc positioning chamber.

The clutch torque output disc is provided with a plurality of output disc connection holes. The connecting positioning seat is provided with an output rod connecting hole, and an axis of the output rod connecting hole is perpendicular to an axis connecting the positioning seat; one end of the signal output rod extends into the connecting rod connecting hole.

The clutch torque output disc is provided with four evenly distributed connection positioning seats. The clutch torque output disk is fixedly coupled to the clutch on the other side of the set roller body torque input disk, and the roller body torque input disk is coupled to the roller body on the other side connected to the clutch torque output disk.

The invention has the advantages that: the clutch torque output disc is provided with a roller body torque input disc, and the roller body torque input disc is provided with a connecting positioning groove and an input disc positioning chamber, and the connecting positioning groove and the clutch on the roller body torque input disc are connected The connecting positioning seat on the torque output plate is matched; the roller body torque input plate is provided with a positioning notch corresponding to the two ends of the connecting positioning groove, a signal output rod is arranged in the connecting positioning groove, and a spring is arranged on the signal output rod; When the torque between the output disc and the roller body torque input disc becomes larger, the clutch torque output disc rotates relative to the roller body torque input disc, and the spring is compressed, so that the signal output rod can contact the signal receiver, the air pressure is changed, and the clutch is slid. The state, changing the rotation speed of the roller body, can adjust the rotation speed of the roller body and conveniently repair the roller body; the structure is simple and compact, the installation and use are convenient, the repair cost is reduced, the repair efficiency is improved, the automation degree is high, and the safety is reliable.

DRAWINGS

Figure 1 is a schematic view of the structure of the present invention.

Figure 2 is a right side view of Figure 1.

detailed description

The invention will now be further described with reference to the specific drawings and embodiments.

As shown in FIG. 1 to FIG. 2, the present invention includes a clutch torque output disk 1, a signal output rod 2, a spring 3, a clutch torque output block 4, a roller body torque input disk 5, a connection positioning groove 6, an output rod mounting hole 7, The input disk positioning table 8, the output disk positioning table 9, the output disk connection hole 10, the connection positioning seat 11, the output rod positioning hole 12, the input disk connection hole 13, the positioning notch 14, and the input disk positioning chamber 15.

As shown in FIG. 1 and FIG. 2, the center area of the clutch torque output disc 1 is convexly provided with an output disc positioning table 9, and the clutch torque output disc 1 is provided with a plurality of uniforms corresponding to the outer ring of the set output disc positioning table 9. The distribution connection positioning seat 11 surrounds the output disk positioning table 9; in the embodiment, four connection positioning seats 11 are disposed on the clutch torque output disk 1. The clutch torque output disc 1 is provided with a roller body torque input disc 5 corresponding to a side on which the output disc positioning table 9 is disposed, and an input disc positioning table 8 is provided in a central portion of the roller body torque input disc 5, and a roller body torque input disc 5 is provided. The input disk positioning chamber 15 is formed by the input disk positioning table 8, which is matched with the output disk positioning table 9. The roller body torque input disk 5 is provided with a connection positioning groove 6 for allowing the connection positioning seat 11 to be fitted, and the number of the connection positioning grooves 6 is set to coincide with the connection positioning seat 11. When the roller body torque input disk 5 is mounted on the clutch torque output disk 1, the output disk positioning table 9 projects into the input disk positioning chamber 15, and the output disk positioning table 9 is in clearance with the input disk positioning chamber 15; 11 corresponds to the other end of the clutch torque output disc 1 extending into the connection positioning groove 6, the connection positioning seat 11 and the connection positioning groove 6 clearance fit, so that the clutch torque output disc 1 and the roller body torque input disc 5 can be opposite Turn.

A positioning notch 14 is disposed on both ends of the roller body torque input plate 5 corresponding to the connecting positioning groove 6; the positioning notch 14 is connected by an output rod mounting hole 7 connected to the side wall of the positioning groove 6. A signal output rod 2 is disposed on the roller body torque input plate 5, and one end of the signal output rod 2 extends into the connection positioning groove 6 through the output rod mounting hole 7, and the signal output rod 2 corresponds to the insertion into the connection positioning groove 6. The end portion projects into the output rod positioning hole 12 of the connection positioning seat 11. When the end of the signal output rod 2 is mounted through the output rod mounting hole 7 and the output rod positioning hole 12, the signal output rod 2 is mounted to the joint positioning seat 11 via the clutch torque output block 4. The signal output rod 2 is sleeved with a spring 3, the spring 3 is located in the connection positioning groove 6, and the signal output rod 2 is located in the positioning notch 14 corresponding to the other end portion extending into the connection positioning groove 6, and the signal output rod 2 can be The connecting positioning groove 6 and the positioning notch 14 move. The axis of the output rod positioning hole 12 is perpendicular to the axis of the connection positioning seat 11. The input disk positioning table 8 of the roller body torque input disk 5 is provided with a plurality of The evenly distributed input disk connection hole 13 through which the roller body torque input disk 5 can be fastened to the roller body can be fastened. The clutch torque output disc 1 is provided with a plurality of evenly distributed output disc connecting holes 10 through which the clutch torque output disc 1 can be fastened to the clutch.

As shown in FIG. 1 and FIG. 2, in use, the clutch torque output disc 1 is mounted with a roller torque input disc 5, the clutch torque output disc 1 is fastened to the clutch, and the roller torque input disc 5 is passed through a coupling and the like. The body is connected, and the roller body comprises a corrugating roller, a pressure roller and a glue stick, so that the roller body can be connected to an external power source. During operation, the clutch drives the clutch torque output disc 1 and the roller body torque input disc 5 to rotate, and the clutch drives the roller body to set the speed rotation through the clutch torque output disc 1 and the roller body torque input disc 5. When the interaction between the clutch and the roller body is different, the torque between the clutch and the clutch torque output disk 1 does not correspond to the simple torque of the roller body torque input disk 5 and the roller body, and the torque of the clutch torque output disk 1 and the roller body torque is increased. There is relative rotation between the input discs 5. When the clutch torque output disc 1 and the roller torque input disc 5 are relatively rotated, the roller body torque input disc 5 compresses the spring 3 located in the connecting positioning groove 6, and as the spring 3 is continuously compressed, the spring 3 can make the signal The output rod 2 is moved, that is, the signal output rod 2 is moved toward the positioning notch 14. When the signal output rod 2 is moved to a certain distance from the positioning notch 14, the signal output rod 2 can be in contact with the signal receiver. After the signal output rod 2 is in contact with the signal receiver, the signal contactor changes the air pressure of the clutch, so that the clutch is in a sliding state, so that the change of the speed of the individual roller body can be changed, the rotation speed of the roller body can be adjusted, and the roller body can be easily repaired. After the roller body adjustment and repair is completed, the signal output rod 2 can be reset by the spring 3, and the clutch torque output disc 1 and the roller body torque input disc 5 are reset. When the power is connected, the clutch passes through the clutch torque output disc 1 and The roller body torque input disk 5 drives the roller body to rotate again.

The clutch torque output disc 1 of the present invention is provided with a roller body torque input disc 5, and the roller body torque input disc 5 is provided with a connecting positioning groove 6 and an input disc positioning chamber 15, and a connecting positioning groove 6 and a clutch on the roller body torque input disc 5 The connection positioning seat 11 on the torque output disk 1 is correspondingly matched; the positioning pinch 14 is disposed on the roller body torque input plate 5 corresponding to the two ends of the connection positioning groove 6, and the signal output rod 2 is disposed in the connection positioning groove 6, and the signal output rod 2 is disposed. a spring 3 is provided; when the torque between the clutch torque output disc 1 and the roller body torque input disc 5 becomes different, the clutch torque output disc 1 and the roller body torque input disc 5 rotate relative to each other, and the spring 3 is compressed so that the signal output rod 2 It can contact with the signal receiver, change the air pressure, make the clutch in the sliding state, change the rotation speed of the roller body, adjust the rotation speed of the roller body and conveniently repair the roller body. The structure is simple and compact, easy to install and use, and reduce the repair cost. , improve the repair efficiency, the degree of automation is 髙, safe and reliable.

Claims

Claim

1. A corrugator clutch automatic control device, comprising: a clutch torque output disc (1), wherein the clutch torque output disc (1) is provided with a plurality of evenly distributed connecting positioning seats (11); clutch torque output The disk (1) is provided with a roller body torque input disk (5) corresponding to a side on which the connection positioning seat (11) is provided, and the roller body torque input disk (5) is provided with a connection allowing the connection positioning seat (11) to be embedded. The positioning groove (6) is connected, and the roller torque input disk (5) is sleeved on the connecting positioning seat (11) of the clutch torque output plate (1) by connecting the positioning groove (6), and the roller torque input disk (5) can Rotating on the clutch torque output disc (1); the roller body torque input disc (5) is provided with a positioning notch (14) corresponding to the connecting positioning groove (6); a signal is arranged in the connecting positioning groove (6) An output rod (2), the signal output rod (2) corresponding to the end extending into the connection positioning groove (6) is mounted on the connection positioning seat (11) through the clutch torque output block (4), the signal output rod (2) Corresponding to the other end position extending into the connection positioning groove (6) The positioning notches (14); a signal output shaft (2) corresponding to the positioning groove located in connection with a spring sleeve (3) on the inner shaft (6).

2. The corrugator clutch automatic control device according to claim 1, wherein: a central portion of the clutch torque output disc (1) is provided with an output disc positioning table (9), and a roller body torque input disc (5) The central area is provided with an input disc positioning table (8), and the roller body torque input disc (5) corresponds to a side adjacent to the clutch torque output disc (1) to form an input disc positioning chamber (15), and the input disc positioning chamber ( 5) Corresponding to the input disc positioning table (8); the output disc positioning table (9) is matched with the input disc positioning chamber (15) located in the center area of the roller body torque input disc (5), and the output disc positioning table ( 9) Extend into the input disc positioning chamber (15), and the output disc positioning table (9) is in clearance with the input disc positioning chamber (15).

3. The corrugator clutch automatic control device according to claim 2, wherein: the input disc positioning table (8) is provided with a plurality of evenly distributed input disc connection holes (13), and the input disc connection holes are provided. (13) Connected to the input disc positioning chamber (15).

4. The corrugator clutch automatic control device according to claim 1, wherein: the clutch torque output disc (1) is provided with a plurality of output disc connection holes (10).

5. The automatic control device for a corrugator clutch according to claim 1, wherein: the connecting positioning seat (11) is provided with an output rod connecting hole (12), and the axis of the output rod connecting hole (12) It is perpendicular to the axis of the connection positioning seat (11); one end of the signal output rod (2) projects into the output rod connection hole (12).

6. The corrugator clutch automatic control device according to claim 1, wherein: the clutch torque output disc (1) is provided with four evenly distributed connection positioning seats (11).

7. The corrugator clutch automatic control device according to claim 1, wherein: the clutch torque output disc (1) is fixedly coupled to the clutch on the other side of the set roller body torque input disc (5), and the roller The body torque input disk (5) is connected to the roller body corresponding to the other side connected to the clutch torque output disk (1).