CN206705346U - A belt-running mechanism of a high-speed single-piece die-cutting machine - Google Patents

Abstract

The utility model discloses a deck mechanism of high-speed monolithic cross cutting machine, including the riser, locate unreel on the riser and rectify mechanism, two pendulum roller storage mechanism, storage drive mechanism and pendulum roller tension mechanism, the lower edge of riser is equipped with the connecting block down extending, the one end of connecting block is connected with first bottom plate and second bottom plate, the other end of connecting block is equipped with first roller, and one side of first roller is equipped with the splicing device, and storage drive mechanism's opposite side is equipped with the fifth roller, is equipped with the stroke corrector below the fifth roller simultaneously, pendulum roller tension mechanism establishes the below at the stroke corrector. The utility model changes the storage mechanism into double-pendulum roller storage on the traditional basis, can ensure the constant tension of the material belt between the two, and the punching mechanism between the two can more accurately punch pole pieces, thereby ensuring the size precision of products; the efficiency of the equipment, the quality of the product and the stability of the equipment are improved on the basis of only increasing the cost of the tension mechanism.

Description

A belt-running mechanism of a high-speed single-piece die-cutting machine

technical field

The utility model relates to a belt running mechanism of a high-speed single-chip die-cutting machine.

Background technique

The single-piece pole piece used in the lamination process is punched and formed by a die-cutting machine. The traditional single-piece die-cutting machine belt mechanism has insufficient efficiency, quality and stability due to the following reasons. 1. Storage The mechanism is a servo plus screw structure, the response speed is slow, and it cannot meet the storage requirements required for high-speed feeding. The tension of the material tape is unstable, which affects the product size. Thereby, prior art still needs to improve and improve.

Utility model content

The purpose of this utility model is to solve the above defects and provide a high-speed single-chip die-cutting machine with a compact structure and a reasonable design, which can effectively solve the problems of low efficiency and low product qualification rate in the existing layout of the belt. and poor stability issues.

The purpose of this utility model is achieved in the following ways:

A belt running mechanism of a high-speed single-piece die-cutting machine, comprising a vertical plate, an unwinding and deviation correction mechanism, a double pendulum roller storage mechanism, a material storage traction mechanism and a pendulum roller tension mechanism arranged on the vertical plate. The lower edge is extended downward with a connecting block, one end of the connecting block is connected with the first bottom plate and the second bottom plate, a guide rail is arranged between the first bottom plate and the second bottom plate, and the unwinding and deviation correction mechanism is installed on the second bottom plate Above, the other end of the connection block is provided with a first roller, which is fixed on the vertical plate through a roller seat, and one side of the first roller is provided with a belt connecting device, and one side of the belt connecting device There is a second passing roller, the second passing roller is fixed on the vertical plate through the passing roller seat, the third passing roller and the fourth passing roller are arranged above the second passing roller, and the double swing roller storage mechanism is set Above the third passing roller and the fourth passing roller, it is docked with the material passing of the third passing roller and the fourth passing roller. The fifth passing roller is arranged on one side, and a stroke correction device is arranged under the fifth passing roller. The sixth passing roller, the seventh passing roller and the eighth passing roller are arranged on the right side of the stroke correction device. The roller tension mechanism is arranged under the stroke correction device, and is connected with the sixth passing roller, the seventh passing roller and the eighth passing roller.

Further, the unwinding and deviation correction mechanism includes No. 1 fixed seat, No. 2 fixed seat, No. 1 inflatable shaft, No. 2 inflatable shaft and servo motor, No. 1 inflatable shaft, No. The inflatable shafts are respectively installed on the No. 1 fixed seat and the No. 2 fixed seat. The rear parts of the No. 1 inflatable shaft and the No. 2 inflatable shaft are connected with a clutch and a compression cylinder. The rear of the No. 2 inflatable shaft is provided with a deviation correction actuator on the side of the servo motor.

Further, the double pendulum roller storage mechanism includes a pendulum roller support, an upper storage pendulum roller and a lower storage pendulum roller. The pendulum roller support is provided with a double pendulum shaft, and the two ends of the double pendulum shaft are respectively provided with The swing roller bracket, the upper storage material swing roller and the lower storage material swing roller are arranged on the swing roller support.

Further, the belt connecting device includes a belt connecting base, on which a cylinder plate for installing a belt connecting cylinder is arranged, and a belt pressing plate is arranged on the cylinder plate.

Further, the storage traction mechanism includes a traction support, one side of the traction support is provided with a traction servo motor, the traction servo motor is connected to a reducer, and the side of the traction support is pierced with traction rollers and pressure rollers.

Further, the pendulum roller tension mechanism includes a tension pendulum roll stand arranged on the vertical plate, and a tension pendulum roll, a tension low-friction cylinder and a tension rotating shaft are arranged on the tension pendulum roll stand.

Further, a mounting seat is provided on the front side of the second bottom plate, and a sensor is provided on the mounting seat.

The beneficial effects produced by the utility model are: the utility model changes the material storage mechanism into double pendulum roller storage on the basis of the tradition, and uses the electronic cam control to achieve almost complete synchronization with the traction, and between the two The tension pendulum roller is added to ensure the constant tension of the material belt between the two, and the punching mechanism between the two can more accurately punch the pole piece to ensure the dimensional accuracy of the product; compared with the existing technology, only increase The efficiency of the equipment, the quality of the product and the stability of the equipment are all improved by reducing the cost of the tension mechanism.

Description of drawings

Fig. 1 is the three-dimensional structure schematic diagram of the utility model embodiment;

Fig. 2 is the front view of the utility model embodiment;

Fig. 3 is a top view of the utility model embodiment.

In the figure, 1 is the vertical plate, 2 is the connecting block, 3 is the first bottom plate, 4 is the second bottom plate, 5 is the first roller, 6 is the splicing device, 7 is the second roller, 8 is the third pass Roller, 9 is the fourth roller, 10 is the fifth roller, 11 is the stroke correction device, 12 is the sixth roller, 13 is the seventh roller, 14 is the eighth roller, 15 is the No. 1 fixed seat, 16 is the No. 2 fixed seat, 17 is the No. 1 inflatable shaft, 18 is the No. 2 inflatable shaft, 19 is the servo motor, 20 is the clutch, 21 is the compression cylinder, 22 is the correction actuator, and 23 is the swing roller support , 24 is the upper storage swing roller, 25 is the lower storage swing roller, 26 is the traction support, 27 is the traction roller, 28 is the pressure roller, 29 is the tension balance roller seat, 30 is the tension balance roller, 31 is the tension shaft , 32 is a sensor, and 33 is a traction servo motor.

detailed description

Below in conjunction with accompanying drawing and specific embodiment the utility model is described in further detail.

In this embodiment, referring to Fig. 1 to Fig. 3, a belt running mechanism of a high-speed single die-cutting machine in this scheme includes a vertical plate 1, an unwinding and deviation correction mechanism arranged on the vertical plate 1, and a double pendulum roller storage Mechanism, material storage traction mechanism and pendulum roller tension mechanism, the lower edge of the vertical plate 1 is extended downward with a connecting block 2, and one end of the connecting block 2 is connected with the first bottom plate 3 and the second bottom plate 4, the first A guide rail is provided between the bottom plate 3 and the second bottom plate 4, the unwinding and deviation correction mechanism is installed on the second bottom plate 4, the other end of the connecting block 2 is provided with a first roller 5, and the first roller 5 passes through The roller seat is fixed on the vertical plate 1, the first roller 5 is provided with a splicing device 6 on one side, and the second roller 7 is arranged on one side of the tape splicing device 6, and the second roller 7 is fixed by the roller seat On the vertical plate 1, the third passing roller 8 and the fourth passing roller 9 are arranged above the second passing roller 7, and the double swing roller storage mechanism is arranged on the third passing roller 8 and the fourth passing roller 9 above, it is docked with the material passing of the third passing roller 8 and the fourth passing roller 9, the storage traction mechanism is arranged on one side of the fourth passing roller 9, and the fifth passing roller 10, and a stroke correction device 11 is provided below the fifth passing roller 10, and a sixth passing roller 12, a seventh passing roller 13 and an eighth passing roller 14 are arranged on the right side of the stroke correcting device 11. The roller tension mechanism is arranged below the stroke correction device 11 and abuts with the sixth passing roller 12 , the seventh passing roller 13 and the eighth passing roller 14 .

When the utility model is working, the material belt comes out of the unwinding and rectifying mechanism, passes through the first passing roller 5 and enters the tape splicing mechanism, and then passes through the second passing roller 7 and the third passing roller 8 and enters the double swing roller storage mechanism. The roller storage mechanism is composed of a low-friction cylinder, two tension swing rollers 30 and a fourth passing roller 9. The material belt comes out from the tension swing roller 30 and enters the storage traction mechanism driven by the servo, and then enters through the fifth passing roller 10. The stroke rectifier 11 comes out and enters the pendulum roller tension mechanism through the sixth passing roller 12 and the seventh passing roller 13.

Wherein, the unwinding and deviation correction mechanism includes No. 1 fixed seat 15, No. 2 fixed seat 16, No. 1 inflatable shaft 17, No. 2 inflatable shaft 18 and servo motor 19 arranged on the second bottom plate 4. Expansion shaft 17 and No. 2 air expansion shaft 18 are respectively installed on No. 1 fixed seat 15 and No. 2 fixed seat 16, and the rear parts of No. 1 air-expansion shaft 17 and No. 2 air-expansion shaft 18 are all connected with clutch 20 and compression Cylinder 21, servomotor 19 are located at the rear of No. 1 inflatable shaft 17 and No. 2 inflatable shaft 18, and the side of servomotor 19 is provided with correction actuator 22.

Wherein, the double swing roller storage mechanism includes a swing roller support 23, an upper storage swing roller 24 and a lower storage swing roller 25, the swing roller support 23 is provided with a double swing shaft, and the two ends of the double swing shaft are respectively A pendulum roller bracket is provided, and the upper material storage pendulum roller 24 and the lower material storage pendulum roller 25 are arranged on the pendulum roller support.

Wherein, the belt connecting device 6 includes a belt connecting base, on which a cylinder plate for installing a belt connecting cylinder is arranged, and a belt pressing plate is arranged on the cylinder plate.

Wherein, the storage traction mechanism includes a traction support 26, one side of the traction support 26 is provided with a traction servo motor 33, the traction servo motor 33 is connected with a reducer, and the side of the traction support 26 is provided with a traction roller 27 and Pressure roller 28.

Wherein, the pendulum roller tension mechanism includes a tension pendulum roll seat 29 arranged on the vertical plate 1 , and a tension pendulum roll seat 29 is provided with a tension pendulum roll 30 , a tension motor and a tension rotating shaft 31 .

Wherein, a mounting seat is provided on the front side of the second bottom plate 4, and a sensor 32 is provided on the mounting seat.

The above content is a further detailed description of the utility model in conjunction with specific preferred embodiments, and it cannot be assumed that the specific implementation of the utility model is only limited to these descriptions. For those of ordinary skill in the technical field to which the utility model belongs, on the premise of not departing from the concept of the utility model, some simple deduction or replacement can also be made, which should be regarded as the protection scope of the utility model.

Claims (7)

1. A belt-running mechanism of a high-speed single-chip die-cutting machine, comprising a vertical plate, an unwinding and deviation correction mechanism, a double swing roller storage mechanism, a storage traction mechanism and a swing roller tension mechanism located on the vertical plate, characterized in that : The lower edge of the vertical plate extends downwards to be provided with a connecting block, one end of the connecting block is connected with a first base plate and a second base plate, a guide rail is arranged between the first base plate and the second base plate, and the unwinding and deviation correction The mechanism is installed on the second bottom plate, the other end of the connecting block is provided with a first roller, and the first roller is fixed on the vertical plate through the roller seat, and a belt splicing device is provided on one side of the first roller. One side of the splicing device is provided with a second roller, the second roller is fixed on the vertical plate through the roller seat, and the third roller and the fourth roller are arranged above the second roller. The pendulum roller material storage mechanism is arranged above the third and fourth passing rollers, and is connected with the material passing of the third and fourth passing rollers, and the storage traction mechanism is arranged on one side of the fourth passing roller, The fifth passing roller is arranged on the other side of the storage traction mechanism, and a stroke correction device is arranged under the fifth passing roller. The sixth passing roller, the seventh passing roller and the eighth passing roller are arranged on the right side of the stroke correction device For the passing roller, the pendulum roller tension mechanism is arranged below the stroke correction device, and is connected with the sixth passing roller, the seventh passing roller and the eighth passing roller. 2. The tape-running mechanism of a high-speed single-chip die-cutting machine according to claim 1, wherein the unwinding and deviation-correcting mechanism includes No. 1 fixing seat, No. 2 fixing seat, The No. 1 inflatable shaft, the No. 2 inflatable shaft and the servo motor, the No. 1 inflatable shaft and the No. 2 inflatable shaft are installed on the No. 1 fixed seat and the No. The rear parts of the shafts are connected with clutches and compression cylinders, the servo motors are arranged behind the No. 1 inflatable shaft and the No. 2 inflatable shaft, and a deviation correction actuator is arranged on the side of the servo motors. 3. The belt transport mechanism of a high-speed single die-cutting machine according to claim 1, characterized in that: the double pendulum roller storage mechanism includes a pendulum roller support, an upper storage pendulum roller and a lower storage pendulum Double pendulum shafts are worn on the pendulum roll support, and the two ends of the double pendulum shafts are respectively provided with pendulum roll brackets. 4. The tape transport mechanism of a high-speed single-chip die-cutting machine according to claim 1, wherein the tape splicing device includes a tape splicing base, and a cylinder plate for installing a tape splicing cylinder is arranged on the splicing base , There is a connecting belt pressure plate on the cylinder plate. 5. The tape transport mechanism of a high-speed single-chip die-cutting machine according to claim 1, characterized in that: the storage traction mechanism includes a traction support, one side of the traction support is provided with a traction servo motor, and the traction The servo motor is connected with a reducer, and a traction roller and a pressure roller are arranged on the side of the traction support. 6. The tape transport mechanism of a high-speed single die-cutting machine according to claim 1, characterized in that: said pendulum roller tension mechanism comprises a tension pendulum roller seat arranged on the vertical plate, and a tension pendulum roller seat is provided on the tension pendulum roller seat There are tension pendulum rollers, tension low-friction cylinders and tension rotating shafts. 7 . The belt transport mechanism of a high-speed single die-cutting machine according to claim 1 , wherein a mounting seat is provided on the front side of the second bottom plate, and a sensor is provided on the mounting seat. 8 .