CN102941933B - A kind of crisp sheet oil full automaticity equipment for coating film - Google Patents

Abstract

The invention discloses a fully automatic coating device for crispy oil, which comprises a crispy oil conveyor, a crispy oil upper film coating mechanism, a crispy oil lower film coating mechanism, a film pressing mechanism, and an automatic film changing mechanism. In the present invention, when the crispy oil is transported to the crispy oil film coating mechanism through the crispy oil conveyor, the crispy oil upper film coating mechanism and the crispy oil lower film coating mechanism cover the coated paper on the crispy oil. After the upper and lower surfaces, enter the lamination mechanism of the next station for compaction, and complete the whole process of fully automatic film coating of crispy oil. When the film paper is used up, the automatic film change mechanism will automatically cover the upper film. Replace the coated paper with the film coating mechanism under the crispy oil. The invention can simultaneously coat the top and bottom of the pastry oil, reduces the frequency of replacing new coated paper rolls, and improves the running speed of the whole production line.

Description

A fully automatic film coating equipment for crispy oil

technical field

The invention relates to a film coating equipment, in particular to a full-automatic film coating equipment for pastry oil.

Background technique

The existing crispy oil coating equipment usually uses a single roll of coated paper to coat the top and bottom of the crispy oil. The efficiency of single roll of coated paper is low, and the frequency of replacing new coated paper rolls is high. When replacing the coated paper It is necessary to suspend the entire production line, which greatly reduces the running speed of the entire production line. Manual traction is required when a single roll of coated paper is laminated and replaced. Manual traction has high requirements for the operator's skills and proficiency. At the same time The film consistency of the pastry oil film drawn by manual traction is poor, which will affect the automatic paper cutting and automatic packing process of the subsequent process.

Contents of the invention

In view of the above situation, the present invention provides a fully automatic film coating equipment for crispy oil, which can coat the upper and lower sides of crispy oil at the same time, reduces the frequency of replacing new coated paper rolls, and improves the operating speed of the entire production line.

The technical solution of the present invention is: a fully automatic film coating equipment for crispy oil, including a crispy oil conveyor, on which the crispy oil conveyor is respectively equipped with a film coating mechanism for crispy oil and an automatic film changing mechanism , laminating mechanism and short film oil film covering mechanism. When the crispy oil is conveyed to the crispy oil film coating mechanism by the crispy oil conveyor, the crispy oil film coating mechanism will cover the film paper on the upper surface of the crispy oil, which is located at the front of the crispy oil conveyor. The pastry oil coating mechanism below covers the film-coated paper on the lower surface of the pastry oil. After coating, the pastry oil is pressed by the film pressing mechanism located at the next station of the pastry oil film coating mechanism. Realistically, the whole process of fully automatic film coating of crispy oil is completed. When the film paper installed on the film coating mechanism of crispy oil and the film coating mechanism of crispy oil is used up, the automatic film changing mechanism will automatically The film laminating mechanism and the film laminating mechanism under the pastry oil replace the laminating paper.

In the present invention, the involved crispy oil coating film mechanism includes the first and second paper feeding rollers respectively connected to the paper feeding roller motors, and the upper parts of the first and second paper feeding rollers are correspondingly provided with two A set of first and second pinch rollers, the first and second pinch rollers are respectively connected to the first and second pinch cylinders, wherein two corresponding first , The second idler roller, located on both sides of the upper part of the first and second paper feeding rollers, is provided with the first and second film-coated paper roll inflation mandrels at a certain interval, and the first and second film-coated paper rolls are inflated The mandrels are respectively connected with the first and second torque motors, the first and second thickness measuring sensors are arranged on the first and second coated paper roll inflation mandrels, and the first and second thickness measuring sensors are arranged obliquely below the first idle roller Guide idler. Therefore, the speed of the second torque motor is controlled by the second thickness sensor to realize the unwinding of the coated paper roll on the right side at a constant speed. The wheel drives the coated paper to advance, and is guided by the guide idler roller to coat the upper surface of the pastry oil. When the second thickness measuring sensor detects that the coated paper roll on the right side is about to be used up, the first torque motor starts to act to unwind the coated paper roll on the left side at a constant speed, and the first pressing cylinder pushes the first pressing wheel to press the coated paper roll. The coated paper is driven forward by the first feeding wheel, guided by the idle roller, and sent to the bottom of the coated paper on the left side, and the coated paper is automatically replaced by the upper film laminating mechanism through the automatic film splicing mechanism.

In the present invention, the automatic membrane changing mechanism involved includes first and second welding splints arranged symmetrically up and down, and the first and second welding splints are connected to the first and second cylinders by first and second screws respectively. connected, the first and second cylinders are respectively connected to the first and second cylinder mounts, and the first and second welding splints are respectively connected to external heating equipment. When the side-coated paper passes through the first and second welding splints, the first and second air cylinders move simultaneously to push the first and second welding splints, heating the coated papers to make them stick together. Complete the automatic film changing process of pastry oil.

In the present invention, the film laminating mechanism involved includes a roller, a first roller, and a second roller. The two ends of the first roller are fixedly connected with the two ends of the rollers. The connecting rods at both ends of the first roller are provided with tension springs connected with the frame of the lamination mechanism. The two ends of the second roller are fixedly installed with The adjustment weight and swing lever.

The pressing film mechanism of the present invention can manually adjust the pressing force according to the film coating speed of the pastry oil.

In the present invention, the film-coating mechanism under the pastry oil includes two third and fourth film-coated paper roll inflation mandrels arranged at a certain interval, and the third and fourth film-coated paper rolls are inflated The mandrels are respectively connected to the third and fourth torque motors, and the third and fourth thickness measuring sensors are located at the positions corresponding to the third and fourth coated paper roll inflatable mandrels, which are located at the third and fourth thickness measuring There are third and fourth pinch rollers above the sensor, which are respectively connected to the third and fourth pinch cylinders, and the third and fourth pinch rollers are corresponding to the third and fifth paper feed rollers. The third and fifth paper feed rollers are respectively connected to the third and fifth paper feed roller motors, wherein the fifth pinch roller and the fifth paper feed roller are arranged on the top of the fourth pinch roller and the fifth The fourth paper feeding roller is connected with the motor of the fourth paper feeding roller, and a guiding idle roller is arranged obliquely above the third thickness measuring sensor. Therefore, the speed of the second torque motor is controlled by the first thickness sensor to realize the unwinding of the left coated paper roll at a constant speed. The paper feeding roller drives the coated paper to advance, and is guided by the guide idler roller to coat the upper and lower surfaces of the pastry oil. When the second thickness sensor detects that the coated paper roll is about to be used up, the first torque motor starts to act to unwind the coated paper roll on the right side at a constant speed, and the second pressing cylinder pushes the second pressing roller to press the film Paper, the first paper feed roller drives the coated paper on the right side to be conveyed upwards, and the coated paper continues to be conveyed upwards through the third paper feed roller installed in parallel with the second pinch roller, and then guided by the idle roller. It is sent to the bottom of the laminating paper on the left side, and the laminating paper is automatically replaced for the lower film laminating mechanism through the automatic film splicing mechanism.

The effect of the present invention is: owing to adopting on the original crispy oil conveyer, be respectively provided with crispy sliced oil upper film covering mechanism, automatic film changing mechanism, pressing film mechanism and crispy sliced oil lower film covering mechanism. When the crispy oil is transported to the crispy oil film coating mechanism through the crispy oil conveyor, the crispy oil film coating mechanism will cover the film paper on the upper surface of the crispy oil, which is located under the crispy oil conveyor The film-coating mechanism of the crispy oil covers the lower surface of the crispy oil with the film-coated paper, and the crispy oil is then compacted by the film-pressing mechanism located at the next station of the crispy oil film-coating mechanism , to complete the whole process of automatic film coating of crispy oil. When the film paper installed on the film coating mechanism of crispy oil and the film coating mechanism of crispy oil is used up, the automatic film changing mechanism will automatically replace the film The laminating mechanism and the pastry film laminating mechanism replace the laminating paper. The invention can simultaneously coat the top and bottom of the pastry oil, reduces the frequency of replacing new coated paper rolls, and improves the running speed of the whole production line.

Description of drawings

Figure 1 is an overall schematic diagram of the present invention;

Figure 2 is a schematic diagram of the film-covering mechanism of the pastry oil in Figure 1;

Figure 3 is a schematic diagram of the film covering mechanism under the crispy oil in Figure 1;

Figure 4 is a schematic diagram of the crispy oil film mechanism in Figure 1;

Figure 5 is the right view of Figure 4;

Figure 6 is a schematic diagram of the automatic film-changing mechanism for the crispy oil in Figure 1 .

Detailed ways

The present invention will be further described below in conjunction with the embodiments of the accompanying drawings.

See a kind of crispy oil full-automatic coating equipment shown in Fig. 1 to Fig. 6, comprise crispy oil conveyer 5, be respectively provided with crispy oil film-coating mechanism 2 on described crispy oil conveyer 5 , Automatic film changing mechanism 3, film pressing mechanism 4 and short film oil film covering mechanism 6. The crispy oil upper film coating mechanism 2 of the present invention is located above the crispy oil conveyor 5 and is fixedly connected to the frame 1, and the crispy oil lower film coating mechanism 6 is located below the crispy oil conveyor 5 and is fixedly connected to the frame 1 , the lamination mechanism position 4 is located at the front end of the pastry oil film coating mechanism 2, connected with the pastry oil lower film coating mechanism 6, and the automatic film changing mechanism 3 is installed on the two rolls of the pastry oil film coating mechanism 2 The junction of coated paper. The pastry oil coating mechanism 2 described in this embodiment includes first and second paper feed rollers 208-1, 208-2 connected with paper feed roller motors 201-1, 201-2 respectively, located at The upper parts of the first and second paper feeding rollers 208-1 and 208-2 are correspondingly provided with two sets of first and second pinch rollers 202-1 and 202-2, and the first and second pinch rollers 202 -1 and 202-2 are respectively connected with the first and second pressing cylinders 203-1 and 203-2, wherein the lower part of the first paper feeding roller 208-1 is provided with two corresponding first and second idle rollers 209-1, 209-2, located on both sides of the upper part of the first and second paper feeding rollers 208-1, 208-2, are provided with first and second coated paper roll inflation mandrels 205-1, 205-2, the first and second coated paper roll inflation mandrels 205-1 and 205-2 are respectively connected to the first and second torque motors 204-1 and 204-2, located in the first and second coated paper rolls The first and second thickness-measuring sensors 206-1 and 206-2 are provided on the air inflation mandrels 205-1 and 205-2 of the film paper roll, and there is also a guide idler wheel located obliquely below the first idler roller 209-1 207. The film coating mechanism 6 under the crispy oil of the present embodiment includes two third and fourth coated paper roll inflation mandrels 307-1, 307-2 arranged at a certain interval. The four coated paper roll inflation mandrels 307-1, 307-2 are respectively connected with the third and fourth torque motors 306-1, 306-2, and connected with the third and fourth coated paper roll inflation spindles 307- 1. The third and fourth thickness measuring sensors 301-1 and 301-2 are installed at the corresponding positions of 307-2, and the third and fourth thickness measuring sensors 301-1 and 301-2 are located above the third and fourth thickness measuring sensors 301-1 and 301-2. The four pinch rollers 303-1, 303-2 are respectively connected with the third and fourth pinch cylinders 302-1, 302-2, and are connected with the third and fourth pinch rollers 303-1, 303-2. Corresponding to the third and fifth paper feed rollers 304-1 and 304-3, the third and fifth paper feed rollers 304-1 and 304-3 are respectively connected to the third and fifth paper feed roller motors 305 -1, 305-3 connection, wherein the fifth pinch roller 303-3 and the fourth paper feed roller 304 are arranged on the upper part of the fourth pinch roller 303-2 and the fifth paper feed roller 304-3 -2, the fourth paper feeding roller 304-2 is connected to the fourth paper feeding roller motor 305-2, and a guiding idle roller 308 is arranged obliquely above the third thickness measuring sensor 301-1. The crispy oil film pressing mechanism 4 described in this embodiment includes a roller 406, a first roller 405, and a second roller 408, and the two ends of the roller 406 and the second roller (408) are respectively installed on the lamination film through the mounting seat 404. On the mechanism frame 409, wherein the two ends of the first roller 405 are fixedly connected with the two ends of the roller 406 through the connecting rod 407, and the connecting rod 407 at the two ends of the first roller 405 is provided with a pulley connected to the lamination mechanism frame 409. spring 403, and the two ends of the second roller 408 are fixedly equipped with an adjustment weight 402 and a swing lever 401 extending to both sides. The crispy oil automatic membrane changing mechanism 3 described in this embodiment includes a first and second roller symmetrically arranged up and down. 1. The second welding splints 504-1, 504-2. The first and second welding splints 504-1, 504-2 are connected to the first, second welding splints 501-1, 501-2 respectively through the first and second screws 501-1, 501-2. The second cylinder 502-1, 502-2 is connected, and the first and second cylinders 502-1, 502-2 are respectively connected with the first and second cylinder mounts 503-1, 503-2, and the first , The second welding splints 504-1, 504-2 are respectively connected with external heating equipment.

Claims (1)

1. a crisp sheet oil full automaticity equipment for coating film, comprise crisp sheet oil conveyer, it is characterized in that, described crisp sheet oil conveyer (5) is respectively equipped with film film-covering mechanism (6) under film film-covering mechanism (2) on crisp sheet oil, Automatic change film mechanism (3), squeeze-film mechanism (4) and crisp sheet oil;

Wherein film film-covering mechanism (2) on crisp sheet oil, comprises first, second paper feeding running roller (208-1, 208-2) respectively with feeding-in roll turbin generator (201-1, 201-2) connect, be positioned at first, second paper feeding running roller (208-1, 208-2) top correspondence is provided with two group first, second compresses running roller (202-1, 202-2), this first, second compresses running roller (202-1, 202-2) respectively with first, second compression cylinder (203-1, 203-2) connect, wherein the first paper feeding running roller (208-1) bottom is provided with two corresponding first, second Inert roller (209-1, 209-2), first is positioned at, second paper feeding running roller (208-1, 208-2) both sides, top are provided with first at regular intervals, second overlay film paper roll inflatable axle (205-1, 205-2), this first, second overlay film paper roll inflatable axle (205-1, 205-2) respectively with first, second torque motor (204-1, 204-2) connect, be positioned at first, second overlay film paper roll inflatable axle (205-1, 205-2) be provided with first, second thickness measurement sensor (206-1, 206-2), the oblique below being positioned at the first Inert roller (209-1) is also provided with guiding idle pulley (207),

Wherein Automatic change film mechanism (3), comprise and be arranged with first, second welding clamping plate (504-1,504-2) up and down, first, second described welding clamping plate (504-1,504-2) is connected with first, second cylinder (502-1,502-2) respectively by first, second screw (501-1,501-2), this first, second cylinder (502-1,502-2) is connected with first, second cylinder mount pad (503-1,503-2) respectively, and first, second described welding clamping plate (504-1,504-2) is connected with external heating device respectively;

Wherein squeeze-film mechanism (4), comprise roller (406), first roller (405), second roller (408), described roller (406), second roller (408) two ends are arranged in squeeze-film mechanism frame (409) respectively by mount pad (404), wherein the first roller (405) two ends are fixedly connected with roller (406) two ends by connecting rod (407), the connecting rod (407) at described first roller (405) two ends is provided with the extension spring (403) be connected with squeeze-film mechanism frame (409), described second roller (408) two ends fixedly mount adjustment weight (402) and the swing arm (401) of the extension of direction, oriented both sides,

Wherein film film-covering mechanism (6) under crisp sheet oil, comprise two arrange at regular intervals the 3rd, 4th overlay film paper roll inflatable axle (307-1, 307-2), the 3rd, 4th overlay film paper roll inflatable axle (307-1, 307-2) respectively with the 3rd, 4th torque motor (306-1, 306-2) connect, with the 3rd, 4th overlay film paper roll inflatable axle (307-1, 307-2) corresponding position is provided with the 3rd, 4th thickness measurement sensor (301-1, 301-2), the 3rd is positioned at, 4th thickness measurement sensor (301-1, 301-2) top is provided with the 3rd, 4th compresses running roller (303-1, 303-2), respectively with the 3rd, 4th compression cylinder (302-1, 302-2) connect, with the 3rd, 4th compresses running roller (303-1, 303-2) corresponding is the 3rd, 5th paper feeding running roller (304-1, 304-3), the 3rd, 5th paper feeding running roller (304-1, 304-3) respectively with the 3rd, 5th feeding-in roll turbin generator (305-1, 305-3) connect, wherein be positioned at the 4th top compressing running roller (303-2) and the 5th paper feeding running roller (304-3) and be provided with the 5th compression running roller (303-3) and the 4th paper feeding running roller (304-2), 4th paper feeding running roller (304-2) is connected with the 4th feeding-in roll turbin generator (305-2), is positioned at the 3rd thickness measurement sensor (301-1) oblique upper and is provided with guiding inertia running roller (308).