CN207890738U - A kind of rewinding packing machine - Google Patents

Abstract

The utility model relates to a rewinding packaging machine, which comprises a rewinding machine, a film sealing machine and a first transmission mechanism. The rewinder includes a rewinding material feeding mechanism and a rewinding device, and the rewinding material feeding device includes a first material roll frame assembly, a first cutting knife assembly and a first paper feeding assembly, and the first cutting knife assembly is arranged on The paper delivery end of the first paper feeding assembly, the rewinding device is arranged on the first paper feeding assembly. The film sealing machine includes a roll material pushing device, a film supply device and a film cutter device. The roll material pushing device is arranged in the middle of one side of the film supply device, and the film cutter device is arranged in the middle of the other side of the film supply device. The first transmission mechanism is arranged between the rewinding machine and the film sealing machine. Such a rewinding packaging machine can not only efficiently complete the rewinding process of the roll material, but also can simultaneously seal the processed roll material, and directly obtain the film-sealed roll material.

Description

A rewinding packaging machine

technical field

The utility model relates to an automatic production line, in particular to a rewinding packaging machine.

Background technique

The rewinding machine is mainly used to produce roll material products, such as gift paper rolls, toilet paper rolls, etc. With the continuous development and progress of science and technology, some rewinders that can continuously produce cored or coreless roll materials have appeared on the market. machine, which greatly improves the production efficiency of roll materials. At the same time, the reel products produced by the rewinding machine often need to be wrapped with a layer of film on its surface to prevent pollution from stains, oil and water, etc., to protect the cleanliness of the reel materials and to prevent waste products.

With the continuous improvement of the market's requirements for the production efficiency of roll materials and products, purely automatic rewinding machines and film sealing machines can no longer meet the requirements of the market. The rewinding process of the roll material can simultaneously seal the finished roll material and obtain the sealed roll material directly.

Utility model content

The technical problem to be solved by the utility model is to provide a rewinding packaging machine, which can not only efficiently complete the rewinding process of the reel material, but also simultaneously seal the processed reel material synchronously, and directly obtain the reel material.

In order to solve the problems of the technologies described above, the technical solution provided by the utility model is as follows:

A rewinding packaging machine includes a rewinding machine, a film sealing machine and a first transmission mechanism. The rewinder includes a rewinding material feeding mechanism and a rewinding device, and the rewinding material feeding device includes a first material roll frame assembly, a first cutting knife assembly and a first paper feeding assembly, and the first cutting knife assembly is arranged on The paper delivery end of the first paper feeding assembly, the rewinding device is arranged on the first paper feeding assembly. The film sealing machine includes a roll material pushing device, a film supply device and a film cutter device. The roll material pushing device is arranged in the middle of one side of the film supply device, and the film cutter device is arranged in the middle of the other side of the film supply device. The first transmission mechanism is arranged between the rewinding machine and the film sealing machine.

With such a structure, the rewinding material feeding mechanism supplies material to the rewinding device, and the rewinding device regenerates the rewinding material into roll material, and the finished roll material is transported to the sealing film by the first transmission mechanism. machine to complete the sealing film, so that not only can the rewinding process of the roll material be completed efficiently, but also the film sealing of the finished roll material can be performed synchronously, and the sealed roll material can be obtained directly.

Further, the rewinding machine also includes a paper core material feeding mechanism, and the paper core material feeding mechanism includes a second material roll holder assembly, a second cutting knife assembly and a second paper feeding assembly, and the second material roll holder assembly is arranged on Above the first material roll frame assembly, the second paper feeding assembly is arranged above the first paper feeding assembly, the second cutting knife assembly is arranged at the paper delivery end of the second paper feeding assembly, and the paper output end of the second paper feeding assembly Connect with the first paper feed assembly.

The setting of the paper core material feeding mechanism, when it is necessary to produce a paper core roll material, the paper core material feeding mechanism can be used to feed the rewinding device, and the rewinding device is used to manufacture the paper core. The rewinding material feeding mechanism supplies materials to the rewinding device to produce roll materials with paper cores. Such a rewinder can produce cored roll stock without providing a paper core, and has multiple functions.

Further, the rewinding machine also includes a paper feeding core device, which is arranged above the first paper feeding assembly and close to the rewinding device. The paper feeding core device includes a bin, a bin door assembly, a discharge port assembly and a pusher assembly. The bin door assembly is installed on the bin, and the bottom of the bin is inclined to the side where the bin door assembly is provided. The door assembly includes a bin frame, a bin door, and a door opening and closing mechanism. One end of the bin door is hinged to the bin frame, and the other end is connected to the door opening and closing mechanism. The door opening and closing mechanism controls the hem of the bin door and uplift. The discharge port assembly is installed on the silo, and the discharge port assembly is arranged under the door assembly. The discharge port assembly includes a discharge mold and a mold turning mechanism, and the mold turning mechanism controls the turning up and down of the discharging mold. The pusher assembly includes a pusher wheel, a pusher frame, a pusher guide mechanism and a pusher link mechanism. The pusher wheel is installed on the pusher frame, and the pusher frame is connected with the pusher guide mechanism. Push out and retract of the rack.

With such a mechanism, the blanking control is realized by controlling the door opening and closing mechanism to control the movement of the door, and at the same time, the state of the discharge port is controlled by controlling the state of the discharge mold through the mold turning mechanism, and finally the action of the pushing component The paper core is forced to fall into the rewinding position accurately, which improves the accuracy of paper core blanking. At the same time, by replacing the discharge mold or adjusting its position, the feeding of paper cores with different specifications can be realized, and the flexibility of the equipment can be improved.

Further, the first paper feeding assembly includes a belt set and paper feeding rollers, the belt set includes at least two first belts arranged side by side, and there is a gap between two adjacent first belts.

Further, the rewinding device includes a rewinding frame and a rewinding roller assembly, the rewinding roller assembly is arranged on the rewinding frame, and the rewinding roller assembly is arranged on one side of the first belt. The rewinding roller assembly includes two rewinding rollers arranged in parallel, and a plurality of rollers at a certain interval are arranged side by side on the rewinding roller, and the rollers and the rewinding roller are fixedly installed. The rewinding device also includes a hook assembly, the hook assembly includes a hook shaft and a hook, the hook shaft is arranged on the side of the belt away from the rewinding roller assembly, and the hook is detachably arranged on the hook shaft. The coil hook assembly also includes a coil hook shaft rotation mechanism, the power output end of the coil hook shaft rotation mechanism is connected with the coil hook shaft, and the coil hook shaft rotation mechanism controls the rotation of the coil hook shaft to realize the upturning or downturning of the coil hook.

During rewinding, the coil hook shaft rotating mechanism controls the coil hook shaft to rotate so that the coil hook turns up so that the coil hook is positioned above the third belt. At this time, the coil hook and the rewinding roller form a triangular structure. When the belt set and the paper feeding roller convey the paper, film and other materials to the hook and continue to convey, the paper head turns up along the hook, and the paper head contacts the rewinding roller through the hook, and the rewinding roller changes the direction of movement of the paper head so that the paper head Winding to complete the rewinding operation. Such a rewinding device avoids the practice of relying on roller friction for winding to improve the stability of winding, and at the same time, by adjusting the hook and rewinding roller, it can realize the rewinding operation of various specifications of winding diameters.

Further, the roll material pushing device includes a pushing mold and a transmission assembly, one end of the transmission assembly is connected to the pushing mold, the other end of the transmission assembly is connected to a power source, and the pushing mold is pushed out or retracted under the drive of the power source. The film supply device includes a first film placement component and a second film placement component, and the first film placement component and the second film placement component are respectively arranged on both sides of the push mold. The film cutter device includes an upper cutter assembly and a drive assembly, the power output end of the drive assembly is connected to the upper cutter assembly, the power input end of the drive assembly is connected to the power source, and the upper cutter assembly is driven by the power source to cut the film or Back, the upper cutter assembly is provided with a resistance wire.

The two rolls of film are respectively placed on the first film placement component and the second film placement component of the film supply device. After the roll material pushing device pushes the roll material to the film and returns it, the film cutter device cuts the film and glues the film head after cutting. At this time, the next roll material repeats the above process to complete the roll Continuous sealing of the material, so that the stable and continuous sealing of the roll material is realized, and the production efficiency is improved.

Further, the film sealing machine also includes a roll head positioning device, which changes the placement of the roll material so that the roll head of the roll material is at a certain position. The roll head positioning device includes an air jet mechanism and a roll head positioning mechanism. The first conveying mechanism includes a first conveying belt, and the first conveying belt is driven by a power source to convey in a fixed direction. The air spray mechanism includes an air nozzle, and an air outlet is arranged on the air nozzle, and the air nozzle is arranged under the first conveyor belt and the air outlet is close to the first conveyor belt. The roll head positioning mechanism is installed above the first conveyor belt. The roll head positioning mechanism includes an adjustment frame, a positioning wheel assembly and a sensor assembly. The positioning wheel assembly includes a positioning wheel. The positioning wheel is arranged above the air nozzle. The positioning wheel is driven by a power source to rotate. The tangential direction that the positioning wheel rotates is opposite to the direction of the first conveyor belt transmission. The sensor assembly includes a sensor and a sensor bracket, the sensor is installed on the sensor bracket, and the sensor bracket is connected with the adjustment frame.

With such a mechanism, when the first conveyor belt transfers the finished roll material to the bottom of the rotating positioning wheel, the roll material is in contact with the positioning wheel. Since the tangential direction of the positioning wheel rotation is opposite to the moving direction of the conveyor belt, the roll material is opposite. The first conveyor belt rolls, and at this time, the air nozzle blows air towards the reel above the first conveyor belt, and the reel head is opened away from the core of the reel under the action of the air flow, and the reel head blocks the first The sensor, the first sensor receives the signal, determines the position of the head of the reel, with the reference position, and then controls the positioning wheel with a constant value through the computer to obtain the required position of the head of the material, controls the positioning wheel to stop rotating, and rolls The rolling of the web relative to the first conveyor belt also stops, and the web moves forward under the conveyance of the first conveyor belt. In this way, the automatic positioning of the roll head is completed, and the roll head is prevented from being cut by the thermal resistance wire during the film packaging process, so as to ensure continuous and stable production.

Further, the rewinding packaging machine also includes a second conveying mechanism and an oven, the second conveying mechanism is connected with the first conveying mechanism, and the oven is arranged above the second conveying mechanism. The coating film is generally made of heat-shrinkable film, and heat drying after coating the roll material is beneficial to improve the tightness of the film to the roll material.

Further, the oven includes a box body, a partition board is provided in the middle of the cabinet body, an air heating assembly and a wind wheel assembly are provided on one side of the partition board, an air inlet and two air outlets are also provided on the partition board, and the air heating assembly is arranged on Between the air outlet and the wind wheel assembly. The other side of the partition is provided with a V-shaped diversion channel, and the two bifurcated ends of the V-shaped diversion channel face the two air outlets respectively.

The arrangement of the air outlet, the air inlet and the wind wheel assembly makes the hot air circulate in the oven and improves the utilization rate of heat. At the same time, the hot air flows to the air outlet driven by the wind wheel assembly, and the V-shaped guide channel guides the hot air to various parts of the oven, so that the hot air in the oven will not gather in one place, and the slender roll material Heating is uniform everywhere, the film shrinks uniformly, and the coating effect is good.

Further, the rewinding packaging machine also includes a discharge platform, which is arranged at the end of the second transmission mechanism away from the first transmission mechanism, the discharge platform includes a table top, and the end of the table surface away from the second transmission mechanism is inclined downward. Due to the high production efficiency of the production line, a large number of products can be produced in a short period of time. The design of the discharge table and the inclined table can make the products automatically and orderly stacked, reducing the labor intensity of workers.

To sum up, such a rewinding packaging machine can not only efficiently complete the rewinding process of the roll material, but also simultaneously seal the processed roll material to obtain the sealed roll material directly.

Description of drawings

Fig. 1 is the structural representation of the rewinding packaging machine of the present embodiment;

Fig. 2 is the structural representation of the rewinder of the present embodiment;

Fig. 3 is a schematic structural view of the paper feeding core device of the present embodiment;

Figure 4 is a sectional view of the paper feeding core device of the present embodiment;

Fig. 5 is the structural representation of the rewinding device of the present embodiment;

Fig. 6 is a structural schematic diagram of another angle of the rewinding device of this embodiment;

Fig. 7 is a schematic structural view of the film sealing machine of this embodiment;

Fig. 8 is a partially enlarged view of A in Fig. 7;

Fig. 9 is a schematic structural view of the roll head positioning device in this embodiment;

Fig. 10 is a schematic diagram of the structure above the internal partition of the oven in this embodiment;

Fig. 11 is a schematic diagram of the structure below the internal partition of the oven in this embodiment;

Among them, rewinding machine-1, rewinding material feeding mechanism-11, first material roll frame assembly-111, first cutting knife assembly-112, first paper feeding assembly-113, rewinding device-12, rewinding Roll frame-121, rewinding roller assembly-122, rewinding roller-122a, roller wheel-122b, roll hook assembly 123, roll hook shaft 123a, roll hook 123b, roll hook shaft rotating mechanism 123c, paper core material supply Mechanism-13, the second roll holder assembly-131, the second cutting knife assembly-132, the second paper feeding assembly-133, the paper feeding core device-14, the material bin-141, the bin door assembly-142, the discharge Mouth component-143, pusher component-144, film sealing machine-2, roll material pusher-21, pusher mold-211, transmission component-212, film supply device-22, first film placement component-221 , the second film placement assembly-222, the film cutter device-23, the upper cutter assembly-231, the resistance wire-231a, the driving assembly-232, the roll head positioning device-24, the air injection mechanism-241, the air nozzle-241a, Head positioning mechanism-242, adjusting frame-242a, positioning wheel assembly-242b, sensor assembly-242c, first transmission mechanism-3, first conveyor belt-31, second transmission mechanism-4, oven-5, box body- 51, clapboard-52, air inlet-521, air outlet-522, air heating assembly-53, wind wheel assembly-54, V-shaped diversion channel-55, discharge platform-6.

Detailed ways

In order to make the purpose, technical solution and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

As shown in Figure 1, a rewinding packaging machine includes a rewinding machine 1, a film sealing machine 2 and a first conveying mechanism 3. The rewinder 1 includes a rewinding material feeding mechanism 11 and a rewinding device 12. The rewinding material feeding mechanism 11 includes a first material roll frame assembly 111, a first cutting knife assembly 112, and a first paper feeding assembly 113. A cutter assembly 112 is arranged at the paper delivery end of the first paper feeding assembly 113 , and the rewinding device 12 is arranged on the first paper feeding assembly 113 .

With such a structure, the rewinding material supply mechanism 11 supplies materials to the rewinding device 12, and the rewinding device 12 regenerates the rewinding material into rolls, and the finished rolls are transported by the first transmission mechanism 3 It is sent to the sealing machine 2 to complete the sealing, which not only can efficiently complete the rewinding process of the roll material, but also can simultaneously seal the processed roll material to obtain the sealed roll material directly.

Further, as shown in FIG. 2 , the rewinding machine 1 also includes a paper core material feeding mechanism 13, and the paper core material feeding mechanism 13 includes a second material roll frame assembly 131, a second cutting knife assembly 132, and a second feeding mechanism. Paper assembly 133, the second material roll holder assembly 131 is arranged above the first material roll holder assembly 111, the second paper feeding assembly 133 is arranged above the first paper feeding assembly 113, and the second cutting knife assembly 132 is arranged on the second The paper delivery end of the paper feeding assembly 133 and the paper output end of the second paper feeding assembly 133 are in contact with the first paper feeding assembly 113 .

The setting of the paper core material feeding mechanism 13, when it is necessary to produce soft paper core roll material, can make the paper core material feeding mechanism 13 feed the rewinding device 12, utilize the rewinding device 12 to manufacture the paper core, and complete the papermaking process. The core is fed to the rewinding device 12 by the rewinding material feeding mechanism 11 to produce soft paper core roll material. Such a rewinder can produce cored roll stock without providing a paper core, and has multiple functions.

In this embodiment, as shown in FIG. 3 and FIG. 4 , the rewinder 1 further includes a paper feeding core device 14 , and the paper feeding core device 14 is arranged above the first paper feeding assembly 113 and close to the rewinding device 12 . The paper feeding core device 14 includes a feed bin 141, a bin door assembly 142, a discharge port assembly 143 and a pusher assembly 144. sloping on one side. The bin door assembly 142 includes a bin frame, a bin door and a bin door opening and closing mechanism. One end of the bin door is hinged with the bin frame, and the other end is connected with the bin door opening and closing mechanism. The bin door opening and closing mechanism controls the hem of the bin door. and uplift. The discharge port assembly 143 is installed on the feed bin 141, and the discharge port assembly 143 is arranged below the door assembly 142. The discharge port assembly 143 includes a discharge mold and a mold turning mechanism, and the mold turning mechanism controls the turning and turning of the discharge mold. whereabouts. The pusher assembly 144 comprises a pusher wheel, a pusher frame, a pusher guide mechanism and a pusher link mechanism, the pusher wheel is installed on the pusher frame, the pusher frame is connected with the pusher guide mechanism, and the pusher link mechanism controls The push out and retraction of the push rack.

With such a mechanism, the blanking control is realized by controlling the door opening and closing mechanism to control the movement of the door, and at the same time, the state of the discharge port is controlled by controlling the state of the discharge mold through the mold turning mechanism, and finally the action of the pushing component The paper core is forced to fall into the rewinding position accurately, which improves the accuracy of paper core blanking. At the same time, by replacing the discharge mold or adjusting its position, the feeding of paper cores with different specifications can be realized, and the flexibility of the equipment can be improved.

As shown in FIG. 5 and FIG. 6 , the first paper feeding assembly 131 includes a belt set, and the belt set includes at least two first belts arranged side by side, and there is a gap between two adjacent first belts.

The rewinding device 12 includes a rewinding frame 121 and a rewinding roller assembly 122 , the rewinding roller assembly 122 is arranged on the rewinding frame 121 , and the rewinding roller assembly 122 is arranged on one side of the first belt 131 . The rewinding roller assembly 122 includes two parallel rewinding rollers 122a. The rewinding rollers 122a are arranged with a plurality of rollers 122b at a certain interval. The rollers 122b and the rewinding rollers 122a are fixedly installed. The rewinding device 12 also includes a hook assembly 123. The hook assembly 123 includes a hook shaft 123a and a hook 123b. The hook shaft 123a is arranged on the side of the first belt 131 away from the rewinding roller assembly 122, and the hook 123b is detachable. ground on the hook shaft 123a. The hook assembly 123 also includes a hook shaft rotation mechanism 123c, the power output end of the hook shaft rotation mechanism 123c is connected with the hook shaft 123a, and the hook shaft rotation mechanism 123c controls the rotation of the hook shaft 123a to realize the upturning of the hook 123b or scroll down.

When rewinding, the hook shaft rotating mechanism 123c controls the hook shaft 123a to rotate so that the hook 123b turns up so that the hook 123b is located above the first belt 131, and the hook 123b and the rewinding roller 122a form a triangular structure at this time. When the belt set conveys materials such as paper and film to the coil hook 123b and continues to transmit, the paper head turns up along the coil hook 123b, and the paper head contacts the rewinding roller 122a through the coil hook 123b, and the rewinding roller 122a changes the moving direction of the paper head so that The paper head is wound to complete the rewinding operation. Such a rewinding device 12 avoids relying on roller friction for rewinding to improve the stability of rewinding, and at the same time, by adjusting the hook 123b and the rewinding roller 122a, rewinding operations with various specifications of rewinding diameters can be realized.

As shown in Figure 7, the film sealing machine 2 includes a roll material pushing device 21, a film supply device 22 and a film cutter device 23, the roll material pushing device 21 is arranged in the middle of one side of the film supply device 22, and the film cutter The device 23 is arranged in the middle of the other side of the film supply device 22 . The first conveying mechanism 3 is arranged between the rewinding machine 1 and the film sealing machine 2 .

Specifically, the roll material pushing device 21 includes a pushing mold 211 and a transmission assembly 212, one end of the transmission assembly 212 is connected to the pushing mold 211, the other end of the transmission assembly 212 is connected to a power source, and the pushing mold 211 is connected to the power source. Driven to launch or retract. The film supply device 22 includes a first film placement assembly 221 and a second film placement assembly 222 , and the first film placement assembly 221 and the second film placement assembly 222 are respectively arranged on the upper and lower sides of the pushing mold 211 . The film cutter device 23 includes an upper cutter assembly 231 and a drive assembly 232, the power output end of the drive assembly 232 is connected with the upper cutter assembly 231, the power input end of the drive assembly 232 is connected with a power source, and the upper cutter assembly 231 is powered on. Driven by the source, it cuts to the film or retreats, and the upper cutter assembly 231 is provided with a resistance wire 231a, as shown in FIG. 8 .

Two rolls of film are respectively placed on the first film placement component 221 and the second film placement component 222 of the film supply device 22 . After the roll material pushing device 21 pushes the roll material to the film and returns it, the film cutter device 23 cuts the film and glues the head of the film after cutting. At this time, the next roll material repeats the above process to complete The continuous film sealing of the roll material realizes the stable and continuous sealing film operation of the roll material and improves the production efficiency.

Further, as shown in FIG. 7 and FIG. 9 , the film sealing machine 2 further includes a roll head positioning device 24 , which changes the placement of the roll material so that the roll head of the roll material is at a certain position. The roll head positioning device 24 includes an air jet mechanism 241 and a roll head positioning mechanism 242 . The first conveying mechanism 3 includes a first conveying belt 31, and the first conveying belt 31 is driven by a power source to convey in a fixed direction. The air injection mechanism 241 includes an air injection nozzle 241a, and an air outlet hole is arranged on the air injection nozzle 241a. The roll head positioning mechanism 242 is installed above the first conveyor 31 belt. The roll head positioning mechanism 242 includes an adjustment frame 242a, a positioning wheel assembly 242b and a sensor assembly 242c. The positioning wheel assembly 242b includes a positioning wheel, and the positioning wheel is arranged above the air nozzle 241a. , the positioning wheel is driven to rotate by the power source, and the tangential direction of the positioning wheel rotation is opposite to the direction of transmission of the first conveyor belt 31 . The sensor assembly 242c includes a sensor and a sensor bracket, the sensor is mounted on the sensor bracket, and the sensor bracket is connected to the adjustment frame.

With such a mechanism, when the first conveyor belt 21 transmits the finished web of rewinding to below the rotating positioning wheel, the web is in contact with the positioning wheel. Since the tangential direction of the rotation of the positioning wheel is opposite to the direction of movement of the conveyor belt, the web will Rolling occurs relative to the first conveyor belt 21. At this time, the air nozzle 241a blows air towards the web above the first conveyor belt, and the web head is opened away from the core of the web under the action of the air flow. The sensor is blocked, the sensor receives the signal, and the position of the roll head is determined. With the reference position, the positioning wheel is controlled by the constant through the computer to obtain the required position of the roll head, and the positioning wheel is controlled to stop rotating. The rolling relative to the first conveyor belt also stops, and the web moves forward under the conveyance of the first conveyor belt. In this way, the automatic positioning of the roll head is completed, and the roll head is prevented from being cut by the thermal resistance wire during the film packaging process, so as to ensure continuous and stable production.

In addition, as shown in FIG. 1 , the rewinding packaging machine also includes a second conveying mechanism 4 and an oven 5 , the second conveying mechanism 4 is connected to the first conveying mechanism 3 , and the oven 5 is arranged above the second conveying mechanism 4 . The coating film is generally made of heat-shrinkable film, and heat drying after coating the roll material is beneficial to improve the tightness of the film to the roll material.

As shown in Figures 10 and 11, more particularly, a partition 52 is provided in the middle of the oven body 51 of this embodiment, and one side of the partition 52 is provided with an air heating assembly 53 and a wind wheel assembly 54, and on the partition 52 An air inlet 521 and two air outlets 522 are also provided, and the air heating assembly 53 is arranged between the air outlet 522 and the wind wheel assembly 54 . The other side of the partition 52 is provided with a V-shaped air guiding channel 55 , and the two bifurcated ends of the V-shaped air guiding channel 55 face the two air outlets 522 respectively.

The arrangement of the air outlet 522 , the air inlet 521 and the wind wheel assembly 54 makes the hot air circulate in the oven 5 and improves the utilization rate of heat. At the same time, the hot air flows to the air outlet 522 under the drive of the wind wheel assembly 54, and the V-shaped guide channel 55 guides the hot air to various parts of the oven 5, so that the hot air in the oven 5 will not gather in a certain place, fine The long roll material is evenly heated everywhere, the film shrinks uniformly, and the coating effect is good.

The rewinding packaging machine of this embodiment also includes a discharge table 6, the discharge table 6 is arranged on the end of the second transmission mechanism 4 away from the first transmission mechanism 3, the discharge table 6 includes a table, and the table is far away from the end of the second transmission mechanism 4 One end slopes down. Due to the high production efficiency of the production line, a large number of products will be produced in a short period of time. The design of the discharge table 6 and the inclined table can make the products automatically and orderly stacked, reducing the labor intensity of workers.

To sum up, such a rewinding packaging machine can not only efficiently complete the rewinding process of the roll material, but also simultaneously seal the processed roll material to obtain the sealed roll material directly.

In a word, the above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the present utility model. Any modifications, equivalent replacements and improvements made within the spirit and principles of the present utility model shall include Within the protection scope of the present utility model.

Claims (10)

1. a kind of rewinding packing machine, it is characterised in that：Including rewinding machine, film sealing machine and the first transport mechanism；

The rewinding machine includes rewinding material feeding machanism and rewinding unit, and the rewinding material feeding machanism includes the first material volume frame Component, first cut knife assembly and the first paper feeding component, and described first, which cuts knife assembly, is arranged passing in the first paper feeding component Paper end, the rewinding unit are arranged on the first paper feeding component；

The film sealing machine includes wound roll material material-pulling device, film-supplying device and film cutter, the wound roll material pusher Device is arranged among film-supplying device side, and the film cutter is arranged among the film-supplying device other side；

First transport mechanism is arranged between rewinding machine and film sealing machine.

2. rewinding packing machine described in accordance with the claim 1, it is characterised in that：The rewinding machine further includes refill material feeding machine Structure, the refill material feeding machanism include the second material volume frame component, second cut knife assembly and the second paper feeding component, and described the Two material volume frame components are arranged in the top of the first material volume frame component, and the second paper feeding component is arranged on the first paper feeding component Side, described second, which cuts knife assembly, is arranged at the transfer end of the second paper feeding component, the paper delivery end of the second paper feeding component and the One paper feeding attached components.

3. rewinding packing machine described in accordance with the claim 1, it is characterised in that：The rewinding machine further includes paper feeding core apparatus, institute Paper feeding core apparatus is stated to be arranged in the top of the first paper feeding component close to the position of rewinding unit；

The paper feeding core apparatus includes feed bin, door component, discharge port component and pushing material component, and the door component is mounted on On feed bin, the bottom of the feed bin is tilted to the side equipped with door component；

The door component includes feed bin rack, door and warehouse door opening/closing mechanism, and one end and the feed bin rack of the door are cut with scissors It connects, the other end is connect with warehouse door opening/closing mechanism, the bottom of the warehouse door opening/closing mechanism control door and lifting；

The discharge port component is mounted on feed bin, and the discharge port component is arranged below door component, the discharge port group Part includes discharging mold and mould dumping gear, and the mould dumping gear control discharging mold turning over and falling；

The pushing material component includes material pushing wheel, material-pushing frame, pusher guiding mechanism and pusher link mechanism, the material pushing wheel installation On material-pushing frame, the material-pushing frame is connected with pusher guiding mechanism, the release and contracting of the pusher link mechanism control material-pushing frame It returns.

4. rewinding packing machine described in accordance with the claim 1, it is characterised in that：The first paper feeding component includes belt group, institute The first belt that belt group includes at least two arranged in parallel is stated, there is interval between two adjacent first belts.

5. rewinding packing machine described in accordance with the claim 1, it is characterised in that：The rewinding unit includes rewinding rack and answers Winding up roller component, the rewinding roll assembly are arranged in rewinding rack, and the rewinding roll assembly is arranged in the side of the first belt；

The rewinding roll assembly includes two rewind rolls disposed in parallel, is equipped with side by side in the rewind roll multiple between centainly Every roller, the roller and rewind roll are fixedly mounted；

The rewinding unit further includes volume hook assembly, and the volume hook assembly includes volume hook axis and volume hook, the volume hook axis setting In side of the belt far from rewinding roll assembly, the volume hook is removably disposed on volume hook axis；The volume hook assembly further includes Hook axis rotating mechanism is rolled up, the power output end of the volume hook axis rotating mechanism is connected with volume hook axis, the volume hook axis rotating mechanism Control volume hook axis rotation realize volume hook upwarp or under turn over.

6. rewinding packing machine described in accordance with the claim 1, it is characterised in that：The wound roll material material-pulling device includes pusher mold And transmission component, one end of the transmission component are connect with pusher mold, the other end and the power source of the transmission component connect It connects, the pusher mold is released or withdrawn under the driving of power source；

The film-supplying device includes the first film placing modules and the second film placing modules, and the first film is placed Component and the second film placing modules are separately positioned on the both sides of pusher mold；

The film cutter includes upper cutter component and drive component, the power output end of the driving component with above cut Knife assembly is connected, and the power intake of the driving component is connect with power source, driving of the upper cutter component in power source It tangential film or retracts down, the upper cutter component is equipped with resistance wire.

7. rewinding packing machine described in accordance with the claim 1, it is characterised in that：The film sealing machine further includes volume header positioning device, The volume header positioning device, which changes wound roll material, which puts, makes wound roll material volume header be located at determining position；The volume header positioning device includes spray Mechanism of qi structure and volume header detent mechanism；

First transport mechanism includes the first conveyer belt, and first conveyer belt is transmitted from power source drive to fixed-direction；

The jet mechanism includes air nozzle, and air nozzle is equipped with venthole, and the air nozzle is arranged below the first conveyer belt And venthole is close to the first conveyer belt；

The volume header detent mechanism is mounted on above the first conveyer belt, and the volume header detent mechanism includes adjustment frame, locating wheel group Part and sensor module, the positioning wheel assembly includes locating wheel, and the locating wheel is arranged in the top of air nozzle, described fixed Position wheel is rotated by power source drive, and the tangential direction of the locating wheel rotation is reversed opposite with the transmission of the first conveyer belt；

The sensor module includes sensor and sensor stand, and the sensor is mounted on sensor stand, described Sensor stand is connect with adjustment frame.

8. rewinding packing machine described in accordance with the claim 1, it is characterised in that：Further include the second transport mechanism and baking oven, institute It states the second transport mechanism with the first transport mechanism to be connected, the baking oven is arranged in the top of the second transport mechanism.

9. rewinding packing machine according to claim 8, it is characterised in that：The baking oven includes babinet, in the middle part of the babinet Equipped with partition board, the side of the partition board is equipped with air heating component and wind wheel component, be additionally provided on the partition board air inlet with And two air outlets, the air heating component are arranged between air outlet and wind wheel component；The other side of the partition board is equipped with V Type flow-guiding channel, two divergent ends of the V-type flow-guiding channel distinguish two air outlets of face.

10. rewinding packing machine described in accordance with the claim 1, it is characterised in that：Further include discharge pedestal, the discharge pedestal setting exists The one end of second transport mechanism far from the first transmission mechanism, the discharge pedestal include table top, and the table top is far from the second conveyer One end of structure tilts down.