KR102619031B1 - All-in-one band wrapping device - Google Patents

Abstract

The present invention relates to an all-in-one band packaging device. More specifically, the present invention relates to an all-in-one band packaging device, and more specifically, to transport a flat band-shaped band along the longitudinal direction, wind the transferred band around a band wrapper to a certain length, and individually wrap the bands wrapped around the band wrapper into small packets. This relates to an all-in-one band packaging device that can perform the task of packaging a certain number of individually packaged products in bundles in large packaging paper with one device through the combination of multiple modules after packaging.
The all-in-one band packaging device according to the present invention includes a band supply module that transports and supplies a flat band-shaped band along the longitudinal direction; a band winding module that winds the band supplied from the band supply module around a band winder to a certain length; An individual packaging module for individually packaging the bands wound to a certain length on the band winder by the band winding module with small packaging; a bundle packaging module that bundles and packages a certain number of individually packaged products packaged in small packages by the individual packaging module into large packages; And a control module that controls the operation of the band supply module, the band winding module, the individual packaging module, and the bundle packaging module.

Description

All-in-one band wrapping device {All-in-one band wrapping device}

The present invention relates to an all-in-one band packaging device. More specifically, the present invention relates to an all-in-one band packaging device, and more specifically, to transport a flat band-shaped band along the longitudinal direction, wind the transferred band around a band wrapper to a certain length, and individually wrap the bands wrapped around the band wrapper into small packets. This relates to an all-in-one band packaging device that can perform the task of packaging a certain number of individually packaged products in bundles in large packaging paper with one device through the combination of multiple modules after packaging.

In general, an elastic band is a band woven using stretchy elastic thread and is used as an essential accessory for manufacturing various clothing such as underwear and training clothes.

These elastic bands (hereinafter referred to as 'bands') are in high demand across various industrial fields due to their high usability.

Meanwhile, band producers mass-produce bands using weaving technology and deliver them to customers in packaging boxes.

The prior art for automatically putting the bands produced in this way into a packaging box is 'Band Packaging Machine' of Korea Registered Patent No. 10-1085121 (registered on November 14, 2011), which was applied for and registered by the applicant of the present invention, and Korea Registered Patent No. 10. -There is a ‘band packaging device’ of No. 13358654 (registered on January 28, 2014).

However, the above prior technologies are technologies for packaging the produced bands into large packaging boxes, and the bands contained in these large packaging boxes are cut into pieces of a certain length for easy use by consumers and packaged individually, or several individually packaged products are packaged individually. Most of the packaging work in bundles is done manually.

However, when manually wrapping the band around the band wrap, there was concern that complaints may arise from consumers because the length of the wound band was not constant, and packaging work took a lot of time and manpower.

The present invention was devised to solve the problems of the prior art as described above. The purpose of the present invention is to individually package bands contained in a packaging box in units of a certain length with a single device, as well as to package multiple individually packaged products in bundles. The goal is to provide an all-in-one band packaging device that can

In order to achieve the above object, the all-in-one band packaging device according to the present invention includes a band supply module that transports and supplies a flat band-shaped band along the longitudinal direction; a band winding module that winds the band supplied from the band supply module to a band winder to a certain length; An individual packaging module for individually packaging the bands wound to a certain length on the band winder by the band winding module with small packaging; a bundle packaging module that bundles and packages a certain number of individually packaged products packaged in small packages by the individual packaging module into large packages; And a control module that controls the operation of the band supply module, the band winding module, the individual packaging module, and the bundle packaging module.

Here, the band supply module includes a plurality of feeding rollers in which the band is interposed between rotating rollers arranged in contact with each other in pairs, the rotation of which is controlled by the control module and the band is transported; and a tension roller that supports the band between neighboring feeding rollers among the plurality of feeding rollers and moves up and down according to the tension of the supported band.

Here, the band supply module further includes a height detection sensor that detects the upper and lower heights of the tension roller, and the control module operates before the tension roller according to the height of the tension roller detected by the height detection sensor. It is characterized by controlling the rotation speed of the arranged feeding roller or generating an error signal.

Here, the band winding module includes a winding storage stand in which a plurality of the band windings are stored in a stack; A rotating shaft formed in a direction perpendicular to the longitudinal direction of the band supplied from the band supply module, a winding support clip into which the band winding can be fitted, and a tip of the band supplied from the band supply module can be fitted. Winding coupling band equipped with a band support clip; a winding transfer means for picking up one of the plurality of band winders stored in the winding storage table and transporting the winding band to be fitted into a winding support clip of the winding combination table; Coupling rotation means for rotating the winding coupling band so that the band is wound around the band winding; Band cutting means for cutting the rear end of the band wound around the band winding by the coupling rotation means; and a band finishing means for fixing the rear end of the band cut by the band cutting means by pushing it between the bands wound around the band wrap.

Here, the control module calculates the overlap height and length of the band wound around the band winding according to the thickness of the band and the number of rotations of the winding combination table to control the band supply speed of the band supply module. Do it as

Here, the band winding module includes a coupling band moving means for moving the winding coupling band back and forth along the longitudinal direction of the band winding; It further includes, wherein the control module controls the coupling rotation means and the coupling table moving means to be interlocked so that the band overlaps the band winding at a certain height and is wound in multiple stages along the longitudinal direction of the band winding. do.

Here, the individual packaging module includes: a small packaging paper storage stand in which a plurality of small packaging papers are stacked and stored, made of a fusionable material and having an opening formed at one end; Small package transport means for picking up one of the plurality of small packages stored in the small package storage unit and transferring it to a designated individual packaging location; a small package opening means that opens the opening of the small package transferred to the individually packaged position; a band input means for transferring a band wound to a certain length on the band winder by the band winding module and inserting it into the small package whose opening is opened by the small package opening means; and a small wrapping paper fusion means for sealing the opening of the small wrapping paper by fusing it.

Here, the bundled packaging module includes a large wrapping paper storage stand in which a plurality of large wrapping papers are stacked and stored, made of a fusionable material and having an opening formed at one end; a bulk paper transfer means for picking up one of the plurality of large wrapping paper stored in the large wrapping paper storage stand and transferring it to a predetermined bundle packaging position; Large wrapping paper opening means for opening the opening of the large wrapping paper transported to the bundle packaging position; Individual input means for transferring the individually packaged products and putting them into the large package whose opening is opened by the large package opening means; a product counter that detects the number of individually packaged products introduced into the large packaging paper by the individual insertion means; and a large paper fusion means for sealing the opening of the large paper by fusing it, wherein the control module controls the large paper fusion means to operate when a predetermined number of finishes is detected at the product counter. .

Here, the bundle packaging module further includes a product pushing means for pushing the individually packaged product introduced into the large package by the individual input means toward the inside of the large package, and the control module is configured to push the individually packaged product into the large package. The product push means is controlled to operate when a predetermined number of push requests is detected by the counter.

Due to the above-described configuration, the all-in-one band packaging device according to the present invention is capable of individually packaging bands contained in a packaging box by a certain length unit as well as packaging multiple individually packaged products in bundles with a single device, so that the exact length required by the consumer is possible. It has the advantage of being able to provide bands and dramatically reducing the time and manpower required for packaging.

1 is a perspective view of an all-in-one band packaging device according to an embodiment of the present invention.
Figure 2 is a side view of the band transfer module according to an embodiment of the present invention.
Figures 3 and 4 are perspective views of the band winding module according to an embodiment of the present invention.
Figure 5 is a perspective view of an individual packaging module according to an embodiment of the present invention.
Figure 6 is an example of an individually packaged product packaged by an individually packaged module according to an embodiment of the present invention.
Figure 7 is a perspective view of a bundled packaging module according to an embodiment of the present invention.
Figure 8 is an example of a bundled packaging product packaged by a bundled packaging module according to an embodiment of the present invention.

Hereinafter, the all-in-one band packaging device according to the present invention will be described in more detail with reference to the embodiments shown in the drawings.

Figure 1 is a perspective view of an all-in-one band packaging device according to an embodiment of the present invention, Figure 2 is a side view of a band transfer module according to an embodiment of the present invention, and Figures 3 and 4 are an embodiment of the present invention. Figure 5 is a perspective view of a band winding module according to an embodiment of the present invention, Figure 5 is a perspective view of an individually packaged module according to an embodiment of the present invention, and Figure 6 is an example of an individually packaged product packaged by an individually packaged module according to an embodiment of the present invention. 7 is a perspective view of a bundle packaging module according to an embodiment of the present invention, and Figure 8 is an exemplary view of a bundle packaging product packaged by the bundle packaging module according to an embodiment of the present invention.

Looking at Figure 1, the all-in-one band packaging device according to an embodiment of the present invention includes a band supply module (10), a band winding module (20), an individual packaging module (30), a bundle packaging module (40), Includes a control module 50.

The band supply module 10 is configured to transport a flat band-shaped band (B) along the longitudinal direction and supply it to the band winding module 20. In one embodiment of the present invention, as shown in FIG. 2, a feeding roller is used. It includes (11, 13, 15), tension rollers (12, 14), height detection sensor (16), and guide roller (17).

The feeding rollers (11, 13, 15) are made up of a plurality, and the band (B) is interposed between the rotating rollers (111, 112) arranged in pairs and in contact with each other, and are controlled by the control module (50). The rotation is controlled and the band (B) is transported.

In one embodiment of the present invention, the feeding rollers (11, 13, 15) are composed of three to ensure a sufficient transport distance of the band (B), so that even if the band (B) is inserted in a twisted state, it is naturally moved during the transport process. It is designed so that it can be released.

In addition, the rotating rollers 111 and 112 arranged in contact with each other in pairs are configured to be rotatable toward the fixed roller 111 and the fixed roller 111, which are rotatably supported at a predetermined fixed position. It may be composed of a pressure roller 112 that is pressed to the roller 111 by a weight (not shown) and rotates along with the rotation of the fixed roller 111, and is controlled by the control module 50. A roller drive motor 113 that rotates the fixed roller 111 may be provided.

The tension rollers (12, 14) are supported so that the band (B) is draped between neighboring feeding rollers (11, 13 or 13, 15) among the plurality of feeding rollers (11, 13, 15). It is configured to move up and down depending on the tension of the band (B).

That is, the tension rollers 12 and 14 are configured to keep the tension applied to the band B constant, and the tension on the band B supported by a weight (not shown) becomes stronger. It is configured to rise when the tension in the band (B) is weakened and to fall.

The height detection sensor 16 is configured to detect the vertical height of the tension rollers 12 and 14.

In one embodiment of the present invention, as shown in Figure 2, a sensor is placed at the top to detect the height of the tension roller 12 when the tension of the band B is stronger than the set tension, and at the bottom is the band B A sensor is placed to detect the height of the tension roller 12 when the tension is weaker than the set tension, and sensors to detect the limit height where an error may occur are placed at the top and bottom, respectively.

At this time, the control module 50 controls the feeding rollers 11 and 13 placed before the tension rollers 12 and 14 according to the height of the tension rollers 12 and 14 detected by the height sensor 16. It is configured to control rotation speed or generate an error signal.

That is, when a height higher than the set height is detected by the height detection sensor 16, it is determined that the tension on the band B is too strong, and the rotation speed of the previously placed feeding rollers 11 and 13 is increased to increase the tension on the band B. ), and conversely, if a height below the set height is detected by the height detection sensor (16), the tension on the band (B) is determined to be too weak and the rotation speed of the previously placed feeding rollers (11, 13) is reduced. It is configured to strengthen the tension on the band (B) by reducing it.

In addition, when the height detection sensor 16 detects a height above or below the limit, an error signal is generated to stop the entire equipment, or the operator can monitor and resolve the error situation.

The guide roller 17 is configured to support the band B at a fixed position necessary to change the transport direction of the band B.

In one embodiment of the present invention, one guide roller 17 is disposed in the front upper part of the first feeding roller 11, but the position and number of the guide rollers 17 are not limited and the transfer direction can be changed. A plurality of these can be provided at each required location.

The band winding module 20 is configured to wind the band B supplied from the band supply module 10 around the band winder R to a certain length, and in one embodiment of the present invention, as shown in FIGS. 3 and 4 As shown, the winding storage table 21, the winding combining table 22, the winding conveying means 23, the combined rotation means 24, the combining table transferring means 25, and the band cutting means 26, Includes band closure means (27).

In one embodiment of the present invention, the band winder (R) around which the band (B) is wound is made of a rectangular plate with a certain length, but it is not limited to this as long as it has a shape that can wind the band (B). The band wrap (R) may be made of paper material.

The winding storage stand 21 is configured to store a plurality of the band windings (R) in a stacked manner.

In one embodiment of the present invention, the winding storage stand 21 is composed of a box with an open top having a certain height so that a plurality of the band windings (R) can be stacked and stored inside, and a plurality of band windings (R) are stacked inside. An elastic spring (not shown) may be provided to elastically press (R) upward, and a guide may be provided at the top to prevent the band wrap (R) located at the top from being pulled outward by the pressing force of the elastic spring (not shown). A locking protrusion may be formed to protrude inward.

The winder coupling band 22 is configured to be rotatable with the ends of the band winder (R) and the band (B) coupled so that the supplied band (B) can be wound around the band winder (R). In the example, a rotating shaft 221, a winding support clip 222, and a band support clip 223 are provided.

The rotation axis 221 is formed in a direction perpendicular to the longitudinal direction of the band B supplied from the band supply module 10, so that the winding coupling table 22 is wound when the winding coupling table 22 is rotated by the coupling rotation means 24. It is configured so that the band (B) coupled to the coupling band (22) can be wound around the band winder (R).

The winding support clip 222 is configured so that the band winding (R) transported by the winding conveying means 23 can be inserted and fitted.

The band support clip 223 is configured to fit the tip of the band B supplied from the band supply module 10.

With the tip of the band (B) supplied from the band supply module 10 positioned in front of the band support clip 223, the winding coupling band 22 is advanced a certain distance by the coupling band moving means 25. In this case, the tip of the band (B) is inserted into the band support clip 223 and can be configured to be fitted.

The winding transfer means 23 is configured to pick up one of the plurality of band winders (R) stored in the winding storage stand 21 and transport it so that it is fitted into the winding support clip 222 of the winding combining stand 22. .

In one embodiment of the present invention, the winder transport means 23 is a suction arm capable of picking up the band winder (R) located at the uppermost end of the winder storage table 21 using vacuum pressure, as shown in FIG. 3. (231) and an arm rotation motor 232 that can rotate the suction arm 231 so that the picked up band winding (R) is fitted into the winding support clip 222 of the winding coupling table 22. do.

The operation of the coupling rotation means 24 is controlled by the control module 50 and is configured to rotate the winding coupling band 22 so that the band B is wound around the band winder R.

In one embodiment of the present invention, the coupling rotation means 24 may be configured as a rotation motor whose rotation axis is connected to the rotation axis 221 of the winding coupling table 22 to rotate the winding coupling table 22. there is.

Here, when the band (B) is wound around the band winder (R) several times by the coupling rotation means (24), the overlapping height of the band (B) gradually increases, and as the rotation radius increases accordingly, the band (B) is wound around the band winder (R) several times. The supply speed of the band (B) supplied from the band supply unit 10 must also gradually increase.

Therefore, the control module 50 calculates the overlap height of the band (B) wound around the band winder (R) and the length of the band according to the thickness of the band (B) and the number of rotations of the winding coupling band (22). Therefore, the band (B) supply speed of the band supply module 10, that is, the rotation speed of the third feeding roller 15 located at the last end among the plurality of feeding rollers 11, 13, and 15 in one embodiment of the present invention. It is configured to control.

Meanwhile, in the control of the band (B) supply speed of the band supply module (10) by the control module (50), the length of the band (B) wound on the band winder (R) in the control module (50) is set to a predetermined length. When it is calculated that , control is also included to temporarily stop the supply of the band (B) so that the rear end of the band (B) wound to a certain length can be cut through the band cutting means (26).

The operation of the coupling band moving means 25 is controlled by the control module 50 and is configured to move the winding coupling band 22 back and forth along the longitudinal direction of the band winder (R).

The coupling band moving means 25 is initially positioned in front of the band support clip 223 with the tip of the band B supplied from the band supply module 10, and the winding coupling band 22 is kept constant. By advancing the distance, the tip of the band (B) is inserted into the band support clip 223 and serves to be fitted.

In addition, the coupling table moving means (25) is linked with the coupling rotation means (24) and moves backward step by step, and the band (B) overlaps the band winding (R) at a certain height, and the length of the band winding (R) It plays the role of winding in multiple stages along the direction.

In one embodiment of the present invention, the coupling band moving means 25 moves forward and backward on a moving rail 251 installed along the longitudinal direction of the band winding (R), and the moving rail 251, as shown in FIG. 3. A movable body 252 that is installed and connected to the winding coupling table 22, and a ball screw fastened forward and backward through the movable body 252 to move the movable body 252 back and forth according to the direction of rotation. (253) and a screw rotation motor (254) whose operation is controlled by the control module (50) and which rotates the ball screw (253).

Here, the control module 50 rotates the combination so that the band (B) overlaps the band winder (R) at a certain height and is wound in multiple stages along the longitudinal direction of the band winder (R), as shown in FIG. It is controlled by interconnecting the means 24 and the coupling table moving means 25.

The operation of the band cutting means (26) is controlled by the control module (50), and as shown in FIG. 4, the rear end of the band (B) wound around the band winder (R) is cut by the combined rotation means (24). It is a cutting configuration.

The band cutting means 26 may be configured in the form of scissors capable of cutting the band B, but is not limited thereto.

The operation of the band finishing means 27 is controlled by the control module 50, and as shown in FIG. 4, the rear end of the band B cut by the band cutting means 26 is wrapped around the band R. It is fixed by pushing it between the bands (B) wrapped around it.

The band finishing means 27 may be configured as a bar-shaped pusher, but is not limited thereto.

The individual packaging module 30 is an embodiment of the present invention that is configured to individually package the band B, which is wound to a certain length on the band wrapper R by the band winding module 20, with small packaging paper W1. In the small wrapping paper storage stand (31), the small wrapping paper support (32), the small wrapping paper transport means (33), the small wrapping paper opening means (34), the band input means (35), and the small wrapping paper fusing means (36). Includes.

As shown in FIG. 6, the small packaging paper (W1) is configured to package the band (B) wound to a certain length around the band wrapper (R), is made of a fusionable material, and has an opening at one end.

The opening of the small package W1 is fused and sealed by the small package fusion means 36, which will be described later, and the small package fusion portion W11 is formed.

The small packaging storage unit 31 is configured to store a plurality of the small packaging papers W1 in a stacked manner.

In one embodiment of the present invention, the small packaging storage unit 31 is composed of a box with an open top having a certain height so that a plurality of small packaging papers W1 can be stacked and stored inside, and a plurality of small packaging papers W1 are stacked inside. An elastic spring (not shown) may be provided to elastically press the wrapping paper (W1) upward, and the top may be provided to prevent the small wrapping paper (W1) located at the top from being pulled outward by the pressing force of the elastic spring (not shown). The guiding locking protrusion may be formed to protrude inward.

The small package support 32 is configured to seat the small package W1 transported by the small package transport means 33 at a predetermined individual packaging position.

The small package transport means 33 is configured to pick up one of the plurality of small packages W1 stored in the small package storage stand 31 and transfer it to a designated individual packaging position, that is, the small package support holder 32.

The small package transport means 33 includes a small package suction pad capable of picking up the small package W1 located at the top of the small package storage stand 21 using vacuum pressure, and the small package suction pad for picking up the small package paper W1 located at the top of the small package storage stand 21. It may be composed of a small wrapping paper moving cylinder that can be moved in the direction of the wrapping paper support (32).

The small package opening means 34 is configured to open the opening of the small package W1 transferred to the individual packaging position.

The small package opening means 34 may be composed of a suction nozzle installed on the small package support 32 to open the opening of the small package W1 using vacuum pressure.

The band input means (35) transfers the band (B) wound to a certain length on the band winder (R) by the band winding module (20) to form a small package whose opening is opened by the small package opening means (34). This is a configuration that is put into the interior of (W1).

The band input means 35 first transfers the band B wound around the band winder R to a certain length by the band winding module 20 to the product support 351, which is not shown in the drawing. It can be transferred using transfer tongs, and the band (B) wound to a certain length on the band wrapper (R) transferred to the product holder 351 is moved back and forth through the product pusher 352, which is used to open the small package ( 34), it is possible to insert it into the interior of the small package W1 whose opening is opened.

The small packaging paper fusing means 36 is configured to seal the opening of the small packaging paper W1 by fusing it.

In one embodiment of the present invention, the band (B) wound to a certain length on the band wrapper (R) is inserted into the small package (W1) by the band input means (35), and the small package (W1) is picked up. A fusion transfer tongs 361 that can be transferred in the direction of the small package fusing machine 362, and a small package fusing machine 362 that can fuse and seal the opening of the small package W1 transferred by the fusion transfer tongs 361. ) is provided.

The small package fusing machine 362 may use a heat fusion method or an ultrasonic fusion method.

When the individual packaging module 30 finally passes through the small packaging fusion means 36, a band B wound to a certain length on the band wrapper R is inserted into the small packaging paper W1 as shown in FIG. 6. In this state, the opening of the small packaging paper (W1) is fused and sealed, and the small packaging paper fusion portion (W11) is formed, thereby completing the individually packaged product (P).

The bundle packaging module 40 is configured to bundle and package a certain number of individually packaged products (P) packaged in small packages (W1) by the individual packaging module 30 in large packages (W2). In the example, a large paper storage stand (41), a large paper support stand (42), a large paper conveying means (43), a large paper wrapping opening means (44), a piece input means (45), a product counter (46), , including a product pushing means (47) and a large packaging paper fusion means (48).

As shown in FIG. 8, the large packaging paper (W2) is configured to package a certain number of individually packaged products (P) in a bundle, and is made of a fusionable material and has an opening at one end.

The opening of the wrapping paper W2 is fused and sealed by the wrapping paper fusion means 48, which will be described later, and a large wrapping paper fusion portion W21 is formed.

The large wrapping paper storage stand 41 is configured to store a plurality of the large wrapping paper W2 in a stacked manner.

In one embodiment of the present invention, the large wrapping paper storage stand 41 is composed of a box with an open top having a certain height so that a plurality of the large wrapping paper W2 can be stacked and stored inside, and a plurality of the large wrapping paper W2 are stacked inside. An elastic spring (not shown) may be provided to elastically press the wrapping paper (W2) upward, and the top may be provided to prevent the large wrapping paper (W2) located at the top from being pulled outward by the pressing force of the elastic spring (not shown). The guiding locking protrusion may be formed to protrude inward.

The large wrapping paper support 42 is configured to seat the large wrapping paper (W2) transported by the large wrapping paper transport means 43 at a predetermined bundle packaging position.

The large wrapping paper transfer means 43 is configured to pick up one of the plurality of large wrapping paper W2 stored in the large wrapping paper storage stand 41 and transfer it to a predetermined bundle packaging position, that is, the large wrapping paper support 42.

The large wrapping paper transport means 43 includes a large wrapping paper suction pad 431 capable of picking up the large wrapping paper (W2) located at the top of the large wrapping paper storage stand 41 using vacuum pressure, and the large wrapping paper suction pad It may be composed of a large paper moving cylinder 432 that can move (431) in the direction of the large paper support holder 42.

The large wrapping paper opening means 44 is configured to open the opening of the large wrapping paper W2 transferred to the bundle packaging position.

The large packaging opening means 44 forms an inwardly protruding wing on one end of the small packaging product holder 453, and the large packaging conveying means 43 allows the opening of the large packaging paper W2 to open the large packaging paper. It can be implemented by transferring the large wrapping paper (W2) to be inserted into the wing portion as the opening means (44).

The large wrapping paper opening means 44 may be configured to open the opening of the large wrapping paper (W2) using vacuum pressure, but due to the nature of bundled packaging, the large wrapping paper (W2) is different from the small wrapping paper (W1). The opening must be kept open for a long time, but there is a limit to continuously maintaining the vacuum pressure, so in one embodiment of the present invention, a physical opening means such as a wing portion is selected as the large packaging opening means 44. .

The individual insertion means 45 is configured to transfer the individually packaged product P and insert it into the large packaging paper W2 whose opening is opened by the large wrapping paper opening means 44.

In one embodiment of the present invention, the individual input means (45) includes a product transfer tong (451) capable of picking up the individually packaged product (P) packaged in small packaging (W1) by the individual packaging module (30), A tongs transport cylinder 452 capable of transporting the product transfer tongs 451 in the direction of the small packaged product support 453, and the large packaging support 42, are arranged in a line and are transferred by the tongs transport cylinder 452. A small packaged product stand (453) that can receive the individually packaged product (P), and a small packaged product stand (453) that can push the individually packaged product (P) transferred to the small packaged product stand (453) and put it into the inside of the large package paper (W2). It includes a small packaged product pusher (454) and a pusher transfer cylinder (455) that drives the small packaged product pusher (454).

The product counter 46 is configured to detect the number of individually packaged products (P) inserted into the large packaging paper (W2) by the individual insertion means (45).

Depending on the number of push requests or the number of finishes detected by the product counter 46, the control module 50 controls the product push means 47 or the large packaging paper fusion means 48 to operate.

The product pushing means (47) is configured to push the individually packaged product (P) inserted into the large wrapper (W2) by the individual insertion means (45) toward the inside of the large wrapper (W2).

Here, the control module 50 controls the product push means 47 to operate when a predetermined number of push requests is detected in the product counter 46.

That is, the individually packaged product (P) is initially introduced into the large package (W2) by the small package product pusher (454) of the individual input means (45), but the large package (W2) has a certain length (or depth). Since a plurality of individually packaged products (P) are input, the individually packaged products (P) introduced into the large package (W2) by the product push means (47) are secondarily pushed into the large package ( By pushing it in the inner direction of W2), it is possible to smoothly insert a plurality of individually packaged products (P).

The large wrapping paper fusing means 48 is configured to fuse and seal the opening of the large wrapping paper W2.

In one embodiment of the present invention, the small package product support 453 is placed in a state in which a certain number of individually packaged products (P) are inserted into the large package (W2) by the individual input means (45) and the product push means (47). A fusion transfer rail 481 that can be transported in the direction of the fusion transfer rail 482, and a fusion transfer rail 482 that can fuse and seal the opening of the packaging paper (W2) transported along the fusion transfer rail 481. ) is provided.

The large packaging paper welder 382 may use a thermal or ultrasonic welding method.

Here, the control module 50 controls the large packaging paper fusing means 48 to operate when a predetermined number of finishes is detected in the product counter 46.

When the bundle packaging module 40 finally passes through the large packaging paper fusion means 48, as shown in FIG. 8, a certain number of individually packaged products (P) are inserted into the large packaging paper (W2). The opening of (W2) is fused and sealed, and a large packaging paper fusion portion (W21) is formed, thereby completing the bundled packaging product.

The control module 50 is a component that controls the operation of the band supply module 10, the band winding module 20, the individual packaging module 30, and the bundle packaging module 40.

Since the specific control method of the control module 50 has been described in detail in the description of each module 10, 20, 30, and 40 constituting the present invention, it will be omitted hereinafter.

Due to the organic combination of the above components, the all-in-one band packaging device according to the present invention is capable of packaging bands contained in a packaging box individually by a certain length unit as well as packaging multiple individually packaged products in bundles with a single device, thereby providing convenience to consumers. It is possible to provide a band of the exact length required, and the time and manpower required for packaging can be dramatically reduced.

The all-in-one band packaging device described above and shown in the drawings is only one embodiment for carrying out the present invention, and should not be construed as limiting the technical idea of the present invention. The scope of protection of the present invention is determined only by the matters stated in the claims below, and improved and changed embodiments without departing from the gist of the present invention are obvious to those skilled in the art to which the present invention pertains. It will be said to fall within the scope of protection of the present invention.

10 band supply module
11, 13, 15 feeding rollers
12, 14 Tension roller
16 Height detection sensor
17 Guide roller
20 Band winding module
21 Crab storage rack
22 Winding joint
23 Gamge transportation means
24 Combined slalom team
25 Combined means of transportation
26 Band cutting tool
27 Band closure means
30 individual packaging modules
31 Small packaging storage stand
32 Small packaging support
33 Small packaging transport means
34 Means for opening small packages
35 Band input means
36 Small packaging paper fusion means
40 bundle packaging module
41 Large wrapping paper storage stand
42 Large wrapping paper stand
43 Large paper transport means
43 Large wrapping paper stand
44 Large packaging opening means
45 Individual input means
46 Product counter
47 Product push method
48 Large packaging paper fusion means
50 control module

Claims (9)

A band supply module that transports and supplies a flat band-shaped band along the longitudinal direction;
a band winding module that winds the band supplied from the band supply module around a band winder to a certain length;
An individual packaging module for individually packaging the bands wound to a certain length on the band winder by the band winding module with small packaging;
a bundle packaging module that bundles and packages a certain number of individually packaged products packaged in small packages by the individual packaging module into large packages; and
A control module that controls the operation of the band supply module, the band winding module, the individual packaging module, and the bundle packaging module;
The band winding module,
A storage table in which a plurality of the band winders are stacked and stored;
A rotation axis formed in a direction perpendicular to the longitudinal direction of the band supplied from the band supply module, a winding support clip into which the band winding can be fitted, and a tip of the band supplied from the band supply module can be fitted. Winding coupling band equipped with a band support clip;
a winding transfer means for picking up one of the plurality of band windings stored in the winding storage table and transporting the winding band to be fitted into a winding support clip of the winding combining table;
Coupling rotation means for rotating the winding coupling band so that the band is wound around the band winding;
Band cutting means for cutting the rear end of the band wound around the band winding by the coupling rotation means; and
An all-in-one band packaging device comprising: a band finishing means that pushes and secures the rear end of the band cut by the band cutting means between the bands wound around the band wrap.
According to paragraph 1,
The band supply module is,
A plurality of feeding rollers in which the band is interposed between rotating rollers arranged in contact with each other in pairs, the rotation of which is controlled by the control module, and which transport the band; and
An all-in-one band packaging device comprising: a tension roller that supports the band between neighboring feeding rollers among the plurality of feeding rollers and moves up and down according to the tension of the supported band. According to paragraph 2,
The band supply module is,
It further includes a height detection sensor that detects the upper and lower heights of the tension roller,
The control module is an all-in-one band packaging device, characterized in that it adjusts the rotation speed of the feeding roller disposed before the tension roller or generates an error signal according to the height of the tension roller detected by the height sensor. delete According to paragraph 1,
The control module is,
An all-in-one band packaging device, characterized in that the band supply speed of the band supply module is controlled by calculating the overlap height and length of the band wound on the band winder according to the thickness of the band and the number of rotations of the winding combination table. According to clause 5,
The band winding module,
a coupling band moving means for moving the winding coupling band back and forth along the longitudinal direction of the band wrapping; Contains more,
The control module is an all-in-one band packaging, characterized in that it controls the combination rotation means and the combination table moving means so that the band overlaps the band winder at a certain height and is wound in multiple stages along the longitudinal direction of the band winder. Device. According to paragraph 1,
The individually packaged module,
A small packaging paper storage stand made of a fusionable material and storing a plurality of the small packaging papers with an opening formed at one end in a stack;
Small package transport means for picking up one of the plurality of small packages stored in the small package storage unit and transferring it to a designated individual packaging location;
a small package opening means that opens the opening of the small package transferred to the individually packaged position;
a band input means for transferring a band wound to a certain length on the band winder by the band winding module and feeding it into the small package whose opening is opened by the small package opening means; and
An all-in-one band packaging device comprising: a small package fusing means for sealing the opening of the small package by fusing it. According to paragraph 1,
The bundle packaging module is,
A large wrapping paper storage stand in which a plurality of the large wrapping paper made of a fusionable material and having an opening formed at one end are stacked and stored;
a bulk paper transfer means for picking up one of the plurality of large wrapping paper stored in the large wrapping paper storage stand and transferring it to a predetermined bundle packaging position;
Large wrapping paper opening means for opening the opening of the large wrapping paper transported to the bundle packaging position;
Individual input means for transferring the individually packaged products and putting them into the large package whose opening is opened by the large package opening means;
a product counter that detects the number of individually packaged products introduced into the large packaging paper by the individual insertion means; and
It includes; a large wrapping paper fusion means for fusing and sealing the opening of the large wrapping paper,
The control module is an all-in-one band packaging device, characterized in that it controls the large packaging paper fusion means to operate when a predetermined number of finishes is detected at the product counter. According to clause 8,
The bundle packaging module is,
It further includes a product pushing means for pushing the individually packaged product introduced into the large package by the individual input means toward the inside of the large package,
The control module is an all-in-one band packaging device, characterized in that it controls the product push means to operate when a predetermined number of push requests is detected at the product counter.