KR102640031B1 - Polybag logistics packaging automatic control system - Google Patents

Abstract

The present invention relates to an automatic control system for polybag logistics packaging.
The purpose of the present invention is to enable stable operation and management of polybag packaging equipment through a simplified automated control method, thereby enabling a series of product packaging operations to be performed quickly and conveniently, thereby minimizing the manpower required for packaging operations. We provide an automatic polybag logistics packaging control system that can significantly improve the efficiency of facility operation, speed of packaging work, and economic feasibility by reducing costs.
Therefore, the specific means of the present invention for achieving the above object are;
A polybag packaging facility comprised of a delivery goods supply unit, a delivery goods recognition unit, a delivery goods packaging unit, an invoice label supply unit, a polybag supply unit, and a packaging discharge unit;
In the polybag logistics packaging control system including a facility operation control unit that sets and controls and manages the operation of each component built with the polybag packaging facility;
This is achieved by forming the facility operation control unit into a configuration including a work information management unit, a safety information setting control unit, an invoice information storage management unit, a work progress information output unit, and a packaged goods inspection and reading unit.

Description

{Polybag logistics packaging automatic control system}

The present invention relates to an automatic control system for logistics packaging, and more specifically, in ordering various types of sales products online and operating a polybag packaging facility for delivery of the ordered products. Software that can stably control and manage packaging facilities, such as a dedicated polybag packaging automatic control program, has been established to enable integrated management of a series of logistics packaging operations in a safe, fast, and more efficient manner. It is about automatic logistics packaging control system.

Polybag packaging equipment refers to products that are small and individually consumed and distributed, such as clothing, food, pharmaceuticals, books, and other miscellaneous goods, sealed and packaged in plastic bags made of eco-friendly materials, such as polybags, to ensure stable delivery. means a device that allows

Looking at the general operating functions and packaging methods of such polybag packaging equipment, first, products prepared for packaging and polybags for packaging the prepared products are continuously supplied through an automatic flow method using a conveyor, etc.

Next, the upper entrance part of the supplied polybag is opened in each individual configuration, and the supplied product is accommodated into the polybag through the opened entrance part.

After welding and sealing the upper opening of the polybag containing the product, the sealed portion is cut, and an invoice with product recipient information printed on the surface of the cut polybag is attached to the process of discharging and delivering to the next process. Completes a series of product packaging tasks.

However, the conventional polybag packaging equipment as described above has the advantage of continuously supplying the product and polybags for packaging the product through an automatic flow method, but the entrance area of the supplied polybag is opened, The process of receiving items through the opening of an open polybag has functional limitations as it relies entirely on the manual work of the worker.

Therefore, conventional polybag packaging equipment requires two or more workers for smooth packaging work due to operational limitations that rely heavily on manual labor, which inevitably leads to unnecessary labor consumption and labor cost waste. There is a problem of reduced economic feasibility.

Meanwhile, in recent years, some of the problems of the polybag packaging device described above have been solved, including a means for automatically opening the entrance of continuously supplied polybags using an air injection method, and automatically welding and sealing the entrance of the polybag containing the product. Currently, an automatic polybag packaging device is being developed and used, which is equipped with a means for cutting and a means for automatically attaching an invoice with the product recipient's information printed on the surface of the polybag in which the product is packaged.

However, polybag packaging equipment developed and used in recent years relies on a heating sealer with a simple functional structure that generates electrical heat as a means of welding, sealing, and cutting the entrance area of the polybag, so temperature transfer for sealing is uniform. Failure to do so has the disadvantage of frequent packaging defects, and in particular, there is a significant lack of safety, such as workers getting burned by heating sealers that generate heat at high temperatures.

In addition, the polybag packaging equipment developed and used recently is supplied in such a way that an invoice label is pre-attached to the surface of the automatically supplied polybag before the product is received and packaged. Accordingly, information on the product being packaged and information on the consumer who ordered the product are provided. Inconsistencies, such as reading errors and mismatching errors, occur frequently, and there is a constant problem of causing delivery confusion.

Republic of Korea Patent Registration No. 2326815 (registered on November 10, 2021) Republic of Korea Patent Registration No. 1613124 (registered on November 10, 2016)

The present invention was created to solve general problems associated with the operation and control management of conventional polybag logistics facilities.

The purpose of the present invention is to enable stable operation and management of polybag packaging facilities using a more simplified automated control method, thereby enabling a series of product packaging operations to be performed quickly and conveniently, and thereby reducing the manpower required for packaging operations. By minimizing costs and reducing costs, we provide an automatic polybag logistics packaging control system that can greatly improve the efficiency of facility operation, speed of packaging work, and economic feasibility.

The purpose of the present invention is to greatly increase the safety of management and operation by safely protecting workers from serious accidents such as burns or body entrapment that may occur during packaging work through complex safety control functions. The goal is to provide an automatic control system for polybag logistics packaging.

The purpose of the invention is to prevent matching errors, such as reading errors and mismatching errors, between the product information being packaged and the product orderer information printed on the invoice label through real-time monitoring and reading functions of polybag packaging equipment, thereby ensuring accuracy of information matching. We provide an automatic polybag logistics packaging control system that can greatly improve the quality of the product.

Therefore, looking at the specific means of the polybag logistics packaging automatic control system according to the present invention to achieve the above purpose;

This includes a polybag packaging facility comprised of a delivery goods supply unit, a delivery goods recognition unit, a delivery goods packaging unit, an invoice label supply unit, a polybag supply unit, and a packaging discharge unit;

In the polybag logistics packaging control system including a facility operation control unit that sets and controls and manages the operation of each component built with the polybag packaging facility;

This is achieved by forming the facility operation control unit into a configuration including a work information management unit, a safety information setting control unit, an invoice information storage management unit, a work progress information output unit, and a packaged goods inspection and reading unit.

As described above, the automatic control system for polybag logistics packaging according to the present invention enables stable operation and management of polybag packaging facilities through an automated control method, thereby minimizing the manpower required for packaging work to reduce a series of logistics packaging costs. This provides the effect of improving the efficiency of facility operation, speed of packaging work, and economic feasibility.

In addition, the polybag logistics packaging automatic control system according to the present invention is capable of safely protecting workers from serious accidents such as burns or body entrapment that may occur during packaging work through complex safety control functions. and provides the effect of increasing operational safety.

Alternatively, the automatic control system for polybag logistics packaging according to the present invention causes matching errors between product information being packaged and product orderer information printed on invoice labels through real-time operation monitoring and reading functions of polybag packaging equipment, such as reading errors and This prevents mismatching errors, etc., and provides very useful expected effects such as improving the accuracy of information matching.

Figure 1 is a block diagram of the polybag logistics packaging automatic control system according to the present invention.
Figure 2 is a perspective view of the polybag packaging equipment applied to the present invention
Figure 3 is a front configuration diagram of the polybag packaging equipment applied to the present invention
Figure 4 is a side configuration diagram of the polybag packaging equipment applied to the present invention
Figure 5 is a schematic block diagram of the delivery item recognition unit applied to the present invention.
Figure 6 is a schematic block diagram of the invoice label supply unit applied to the present invention.
Figure 7 shows the blur configuration of the facility operation control unit applied to the present invention.

Hereinafter, the configuration of a preferred embodiment of the automatic control system for polybag logistics packaging according to the present invention will be described in detail based on the attached drawings.

Looking at the schematic configuration of the polybag logistics packaging automatic control system according to the present invention with reference to the attached drawings, as shown in Figure 1, it includes a delivery goods supply unit (1), a delivery goods recognition unit (2), and a delivery goods supply unit (1). Consisting of a product packaging unit (3), an invoice label supply unit (4), a polybag supply unit (5), a polybag packaging facility (100) including a packaging discharge unit (6), and a facility operation control unit (7). do.

The delivery goods supply unit (1), which is the first component in the present invention, receives the delivery goods to be packaged in an automatic flow method from a conveyor transporter installed separately on the outer side of the polybag packaging facility, and stores the delivered goods. It is a means to supply polybag packaging equipment by manual transportation by workers.

As shown in FIG. 2, the delivery goods supply unit 1 includes a packaging preparation table 11 for preparing the delivery goods to be packaged in individual configurations, an upper left side of the packaging preparation table 11, It is desirable to form a configuration that includes a pair of safety operation switches 12 and 12' provided in a symmetrically spaced structure on both right sides.

The delivery item recognition unit (2), which is the second component in the present invention, scans the information of the delivery item to be packaged prior to packaging, and the facility operation control unit (7), which describes the information on the scanned delivery item later. ) is a means of transmitting scanned information on delivered goods that can be transmitted in real time to check whether the packed delivered goods information matches the printed invoice information.

This delivery item recognition unit (2) scans and reads the barcode or QR code attached to the delivered item, and is formed as an invoice information storage management unit (73) in the facility operation control unit (7) that scans and reads the information, which will be described later. It is desirable to form a product information reading unit 21 that allows transmission in the product information reception mode 731.

At this time, the product information reading unit 21 formed by the delivery product recognition unit 2 is formed by an information reading camera 211, and this information reading camera 211 is the above-described information reading camera 211, as shown in FIG. 5. A gobo light irradiation module 211-1 is further formed on the upper surface of the packaging preparation table 11 to display and guide the reading position of the barcode or QR code attached to the delivery product by irradiating a light source using an image light method.

The delivery goods packaging unit 3, which is the third component in the present invention, puts the delivery goods to be packaged into the automatically supplied poly bag 100 and seals the entrance of the poly bag 100 into which the delivery goods are inserted. It is a packaging method for processing.

As shown in FIG. 3, the delivery goods packaging unit 3 is a partial cut portion of the polybag 100 automatically supplied through the polybag supply unit 5 to be described later, for example, the entrance portion of the polybag 100. A poly bag opening unit (31) that automatically expands and opens the poly bag (100), and a poly bag sealing unit (32) that fuses and cuts the opening of the expanded and opened poly bag (100) after the delivery goods are put into the poly bag (100). It is desirable to form it with the prepared configuration.

At this time, the polybag opening unit 31 formed as the delivery product packaging unit 3 is an air injection pipe 311 that inductively discharges high-pressure air generated through a compressor (not shown), as shown in FIG. 4. ) is formed.

In addition, the poly bag opening unit 31 guides the high-pressure air discharged from the air injection pipe 311 to expand the inlet portion of the cut poly bag 100 as shown in the partial enlarged view of FIG. 4. Forms an air guide blade (312) that opens.

In addition, the poly bag opening unit 31 is installed in a pair of symmetrical structures spaced apart on both left and right sides of the lower side of the air guide blade 312, and the spaced spacing can be selectively and manually adjusted to suit the specifications of the poly bag. In addition, a rotating gripper 313 is formed that can securely support and hold the left and right sides of the entrance area of the expanded and opened polypack 100 through an automatic rotating action by a drive motor (not shown).

In addition, the polybag sealing unit 32 formed as the delivery product packaging unit 3 includes a vibration stator 321 that converts electrical energy into mechanical vibration energy and generates ultrasonic waves, as shown in FIG. 2 or 4. ) to form.

In addition, the polybag sealing unit 32 is installed in a horizontally spaced structure on the front surface of the vibrating stator 321, and is pressed and adhered to the front of the vibrating stator 321 by a forward and backward transfer action and closes the inlet of the opened polybag. A transfer welding jig 322 is formed to ultrasonic weld the area.

In addition, the polybag sealing unit 32 is fixedly installed on both left and right sides of the upper side of the transfer fusion jig 322 and detects the inflow of the worker's body, for example, the hand into the delivery product packaging unit 3. This forms a human body sensing sensor module 323 that emergencyly stops the operation of the transfer fusion jig 322.

The invoice label supply unit 4, which is the fourth component in the present invention, is located in the facility operation control unit 7, which will be described later, and contains invoice information input and stored in the invoice information storage management unit 73, such as that of the recipient (buyer) of the delivered goods. It is a means of receiving name and address information, printing the received information on sticker labels, and providing an invoice.

As shown in FIG. 6, the invoice label supply unit 4 is an invoice printer 41 that prints the invoice information transmitted from the invoice information storage management unit 73, which will be described later, on sticker label paper (not shown) in sequential order. It is desirable to form.

In addition, the invoice label supply unit 4 preferably forms an automatic invoice attacher 42 that separates the sticker label printed by the invoice printer 41 from the release paper and automatically attaches it to one side of the polybag.

The polybag supply unit 5, which is the fifth component in the present invention, is a means for automatically supplying polypropylene packaging vinyl, for example, polybags for receiving and packaging delivery goods.

As shown in FIG. 4, the polybag supply unit 5 preferably forms a rotating bobbin 51 in which a polybag fabric composed of two layers is wound and stored.

In addition, the polybag supply unit 5 induces the polybag fabric wound on the rotating bobbin 51 to be unwound by the pull-out guide roller 521 arranged in a multi-stage spaced structure as shown in FIG. 5 to deliver the delivered goods. It is desirable to form a polybag storage and supply unit 52 that supplies to the packaging unit 3.

In addition, the polybag supply unit 5 preferably further includes an anti-fouling treatment unit 53 that removes static electricity and foreign substances from the surface of the polybag fabric unpacked and supplied from the polybag storage supply unit 52.

In particular, this anti-fouling treatment unit 53 removes static electricity from the surface of the poly bag 100 by spraying air ions dissociated into (+) and (-) by a plurality of ionizer spray nozzles spaced apart from each other. forming a secondary static eliminator (531);

In addition, as shown in FIG. 4, it is installed close to one side of the primary static eliminator 531, and a secondary dust eliminator ( 532).

In addition, the polybag supply unit 5 has an interval range customized to the polybag fabric supplied in a form in which static electricity and dust have been removed through the antifouling treatment unit 53, as shown in the partial enlarged view of FIG. 4. It is desirable to further form a polybag preprocessing unit 54 that processes and forms the fusion sealing surface 101 and the partial entrance cut line 102.

In particular, this polybag preprocessing unit 54 has an upper and lower heating plate 541-1 and a lower heating plate 541-2 that have a vertically symmetrical spaced structure and generate electrical heat, as shown in FIG. 4, The upper heating plate (541-1) and the lower heating plate (541-2) are raised and lowered in an opposing structure by driving a cylinder (not shown) to press and fuse the two-ply polybag to form a fusion sealing surface on the polybag. Forming a fusion sealer 541 for processing;

In addition, it is installed in a spaced configuration in front of the fusion sealer 541, and as shown in FIG. 4, the laser gun 542-1 is moved left and right within a set numerical range to move the laser gun 542-1 from the laser gun 542-1. It can be formed with a configuration including a laser cutter 542 that processes and forms a partial entrance incision line 102 on a portion of the inner center surface of the poly bag 100 in contact with the fusion sealing surface by irradiating a laser.

The packaging discharge unit 6, which is the sixth component in the present invention, is a means for automatically discharging the polybag that has been packaged to the outside in the form of sealed delivery goods.

As shown in FIGS. 2 and 3, the package discharge unit 6 forms a sliding guide plate 61 with a diagonally inclined structure that guides the packaged polybag to fall in a sliding manner, and the package being guided to fall. It forms a discharge conveyor 62 that discharges the finished polybags in an automatic flow manner, and also discharges them through the packaging discharge section 6 on one side of the discharge conveyor 63, for example, in the direction in which the finished polybags are discharged. It is preferable that the inspection camera 63, which scans the external state of the packaged delivered product, is installed in a separate fixed structure.

Lastly, the facility operation control unit 7, which is the seventh component in the present invention, is installed in the form of a computer monitor as shown in Figure 5 on one side of the front upper side of the polybag packaging facility 100. , each component formed by the poly bag packaging equipment 100, such as a delivery goods supply unit (1), a delivery goods recognition unit (2), a delivery goods packaging unit (3), an invoice label supply unit (4), and a poly bag packaging unit (4). It is a type of computer program that controls and manages the operation of the bag supply unit (5) and the packaging discharge unit (6) and is a key component of the present invention.

The facility operation control unit 7 controls the type, specification, and packaging quantity of the delivered goods to be packaged using the polybag packaging facility 100 described above, the specifications and quantity of polybags supplied to pack the delivered goods, In addition, it is desirable to form a work information management unit 71 that sets and inputs the supply timing of polybags supplied for packaging delivery goods, for example, the gap between continuous supply times of polybags.

At this time, the work information management unit 71 is in a work plan setting mode for setting and inputting the type and specifications of the delivered goods, the packaging quantity of the delivered goods targeted for work, and the specifications and quantity of polybags for packaging the delivered goods. forming (711);

Forms a work gap setting mode 712 to set and input the supply timing of polybags supplied for packaging delivery goods,

In addition, a worker information recording mode 713 is formed to input and store the name and work time of the packaging worker;

A work log recording mode 714 is added to record and store information on the total amount of packaging of delivered goods completed by the input packaging worker, the amount of packaging defects that occurred during packaging work, and whether the target packaging quantity has been achieved. It can be formed with a configuration including:

In addition, the facility operation control unit 7 controls the air injection pressure of the air injection pipe 311 formed by the polybag opening unit 31 in the above-described delivery goods packaging unit 3 and the polybag sealing unit 32. The ultrasonic heating temperature of the vibrating stator 321 and the transfer fusion jig 322 formed by It is desirable to form a safety information setting control unit 72 that inputs settings.

In addition, the facility operation control unit 7 inputs and stores invoice information for each recipient of the delivered goods printed on sticker labels through the above-described invoice printer 41 as information tailored to the order of packaging, for example, data information for each packaging order. It is desirable to form an invoice information storage management unit 73 that

At this time, the invoice information storage management unit 73 is in a delivery item information reception mode 731 for receiving information on the delivery item scanned and recognized by the product information reading unit 21 in the above-mentioned delivery item recognition unit 2. to form;

Forms an invoice information matching reading mode 732 that reads whether the information matches by comparing and analyzing the received delivery product information with the invoice information for each recipient of the delivered product stored as data information for each order of packaging;

In addition, when the delivery item information matches the invoice information, a print command transmission mode 733 is provided to transmit the read result information to the invoice printer 41 and command the invoice information to be printed on sticker label paper. It can be formed with a configuration that:

In addition, the facility operation control unit 7 counts the quantity of packaging of delivered goods performed by the polybag packaging facility 100, causes malfunctions and errors in the polybag packaging facility, and detects dangerous situations that occur during packaging work. It is desirable to form a work progress information output unit 74 that displays the work progress status in real time.

At this time, the work progress information output unit 74 performs a packaging operation that counts and outputs the completed packaging quantity of the delivery goods and the remaining quantity of the delivery goods awaiting packaging as real-time numerical information, which is performed by the polybag packaging equipment 100. Form a status display mode 741;

The operating status of each component provided by the polybag packaging facility 100 is monitored in real time, and if a failure or error occurs in any one of the components, the operation of the polybag packaging facility is automatically stopped in an emergency. Establishes a facility operation monitoring and control mode (742);

In addition, in the polybag packaging equipment 100, abnormal overheating of the vibration stator 321 and the transfer fusion jig 322 formed by the polybag sealing unit 32, and the fusion sealer 541 formed by the polybag pretreatment unit 54 )'s abnormal overheating and the signal of the packaging worker's body flowing into the delivery goods packaging unit (3) are monitored in real time, and when the above abnormal overheating or the worker's body inflow is detected, the operation of the poly bag packaging equipment (100) is automatically activated. It can be configured to include a safety monitoring control mode 743 that causes an emergency stop.

In addition, the facility operation control unit 7 receives scan information on the appearance of the packaged delivery product discharged through the packaging discharge unit 6 from the inspection camera 63, reads the received information, and determines the delivery product. It is desirable to form a packaged product inspection and reading unit 75 that inspects packaging defects in real time.

At this time, the packaged product inspection and reading unit 75 analyzes the external state scan information of the packaged delivery product transmitted from the inspection camera 63 in real time to determine whether the packaging is defective, forming a packaging condition inspection mode 751. ;

If the packaging state of the delivered product is read as defective by the packaging state inspection mode (751), the defective packaging information management mode (752) extracts the delivered product information and invoice information that were read as defective and saves and manages them as a repackaging work target list. ) can be formed in a configuration that further includes.

Accordingly, the operational relationship and resulting interaction of the polybag logistics packaging automatic control system according to the present invention, which consists of a series of configurations as described above, are as follows.

First, through the work control management unit 71 formed by the facility operation control unit 7, a series of initial work information regarding the type, standard and quantity of the delivery goods to be packaged, and the specifications and quantity of polybags for packaging the delivery goods are set and input. .

Thereafter, with the polybag packaging equipment 100 started operating according to the inputted work information, the delivery goods delivered through a conveyor transporter (not shown) are manually transported by an operator and placed on the packaging table 11.

At this time, when placing the delivered goods, the seating position of the delivered goods is the position where the light source irradiated from the gobo light irradiation module 211-1 is illuminated, for example, the light source irradiation area indicated by the packaging table 11 is set to the designated seating position. do.

Then, the delivered goods are placed on the designated seating position, for example, the light source display area, the barcode or QR code attached to the delivered goods is scanned and read by the information reading camera 211, and the scan-read delivered goods information is stored in the invoice information storage management unit. It is transmitted in the delivery product information reception mode (731) formed by (73).

Accordingly, the invoice information storage management unit 73, which has received the delivery product information, reads whether the packaged delivery product matches the invoice information to be printed on the sticker label, and when the match is read, a print command is sent. A print command is sent to the invoice printer 41 through the mode 733 to print the invoice information on the sticker label, and then the invoice attacher 42 separates the sticker label with the invoice information printed from the release paper and places it in a poly bag. Ensure that it is in a standby state for automatic attachment to one side.

On the other hand, when the operation of the polybag packaging equipment 100 is started separately from the matching reading process of the delivered goods and invoice information, the polybag supply unit 5 is supplied to the rotating bobbin 51 through the polybag storage and supply unit 52. ) is supplied by guiding the flow of the polybag fabric wound to the delivery product packaging unit (3).

At this time, in the flow supply process of the polybag fabric, the antifouling treatment unit 53 removes static electricity and dust generated by the polybag fabric, and the polybag pretreatment unit 54 performs fusion sealing on the polybag fabric at a set interval range. The face and partial entrance cut line are processed and supplied to the delivery goods packaging unit (3).

Next, the delivery goods packaging unit (3) cuts the entrance area of the polybag automatically supplied through the polybag supply unit (5), for example, the partial entrance cut line of the polybag, by discharging high-pressure air using the polybag opening unit (31). It is expanded and opened as shown in the partially enlarged view of FIG. 4.

Then, the delivery goods are put in through the expanded opening of the polybag entrance, and the entrance area of the polybag into which the delivery goods are inserted is fusion-sealed and cut by the polybag sealing unit (32) to pack the polybag in which the delivery goods are packaged. It is discharged to the outside through the discharge part (6).

Finally, the packaging condition of the delivered goods discharged through the packaging discharge unit 6 is scanned by the inspection camera 63 to determine whether the packaging is defective, and if the packaging condition of the delivered goods is read as defective, A series of packaging operations are completed by extracting delivery product information and invoice information and storing them as a repackaging target list in the defective packaging information management mode 752.

By way of explanation, the present invention, which performs packaging work as a series of operating relationships as described above, minimizes the causes of malfunction or breakdown of the packaging device by removing static electricity and dust from the polybag fabric by the anti-fouling treatment unit 53. , In addition, it provides the function to prevent contamination of packaged delivered goods.

In addition, the present invention, which performs packaging work as a series of operating relationships as described above, automatically processes and forms a fusion sealing surface and a partial entrance cut line at a set interval range on the polybag fabric by the polybag preprocessing unit 54. Thus, it provides the function of improving work efficiency by omitting the preparation process such as processing the fusion sealing surface and partial entrance cut line on the polybag fabric through a separate pre-work process.

At this time, the present invention not only automatically processes and forms the fusion sealing surface and the partial entrance cut line in the interval range set on the polybag fabric by the polybag preprocessing unit 54, but also operates the polybag preprocessing unit 54. Packaging work can be performed by supplying polybag fabric with the fusion sealing surface and partial entrance cut line pre-processed in a blocked state, and this also does not deviate from the scope of the present invention.

1: Delivery goods supply department 2: Delivery goods recognition department
3: Delivery product packaging department 4: Invoice label supply department
5: Polybag supply section 6: Packaging discharge section
7: Equipment operation control unit 11: Packaging preparation table
12.12': Safety operation switch 21: Product information reading unit
31: polybag opening unit 32: polybag sealing unit
41: Invoice printer 42: Automatic invoice attachment machine
51: Rotating bobbin 52: Polybag storage supply unit
53: Anti-fouling treatment unit 54: Polybag pretreatment unit
61: sliding guide plate 62: discharge conveyor
63: Inspection camera 71: Work control management department
72: Stability information setting control unit 73: Invoice information storage management unit
74: Work progress information output unit 75: Packaged goods inspection and reading unit

Claims (5)

A delivery goods supply unit (1) that supplies the delivery goods to be packaged, a delivery goods recognition unit (2) that reads the information of the delivery goods, a delivery goods packaging unit (3) that seals and packs the delivery goods, and invoice information. Polybag packaging consisting of an invoice label supply unit (4) that prints, a polybag supply unit (5) that supplies packaging vinyl made of polypropylene, and a packaging discharge unit (6) that discharges polybags in which the delivered goods have been packaged. Equipment (100);
In the polybag logistics packaging control system including a facility operation control unit (7) that sets and controls and manages the operation of each component formed by the polybag packaging facility (100);
The facility operation control unit 7 sets and inputs the type, specifications, and packaging quantity of the delivery goods to be packaged, the specifications and quantity of polybags for packaging the delivery goods, and the supply timing of polybags supplied for packaging the delivery goods. Work Information Management Department (71);
The air injection pressure of the air injection pipe 311 formed by the polybag opening unit 31, the heating temperature of the vibration stator 321 and the transfer fusion jig 322 formed by the polybag sealing unit 32, and the polybag pretreatment. A safety information setting control unit 72 that sets and inputs the heating temperature of the fusion sealer 541 formed by the unit 54;
an invoice information storage management unit 73 that inputs and stores invoice information for each recipient of the delivered goods printed on sticker labels through the invoice printer 41 as data information for each order of packaging;
Work progress information that displays work progress information in real time regarding the count of the packaging quantity of delivered goods performed by the polybag packaging facility (100), breakdowns and errors in the polybag packaging facility (100), and hazardous situations that occur during packaging work. output unit 74;
A packaged product inspection and reading unit (which receives scan information on the appearance of the packaged delivered product discharged through the packaging discharge unit 6 from the inspection camera 63 and reads the transmitted information to inspect in real time whether the packaged product is defective) 75) A polybag logistics packaging automatic control system, characterized in that it is formed by a configuration comprising:
According to claim 1;
The work information management unit 71 includes a work plan setting mode 711 for setting and inputting the type and specifications of the delivered goods, the quantity of packaging work, and the specifications and quantity of polybags for packaging the delivered goods;
It includes a work gap setting mode 712 for setting and inputting the supply timing of polybags supplied for packaging delivery goods;
A worker information recording mode (713) that inputs and stores the name and work time of the packaging worker;
A work log recording mode 714 is added to record and store information on the total amount of packaging of delivered goods completed by the input packaging worker, the amount of packaging defects that occurred during packaging work, and whether the target packaging quantity has been achieved. A polybag logistics packaging automatic control system, characterized in that it is formed by a configuration comprising:
According to claim 1;
The invoice information storage management unit 73 includes a delivery product information reception mode 731 for receiving information on the delivery product scanned and recognized by the product information reading unit 21;
an invoice information matching reading mode 732 that compares and analyzes the received delivered product information with the invoice information for each recipient of the delivered product stored as data information for each order of packaging and reads whether the information matches;
A configuration including a print command transmission mode 733 that transmits the read result information to the invoice printer 41 and commands the invoice information to be printed on sticker label paper when the match between the delivery product information and the invoice information is read. A polybag logistics packaging automatic control system characterized by being formed.
According to claim 1;
The work progress information output unit 74 is in a packaging work status display mode ( 741) and;
The operating status of each component provided by the polybag packaging facility (100) is monitored in real time, and if a failure or error occurs in any one of the components, the operation of the polybag packaging facility (100) is automatically stopped in an emergency. a facility operation monitoring and control mode (742) that enables;
In the polybag packaging equipment 100, abnormal overheating of the vibration stator 321 and the transfer fusion jig 322 formed by the polybag sealing unit 32, and the fusion sealer 541 formed by the polybag preprocessing unit 54 It monitors abnormal overheating and body inflow signals of packaging workers flowing into the delivery goods packaging unit (3) in real time, and automatically stops the operation of the poly bag packaging equipment (100) in an emergency when abnormal overheating and body inflow are detected. A polybag logistics packaging automatic control system, characterized in that it is configured to include a safety monitoring control mode (743).
According to claim 1;
The packaged product inspection and reading unit 75 includes a packaging condition inspection mode 751 that reads whether the packaging is defective by analyzing in real time the scan information on the appearance of the packaged delivery product transmitted from the inspection camera 63;
If the packaging state of the delivered product is read as defective by the packaging state inspection mode (751), the defective packaging information management mode (752) extracts the delivered product information and invoice information that were read as defective and saves and manages them as a repackaging work target list. ) A polybag logistics packaging automatic control system, characterized in that it is formed in a configuration further comprising: