KR102073980B1 - Bag system - Google Patents

Abstract

The present invention relates to a bag manufacturing system includes a bag comprising: an inner bag which accommodates contents; and an outer bag which can be separated and combined on the outside of the inner bag. The bag manufacturing system can improve quality reliability.

Description

Bag manufacturing system {Bag system}

The present invention relates to a bag manufacturing system, and more particularly to a bag manufacturing system in which the manufacturer manufactures the bags required by the orderer in an OEM manner.

The market now offers bags for a variety of uses and designs in a variety of materials. In general, bags vary in design and material according to their use, and each bag varies in size and design depending on the type or type of object being stored so that it can be efficiently used for one purpose.

Original Equipment Manufacturing (OEM) is a production method in which an ordering company that builds a distribution network is commissioned to a productive manufacturer to manufacture a shape and a branded product required by the company. It is also called 'consigned production' or 'Original Equipment Manufacturer'.

In other words, large companies that have lost their price competitiveness due to high labor costs are mainly using OEM production methods. It is possible to increase sales even in markets with existing customer bases, so producers can secure stable sales, and orderers can produce products efficiently and reduce production costs. In the early stage, it was applied only to expensive products such as TVs and refrigerators, but recently, it has been applied to various products such as bags.

However, in the conventional method of manufacturing a bag using the OEM production method, when an orderer orders a form in which a new function is added instead of an existing bag, the producer has to purchase additional materials for manufacturing a new type of bag. Since there is no distribution system for new raw materials and subsidiary materials, there is a problem that additional time and cost for manufacturing bags are generated.

In the meantime, the above-described background art is technical information possessed by the inventor for the derivation of the present invention or acquired in the derivation process of the present invention, and is not necessarily known technology disclosed to the general public before the application of the present invention. .

Korea Patent Registration No. 10-1567713 Korean Utility Model Registration No. 20-0465652

One aspect of the present invention is a bag manufacturing system that can improve the time and quality of the bag manufacturing process by purchasing the material quickly and efficiently in the case of lack of raw materials and subsidiary materials for manufacturing bags in the bag manufacturing process through the OEM method To provide.

In addition, the inner space of the storage box is deformed according to the user operation to provide a bag manufacturing system including a multifunctional unmanned storage box that can store the bag regardless of the size of the bag.

The technical problem of the present invention is not limited to the technical problem mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the following description.

Bag manufacturing system according to an embodiment of the present invention includes a bag consisting of an inner bag for receiving the contents and an outer bag that can be separated and coupled to the outside of the inner bag.
The bag is provided with a reading device for reading a digital identification code,
The bag manufacturing system includes a multifunctional unmanned storage box equipped with a digital identification code and a lock; And receiving usage information related to the use of the digital identification code and the storage box from the bag, to determine whether the storage box is available based on the digital identification code, and to open or close the locking device based on the usage information. A management server for setting a required password and a validity period of the password, and granting the bag the right to use the lock device during the validity period of the password;
The multifunctional unmanned storage box, the storage body; A digital identification code attached to a door installed at the front of the storage body; And a control module for controlling the opening and closing of the door,
The storage box body, a hexahedral frame; A fixed wall fixedly installed at a rear portion of the frame; A first rotating wall installed at the left end of the fixed wall; A second rotating wall installed at the right end of the fixed wall; A third rotating wall installed at an upper end of the fixed wall; A fourth rotating wall installed at a lower end of the fixed wall; And installed in the front portion of the frame, and includes a door provided with the digital identification code and the lock,
The first rotating wall, the second rotating wall, the third rotating wall and the fourth rotating wall are hinged to the fixed wall and hinged with respect to the fixed wall to be folded toward the fixed wall or perpendicular to the fixed wall. Unfolded to achieve
The multifunctional unmanned storage box, when two or more lock devices adjacent to each other are opened within a predetermined reference time and two or more doors adjacent to each other open at the same time, the adjacent rotating walls rotate to the fixed wall to expand the internal space,
When the management server receives a request for use of the other lock device from the bag to which the use right of the lock device is granted, the management server searches for a lock adjacent to the one lock device, and searches for the found lock device. Send information about the bag,
When the management server receives the digital identification code for the second lock device from the bag that is granted the use rights for the first lock device, and calculates the separation distance between the first lock device and the second lock device; If it is determined that the third lock device having an unset usage right exists at a position closer than the separation distance, the location information of the third lock device is transmitted to the bag.
The management server periodically collects location information from the bag to generate movement path information of the bag, and focuses on the location of the first locking device on the map data where the locations of the plurality of different locking devices are recorded. After generating radius information with a radius of the distance between the first locking device and the second locking device as a radius, searching for another locking device that is located within the radius information and the usage rights are not set, and then set the candidate group, Among the locks included in the candidate group, the map data displaying the location information of the third lock device, which is the lock device closest to the movement route information, is transmitted to the bag,
Receiving a selection signal for the third lock device displayed on the map data from the bag, whether or not the digital identification code included in the third lock device is received, usage information related to the use of the third lock device is received. Request the bag,
The management server, when receiving the digital identification code for the third lock device from the bag, sets the same password as the password set in the first lock device to the password required to open and close the third lock device
The password is set based on a desired password set by the user carrying the bag included in the usage information, and is located within a reference distance from the first lock device or the third lock device. If it is determined that another lock is set, a request message for setting one of the same passwords common to the first lock and the third lock to another password is transmitted to the bag.

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According to one aspect of the present invention, in the manufacturing process of the bag through the OEM method, if the raw material and subsidiary materials for the bag is insufficient, the material can be quickly and efficiently purchased to improve the reliability and quality of the bag manufacturing process period In addition, it is possible to guarantee the efficient distribution of the material by dynamically setting the use authority of the unmanned material storage box for temporarily storing the material in the distribution process of the material according to the situation.

1 is a view showing a schematic flow of a bag manufacturing method of the OEM method using a bag manufacturing system according to the present invention.
2 is a diagram illustrating an example of a bag manufactured according to the manufacturing method of FIG.
4 is a conceptual diagram illustrating a schematic configuration of a bag manufacturing system according to an embodiment of the present invention.
5 to 8 is a view showing a specific configuration of the multifunctional unmanned storage box.
9 to 11 are diagrams showing specific examples of setting the use authority of the unmanned storage box in the process of transferring the material using the bag manufacturing system shown in FIG.

DETAILED DESCRIPTION OF THE INVENTION The following detailed description of the invention refers to the accompanying drawings that show, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It is to be understood that the various embodiments of the invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be embodied in other embodiments without departing from the spirit and scope of the invention in connection with one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the invention. The following detailed description, therefore, is not to be taken in a limiting sense, and the scope of the present invention is defined only by the appended claims, along with the full scope of equivalents to which such claims are entitled. Like reference numerals in the drawings refer to the same or similar functions throughout the several aspects.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the drawings.

Producer side terminal (to be described later terminal headquarters terminal) may receive an order containing information such as the shape, dimensions, material, brand of the bag from the ordering company side (S11).

Producer terminal checks the order history by analyzing the order received from the orderer terminal, and instructs the production of the bag order corresponding to the order to the producer factory terminal associated with the producer terminal (S12). .

In this case, when the producer terminal receives a list of additionally required materials or insufficient materials for manufacturing the bag from the producer factory side terminal, the terminal may determine where to purchase the insufficient materials (S13).

For example, the manufacturer's terminal classifies the first material as Korea, the second material as China, and the third material as USA in consideration of the shipping cost, period, and durability of each material. The purchase request process may be performed to purchase (S14).

In this case, it is advantageous to purchase the fourth material in Vietnam. If the producer factory is also located in Vietnam, the fourth material may be excluded from the purchase request list. That is, the fourth material can be procured locally to prevent unnecessary time for material purchase.

Then, when the required materials arrive at the local factory, the producer factory can manufacture the bags required by the producer using the procured materials (S15), and the manufactured bags are transported by land, sea, air, etc. Can be delivered to the ordering company.

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On the other hand, the bag according to the present invention, although not shown, may be provided with means for reading a digital identification code, specifically, a photographing apparatus for photographing a digital identification code; And a control module configured to classify types of digital identification codes by analyzing the captured image received from the photographing apparatus.

In addition, the bag manufacturing system according to the present invention relates to the use rights of the locking device and the use of the locking device only by the user reading the digital identification code provided in the locking device using the bag 200 carried by the user. It relates to a technology that can be conveniently provided with a variety of services.

Hereinafter, for convenience of description, it will be described on the assumption that the user requests the use authority of the lock device provided in the storage box for storing the goods to set the use authority. That is, a user requesting permission to use a storage box should be interpreted in the same sense as requesting permission to use a lock lock provided in the storage box. However, the locking device is not necessarily limited to the storage box, and is not limited to items or places to be mounted, such as access doors and removable locks.

Specifically, as shown in FIG. 4, the bag manufacturing system 1000 according to the exemplary embodiment of the present invention may include a multifunctional unmanned storage box 100, a bag 200, and a management server 300.

The multifunctional unmanned storage box 100 is a device having an internal space for carrying an article, for example, may be in the form of a courier storage box, a locker, a locker, or the like.

The multifunctional unmanned storage box 100 may be provided with a locking device for controlling the opening and closing of the door, the locking device may be in the form of a digital door lock, for example. Accordingly, the multifunctional unmanned storage box 100 may be opened and closed by a password input through the locking device.

5 is a view showing a specific configuration of the multifunctional unmanned storage box 100,

The multifunctional unmanned storage box, the library body 110; A digital identification code 120 attached to a door installed at the front of the storage box body 110; And a control module (or locking device) 130 that controls opening and closing of the door.

The storage box main body, as shown in Figure 6, the skeleton 1100-shaped frame; A fixing wall 1200 fixedly installed at a rear portion of the frame; A first rotating wall 1300 installed at the left end of the fixed wall; A second rotating wall 1400 installed at the right end of the fixed wall; A third rotating wall 1500 installed at an upper end of the fixed wall; A fourth rotating wall 1600 installed at a lower end of the fixed wall; And a door 1700 installed at the front surface of the frame and provided with the digital identification code and the locking device.

In this case, the fixed wall 1200 may be firmly fixed by fixing the four sides to the frame 1100, the rotating walls (1100 ~ 1600) and the door 1700 except the fixed wall is hinged to any one side The combined hinge can be rotated with the rotation axis.

That is, the first rotating wall, the second rotating wall, the third rotating wall and the fourth rotating wall are hinged to the fixed wall and hinged with respect to the fixed wall to fold toward the fixed wall or to the fixed wall. It can be spread out at right angles to it.

At this time, the multifunctional unmanned storage box 100 according to the present invention, when two or more doors adjacent to each other are opened within a predetermined reference time as shown in FIG. As the rotating wall rotates toward the fixed wall, the internal space can be expanded.

For example, FIG. 7 is a view of the two multi-functional unmanned storage boxes 100 connected to the left-right from the top, when the user is difficult to store their bags in one storage box to apply for use of two storage boxes You can request The specific process of granting the use right by the management server 300 will be described later.

In this case, as shown in FIG. 8, the right rotating wall 1400a of the first storage box and the left wall 1300b of the second storage box are rotated toward their fixed wall, respectively, so that the left and right sides of the two storage boxes are connected to each other. Space can be expanded. At this time, since the state is connected to the door frame installed can be fixed to the original position irrespective of the rotation of the rotating wall.

In addition, the multi-functional unmanned storage box 100 may be attached to the digital identification code generated by the management server 300 to be described later.

The bag 200 has an internal space for accommodating an article, and at one side, a means for photographing a digital identification code (for example, a QR code) attached to the multifunctional unmanned storage box 100 such as a camera module, and a photographed identification code. Communication module and control module for transmitting to the management server 300 may be installed.

That is, when the user wishes to use the specific multifunctional unmanned storage box 100, the user may photograph the digital identification code attached to the multifunctional unmanned storage box 100 using the bag 200. In this case, the bag 200 may be connected to the management server 300 by the photographed digital identification code.

Management server 300 may be a server (engine) or engine (engine) in communication with the multifunctional unmanned storage box 100 and bag 200,

The management server 300 may manage a plurality of multifunctional unmanned storage box 100, for this purpose, the management server 300 may generate a digital identification code based on the identification information for each multifunctional unmanned storage box (100). Accordingly, when a specific digital identification code is received from the bag 200, the management server 300 may analyze the type of the received digital identification code and determine which multifunctional unmanned storage box 100 is a use request.

The management server 300 may manage information on whether each of the multifunctional unmanned storage box 100 is in use or not in use, and the multifunctional unmanned storage box 100 corresponding to the digital identification code received from the bag 200 is provided. If it is determined that it is not currently used, the bag 200 may transmit a signal for outputting a user interface (UI) for inputting usage information.

Here, the usage information is information required for the user to use the storage box, and may include at least one of unique identification information (telephone number, manufacturing number, etc.), a desired usage period, and a desired password of the bag 200. .

The management server 300 may set a password and a valid period of the password required for opening and closing the lock device based on the usage information received from the bag 200.

That is, the password set by the management server 300 can release the lock state of the locking device provided in the multifunctional unmanned storage box 100 only for a predetermined period, and the predetermined period is for the desired usage period included in the usage information. It may be set based on the information.

As such, the management server 300 may grant the use rights of the multifunctional unmanned storage box 100 to the bag 200 during the validity period of the password. Thereafter, the management server 300 may store information such as unique identification information, usage period, password, and the like by matching the received digital identification code.

The management server 300 may transmit the information on the set password and the use authority to the bag 200 in a text message.

As such, the bag manufacturing system 1000 according to an embodiment of the present invention is set a password to release the electronic lock device through the management server 300, the management server 300 is a multifunctional unmanned storage box 100 By renewing the password each time a new use right is granted, it is possible to ensure the security of the multifunctional unmanned storage box (100).

In this process, the management server 300 of the new multi-function unmanned storage box 100 based on the multi-functional unmanned storage box 100 that was previously granted permission when the same user wants to use a plurality of multi-functional unmanned storage box 100. The type can be determined dynamically. Hereinafter, specific functions of the management server 300 will be described in detail.

FIG. 9 is a diagram illustrating an example of setting a multifunctional unmanned storage box 100 to newly grant usage rights to a bag 200 among a plurality of multifunctional unmanned storage boxes 100 disposed at the same place.

Hereinafter, for convenience of description, the multifunctional unmanned storage box 100 previously granted by the request of the bag 200 is defined as the first storage box A, and newly requested by the bag 200. The storage box 200 will be defined as a second storage box B and will be described.

As shown, the management server 300 may receive a digital identification code for the second storage box (B) from the bag 200 has already been granted the use rights for the first storage box (A). Management server 300 is

In the figure, the shaded library is a library to which use rights are granted by the current user or another user, and the management server 300 may extract the remaining library except this.

That is, when the management server 300 is requested from the bag 200 to request the use rights for the second storage box (B), if it is determined that the user has a first storage box (A) currently in use, the first storage box (A) ) May be searched for the closest box (C box in the illustrated embodiment). The management server 300 transmits the information on the retrieved storage box (C) to the bag 200, so that the user may receive a storage box adjacent to the storage box A currently being used from the management server 300.

On the other hand, the management server 300 according to the present invention may dynamically grant the use rights for the storage spaces 300 are disposed at different locations. In this regard, it will be described with reference to FIGS. 10 and 11 together.

10 and 11 are views for explaining a specific example of recommending a new storage box based on a storage box in use among the storage boxes arranged in different locations.

First, as shown in FIG. 10, when the management server 300 receives a digital identification code for the second storage box B from a bag that is authorized to use the first storage box A, the first storage box ( A distance between A) and the second storage box B can be calculated.

The management server 300 calls the map data in which the positions of a plurality of different storage boxes are recorded, and based on the position of the first storage box A on the called map data, the calculated first storage box A and Radius information having a radius of a distance from the second storage box B may be generated. The management server 300 may extract and display the positions of the unused storage boxes (C, D) among the storage boxes located in the generated radius information.

The management server 300 calculates the separation distance between the first storage box (A) and the extracted storage boxes (C, D), so that the usage rights of the storage box (C) that is not set to the closest position from the first storage box (A) The location information may be transmitted to the bag 200.

In other words, if a user has a library in use, the user can use the storage box (C) closest to the library (A) that is already in use only by photographing the digital identification code attached to the library. ) Location information can be provided.

In some other embodiments, as shown in FIG. 11, the management server 300 may recommend a new storage box in consideration of the movement pattern of the bag 200.

To this end, the management server 300 may generate location information of the user by periodically collecting location information from the bag 200.

The management server 300 has a radius of a distance between the first storage box (A) and the second storage box (B) with a focus on the position of the first storage box (A) on the map data in which the positions of a plurality of different storage boxes are recorded. The candidate group may be set by generating radius information, and searching for another library in which the usage right is not set while being located within the radius information.

The management server 300 sets the storage box (D) closest to the movement path information among the storage boxes (C, D) included in the set candidate group as a storage box to be recommended to the bag 200, and the position of the setting recommendation storage box (D). Map data in which the information is displayed may be transmitted to the bag 200. In this case, the user has an effect that can be intuitively provided with information on which location the storage box (D) recommended by the management server 200 is located.

In addition, when the management server 300 receives the selection signal for the recommended storage box (D) displayed in the map data from the bag 200, the recommended storage box regardless of whether or not to receive the digital identification code provided in the recommended storage box (D) Usage information related to the use of (D) may be requested to the bag 200.

Hereinafter, for convenience of description, the recommended storage box set by the management server 300 will be described by defining a third storage box.

On the other hand, when the management server 300 receives the digital identification code for the second storage box or the third storage box from the bag 200, the lock device provided in the third storage box with the same password as the password set in the lock of the first storage box; Can be set to the password required to open and close the.

At this time, the management server 300, while setting the password based on the desired password included in the use information, which is located within the reference distance from the first storage box or the third storage box, there is another storage box with the same password is set If it is confirmed, the request message for setting one of the same password common to the first storage box and the third storage box to another password may be transmitted to the bag 200.

For example, the same password (for example, 1234) may be set in the first library and the third library to which the same user is given permission to use. In this case, when the storage box adjacent to the third storage box, and the same password is set to another user and the same password is set, the management server 300 receives a request message requesting to set the password of the first storage box to a different number. ) Can be sent.

The password set in the process of using the first first storage box may be set to a different number from the password set in another storage box located near the same location or the first storage box. However, if the password of the third storage box relatively spaced apart from the first storage box is set to the same password as the password of the first storage box, the password is set to be the same as the password of another storage box adjacent to the third storage box and spaced apart from the first storage box. May be In this case, there is a problem in that the library to which the user is authorized by another user may be opened without permission.

In order to prevent such a problem, the management server 300, while setting the password based on the desired password included in the usage information, located within the reference distance from the first storage box or the third storage box, the same password as the password If it is confirmed that the other locker set exists, the user's password is different by sending a request message to the bag 200 to set the password of any one of the same password set in the first locker and the third locker to another password. This prevents duplication of a user's password.

Although described above with reference to the embodiments, those skilled in the art will understand that various modifications and changes can be made without departing from the spirit and scope of the invention as set forth in the claims below. Could be.

Claims (2)

In the bag manufacturing system comprising a bag consisting of an inner bag for receiving the contents and an outer bag that can be separated and coupled to the outside of the inner bag,
The bag is provided with a reading device for reading a digital identification code,
The bag manufacturing system includes a multifunctional unmanned storage box equipped with a digital identification code and a lock; And receiving usage information related to the use of the digital identification code and the storage box from the bag, to determine whether the storage box is available based on the digital identification code, and to open or close the locking device based on the usage information. A management server for setting a required password and a validity period of the password, and granting the bag the right to use the lock device during the validity period of the password;
The multifunctional unmanned storage box, the storage body; A digital identification code attached to a door installed at the front of the storage body; And a control module for controlling the opening and closing of the door,
The storage box body, a hexahedral frame; A fixed wall fixedly installed at a rear portion of the frame; A first rotating wall installed at the left end of the fixed wall; A second rotating wall installed at the right end of the fixed wall; A third rotating wall installed at an upper end of the fixed wall; A fourth rotating wall installed at a lower end of the fixed wall; And installed in the front portion of the frame, and includes a door provided with the digital identification code and the lock,
The first rotating wall, the second rotating wall, the third rotating wall and the fourth rotating wall are hinged to the fixed wall and hinged with respect to the fixed wall to be folded toward the fixed wall or perpendicular to the fixed wall. Unfolded to achieve
The multifunctional unmanned storage box, when two or more lock devices adjacent to each other are opened within a predetermined reference time and two or more doors adjacent to each other open at the same time, the adjacent rotating walls rotate to the fixed wall to expand the internal space,
When the management server receives a request for use of the other lock device from the bag to which the use right of the lock device is granted, the management server searches for a lock adjacent to the one lock device, and searches for the found lock device. Send information about the bag,
When the management server receives the digital identification code for the second lock device from the bag that is granted the use rights for the first lock device, and calculates the separation distance between the first lock device and the second lock device; If it is determined that the third lock device having an unset usage right exists at a position closer than the separation distance, the location information of the third lock device is transmitted to the bag.
The management server periodically collects location information from the bag to generate movement path information of the bag, and focuses on the location of the first locking device on the map data where the locations of the plurality of different locking devices are recorded. After generating radius information with a radius of the distance between the first locking device and the second locking device as a radius, searching for another locking device that is located within the radius information and the usage rights are not set, and then set the candidate group, Among the locks included in the candidate group, the map data displaying the location information of the third lock device, which is the lock device closest to the movement route information, is transmitted to the bag,
Receiving a selection signal for the third lock device displayed on the map data from the bag, whether or not the digital identification code included in the third lock device is received, usage information related to the use of the third lock device is received. Request the bag,
The management server, when receiving the digital identification code for the third lock device from the bag, sets the same password as the password set in the first lock device to the password required to open and close the third lock device
The password is set based on a desired password set by the user carrying the bag included in the usage information, and is located within a reference distance from the first lock device or the third lock device. When it is confirmed that another lock is set, a bag is sent to the bag request message for setting any one of the same passwords common to the first lock and the third lock to another password. system.

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