KR102129614B1 - Clothing management system - Google Patents

Abstract

The present invention relates to a clothing management system comprising: a clothing hanger device which can be mounted in order to store clothing and has a hook at the top; and a hanger device having a long bar at an upper end to be able to be hooked on the hook of the clothing hanger device. An objective of the present invention is to provide a logistics service which can more accurately and conveniently manage the clothing.

Description

Clothing Management System {CLOTHING MANAGEMENT SYSTEM}

The present invention relates to a clothing management system, and more specifically, a clothing management system implemented to efficiently manage the arrival, release, and inventory of clothing by using tags attached to clothes and hangers and hangers that can recognize them. It is about.

In the past, according to the systematic clothing management system, receiving and shipping are managed to some extent through computational work, but the current status of inventory could not be accurately managed, and if the manager does not manage the changes every time when receiving and shipping, inventory may be out of order. There was a problem.

When a large amount of clothing is in stock, the number is first checked and the inventory is checked according to the situation in which it is shipped. Therefore, if there is a change in the middle or the communication is not properly delivered between the representatives, there is a problem that the inventory is not clearly checked. there was.

In addition, even if the inventory is checked by checking the inventory on a daily basis, it is impossible to check the actual inventory in real time, so there is a problem in that it is difficult to respond quickly due to stock exhaustion because the inventory must be estimated based only on the information recorded on the computer.

In the case of a mannequin used to mount clothes in the related art, the clothes are slightly smaller or larger than the basic size because they are made in the basic size, and can show only the basic shape despite various types of clothing and various clothing dimensions. Even in this good looking case, there was a problem of having to wear basic size clothes.

Accordingly, it is possible to form a sense of volume through layering to display large clothes, but it cannot be solved when small size clothes are good to see, and in summer clothes, it is less likely to be overlaid, so even if the clothes are worn on a mannequin, the volume and There was a problem of poor fit.

In addition, because the type of clothes sold in the store, even a store that specializes in handling undersize or oversize, the size of the mannequin is quite different, so it is difficult to provide appropriate information to the consumer through the mannequin.

On the other hand, the above-mentioned background technology is the technical information acquired by the inventor for the derivation of the present invention or acquired in the derivation process of the present invention, and is not necessarily a known technology disclosed to the general public before filing the present invention. .

Korean Registered Utility Model No. 20-0464797 Korean Registered Utility Model No. 20-0304651 Korean Registered Utility Model No. 20-0401824 Korean Registered Utility Model No. 20-0362279

The object of the present invention is to perform a separate operation in order to manage the inventory by wearing and leaving the garment, and furthermore, more accurately and easily manage the clothes by allowing the clothes to be managed by only putting the clothes on the hanger and managing the goods delivery. It is to provide logistics services that can be done.

One aspect of the present invention is to provide a clothing management device that can be fitted to an appropriate size by simply adjusting the size of a mannequin in response to various types of clothing and various dimensions, and basically mounting the clothing.

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

Clothing management system of the present invention for solving the above problems can be mounted to store clothing, a hanger device having a hook on the top; And a hanger device having an elongated bar at the top so that it can be caught by the hook of the hanger device.

In one embodiment, the clothing management system includes a tag device that includes identification information and is attached to the clothing; A clothing management server that manages in real time the clothing inventory mounted on the hanger device by reflecting the amount of change in clothing inventory according to the receipt and delivery in real time in a database; And a clothing management terminal for inputting data for wearing and unloading clothing.

In one embodiment, the tag device includes a product number storage unit for storing a product number of clothing; And a product number transmitter that wirelessly transmits the product number stored in the product number storage unit when power is supplied wirelessly from the outside.

In one embodiment, the hanger device, the garment mounting module in the form of a triangle without a base so as to mount the clothes; And a ring module in the form of a ring so that it can be mounted on a hanger device.

In one embodiment, the clothing mounting module, the pressure measuring unit for measuring the pressure generated by the garment is mounted downward; When the pressure is applied for a predetermined time by the pressure measuring unit, the product number receiving unit for receiving the product number from the product number transmitting unit to recognize that the garment is mounted; And an identification information storage unit for storing product number and hanger identification information received from the product number receiving unit.

In one embodiment, the loop module, when the garment is mounted on the garment mounting module, the first connection portion protruding upward from the garment mounting module so as not to be pressed against the neck of the garment; A second connector protruding from the upper side of the first connector to one side; A third connection portion protruding upward by a predetermined height corresponding to the height of the clothing mounting module; A fourth connection portion formed above the third connection portion and parallel to the second connection portion, and protruding by a predetermined width corresponding to the width of the clothing mounting module; And a fifth connection portion protruding from the end of the fourth connection portion to a predetermined length downward.

The fourth connection unit is a light emitting unit for performing flashing for a predetermined time when receiving a light emission signal from the hanger device to the upper side; A resistance unit including a resistance terminal having a predetermined value; And a connection communication unit transmitting and receiving product number and hanger identification information received from the identification information storage unit to the lower side.

In one embodiment, the hanger device comprises: support modules on both sides; And a bar-shaped hanger mounting module of a predetermined length on the top of the support module.

In one embodiment, the hanger mounting module is grounded with the fourth connection unit to transmit a luminescence signal, receive product number and hanger identification information, and each metal contact with at least one metal contact has an identification number set for identification Possible mounting contacts; A voltage measurement unit that flows electricity to all of the stationary contact portions and measures a voltage value generated by the resistance of the resistance portion; And a hanger device communication unit connected to the clothing management server through a wireless network to transmit the product number, hanger identification information, and the voltage value received from the voltage measurement unit to the clothing management server and receive a signal from the clothing management server. ; May include.

In one embodiment, the clothing management terminal includes: an information input unit for receiving information on clothes to be worn and information on clothes to be shipped; And a terminal communication unit that transmits information on clothes to be received and information on clothes to be shipped to the clothing management server input to the information input unit.

In one embodiment, the clothing management server, the first communication unit connected to the hanger device and a wireless network to receive the product number, hanger identification information and voltage value, and transmits a signal; A second communication unit connected to the clothing management terminal through a wireless network to receive information on clothes to be worn and information on clothes to be shipped; A database unit that stores and stores the clothes mounted for each hanger by using the product number and hanger identification information of the first communication unit; It may include a warehouse management unit that performs a warehouse-in or warehouse-out procedure to reflect the change in clothing inventory in real time in the database unit to manage clothing inventory in real time.

In one embodiment, the wearing procedure includes: receiving and transferring information of clothing to be received from the second communication unit, receiving and transmitting the voltage measurement signal to the first communication unit when receiving information from the second communication unit; The warehouse management unit compares the voltage value according to each identification number received through the first communication unit with the existing voltage value according to each identification number, and if the received voltage value is lower than the existing voltage value, the hanger is mounted on the hanger device. A second step of wearing as judged as being worn; And the warehouse management unit can match the product number and the hanger identification information to match the clothing information input to the clothing management terminal and stores it in the database unit, and stores the new voltage value in three steps.

In one embodiment, the shipping procedure, the warehouse management unit receives the information of the clothes to be shipped from the second communication unit, the first step of generating a light emission signal and a voltage measurement signal to deliver to the first communication unit; When the light emitting unit receives the light emitting signal, a flashing signal is generated, and the input and output management unit compares the voltage value according to each identification number received through the first communication unit with the existing voltage value according to each identification number, so that the received voltage value is If the voltage is higher than the existing voltage, the hanger is separated from the hanger device and the second step of wearing is judged as the garment is shipped; And the warehouse management unit may delete the product number and hanger identification information, the corresponding clothing information is deleted from the database unit, and storing the new voltage value in three steps;

In one embodiment, the clothing management system may further include a clothing management device in a state of a human body so that it can be mounted to display clothing.

In one embodiment, the clothing management apparatus includes a body module having a shape of an upper body in a human body so as to mount clothing; A vertical support module projecting and fixed in a vertical direction from a lower surface of the body module to support the body module; A mitral module located in the body module where the trapezius of the human body is located and protruding upward; A rotating module penetrating the center of the body module from the center of the body module to the vertical support module; A coupling module capable of coupling with the rotating module; A chest module positioned in the body module where the pectoralis major muscle is located and protruding forward; A shoulder module positioned in the body module where the deltoid muscle of the human body is protruding, to the left or right; A neck module arranged in a circle where the neck is located in the body module, and moving in front, rear, left, and right directions; And a support module disposed under the vertical support module to support the clothes management device to maintain the standing state.

In one embodiment, the mitral module includes: a mitral left model formed in an upward direction from a position of the upper trapezius muscle from the left side of the neck to the left shoulder in the human body; A mitral right model part formed upward in the position of the upper trapezius muscle from the right side of the neck to the right shoulder in the human body; The mitral left support portion formed in a bar shape in a vertical downward direction from the lower surface of the mitral left model portion; A mitral right support portion formed in a bar shape in a vertical downward direction from a lower surface of the mitral right model portion; A mitral horizontal support formed by connecting a left mitral support and a right mitral support to both ends, and formed in a bar shape; A mitral irregularity formed in a bar shape in a vertically downward direction from a side at a predetermined distance from the center of the mitral horizontal support, and at least one unevenness formed on a side where the rotation module is located; A mitral vertical gear unit that rotates in engagement with the irregularities of the mitral recessed portions according to the vertical movement of the mitral irregularities; And a mitral vertical elastic part that applies a constant force to the mitral module in a vertical upward direction.

In one embodiment, the rotating module is connected in the form of a bar from the center of the neck module to the upper side of the vertical support module through the inside of the body module, and a central rotating unit capable of rotation; A mitral connecting gear portion engaged with the mitral vertical gear portion to convert the vertical rotation of the mitral vertical gear portion into a horizontal rotation to rotate the central rotation portion; A chest connection gear part fixed to the central rotation part at the same height as the chest module and rotating together in a horizontal direction; A shoulder connecting gear part fixed to the central rotating part at the same height as the shoulder module and rotating together in a horizontal direction; A neck connecting gear part fixed to the central rotating part at the same height as the neck module and rotating together in a horizontal direction; And a cross recessed portion formed by being embedded in a cross shape on an upper surface of the central rotation portion.

In one embodiment, the coupling module includes: a cross protrusion protruding in a cross shape to be inserted into the cross recess; And a handle portion having the same central axis as the central rotation portion and having a diameter larger by a predetermined size than the central rotation portion.

In one embodiment, the chest module includes: a left chest model formed in the anterior direction at a position of the left pectoralis major muscle in the human body; A model of the right side of the chest formed in the anterior direction from the position of the right pectoralis major muscle in the human body; A chest left support formed in a bar shape from the back of the chest left support to the back; A chest right support portion formed in a bar shape from a rear side of the chest right support portion to a rear direction; A chest horizontal support portion connected to both ends of the chest and the right support portion of the chest, and formed in a bar shape; And a bar shape from the side to the horizontal rearward at a predetermined distance from the center of the chest horizontal support, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the chest connection gear portion to connect the chest connection gear. It may include; chest irregularities to convert the rotation of the wealth to the front and rear movements.

In one embodiment, the shoulder module, the left shoulder model formed in the left direction from the position of the left deltoid in the human body; A right shoulder model formed in a right direction at a position of the right deltoid muscle in the human body; It is formed in the form of a bar in the right direction from the right side of the left shoulder model part, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the shoulder connecting gear part to rotate the shoulder connecting gear part into left and right movements. Left shoulder irregularities to switch; And a bar in the left direction from the left side of the right shoulder model part, and at least one irregularity (凹凸) is formed on the side where the rotation module is located, and is engaged with the shoulder connection gear part to influence the rotation of the shoulder connection gear part. It may include; the right shoulder irregularities to switch to movement.

In one embodiment, the neck module includes: a front neck model part positioned at the front of the neck in the human body; A posterior neck model located at the back of the neck in the human body; A left neck model part located on the left side of the neck in the human body; A right neck model part located on the right side of the neck in the human body; It is formed in the form of a bar from the back of the front neck model part to the back, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the neck connection gear part to rotate the neck connection gear part forward and backward. Front neck irregularities to switch; It is formed in the form of a bar in the front direction from the front of the rear neck model part, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the neck connection gear part to rotate the neck connection gear part forward and backward. A concavo-convex neck on the back side to switch; It is formed in the form of a bar in the right direction from the right side of the left neck model part, and at least one unevenness is formed on the side where the rotation module is located. Left neck irregularities to switch; And a bar in the left direction from the left side of the right neck model part, at least one irregularity (凹凸) is formed on the side where the rotation module is located, and is engaged with the neck connection gear part to influence the rotation of the neck connection gear part. It may include; the right neck irregularities to switch to movement.

The present invention is more accurate and easy to manage clothing by allowing the user to manage the wearing and shipping by simply putting the clothes on the hanger, rather than performing a separate operation to manage the inventory by wearing and leaving the clothing. Logistics service can be provided.

According to an aspect of the present invention, the size of a mannequin is adjusted in response to various types of clothing and various dimensions, and basically, it is possible to perform various directing with one mannequin by fitting it to an appropriate size only by mounting the garment. have.

The effects of the present invention are not limited to the above-mentioned effects, and various effects may be included within a range apparent to those skilled in the art from the contents described below.

1 is a view showing a schematic configuration of a clothing management system according to an embodiment of the present invention.
2 is a view showing a schematic configuration of a clothing management system according to another embodiment of the present invention.
3 is a block diagram illustrating the tag device of FIG. 2.
FIG. 4 is a view showing the hanger device of FIG. 2.
5 and 6 are views showing the hook module of the hanger device of FIG. 4.
It is a figure explaining the hanger device of FIG.
FIG. 8 is a block diagram illustrating the garment mounting portion of FIG. 7.
9 is a view showing a state in which a hanger device and a hanger device are combined.
10 is a block diagram illustrating the clothing management server of FIG. 4.
11 is a block diagram illustrating the clothing management terminal of FIG. 4.
12 and 13 are flowcharts illustrating the wearing procedure and the shipping procedure of the clothing management server of FIG. 10.
14 is a view showing a schematic configuration of a clothing management apparatus according to another embodiment of the present invention.
15 is a view showing a mitral module and a rotation module according to the present invention.
16 is a view showing a rotating module and a coupling module according to the present invention.
17 is a view showing a chest module according to the present invention.
18 is a view showing a shoulder module according to the present invention.
19 and 20 are views showing a neck module according to the present invention.
21 is a view showing a state in which the clothes management apparatus according to the present invention is implemented.

For a detailed description of the present invention, which will be described later, reference is made to the accompanying drawings that illustrate, by way of example, specific embodiments in which the present invention may be practiced. These examples are described in detail enough to enable those skilled in the art to practice the present invention. It should 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 implemented in other embodiments without departing from the spirit and scope of the invention in connection with one embodiment. In addition, it should be understood that the location or placement of individual components within each disclosed embodiment can be changed without departing from the spirit and scope of the invention. Therefore, the following detailed description is not intended to be taken in a limiting sense, and the scope of the present invention, if appropriately described, is limited only by the appended claims, along with all ranges equivalent to those claimed. In the drawings, similar reference numerals refer to the same or similar functions throughout several aspects.

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

1 is a view showing a schematic configuration of a clothing management apparatus according to an embodiment of the present invention.

Referring to FIG. 1, a clothing management system 10 according to an embodiment of the present invention includes a hanger device 300 and a hanger device 500.

The hanger device 300 may be provided with a hook on the top and mount clothes.

The hanger device 500 may have an elongated bar at the top so that it can be hung on the hook of the hanger device.

2 is a view showing a schematic configuration of a clothing management system according to another embodiment of the present invention.

Referring to FIG. 2, a clothing management system according to another embodiment of the present invention includes a tag device 100, a hanger device 300, a hanger device 500, and a clothing management server 700 and a clothing management terminal 800. It may further include.

The tag device 100 includes identification information and may be attached to clothing. The clothing management server 700 may reflect the amount of change in clothing inventory according to the receipt and delivery in real time in the database to manage the clothing inventory mounted on the hanger device 500 in real time.

The clothing management terminal 800 may input data for wearing and leaving clothes.

The hanger device 300 is a clothes hanger device having a hook module 310 in the form of a ring so as to be mounted on a clothes hanger 310 and a hanger device 500 in the form of a triangle without a base so as to mount clothes. It may include 300.

The hanger device 500 may include a support part 510 on both sides and a hanger mounting part 530 in the form of an elongated bar on the top of the support part 510. The hanger device 500 is formed to support clothes 510 on both sides, which is a commonly used form, and a bar on the top of the support part 510 so as to mount clothes in an empty state.

In order to implement the above operation, the clothing management server 700 has the same configuration as a conventional web server in hardware, and various types of languages such as C, C++, Jaba, Visual Basic, and Visual C in software. It includes a program module that is implemented through and performs various functions. In addition, it can be implemented using web server programs provided in various ways according to operating systems such as DOS, Windows, Linux, Unix, and Macintosh on general server hardware. have.

In the present invention, the communication between the clothing management terminal 800 and the clothing management server 700 includes a base transceiver station (BTS), a mobile switching center (MSC), and a home location register (HLR). ) Can perform data communication using a wireless mobile communication network. In addition, when the wired/wireless communication network is implemented as a wired communication network, it may be implemented as a network communication network. Data communication may be performed according to an Internet protocol such as Transmission Control Protocol/Internet Protocol (TCP/IP).

3 is a block diagram illustrating the tag device of FIG. 2.

Referring to FIG. 3, the tag device 100 may include a product number storage unit 110 and a product number transmission unit 130.

The product number storage unit 110 may store a product number of clothing. The product number is a number used to specify clothing, and the information on clothing specified through this is meant to include information capable of specifying clothing, including the type of clothing, the size of clothing, and the color of clothing.

The product number transmitting unit 130 may wirelessly transmit the product number stored in the product number storage unit when power is wirelessly applied from the outside. At this time, the wireless communication may perform communication through a radio frequency (RF).

FIG. 4 is a view showing the hanger device of FIG. 2.

Referring to FIG. 4, the garment holder 310 may include a pressure measurement unit 311, a product number receiving unit 313, and an identification information storage unit 315.

The pressure measuring unit 311 may measure the pressure generated downward by the garment being mounted. The product number receiving unit 313 may receive the product number from the product number transmitting unit 130 by recognizing that the garment is mounted when pressure is applied for a predetermined time by the pressure measuring unit 311.

The identification information storage unit 315 may store the product number received from the product number receiving unit 313 and identification information of the hanger device 300.

5 and 6 are views showing the hook module of the hanger device of FIG. 4.

Referring to FIG. 5, the ring module 330 may include a first connection portion 331, a second connection portion 332, a third connection portion 333, a fourth connection portion 334, and a fifth connection portion 335. have.

The first connecting portion 331 may protrude upward from the clothing holder 310 so as not to be pressed against the neck of the clothing when the clothing is mounted on the clothing holder 310.

The second connection portion 332 may protrude from the upper side of the first connection portion 331 to one side.

The third connecting portion 333 may protrude upward by a predetermined height corresponding to the height of the clothing holder.

The fourth connecting portion 334 is formed parallel to the second connecting portion on the upper side of the third connecting portion 333, and may be protruded by a predetermined width corresponding to the width of the clothing holder.

The fifth connection part 335 may protrude from the end of the fourth connection part 334 to a lower side by a predetermined length.

At this time, the fourth connection unit 334 may further include a light emitting unit 3331 and a resistor unit 3333 and a connection communication unit 3345.

The resistor unit 3333 may include a resistor terminal having a predetermined value. The connection communication unit 3345 may transmit and receive product number and hanger identification information received from the identification information storage unit 315 on the lower side.

Referring to FIG. 6, when the light emission signal is transmitted from the hanger device 500 to the upper side of the fourth connection unit 334, the light emission unit 3331 may perform flashing for a predetermined time.

The light emission signal blinks light in the process of carrying out the shipping procedure described later with reference to FIG. 13, so that the manager can easily find the clothing to be shipped.

7 is a view for explaining the hanger mounting portion of the hanger device of FIG. 2.

Referring to FIG. 7, it can be seen that at least one or more mounting contact portions 531 are arranged on the top of the hanger mounting portion 530.

The mounting contact unit 531 may be composed of two contacts 5311 and 5312 corresponding to two contacts of the connection communication unit 3345 of one hanger device 300, and the mounting contact unit 531 is at least one It may be composed of at least one or more contacts (5311, 5312, ??) to correspond to the above hanger device 300.

Accordingly, the number of clothes that can be mounted may be determined according to the number of mounting contact portions 531 arranged on the hanger mounting portion 530.

FIG. 8 is a block diagram illustrating the garment mounting portion of FIG. 7.

Referring to FIG. 8, the hanger mounting unit 530 of the hanger device 500 may include a mounting contact unit 531, a voltage measurement unit 533, and a hanger communication unit 535.

The voltage measurement unit 533 may flow electricity to all the stationary contact units 531 and measure voltage values generated by the resistance of the resistance unit.

The voltage measurement unit 533 flows electricity to the contact point 5311 on one side of the stationary contact portion 531, and the electricity is transferred to the contact point 5321 on the other side through the resistance portion 3333 of the hanger device 300. When flowing in, a voltage value according to a voltage drop occurring while passing through the resistor unit 3333 can be measured.

At this time, if the hanger device 300 is not mounted, because the electricity does not flow, the voltage value at this time becomes the default value, and when the voltage value according to the voltage drop is measured, it is determined that the hanger device 300 is mounted It can be grounded.

The hanger communication unit 535 is connected to the clothing management server 700 by a wireless network, and the product number, hanger identification information and voltage value received from the voltage measurement unit are transmitted through the mounting contact unit 531, and the clothing management server 700 It can be transmitted to, and receive a signal from the clothing management server 700.

9 is a view showing a state in which a hanger device and a hanger device are combined.

Referring to FIG. 9, the hanger mounting unit 530 of the hanger device 500 may include a mounting contact unit 531, a voltage measurement unit 533, and a hanger communication unit 535.

The mounting contact portion 531 may be in a slightly dug shape corresponding to the protruding structures of the resistance portion 3333 of the hanger device 300 and the connection communication portion 3435.

Therefore, when the hanger device 300 is mounted on the hanger device 500, the resistance unit 3333 of the hanger device 300, the connection communication unit 3435, and the mounting contact unit 531 are engaged, so that the hanger device 500 is mounted. Even if shaken, the hanger device 300 does not move to the side, but can maintain its place.

10 is a block diagram illustrating the clothing management server of FIG. 4.

Referring to FIG. 10, the clothing management server 700 may include a first communication unit 710, a second communication unit 720, a database unit 730, a warehouse management unit 740, and an inventory management unit 750.

The first communication unit 710 may be connected to the hanger device 500 through a wireless network to receive product numbers, hanger identification information, and voltage values, and transmit signals.

The second communication unit 720 may be connected to the clothing management terminal 800 through a wireless network to receive information on clothes to be worn and information on clothes to be shipped. The database unit 730 may store and store clothing mounted for each hanger device 500 by using the product number and the hanger identification information of the first communication unit 710.

In order to manage the inventory of clothing in real-time, the warehouse management unit 740 may perform the wearing procedure (S100) or the delivery procedure (S200) to reflect the amount of change in clothing inventory in the database unit 730 in real time. The inventory management unit 750 may store the time of arrival and calculate a period in which clothing is stored, and generate a management signal when a predetermined period has elapsed.

11 is a block diagram illustrating the clothing management terminal of FIG. 4.

Referring to FIG. 11, the clothing management terminal 800 may include an information input unit 810 and a terminal communication unit 830.

The information input unit 810 may receive information on clothes to be worn and information on clothes to be shipped. The information input unit 810 may be implemented in a single form of a touch screen panel.

The touch screen panel is provided on the front of the terminal to display a work screen by providing a touch screen screen capable of simultaneously performing input and display.

The terminal communication unit 830 may transmit the information of the clothes to be received and the clothes to be shipped to the clothing management server 700 input to the information input unit 810.

12 and 13 are flowcharts illustrating the wearing procedure and the shipping procedure of the clothing management server of FIG. 10.

Referring to FIG. 12, the wearing procedure (S100) may be performed according to the receiving step 1 (S110 ), the receiving step 2 (S130 ), and the receiving step 3 (S150 ).

In the first step of wearing (S110), the input/output management unit 740 may receive a voltage measurement signal from the second communication unit 720 and generate a voltage measurement signal and transmit it to the first communication unit 710. In the second step of receiving (S130), the input/output management unit 740 compares the voltage value according to each identification number received through the first communication unit 710 with the existing voltage value according to each identification number, so that the received voltage value is If it is lower than the existing voltage value, the hanger device 300 may be mounted on the hanger device 500 to determine that clothing is worn. In step 3 of wearing (S150), the input/output management unit 740 may match the product number and hanger identification information with the clothing information input to the clothing management terminal 800 and store it in the database unit and store a new voltage value.

Referring to FIG. 13, the delivery process (S200) may be performed according to the first release step (S210 ), the second release step (S230 ), and the third release step (S250 ).

In the first step of delivery (S210 ), when the input and output management unit 740 receives the information of the clothes to be shipped from the second communication unit 720, the light emission signal and the voltage measurement signal may be generated and transmitted to the first communication unit 710.

In the second step (S230), the light emitting unit 3331 generates a flashing signal when the light emitting signal is received, and the input and output management unit 740 receives voltage values corresponding to the respective identification numbers received through the first communication unit 710, respectively. When the received voltage value is higher than the existing voltage value by comparing the existing voltage value according to the identification number of the clothes hanger device 300 may be separated from the hanger device 500 to determine that the garment has been shipped.

In the step 3 of shipment (S250 ), the warehouse management unit 740 may delete the product number and the hanger identification information from the corresponding clothing information in the database unit 730 and store a new voltage value.

14 is a view showing a schematic configuration of a clothing management apparatus according to an embodiment of the present invention.

Referring to FIG. 14, the clothing management system 10 according to an embodiment of the present invention may further include a clothing management apparatus 900.

The clothing management device 900 may be formed in a state of a human body so that it can be mounted for display.

Clothing management apparatus 900 according to an embodiment of the present invention includes a body module 910, a mitral module 920, a rotation module 930, a coupling module 938, a chest module 940, a shoulder module 950 , The neck module 960, the vertical support module 970 and the support module 980 may be further included.

The body module 910 may have a shape of an upper body in the human body so as to mount clothing.

The mitral module 920 may be located at the mitral muscle in the body module 910 and may protrude upward. The mitral module 920 is a portion that supports the weight of the garment, and when the garment is mounted, a downward pressure is generated by the weight, and the height protruding by the downward pressure can be adjusted.

The rotation module 930 may penetrate the center of the body module 910 from the center of the body module 910 to the vertical support module 970. The rotation module 930 transmits downward pressure generated by the clothes being mounted to the mitral module 920, and the mitral module 920 converts the rotational force and transmits it to the rotation module 930. In addition, the rotation module 930 may transmit the rotational force received from the mitral module 920 to the chest module 940, the shoulder module 950, and the neck module 960 described below.

The coupling module 938 may be combined with the rotating module 930, and after the coupling, the rotating module 930 may be rotated only by artificially applying a rotational force.

The chest module 940 is located near the pectoralis major muscle of the human body in the body module 910 and may protrude forward.

The shoulder module 950 is located near the deltoid of the human body in the body module 910, and may protrude to the left or right.

The neck module 960 is circularly located near the neck of the human body in the body module 910, and can be moved in front, rear, left, and right directions.

The vertical support module 970 may be projected and fixed in the vertical direction from the bottom surface of the body module 910 to support the body module 910.

The support module 980 may be disposed under the vertical support module 970 to support the clothing management device 900 to maintain the standing state.

The vertical support module 970 may be fixed to the support module 980, and since the support module 980 and the vertical support module 970 do not rotate, the vertical support module 970 for rotation of the rotation module 930 ) And the rotating module 930 may use a rotating body.

15 is a view showing a mitral module and a rotation module according to the present invention.

Referring to FIG. 15, the mit module 920 includes a mit left model 921, a mit right model 922, a mit left support 923, a mit right support 924, a mit horizontal support 925, and a mit It may include an uneven portion 926, mitral vertical gear portion 927 and mitral vertical elastic portion 928.

The mitral left model part 921 may be formed upward in the position of the upper trapezius muscle from the left side of the neck to the left shoulder in the human body.

The mitral right model part 922 may be formed upward in the position of the upper trapezius muscle from the right side of the neck to the right shoulder in the human body.

The mitral left support portion 923 may be formed in a bar shape in a vertical downward direction from the lower surface of the mitral left model portion.

The mitral right support portion 924 may be formed in a bar shape in a vertical downward direction from the lower surface of the mitral right model portion.

The mitral horizontal support 925 connects the left mitral support and the right mitral support to both ends, and may be formed in a bar shape.

The mitral irregularities 926 are formed in a bar shape in a vertically downward direction from the center of the mitral horizontal support 925 at a predetermined interval, and at least one unevenness on the side where the rotation module 930 is located (凹凸) ) May be formed.

The mitral vertical gear part 927 may rotate in engagement with the unevenness of the mitral uneven part 926 according to the vertical movement of the mitral uneven part 926.

The mitral vertical elastic part 928 may apply a constant force to the mitral module 920 in the vertical upward direction.

In addition, referring to FIG. 15, the rotation module 930 includes a central rotation part 931, a mitral connection gear part 932, a chest connection gear part 934, a shoulder connection gear part 935, and a neck connection gear part 936 ) And a cross recessed portion 937.

The central rotation part 931 is connected in the form of a bar from the center of the neck module to the upper side of the vertical support module 970 through the inner side of the body module 910, and can rotate.

The mitral connecting gear part 932 may be engaged with the mitral vertical gear part 927 to convert the vertical rotation of the mitral vertical gear part 927 into a horizontal rotation, thereby rotating the central rotation part 931.

The chest connection gear part 934 is fixed to the central rotation part 931 at the same height as the chest module 940 and can rotate together in the horizontal direction.

The shoulder connection gear part 935 is fixed to the central rotation part 931 at the same height as the shoulder module 950 and can rotate together in the horizontal direction.

The neck connection gear part 936 is fixed to the central rotation part 931 at the same height as the neck module 960 and can rotate together in a horizontal direction.

The cross recessed portion 937 may be formed by being recessed in a cross shape on the upper surface of the central rotation portion 931.

The central rotation unit 931 has gears connected to the mitral module 920, the shoulder module 950, the chest module 940, and the neck module 960, and each gear rotates in engagement with the rotation of the central rotation unit 931 Each module can be moved.

16 is a view showing a rotating module and a coupling module according to the present invention.

Referring to FIG. 16, the coupling module 938 may further include a cross protrusion 9191 and a handle 9183.

The cross protrusion 9191 may protrude in a cross shape to be inserted into the cross recessed portion 937.

The handle portion 9383 has the same central axis as the central rotation portion 931, and may have a diameter larger than a diameter of the central rotation portion 931 by a predetermined size.

If the garment is too heavy and the mitral module 920 is strongly pressed, the chest module 940, the shoulder module 950, and the neck module 960 may protrude excessively. On the contrary, if the garment is too light, the mit module 920 is applied. If there is little pressure, the chest module 940, the shoulder module 950, and the neck module 960 may not protrude properly.

At this time, after combining the cross protrusion (9381) with the cross recessed portion (937), the handle part (9383) can be adjusted by rotating, and if a head mannequin is needed along with the upper body, only the head is separately produced, and the cross protrusion ( 9381).

When the mannequin head is combined with the cross-shaped protrusion 9183, the rotation angle of the central rotating portion 931 varies according to the weight and size of the clothing, and accordingly, the direction in which the gaze is directed varies. can do.

17 is a view showing a chest module according to the present invention.

Referring to FIG. 17, the chest module 940 includes a chest left model part 941, a chest right model part 942, a chest left support part 943, a chest right support part 944, and a chest horizontal support part 945, and It may include a chest irregularities (946).

The left breast model portion 941 may be formed in the anterior direction from the position of the left pectoralis major muscle of the human body.

The right chest model part 942 may be formed in a forward direction from the position of the right pectoralis major muscle of the human body.

The left support portion 943 of the chest may be formed in a bar shape in a rearward direction from the back of the left support portion of the chest.

The right chest support 944 may be formed in a bar shape from the back of the right chest support to the back.

The chest horizontal support portion 945 connects the left breast support portion and the right breast support portion to both ends, and may be formed in a bar shape.

The chest irregularities 946 connect the left and right chest supporters 944 to both ends, and are predetermined at the centers of the chest horizontal supporters 945 and chest horizontal supporters 945 formed in a bar shape. Bars in a horizontal rear direction from the side by a gap, and at least one irregularity (凹凸) is formed on the side where the rotation module 930 is located, and engaged with the chest connection gear 934 to rotate the chest connection gear. You can switch back and forth.

18 is a view showing a shoulder module according to the present invention.

Referring to FIG. 18, the shoulder module 950 may include a left shoulder model portion 951, a right shoulder model portion 952, a left shoulder irregular portion 953, and a right shoulder irregular portion 954.

The left shoulder model portion 951 may be formed in the left direction from the position of the left deltoid muscle in the human body.

The right shoulder model portion 952 may be formed in the right direction from the position of the right deltoid muscle in the human body.

The left shoulder concavo-convex portion 953 is formed in the form of a bar in the right direction from the right side of the left shoulder model portion, and at least one concavo-convex portion is formed on the side where the rotation module 930 is located, and the shoulder connecting gear portion In conjunction with (935), it is possible to switch the rotation of the shoulder connecting gear portion 935 to left and right movement.

The right shoulder concavo-convex portion 954 is formed in a bar shape from the left side of the right shoulder model portion 952 to the left, and at least one concavo-convex portion is formed on the side where the rotation module 930 is located, , By engaging with the shoulder connection gear portion 935, the rotation of the shoulder connection gear portion 935 can be converted to left and right movement.

19 and 20 are views showing a neck module according to the present invention.

Referring to FIG. 19, the neck module includes a front neck model part 961, a back neck model part 962, a left neck model part 963, a right neck model part 964, a front neck irregularity part 965, and a back side. It may include a neck uneven portion 966, a left neck uneven portion 967 and a right neck uneven portion 968.

The front neck model part 961 may be located at the front of the neck in the human body. The back neck model part 962 may be located at the back of the neck in the human body. The left neck model part 963 may be located on the left side of the neck in the human body. The right neck model unit 964 may be located on the right side of the neck in the human body.

The front neck concavo-convex portion 965 is formed in a bar shape from the back side of the front neck model portion 961 to the rear, and at least one concavo-convex portion is formed on the side where the rotation module 930 is located, The engagement of the neck connection gear portion 936 may convert the rotation of the neck connection gear portion 936 into a front-rear movement.

The rear neck irregularity portion 966 is formed in a bar shape in the front direction from the front side of the rear neck model portion, and at least one irregularity (凹凸) is formed on the side where the rotation module 930 is located, and the neck connection gear portion In engagement with 936, the rotation of the neck connection gear portion 936 may be converted into a front-rear movement.

The left neck irregularity portion 967 is formed in the form of a bar in the right direction from the right side of the left neck model portion, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the neck connection gear portion The rotation of the connecting gear portion can be switched to left and right movement.

The right neck concavo-convex portion 968 is formed in a bar shape from the left side of the right neck model portion 964 to the left, and at least one concavo-convex portion is formed on the side where the rotation module 930 is located, , By engaging with the neck connection gear portion 936, it is possible to switch the rotation of the neck connection gear portion to left and right movement.

Referring to FIG. 20, it can be seen that each component of the neck module 960 moves.

When the central rotation part 931 of the rotation module 930 rotates, the neck connection gear part 936 fixed to the central rotation part 931 rotates together, and the rotation of the neck connection gear part 936 rotates the front neck irregularity part ( 965), the back of the neck irregularities (966), the left neck irregularities (967) and the right neck irregularities (968) of the unevenness (凹凸) can be moved back and forth and right and left.

Accordingly, the front neck model part 961, the back neck model part 962, the left neck model part 963, and the right neck model part 964 are moved in a direction away from each other, and the neck part may be perfectly suited to clothes. Can.

21 is a view showing a state in which a clothing management apparatus according to the present invention is implemented.

Referring to FIG. 21, when the clothes are mounted on the clothes management apparatus 900 according to the present invention, the movement can be seen.

Here, ① indicates the direction in which each module moves when the garment is mounted on the body module 910, and ② indicates the direction in which each module moves when the garment is removed from the body module 910.

First, in the case of ①, for example, when the garment is mounted on the body module 910, downward pressure is applied to the mitral module 920 to move downward, and the mitral irregularities 926 move to the mitral vertical gear unit while moving. It will rotate (927).

As the mitral vertical gear portion 927 rotates, the mitral connecting gear portion 932 fixed to the vertically engaged central rotation portion 931 is rotated to rotate to the central rotation portion 931.

When the central rotation portion 931 is rotated, the chest connection gear portion 934, the shoulder connection gear portion 935, and the neck connection gear portion 936 fixed to the central rotation portion 931 are rotated. The chest irregularities 946, the left shoulder irregularities 953, the right shoulder irregularities 954 and the four neck irregularities 965, 966, 967, 968 are moved in the direction of ①.

When each module moves in the direction of ①, the chest portion comes forward, the shoulder region opens to the sides, and the circumference of the neck increases and the mannequin size automatically adjusts according to the inner space of the garment mounted on the body module 910. Can be.

Conversely, in the case of ②, when the garment is removed from the body module 910, the pressure applied to the mitral module 920 disappears, and in this case, the pressure is applied upward by the mitral vertical elastic part 928 and moves upward, While moving, the mitral irregularities 926 rotate the mitral vertical gear 927 as opposed to the case of ①.

In all cases, since it moves in the opposite direction of ①, the chest module 940 and the shoulder module 950 move toward the body module 910, and the neck module 960 becomes thinner while moving toward the center.

The above-described embodiments are for illustration only, and those skilled in the art to which the above-described embodiments belong can easily be modified into other specific forms without changing the technical idea or essential characteristics of the above-described embodiments. You will understand. Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as distributed may be implemented in a combined form.

The scope to be protected through the present specification is indicated by the claims, which will be described later, rather than by the detailed description, and should be interpreted to include all modified or modified forms derived from the meaning and scope of the claims and their equivalent concepts.

10: Clothing management system
100: tag device
300: hanger device
500: hanger device
700: clothing management server
800: clothing management terminal
900: clothing management device

Claims (2)

In the clothing management system,
A hanger device that can be mounted to store clothing and has a hook on the top; And
A hanger device having an elongated bar at the top so that it can be hung on the hook of the hanger device; Including,
Clothing management system,
A tag device including identification information and attached to clothing;
A clothing management server that manages in real time the clothing inventory mounted on the hanger device by reflecting in real time the amount of change in clothing inventory according to the receipt and delivery in a database; And
It further includes a clothing management terminal for inputting data for wearing and leaving clothes;
The tag device,
A product number storage unit that stores a product number of clothing; And
Includes a; product number transmitter for wirelessly transmitting the product number stored in the product number storage unit when power is applied wirelessly from the outside;
The hanger device,
Clothing mounting module in the form of a triangle without a base so as to mount the clothing; And
Includes; a ring module in the form of a ring to be mounted on the hanger device,
The clothing mounting module,
A pressure measuring unit for measuring the pressure generated downward by the clothes being mounted;
When the pressure is applied for a predetermined time by the pressure measuring unit, the product number receiving unit for receiving the product number from the product number transmitting unit to recognize that the garment is mounted; And
Includes; identification number storage unit for storing the identification number of the product number and the hanger received from the product number receiving unit,
The hook module,
A first connector protruding upward from the clothing mounting module so as not to be pressed against a neck portion of the clothing when the clothing is mounted on the clothing mounting module;
A second connector protruding from the upper side of the first connector to one side;
A third connection part protruding upward by a predetermined height corresponding to the height of the clothes mounting module;
A fourth connection portion formed above the third connection portion and parallel to the second connection portion, and protruding by a predetermined width corresponding to the width of the clothing mounting module; And
It includes; a fifth connection portion protruding from the end of the fourth connection portion to a predetermined length downward; includes,
The fourth connection unit is a light emitting unit for performing a flashing for a predetermined time when receiving a light emission signal from the hanger device to the upper side;
A resistance unit including a resistance terminal having a predetermined value; And
It further includes a connection communication unit for transmitting and receiving the identification number of the product number and the hanger received from the identification information storage unit to the lower side,
The hanger device,
Support modules on both sides; And
Includes a bar-shaped hanger mounting module of a predetermined length on the top of the support module;
The hanger mounting module,
A grounding contact unit that is grounded with the fourth connection unit, transmits a light emission signal, receives product number and hanger identification information, and each metal contact is identified by setting an identification number with at least one metal contact;
A voltage measurement unit that flows electricity to all the stationary contact portions and measures a voltage value generated by the resistance of the resistance portion; And
It is connected to the clothing management server through a wireless network, and transmits the product number, hanger identification information, and the voltage value received from the voltage measurement unit to the clothing management server, and receives a signal from the clothing management server. Hanger device communication unit to include;
The clothing management terminal,
An information input unit that receives information on clothes to be worn and information on clothes to be shipped; And
It includes a terminal communication unit for transmitting the information of the clothes to be received and the clothes to be shipped to the clothing management server input to the information input unit;
The clothing management server,
A first communication unit connected to the hanger device through a wireless network to receive product numbers, hanger identification information and voltage values, and to transmit signals;
A second communication unit connected to the clothing management terminal through a wireless network to receive information on clothes to be worn and information on clothes to be shipped;
A database unit for storing and storing the clothes mounted for each hanger by using the product number and the hanger identification information of the first communication unit;
Includes; receiving and receiving management unit to reflect the amount of change in clothing inventory in real time to the database unit by performing a wearing procedure or a shipping procedure to manage the inventory of clothing in real time;
The wearing procedure above,
When receiving and receiving information of clothes to be received from the second communication unit, the input/output management unit generates a voltage measurement signal and transfers the received data to the first communication unit;
The warehouse management unit compares the voltage value according to each identification number received through the first communication unit with the existing voltage value according to each identification number, and when the received voltage value is lower than the existing voltage value, the clothes hanger is the Step 2 of wearing on the hanger device to determine that the clothing is worn;
And the entering/exiting management unit matching product number and hanger identification information to clothing information input to the clothing management terminal and storing it in the database unit and storing a new voltage value.
The above delivery process,
When the warehouse management unit receives information of clothes to be shipped from the second communication unit, a first step of generating and transmitting a light emission signal and a voltage measurement signal to the first communication unit;
When the light emitting unit receives the light emitting signal, a flashing signal is generated, and the input/output management unit compares the voltage value according to each identification number received through the first communication unit and the existing voltage value according to each identification number and receives the received signal. When the voltage value is higher than the existing voltage value, the clothes hanger is separated from the hanger device to determine that the garment has been shipped; And
The input and output management unit deletes the product number and hanger identification information from the corresponding clothing information from the database unit, and stores three new voltage values.
The clothing management system,
Further comprising a clothing management device in the form of a state of the human body to be mounted to display the clothing;
The clothing management device,
A body module having a shape of an upper body in a human body so as to mount clothing;
A vertical support module projecting and fixed in a vertical direction from a lower surface of the body module to support the body module;
A mitral module located in the body module where the trapezius of the human body is located and protruding upward;
A rotating module extending from the center of the body module to the top of the vertical support module and penetrating through the center of the body module;
A coupling module capable of coupling with the rotating module;
A breast module positioned in the body module where the pectoralis major muscle is located and protruding forward;
A shoulder module located in the body module where the deltoid muscle of the human body is protruding, to the left or right;
A neck module disposed in a circle where the neck is located in the body module and moving in front, rear, left, and right directions; And
And
Further comprising; a support module disposed under the vertical support module to support the clothing management device to maintain a standing state;
The mitral module,
A mitral left model formed in an upward direction from the position of the upper trapezius muscle from the left side of the neck to the left shoulder in the human body;
A mitral right model part formed upward in the position of the upper trapezius muscle from the right side of the neck to the right shoulder in the human body;
A mitral left support portion formed in a bar shape in a vertical downward direction from a lower surface of the mitral left model portion;
A mitral right support portion formed in a bar shape in a vertical downward direction from a lower surface of the mitral right model portion;
A mitral horizontal support formed by connecting the left mitral support and the right mitral support to both ends, and forming a bar;
A mit irregularity formed in a bar shape in a vertically downward direction at a predetermined distance from a center of the mitral horizontal support, and at least one irregularity formed on a side where the rotation module is located;
A mitral vertical gear part that rotates in engagement with the unevenness of the mitral recessed part according to the vertical movement of the mitral recessed part; And
Includes; mitral vertical elastic portion for applying a constant force in the vertical direction of the mitral module;
The rotation module,
A central rotation part connected to a bar shape from the center of the neck module to the upper side of the vertical support module through the inside of the body module, and rotatable;
A mitral connection gear unit engaged with the mitral vertical gear unit to convert vertical rotation of the mitral vertical gear unit to horizontal rotation to rotate the central rotation unit;
A chest connection gear part fixed to the central rotation part at the same height as the chest module and rotating together in a horizontal direction;
A shoulder connecting gear part fixed to the central rotating part at the same height as the shoulder module and rotating together in a horizontal direction;
A neck connecting gear part fixed to the central rotating part at the same height as the neck module and rotating together in a horizontal direction; And
Includes; a cross recessed portion formed by being embedded in a cross shape on the upper surface of the central rotation portion,
The chest module,
A left breast model formed in the anterior direction from the position of the left pectoralis major muscle in the human body;
A model of the right side of the chest formed in the anterior direction from the position of the right pectoralis major muscle in the human body;
A breast left support portion formed in a bar shape from a rear side of the left breast model portion to a rear side;
A right support portion of the chest formed in a bar shape from a rear side of the right model portion to the rear of the chest; And
A horizontal support for the chest, which connects the left support of the chest and the right support of the chest to both ends, and is formed in a bar shape; And
At a predetermined distance from the center of the horizontal support portion of the chest, the bar is in a horizontal rearward direction, and at least one irregularity is formed on a side where the rotation module is located, and is engaged with the chest connecting gear portion Includes; uneven portion of the chest that converts the rotation of the chest connection gear portion back and forth movement;
The shoulder module,
A left shoulder model formed in the left direction from the position of the left deltoid muscle in the human body;
A right shoulder model formed in a right direction at a position of the right deltoid muscle in the human body;
It is formed in the form of a bar in the right direction from the right side of the left shoulder model part, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the shoulder connection gear part to rotate the shoulder connection gear part Left shoulder uneven portion for switching to left and right movement; And
It is formed in the form of a bar in the left direction from the left side of the right shoulder model part, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the shoulder connection gear portion to form the shoulder connection gear portion Includes; the right shoulder irregularities to convert rotation to left and right movement,
The neck module,
A front neck model part located at the front of the neck in the human body;
A posterior neck model located at the back of the neck in the human body;
A left neck model part located on the left side of the neck in the human body;
A right neck model part located on the right side of the neck in the human body;
It is formed in the form of a bar in the rear direction from the back of the front neck model part, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the neck connection gear part to rotate the neck connection gear part A concavo-convex portion of the front side of the neck to convert it into a front-back movement;
It is formed in the form of a bar in the front direction from the front side of the neck model part, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the neck connection gear part to rotate the neck connection gear part A concavo-convex portion on the back side of the neck to switch back and forth movements;
It is formed in the form of a bar in the right direction from the right side of the left neck model part, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the neck connection gear part to rotate the neck connection gear part Left and right concave-convex portion for converting left and right movements; And
It is formed in the form of a bar in the left direction from the left side of the right neck model part, and at least one unevenness is formed on the side where the rotation module is located, and is engaged with the neck connection gear portion to form the bar connection gear portion. Clothing management system comprising a; right and left concave and convex portion to convert the rotation to left and right movement. delete

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