KR102215136B1 - Product holder - Google Patents

Abstract

The present invention relates to a product holder and a stock management system employing the same. The product holder for component storage and stock management includes: a storage box (100) including a storage space (111) for storing components and a weight sensor (200); a barcode label (150) attached to the front side of the storage box (100) and having information about the components stored in the storage box (100); a rack (400) formed by transversely dividing a plurality of vertical frames (410) and a plurality of horizontal frames (420) and made of a metal material, and having the storage box (100) placed in a row on the upper side of the horizontal frames (420); a rail part (425) formed in the horizontal frames (420) in a longitudinal direction; and a scanner (500) scanning the information displayed on the weight sensor (200) and the barcode label (150) while moving along the rail part (425). The present invention has an advantage of more efficiently performing the stock management of components such as a valve, a flowmeter, a water supply meter, a bolt, a nut and the like.

Description

Product holder}

The present invention relates to a product holder, and more particularly, to a product holder capable of more efficiently performing inventory management of goods and an inventory management system to which the same.

Inventory management of goods is a part where all elements of the supply chain are concentrated, and if there is insufficient inventory at the time of need and where it is needed, it cannot satisfy the needs of customers. In addition, if the inventory amount of the product is too large, the turnover rate of the product is lowered, and inventory funds are tied up, which may lead to defective inventory.

Therefore, inventory management to properly maintain the inventory of products is necessary. Currently, most of them enter the warehouse and count the products one by one, and if insufficient, inventory management takes a lot of time. In addition, as shown in FIG. 1, when goods are not arranged in a warehouse and are stacked in an orderly manner, more difficulties arise in inventory management.

Therefore, there is a need for inventory management that can efficiently organize a warehouse to store products and efficiently organize products to maintain appropriate inventory of products.

The present invention was conceived to solve the above problems, and an object of the present invention is a product holder capable of more efficiently performing inventory management of parts such as valves, flow meters, water meters, bolts, and nuts, and applying the same It is to provide an inventory management system.

A product holder according to an embodiment of the present invention for solving the above problems and an inventory management system to which it is applied is a product holder for storing parts and for inventory management, in which a storage space for storing parts is provided and a weight sensor is provided. A bar code label attached to the front of the storage box and the storage box and having information on the parts stored in the storage box, and formed by dividing a plurality of vertical frames and a plurality of horizontal frames horizontally and made of metal, and the horizontal frame And a shelf on which the storage box is seated in a row on the upper surface of, and a rail portion formed on the horizontal frame along a longitudinal direction, and a scanner for scanning information displayed on the barcode label and the weight sensor while moving along the rail portion.

The storage box has a storage space opened to the top and is provided in a box-shaped main body standardized to a certain size and in front of the main body, and corresponds to a transparent window where parts stored in the storage space can be seen from the outside and a lower part of the transparent window. The barcode label provided on the front of the main body and attached to the front of the main body corresponding to the lower portion of the handle and a coupling protrusion having a shape protruding from the side of the main body and opening one side of the main body. Includes.

The weight sensor is formed to extend on one side of the seating portion and the seating portion formed flat so that the main body is seated, and when the body is seated in the seating portion, the extension portion protruding more than a side surface of the main body and the upper surface of the extension portion It protrudes and is formed in a rod shape, and includes a coupling rod to which both ends are inserted into the coupling protrusion of the main body to hang, and a weight information display unit provided on the front of the weight sensor.

The weight information display unit displays weight information in a state in which the product is stored in full in the storage box, weight information in a current state in which the product is stored in the storage box, and inventory information indicating whether there is insufficient stock.

The scanner includes a first scanning unit and a second scanning unit for scanning and collecting information displayed on the barcode label and the information display unit while moving along the rail unit by a moving means installed on the rail unit, and the first scanning unit And the information collected by the second scanning unit is transmitted to the cloud and stored as data.

It further includes an inventory management application that can access the cloud to check the inventory data information.

The moving means includes a driving gear and a driven gear installed at predetermined intervals, a rotary pulley connecting the driving gear and the driven gear, a driving motor connected to the driving gear to drive the driving gear, and one side of the scanner It is formed at the front end of the moving part protruding from, and includes a fixed clamp part fixedly installed on the rotary pulley so that the driving gear is driven to move together with the rotary pulley when the rotary pulley rotates.

The shelf is provided with a railing at the rear end of the horizontal frame to make the insertion position of the storage box uniform, and a moving wheel is provided at the lower part to move the position, and the moving wheel is provided with a lock stopper and is positioned in a moved state. Can be fixed.

The shelf further includes a variable height stage enabling height adjustment between the horizontal frames.

The variable height stage is installed to divide the vertical frame into a first vertical frame and a second vertical frame and connect the first vertical frame and the second vertical frame, and are fixed to protrude from the lower surface of the first vertical frame. It includes a rack gear and a pinion gear provided on the second vertical frame positioned under the first vertical frame and meshing with the rack gear.

The pinion gear is disposed in an insertion hole formed in the second vertical frame, and the pinion gear meshes with the rack gear in the insertion hole.

It further includes a driving motor driving the pinion gear.

In the present invention, since the storage box for storing parts is a box shape standardized to a certain size, it is easy to arrange and arrange them on a shelf, and it is easy to classify and store by parts.

In addition, according to the present invention, by applying a scanner to a shelf to check the stock of parts and linking with the cloud, it is possible to easily manage the stock of parts in the warehouse from the outside.

In addition, the present invention is provided with a weight sensor in the storage box to determine the number of parts stored in the storage box by weight, there is an effect of easier inventory management of small-sized parts.

In addition, since the present invention allows height adjustment between horizontal frames on the shelf, storage boxes can be stacked and stored, and this has the effect of more optimizing parts for efficient storage and inventory management when the warehouse space is narrow. have.

1 is a photograph showing a conventional product holder.
2 is a front view showing a product holder according to an embodiment of the present invention.
3 is a front view showing a storage box according to an embodiment of the present invention.
Figure 4 is an exploded perspective view showing a storage box according to an embodiment of the present invention.
5 is a side view showing a state in which the scanner according to an embodiment of the present invention is installed on a shelf.
6 is a conceptual diagram showing a moving means according to an embodiment of the present invention.
7 is a front view showing an example of simply utilizing the embodiment of the present invention.
8 is a front view showing a product holder according to another embodiment of the present invention.

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

2 is a front view showing a product holder according to an embodiment of the present invention.

As shown in FIG. 2, the product holder 10 according to the embodiment of the present invention includes a storage box 100, a weight sensor 200, a barcode label 150, a shelf 400, a rail part 425, and It includes a scanner 500.

The storage box 100 is a box-shaped member opened upward. The storage box 100 is provided with a storage space 111 in which parts are stored to be opened upward so that it is easy to store parts in the storage space 111. Components may be valves, flow meters, water meters, bolts, nuts, etc.

A weight sensor 200 is provided in the storage box 100. The weight sensor 200 measures the weight of the parts stored in the storage box 100. In the embodiment, the number of stocks of parts stored in the storage box 100 is determined by weight. Parts such as valves, flow meters, and water meters are small in size and large in number, so it is easier to determine the number of stocks by weight than to count them one by one.

The barcode label 150 is attached to the front side of the storage box 100 and includes information on parts stored in the storage box 100.

The storage box 100 is arranged and stored on the shelf 400. The shelf 400 is formed by dividing a plurality of vertical frames 410 and a plurality of horizontal frames 420 horizontally, and is formed of a metal material. And the storage box 100 is seated in a line on the horizontal frame 420 of the shelf 400 and stored. The shelf 400 is for arranging and storing the storage box 100 in the warehouse. A plurality of shelves 400 are provided, and a number is assigned to each shelf 400 to facilitate identification by an administrator.

A rail portion 425 is formed in the horizontal frame 420 of the shelf 400 along the longitudinal direction. The scanner 500 is movably installed on the rail unit 425. The scanner 500 scans information displayed on the barcode label 150 and the weight sensor 200 while moving along the rail unit 425.

The product holder 10 may share inventory information with the cloud 700.

To this end, the information collected by the scanner 500 may be transmitted to the cloud 700 and stored as data. Product holder 10 may include an inventory management application (800). The inventory management application 800 may be installed on the manager's computer or smartphone. The manager may access the cloud 700 through the inventory management application 800 to check inventory data information. This makes it possible to check the inventory of each product in real time without going to the warehouse.

The shelf 400 is provided with a moving wheel 430 in the lower part, so that the position can be moved. The moving wheel 430 is provided with a locking stopper 440 and can be positioned in a moved state.

When the moving wheel 430 is provided under the shelf 400, it is easy to organize and clean the warehouse by moving the shelf 400. In addition, when a large quantity of parts is taken out or received, the shelf 400 can be moved to the front door of the warehouse to take out or store the parts, so that inventory management is easier. In addition, it is easier to move the shelf 400 when rearranging the shelf 400 inside the warehouse. In addition, since the locking stopper 440 provided in the moving wheel 430 fixes the position in the moving state of the moving wheel 430, it is easy to fix the position in the moving state of the shelf 400.

Figure 3 is a front view showing a storage box according to an embodiment of the present invention, Figure 4 is an exploded perspective view showing the storage box according to the embodiment of the present invention.

3 and 4, the storage box 100 includes a main body 110, a transparent window 120, a handle 130, a coupling protrusion 140, and a barcode label 150.

The main body 110 forms the basic skeleton of the storage box 100. The main body 110 has a storage space 111 opened to the top and has a box shape standardized to a predetermined size. When the main body 110 is formed in a box shape standardized to a certain size, it is easy to arrange the main body 110 by arranging it on the shelf 400, and inventory management is also easy.

The main body 110 may be provided with several types having the same height and different in horizontal width, and may be selected and used as necessary. Referring to FIG. 2, the storage box 100a arranged on the upper surface of the lowermost horizontal frame 420 is relatively wider than that of other storage boxes 100, and the height and the vertical width are the same. . The storage box 100a having a relatively wide width compared to the other storage box 100 may store parts having a relatively large volume compared to the parts stored in the other storage box 100.

A transparent window 120 is provided in front of the main body 110. The transparent window 120 allows the parts stored in the storage space 111 to be viewed from the outside. When the transparent window 120 is provided in front of the main body 110, it is easy to check the parts stored in the storage space 111 from the outside, and it is helpful for inventory management.

The handle 130 is provided on the front side of the body 110 corresponding to the lower portion of the transparent window 120. The handle 130 is for gripping the body 110. The handle 130 may be formed in a shape in which a front portion of the main body 110 is concave inward. If the handle 130 is not protruded to the outside but a concave shape is adopted, the scanner 500 is easier to scan the barcode label 150 attached to the front of the body 110 and the appearance is beautiful. . If a handle protruding outward from the front of the main body 110 is employed, interference may occur when the scanner 500 scans the barcode label 150 and accurate scanning may be difficult.

The coupling protrusion 140 is formed to protrude from one side of the body 110. The coupling protrusion 140 is for fixing the weight sensor 200 to the storage box 100. The coupling protrusion 140 is formed in a shape with one side open. In the coupling protrusion 140, the coupling rod 230 of the weight sensor 200 to be described later may be inserted and walked. The coupling protrusion 140 may be opened in an upwardly inclined direction and may have a narrow entrance gap and a relatively wide inner gap. This ensures that the coupling rod 230 is elastically deformed and inserted and is not arbitrarily separated in the inserted state. Two coupling protrusions 140 are formed on one side of the main body 110 at a predetermined interval, so that both ends of the coupling rod 230 can be hooked and fixed.

The barcode label 150 is attached to the front of the body 110 corresponding to the lower portion of the handle. The barcode label 150 may include an identification number of a part stored in the storage box 100, a number of the storage box 100, and number information of the shelf 400 in which the storage box 100 is stored. This means that when the scanner 500 scans the barcode label 150, the number of the storage box 100, information on the parts stored in the storage box 100, and information on the shelf number in which the storage box 100 is aligned It is to be collected in 500.

This makes it possible for the scanner 500 to identify the inventory of the parts and the stored location through the scanned information of the barcode label 150. This is to allow the administrator to access the cloud 700 to easily identify the inventory and storage location of the desired parts and to find the location where the parts are stored.

The body 110 may be formed of a plastic material, and preferably may be formed of an engineering plastic material to facilitate durability.

The weight sensor 200 is coupled to the lower portion of the body 110. The weight sensor 200 is formed in a substantially flat hexahedral shape. The weight sensor 200 includes a seating part 210, an extension part 220, a coupling rod 230, and a weight information display part 240.

The seating portion 210 corresponds to the upper surface of the weight sensor 200 and is formed flat so that the main body 110 is seated. The extension 220 is formed to extend on one side of the seating portion 210, and when the main body 110 is seated on the seating portion 210, it protrudes relatively more than the side surface of the main body 110. The coupling rod 230 is formed to protrude upward from the upper surface of the extension part 220. The coupling rod 230 is formed in a horizontally arranged rod shape. Both ends of the coupling rod 230 are inserted into the coupling protrusion 140 of the main body 110 to be hooked. The coupling rod 230 is provided with a handle portion 231 on one side to facilitate the operation of inserting the coupling rod 230 into the opened portion of the coupling protrusion 140. The fixing structure of the coupling protrusion 140 and the coupling rod 230 serves to stably fix the weight sensor 200 to the storage box 100, while the storage box 100 does not press the weight sensor 200 excessively. Make it possible to measure the weight accurately.

The weight information display unit 240 is provided in front of the weight sensor 200.

The weight information display unit 240 externally displays weight information in a state in which the product is stored as full in the storage box, weight information in the current state where the product is stored in the storage box 100, and inventory information indicating whether or not there is insufficient stock. Denoted by The weight information and inventory information displayed on the weight information display unit 240 may be scanned by the scanner 500.

5 is a side view showing a state in which the scanner according to an embodiment of the present invention is installed on a shelf.

As shown in Figure 5, the shelf 400 is provided with a railing at the rear end of the horizontal frame 420 to make the insertion position of the storage box 100 uniform, and prevent the storage box 100 from falling down. . The railing 421 may be formed by bending the rear end of the horizontal frame 420 upward.

The front end of the horizontal frame 420 may be bent downward, and a rail portion 425 may be formed at the bent portion. The rail part 425 may be formed by forming a long hole in the bent portion of the tip of the horizontal frame 420. The moving part 530 of the scanner 500 is inserted into the rail part 425 and is movable.

The scanner 500 is a first scan that scans and collects information displayed on the barcode label 150 of the storage box 100 and the weight information display unit 240 of the weight sensor 200 while moving along the rail unit 425 It includes a unit 510 and a second scan unit 520. The first scanning unit 510 is provided at a position corresponding to the barcode label 150 to scan information on the barcode label 150, and the second scanning unit 520 is located at a position corresponding to the weight information display unit 240. And scans the information displayed on the weight information display unit 240. The information collected by the first and second scan units 510 and 520 is transmitted to the cloud 700.

A moving means 600 for moving the scanner 500 along the rail part 425 is provided in the rail part 425. The moving means 600 may be installed on the lower side of the horizontal frame 420.

6 is a conceptual diagram showing a moving means according to an embodiment of the present invention.

5 and 6, the moving means 600 includes a driving gear 610, a driven gear 620, a rotary pulley 630, a driving motor 640, and a fixed clamp unit 540. .

The driving gear 610 and the driven gear 620 are installed at predetermined intervals in the longitudinal direction of the rail part 425 at the lower side of the horizontal frame 420. The driving gear 610 and the driven gear 620 are connected by a rotary pulley 630. When the driving gear 610 is rotated, the driven gear 620 is rotated in conjunction with the rotation pulley 630 to rotate. A fixing clamp part 540 of the scanner 500 is fixedly installed on the rotary pulley 630. The fixed clamp part 540 is formed at the front end of the moving part 530 protruding from one side of the scanner 500. The moving part 530 protruding from one side of the scanner 500 is installed through a hole forming the rail part 425, and a fixed clamp part at the tip of the moving part 530 passing through the rail part 425 ( The structure 540 is fixed to the rotary pulley 630.

Therefore, when the driving motor 640 is driven, the driving gear 610 rotates, and the driven gear 620 rotates by the rotation of the rotary pulley 630 that rotates according to the rotation of the driving gear 610. In this process, while the fixed clamp unit 540 fixed to the rotation pulley 630 moves, the moving unit 530 is moved while being guided along the rail unit 425.

The path through which the scanner 500 moves is performed along the rail unit 425, which is implemented while the driving motor 640 repeatedly performs forward rotation and reverse rotation. The control unit 650 controls the forward and reverse rotation speeds and the number of times of the driving motor 640. The control unit 650 may periodically move the scanner 500 along the rail unit 425 according to a value previously set by the administrator, and the scanner 500 includes the barcode label 150 and the weight information display unit ( 240) can be controlled to scan.

The scanner 500 is installed for each horizontal frame 420 of the shelf 400. The scanner 500 installed for each horizontal frame 420 simultaneously moves the horizontal frame 420 and scans the barcode label 150 and the weight information display unit 240 of the storage box 100 located at the facing position. I can.

Alternatively, the scanner 500 installed for each horizontal frame 420 is a horizontal frame in the order of the scanner 500 installed in the lowermost horizontal frame 420 to the scanner 500 installed in the uppermost horizontal frame 420. While moving 420, the barcode label 150 and the weight information display unit 240 of the storage box 100 located at the facing position may be scanned.

Meanwhile, the storage box 100 can be separated from the weight sensor 200. The storage box 100 may separate the weight sensor 200 and store and arrange products using only the storage box 100 to manage inventory.

7 is a front view showing an example of simply utilizing the embodiment of the present invention.

As shown in FIG. 7, the storage box 100 may be arranged and stored on the shelf 400 with the weight sensor 200 removed. The storage box 100 is mounted and stored in a line on the horizontal frame 420 of the shelf 400.

The storage box 100 is provided with a transparent window 120 in front of the main body 110 forming the exterior, so that the parts stored in the storage space 111 can be easily checked from the outside. The storage box 100 is formed in a box shape standardized to a certain size, and it is easy to arrange and arrange parts on the shelf 400.

In addition, a plurality of shelves 400 are provided, and a number is assigned to each shelf 400 to facilitate identification by an administrator.

In addition, the shelf 400 is provided with a moving wheel 430 in the lower portion, so that the position can be moved. The moving wheel 430 is provided with a locking stopper 440 and can be positioned in a moved state.

8 is a front view showing a product holder according to another embodiment of the present invention.

As shown in FIG. 8, the product holder 10" according to another embodiment of the present invention is different from the above-described embodiment in that the height of the shelf 400 can be varied.

Since the storage box 100 is manufactured in a standardized shape, it can be stacked in multiple stages. When stacking the storage box 100 in multiple stages, the height between the horizontal frame 420 and the horizontal frame 420 in the shelf 400 should be secured. Accordingly, the shelf 400 includes a variable height stage 660 capable of varying the height between the horizontal frame 420 and the horizontal frame 420.

The variable height stage 660 divides the vertical frame 410 into a plurality of pieces to allow height adjustment. The variable height stage 660 is provided on a rack gear 661 fixed to protrude from the lower surface of the first vertical frame 410a and a second vertical frame 410b positioned under the first vertical frame 410a, and It includes a pinion gear 663 that meshes with the gear 661. The pinion gear 663 is positioned so that a part of the insertion hole 411 of the second vertical frame 410b is exposed, and a rack gear 661 meshed with the pinion gear 663 is positioned in the insertion hole 411 to elevate and descend. Can be. The first vertical frame 410a is moved in a direction away from the second vertical frame 410b by the lifting and lowering of the rack gear 661 meshing with the pinion gear 663, and the horizontal frame 420 and the horizontal frame 420 ), the height between them may be increased, and the storage box 100 may be stacked in multiple stages in the space between them and disposed. The rotation of the pinion gear 663 may be performed by a drive motor not shown.

The combination of the rack gear 661 and the pinion gear 663 is installed between the horizontal frame 420 and the vertical frame 410 connecting the horizontal frame 420 so that the distance between all the horizontal frames 420 is variable. I can.

This ensures the maximum number of storage boxes 100 stored on the shelf 400 so that the parts can be more efficiently stored.

Hereinafter, the operation of the present invention will be described.

Since the storage box 100 of the present invention is a box shape standardized to a certain size, it is easy to arrange and arrange it on the shelf 400, and inventory management using the scanner 500 is also easy.

In addition, the storage box 100 is equipped with a weight sensor 200 to determine the number of stocks of parts stored in the storage box 100 by weight, so it is easier to manage the inventory of small parts.

In addition, the storage box 100 is provided with a transparent window 120 on the front so that the parts stored inside the storage box 100 can be easily checked from the outside, which helps in inventory management and makes it easy for the manager to find parts. Do.

In addition, the product holder 10 includes a barcode label 150 attached to the storage box 100 while the scanner 500 installed along the rail portion 425 of the shelf 400 moves along the rail portion 425 The information displayed on the weight sensor 200 is scanned and transmitted to the cloud 700. In addition, the manager may access the cloud 700 through the inventory management application 800 to check the inventory data information of the product. This makes inventory management easier by allowing workers to check inventory in real time without having to separately manage inventory.

In addition, the product holder 10 is capable of adjusting the height between the horizontal frames 420. Accordingly, it is possible to adjust the height between the horizontal frames 420 and stack the storage boxes 100 to store a larger number of storage boxes 100. Therefore, by arranging a larger number of storage boxes 100 on one shelf, inventory clearance is efficient and inventory management is also efficient. The present invention can configure the inventory management system by applying the configurations of the above and other embodiments.

The inventory management system includes a storage box equipped with a storage space for storing parts and a weight sensor, a barcode label attached to the front of the storage box and having information on the parts stored in the storage box, and a plurality of vertical frames. It is formed by dividing a plurality of horizontal frames horizontally and is made of metal, and a shelf on which the storage box is seated in a row on the upper surface of the horizontal frame, a rail part formed in the horizontal frame along the longitudinal direction, and a barcode while moving along the rail part Parts including a scanner that scans labels and information displayed on the weight sensor, a cloud that receives and stores the information collected by the scanner, and an inventory management application that can access the cloud to check inventory data information Inventory can be managed by parts by identifying the inventory of the product, identifying the location of parts, and identifying the location of the shelf where the parts are stored.

The above-described embodiment and other embodiments can be used interchangeably, and when the storage box 100 is stacked and stored on the shelf 400, the scanner 500 checks the stock information of the upper storage box 100. It can be replaced with a scan unit having four scan units to enable it.

Although the above-described embodiment and other embodiments have been described as being useful when storing small parts, in the case of a product having a size that can be accommodated and stored in a storage box, it is possible to store and store in a storage clap, and inventory management is possible.

In the above, preferred embodiments of the present invention have been illustrated and described, but the present invention is not limited to the specific embodiments described above, and is generally used in the technical field to which the present invention belongs without departing from the gist of the present invention claimed in the claims. Various modifications are possible by those skilled in the art of course, and these modifications should not be understood individually from the technical idea or perspective of the present invention.

10: product holder 100: storage box
110: main body 111: storage space
120: transparent window 130: handle
140: coupling protrusion 150: barcode label
200: weight sensor 210: seat
220: extension 230: coupling rod
240: weight information display unit 400: shelf
410: vertical frame 410a: first vertical frame
410b: second vertical frame 411: insertion hole
420: horizontal frame 421: railing
430: moving wheel 440: locking stopper
425: rail part 500: scanner
510: first scan unit 520: second scan unit
530: moving part 540: fixed clamp part
600: moving means 610: drive gear
620: driven gear 630: rotary pulley
640: drive motor 650: control unit
660: variable height stage 661: rack gear
663: pinion gear 700: cloud
800: Inventory management application
P: Part

Claims (2)

In the product holder for storing parts and managing inventory,
A storage box provided with a storage space for storing parts and provided with a weight sensor;
A bar code label attached to the front of the storage box and having information on parts stored in the storage box;
A shelf formed by dividing a plurality of vertical frames and a plurality of horizontal frames horizontally and made of a metal material, and on which the storage box is mounted in a row on an upper surface of the horizontal frame;
A rail portion formed in the horizontal frame along the longitudinal direction; And
A scanner for scanning the barcode label and information displayed on the weight sensor while moving along the rail part;
Including,
The storage box is
A box-shaped body standardized to a predetermined size and having a storage space opened upward;
A transparent window provided in front of the main body and allowing external confirmation of the parts stored in the storage space;
A handle provided on the front side of the body corresponding to the lower portion of the transparent window and capable of gripping the body;
A coupling protrusion having a shape protruding from the side of the body and having one side open; And
The bar code label attached to the front side of the main body corresponding to the lower part of the handle;
Including,
The weight sensor
A seating portion formed flat so that the main body is seated;
An extension part extending on one side of the seating portion and protruding relatively more than a side surface of the main body when the main body is seated in the seating portion;
A coupling rod protruding from the upper surface of the extension portion, formed in a rod shape, and having both ends inserted into the coupling protrusions of the main body to hang; And
A weight information display unit provided in front of the weight sensor;
Including,
The weight information display unit
Weight information in a state in which the product is stored in full in the storage box;
Weight information of the current state in which the product is stored in the storage box; And
Inventory information indicating whether the stock is out of stock;
Including and indicating,
The scanner
A first scanning unit and a second scanning unit for scanning and collecting information displayed on the barcode label and the information display unit while moving along the rail unit by a moving means installed on the rail unit,
The information collected by the first scanning unit and the second scanning unit is transmitted to the cloud and stored as data,
An inventory management application that can access the cloud to check inventory data information;
Including more,
The moving means
Drive gears and driven gears installed at predetermined intervals;
A rotary pulley connecting the driving gear and the driven gear;
A driving motor connected to the driving gear to drive the driving gear;
A fixed clamp unit fixedly installed on the rotary pulley to move together with the rotary pulley when the driving gear is driven and the rotary pulley is rotated by driving the driving gear;
Including,
The shelf is
A railing is provided at the rear end of the horizontal frame to uniformly insert the storage box,
It is equipped with a moving wheel at the bottom so that the position can be moved.
The moving wheel is provided with a locking stopper so that the position can be fixed in a moved state,
The shelf is
Further comprising a; variable height stage for enabling height adjustment between the horizontal frames,
The height variable stage is
It is installed to divide the vertical frame into a first vertical frame and a second vertical frame and connect the first vertical frame and the second vertical frame,
A rack gear protrudingly fixed to a lower surface of the first vertical frame; And
A pinion gear provided in the second vertical frame positioned under the first vertical frame and engaged with the rack gear;
Including,
The pinion gear is disposed in an insertion hole formed in the second vertical frame, and the pinion gear meshes with the rack gear in the insertion hole,
Product holder. delete

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