KR101507380B1 - Showcase to display the box on which the light emitting elements are arranged - Google Patents

Abstract

The present invention relates to a showcase for more effectively promoting products displayed in a store, and to a showcase to display a packing box on which light emitting elements are arranged, comprising: a display stand; a packing box displayed in the display stand, of which one side has the light emitting member; an access detecting sensor mounted on one side of the packing box or the display stand, for detecting an object drawing near; a controller mounted in the display stand, for illuminating the light emitting member, if the object drawing near is detected by the access detecting sensor; and a power part mounted in the packing box, for supplying power to the light emitting member, and, accordingly, while the products can be more effectively promoted to a client, they can be more conveniently managed in the store, and the client can more easily acquire information of the products.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a display case for displaying a packaging box provided with light emitting means,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a display case for more effectively promoting a product displayed on a shop, and more particularly, And the like.

Packaging materials made of various materials and forms are used for the purpose of accommodating the products, facilitating the storage, transportation, display and the like, and preventing damage to the products. Generally, such a packaging material is provided with a variety of characters, designs, and the like in a printing manner in order to display information on the products and to induce interest in and interest in the products.

Packaging can be a marketing tool that increases the value added of a product and can also give an advertisement effect. As the competition for sales becomes more intense, in addition to printing letters and designs on the packaging material as described above, The development of new packaging materials and packaging technology that can express individuality and characteristics in accordance with PR strategy is required.

However, since the conventional product packaging material has been relied on only the method of simply printing the stationery or the design on the outer surface as described above, there have been many problems in the interest of the consumers and the effect of inducing the purchase. That is, it is difficult to expect a unique visual effect that strongly appeals to consumers by the method of simply printing the advertisement text or the character on the surface of the packaging material as in the past, so that the promotion of the product by the packaging material and the promotion There was an unsatisfactory problem.

In order to obtain a more effective marketing effect, a method of mounting a display device using a display device such as an LED or an LCD on a packaging material has been considered. However, since the display device and the power supply device require a high packaging cost, There was a problem that the volume was increased, environmental pollution was worried at the time of disposal, and the electrical configuration had only a monotonous function of driving the display device.

Japanese Patent Application Laid-Open No. 10-2013-0051330: A packaging material having a light emitting display

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in view of the above-mentioned circumstances, and it is an object of the present invention to provide a method and system for efficiently managing a product in a store while more effectively promoting the product to the customer, And a display case for displaying the packaging box provided with the light emitting means.

In order to achieve the above object, a display case for displaying a packaging box provided with a light emitting means according to the technical idea of the present invention includes a display case, a packaging box which is disposed on the display case and has a light emitting member on one side, A proximity sensor disposed on one side of the packaging box for detecting an adjacent object, a control unit configured to display the proximity of the light emitting member when the proximity object is detected by the proximity sensor, And a power supply unit for supplying power to the light emitting member.

In addition, the shelf may further include a power supply unit for supplying power to the packaging box by wire or wireless, and the controller may supply power from the power supply unit only when there is an adjacent object on the shelf. have.

The light emitting member constituted in the packaging box may further include a synthetic resin layer, an ITO layer adhered to a lower layer of the synthetic resin layer, a fluorescent layer adhered to a lower layer of the ITO layer and having a dielectric constant of 30 ㎌ or more, A dielectric layer coated with a uniform thickness for light diffusion and reflection and having a dielectric constant of 30 ㎌ or more and a rear electrode layer formed on the lower layer of the dielectric layer and treated with Al and Cu films and having a resistance of 9 Ω / The rear electrode layer is divided into two regions by forming a cut-out space in the rear electrode layer, and each of the electrodes is formed in the two regions, and the fluorescent layer is formed by an organic light- And is a film.

Further, the packaging box may further include an identification unit for transmitting a predetermined unique identification signal, and the shelf includes an inventory detecting unit for receiving a unique identification signal transmitted from the identification unit, a communication unit for communicating with a system for managing the store, And further comprising:

The price display unit may further include a price display unit for displaying a predetermined commodity price on one side of the shelf. When the predetermined commodity price is changed in the system for managing the commodity, the changed price is transmitted to the control unit through the communication unit, Is reflected on the display device.

A product information table for identifying a product contained in the packaging box by receiving a unique identification signal transmitted from the identification unit when the packaging box is placed on the outside of the shelf; And a product information display unit for displaying detailed information.

According to the display case for displaying the packaging box provided with the light emitting means as described above,

First, as the light emitting member configured in the packaging box outputs light, it is possible to further inspire the customer's desire to purchase.

Secondly, since the light emitting member outputs light only when it is detected that there is a person who is adjacent to the proximity sensor, electricity consumption can be minimized.

Third, since a power source to be used for the light emitting member of the packaging box is supplied from the shelf, the packaging box can include at least the material that can greatly affect environmental pollution during disposal such as a battery.

Fourth, it is possible to easily grasp the inventory of the products on the shelf by the identification unit configured in the packaging box and the inventory detection unit receiving the unique identification signal transmitted from the identification unit.

Fifth, since the price of the goods is displayed on the price display unit, the labor and time required for correcting the price can be drastically reduced as the goods are changed or the prices are changed.

Sixth, since the detailed information of the product is displayed more easily through the product information table and the product information display section, the customer with poor visual acuity can grasp the detailed information of the product.

1 is a perspective view for explaining a configuration of a packaging box in an embodiment of the present invention.
2 is a view for explaining a configuration of a showcase in an embodiment of the present invention;
3 is a diagram for explaining the configuration of the present invention.
4 is a diagram for explaining an example of use of a goods information table in an embodiment of the present invention.
5 is a structural view illustrating an organic light emitting film as a light emitting member in an embodiment of the present invention.
6 is a cross-sectional view illustrating an organic luminescent film in an embodiment of the present invention.

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

FIG. 2 is a view for explaining the structure of a display case in an embodiment of the present invention, and FIG. 3 is a view for explaining the construction of the packaging box according to the embodiment of the present invention. FIG.

As shown in the figure, a display case for displaying a packaging box provided with light emitting means according to an embodiment of the present invention includes a shelf 100, a packaging box 100 having a shelf 100 and a light emitting member 210 formed on one side, An approach detection sensor 141 formed on one side of the shelf 100 or the packaging box 200 to detect an adjacent object and a proximity sensor 141 disposed on the shelf 100 and configured to detect an adjacent object A control unit 110 for causing the light emitting member 210 to emit light when an object is detected and a power supply unit 220 for supplying power to the light emitting member 210 in the packaging box 200.

In the embodiment of the present invention, the shelf 100 is shown in a form similar to a multi-layered display case in which commodities that are commonly found in stores selling commodities are displayed. Of course, the form of the shelf 100 is not limited to the illustrated one, but may be a form having a single-layer structure or various other forms of merchandise display.

The product displayed on the display shelf 100 according to the embodiment of the present invention may be a general merchandise, but the display case of the present invention has a promoting effect of turning off the sight when the packaging box 200 of the present invention is displayed. The light emitting member 210 is formed on one side of the packaging box 200. The light emitting member 210 is generally formed by printing a picture for promoting the product on a box that encloses the product and the packaging box 200 outputs light, The effect of leading to the strengthened.

In order to supply power to the light emitting member 210 in the packaging box 200 itself, a battery may be formed on one side of the packaging box 200, A compact generator that collects changes in the environment and converts it to a power source may be constructed.

The packaging box 200 may be made of any one or a plurality of materials used in a packaging box such as paper, ceramics, glass, wood, polymer, metal, fabric, leather, and polyethylene terephthalate.

The proximity sensor 141 is for confirming the presence of a moving object, particularly a person approaching the shelf 100, and the 'adjacent object' described in the claims will mainly be a person approaching the shelf 100. The light output from the packaging box 200 is executed only in front of a customer who visits the store to purchase the product. When there is no customer in the vicinity, the light is output to the power source 220 of the packaging box 200 There is no need to consume. Therefore, the packing boxes 200 displayed on the shelf 100 are not waiting for the light output but are moved around the shelf 100 with the proximity sensor 141, in particular, the objects adjacent to the shelf 100 The control unit 110 drives the light emitting member 210 of the packaging box 200 to output light.

The proximity sensor 141 may be a photodiode composed of a light emitting unit and a light receiving unit, but may be a microphone for sensing noise or a vibration sensor formed on the floor of the store and combined with the shelf 100 .

The control unit 110 is configured on the shelf 100 and performs a series of determination processes for causing the light emitting member 210 to emit light when an approaching object is detected by the proximity sensor 141. [ In particular, when the proximity sensor 141 can detect the distance to the object approaching the shelf 100, the controller 110 may use the detected proximity sensor 141 to detect the object, that is, Only the box 200 can be controlled to output light.

The present invention further includes a power supply unit 120 for supplying electric power to the packaging box 200 in a wired or wireless manner on the shelf 100. The control unit 110 controls the power supply unit 120 when there is an object adjacent to the shelf 100 So that power is supplied from the power supply unit 120 only.

If the battery box or the self-generating device is separately formed in the packaging box 200, the packaging box 200 can be manufactured with a high cost, and environmental pollution may occur during disposal. The control unit 110 may supply power to the light emitting member 210 for outputting the light through the power supply unit 120 from the shelf 100 and the control unit 110 may supply the light to the packaging box 100 only when there is an object adjacent to the shelf 100. [ Power may be supplied to the light emitting member 200 so that light is emitted from the light emitting member 210. In this case, the power supply unit 220 of the packaging box 200 may be configured to receive the power provided by the power supply unit 120 of the shelf 100. If the power supply unit 120 requires a wired connection The power supply unit 220 may be a terminal corresponding to the corresponding terminal and the power supply unit 120 may be connected to the power supply unit 120 if the power supply unit 120 is configured to supply power wirelessly using a magnetic field. Collecting the generated magnetic field to convert the light emitting member 210 into a power source capable of outputting light.

The present invention further includes an identification unit 230 for transmitting a predetermined identification signal to the packaging box 200. The display unit 100 is provided with an inventory detection unit 230 for receiving a unique identification signal transmitted from the identification unit 230, And a communication unit 160 for communicating with the system 300 that manages the store.

The identification unit 230 is for the control unit 110 to recognize the package box 200 individually and can transmit a predetermined unique identification signal while power is supplied to the package box 200. [ The unique identification signal may be a signal for outputting a different value for each box 200. It may be sufficient to output the signal with a small enough intensity to receive the unique identification signal on the shelf 100 on which the box 200 is placed.

The inventory detector 143 receiving the unique identification signal is configured on the shelf 100 and is electrically coupled to the controller 110 of the shelf 100 to display the unique identification received from the packing boxes displayed on the shelf 100 And transmits the signal to the control unit 110. The control unit 110 can analyze the signal and repair the packing box 200 remaining on the shelf 100.

The communication unit 160 communicates with the system 300 that manages stores and communicates with the outside of the packaging box 200 in the shelf 100 And the number of times it is reported. The system 300 for managing a store refers to a central system used for managing a product sold in a shop. In the system 300 for managing a store, information such as inventory of goods to be sold and prices of goods are managed .

The present invention further includes a price display unit 130 displaying a predetermined commodity price on one side of the shelf 100. When the system 300 for managing the commodity changes the predetermined commodity price, And is transmitted to the control unit 110 through the communication unit 160 and is reflected in the price display unit 130. [

Generally, in a store, a sales price of a product is output by attaching a tag to the product or attaching it to the front center of a showcase where products are gathered. However, this method is one of the hard work to mobilize several people and work for a long time. However, in the present invention, the price display unit 130 coupled to the display case displays the price of the product and can change it if necessary. Particularly, if the price displayed on the price display unit 130 is changed in the system 300 for managing the store, the communication unit 160 receives the changed price and reflects the changed price on the price display unit 130, The manager of the store does not need to change the price tag every time.

In addition, since the identification of the commodity can be identified on the display case through the identification unit 230 of the packaging box 200, when the commodity is placed on the display case, the unique identification The inventory detecting unit 143 recognizes the signal and if the price of the corresponding product is set in advance, the price display unit 130 displays the predetermined price so that the type of the product displayed on the shelf 100 is The price displayed on the price display unit 130 may be changed immediately.

Also, when the price of the product is displayed on the price display unit 130 in such a case, the price of the product often changes due to selling the product at a discounted price in order to attract customers according to the store, for example. And may be reflected in the price display unit 130.

4 is a diagram for explaining an example of use of the goods information table 150 in the embodiment of the present invention.

As shown in the figure, when the packaging box 200 is placed on the outside of the shelf 100, a unique identification signal transmitted from the identification unit 230 is received, and a product information table And a product information display unit 151 for displaying detailed information of the product identified in the product information table 150. [

In general, the detailed information of the product is written in small letters on one side of the product so that people with poor eyesight will not recognize the actual ingredients or precautions of the product to be purchased. Therefore, in the embodiment of the present invention, the goods information table 150 is additionally provided outside the shelves 100, and when the goods are moved to the goods information table 150, the goods are transmitted through the identification unit 230, And outputs the detailed information of the product to the product information display unit 151 configured on one side of the product information table 150.

The product information display unit 151 may be a monitor for displaying the detailed information of the packaging box 200 placed in the product information table 150 in the form of a letter and may further comprise a speaker for outputting detailed information by voice .

FIG. 5 is a structural view illustrating an organic light emitting film as a light emitting member in an embodiment of the present invention, and FIG. 6 is a cutaway sectional view for explaining an organic light emitting film in an embodiment of the present invention.

The light emitting member provided in the packaging box is composed of a synthetic resin layer 211, an ITO layer 212 bonded to a lower layer of the synthetic resin layer 211, A fluorescent layer 213 and a lower layer of the fluorescent layer 213 to have a uniform thickness for light diffusion and reflection and a dielectric layer 214 having a dielectric constant of 30 ㎌ or more; Cu film and is composed of a back electrode layer 215 having a resistance of 9? / M 2 to 11? / M 2 and a cutoff space 216 is formed in the back electrode layer 215 so that the back electrode layer 215 is divided into two regions Each electrode is formed in the two regions, and the fluorescent layer 213 is an organic light emitting film that emits light by an electric field between the two electrodes.

That is, the fluorescent layer 213 and the dielectric layer 214 are sequentially coated on the lower layer of the ITO layer 212 to form the back electrode layer 215, and finally the synthetic resin layer 211 is film-processed on the upper ITO layer.

Here, the fluorescent screen layer 213 and the dielectric layer 214 may be coated by a roll screen printing method, a screen printing method, or an ink jet printing method.

The ITO layer 212 is comprised of a conductive mesh layer and a conductive polymer layer, with the ITO layer 212 preferably having a thickness of 80 [mu] m to 100 [mu] m, preferably 90 [mu] m. The conductive mesh layer is an adhesive film in the form of a mesh consisting of a conductive material such as aluminum or copper and has a density of 85 mesh, suitably between 80 mesh and 90 mesh screen. On the other hand, it is preferable that the conductive polymer layer is made of solid conductive aluminum (AL2O3).

The conductive mesh layer and the conductive polymer layer are made in the form of mutually conductive films and the two films are extruded so that the internal resistance of the ITO layer 212 is maintained at 200? The ITO layer 212 is preferably formed by extrusion molding to have a thickness of 90 탆 so as to maintain the above-described internal resistance through a uniform pressing force. After the ITO layer 212 is formed, a fluorescent layer 213 is coated on one side of the ITO layer 212.

The fluorescent layer 213 may be made of various materials such as petroleum, lead glass and platinum cyanide, and may be a mixture of zinc sulfide (ZnS) and cadmium sulfide or an activator (silver, copper, manganese, lead, And then fired. Here, the firing temperature of the activator is about 1,000 ° C. Of course, a tungstate system (CaWO4 or MgWO4) which is a phosphate system (Ca2 (PO4) 2, CaF2: Sb, etc.), a silicate system or a pure type can be used. And the like.

As described above, the phosphor used as the fluorescent layer 213 is applied to the ITO layer 212 after keeping the viscosity at 3500 cps to 4500 cps. The viscosity of the fluorescent material is correlated with the driving voltage of the polymer organic light emitting display sheet. When the viscosity is high or low, a driving frequency of 800 KHz for driving the sheet is inevitably fluctuated. Further, since the viscosity of the phosphor affects the light emission luminance, the viscosity is maintained at 4000 cps corresponding to the set driving voltage and frequency. The viscosity measurement is performed at a sample volume of 350 ml at a temperature of 25 ° C, and the accuracy of the viscometer is less than 10%.

Further, the phosphor layer 213 is coated with a phosphor having a predetermined viscosity on the ITO layer 212, and then dried at 140 DEG C for 5 minutes. The drying temperature is related to the density of the applied phosphor. That is, when the drying temperature is higher than the above-mentioned drying temperature, the drying time of the phosphor is drastically increased, resulting in an uneven drying phenomenon in a part of the phosphor. Further, at a temperature below the above-mentioned drying temperature, there arises a problem that a drying time becomes longer and a coating surface may be deformed.

The fluorescent layer 213 has a thickness of 45 탆 to 50 탆, and the number of times of coating is once. The fluorescent layer 213 thus configured is a fluorine-based binder and has a dielectric constant of 30 to 300 kV.

After the fluorescent layer 213 is coated, a dielectric layer 214 is coated. The dielectric layer 214 applies a dielectric material to an upper portion of the fluorescent layer 213. The dielectric material may include a polyester, a polypropylene, Polypropylene-sulfide and the like are used to induce light diffusion and reflection. The dielectric material has a viscosity of 12000 cps. As described above, the viscosity of the sample is 350 ml at 25 ° C. The coating of the dielectric layer 214, which is manufactured according to the above-described viscosity and drying conditions, is coated once to a thickness of 20 탆 to 25 탆. Also, the coating of the dielectric layer 214 is dried under the same drying conditions as the coating of the fluorescent layer 213, i.e., at 140 DEG C for 5 minutes.

The dielectric layer 214 thus formed has a dielectric constant of 30-300 volts and is applied to the lower portion of the fluorescent layer 213 in the form of a film.

After the dielectric layer 214 coating is completed, the back electrode layer is coated, and the back electrode layer is made of aluminum (Al) and copper (Cu) film and can be made large. The back electrode layer has a resistance of 9? / M 2 to 11? / M 2 and is coated with a viscosity of 10,000 cps. Drying conditions are for 5 minutes at 140 ° C.

The back electrode layer is for transferring the supply power of the sheet to the dielectric layer 214 and the fluorescent layer 213. The back electrode layer may be formed of an electroconductive material such as zinc electroplating, electroplating, electro nickel plating, chrome plating, silver plating, plating, and electroless nickel plating. The back electrode layer is coated once to a thickness of 5 탆 to 10 탆. Since the power supplied to the sheet is low, the thickness of the back electrode layer or the number of times of coating may be set to a minimum.

The organic light emitting film thus manufactured is cut into a predetermined size and shape and attached to one side of the packaging box 200. When the electrode is connected to the power source unit 220 and power is applied, So as to achieve a more effective visual effect.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It is clear that the present invention can be suitably modified and applied in the same manner. Therefore, the above description does not limit the scope of the present invention, which is defined by the limitations of the following claims.

100: shelf 110:
120: Power supply unit 130: Price indicator
141: proximity sensor 143: inventory detector
150: commodity information table 151: commodity information display section
160: communication unit 200: packing box
210: light emitting member 211: synthetic resin layer
212: ITO layer 213: fluorescent layer
214: dielectric layer 215: rear electrode layer
216: incision space 220:
230: identification unit 300: store management system

Claims (7)

Display shelves,
A packaging box disposed on the shelf and having a light emitting member on one side thereof,
An approach detection sensor formed on one side of the shelf or the packaging box to detect an adjacent object,
A control unit configured on the display panel to cause the light emitting member to emit light when an adjacent object is detected by the proximity sensor,
And a power supply unit configured to supply power to the light emitting member,
Wherein the light emitting member configured in the packaging box comprises a synthetic resin layer, an ITO layer adhered to a lower layer of the synthetic resin layer, a fluorescent layer adhered to a lower layer of the ITO layer and having a dielectric constant of 30 ㎌ or more, And a back electrode layer having a resistance of 9? / M 2 to 11? / M 2, which is formed on the lower layer of the dielectric layer and is treated with Al and Cu films, and which is coated with a uniform thickness for reflection, The back electrode layer is divided into two regions by forming a cut-out space in the back electrode layer, each electrode is formed in the two regions, and the fluorescent layer is an organic light-emitting film which emits light by an electric field between the two electrodes And a display unit for displaying the package box. The method according to claim 1,
Wherein the shelf further comprises a power supply unit for supplying power to the packaging box by wire or wireless,
Wherein the control unit causes the power supply unit to supply power to the display unit only when there is an object adjacent to the display unit. delete The method according to claim 1,
Wherein the packaging box further comprises an identification unit for transmitting a predetermined unique identification signal,
The shelf includes an inventory detector for receiving a unique identification signal transmitted from the identification unit,
And a communication unit for communicating with the system for managing the store. The display case for displaying the packaging box provided with the light emitting means. 5. The method of claim 4,
And a price display unit for displaying a predetermined commodity price on one side of the shelf,
When the predetermined commodity price is changed in the system for managing the store, the changed price is transmitted to the control unit through the communication unit and is reflected on the price display unit. 5. The method of claim 4,
A product information table for identifying a product contained in the packaging box by receiving a unique identification signal transmitted from the identification unit when the packaging box is placed on the outside of the display case,
Further comprising: a product information display unit for displaying detailed information of the product identified in the product information table. Display shelves,
A packaging box disposed on the shelf and having a light emitting member on one side thereof,
An approach detection sensor formed on one side of the shelf or the packaging box to detect an adjacent object,
A control unit configured on the display panel to cause the light emitting member to emit light when an adjacent object is detected by the proximity sensor,
A power supply unit provided in the packaging box to supply power to the light emitting member,
An identification unit built in the packaging box for transmitting a predetermined identification signal;
A power supply unit provided on the shelf and supplying power to the packaging box by wire or wireless,
A controller for controlling the light emitting member to emit light when an adjacent object is detected by the proximity sensor,
An inventory detector configured to receive the unique identification signal transmitted from the identification unit,
A communication unit configured to communicate with a system for managing a store,
A price display unit arranged outside the shelf and displaying a predetermined commodity price when a unique identification signal is received by the inventory detecting unit;
A product information table for identifying a product contained in the packaging box by receiving a unique identification signal transmitted from the identification unit when the packaging box is placed on the outside of the display case,
And a product information display unit for displaying detailed information of the product identified in the product information table,
The control unit causes the power supply unit to supply power only when there is an adjacent object on the shelf, and when the price of the predetermined commodity is changed in the system for managing the store, the control unit is transmitted to the control unit through the communication unit, Reflected,
Wherein the light emitting member constituted in the packaging box comprises a synthetic resin layer, an ITO layer adhered to a lower layer of the synthetic resin layer, a fluorescent layer adhered to a lower layer of the ITO layer and having a dielectric constant of 30 ㎌ or more, And a back electrode layer having a resistance of 9? / M 2 to 11? / M 2, which is formed on the lower layer of the dielectric layer and is treated with Al and Cu films, and which is coated with a uniform thickness for reflection, The back electrode layer is divided into two regions by forming a cut-out space in the back electrode layer, each electrode is formed in the two regions, and the fluorescent layer is an organic light-emitting film which emits light by an electric field between the two electrodes And a display unit for displaying the package box.

Images