JP5598187B2 - Product display device - Google Patents

Description

The present invention includes a product display shelf which is movable to a merchandise display device Ru comprising a plurality of promotional display of promotional mounted on the commodity display shelf.

  A conventional merchandise display device includes a merchandise display shelf and a plurality of POPs (Point Of Purchase advertising) attached to the merchandise display shelf. The POP is equipped with a light bulb to emit light, or a motor is provided to swing the POP to further promote the purchase intention of the product. Electric power for the light bulb and the motor is supplied from a built-in battery or battery or an outlet installed in the store.

  In recent years, it has been proposed that a power source for POP is provided with a solar panel in order to improve consumers' environmental awareness (for example, Patent Document 1). This solar panel is provided in each POP and emits a light bulb or drives a motor.

JP 2004-13165 A

  However, in such a merchandise display device, since the POP includes a solar panel, the solar panel cannot be enlarged, and the amount of power generated by the electric power that can be supplied to the POP is small. For this reason, the POP cannot be provided with a plurality of light bulbs to emit light, and the POP cannot be provided with a motor to swing the POP, which has a problem that the form of the POP is limited.

  Accordingly, an object of the present invention is to provide a merchandise display device that can realize various forms of sales promotion display items.

For this reason, the invention according to claim 1 is a commodity display shelf,
A plurality of promotional displays attached to the merchandise display shelf for promotion;
A solar panel attached to the commodity display shelf via a telescopic support frame ;
Distributing means for distributing the power generated by the solar panel to the plurality of promotional displays ;
A control unit ,
The electric unit to operate or emission by distributed power by the distribution means is provided in the promotional display object,
The control unit controls the operation of the electric unit or the light emission pattern .

According to a second aspect of the present invention, in the commodity display device according to the first aspect, the angle of the solar panel can be freely changed.

The invention according to claim 3 is a product display shelf, a plurality of sales promotion display items attached to the product display shelf, a solar panel attached to the product display shelf, Distributing means for distributing power of a plurality of systems to each of the plurality of promotional displays, and a controller, each of the plurality of promotional displays being connected to each of the plurality of systems And the control unit controls each of the plurality of electrical units to operate or emit light with a predetermined time difference .

According to the first aspect of the present invention, the product display shelf, the plurality of sales promotion display items attached to the product display shelf, and the product display shelf are attached to each other via the extendable support frame . The sales promotion display is provided with a solar panel, a distribution unit that distributes the power generated by the solar panel to a plurality of sales promotion display items, and a control unit, and an electrical unit that operates or emits light by the power distributed by the distribution unit. , that controls the operation or light emission of the pattern of the electrical unit by the control unit. Therefore, a large-sized solar panel can be used as compared with the conventional case, and sufficient power can be supplied. Thus, it is possible or or emit light of these comprises a plurality of bulbs (electrical part) promotional display object, a motor (electric unit) is operated so. Therefore, it is possible to provide a product display device that can realize various forms of sales promotion display items. Further, since the promotional display itself is not equipped with a battery, there is no danger of the battery igniting and it is safe. Furthermore, it is possible to provide a product display device that can realize various forms of sales promotion display items. Furthermore, since the solar panel is attached to the merchandise display shelf via a telescopic support frame, the solar panel can be freely applied to a space in which the merchandise display device is arranged.

According to invention of Claim 2 , since the angle of a solar panel can be changed freely, a solar panel can be inclined to the optimal position with respect to a light source. Therefore, it is possible to provide a product display device that can make maximum use of the power generation capacity of the solar panel.

According to the invention described in claim 3 , a merchandise display shelf, a plurality of sales promotion display items attached to the merchandise display shelf, a solar panel attached to the merchandise display shelf, and a plurality of solar panels from the solar panel A distribution means for distributing the power of the system to each of the plurality of promotional displays, and a control unit, each of the plurality of promotional display items includes a plurality of electrical units connected to each of the plurality of systems, and control The plurality of electrical units are controlled to operate or emit light with a predetermined time difference. Therefore, a large-sized solar panel can be used as compared with the conventional case, and sufficient power can be supplied. Thereby, the sales promotion display object can be provided with a plurality of light bulbs (electric part) to emit light, or can be provided with a motor (electric part) to operate it. Therefore, it is possible to provide a product display device that can realize various forms of sales promotion display items. Further, since the promotional display itself is not equipped with a battery, there is no danger of the battery igniting and it is safe. Furthermore, only the necessary number of currents can flow downstream of the distributor (distributing means).

It is a perspective view which shows an example of the goods display apparatus of this invention. (A)-(f) is a figure which shows various sales promotion display objects. It is a front view of a goods display shelf. (A) is an enlarged side view of a solar panel and a support frame, (b) is a figure for demonstrating attachment of a solar panel and a support frame, (c)-(e) is the principal part enlarged view of a support frame. . (A) is a rear view of the vicinity of the attachment portion between the support frame and the commodity display shelf, and (b) is a view for explaining attachment of the promotional display item and the light emitting diode. It is a block diagram for demonstrating another example of this invention.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 shows an example of a commodity display device according to the present invention. The merchandise display apparatus 1 includes a movable merchandise display shelf 11 having casters (wheels) 10 attached to the lower part thereof, and a plurality of sales promotion display items (POP) 12A and 12B attached to the merchandise display shelf 11 for promotion. , 12C, 12D, 12E, and 12F (note that the merchandise display shelf 11 may not include the caster 10). And the solar panel 13 attached via the elastic support frame 14 is provided in the upper part of the goods display shelf 11. As shown in FIG. A control unit case 15 is provided on both sides of the solar panel 13, and a control unit is built in the control unit case 15. In this figure, various products are displayed on the product display shelf 11.

  FIG. 2A shows a sales promotion display item 12A. The sales promotion display item 12 </ b> A is called a sales fixture POP and is placed on the merchandise display shelf 11. The sales promotion display item 12A includes a pedestal portion 12A1, a side portion 12A2, and a back portion 12A3. A hole or the like is appropriately formed in the pedestal portion 12A1 in order to place the products PA1, PA2, and PA3. Moreover, five holes are formed in the upper part of the back part 12A3, and a light emitting diode (electric part) 20 is provided in each hole. FIG. 2B shows a sales promotion display item 12B. The promotional display 12B is called a face POP and is attached to the front surface of the shelf board of the product display shelf 11. The sales promotion display object 12B is formed in a rectangular shape, and a hole is formed in the lower left corner, and the light emitting diode 20 is provided in each hole.

FIG. 2C shows a promotional display 12C. The sales promotion display item 12 </ b> C is called a side POP and is attached to the side portion of the commodity display shelf 11. The sales promotion display item 12C includes a horizontal portion 12C1 and a display portion 12C2 provided at a right angle continuously to the horizontal portion 12C1. Six holes are formed vertically in the left part of the display unit 12C2, and the light emitting diodes 20 are provided in the respective holes. The sales promotion display item 12 </ b> C is arranged so that the horizontal portion 12 </ b> C <b> 1 overlaps the shelf plate of the product display shelf 11. Then, the sales promotion display item 12C is fixed to the product display shelf 11 by placing a product on the horizontal portion 12C1 or attaching the horizontal portion 12C1 with a tape.

  FIG. 2D shows a sales promotion display item 12D. The sales promotion display item 12D is called a swing POP and is attached to the front surface of the shelf board of the commodity display shelf 11. The promotional display 12D includes a circular display portion 12D1, a connecting portion 12D2 formed continuously therewith, and an attachment portion 12D3 provided continuously to the connecting portion 12D2. Five holes are formed in the lower part of the display unit 12D1, and the light emitting diodes 20 are provided in the respective holes. The connecting portion 12D2 is formed of a flexible material (film or the like), and is configured such that the display portion 12D1 swings (swings) due to a breeze or the like. The attachment portion 12D3 is fixed to the front surface of the shelf board of the commodity display shelf 11 via a double-sided tape or the like.

  FIG. 2E shows a sales promotion display item 12E. The sales promotion display item 12E is called a partition POP, and is placed on the shelf plate of the product display shelf 11 to partition the product by type. The sales promotion display item 12E includes a horizontal portion 12E1, a side portion 12E2 that is continuously provided at a right angle, and a display portion 12E3 that is continuously formed at the front end of the side portion 12E2. Three holes are formed vertically in the upper part of the display unit 12E3, and a light emitting diode 20 is provided in each hole. The sales promotion display item 12 </ b> E is arranged so that the horizontal portion 12 </ b> E <b> 1 overlaps the shelf plate of the product display shelf 11. Then, the sales promotion display item 12E is fixed to the product display shelf 11 by placing a product on the horizontal portion 12E1 or attaching the horizontal portion 12E1 with a tape.

  FIG. 2F shows a sales promotion display item 12F. The promotional display 12F is called a hanger POP, and is hung by hanging a string 12F1 on a hook on the side of the commodity display shelf 11. The sales promotion display item 12F is formed in a rectangular plate shape, and three holes are formed in the horizontal direction on the left and right of the upper part, and the light emitting diode 20 is provided in each hole. Below the light emitting diode 20, two hooks 12F3 made of iron bars project, and a plurality of products PF are hooked and hung on the hooks 12F3.

These sales promotion display items 12A, 12B, 12C, 12D, 12E, and 12F are formed of paperboard, a composite sheet mainly composed of paper, a plastic sheet, and the like. In particular, the sales promotion display items 12A, 12C, and 12E are formed of a material excellent in bendability. The sales promotion display item 12D is formed of a material having excellent flexibility. Further, promotional indicia 12F, such as cardboard, is formed of a material capable of supporting the hook when lowered Ri plurality single product. Further, the sales promotion display items 12A, 12B, 12C, 12D, 12E, and 12F are appropriately printed.

  The product display shelf 11 and the solar panel 13 will be described in more detail with reference to FIGS. The merchandise display shelf 11 is attached to the lower shelf 21 located at the lowest level, the main pillars 22 and 22 erected upward from the lower shelf 21, and an intermediate portion between the main pillars 22 and 22. The intermediate shelf plate 23A, the upper shelf plate 23B attached near the upper end of the main pillars 22 and 22, the casters (wheels) 10 attached to the lower side of the lower shelf plate 21, and the main pillars 22 and 22 And it is comprised by the metal grating | lattice 27 etc. which were attached to the rear surface side of the merchandise display shelf 11 substantially the whole surface. Reference numeral 24 denotes a prevention fence for preventing the product from falling. A solar panel 13 is provided on the merchandise display shelf 11 (the solar panel 13 is arranged horizontally in FIG. 3). Control unit cases 15 and 15 are attached to both ends of the solar panel 13. Under the control unit case 15, the upper ends of the support frames 14, 14 are attached. An attachment means 14A is provided at the lower end of the support frame 14, and the solar panel 13 is attached to the upper part of the commodity display shelf 11 via the attachment means 14A.

A pair of brackets 15 </ b> A and 15 </ b> A are integrally formed at the lower end of the control unit case 15. The bracket 15A is formed in a substantially triangular plate shape, and a through hole is formed in the lower part thereof. On the other hand, the support frame 14 is divided into an upper frame 14D and a lower frame 14E with the adjustment portion 14C as a boundary. The upper frame 14D and the lower frame 14E are both made of metal and formed in a rectangular tube shape, and are formed so that the upper frame 14D can slide in the lower frame 14E. Adjusting portion 14C is made of resin, are fixed in the so that only One fitted to the upper end of the lower frame 14E. An adjustment knob H2 is rotatably held in the adjustment portion 14C, and the position of the upper frame 14D can be fixed by screwing the adjustment knob H2 (therefore, a portion of the lower frame 14E into which the adjustment knob H2 enters. Has a through hole).

  A connecting portion 14B is fixed to the upper end of the upper frame 14D. The connecting portion 14B is made of resin, and the lower end portion is fitted to the upper end of the upper frame 14D. On the other hand, the upper portion of the connecting portion 14B is narrow and has a through hole. Then, the upper portion of the connecting portion 14B is disposed between the pair of brackets 15A and 15A, the fixing knobs H1A and H1B are passed through the through holes of the bracket 15A and the through holes of the connecting portion 14B, and the fixing knob H1A is fixed to the fixing knob H1B. Secure with screws. A support portion 14F is fitted to the lower portion of the lower frame 14E. The support portion 14F is a short square tube made of resin and is provided on the surface of the lower frame 14E. The support portion 14F is fitted slightly above the lower end of the lower frame 14E. A through hole is formed at the lower end of the lower frame 14E.

  The lower part of the lower frame 14E is movably attached to the attachment means 14A. The attachment means 14A is made of resin, and is formed by integrally forming a pair of inverted L-shaped plate pieces 14A2 and 14A2 arranged at a predetermined interval and a rectangular plate-like connecting portion 14A3 for connecting them. Become. A long hole 14A1 is formed in the upper part of each of the plate pieces 14A2 and 14A2 in the horizontal direction. Further, a through hole is formed in the lower part of one plate piece 14A2, and a fixing knob H4 is screwed.

  The long hole 14A1 is aligned with the through hole at the lower end of the lower frame 14E, and the screw part of the fixing knob H3 is passed through to attach the lower frame 14E to the attachment means 14A (the screw part of the fixing knob H3 has a long hole 14A1). It can move freely inside.) At this time, the lower end of the support portion 14F is slidably disposed along the upper end of the plate piece 14A2 of the attachment means 14A. The support portion 14F is for assisting the lower frame 14E to be kept upright by abutting against the attachment means 14A. The fixing knob H4 is for fixing the attachment means 14A to the commodity display shelf 11. That is, after the mounting means 14A is placed so that a part of the frame 23B1 is sandwiched from above, the fixing knob H4 is tightened to fix the mounting means 14A to the upper shelf plate 23B. The frame 23B1 is on the back side of the upper shelf board 23B. In this manner, the solar panel 13 is attached to the commodity display shelf 11 via the attachment means 14A. The support frame 14 is formed symmetrically.

  The control unit case 15 includes a control unit 15C. The controller 15C controls the blinking interval of the light emitting diode 20 (the blinking interval can be set to 0 to turn on the light), the blinking pattern, and the like, and the setting can be freely changed. A cord C extends from the control portion 15C. The cord C passes through the upper frame 14D and the lower frame 14E, and is formed in a through-hole formed in the lower portion of the lower frame 14E (at this position, the support portion 14F is provided). Therefore, a similar through hole is also formed in the support portion 14F) and is input to the distributor 25 described later. A predetermined number of copper wires to be described later are arranged in the cord C.

  The solar panel 13 can be freely tilted in the a direction or the b direction (FIG. 4A) by loosening the left and right fixing knobs H1 and H1. Therefore, an optimum inclination with respect to the light source L can be selected. Further, the support frame 14 can be expanded and contracted in the vertical direction (c direction or d direction) by loosening the fixing knob H2. Therefore, the height of the solar panel 13 can be adjusted according to the surrounding situation where the product display shelf 11 is installed. Furthermore, the support frame 14 can be separated from the merchandise display shelf 11 by the attaching means 14A.

  As shown in FIG. 5, three distributors (distribution means) 25 for distributing electricity are provided on the rear surface side of the commodity display shelf 11 (the number of distributors 25 is not limited to this). The distributor 25 is provided with through-holes 25A and 25A at both left and right ends, and the fixing bands 28 are passed through the through-holes 25A and 25A, respectively, and are wound around one vertical bar of the lattice 27. In this way, the distributor 25 is fixed to the lattice 27. The distributor 25 distributes the electric power from the solar panel 13 received via the controller 15C to a plurality of systems. Each of the distributors 25 has four output terminals, and a cable line can be appropriately inserted therein. The cable line 26A is for connection to the light emitting diode 20 of the sales promotion display item 12A. Similarly, the cable lines 26B, 26C, 26D, 26E, and 26F are the sales promotion display items 12B, 12C, 12D, and 12E, respectively. , 12F for connection to the light emitting diode 20.

  For example, in the promotional display 12C, six light emitting diodes 20 are connected in parallel to the end of the cable line 26C. If the number of light emitting diodes 20 included in the promotional display object 12C is the largest among the promotional display objects 12A to 12F, the code C includes seven light emitting diodes 20 necessary for blinking the six light emitting diodes 20. Copper wires will be placed (the breakdown of these seven copper wires is six anode wires and one cathode wire). The control unit 15C sends current to the six anode lines so that the six light emitting diodes 20 emit light with a predetermined time difference (the cathode lines are shared by the six light emitting diodes 20). The distributor 25 distributes these six types of anode wires to the respective cable wires. At this time, since the sales promotion display 12C includes the six light emitting diodes 20, all the six system anode lines are applied to the six light emitting diodes 20 (that is, the six system anode lines and one cathode line are connected). Assigned to cable 26C). On the other hand, for example, since the promotional display 12B has only one light emitting diode 20, only one of the six systems of anode wires is used (that is, one system of anode wires and one cathode wire). Is assigned to the cable line 26B). In this manner, six currents flow from the control unit 15C to the distributor 25, while only the necessary number of currents are provided on the downstream side of the distributor 25, that is, the cable lines 26A to 26F. Is configured to flow.

  In addition, since the caster 10 is provided in the bottom part of the merchandise display apparatus 1, it can move freely in the store. At this time, since the solar panel 13 is used as the power source, it is not necessary to secure the power source by connecting a cord to an outlet as in the conventional case. Therefore, the commodity display device 1 can be moved to a desired position without any local restrictions. The solar panel 13 can generate electricity using the in-store lighting as a light source, and can also arrange the product display device 1 in the store to use sunlight as a light source. Since the solar panel 13 can change the inclination angle by loosening the fixed knob H1, and can adjust the height by loosening the fixed knob H2, the arrangement state of the product display device 1 and the light source Depending on the position, the solar panel 13 can be arranged at an optimum position. Further, when the product display device 1 is arranged in the store, the solar panel 13 cannot generate power if the lighting in the store is turned off. Therefore, it is not necessary to cut off the power to the light emitting diode 20 by providing a switch in the merchandise display device 1, and forgetting to turn off the power can be avoided.

  As described above, in the product display device 1 of this example, the sales promotion display objects 12A, 12B, 12C, 12D, 12E, and 12F are not provided with batteries or batteries. There is no danger of burning 12F. Further, it is not necessary to replace the battery, and labor and cost can be reduced. Moreover, since the light emitting diode 20 is used as the light bulb of the promotional display objects 12A to 12F, not only the power consumption is low and the energy is saved, but also the calorific value is small, so the possibility of ignition is low and it is safe. Thus, since the product display device 1 uses the solar panel 13 or the light emitting diode 20, it is useful for raising awareness of the environment for consumers.

  In addition, as shown in FIG. 6, the commodity display device may include a battery BT between the solar panel 13 and the control unit 15C. A capacitor may be used as the battery BT. When the battery BT is arranged, a required amount of power can be secured even in a store with insufficient illuminance. Note that the battery BT is appropriately disposed in the commodity display device 1.

  Further, a motor may be attached in place of the light emitting diode 20. For example, a motor may be attached to the display unit 12D1 of the sales promotion display item (swing POP) 12D, and the display unit 12D1 may be configured to swing by the motor. It is assumed that the cable wire 26D is also used for the power source of the motor.

  In the above example, the solar panel 13 is disposed above the commodity display shelf 11, but the present invention is not limited to this, and the solar panel 13 is disposed behind the commodity display shelf 11 via a support frame. May be. Furthermore, you may make it arrange | position to the side of the goods display shelf 11 via a support frame.

DESCRIPTION OF SYMBOLS 1 Commodity display apparatus 10 Caster 11 Commodity display shelf 12A, 12B, 12C, 12D, 12E, 12F Promotional display thing 13 Solar panel 14 Support frame 15C Control part 20 Light emitting diode (electric part)
25 Distributor (Distributing means)
26A, 26B, 26C, 26D, 26E, 26F Cable wire

Claims (3)

Product display shelves,
A plurality of promotional displays attached to the merchandise display shelf for promotion;
A solar panel attached to the commodity display shelf via a telescopic support frame ;
Distributing means for distributing the power generated by the solar panel to the plurality of promotional displays ;
A control unit ,
The electric unit to operate or emission by distributed power by the distribution means is provided in the promotional display object,
The product display device, wherein the control unit controls the operation of the electric unit or a light emission pattern .   The product display device according to claim 1, wherein an angle of the solar panel can be freely changed. Product display shelves,
A plurality of promotional displays attached to the merchandise display shelf for promotion;
A solar panel attached to the product display shelf;
Distributing means for distributing power of a plurality of systems from the solar panel to each of the plurality of promotional displays,
A control unit,
Each of the plurality of promotional displays includes a plurality of electrical units connected to each of the plurality of systems,
The merchandise display device, wherein the control unit controls the plurality of electric units to operate or emit light with a predetermined time difference.

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