JPH0211868Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a display tray for relatively small products (dry batteries, short stick lipsticks, lip balm, etc.).

[Conventional technology]

Conventionally, product sales shelves in supermarkets and the like have large shelves with partition frames surrounding the flat surfaces to form sales spaces for each product.

The sales space is a flat surface on which products of various shapes are directly displayed, or on which display trays are placed and products are displayed.

In addition, Utility Model Publication No. 56-33415 describes a display tray that tilts back and forth and pushes down the displayed products with a pusher to facilitate first-in, first-out products.
Utility Model Publication No. 56-125769 is also disclosed.

[The problem that the idea attempts to solve]

However, the conventional display trays set on sales shelves do not have the function of holding products so that they do not fall over or presenting the arranged products in order, and depending on the product, there are problems such as the following. The point was hot.

Even if relatively small products are initially lined up properly, it is inevitable that customers or the like will touch the products and cause them to become disorganized and fall over.

Misaligned products lead to missed sales opportunities, so keeping products lined up at all times was an extremely important issue.

When selling relatively small products, such as single dry cell batteries, on display trays, it is very time-consuming to arrange them in an orderly manner in an upright position.
Even if they were placed in small boxes or the like, they would naturally fall over.

It is preferable to sell products such as films, pharmaceuticals, and foods in the order in which they were manufactured, but since there is no order in conventional display trays, even if they are arranged in order of manufacturing date, it is not guaranteed that the products will sell in the order of manufacturing date.

In fact, although these problems have been recognized, no concrete solutions have been proposed.

In addition, in the above-mentioned Utility Model Publication No. 56-33415, anti-friction treatment is applied to the sliding contact surfaces of the bottom plate and the left and right side plates with the product, but since the sliding contact area is large, dust etc. adhere to it, causing damage to both the product and the push tool. There is a risk that it will become difficult to slip, and when storing multiple rows of products, the display case body is a set of standardized cases, so you can arrange any number of products to suit the sales space. Therefore, it is not possible to arrange the products in various combinations according to the width of each product shape.

In addition, in Utility Model Application Publication No. 56-125769, it is not possible to provide a side plate, so the stored products tend to vary from side to side, and it is not possible to combine multiple pieces in parallel. Since the case body is slid between the left and right support pieces, the lower surface of the presser member and the support pieces are pressed against the case body due to the load exerted by the stored products, making it possible to slide smoothly. It's a difficult configuration.

In addition to solving these problems, we have devised a display tray with the following objectives:

Manufacturing costs are low.

The inclined plate, left side plate, and right side plate of several widths are constructed as separate parts and can be combined freely.
To be able to display products by arranging any number of cases in line according to the width of each product shape.

The sliding weight shall not float or fall off or tilt.

To be able to arrange products in an orderly manner and to prevent the products from falling over even if a customer touches them.

To provide products in the order in which they are lined up and to move forward without the products in the back row falling over.

The size of the display tray can be adjusted according to the length and width of the sales shelf.

[Means for solving problems]

The display tray according to the present invention solves the above-mentioned problems, and is constructed by combining an inclined plate for placing products, a left side plate, and a right side plate in parallel.

Several types of inclined plates are formed to match the widths of different shapes of dry batteries, and a sliding weight is slidably attached by loosely fitting a bolt into a long hole drilled approximately in the center of the longitudinal direction. There are two rows of article rails with an acute angle cross section on which products are placed, reducing the friction surface (sliding surface) with the products that come into contact with the product.The rear end is equipped with a back plate, and the tip is equipped with an inclined stop plate. The connection angle with the plate is 85
The left and right side plates each have foot portions formed at their rear ends, and acute angle rails are formed on both sides to reduce friction with the product that slides against them.

Concave grooves are formed on both sides of the stop plate and back plate of the inclined plate, and protrusions are formed on both sides of the tip and both sides of the foot on the left and right side plates, and the inclined plate is formed at the bottom of the acute angle rail on both sides. By forming a stepped portion to be placed, placing an inclined plate on the stepped portion of the left and right side plates, and fitting the concave grooves and protrusions of the inclined plate, the horizontal movement and vertical movement are restricted. Display trays that match the width of each shape of dry cell battery can be combined in parallel.

〔Example〕

Here, one embodiment of the display tray according to the present invention will be described based on the drawings.

FIG. 1 is a perspective view showing a tilting table 1 constituting a display tray.

The inclined table 1 has a long hole 3 bored in the approximate center of the longitudinal direction of the inclined plate 2 which is raised at the rear, and rails 4 on both sides of which the sliding weight 14 is slid.
A goods rail 5 is provided on which the goods slide.

A stop plate 6 is provided at the tip of the inclined plate 2, a back plate 9 is provided at the rear thereof, and side plates 7 are provided on either the left or right side.

The inclined plate 2 is formed at an inclined angle of about 10 degrees or more with respect to the horizontal plane.

When product A (dry battery) weighing 10 to 30 g each is placed, stable downward movement can be achieved if the tilt angle is about 15 degrees.

Also, the connection angle between the inclined plate 2 and the stop plate 6 is extremely important, and the stop plate 6 needs to be lower than the height of the product to be placed so that it is easy to take out the product. Stop plate 6 with a height of about two-thirds
It is required to skillfully support product A, which is moving downward.

In this case, if the angle between the inclined plate 2 and the stop plate 6 is 90 degrees, the product A may jump out, whereas if the angle is about 80 degrees, the product A may fall backwards. Various products A
When the stop plate 6 was set up at an angle of approximately 85 degrees, a gap S was created between the stop plate 6 and the product A, and as a result, the product A did not jump out or fall. I found that there was nothing left to do.

By selecting this angle, even relatively small products (AA batteries, short sticks of lipstick, lip balm, etc.) were able to be kept in line at all times without falling over.

As described above, it is preferable that the stop plate 6 is attached at a connection angle of at least 87 degrees to 83 degrees.

Forming the inclined plate 2 at an inclination angle of about 10 degrees or more with respect to the horizontal plane and forming the connection angle between the inclined plate 2 and the stop plate 6 at 85 degrees will be described later in Figure 9 and below. This configuration is also common to the embodiments.

The back plate 9 is provided with unevenness 10 on the left and right, and has a fitting hole 12 for connecting with a connecting tool 11 which is a separate part.When the two inclined tables 1 are combined and connected with the connecting tool 11, they can be connected to each other in the left and right direction. In addition, a stop protrusion 8 is provided on the outside of the side plate 7 to prevent rattling in the vertical direction when assembled.

Incidentally, various connections between the inclined tables 1 can be envisaged by changing the shapes of their facing parts and the connecting tools 11.

Further, a long hole 3 is bored approximately at the longitudinal center of the inclined plate 2, and a bolt 1 is inserted into this long hole 3.
A sliding weight 14 is slidably attached by loosely fitting the sliding weight 3.

The sliding weight 14 slides without falling off because the bolt 13 is inserted into the long hole 3 and the bolt head is made larger than the width of the long hole 3.

One of the sliding weights 14 is a short bar-shaped iron ingot weighing about 50 g with bolts 13 attached thereto, and its circumferential side surface rests on the rail 4, and it slides on the rail 4 and descends by its own weight.

The tip end surface of the sliding weight 14 contacts the lower part of the item A and pushes it down in the inclination direction without overturning the item A to align the item A.

Moreover, the sliding weight 14 of FIG. 2 showing another aspect
1 is provided with an abutting end surface 15 and an axle 16, and a wheel 17 is attached to the axle 16.

This is a configuration for smoothly descending by rotating the wheels 17.

As described above, any number of inclined tables 1 equipped with sliding weights 14 can be combined in parallel, and the connecting tools 11
and are connected to each other by stop projections 8 and are arranged vertically without wobbling to form a display tray.

Incidentally, the illustrated ramp 1 does not have a right side plate, so when several ramps are combined in parallel, the ramp 1 connected to the rightmost end must be provided with a right side panel or a separate component that will serve as a side plate. It is used as

The display trays combined in parallel are arranged in several rows in such a manner that the inclined plate 2 has both side plates, each forming a product row.

The embodiments shown in FIG. 9 and below show a combination of a left side plate 71 and a right side plate 72, which are constructed as separate parts to the inclined plate 21.

Elongated holes 3 are bored in several types of inclined plates 21 formed according to the widths of different shapes of dry batteries.
A product rail 5 with an acute cross section is provided on both sides, the sliding surface between the product A to be placed on it and the sliding weight 14 is made small to make it easy to slide, and a stop plate 6 is attached to the tip to make the connection angle 85.
They are connected at the same time to form a back plate 9 at the rear end.

Furthermore, grooves 100 are formed on both sides of the stop plate 6 and the back plate 9 of the inclined plate 21.

A foot portion 75 is formed on the left side plate 71 and the right side plate 72, and acute angle rails 74 are provided in order to reduce friction with products sliding on both sides.
1 is placed thereon to restrict vertical movement, and protrusions 101 that fit into the grooves 100 are formed on both sides of the tip and on both sides of the foot 75.

By assembling the left side plate 71 to the inclined plate 21, then the right side plate 72, the inclined plate 21, and the right side plate 72 in this order, any number of trays with an appropriate width to match the width of products such as dry batteries can be arranged in parallel. A display tray of any size is completed.

In this embodiment, the connector 11 can be omitted.

Furthermore, the sliding weight 14 shown in FIG.
The angle is 85 degrees, which is the same as the installation angle.

Inclined table 1, inclined plate 21, left and right side plates 71, 7
No. 2 is a molded product made of acrylic resin, but the material and color are not limited, and the detailed design is not limited to the examples.

[Effect]

The display tray according to the present invention has a structure in which the inclined plate 21 and left and right inclined plates 71 and 72 in FIG. 9 are made as one unit, and the inclined table 1 in FIG. 1 is made as one unit, and these are combined in parallel. First, any number of trays are fitted according to the width of each dry battery shape and the size of the sales shelf.In FIG. 9, the grooves 100 and grooves 101 are fitted, and in FIG.
1 to connect and combine in parallel.

Movement in the vertical direction is restricted by the stepped portion 73 or the stop projection 8.

When combined, each of the inclined plates 21 and 2 becomes a display frame that forms a row of products, so once lift the sliding weight 14 upward with your fingers, place the product A in a standing position on the product rail 5. line up.

At this time, depending on the product, the products with the earliest manufacturing date will be arranged at the front.

The sliding weight 14 acts to push down the product A from behind, and when the first product A is pulled out, it pushes down the next product A one after another.

At this time, product A is the sliding weight 1 in Fig. 9.
4, the product A slides on the friction surface (sliding surface) of the small product rail 5 together with a sliding weight, and in FIG.
The sliding weight 14 slides on the article rail 5 and moves on the rail 4.

Even though Product A is relatively lightweight and has a short rod shape (such as AA batteries), it has an acute-angled rail with a small friction surface (sliding surface), so it descends smoothly and has a stop plate of about 85 degrees. 6 stops the product A without falling over, so the product A is sequentially placed at the forefront position.

The products A arranged in order of production date continue to descend.

In this way, even if Product A becomes the last item, it will not fall over and will always stand in the front row where it can be easily seen.

[Effect of idea]

The display tray according to the present invention has the above-described structure and function, and is extremely practical as a display tray for supermarkets and the like as follows.

Since the structure is a combination of inclined tables of the same structure, manufacturing costs such as mold costs can be reduced.

There is no need to make a display tray to match the display sales shelf, and a display tray of a desired size can be formed to match the sales space on site.

Since trays of several widths can be combined according to the width of each shape of the packaged dry cell batteries, the stored products can be smoothly and orderly displayed without becoming misaligned or clogging.

Since the sliding weight is attached to the elongated hole by loosely fitting the bolt, the weight will not come off or float up.

The display tray can be easily disassembled into individual ramps, and is easy to transport and stock, as well as easy to clean.

Products can be lined up on each ramp without falling over.

In addition, when a product is removed from the front row, the next product slides down the slope without falling over due to the action of the rail, sliding weight, and stop plate, so that the product is always located in the front row, and sales opportunities are missed. do not have.

The sliding surfaces of the inclined plate and the left and right inclined plates are made of acute-angled rails, and the connection angle between the stop plate and the inclined plate is approximately 85 degrees, so even relatively small products can be stopped in a progressive manner without tipping over.

Therefore, it is possible to eliminate the trouble of re-arranging the items as required in the past.

[Brief explanation of drawings]

The drawings show one embodiment of the display tray according to the present invention, and FIG. 1 is a perspective view of a tilting table constituting the display tray, FIG. 2 is a perspective view showing an embodiment of the sliding weight, and FIG. The figure is also a perspective view of the sliding weight, Figures 4 and 5 are partial perspective views showing the configuration of the connection part of the back plate, Figure 6 is a side view of the tilting table, and Figure 7 is the connection between the stop plate and the tilting plate. A partial side view showing the angle, FIG. 8 is a sectional view of two inclined tables connected, and FIG. 9 is a display tray showing an embodiment in which the inclined plate, the left side plate, and the right side plate can be freely combined. Perspective view of 1st
Figure 0 is a side view of the inclined plate with a sliding weight, the first
Figure 1 is a top view of the inclined plate, Figure 12 is a back view,
Figure 3 is a partial sectional view of the state in which items are placed, Figure 14 is a side view of the right side plate, Figure 15 is a side view of the left side plate,
FIG. 16 is a top view of the right side plate. Brief explanation of symbols, 1...slope, 2, 21...
... Inclined plate, 3 ... Long hole, 4 ... Rail, 5 ... Goods rail, 6 ... Stop plate, 7 ... Side plate, 8 ... Stop projection, 9 ... Back plate, 11 ... Connection tool, 13...Bolt, 14...Sliding weight, 71...Left side plate, 72
... Right side plate, 73 ... Step part, 74 ... Acute angle rail, 75 ... Foot section, 100 ... Concave groove, 101 ...
Convex stripes.

Claims (1)

[Scope of utility model registration request] This is a display tray for displaying dry batteries packaged and sold in transparent film, and is constructed by combining in parallel a slanted plate for placing the product, a left side plate, and a right side plate. In the inclined plate formed to match the width, a long hole is bored approximately at the center in the longitudinal direction, and product rails with an acute cross section are formed on both sides of the hole, and a bolt is loosely fitted into the long hole to slide a sliding weight. It is attached movably, a back plate is provided at the rear end, a stop plate is installed at the tip with a connection angle of 85 degrees to the slope, and left and right side plates are fitted on both sides of the stop plate and the back plate. A concave groove is formed, and a foot portion is formed at the rear end of each of the left and right side plates, an acute angle rail is formed on both sides, and a step portion on which the inclined plate is placed is provided. By forming a protrusion on the surface that fits into the groove of the inclined plate,
A display tray that makes it easy to display dry batteries by shape by combining any number of left side plates, slanted plates, and right side plates in parallel.