KR20100010091U - Wrapped Product Display Devise Used by Recovery of Tape-type Pan - Google Patents

Abstract

The present invention relates to a display stand that allows consumers to easily receive the goods by displaying the sorted goods by using the resilience of the spring leaf spring, and according to the size and shape of the packaged goods, there is no need to make a separate mold. It is a display stand which is manufactured by using a metal plate.

In order to achieve the above object, the present invention, a leaf spring wound in the form of a spring in the moving fixture, the guide is located at the lower end of the moving fixture, and the U-shaped groove is fitted with a guide, the triangular goods to minimize the friction when moving the goods It is provided with a guide rail provided with a rail, a guide for functioning to fix the guide rail and the leaf spring, and to adjust the spacing of the guide rail, and a main body to which the guide rail is installed.

By this configuration, the packaged goods display device according to the present invention is to provide the convenience of receiving goods to the sorted display of the goods and the consumer by sliding the moving fixture using the restoring force of the leaf spring packaged goods located on the upper surface of the triangular product rail Let's do it.

Self-winding leaf spring, mobile stopper, mobile stopper guide, mobile stopper assembly (mobile stopper + mobile stopper guide), product rail, guide rail, rail assembly (goods rail + guide rail), fixture, main body

Description

Wrapped Product Display Devise Used by Recovery of Tape-type Pan}

The present invention relates to a display rack that displays the sorted goods by using the resilience of the spring leaf spring, and allows the consumer to easily receive the goods. There is no limitation on the size and shape of the packaged goods, It can be used and is a display stand manufactured using acrylic and a metal plate, without a separate mold device.

As consumer purchasing attributes are advanced and differentiated, the size and shape of products are diversified, and the importance of show displays is being emphasized. The advantage of the display rack using the resilience of the spring-shaped leaf spring is that the products located in the rear line are pushed in the direction of the front line with the resilience of the spring, so that the products in the rear line do not fall down and slide again in order. In addition, the goods are not only automatically and neatly aligned, but also allow the consumer to easily receive the goods.

Most of the merchandise display racks (application number: 2020000010375, 2020040022153) using the resilience of the existing spring leaf spring has been designed for the purpose of displaying tobacco. In the case of cigarettes, even if the products are different, only the difference in thickness occurs, and the front of the product is the same size (horizontal and vertical), so it is easy to standardize the display stand. Therefore, the design of the existing tobacco display rack was focused on the direction to mass-produce the form for smooth operation, so the extrusion or injection mold was inevitable, and the economic feasibility of the mold production was sufficient.

However, the production of shelves by molds is limited by the size, shape, weight of the goods to be displayed and the type of shelves. That is, the conventionally designed merchandise display rack (application number: 2020000010375, 2020040022153) is produced through a mold, so the size, shape, and weight of the merchandise to be displayed are fixed, which is not suitable for various types of merchandise display. In addition, it is impossible to form the display stand in various ways such as 'single / plural', 'flat / slope type', 'flat / multi-layer', 'composite'. In other words, the main body (24 in Fig. 1, 33 in Fig. 1) and the guide rail (22, 23 in Fig. 1, 32 in Fig. 2) for aligning the product is designed integrally, so if the shape of the main body is deformed, the guide Deformation of the rail is accompanied, there is a limitation in manufacturing the body in various forms.

More specifically, to present the problem of the existing design,

1 is a perspective view of the existing design (application number: 2020000010375), the cylindrical guide rail 22 and the planar guide rail 23 is configured integrally to the main body 24 for smooth movement of the moving fixture 20. . This is a structure that must be a mold for the production of the main body 24 and the moving fixture 20. In addition, when the size of the product is changed, the deformation of the main body 24 that primarily aligns the product is inevitable, and the deformation of the main body is accompanied by the deformation of the cylindrical guide 22 and the flat guide 23 integrally formed in the main body, Deformation results in deformation of the moving fixture 20. That is, a mold is required for mass production, and the structure and size of the displayable product and the display stand body are limited.

Referring to Figure 2, a perspective view of the existing design (application number: 2020040022153) is a complex form having a groove 31 to pass through the flat rail 32 to the moving fixture 30. In addition, since the flat rail 32 and the main body are integrated, the size and shape of the displayable product and the display rack body form are limited.

Therefore, the present invention is not proposed in the size, weight, shape of the product, can be produced in various forms of shelves, the economical efficiency of mass production without a mold, to devise a display stand using a spring leaf restoring force.

The present invention is not limited to the size, weight, shape of the product, can be produced in the form of a variety of shelves, the economical of mass production without a mold, the purpose of the design of the shelf using the spring leaf restoring force.

The rail assembly 102 of FIG. 3 was devised to freely set the width between the rail assembly 102 and the length of the component according to the size and shape of the product. The rail assembly 102 is constructed by attaching the product rail 102a and the guide rail 102b with an acrylic adhesive. The rail assembly 102 is provided with a commodity rail 102a in the form of a triangular acrylic column to minimize contact (friction) with the product, and the moving fixture assembly 101 is formed by processing a groove in the middle of the rectangular acrylic column. It was provided with a guide rail (102b) that can move without leaving.

Mounting bracket 103 is installed to adjust and fix the width between the rail assemblies (102). The width of the stator (width between rail assemblies) is determined by the size of the product and is generally within 80% of the width of the product. The height (vertical) of the holder is less than or equal to the height of the guide rail 102b, so that the top of the screw is positioned below the bottom of the product when the screw 105 for fixing the spring leaf plate 100 is prevented, thereby preventing the movement of goods. There should be no. In addition, it is higher than the upper end of the groove of the guide rail (102b) to prevent the departure of the moving fixture assembly (101).

The mobile stopper assembly 101 is a transfer stopper 101c of a spring leaf plate spring, a mobile stopper guide 101b for moving the U-shaped groove of the guide rail 102b, and a mobile stopper 101a to transfer the restoring force of the spring leaf plate spring to the product. It is provided.

After the assembly and attachment of the mobile fixture assembly 101, the rail assembly 102, and the holder 103 are completed, the rail assembly 102 is attached to the lower end of the rail assembly 102 and the main body 104 with an acrylic adhesive. The shape of the main body 104 is based on the size, shape, weight of the display goods and the state of the display stand, as shown in the 'horizontal, open, singular' / 'figure 5' as shown in the 'Fig. It can be 'slope, hermetic, plural-horizontal', as shown in the example of 'singular' / 'Figure 6' / 'slope, hermetic, plural-vertical' as shown in the example of FIG.

The subject innovation designates the material of the product rail 102a, the guide rail 102b, the fixing base 103, and the main body 104 to be acrylic. The size of acrylic width * length before processing commonly used is 900mm * 1800mm and 1200mm * 2400mm, and the thickness is produced for each unit under 100mm, so the length and thickness of the acrylic parts are not limited to general product display. Can be. That is, if the goods to be displayed are large and thick, the rail assembly 102 may be manufactured to be long and fixed with a fixing table 103 to widen the gap. In addition, acrylic has good processability such as cutting, grooving and adhesion, making it an easy material for mass production.

Since the size of the moving fixture assembly 101 has to be changed according to the distance between the rail assemblies 102, the present invention manufactures a metal plate by bending it after bending (lasing).

The bending angles of the moving fixture 101a and the guide 101b are determined in consideration of the shape of the (bending) product and the case where the inclination angle is necessary because the product is not heavy or rectangular as shown in FIGS. 6 and 7. In addition, in the present invention, as shown in the example of Figure 3 'moving fixed assembly 101 is configured as an integrated unit, but if the product form is cylindrical like cans beverages or cosmetics, the movable fixing fixture 101a and guide 101b are manufactured as a separate type. After processing the cross section of the moving fixture 101a in a semi-circular shape can be used by combining by welding or the like.

The subject innovation designates the material of the moving fixture assembly 101 as metal. The metal may have a smooth surface as well as wear resistance to reduce friction loss with the guide rail 102b.

The display rack using the resilience of the conventional spring-type leaf spring has not only a necessity for the mold apparatus during production, but also a limitation on the size and shape of the display goods and the manufacture of various types of display racks.

According to the present invention, the rail assembly 102 and the moving fixture assembly 101 can be manufactured by processing acrylic and metal plates without a separate mold device according to the size and shape of the merchandise, thereby enabling low cost and mass production. By manufacturing separately, various types of main body can be realized.

More specifically, it is as follows.

The rail assembly 102 of the present invention can be applied to the display of a variety of products by varying the size of the parts according to the size and shape of the display goods as well as by simply processing by producing acrylic without a separate mold Sufficient economic effect is expected.

In addition, the mobile fixture assembly 101 of the present invention can be applied to the display of a variety of products as well as the size of the parts can be changed in accordance with the size and shape of the display goods and the gap of the rail assembly 102, as well as a metal plate It can be produced simply by laser cutting and bending (bending) processing, so there is no need for a separate mold device, and sufficient economic effect is expected.

Hereinafter, an embodiment according to the present invention will be described in detail with reference to the accompanying drawings.

4 is a perspective view of 'horizontal, open, singular'. Referring to FIG. 4, the movable fixture assembly 101 is located between the rail assemblies 101 to which the product rails are attached, and the stator 103 is positioned to adjust and fix the gap of each movable fixture assembly 101. The self-winding leaf spring is screwed to the holder (103a) located in the front is located through the moving fixture assembly 101. The rail assembly 101 provided with the parts is attached to the horizontal and open body 104.

In addition, the form of the display rack of Figure 4 is a basic structure that forms a variety of display racks, such as Figure 5, Figure 6, Figure 7.

5 is a photograph of one embodiment of the horizontal, hermetic, singular. 5 is a photograph of an example in which packaging products are displayed on a shelf, and the following photo is a photograph of an example in which packaging products are not displayed on a shelf. The structure of FIG. 5 is an example in which the structure of the front portion 104a and the both side portions 104b is attached to the main body 104 of the horizontal, open, and singular form of FIG. 4. The structure of the body is determined by the size of the packaged goods to be displayed.

The design of Figure 6 is a perspective view of the slope, hermetic, plural-horizontal type. 4 shows an example in which a plurality of display racks of FIG. 4 are formed horizontally. When the load of the product 106 is large and the friction between the rail assembly 102 is greater than the leaf spring 100 restoring force, since the sliding of the product is not made only by the leaf spring restoring force, a slope is formed as shown in FIG. 6. In addition, if the slope is required by the product form (not a cube), it can form a slope as shown in Figure 6.

The design of Fig. 7 is a perspective view of a 'slope, hermetic, plural-vertical'. 4 shows an example in which a plurality of display racks of FIG. 4 are formed vertically.

1 is a perspective view of a conventional existing design (application number: 2020000010375)

2 is a perspective view of a conventional existing design (application number: 2020040022153)

3 is a perspective view illustrating an assembly method of FIG. 4.

4 is a perspective view of a representative road, 'horizontal, hermetic, singular', and basic structure forming various display racks such as 'FIG. 5', 'FIG. 6', and 'FIG. 7'

5 is a photograph of one embodiment of the 'horizontal, airtight, singular' using the structure of 'FIG. 4'

Figure 6 is a perspective view of one embodiment of the 'slope, hermetic, plural-horizontal type' utilizing the structure of Figure 4

Figure 7 is a perspective view of a temporary example of the 'slope, hermetic, plural-vertical' utilizing the structure of Figure 4.

Claims (3)

In the rail assembly equipped with a product rail and a guide rail, A triangular column shaped product rail made of acrylic to minimize friction with the product, The guide rail in the form of a rectangular column with a U-shaped groove for maintaining the movement path of the mobile fixture guide and preventing departure, Package display device using spring-loaded leaf spring restoring force with integrated rail assembly. In the stationary stand, It has the function of fixing the springs, To prevent the departure of the mobile fixture, Packaging goods display device using the spring-loaded leaf spring restoring force with a fixed stand. In the mobile fixture assembly with plate spring feeder, mobile fixture guide and mobile fixture, A flat moving fixture guide for moving the U-shaped guide rail, With feed hole of self-winding leaf spring, Display device for packaged goods using self-winding leaf spring restoring station equipped with mobile fixture assembly

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