CN209777014U

CN209777014U - Paper display rack

Info

Publication number: CN209777014U
Application number: CN201920452589.7U
Authority: CN
Inventors: 曾淼
Original assignee: Shandong West City Time Culture Investment Co Ltd
Current assignee: Shandong West City Time Culture Investment Co Ltd
Priority date: 2019-04-04
Filing date: 2019-04-04
Publication date: 2019-12-13
Anticipated expiration: 2029-04-04

Abstract

The utility model discloses a paper show rack, include: a box body; a second display frame, wherein the first edge of the second panel of the second display frame forms the top edge of the rear wall of the box body, and the top edge forms a rotating shaft of the second display frame; the first backboard and the second backboard of the first display frame share a second edge, the second edge forms a rotating shaft of the first display frame, and a third edge opposite to the second edge on the second backboard and the first edge are at the same end on the second display frame; the first panel is provided with a first display window and a first display card containing space is defined between the first panel and the first display window. The foundation the utility model discloses a paper show rack manufacturability is good, and is not fragile, and can demonstrate more contents.

Description

Paper display rack

Technical Field

The utility model relates to a paper show rack.

background

The display rack is mainly made of wood, plastic, even metal and other materials with relatively high rigidity, and the materials mainly comprise wood. The wooden display rack is limited by the properties of the wooden display rack, the formed components are mostly wood plates or wood strips, the wood plates are not too thin, and the weight of the manufactured display rack is larger. And for example, the wood board has poor self-toughness, and when the display rack is complex in structure, the manufacturing cost is higher. In contrast, paper has good toughness, foldability and appropriate rigidity. The paper has various types, such as relief printing paper, newspaper, offset printing paper, coated paper, book cover paper, dictionary paper, copy paper, paperboard and the like, wherein the paperboard can be used as packaging paper and can also be used for making articles such as cartons, paper boxes, paper tubes and the like.

One of the characteristics of paper is that if several folds are made in advance at selected positions of the paper, the desired shape of the paper product can be folded directly on the basis of these folds. The fold is less resistant to bending than the non-creased portion, and the paper product is therefore often a sheet of paper produced by stamping, blanking/cutting, etc.

Typically, as in chinese patent document CN208248715U, a carton is disclosed which is folded from a complete piece of cardboard without notches, and the folding lines, i.e. the aforementioned creases, can be formed into a carton with a desired shape by arranging the creases appropriately.

While cartons are one of the most common paper products, some display stands can be formed from paperboard in much the same manner as carton making, all by defining the number and location of folds by the particular shape desired, and then from a single sheet of paperboard. Even if made without a single piece of paperboard, chemical bonding (typically adhesive bonding) can be used to integrate multiple pieces of paperboard into a single assembly. For example, chinese patent document CN207768005U discloses a paper photo frame packaging panel, which requires at least four paper boards, which are formed and then bonded together, so that the efficiency is relatively low, and the manufactured photo frame has a relatively single function.

Article show box disclosed in chinese patent document CN203638259U, its substance also needs the multi-disc cardboard to make, and its foundation structure is made by a slice cardboard, specifically this show box has front panel, rear panel, is connected through the connecting plate between front panel and the rear panel, is equipped with positive show window on the front panel, and the side extends foldingly to be formed with the collet under the front panel, is equipped with the centre gripping hole of support column article on the collet, is formed with both sides show window after front panel and rear panel lock. The self-stability of the display box is limited by the size of the bottom support, and if the size of the display box is too large, the stability of the display box in a placement state is good, but the display box is inconvenient to store and transport; if it is too small, the stability of the placed state is poor. And based on the specific description of its description, it can be seen that it shows the box body of a cuboid structure on the whole, and the shape is relatively regular, but because narrower face is as the face that the collet is located, the stability of state of placing can be relatively poor.

with the utility model discloses the closest technical scheme embodies in chinese patent document CN2797245Y, and this patent document discloses a flip formula album packing carton, and this flip formula album packing carton's box body includes box body base and lid two parts, and wherein, the lid is equivalent to a photo holder frame, can insert the photo in the lid. The box cover comprises two parts, wherein the first part is a part forming a photo frame and can cover the opening part of the box body base; one of a pair of opposite edges of the second portion is connected to the middle of one surface of the first portion, and the other edge is connected with one edge of the opening of the box body base. The face where the first part and the second part are connected is the opposite face of the face where the photo frame display window is located, so that when the box cover is lifted up and the photo frame display window is in a display state, the second part is just supported on the back of the photo frame. According to the structure, the two parts of the box cover cannot be formed by processing a piece of paperboard, connection is realized by pasting or attaching connecting paper, the manufacturability is poor, and the first part and the second part are severely changed with the shearing resistance between the parts for connecting the first part and the second part, namely stress concentration can be generated on the connecting part, so that the connecting part is easily damaged. In particular, this configuration can only be used for single-sided display window arrangements.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a paper show rack, this paper show rack manufacturability is good, and is not fragile, and can demonstrate more contents.

According to the utility model discloses an embodiment provides a paper show rack, include:

The box body is provided with a bottom wall with a rectangular structure, side walls correspondingly connected out from one pair of opposite sides of the bottom wall, a front wall and a rear wall which are connected out from the other pair of opposite sides of the bottom wall and the ends of which are connected with the ends of the side walls;

the second display frame is provided with a second panel with a rectangular structure and a second back plate combined on the back side of the second panel; wherein the first edge of the second panel forms a top edge of the back wall, the top edge forming an axis of rotation for the second display frame; the second panel is provided with a second display window and a second display card accommodating space is defined between the second panel and the second back plate;

the display device comprises a first display frame, a second display frame and a third display frame, wherein the first display frame is provided with a first panel with a rectangular structure and a first back plate combined on the back side of the first panel; the first backboard and the second backboard share a second edge, the second edge forms a rotating shaft of the first display frame, a third edge opposite to the second edge on the second backboard and the first edge are at the same end on the second display frame, and the end is marked as a first end; the first panel is provided with a first display window and a first display card accommodating space is defined between the first panel and the first display window;

Recording the end of the second display frame opposite to the first end as a second end, and recording the end of the first display frame opposite to the second end as a third end; the paper display rack is provided with a display state that the third end is supported on the bottom wall.

Optionally, the sum of the thicknesses of the first display frame and the second display frame is the same as the depth of the box body;

Correspondingly, the paper display rack is provided with a storage state that the first display frame and the second display frame are folded back to back based on the second edge, and the second panel forms the top wall of the box body.

Optionally, the first back plate and the second back plate have the same geometry, and one short side of each of the two back plates is matched as the second side.

Optionally, the second end is left with an insertion opening alone; or

The second end is provided with an insertion opening, and the first end and the third end are open; correspondingly, the first back plate and the second back plate are provided with structures for supporting the exhibit.

Optionally, the structure for holding the exhibit is formed by molding the bodies of the first back plate and the second back plate.

Optionally, the second back plate is connected to the second panel through a third sidewall for determining the thickness of the second display card accommodating space and a sidewall opposite to the third sidewall;

The first back plate is connected with the first panel through a fourth side wall used for determining the thickness of the first display card accommodating space and a side wall opposite to the fourth side wall;

the second back plate, the second panel and the third side wall are structural bodies determined by the continuous paper boards through creases;

The first back plate, the first panel and the fourth side wall are structural bodies determined by the continuous paper boards through creases;

The side wall opposite to the third side wall and the side wall opposite to the fourth side wall are formed by combining the adhesive sheets reserved on the side edges of the corresponding back plate and the corresponding panel.

Optionally, the first back panel and the second back panel are structures formed by continuous paper boards at the second edge and defined by the second edge as a crease edge.

Optionally, the paper display rack is provided with a first paperboard part with a rectangular structure, and a first back plate, a first panel, a second back plate and a second panel which are contained in the first paperboard part are arranged into a four-grid structure;

The first panel is separated from the second panel at the second end.

Optionally, the first cardboard portion and the rear wall are formed by a continuous cardboard, the structure being defined by a first edge as a fold formed at the first edge.

Optionally, the box is formed from a second portion of cardboard, the second portion of cardboard being a continuous sheet of cardboard.

The basis the utility model discloses paper show rack has a box body and two show frames, first show frame and second show frame promptly, wherein the second panel of second show frame uses the topside of the back wall of box body as the rotation axis, the first backplate of first show frame and the second backplate sharing second limit of second show frame, this second limit constitutes the rotatory rotation axis of first backplate, therefore, two show frames superpose together with backing, and based on the relation of connection, constitute the box body roof just when the second panel of second show frame is in the state that is on a parallel with the box body diapire, and all the other parts of two show frames are just held in the box body (when two show frame thickness sums less than or equal to box body depth of accommodation), the state of accomodating easily designs. As can be seen from the above connection relationship, the main portion and the box portion of the two display frames are integrally formed based on the above-mentioned rotation shaft, and may be formed by molding one piece of cardboard. In the use state, the second display frame is supported on the rear wall based on the top edge of the rear wall, and the second display frame is in a backward display state; the first display frame is connected with the first display frame on the top based on the back plate, the bottom of the first display frame can be supported on the bottom wall of the box body, and the first display frame is in a forward display state. The rest part of the box body accommodating space can be used for accommodating small articles.

Drawings

Fig. 1 is a schematic structural diagram of a raw paper sheet of a paper display rack in an embodiment.

FIG. 2 is a diagram illustrating a partially formed state of a display stand until a box of the display stand is formed, according to an embodiment.

fig. 3 is a schematic view of the back plate portion of fig. 2 further folded over.

fig. 4 is a schematic view of the back panel being completely folded into position relative to the state shown in fig. 2.

Fig. 5 is a schematic view showing the intermediate state of the rack turnover.

FIG. 6 is a schematic view showing the display rack being stored in the box.

Fig. 7 is a structural diagram of the display stand in the display state.

In the figure: 1. the first back plate, the first side wall, the adhesive sheet, the first crease, the first inserting opening, the second back plate, the second adhesive sheet, the third side wall, the first inserting tongue, the first clamping sheet, the second clamping sheet, the first clamping sheet, the second pressing sheet, the second clamping sheet, the third clamping sheet, the fourth clamping sheet, the second clamping sheet, the bottom wall, the back wall, the second crease, the second folding line, the second panel, the second display window, the adhesive sheet, the second display window, the adhesive sheet, the second side wall, the first inserting opening, and the second.

A. Box body, B.

Detailed Description

It can be understood that the common paperboard has certain folding performance except the paperboard with overlarge thickness, and particularly the packaging paper has stronger folding performance.

the component from which the paperboard is blanked may be referred to as paperboard.

Generally, the paperboard is blanked into a designed size, the designed size depends on the least waste amount, namely, the leftover materials are reduced as much as possible, and the structural body shown in fig. 1 is a structural schematic diagram of a raw paper sheet of a paper display rack, which is the final shape of the punched and blanked raw paper sheet.

Fig. 1 to 5 show the process of folding the original paper sheet into the paper display rack, in which only two back plates and a front plate are adhered to each other at the portions requiring final adhesion, so that the overall efficiency is relatively high.

fig. 1 to 7 do not use the same scale to draw the views, on one hand, for convenience of drawing without affecting the feature display, and on the other hand, it may also mean that the two display stands may not necessarily be identical in geometric size.

Referring first to the basic features of the base sheet shown in FIG. 1:

In fig. 1, there are five relatively large cardboard units, in the order from top to bottom, counterclockwise, the bottom wall 19, the second panel 22, the first back panel 2 and the second back panel 8 shown in the figure. In view of the general understanding of the present disclosure, the side generally used for display is often referred to as the front side, and in embodiments of the present disclosure, there are two display frames, one of which is selected as the front display frame, such as the second display frame.

It should be noted that the front display frame and the corresponding rear display frame are only used for distinguishing technical features, and do not necessarily indicate that they are the orientation of the use state or must be positioned in front.

Accordingly, with respect to the cartridge a, distinguishing front and back, also mainly a reference frame determined for descriptive convenience, does not mean that certain features must be specifically defined by "front".

Further, the bottom wall 19 is a rectangular structure as a whole and has four sides, and in fig. 1, the lower side of the bottom wall 19 is defined as a rear side, and correspondingly, the upper side is defined as an upper side, whereby left and right sides can also be defined.

In the figure, the rear wall 20 has a first height and has a tongue at each of the left and right ends, which is defined as a first tongue 11, and the left and right side walls of the box a are formed by folding a plurality of smaller pieces of cardboard, and the cardboard members located on the left and right sides of the bottom wall 19 are substantially symmetrical in the figure, taking the left side as an example, and the left side has three members, which are denoted as a first member, a second member and a third member from right to left, and adjacent members are defined by creases. The first member and the second member are substantially the same in size, and are the second clamping piece 13 and the first clamping piece 12 shown in the figure, the first member is turned upwards by 90 degrees from a horizontal state according to a preset crease, then the second member is turned downwards by 180 degrees according to the preset crease, a first caulking seam is formed between the first member and the second member, the first tongue insertion piece 11 can be inserted into the first caulking seam, and the rear side part of the box body A is formed.

The third component in fig. 1 is the first pressing sheet 14 shown in the figure, and after the first clamping sheet 12 is folded in place, the first pressing sheet 14 is constrained by the bottom wall 19 and can be approximately attached to the bottom wall 19, so that the first clamping sheet 12 and the second clamping sheet 13 can be kept in a relatively stable state, and left and right side walls are formed.

The second jaw 13 has a second tab 15 at the upper end in fig. 1, and three sheet members are provided above the bottom wall 19 in fig. 1, in the same manner as the left and right side walls, thereby forming a front wall, which will not be described again.

after the front wall is formed, a second caulking groove for embedding the second tongue 15 is formed between the third jaw 16 and the fourth jaw 17. Thus, the whole box body part A is formed.

in fig. 1, second panel 22 is separated from rear wall 20 by a second fold 21, and second panel 22 is punched out of second display window 23 based on the blanking. The second panel 22 has an adhesive patch 24 on the right side and a third side wall 10 on the right side, and the second panel 22 and the first panel 26 are separated from each other by a slit 25. The second panel 23, the first panel 26, the second back panel 8 and the first back panel 2 are integrally formed from a rectangular sheet of paper.

The third side wall 10 is used for determining the accommodating capacity of the second display frame, the third side wall 10 may not be provided, the second panel 22 and the second back panel 8 may be directly connected, and a display object with a certain thickness, such as a single photo, may be accommodated by virtue of the elasticity of the paper.

The second side wall 7 and the adhesive patch 6 and 24 for constructing the side wall opposite the third side wall 10.

In the configuration shown in fig. 1, the second tab 9 is formed from the second back plate 8 on the basis of incomplete blanking of the second back plate 8. It will be appreciated that this incomplete blanking is exhibited, for example, by a circular shape, and if the line of cut is a 180 arc slit, the tongue defined by the arc slit may be folded over to the side of the panel to hold the display by its resilience and the forces within the fibres of the panel.

Neither the second tab 9 nor the first tab 1 shown in fig. 1 is an arcuate tab, and one skilled in the art can adjust the size and number of tabs depending on the weight of the article being held.

In fig. 1, the second back panel 8 and the first back panel 2 are separated by a first fold 5, and the first back panel 2 is rotated around the first fold 5, in other words, the first back panel 2 substantially forms a base portion of the first display frame, i.e. the rotation axis of the first display frame is the first fold 5.

With respect to the remainder of the first display frame, reference is made to the structural description above with respect to the second display frame, and the two display frames may be identical in structure.

fig. 1 ~ 5 illustrate the steps of the forming process of the display frame B, and as can be seen in fig. 5, the completed paper display stand formed has the following basic structure:

The first is a box a, formed by the upper part of fig. 1 containing a bottom wall 19, having a bottom wall 19 of rectangular configuration and side walls respectively extending from one pair of opposite sides of the bottom wall 19, and front and rear walls 20 extending from the other pair of opposite sides of the bottom wall 19 and having ends connected to the ends of the respective side walls. The cassette a serves in a preferred embodiment as both a container and a base, and in some embodiments only as a base.

As a container chamber, as shown in fig. 6, the display frame B can be folded into the box body a to form an assembly, and the assembly can be wrapped by a paper sleeve with a rectangular cross section to form a packaging state, or can be directly sealed in a plastic mode to form a commodity state.

the exposed display window, i.e., the second display window 23, may be pre-loaded with, for example, promotional paper sheets of the merchandiser.

When the display frame B is in the display state, as shown in FIG. 7, the box body A still has a space for placing small articles, and some small articles can be placed in the space.

With regard to the second fold 21 and the first fold 5, which are used as axes of rotation, as shown for example in fig. 1, which are generally not folded over frequently, the service life of the fold formed by the paper product is not a problem.

The second display frame is the display frame shown to the back side in fig. 7, and the first display frame is the other display frame in fig. 7, and is the display frame shown to the front side according to the above definition. In the configuration shown in fig. 6, the second display frame is arranged outside, i.e. forms a cover for the opening of the box body a, and the corresponding second panel 22 substantially forms a box cover.

For the second display frame, it has a second panel 22 of rectangular configuration, of substantially the same or slightly smaller geometry than the portion of the bottom wall 19 within the box A.

the back side of the second panel 22 is provided with a second back panel 8, which has been described in the foregoing description of the original paper sheet with respect to the second display frame and will not be described again.

In contrast, if the second display frame has the second side wall 7 and the adhesive patch 24 and 6 shown in fig. 1, the display accommodation space is relatively large; in some embodiments, the second side wall 7 and the opposite side wall may not be provided, and the display may be directly embedded in the display, such as a single photograph.

The first display frame and the second display frame may be similar or identical in form and will not be described in detail herein.

The first edge of the second panel 22 forms the top edge of the back wall 20, which top edge is aligned with the first edge, second fold 21 shown in fig. 1, and the second display frame is rotated about the second fold 21, as previously described, and the display is generally static for an extended period of time, so that the life of the rotation axis formed based on the fold is sufficient.

Correspondingly, open on the second panel 22 has second show window 23, and in the figure, second show window 23 is the show window of rectangle, is the most common show window, and it can be understood that the show frame mouth is various, and the structure based on the utility model discloses the show frame of embodiment does not exclude the existence of other types show frame mouths.

As described above, the first display frame has substantially the same structure as the second display frame, and is not described herein again.

with respect to the first display frame, the rotation axis is the first fold 5 shown in fig. 1, and the first fold 5 is the boundary between the two back panels and can also be referred to as the second edge. Further, a third edge of the second back plate 8 opposite to the second edge is the same end as the first edge on the second display frame, and the end is denoted as a first end.

Recording the end of the second display frame opposite to the first end as a second end, and recording the end of the first display frame opposite to the second end as a third end; as shown in fig. 7, the paper display stand has a display state in which the third end is supported on the bottom wall.

with regard to the support position of the third end, which is generally the first extreme position when the first display frame is in the upright position, the third end continues to advance until it reaches the front wall of the box a constituting the other extreme position.

In a preferred embodiment, the sum of the thicknesses of the first display frame and the second display frame is the same as the depth of the case a.

Further, the paper display stand has a storage state in which the first display frame and the second display frame are folded back to back based on the second side and the second panel 22 constitutes the top wall of the case a, that is, a state shown in fig. 6 is formed.

in a preferred embodiment, the first 2 and second 8 backplates have the same geometry and one short edge of each of the two backplates matches the second edge. Generally, from an aesthetic point of view, people prefer to see items that are relatively vertically long, as is the case with display frames, and relatively speaking, for example, the second back panel, the second and third edges are relatively short relative to the other two edges of the second back panel 8.

in a preferred embodiment, the aspect ratio of the first backplane 2 and the second backplane 8 is selected ~ be 1.414 ~ 1.618.

In the configuration shown in fig. 5, adapted to the aforementioned second end, a second insertion opening 31 is left in the second display frame, and a first insertion opening 30 is left in the first display frame.

First insertion opening 30 and second insertion opening 31 may be independent. In some embodiments, in order to reduce the molding difficulty, in a preferred embodiment, the second end is provided with an insertion opening, and the first end and the third end are open; accordingly, the first back sheet 2 and the second back sheet 8 are provided with structures for supporting the exhibit.

the structure for holding the display may be a sheet of paper other than the original paper sheet or an attachment of another independent member to, for example, the first back sheet 2 or the second back sheet 8. For example, a small piece of paper, may be affixed to, for example, the first backing sheet 2 by means of adhesive.

If it is a metal piece, for example, it can be directly inserted into the first back plate 2 and the first face plate 26 by pins, for example, to form a support body in the first display frame.

In a preferred embodiment, the structure for holding the display is formed by the body of the first and second back panels, such as the first and second tabs 1 and 9, which are concealed by the back panel, the front panel, and the display, without affecting the overall aesthetics of the display.

In some embodiments, the second back panel 8 and the second panel 22 are connected by a third side wall 10 for determining the thickness of the second display card receiving space and a side wall opposite to the third side wall 10.

The first back plate 2 and the first panel 26 are connected by a fourth sidewall 29 for determining the thickness of the first display card accommodating space and a sidewall opposite to the fourth sidewall 29.

the second back panel 8, the second face panel 22 and the third side wall 10 are structures defined by continuous paper boards through creases.

The first back panel 2, the first face panel 26 and the fourth side wall 29 are structures defined by continuous cardboard through creases.

The side wall opposite to the third side wall 10 and the side wall opposite to the fourth side wall 29 are the side walls formed by combining the adhesive sheets reserved on the side edges of the corresponding back plate and the panel.

The first back sheet 2 and the second back sheet 8 are structures formed by continuous paper sheets at the second edge and defined by the second edge as a crease edge.

The paper display rack is provided with a first paperboard part with a rectangular structure, and a first back plate 2, a first panel 26, a second back plate 8 and a second panel 22 which are contained in the first paperboard part are arranged into a four-grid structure;

The first panel 26 is separated from the second panel 22 at the second end, and the separation is based on the slit 25.

Between the first cardboard portion and the rear wall 20 is a structure defined by the continuous cardboard at the first edge, which is formed by the first edge as a fold.

The box a is formed from a second portion of sheet material, which is a continuous sheet of paper.

Claims

1. A paper display stand, comprising:

2. The paper display stand of claim 1, wherein a sum of thicknesses of the first display frame and the second display frame is the same as a depth of the case;

3. A paper display stand according to claim 2, wherein the first and second back panels are geometrically identical and one short edge of each of the two back panels matches the second edge.

4. the paper display stand of any one of claims 1 ~ 3, wherein the second end has an insertion opening alone, or

5. The paper display stand of claim 4, wherein the structure for holding the display is formed by the body of the first and second back panels.

6. the paper display rack according ~ any one of claims 1 ~ 3, wherein the second back plate and the second panel are connected through a third side wall for determining the thickness of the second display card accommodating space and a side wall opposite ~ the third side wall;

7. The paper display stand of claim 6, wherein the first and second back panels are continuous sheets of paper forming a structure defined by a second edge at the second edge and a fold.

8. The paper display stand of claim 7, wherein the paper display stand has a first paperboard portion of a rectangular configuration, and the first back panel, the first face panel, the second back panel, and the second face panel included in the first paperboard portion are arranged in a four-grid configuration;

The first panel is separated from the second panel at the second end.

9. The paper display stand of claim 8, wherein the first portion and the rear wall define a structure between the continuous sheet of paper and the first edge defined by the first edge being a creased edge.

10. The paper display stand of claim 9, wherein the box body is formed from a second paperboard portion that is a continuous sheet of paperboard.