KR20130048805A - Menu plate for changing menu paper and menu paper bunlde - Google Patents

Abstract

PURPOSE: A menu for a restaurant dining table capable of replacing a menu signature or the entire menu signatures is provided to use an asymmetric structure of detachable wings to increase binding power of an outer plate and an inner plate. CONSTITUTION: A menu for a restaurant dining table comprises an outer plate(10) and an inner plate(20). The inner plate comprises a connection ring(42), a menu pocket(44), detachable wings(46), and menu signatures(3). The vertical length of the detachable wing is the same as the internally extended length of the length side of a binding pocket(12). The width length of the detachable wing is formed smaller than the width length of the binding pocket. The detachable wing is inserted into the binding pocket, and the inner plate is combined detachably with the outer plate.

Description

Menu plate for changing menu paper and menu paper bunlde}

The present invention relates to a menu for a restaurant table, and more particularly, to a restaurant table bundle that can be adapted to a changing industrial environment more easily by making it possible to easily replace the entire inner bundle as well as the inner inlay. It relates to a removable menu board.

In restaurants, such as restaurants, menus that list the types and prices of foods that can be ordered are used. The menu board includes a wall menu board attached to the wall inside the restaurant and a table menu board that can be unfolded on the table by the user.

1 is a view showing a conventional table for the menu plate.

The conventional tabletop menu plate 1 includes a menu inlay 3, which is a paper describing food contents, and an outer panel 2 rotatably attached thereto. The outer panel is usually formed of a material such as hard and thick paper and plywood to support the menu inlay (3) not to be damaged.

However, the conventional tabletop menu board has the following problems.

First, you can't exchange menu inlays.

As a restaurant operator needs to reflect the development and price changes of a new menu on a menu board as time passes, the menu board is attached to an external panel, and thus it is impossible to change the menu inlay.

Second, the entire menu inlay group cannot be exchanged.

The restaurant operator may change the menu according to where and when the menu is used. For example, different menus are used during the day and night, different menus are used in halls and rooms, and different menus are used in winter and summer. It is true.

In such a case, the entire bundle of menu inlays to which the menu inlay belongs should be replaced, not one. However, the conventional menu board cannot replace the entire menu bundle.

In addition, as a modification of the conventional menu plate, there is another conventional menu plate in which the menu inlay is not directly attached to the outer panel, but is attached in the form of a pocket so that only the inner one can be changed. However, since such a conventional menu board cannot replace the entire menu bundle, the second problem still exists.

In addition, in the case of using a different menu according to the place and time as described above, the menu described in the original menu bundle is often difficult to operate the restaurant when it is shown to the user, the conventional pocket-type menu board still has problems. .

Accordingly, the present invention has been made to solve the above problems, the object of the present invention is to replace the menu in addition to the menu inlay, by making the menu plate for the table easier to adapt to the changed environment of the restaurant operation To provide.

The present invention for solving the above-described problems, a menu plate for a detachable restaurant table replaceable to replace the entire menu inlay and the menu board bundle, two rectangular plate-shaped members connected foldably, the opening in the inner direction An outer plate 10 including a fastening pocket 12 which is a formed pocket member; And an inner plate 20 detachably attachable to the outer plate, the inner plate comprising: a connecting ring 42 which is a ring-shaped member arranged repeatedly; A pocket member, comprising: a menu pocket 44 having one side rotatably connected to the connection ring; Removable members 46 connected to both sides of the connection ring in the same direction as the menu pocket as plate member; And a menu inlay (3) which is a paper describing the menu contents, wherein the detachable wing 46 has a vertical length equal to an internal extension length of the vertical side of the fastening pocket, and a horizontal length is greater than the horizontal length of the fastening pocket. It is formed small, the removable blade 46 is inserted into the fastening pocket 12, characterized in that the inner plate is detachably coupled to the outer plate.

In one embodiment, the horizontal length of the detachable wing 46 is larger than the free length of the fastening pocket, which is the distance from the opening side end of the fastening pocket to the center of the outer plate, characterized in that less than the horizontal length of the fastening pocket. It is done.

In one embodiment, the upper and lower ends of the detachable wing 46 is characterized in that it comprises an incision surface cut inclined corners.

In one embodiment, the detachable wing 46, the detachable blade is formed in the inclined surface so as to increase the horizontal length in the lower direction, the left detachable wing 405; And the right detachable wing 406 formed as an inclined surface such that the length of the incision is reduced in the lower direction, the left detachable wing and the right detached wing are sequentially inserted into the fastening wing, and the margin of the fastening pocket As the length of the removable wing is increased compared to the length, the inner plate is characterized in that the coupling force of the outer plate is increased.

In one embodiment, the outer plate is attached to one side of the fastening pocket, characterized in that it further comprises a pocket support plate 14 of the rectangular plate shape of the same shape as the fastening pocket.

In one embodiment, one side of the pocket support plate 14 and one side facing the pocket support plate of the detachable wing 46 is formed with a velcro, when the detachable wing is inserted into the fastening pocket and the pocket support plate. The detachable wing is characterized in that the fastening hook.

In one embodiment, the pocket support plate 14, the first pocket support plate 141 is formed to be attached to one side of the inner pocket of the fastening pocket and the other side of the inner pocket facing the one side of the fastening pocket is formed A second pocket support plate 142 is further included, and the detachable wing 46 is inserted between the first pocket support plate and the second pocket support plate.

According to the present invention, the menu inlay can be easily replaced.

According to the present invention, the entire menu bundle can be easily replaced.

In addition, according to the present invention, it is possible to facilitate the insertion operation without reducing the coupling force of the detachable wing and the fastening pocket by the shape of the various detachable wing.

In addition, according to the present invention, the coupling force of the outer plate and the inner plate can be further increased by the asymmetric structure of the detachable wing.

In addition, according to the present invention, it is possible to increase the coupling force of the outer plate and the inner plate by the pocket support plate.

In addition, according to the present invention, it is possible to further increase the coupling force between the outer plate and the inner plate by the double support pocket plate.

1 is a view showing a conventional table for the menu plate.
2 is a view showing a menu table 100 for a table according to the present invention.
3 is a side view in which the standard of the tabletop menu plate 100 of FIG. 2 is described.
4 is a state diagram used in the table for the menu plate 100 of FIG.
5A to 5D are diagrams showing various shapes of the detachable wing 46 according to another embodiment of the present invention and a state diagram of use thereof.
Figure 6 is a side view of a table for a table according to another embodiment of the present invention.
7 is a side view of a table for a menu according to another embodiment of the present invention.
8 is a side view of a table for a menu according to another embodiment of the present invention.

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

2 is a view showing a menu table 100 for a table according to the present invention.

Table plate 100 according to the present invention includes an outer plate 10 and inner plate 20, the outer plate 10 includes a fastening pocket 12, the inner plate 20 is a connection ring 42, the menu pocket 44, the detachable wing 46 and the menu inlay (3).

The outer plate 10 is a member of two square plate members foldably connected to the center.

The fastening pocket 12 is attached to the inner surface of the outer plate 10 as a pocket member so that an opening is formed in the inner direction.

The inner plate 20 is a rectangular plate member having a centrally connected foldable type, and is detachably attached to the outer plate, and includes a connection ring 42, a menu pocket 44, a detachable wing 46, and a menu inlay 3. ).

The connecting ring 42 is a ring-shaped member, which is repeatedly arranged in the longitudinal direction at the center of the inner plate. In one embodiment, the connecting ring is formed in a spring shape. The connecting ring 42 is connected to the menu pocket 44 and the detachable wing 46 to be described later to be rotatable.

The menu pocket 44 is a pocket-shaped member, one side of which is connected to the connecting ring to be rotatable.

The detachable wing 46 is a member of a plate shape, and is rotatably connected to both side ends of the connection ring in the same direction as the menu pocket 44.

The menu inlay 3 is a paper on which menu contents are described and is inserted into the menu pocket.

In the present invention, the detachable wing 46, the vertical length is the same as the longitudinal length of the inner side of the fastening pocket, the horizontal length is formed smaller than the horizontal length (L31) of the fastening pocket, and the end of the fastening pocket It is formed larger than the distance L32 from the center of the outer plate.

In addition, in the present invention, the detachable wing 46 is inserted into the fastening pocket 12, the inner plate is detachably coupled to the outer plate.

Figure 3 is a side view of the specification of the table for the menu plate 100 of Figure 2, Figure 4 is a view showing the operating state and the relationship between the standard of each component of the removable wing is inserted into the fastening pocket.

As shown in FIG. 3, the detachable wing 46 is inserted into the fastening pocket 12. At this time, the horizontal length (L2) of the insertion wing 46 is formed smaller than the horizontal length (L31) of the fastening pocket, the margin of the fastening pocket which is the distance (L32) between the end of the fastening pocket and the center of the outer plate. It is formed larger than its length.

This distance relationship is to achieve the insertion operation of the detachable wing and the fastening pocket and the support relationship after insertion. That is, the horizontal length (L2) of the detachable blade is formed smaller than the free length of the fastening pocket, that is, the distance (L32) between the end of the fastening pocket and the center of the outer plate, the insertion operation into the fastening pocket of the detachable wing is made easy. This is to make it possible, and the horizontal length (L2) of the detachable wing is formed to be smaller than the horizontal length (L31) of the fastening pocket, so that the removable wing is rotatable inside the outer plate while being inserted into the fastening pocket.

FIG. 4 is a diagram illustrating a step-by-step operation of inserting and detaching the wing into the fastening pocket.

In the first drawing, the detachable wing 46 is rotated when the narrow angle is maintained around the connection ring 42. This is because the horizontal length (L2) of the detachable blade is larger than the free length (L32) of the fastening pocket to reduce the angle of rotation so that both ends of the detachable wing can be easily inserted into both ends of the fastening pocket.

In the second figure, both ends of the detachable blade are inserted into the both ends of the fastening pocket. Although the horizontal length of the detachable blade is larger than the free length of the fastening pocket, this is possible because the fastening pocket is formed in a pocket shape and thus has a little play.

In the third drawing, the detachable wing is completely inserted into the fastening pocket. In this state, since the length of the inserted portion of the detachable blade is formed to overlap the fastening pocket by the length extending inwardly from the side end of the fastening pocket, it can be supported for future rotation of the menu pocket.

In summary, due to the standard relationship between the transverse length (L2) of the detachable blade, the free grain (L32) of the fastening pocket and the transverse length (L31) of the fastening pocket, easy insertion into the fastening pocket of the detachable wing and ease of insertion One support is possible.

The effect on this invention is demonstrated.

The conventional menu board could not replace the menu inlay or only the menu inlay. However, according to the present invention, not only the menu inlay can be easily exchanged, but also the bundle of the menu inlays can be replaced as a whole.

Table menus always need to be changed. In particular, it is very inconvenient to exchange all the menu inlays whenever there is a menu change by season, day time or place. Especially for promotional reasons, it is inconvenient to use a separate menu board when it is necessary to keep the external plate in a consistent shape and design.

In the present invention, the first menu inlay is inserted into the menu pocket, and second, the bundle of the menu inlay to the connecting ring to form a detachable wing in the connecting ring, and third, the detachable wing is inserted into the fastening pocket to facilitate the menu Inlays and menu bundles could be exchanged. This allows the restaurant operator to change the menu according to where and when the menu is used. For example, when different menus are used during the day and night time, when different menus are used in halls and rooms, when different menus are used for individuals and groups, and when using different types of drinks in winter and summer. As the restaurant environment changes, the menu can be easily replaced.

5A to 5D are diagrams showing various shapes of the detachable wing 46 according to another embodiment of the present invention and a state diagram of use thereof.

5A is a view illustrating a shape according to various embodiments of a detachable wing.

Hereinafter, the first to fourth detachable wings have a symmetrical shape.

The first detachable wing 401 is a rectangular member extending in the longitudinal direction as a basic shape. The horizontal length and the vertical length are as described with reference to FIGS. 3 and 4.

The second detachable wing 402 has a shape in which the upper and lower edges of the outer end are cut at 45 degrees. By the cutting surface S1, the detachable wing can be more easily inserted into the fastening pocket, and once inserted, the entire longitudinal length of the detachable wing is supported by the fastening pocket, so that the reduction of the supporting effect does not occur.

The third detachable wing 403 is a modification of the second detachable wing 402, and the cut surface is not a straight line but a curved shape. Since the incision surface is formed in a curved shape, the effect that the incision surface is provided at a more various angle with respect to the movement of the detachable wing occurs, thereby improving the easy insertion function provided by the incision surface.

The fourth detachable wing 404 has a shape in which the cut surface S2 extends to the longitudinal center portion of the detachable wing. In other words, the side of the detachable wing is formed only on both inclined surfaces protruding the center. This maximizes the ease of the insertion operation. However, the supporting effect is somewhat reduced because the width of the detachable wing is reduced at the upper and lower ends.

Figure 5b is a view showing a shape according to another embodiment of the removable blade, Figures 5c and 5d is a view showing the positional relationship and the operation sequence when the embodiment of Figure 5b is inserted.

The detachable wing of FIG. 5B shows the detachable wing of asymmetrical shape. FIG. 5B shows the left detachable wing 405 and the right view shows the right detachable wing 406.

In FIG. 5B, the cut surface S3 of the left detachable wing 405 is formed to have an inclined surface such that the length thereof increases in the downward direction, and the cut surface S4 of the right detachable wing 406 decreases the length thereof in the downward direction. It is characterized in that the inclined surface is formed.

As shown in Figure 5c, due to the asymmetrical shape of the incision surface (S3, S4) is smaller than the upper side length (L4) and the lower side length (L5) of the detachable wing. For this reason, the post-insertion support effect is that the left detachable wing is generated by the lower length of the left detachable wing and the transverse length of the left fastening pocket 12a, and the right detachable wing is the upper cross length of the right detachable wing and the right fastening pocket. Caused by the length of 12b.

FIG. 5D shows the insertion operation of the detachable blade of FIG. 5B.

In this embodiment, the left and right detachable wings are inserted into the fastening pockets sequentially in different ways.

In the first drawing, the left detachable blade can be inserted into the left fastening pocket by first aligning the inclined surface of the left detachable blade with the side end surface of the left fastening pocket, and then rotating the entire inner plate clockwise.

In the second drawing, while the left detachable wing is inserted, the right detachable wing is inserted into the right fastening pocket using the clearance of the right fastening pocket after reducing the rotation angles of the right detachable wing and the left detachable wing.

The effect of this embodiment is that the inner plate is more firmly connected to the outer plate than the other embodiments because the length of the removable wing is increased compared to the free length of the fastening pocket.

Coupling force of the outer plate and the inner plate is increased as the length L7 of the portion where the fastening pocket and the detachable wing overlap, and increases as the clearance length L6 of the fastening pocket decreases.

The embodiment of FIG. 5D is insertable by using the shape of the inclined surface of the detachable blade instead of relying solely on the play pocket of the fastening pocket due to the asymmetrical shape of the left and right detachable blades. Due to this, the embodiment of FIG. 5D can further reduce the clearance length L6 of the fastening pocket, which can further increase the coupling force of the outer plate and the inner plate.

That is, according to the fastening method that FIG. 5D achieves, since the free length L6 of the left and right fastening pockets can be reduced, without reducing the length L7 of the detachable wing supported by the fastening pocket, The bonding force of the outer plate is further increased.

Figure 6 is a side view of a table for a table according to another embodiment of the present invention.

The embodiment of FIG. 6 further includes a pocket supporting plate 14 having a rectangular plate shape having the same shape as that of the fastening pocket and being attached to one side of the fastening pocket.

Pocket support plate 14 is not limited to the material as long as it is formed of a rigid material, in one embodiment, the same material as the outer plate.

According to this embodiment, since the force for pressing the fastening pocket 12 to the detachable wing 46 by the pocket support plate 14 increases, the coupling force between the detachable wing and the fastening pocket is increased, and as a result, the coupling force between the outer plate and the inner plate is increased. Increases.

7 is a side view of a table for a menu according to another embodiment of the present invention.

In the embodiment of Figure 7, Velcro (601, 602) is formed on one side of the pocket support plate 14 and the one side facing the pocket support plate of the detachable wing 46. Velcro refers to a ring-shaped adhesive member formed of synthetic resin and known to those skilled in the art.

Therefore, as shown in FIG. 7, when the detachable wing is inserted into the fastening pocket, the pocket support plate and the detachable wing are fastened by Velcro, thereby increasing the coupling force between the detachable wing and the fastening pocket, thereby increasing the inner plate. The binding force between and the external plate increases.

8 is a side view of a table for a menu according to another embodiment of the present invention.

In the embodiment of Figure 8, the pocket support plate 14, the first pocket support plate 141 formed on one side of the inner pocket of the fastening pocket and the other side of the inner pocket facing the one side of the fastening pocket The second pocket support plate 142 is formed. Here, the first and second pocket support plate is coupled at one end with a little play caused by the adhesive member 143.

In addition, the detachable wing 6 is inserted between the first pocket support plate and the second pocket support plate.

This embodiment is a variation of the embodiment of FIG. 6, in which the pocket support plate is separated into two, and the detachable wing 46 is inserted between the separated pocket support plates, thereby increasing the coupling force between the fastening pocket and the detachable wing. As a result, the coupling force between the inner plate and the outer plate increases.

100: Menu board 10: External plate
20: Inner plate 12: Fastening pocket
14: pocket support plate 42: connection ring
44: Menu pocket 46: Desorption wing
3: Menu Inlay

Claims (7)

Detachable restaurant table menu which can replace the whole menu inlay and menu inlay bundle,
An outer plate (10) comprising a fastening pocket (12), which is a folding member (12), which is a folding member connected in an inward direction on an inner side thereof; And
A rectangular plate member connected in a foldable manner, the inner plate 20 being detachably attached to the outer plate, wherein the inner plate,
A connecting ring 42 which is a ring-shaped member repeatedly arranged;
A pocket member, comprising: a menu pocket 44 having one side rotatably connected to the connection ring;
Removable members 46 connected to both sides of the connection ring in the same direction as the menu pocket as plate member; And
A menu inlay (3), which is a paper on which menu contents are written,
The detachable wing 46,
The vertical length is the same as the longitudinal extension of the inner side of the fastening pocket,
The horizontal length is formed smaller than the horizontal length of the fastening pocket,
The detachable wing 46 is inserted into the fastening pocket 12, so that the inner plate is detachably coupled to the outer plate, characterized in that the restaurant plate menu plate. The method of claim 1, wherein the horizontal length of the detachable wing 46 is greater than the free length of the fastening pocket, which is the distance from the opening side end of the fastening pocket to the center of the outer plate, and smaller than the horizontal length of the fastening pocket. A detachable restaurant table menu. The removable restaurant table menu plate of claim 1, wherein the upper and lower ends of the detachable wing 46 include an incision surface cut inclined at an edge thereof. The method of claim 3, wherein the detachable wing 46,
A left detachable wing 405 formed with an inclined surface such that the incision surface has a horizontal length increased in a lower direction; And
The cut surface is formed by a right detachable wing 406 formed as an inclined surface so as to reduce the horizontal length in the downward direction,
The left detachable wing and the right detachable wing are sequentially inserted into the fastening wing, and the coupling force of the inner plate is increased by increasing the length of the detachable wing being supported compared to the free length of the fastening pocket. Detachable restaurant table menu. The method of claim 1, wherein the outer plate,
Detachable restaurant table menu plate attached to one side of the fastening pocket and characterized in that it further comprises a pocket support plate (14) of the square plate shape of the same shape as the fastening pocket. According to claim 5, One side of the pocket support plate 14 and one side facing the pocket support plate of the detachable wing 46 is formed with a velcro, the pocket support plate when the detachable wing is inserted into the fastening pocket And detachable restaurant table menu plate characterized in that the detachable wing is fastened with Velcro. The method of claim 5, wherein the pocket support plate 14,
Further comprising a first pocket support plate 141 attached to one side of the inner pocket of the fastening pocket and a second pocket support plate 142 formed on the other side of the inner pocket facing the one side of the fastening pocket,
The detachable wing 46 is a menu plate for a removable restaurant table, characterized in that inserted between the first pocket support plate and the second pocket support plate.

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