KR102542510B1 - Wine bottle accessory receiving frame - Google Patents

Abstract

The present invention relates to a wine bottle accessory storage frame capable of stably storing and supporting various accessories necessary for drinking wine while minimizing environmental pollution by using eco-friendly materials, which is recessed into the shape of the accessory to wrap and store the accessory an accessory accommodating unit having an accommodating groove; It is configured to include; an upper surface portion extending in a horizontal direction from the upper part of the accessory storage portion and formed in a shape corresponding to the accommodation space inside the storage case, and according to the present invention, newspaper or recycled waste paper is used and synthetic resin materials are used. By suppressing, there is an effect of manufacturing the wine bottle accessory storage frame in an environmentally friendly manner such as resource recycling and carbon emission minimization.

Description

Wine bottle accessory storage frame {WINE BOTTLE ACCESSORY RECEIVING FRAME}

The present invention relates to a wine bottle accessory storage frame capable of stably storing and supporting various accessories necessary for drinking wine while minimizing environmental pollution by using eco-friendly materials.

In general, in order to drink wine, it is necessary to first remove the aluminum foil surrounding the bottleneck of the bottleneck, pull out the cork stopper firmly inserted into the bottleneck, and then pour it into the wineglass. Various tools are used for this purpose.

On the other hand, wine bottles are generally sold or displayed in a state where one or two are housed in a packaging box. will be sold

In this regard, FIG. 1 is a perspective view of an accessory storage case for storing wine bottle accessories. As shown in FIG. 1, the accessory storage case is recessed inward from the upper surface of the body 1 to form an accessory accommodating groove 2 in which the accessory is stored, and various types of accessories 3 are accommodated therein. .

However, since the accessory storage case according to the prior art is produced by forming the body 1 of a foamed resin using a synthetic resin material, it violates the recent eco-friendly low-carbon industrial structure policy and does not naturally decompose when discharging waste. Therefore, there were environmental destructive problems such as carbon emission during the incineration process.

Patent Document 1: Republic of Korea Patent Registration No. 10-0874105 (2008.12.08) Patent Document 2: Republic of Korea Utility Model Registration No. 20-0343790 (2004.02.23)

The present invention is to solve the problems of the prior art as described above, and an object of the present invention is to suppress the use of synthetic resin materials and to provide an environmentally friendly wine bottle accessory storage frame through the use of recycled waste paper.

Another object of the present invention is to provide a wine bottle accessory storage frame capable of preventing material non-uniformity or strength deterioration that may occur due to material characteristics using recycled waste paper.

Another object of the present invention is to provide a storage frame for wine bottle accessories that can be efficiently mass-produced and has a low manufacturing cost by automating the production process.

One aspect of the present invention for achieving the above object is a wine bottle accessory storage frame accommodated inside a storage case for storing a plurality of accessories used during wine opening and drinking, which is recessed into the accessory shape. an accessory accommodating part formed with an accommodating groove for enclosing and accommodating the accessory; An upper surface portion extending in a horizontal direction from the upper part of the accessory storage unit and formed in a shape corresponding to the accommodation space inside the storage case, wherein the accessory storage unit is formed to be spaced apart for each of a plurality of accessories; It is configured to include a gripping groove for gripping and withdrawing the accessory, wherein the bottom surface of the plurality of accessory storage parts is formed at the same horizontal height, and is in contact with the bottom surface of the storage case by the bottom surface of the plurality of accessory storage parts, and the accessory It relates to a Wye bottle accessory storage frame, characterized in that the storage frame is supported.

In the Y-byung accessory storage frame according to one embodiment of the present invention, a side portion extending downward from the upper surface rim and interviewing the inner surface of the storage case so that the cut end of the member is not exposed to the outside of the storage case; It is configured to include, but the downwardly extended length of the side portion may be shorter than the length to the bottom of the body receiving groove and formed to a minimum length required for an interview with the inner surface of the storage case.

In addition, the accessory, a sommelier knife (sommelier nife) for withdrawing the cork stopper pressed into the inside of the bottle neck portion of the wine bottle; A foil cutter for removing the foil surrounding the outside of the bottleneck of the wine bottle; a drop stopper for preventing wine from flowing down the outer side of the bottleneck when pouring wine from the bottle; A wine pourer for pouring wine from a wine bottle in a certain direction; It may be any one of them.

Also, the storage case may be provided inside a wine bottle packaging box in which wine bottles are stored.

In addition, the storage case may be provided between the two wine bottles when two wine bottles are accommodated in the wine bottle packaging box.

Also, the bottom surface of the accessory accommodating unit may have a bottom formed as a flat surface in order to prevent rotation to the left and right by interviewing the bottom surface of the storage case.

In addition, the wine bottle accessory storage frame may be manufactured by pressing and molding shredded waste paper.

The compression molding may include (a) preparing a mixed raw material liquid by mixing the shredded waste paper with water and additives; (b) pressing the mixed raw material liquid through a rough mold, and rough-shaping the frame to maintain its shape; (c) compressing the rough molded article through a compression mold to remove moisture and compression mold to increase density; (d) heat-compressing the compression-molded product through a dry mold to dry-mold to remove residual moisture and increase strength; and (e) shipping the dry-molded finished product.

In addition, the compression molding may include a raw material supply tank for supplying the raw material mixture; A rough mold receiving the raw material mixture from the raw material supply tank and performing rough molding so that the shape of the frame is maintained; A compression mold for receiving the molded product rough molded in the rough mold, removing moisture, and performing compression molding to increase density; a drying mold receiving the molded product compressed in the compression mold and performing dry molding so that residual moisture is removed and strength is increased; a transfer tray for transporting the molded articles to be molded in the rough mold and the compression mold so that the sequential compression molding is performed; a falling tray provided at an end of the transfer tray to ship the molded article molded in the drying mold; It may be performed by a frame molding apparatus including a; and a driving unit for driving the molds.

In addition, the rough mold is formed with a groove in the shape of the wine bottle accessory, a lower rough mold provided inside the raw material supply tank, and a protrusion having a shape corresponding to the groove of the lower rough mold is formed on the top of the raw material supply tank. It may be configured to include; an upper rough mold provided.

In addition, the compression mold may include an upper compression mold formed in the same shape as the upper rough mold and provided adjacent to the upper rough mold; It may be configured to include a; formed in the same shape as the lower rough mold, provided on the transfer tray and movable left and right by the transfer tray.

The drying mold may include an upper drying mold formed in the same shape as the upper compression mold and provided adjacent to the upper compression mold; It may be configured to include; formed in the same shape as the lower compression mold, provided on the transfer tray adjacent to the lower compression mold, and movable left and right by the transfer tray.

In addition, the frame molding apparatus, (A) supplying a mixed raw material solution to the raw material supply tank; (B) lowering the upper rough mold, the upper compression mold, and the upper dry mold to compress the lower rough mold, the lower compression mold, and the lower dry mold, respectively; (C) lifting the upper rough mold, the upper compression mold, and the upper dry mold to withdraw the molded articles inside the lower rough mold, the lower compression mold, and the lower dry mold to the upper part, respectively; (D) moving the transfer tray so that the lower compression mold and the lower drying mold are positioned below the upper rough mold and the upper compression mold, respectively; (E) the step of placing the molded product drawn out by descending the upper rough mold, the upper compression mold, and the upper dry mold on the lower compression mold, the lower dry mold, and the drop tray, respectively; (F) moving the transfer tray so that the lower compression mold and the lower drying mold are positioned below the upper compression mold and the upper drying mold, respectively; and (G) repeating steps (A) to (F).

In addition, the lowering and raising of the upper rough mold, the upper compression mold, and the upper drying mold may be performed simultaneously.

In addition, the upper drying mold of the step (B) may perform dry molding by heating and compressing the molded article seated in the lower drying mold.

In the step (F), when the transfer tray moves, the drop tray may drop and the loaded molded article may be shipped.

In addition, the raw material supply tank may be provided with a blower for spraying compressed air to the mixed raw material liquid introduced thereinto, so that the mixed raw material liquid is uniformly mixed and supplied when the mixed raw material liquid is supplied in step (A). .

And, the upper part of the raw material supply tank is provided with a compressed air injection module that is spaced apart from the upper surface of the lower rough mold by a predetermined distance and sprays compressed air at a preset pressure while horizontally moving the upper part of the lower rough mold. It may be to remove some of the mixed raw material liquid accommodated in the rough mode.

In addition, the compressed air injection module is provided with a plurality of injection nozzles along the vertical direction of the horizontal movement, and the injection pressure for each injection nozzle is set to correspond to the size of the inlet space of the lower rough mold, It may be to ensure that the mixed raw material solution remains in a uniform distribution in the mode accommodating space.

In addition, one or more vibrating bars are installed between the raw material supply tank and the driving unit so that the vibration of the driving unit is transmitted to the raw material supply tank, and the vibration generated by the driving unit is transmitted to the raw material supply tank to uniformly stir the mixed raw material solution. It may be to make it happen.

According to the present invention by the above technical means, by using newspaper or recycled waste paper and suppressing the use of synthetic resin materials, there is an effect of manufacturing a wine bottle accessory storage frame in an environmentally friendly manner such as recycling resources and minimizing carbon emissions. .

In addition, the wine bottle accessory storage frame of the present invention has the effect of stably supporting the wine bottle accessories inside the wine bottle packaging box while minimizing the amount of material used by forming the bottom surface as a flat surface and shortening the length of the side wall. .

In addition, according to the present invention, by applying the blower and the vibrating bar to the compression device, there is an effect of preventing material non-uniformity and strength degradation that may occur due to the characteristics of the material using recycled waste paper.

Furthermore, according to the present invention, by automating the three-stage compression process, there is an effect of providing a wine bottle accessory storage frame that can be efficiently mass-produced and has a low manufacturing cost.

1 is a perspective view of a wine bottle accessory storage frame according to the prior art.
2 is a perspective view from the top of the wine bottle accessory storage frame according to the present invention.
3 is a perspective view from the bottom of the wine bottle accessory storage frame according to the present invention.
4 is a front view of a wine bottle accessory storage frame according to the present invention.
5 is a state diagram showing the state of use of the wine bottle accessory storage frame according to the present invention.
Figure 6 is a process chart showing one step of the production process of the wine bottle accessory storage frame according to the present invention.
FIG. 7 is a process chart showing a production process following the step shown in FIG. 6 .
FIG. 8 is a process chart showing a production process following the step shown in FIG. 7 .
FIG. 9 is a process chart showing a production process following the step shown in FIG. 8 .

Since the present invention can apply various transformations and have various implementations, specific embodiments will be illustrated in the drawings and described in detail. However, it should be understood that this is not intended to limit the present invention to specific embodiments, and includes all transformations, equivalents, and substitutes included in the spirit and scope of the present invention. In describing the present invention, if it is determined that a detailed description of related known technologies may obscure the gist of the present invention, the detailed description will be omitted.

Terms such as first and second may be used to describe various components, but the components should not be limited by the terms. These terms are only used for the purpose of distinguishing one component from another.

Terms used in this application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, the terms "include" or "have" are intended to designate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, but one or more other features It should be understood that the presence or addition of numbers, steps, operations, components, parts, or combinations thereof is not precluded.

The present invention relates to a wine bottle accessory storage frame capable of stably storing and supporting various accessories necessary for drinking wine while minimizing environmental pollution by using eco-friendly materials.

Hereinafter, the wine bottle accessory storage frame of the present invention will be described in more detail with reference to preferred embodiments and accompanying drawings. In this regard, FIG. 2 is a perspective view of the wine bottle accessory storage frame according to the present invention viewed from the top, FIG. 3 is a perspective view of the wine bottle support frame viewed from the bottom, and FIG. 4 is a front view of the wine bottle accessory storage frame. , FIG. 5 is a use state diagram showing a state in which accessories are stored in the wine bottle accessory storage frame.

Referring to FIGS. 2 to 5 , the wine bottle accessory storage frame 100 according to the present invention may include an accessory storage unit 10 , an upper surface unit 20 , and a side unit 30 . The wine bottle accessory storage frame 100 according to the present invention is inserted into a rectangular parallelepiped storage case (not shown) to be accommodated in a wine bottle packaging box.

In the present invention, the accessory storage portion 10 is recessed in the shape of an accessory from the upper surface portion 20 to wrap and store various accessories necessary for drinking wine, and a plurality of accessories are spaced apart from each other to form a plurality of pieces. can

The accessory includes a sommelier knife (A) for pulling out a cork stopper press-fitted inside the bottleneck of a wine bottle, a foil cutter (B) for removing the foil surrounding the outside of the bottleneck of a wine bottle, and , When pouring wine from a wine bottle, a drop stopper (C) to prevent the wine from flowing to the outer bottom of the bottle neck, and when pouring wine from a wine bottle into a wine glass, pouring the wine in a certain direction without flowing sideways It may be any one of wine pourers (alehtl) for

As described above, the storage case in which the wine bottle accessory storage frame 100 according to the present invention is stored is provided inside a wine bottle packaging box in which wine bottles are stored. At this time, two wine bottles are placed in the wine bottle packaging box. When stored, the storage case may be provided between two wine bottles along the longitudinal direction of the wine bottle.

In the present invention, the plurality of accessory accommodating bottom surfaces 11 may be formed at the same horizontal height. Accordingly, since the plurality of accessory storage unit bottom surfaces 11 come into contact with the bottom surface of the storage case, the storage frame 100 can be stably supported by the storage case.

At this time, according to the present invention, the bottom surface 11 of the accessory storage part is formed as a flat surface to prevent rotation to the left and right by interviewing the bottom surface of the storage case, so that the storage frame 100 is more stable. will be supported on

In addition, since a gripping groove 12 is formed on one side of the accessory accommodating unit 10 to withdraw and grip the accessory with a finger or the like, it is possible to easily withdraw the accessory from the accessory accommodating unit 10 .

In the present invention, the upper surface portion 20 integrally formed with the accessory accommodating portion 10 may extend in a horizontal direction from the upper portion of the accessory accommodating portion 10 and be formed in a shape corresponding to the inner accommodation space of the storage case. there is. As a result, the wine bottle accessory storage frame 100 is accommodated in a form that is inserted into and stored inside the storage case.

The wine bottle accessory storage frame 100 according to the present invention extends downward from the rim of the upper surface portion 20, and the side portion 30 interviews the inner surface of the packaging box so that the cut end of the member is not exposed to the outside of the packaging box. ).

At this time, the length of the downward extension of the side part 30 is shorter than the length to the bottom of the accessory storage part 10, and is preferably formed to a minimum length required for interview with the inner surface of the storage case. Accordingly, according to the present invention, it is possible to minimize the amount of material used in manufacturing the wine bottle accessory storage frame 100, thereby reducing costs and preventing unnecessary waste of resources.

In particular, unlike the prior art, the wine bottle accessory storage frame 100 according to the present invention is manufactured by pressing and molding shredded waste paper such as newspaper or recycled paper instead of synthetic resin material, thereby enhancing the resource recycling effect and being environmentally friendly. As a result, the wine bottle accessory storage frame 100 can be manufactured. In particular, according to the prior art, since the storage frame is made of foamed resin, it is difficult to decompose the waste and incinerate it, thereby causing environmental problems such as an increase in carbon emissions. However, according to the present invention, these problems can be solved.

Hereinafter, a method of manufacturing the wine bottle accessory storage frame 100 according to the present invention will be described. As described above, the wine bottle accessory storage frame 100 according to the present invention is manufactured by compression molding of shredded waste paper. In the compression molding process, first, the shredded waste paper is mixed with water and additives to prepare a mixed raw material solution. will do The mixed raw material solution may be prepared by mixing shredded materials such as newspaper or waste paper with water in an amount of about 10 times the weight of the shredded materials together with additives such as a bleaching agent and an adhesion increasing agent for removing ink from newspaper.

Subsequently, the mixed raw material liquid is compressed through a rough mold to maintain the shape of the frame, and then the rough molded article is compressed through a compression mold to remove moisture and compression molded to increase density.

The compression-molded product is heated and compressed through a dry mold, and after a dry-molding step to remove residual moisture and increase strength, the finished product is shipped.

In this regard, FIGS. 6 to 9 are process charts showing a process in which the frame forming apparatus 1000 performs the compression process step by step for performing the compression molding as described above.

6 to 9, the frame molding apparatus 1000 largely includes a raw material supply tank 200, molding molds 410 to 620, a transfer tray 700, and the molding molds 410 to 620. It may be configured to include a driving unit 900 for driving.

In the present invention, the raw material supply tank 300 is for supplying the mixed raw material solution to the molding mold, and the mixed raw material solution stored in the raw material storage tank 200 is transferred through the transfer pipe 310 to the raw material supply pump It is supplied by 320.

In the present invention, the molding molds 410 to 620 are for compression molding the mixed raw material solution supplied from the raw material supply tank 300, and the rough molds 410 and 420, the compression molds 510 and 520, and It may be configured to include a dry mold (610, 620).

The rough molds 410 and 420 are for receiving the raw material mixture from the raw material supply tank 300 and performing rough molding so that the shape of the frame is maintained. A lower rough mold 420 provided inside the supply tank 300, and an upper rough mold provided on the upper part of the raw material supply tank 300 by forming a protrusion having a shape corresponding to the groove of the lower rough mold 420 ( 410) may be configured.

The compression molds 510 and 520 are for performing compression molding by receiving the rough molded product from the rough molds 410 and 420 to remove moisture and increase the density, and the upper rough mold 410 and An upper compression mold 510 formed in the same shape and provided adjacent to the upper rough mold 410, and formed in the same shape as the lower rough mold 420 and provided on a transfer tray by the transfer tray 700 It may be configured to include a lower compression mold 520 movable to the left and right.

The dry molds 610 and 620 receive the molded product compressed from the compression molds 510 and 520 to remove residual moisture and dry mold to increase strength, and the upper compression mold 510 An upper drying mold 610 formed in the same shape as and provided adjacent to the upper compression mold 510, and a transfer tray formed in the same shape as the lower compression mold 520 and adjacent to the lower compression mold 520. It may be configured to include a lower drying mold 610 provided on the 700 and movable left and right by the transfer tray 700.

In the present invention, the transfer tray 700 is for transporting the molded products molded in the rough molds 410 and 420 and the compression molds 510 and 520 so that the sequential compression molding as described above can be performed, It is moved in the left and right directions by means of transport such as the conveyor 710. In addition, a drop tray 800 for shipping finished products molded in the drying molds 610 and 620 may be provided at an end of the transfer tray 700 .

Hereinafter, the operation of the frame molding apparatus 1000 will be described. Referring back to FIG. 6 , first, the mixed raw material solution is supplied from the raw material storage tank 200 to the raw material supply tank 300 .

Here, since the mixed raw material liquid is mixed with water and additives by crushing newspaper, etc., there is a possibility that the mixed material may not be uniformly mixed, such as clumping or descending and precipitating. Therefore, according to the present invention, the raw material supply tank 300 is provided with a blower 330 for spraying compressed air to the mixed raw material liquid introduced thereinto, so that the compressed air is sprayed from the lower part of the raw material supply tank 300. As a result, the shredded waste paper in the mixed raw material liquid is uniformly dispersed and the density is maintained constant while being mixed with water and additives and supplied.

In addition, according to the present invention, one or more vibrating bars 340 may be connected and installed between the raw material supply tank 300 and the drive unit so that the vibration of the drive unit is transmitted to the raw material supply tank 300. The vibrating bar 340 is fastened and fixed to one side of the frame of the driving unit 900 and one side of the raw material supply tank 300 by means of bolts or the like, whereby the vibration generated in the driving unit 900 moves through the vibrating bar 340. By being delivered to the raw material supply tank 300 through, it is possible to be stirred so that the density of the waste paper shredded material of the mixed raw material liquid is more uniform.

As described above, when the mixed raw material liquid is supplied to the raw material supply tank 300, as shown in FIG. 7, the upper rough mold 410, the upper compression mold 510, and the upper drying mold 610 descend, respectively The rough mold 420, the lower compression mold 520, and the lower drying mold 620 are compressed.

At this time, in the rough mold, the upper rough mold 410 compresses the mixed raw material solution injected into the lower rough mold 420 to remove moisture and perform rough molding so that the basic shape of the frame is maintained.

Here, according to the present invention, a compressed air injection module (not shown) installed at an upper portion of the raw material supply tank 300 by a predetermined distance from the upper surface of the lower rough mold 420 may be provided. The compressed air injection module injects compressed air at a predetermined pressure onto the upper surface of the lower rough mold 420 while horizontally moving the upper part of the lower rough mold 420 before the upper rough mold 410 descends. Accordingly, by removing a part of the mixed raw material liquid accommodated in the lower rough mold 420, it is possible for the upper rough mold 410 to effectively compress the mixed raw material liquid.

At this time, according to the present invention, the compressed air injection module may be provided with a plurality of injection nozzles along the vertical direction of horizontal movement, so that the injection pressure for each injection nozzle corresponds to the size of the inlet space of the lower rough mold 420. By setting, the mixed raw material solution remains in a uniform distribution in the receiving space of the lower rough mold 420.

For example, the injection pressure may be set high when the depth of the inlet space is deep, and the injection pressure may be set low when the depth of the inlet space is low. As a result, the mixed raw material liquid remains in the receiving space of the lower rough mold 420 in a uniform distribution to correspond to the size of the inlet space, so that a constant pressure is transmitted to the entire area of the inlet space and uniform compression is possible. Therefore, it is possible to prevent the generation of defective products due to partially different densities of waste paper shredded articles of the roughly molded molded articles.

As described above, rough molding is performed in the rough molds 410 and 420 and compression molding is performed in the compression molds 510 and 520 at the same time. That is, when the upper compression mold 510 descends, the rough molded article A, which has been rough molded in the rough molds 410 and 420 and has already been moved in the previous step, is accommodated in the lower compression mold 520. Therefore, the upper compression mold 510 compresses the rough molded product A transferred to the lower compression mold 520 to remove moisture and perform compression molding to increase the density.

In addition, compression molding is performed in the compression molds 510 and 520 as described above, and dry molding is performed in the drying molds 610 and 620 at the same time. That is, when the upper drying mold 610 descends, the lower drying mold 620 receives the compression molded product B, which has already been moved in the previous step after compression molding in the compression mold. Therefore, the upper drying mold 610 heats and compresses the compression molded product B transferred to the lower drying mold 620 to completely remove residual moisture and dry molding to increase strength. In the illustrated embodiment, the heating process has been described as being performed in the drying molds 610 and 620, but of course, the heating process may also be performed in parallel in the compression molds 510 and 520.

In the present invention, the upper roughing mold 410, the upper compression mold 510, and the upper drying mold 610 are raised and lowered by a driving shaft 910 connected to the driving unit 900.

After the molding process is performed as described above, the upper rough mold 410 rises upward as shown in FIG. 8 to draw the rough molded product A inside the lower rough mold 420 upward. At the same time, the upper compression mold 510 and the upper dry mold 610 also rise upward, and the compression molded product (B) inside the lower compression mold 520 and the dry molded product (C) inside the lower dry mold 620 are respectively moved upward. will be withdrawn by

In this way, when the rough molded product (A), the compression molded product (B), and the dry molded product (C) are pulled out, the transfer tray 700 moves to the top of the raw material supply tank 300 on the left side in the drawing, and the lower compression mold 520 ) And the lower drying mold 620 is located below the upper rough mold 410 and the upper compression mold 510, respectively.

Subsequently, as shown in FIG. 9 , the upper rough mold 410 descends and places the rough molded article A drawn out on the lower compression mold 520 . At the same time, the upper compression mold 510 and the upper drying mold 610 also descend, so that the compression molded product (B) and the dry molded product (C) respectively drawn out are seated on the lower drying mold 510 and the drop tray 800.

The upper roughing mold 410, the upper compression mold 510, and the upper drying mold 610 on which the molded products are seated as described above rise upward as shown in FIG. 6, and the transfer tray 700 is on the right side of the drawing. , the lower compression mold 520 and the lower drying mold 620 are positioned below the upper compression mold 510 and the upper drying mold 610, respectively, and then the above-described process is repeated.

At this time, when the transfer tray 700 moves, the drop tray 800 at the end of the transfer tray 700 falls downward, and the dry molded product C on the drop tray 800 is shipped as a finished product.

As described above, according to the present invention, by automating the three-step compression process, it is possible to provide a wine bottle support frame that can be efficiently mass-produced and has low manufacturing cost.

Although the preferred embodiments of the present invention have been described above, those skilled in the art can add, change, delete or add components within the scope not departing from the spirit of the present invention described in the claims. The present invention can be variously modified and changed by the like, and this will also be said to be included within the scope of the present invention.

For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as distributed may be implemented in a combined form. The scope of the present invention is indicated by the following claims rather than the detailed description above, and all changes or modifications derived from the meaning and scope of the claims and equivalent concepts should be construed as being included in the scope of the present invention. do.

The present invention relates to a wine bottle accessory storage frame capable of stably storing and supporting various accessories necessary for drinking wine while minimizing environmental pollution using eco-friendly materials. By suppressing the use of synthetic resin materials, there is an effect of manufacturing the wine bottle accessory storage frame in an environmentally friendly manner such as resource recycling and carbon emission minimization.

10: accessory storage unit 11: accessory storage unit bottom
12: gripping groove 20: upper surface
30: side part
100: wine bottle accessory storage frame 200: raw material storage tank
300: raw material storage tank 320: raw material supply pump
330: blower 340: vibration bar
410: upper rough mold 420: lower rough mold
510: upper compression mold 520: lower compression mold
610: upper drying mold 620: lower drying mold
700: transfer tray 710: conveyor
800: drop tray 900: driving unit
910: drive shaft
1000: frame forming device

Claims (18)

In the wine bottle accessory storage frame manufactured by pressing and molding shredded waste paper to be accommodated in a storage case for storing a plurality of accessories used when opening and drinking wine,
an accessory accommodating part recessed in the shape of the accessory and having an accommodating groove for enclosing and accommodating the accessory;
It is configured to include; an upper surface portion extending in a horizontal direction from the upper part of the accessory storage portion and formed in a shape corresponding to the accommodation space inside the storage case,
The accessory storage unit,
formed by being spaced apart by a plurality of accessories;
It is configured to include; a gripping groove for gripping and withdrawing the accessory,
The bottom surfaces of the plurality of accessory storage units are formed at the same horizontal height, and the accessory storage frame is supported in contact with the bottom surface of the storage case by the plurality of bottom surfaces of the accessory storage units:
The compression molding,
(a) preparing a mixed raw material solution by mixing the shredded waste paper with water and additives;
(b) pressing the mixed raw material liquid through a rough mold, and rough-shaping the frame to maintain its shape;
(c) compressing the rough molded article through a compression mold to remove moisture and compression mold to increase density;
(d) heat-compressing the compression-molded product through a dry mold to dry-mold to remove residual moisture and increase strength; and
(e) shipping the dry-molded finished product; including,
a raw material supply tank supplying the mixed raw material solution;
A rough mold receiving the raw material mixture from the raw material supply tank and performing rough molding so that the shape of the frame is maintained;
A compression mold for receiving the molded product rough molded in the rough mold, removing moisture, and performing compression molding to increase density;
a drying mold receiving the molded product compressed in the compression mold and performing dry molding so that residual moisture is removed and strength is increased;
a conveying tray for conveying molded products molded in the rough mold and the compression mold so that sequential compression molding is performed;
a falling tray provided at an end of the transfer tray to ship the molded product molded in the drying mold; and
It is performed by a frame forming apparatus including: a driving unit for driving the rough mold, the compression mold, and the dry mold
The rough mold,
A lower rough mold having an accessory-shaped groove formed inside the raw material supply tank and an upper rough mold having a protrusion having a shape corresponding to the groove of the lower rough mold being formed and provided on top of the raw material supply tank; including Consists of:
The compression mold,
an upper compression mold formed in the same shape as the upper rough mold and provided adjacent to the upper rough mold;
A lower compression mold formed in the same shape as the lower rough mold, provided on the transfer tray, and movable left and right by the transfer tray; and configured to include:
The drying mold,
an upper drying mold formed in the same shape as the upper compression mold and provided adjacent to the upper compression mold;
A lower drying mold formed in the same shape as the lower compression mold, provided on the transfer tray adjacent to the lower compression mold, and movable left and right by the transfer tray; and configured to include:
The frame forming device,
(A) supplying a mixed raw material solution to the raw material supply tank;
(B) lowering the upper rough mold, the upper compression mold, and the upper dry mold to compress the lower rough mold, the lower compression mold, and the lower dry mold, respectively;
(C) lifting the upper rough mold, the upper compression mold, and the upper dry mold to withdraw the molded articles inside the lower rough mold, the lower compression mold, and the lower dry mold to the upper part, respectively;
(D) moving the transfer tray so that the lower compression mold and the lower drying mold are positioned below the upper rough mold and the upper compression mold, respectively;
(E) the step of placing the molded product drawn out by descending the upper rough mold, the upper compression mold, and the upper dry mold on the lower compression mold, the lower dry mold, and the drop tray, respectively;
(F) moving the transfer tray so that the lower compression mold and the lower drying mold are positioned below the upper compression mold and the upper drying mold, respectively; and
(G) repeating steps (A) to (F);
In the raw material supply tank,
A blower is provided to spray compressed air to the introduced mixed raw material solution,
When supplying the mixed raw material solution in step (A), the mixed raw material solution is uniformly mixed and supplied:
At the top of the raw material supply tank,
A compressed air injection module spaced apart from the upper surface of the lower rough mold by a predetermined distance and spraying compressed air at a predetermined pressure while horizontally moving the upper part of the lower rough mold is provided, and a part of the mixed raw material solution accommodated in the lower rough mold Remove the
In the compressed air injection module,
A plurality of injection nozzles are provided along the vertical direction of the horizontal movement, and the injection pressure for each injection nozzle is set to correspond to the size of the inlet space of the lower rough mold, and is mixed in a uniform distribution in the lower rough mold accommodating space. Allow the stock solution to remain:
One or more vibrating bars are connected and installed between the raw material supply tank and the driving unit so that the vibration of the driving unit is transmitted to the raw material supply tank, and the vibration generated by the driving unit is transmitted to the raw material supply tank to uniformly stir the mixed raw material solution, Wine bottle accessory storage frame, characterized in that the density of the waste paper shredded material is uniform.
According to claim 1,
It is configured to include; a side portion extending downward from the upper surface rim and interviewing the inner surface of the storage case so that the member cutting end is not exposed to the outside of the storage case,
The downward extension length of the side portion,
A wine bottle accessory storage frame characterized in that it is formed shorter than the length to the bottom of the storage case.
According to claim 2,
The accessory,
a sommelier knife for withdrawing a cork stopper pressed into a bottleneck of a wine bottle;
A foil cutter for removing the foil surrounding the outside of the bottleneck of the wine bottle;
a drop stopper for preventing wine from flowing down the outer side of the bottleneck when pouring wine from the bottle;
A wine pourer for pouring wine from a wine bottle in a certain direction; A wine bottle accessory storage frame, characterized in that any one of them.
According to claim 3,
The storage case,
Wine bottle accessory storage frame, characterized in that provided on the inside of the wine bottle packaging box in which the wine bottle is stored.
According to claim 4,
The storage case,
When two wine bottles are stored in the wine bottle packaging box,
Wine bottle accessory storage frame, characterized in that provided between the two wine bottles.
According to claim 2,
The bottom of the accessory storage part,
A wine bottle accessory storage frame, characterized in that the bottom is formed as a flat surface to prevent rotation to the left and right by interviewing the bottom surface of the storage case.
delete delete delete delete delete delete delete According to claim 1,
Wine bottle accessory storage frame, characterized in that the lowering and raising of the upper roughing mold, upper compression mold and upper drying mold are performed simultaneously.
According to claim 1,
The upper drying mold of step (B),
A wine bottle accessory storage frame characterized in that dry molding is performed by heating and compressing the molded product seated in the lower drying mold.
According to claim 1,
In the step (F),
Wine bottle accessory storage frame, characterized in that when the transfer tray is moved, the drop tray falls and the loaded molded product is shipped.
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