KR20020059587A - Cake box having dry ice representation function - Google Patents

Abstract

PURPOSE: Provided is a cake box having dry ice presenting effect. The built-in dry ice presenting means within cake box used for storing and carrying cake can generate mist type gas at the time of creating an atmosphere of congratulations at the time of evaporation of dry ice, to enhance the atmosphere of congratulations. CONSTITUTION: The cake box having dry ice representation function, as characteristics, comprises: means for storing to fill and store solid dry ice; means for storing solution for evaporating dry ice to be filled by reacting with dry ice stored within the storing system; means for controlling for dry ice stored in the storing means to flow into the storing means; and gas exuding orifice to ventilate mist type gas generated by reacting the said dry ice with solution stored in the solution storing means.

Description

Cake box having dry ice representation function

Generally, cakes appear for celebrations at birthdays, birthdays, birthdays, and the like. Then, a predetermined number of candles are installed on the cake to create a celebration atmosphere using the cake, and then the candles are lit to enhance the celebration atmosphere. In addition, in order to create a celebration atmosphere, a dry ice producer is separately prepared, and the celebration atmosphere is further heightened by spraying mist-like gas generated during the sublimation of dry ice on the floor.

However, since the cake box containing the cake is disposed only after being used for storing and transporting the cake, it is disposed of in consideration of economic considerations. In addition, the dry ice directing machine is not only expensive, but also includes a problem that it is not easy to provide in a general home.

The present invention relates to a cake box, and in detail, a dry ice production device for producing a celebration atmosphere in a predetermined space by using a mist-like gas generated during dry ice sublimation using a dry ice production device provided in the cake box. A cake box provided.

1 is a perspective view of a cake box according to a first embodiment of the present invention,

2 is an interior view of a cake box according to a first embodiment of the present invention,

3 is a cross-sectional view of a reservoir according to a first embodiment of the present invention,

4 is a schematic diagram of a control means according to a first embodiment of the present invention;

5 is a cross-sectional view of a cake box according to a second embodiment of the present invention;

6 is a perspective view of a cake box according to a third embodiment of the present invention,

7 is a perspective view of a cake box according to a fourth embodiment of the present invention,

8 is a perspective view of a dry ice directing member according to the third and fourth embodiments of the present invention.

The present invention has been made to solve the above problems, when using the cake box for storing or transporting the cake, if you want to create a celebration atmosphere, such as lighting candles, built-in dry ice inside the cake box It is an object of the present invention to provide a cake box provided with a dry ice rendering device that further enhances the celebration atmosphere with mist-like gas generated during the sublimation of dry ice.

The present invention for achieving the above object, in the cake box formed with a cake outlet, the storage means for filling and storing solid dry ice; A solution storage means provided to fill with a solution for sublimating dry ice by reacting with the dry ice stored in the storage means; Control means provided for introducing the dry ice stored in the storage means into the solution storage means; And a gas outlet hole for discharging the mist-shaped gas formed by the reaction of the solution filled in the dry ice and the solution storage means to the outside.

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

<First Embodiment>

1 is a perspective view of a cake box according to a first embodiment of the present invention, FIG. 2 is an interior view of a cake box according to a first embodiment of the present invention, and FIG. 3 is a storage tank according to the first embodiment of the present invention. 4 is a schematic view of the control means according to the first embodiment.

As shown, the cake box equipped with a dry ice rendering apparatus according to the present invention is largely the cake box 100, the storage means 110, the solution storage means 120, the control means 130, and the gas It includes a dry ice rendering device composed of the outlet 140.

First, the cake box 100 will be described.

The cake box 100 has an empty rectangular parallelepiped shape, and a cake outlet 101 is formed at a side thereof to allow the cake to flow in and out of the cake through the cake outlet 101. And, the upper surface is provided with a carrying handle 102 for carrying the cake box 100. In this case, the carrying handle 102 is configured to be folded and used when necessary, and when not necessary, the carrying handle 102 is placed in close contact with the upper surface of the cake box 100. In addition, the center of the upper surface of the cake box 100 is provided with a filling hole 112 for filling dry ice into the dry ice storage means 110 to be described later.

In addition, a through hole 103 is formed at one side of the side, and the control means 130 described below is inserted through the through hole 103. In addition, a gas outlet hole 140 to be described later is formed at the edge portion of the upper surface of the cake box 100. Since the cake box 100 is a known technique, detailed description thereof will be omitted.

The storage means 110 is composed of a case 111, the filling hole 112, the dry ice outlet hole 113, and the open plate 114.

The case 111 is configured in the shape of a rectangular parallelepiped with an upper opening and is installed in close contact with the bottom surface of the upper surface of the cake box 100. In addition, a filling hole 112 is provided at an upper surface of the cake box 100 so as to communicate with an opening of the case 111, and when filling dry solid ice from the outside into the case 111, the filling is performed. It is configured to pass through the vacuum (112).

A plurality of dry ice outlet holes 113 are formed in the lower surface of the case 111, and the dry ice filled in the case 111 freely falls through the dry ice outlet holes 113 so as to be described later. 120 is introduced into.

The open plate 114 is configured in a thin plate shape, is installed in close contact with the upper surface of the lower surface of the case 111 is configured to cover the dry ice outflow hole 113. In addition, the opening plate 114 opens and closes the dry ice outlet hole 113 under the control of the control unit 130 to be described later.

Here, the side of the case 111 is formed with an entrance (not shown) through which the opening plate 114 for opening and closing the dry ice outlet hole 113 under the control of the control means 130 to be described later is formed, the Opening and closing of the dry ice outlet hole 113 is controlled by opening / closing the opening plate 114 into the dry ice storage means 110 through an entrance (not shown).

The solution storage means 120 is composed of a pedestal 121, the reservoir 122.

The pedestal 121 has a thin plate shape and is provided on a lower surface of the inside of the cake box 100. In addition, a collapsible reservoir 122 is installed on an upper surface of the pedestal 121. The reservoir 122 has a plurality of folding lines (122a) on the side is configured in a form that can be folded by folding the folding line (122a). Since the pedestal 121 is a known technique, detailed description thereof will be omitted.

That is, when the cake supported on the cake plate is placed on the top surface of the pedestal 121, the reservoir 122 is folded and in close contact with the top surface of the pedestal 121, the cake plate is placed thereon and the ordinary pedestal (121) serves. In addition, when the cake plate is separated from the pedestal 121, the shape of the reservoir 122 is formed by unfolding along the fold line 122a of the reservoir 122. At this time, since the shape when the reservoir 122 is unfolded becomes a thin cylindrical shape with an upper portion open, it is possible to fill the required amount of the solution in the reservoir 122 from the outside.

The control means 130 is composed of an open handle 131 and the connecting ring 132.

One side of the connection ring 132 is connected to the open plate 114 formed in the case 111, and the other side protrudes out of the cake box 100 through the through hole 103 formed in the cake box 100. . The other side of the connecting ring 132 is connected to the opening handle 131 is formed, holding the opening handle 131 to apply a tension toward the outside of the cake box 100, the connecting ring connected to the opening handle 131 The tension is transmitted to 132.

The transmitted tension is transmitted to the open plate 114 formed in the storage means 110, so that the open plate 114 protrudes out of the case 111 through an entrance (not shown) formed in the case 111. As the dry ice outlet hole 113 is opened, dry ice filled in the case 111 flows out into the lower portion and flows into the solution storage means 120.

Here, a melody button (not shown) is installed on the opening handle 131, and when an external tension is applied to the opening handle 131, the melody button (not shown) is automatically operated to flow the previously input music. It will increase the mood of congratulations with me. In addition, the music playing time is adjusted and input so that the time when the music is produced and the gas leakage time formed by the reaction of dry ice coincide.

The gas outlet hole 140 is formed at an edge portion of the upper surface of the cake box 100. In addition, the mist-shaped gas generated by the reaction of the dry ice and the solution in the cake box 100 through the gas outlet hole 140 flows out of the cake box 100 to increase the celebration atmosphere.

The operation effect by the above configuration is as described later.

First, the user opens the cake outlet 101 formed on the side of the cake box 100, places the cake supported on the cake plate on the pedestal 121, and then pushes it into the cake box 100. Next, the cake outlet 101 is closed. Then, the carrying handle 102 formed on the upper surface of the cake box 100 is unfolded, and holding the unfolded carrying handle 102, the cake box 100 is transported to a point desired by the user.

When the cake box 100 is transported to a point desired by the user, the user opens the cake outlet 101 of the cake box 100 to take the pedestal 121 out of the cake box 100. Then, the cake plate is removed from the pedestal 121, and the reservoir 122 installed on the top surface of the pedestal 121 is opened. After filling a predetermined amount of the solution into the expanded reservoir 122, the pedestal 122 is pushed into the cake box 100, and the cake outlet 101 of the cake box 100 is closed.

Next, a predetermined amount of solid dry ice is filled into the case 111 through the filling hole 112 formed in the center of the upper surface of the cake box 100. When dry ice is filled in the case 111, the cake plate (not shown) is placed on the upper surface of the cake box 100.

When the cake plate (not shown) is positioned on the top surface of the cake box 100, the user grasps the opening handle 131 and exerts a tension toward the outside of the cake box 100.

The music flows from the open handle 131 by the tension applied to the open handle 131, and the tension is transmitted to the connecting ring 132. The transmission tension is transmitted to the opening plate 114 so that the opening plate 114 protrudes out of the case 111 through an entrance (not shown) formed at the bottom surface of the case 111.

At the same time, through the dry ice outlet hole 113 formed in the lower surface of the case 111, the solid dry ice flows out into the lower portion of the case 111 and flows into the unfolded storage tank 122 in the form of free fall. Dry ice introduced into the reservoir 122 reacts with the solution filled in the reservoir 122 to generate a mist-shaped gas. The mist-shaped gas is filled in the cake box 100 and then discharged to the outside of the cake box 100 through the gas outlet hole 140 formed in the upper surface of the cake box 100. The spilled gas revolves around the cake and heightens the celebration atmosphere.

Second Embodiment

The above embodiment is an embodiment in which a dry ice directing machine is built in a conventional cake box.

Another embodiment relates to an ice cream cake box, in which the same names as those in the first embodiment are used.

5 is a cross-sectional view of a cake box according to a second embodiment of the present invention.

As shown, the ice cream cake box 100 is formed of a poor heat transfer material, and is composed of a housing 150 having an upper opening and a lid 160 coupled to an opening of the housing 150, wherein the lid Open 160 to take the cake out.

The cake supported by the cake plate is placed in the housing 150, and is transported in a state in which the housing 150 is sealed by the cover 160.

A storage means 110 is provided on the bottom surface of the cover 150 in the same shape as the first embodiment, and the dry ice filling hole 113 configured in the same manner as the first embodiment is formed at the center of the cover 160. do. In addition, a gas outlet hole 140 through which the mist-shaped dry ice sublimation gas flows out of the housing 150 is provided at an edge portion of the cover 160.

In addition, an opening handle 131 is provided on one side of the housing 150 in the same shape as the first embodiment, and is connected to the opening plate 114 and the connection ring 132 formed on the storage means 110. do. In addition, the housing 150 serves as a solution storage means in the first embodiment. That is, the cake contained in the housing 150 is taken out, and the solution is filled in the housing 150 to be used as a solution storage means in the first embodiment.

The operation effect by the above configuration is as described later.

First, the cover 160 formed on the housing 150 is opened to seat the cake supported on the cake plate in the housing 150. Then, the cover 160 is closed and the cake box 100 is moved to a place desired by the user.

When the user arrives at the destination, the user opens the cover 160 and takes out the cake seated in the housing 150 to the outside of the housing 150. After removing the cake and filling a predetermined amount of solution into the housing 150, the cover 160 is closed. After the cover 160 is closed, the solid dry ice is filled into the storage means 110 through the filling hole 113 formed in the cover 160.

The cake is then placed on the top of the lid 160. When the cake is placed on the upper surface of the cover 160, the tension is applied to the opening handle 131 toward the outside of the housing 150.

The tension is transmitted to the connecting ring 132 to project the open plate 114 connected to the connecting ring 132 to the outside of the storage means 110, and at the same time dry ice filled inside the storage means 110 is leaked dry ice Free fall through the ball 113 flows into the solution filled in the housing 150. After the dry ice and the solution react to dry ice is sublimated to form a mist-shaped gas is filled in the housing 150, the outside of the housing 150 through the gas outlet hole 140 formed in the cover 160 It is discharged to create a celebration atmosphere desired by the user.

Third Embodiment

As shown in Figure 6 and 8, the third embodiment of the cake box provided with a dry ice directing function according to the present invention is largely composed of a cake box 100 and a dry ice directing member 200.

The cake box 100 is a conventional one, the cake flows into the cake box 100 through the cake outlet 101, the foldable carrying handle so as to carry the cake box on the upper surface of the cake box 100 ( 102 is provided with a configuration, the cake box 100 is a well-known technology, so a detailed description thereof will be omitted.

The dry ice directing member 200 is placed on a cake plate (not shown) on which the cake is seated. When the cake is transported, the dry ice directing member 200 is transported with the cake plate (not shown) on the dry ice directing device 200. .

The dry ice directing member 200 is largely composed of a case 210, a separation wall 220, an opening and closing member 230, and a cover 240.

The case 210 is formed in a substantially cylindrical shape with an upper opening, and a solution storage means for filling a solution to react with the dry ice and the receiving space 211 which is a storage means for storing dry ice in the case 210. Phosphorous solution filling unit 212 is formed. The receiving space 211 and the solution filling unit 212 is divided by a separating wall 220 to be described later, the inside of the receiving space 211 is filled with dry ice of a predetermined size, the solution filling unit 212 is required At the time of performing the dry ice, that is, the external solution is introduced and filled through the solution inlet 241 formed in the cover 240 to be described later.

The dividing wall 220 has a predetermined thickness and the lower end of the dividing wall 220 is configured to be in close contact with the inner upper surface of the case 210 so as to protrude upward and formed in the middle of the case 210. Separated into two spaces of the receiving space 211 and the solution filling portion 212 formed in the edge portion. In addition, a plurality of grooves 221 are formed at the upper end of the dividing wall 220, and when the dry ice directing function is performed, predetermined smoke flows out of the accommodation space 211 through the grooves 221. In addition, a flow guide groove (not shown) through which the opening member 230 to be described later flows is formed at one side of the separation wall 220, and the opening and closing member 230 flows along the flow guide groove (not shown).

The opening / closing member 230 is formed in a thin plate shape and flows along the flow guide groove to selectively introduce the filling solution of the solution filling unit 212 into the receiving space 211. That is, when the opening and closing member 230 is lifted upward, the opening and closing member 230 flows upward along the flow guide groove, and the solution filled in the solution filling part 212 flows into the receiving space 211.

The cover 240 is formed in a thin plate shape is installed in the opening of the case 210. In addition, the cover 240 has a plurality of gas outlet holes 242 penetrated up and down at an edge portion thereof so that the dry ice gas formed inside the dry ice directing member 200 is passed through the gas outlet holes 242. It is brought to the outside.

One side of the cover 240, the opening and closing member flow port 243 is formed to allow the user to flow the opening and closing member 230 up and down. In addition, a solution inlet 241 for filling a predetermined solution into the solution filling part 212 from the outside is formed at the other side of the cover 240.

The operation effect by the above configuration is as described later.

First, the user fills a predetermined dry ice in the receiving space 211 in a state in which the cover 240 of the dry ice directing apparatus 200 is opened and closes the cover 240. Then, the dry ice directing apparatus 200 is placed inside the cake box 100, while holding the carrying handle 102 while holding the cake plate on which the cake is placed on the upper surface of the dry ice directing apparatus 200. To carry.

When the cake arrives at the destination, the user takes out the dry ice rendering apparatus 200 on which the cake plate is placed from the cake box 100.

Then, a predetermined solution is filled into the solution filling unit 212 through the solution inlet 241. When the predetermined solution is filled, the user applies upward tension to the opening and closing member 230 through the opening and closing member flow port 243. The opening and closing member 230 is moved upward along the flow guide groove (not shown) by the tension. The solution filled in the solution filling part 212 flows into the receiving space 211 by the upper movement of the opening and closing member 230, and the dry ice and the solution contained in the receiving space 211 react with each other. Gas is generated. The gas is discharged to the outside of the receiving space 211 through the groove 221 formed at the upper end of the separation wall 220, the outside of the dry ice directing apparatus 200 through the gas outlet hole 242 formed in the cover 240 It is discharged to produce dry ice.

Fourth Embodiment

As shown in FIG. 7, the cake box provided with the dry dry rendering function according to the present embodiment relates to an ice cream cake box, and is largely composed of a cake box 100 and a dry ice directing member 200.

The cake box 100 is formed in a cylindrical shape with an upper portion opened so that the cake is placed inside the cake box 100. Then, the cake accommodated in the cake box 100 is transported while the dry ice directing member 200 is coupled to the opening of the cake box 100.

The case 210 is formed in a substantially cylindrical shape with an upper portion opened, and a solution storage means for filling a solution to react with the dry ice and the receiving space 211 which is a storage means for storing dry ice inside the case 210. Phosphorous solution filling unit 212 is formed. The receiving space 211 and the solution filling unit 212 is divided by a separating wall 220 to be described later, the inside of the receiving space 211 is filled with dry ice of a predetermined size, the solution filling unit 212 is required At the time of performing the dry ice, that is, the external solution is introduced and filled through the solution inlet 241 formed in the cover 240 to be described later.

In addition, a coupling part 250 coupled to the cake box 100 is formed on an outer surface of the case 210.

Here, since the configuration and operation of the dividing wall 220, the opening and closing member 230, and the cover 240 are the same as those of the third embodiment, a detailed description thereof will be omitted.

The operation effect by the above configuration is as described later.

First, the user places the cake inside the cake box 100. Then, the cover 240 of the upper case 210 of the dry ice directing member 200 is opened, and a predetermined dry ice is filled in the accommodating space 211, and then the cover 240 is closed.

Next, the user couples the dry ice directing member 200 to the opening of the cake box 100 and then carries the cake. Here, the combination of the dry ice directing member 200 is coupled to the coupling portion 250 of the case 210 is inserted into the cake box 100. That is, the cover 240 side of the dry ice directing member 200 is coupled in the form of being inserted into the cake box 100 so that the cold air of the dry ice filled in the case 210 is iced inside the cake box 100. It is delivered to the cream cake to prevent the ice cream cake from melting.

When the cake arrives at the destination, the user separates the dry ice directing member 200 from the cake box 100, and then the dry ice directing member 200 so that the cover 240 of the dry ice directing member 200 comes to an upper side. Locate it. Then, the cake is placed on the upper surface of the dry ice directing member 200.

Then, a predetermined solution is filled into the solution filling unit 212 through the solution inlet 241 formed in the cover 240. When the predetermined solution is filled, the user applies upward tension to the opening and closing member 230 through the opening and closing member flow port 243. The opening and closing member 230 is moved upward along the flow guide groove (not shown) by the tension. The solution filled in the solution filling part 212 flows into the receiving space 211 by the upper movement of the opening and closing member 230, and the dry ice and the solution contained in the receiving space 211 react with each other. Gas is generated. The gas is discharged to the outside of the accommodation space 211 through the groove 221 formed at the upper end of the separation wall 220, and outside the dry ice directing member 200 through the gas outlet hole 242 formed in the cover 240. It is discharged to produce dry ice.

The present invention by the above configuration has the effect of heightening the celebration atmosphere by operating the built-in dry ice production function inside the common cake box.

By combining the dry ice directing function and the transport, storage function of the cake box, there is also an economical effect because the dry ice directing function is carried out without having a dry ice directing machine.

Claims (9)

A cake box in which a cake outlet is formed, Storage means for filling and storing solid dry ice; A solution storage means provided to fill with a solution for sublimating dry ice by reacting with the dry ice stored in the storage means; Control means provided for introducing the dry ice stored in the storage means into the solution storage means; And, A gas outlet hole for discharging the mist-shaped gas formed by the reaction of the dry ice and the solution filled in the solution storage means to the outside; Cake box with dry ice directing function characterized in that it comprises a. The method of claim 1, A case formed on a bottom surface of the cake box upper surface and having an upper portion opened; A filling hole formed in a center portion of the upper surface of the cake box and communicating with an opening of the case to guide external dry ice to flow in; A dry ice outlet hole formed in the bottom surface of the case and provided to discharge dry ice downward; And, An opening plate installed on an upper surface of the case lower surface to open and close the dry ice outlet hole; Cake box with dry ice directing function characterized in that it has a storage means including a. The method of claim 1, A pedestal on which a cake plate for supporting the cake is placed; Formed on the upper surface of the pedestal, the upper portion is formed in a cylindrical shape, provided with a fold line on the side is provided with a storage tank to be folded along the fold line; Cake box with features. The method according to any one of claims 1 to 3, An opening handle installed at one side of the cake box side; A connection ring connecting the opening handle and the opening plate formed on the storage means; and the opening plate protrudes out of the case by pulling the opening handle, and the dry ice outlet hole is opened. Cake box with dry ice directing function. The method of claim 1, The cake box comprises a housing and a cover, A storage means is formed on the bottom of the cover; Cake box with a dry ice rendering function, characterized in that the housing is used as a solution storage means. The method of claim 1, A cylindrical case 210 having an upper opening; An accommodation space 211 formed at a central portion of the case 210 and serving as a storage means for storing predetermined dry ice; A solution filling part 212 formed at an inner edge of the case and serving as a solution storing means for filling a predetermined solution; A separation wall 220 formed inside the case to separate the accommodation space 211 and the solution filling unit 212; An opening and closing member 230 formed at one side of the dividing wall 220 as a control means for controlling whether the solution is introduced into the receiving space 211; And A cover 240 installed in an opening of the case 210 and having a plurality of gas outlet holes 242 on an upper surface thereof; Cake box with a dry ice directing function, characterized in that it has a dry ice directing member 200 comprising a. The method of claim 6, Dry ice directing device 200 is a cake box with a dry ice directing function, characterized in that it is used as a cake support plate when carrying the storage of the cake. The method of claim 6, Dry ice directing device 200 is a cake box with a dry ice directing function, characterized in that the top cover of the cake box during storage transport of the cake. The method according to any one of claims 6 to 8, The cover 240, An opening and closing member flow port 243 through which the opening and closing member 230 flows; Solution inlet 241 solution inlet 241 into the solution filling unit 212; Cake box with a dry ice directing function characterized in that it further comprises.