JPH055411Y2 - - Google Patents
Info
- Publication number
- JPH055411Y2 JPH055411Y2 JP19498187U JP19498187U JPH055411Y2 JP H055411 Y2 JPH055411 Y2 JP H055411Y2 JP 19498187 U JP19498187 U JP 19498187U JP 19498187 U JP19498187 U JP 19498187U JP H055411 Y2 JPH055411 Y2 JP H055411Y2
- Authority
- JP
- Japan
- Prior art keywords
- ice
- hollow part
- entrance
- exit
- freezing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
- 239000000463 material Substances 0.000 claims description 24
- 238000007710 freezing Methods 0.000 claims description 23
- 230000008014 freezing Effects 0.000 claims description 22
- 230000008602 contraction Effects 0.000 claims description 17
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 10
- 238000001816 cooling Methods 0.000 claims description 7
- 239000011796 hollow space material Substances 0.000 claims description 2
- 238000000605 extraction Methods 0.000 claims 1
- 238000004519 manufacturing process Methods 0.000 description 9
- 235000011389 fruit/vegetable juice Nutrition 0.000 description 6
- 238000000034 method Methods 0.000 description 6
- LFQSCWFLJHTTHZ-UHFFFAOYSA-N Ethanol Chemical compound CCO LFQSCWFLJHTTHZ-UHFFFAOYSA-N 0.000 description 5
- 230000002528 anti-freeze Effects 0.000 description 5
- 230000035622 drinking Effects 0.000 description 5
- 239000007789 gas Substances 0.000 description 5
- 230000000694 effects Effects 0.000 description 3
- 239000005457 ice water Substances 0.000 description 3
- 238000007599 discharging Methods 0.000 description 2
- 239000003651 drinking water Substances 0.000 description 2
- 235000020188 drinking water Nutrition 0.000 description 2
- 239000010902 straw Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 235000013361 beverage Nutrition 0.000 description 1
- 238000007664 blowing Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 238000002844 melting Methods 0.000 description 1
- 230000008018 melting Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000007790 scraping Methods 0.000 description 1
Description
【考案の詳細な説明】
〔産業上の利用分野〕
この考案は、結氷缶内の製氷原水を冷却して結
氷させて製造される氷塊に係り、特に、外部に通
じる中空部の出入口の内径を氷塊の内部に形成し
た中空部より極端に小さく形成して、飲食物例え
ばアルコールやジユースなどをその中空部に入れ
て飲食用容器などとして使用できる内部の中空部
より出入口が極端に小さな氷塊に関するものであ
る。[Detailed description of the invention] [Field of industrial application] This invention relates to ice cubes produced by cooling and freezing raw ice water in a freezing can, and in particular, the inner diameter of the entrance and exit of the hollow part leading to the outside has to be reduced. Ice cubes that are extremely smaller than the hollow part formed inside the ice block, and can be used as containers for drinking and drinking by placing food such as alcohol or juice into the hollow part. It is.
従来、氷塊は飲食用や冷却用などに使用されて
いる。飲食用としては、例えばコーヒーやジユー
スなどの飲料水を冷やすために飲料水中に入れて
使用されている。また、冷却用の余興としては、
氷塊で容器を作り、該容器の内部に料理や飲物を
入れるものとして使用されている。
Traditionally, ice cubes have been used for drinking, cooling, and other purposes. For drinking and drinking, for example, it is used by putting it in drinking water to cool drinking water such as coffee and juice. Also, as a cooling entertainment,
A container is made of ice cubes and is used to store food and drinks inside the container.
氷塊の容器として使用する場合において、容器
に入れる料理や飲物をできるだけ長い間、冷やし
続けることができるようにするには、氷塊の内部
に大きい中空部を形成して、この中空部に料理や
飲物を入れて、外部に通じる中空部の出入口を極
端に小さくすればよい。 When used as a container for ice blocks, in order to keep the food and drinks in the container chilled for as long as possible, a large hollow part is formed inside the ice block, and the food and drinks are placed in this hollow part. , and make the entrance and exit of the hollow part leading to the outside extremely small.
ところで、氷塊の内部に中空部を形成するに
は、結氷缶内の製氷原水中に内枠を入れ、結氷後
にこの内枠を取り出して、内枠が除去された箇所
に中空部を形成する場合と、結氷後の氷塊の内部
を装置を使つて削つたり溶かしたりして中空部を
形成する場合とが考えられる。 By the way, in order to form a hollow part inside an ice block, an inner frame is placed in the raw ice water in a freezing can, and after freezing, the inner frame is taken out and a hollow part is formed in the place where the inner frame was removed. Alternatively, a hollow part may be formed by using a device to scrape or melt the inside of an ice block after it has frozen.
しかしながら、前述の結氷缶内の製氷原水中に
内枠を入れ、結氷後にこの内枠を取り出して、内
枠が除去された箇所に中空部を形成する場合にあ
つては、この内枠は略定型性であり、結氷後にこ
の内枠を氷塊からスムーズに取り出すためには、
外部に通じる中空部の出入口を氷塊の内部に形成
される中空部より極端に小さくすることができな
い。即ち、出入口が中空部に比べ極端に小さい場
合には、中空部に対応する部分の内枠が出入口で
つかえて、スムーズに内枠を氷塊の内部から抜き
取ることができないという問題点がある。
However, in the case where the inner frame is placed in the ice-making source water in the aforementioned ice-freezing can, and the inner frame is taken out after freezing to form a hollow portion in the place where the inner frame is removed, this inner frame is approximately In order to smoothly remove this inner frame from the ice block after freezing, it is necessary to
The entrance/exit of the hollow part leading to the outside cannot be made extremely smaller than the hollow part formed inside the ice block. That is, if the entrance/exit is extremely small compared to the hollow part, there is a problem in that the inner frame corresponding to the hollow part gets stuck in the entrance/exit, making it impossible to smoothly extract the inner frame from the inside of the ice block.
一方、結氷後の氷塊の内部を装置を使つて削つ
たり溶かしたりして中空部を形成する場合にあつ
ては、結氷後に中空部を形成する作業を行わねば
ならず、その分、製氷工程が煩雑になり、また、
氷塊の内部の中空部を出入口に比し極端に大きく
するための特別な装置が必要となり、製造コスト
が高くなるなどの問題点がある。 On the other hand, when forming a hollow part by scraping or melting the inside of an ice block using a device, the process of forming the hollow part must be performed after freezing, and the ice making process becomes complicated, and
This requires a special device to make the hollow part inside the ice cube extremely large compared to the entrance and exit, which poses problems such as increased manufacturing costs.
この考案は、上記のような問題点に鑑み、その
問題点を解決すべく創案されたものであつて、そ
の目的とするところは、簡単な装置でしかも製氷
工程を特別に煩雑することなく、外部に通じる中
空部の出入口の内径を氷塊の内部に形成した中空
部より極端に小さく形成して、中空部に入れて冷
やされた飲食物を長い時間冷えた状態に保つこと
ができ、余興としての飲食用容器などとして使用
可能な内部の中空部より出入口が極端に小さな氷
塊を提供するとにある。 This invention was devised in view of the above-mentioned problems and to solve them, and its purpose is to use a simple device and without making the ice-making process particularly complicated. By making the inner diameter of the entrance and exit of the hollow part leading to the outside extremely smaller than the hollow part formed inside the ice block, food and drinks placed in the hollow part can be kept cold for a long time, and can be used as entertainment. The inner hollow part, which can be used as a food or beverage container, has an entrance and exit that provides an extremely small block of ice.
以上の目的を達成するためにこの考案は、結氷
缶内の製氷原水を冷却して結氷させる氷塊におい
て、立体状に膨縮する膨縮材を膨脹状態で製氷原
水中に浸漬、結氷後に膨縮材を極端に縮小して氷
塊の出入口から抜き出して氷塊の内部に中空部を
形成すると共に、膨縮材の抜き出し通路となる外
部に通じる中空部の出入口の内径を、氷塊の内部
に形成した中空部より極端に小さく形成した構成
よりなるものである。
In order to achieve the above objectives, this invention was developed by immersing an expanding material that expands and contracts in three-dimensional shapes into the ice making water in an expanded state, and expanding and contracting it after freezing. A hollow part is formed inside the ice block by extremely reducing the material and extracting it from the entrance/exit of the ice block, and the inner diameter of the entrance/exit of the hollow part leading to the outside, which becomes a passage for extracting the expanding and contracting material, is created inside the ice block. It has a configuration that is extremely smaller than the other parts.
以上のような構成を有するこの考案は次のよう
に作用する。
This invention having the above configuration operates as follows.
すなわち、外部に通じる中空部の出入口の内径
を氷塊の内部に形成した中空部より極端に小さく
形成したから、氷塊の内部の中空部に飲食物を入
れたとき、中空部に比べて極端に小さい出入口以
外の中空部の内面は全て氷面であり、この氷面に
よつて中空部に入れた飲食物は冷やされ、又外部
に通じる中空部の出入口の内径が極端に小さいた
め、中空部内の冷気が外部に漏れ難く、従つて、
中空部内の冷やされた飲食物を長い時間冷えた状
態に保つように作用する。 In other words, the inner diameter of the entrance and exit of the hollow part leading to the outside is extremely smaller than the hollow part formed inside the ice block, so when food and drink are put into the hollow part inside the ice block, it is extremely small compared to the hollow part. The inner surface of the hollow part other than the entrance is entirely an ice surface, and food and drink placed in the hollow part are cooled by this ice surface.Also, since the inside diameter of the entrance and exit of the hollow part leading to the outside is extremely small, the inside diameter of the hollow part is It is difficult for cold air to leak outside, so
It acts to keep the chilled food and drink inside the hollow part cold for a long time.
以下、図面に記載の実施例に基づいてこの考案
をより具体的に説明する。
This invention will be described in more detail below based on embodiments shown in the drawings.
ここで、第1図は内部の中空部より出入口が極
端に小さな氷塊からなる氷容器の断面図、第2図
は内部の中空部より出入口が極端に小さな氷塊か
らなる氷容器の平面図である。 Here, Fig. 1 is a cross-sectional view of an ice container consisting of ice blocks whose entrance and exit are extremely smaller than the internal hollow part, and Fig. 2 is a plan view of an ice container whose entrance is composed of ice blocks whose entrance and exit are extremely smaller than the internal hollow part. .
図において、氷容器1は飲食物例えばアルコー
ルやジユースなどを入れて飲食用容器などとして
使用されるもので、氷塊2と該氷塊2を保持する
保持容器3とからなる。 In the figure, an ice container 1 is used as a container for storing food, such as alcohol or juice, and is composed of an ice block 2 and a holding container 3 for holding the ice block 2.
氷塊2はその内部に略球状の中空部2aが形成
されている。中空部2aは上記の飲食物例えばア
ルコースやジユースなどを入れる箇所であり、飲
食物特に飲料液体などが漏れないように、中空部
2aはその上部の一部を残して内面が完全な氷面
で形成されている。そして、中空部2aの周囲が
略氷面で覆われているため、中空部2a内はこの
氷面から出る冷気によつて完全に冷やされる。こ
のため、中空部2a内に入れられた飲食物はその
冷気によつて冷やされるのである。 The ice block 2 has a substantially spherical hollow part 2a formed therein. The hollow part 2a is a place where the above-mentioned food and drinks, such as alcohol and juice, are placed.In order to prevent the food and drink, especially the liquid drink, from leaking, the hollow part 2a has an inner surface with a complete ice surface, leaving a part of the upper part. It is formed of. Since the periphery of the hollow portion 2a is substantially covered with an ice surface, the inside of the hollow portion 2a is completely cooled by the cold air coming out from the ice surface. Therefore, the food and drinks placed in the hollow portion 2a are cooled by the cold air.
また、中空部2aの上部には外部に通じる出入
口2bが形成されている。中空部2a内にはこの
出入口2bを通して飲食物例えばアルコールやジ
ユースなどが注入され、又中空部2a内に入つて
いるアルコールやジユースなどはこの出入口2b
を通して外部に出る。 Further, an entrance/exit 2b leading to the outside is formed in the upper part of the hollow part 2a. Drinks, such as alcohol and juice, are injected into the hollow part 2a through the entrance 2b, and the alcohol and juice contained in the hollow part 2a are poured into the hollow part 2a through the entrance 2b.
exit through it.
出入口2bは中空部2aに比べ極端にその内径
が小さく形成されている。これは、この出入口2
bが外部と通じているため、この出入口2bが中
空部2a内の冷気を外部に漏らす通路なり、この
通路なる出入口2bの内径が大きいと、多量の冷
気がこの出入口2bを通つて外部に漏れ易くな
り、中空部2a内を冷却する時間が短くなるの
で、これを防ぐためである。即ち、冷気の漏れを
できるだけ少なくして、中空部2a内の飲食物を
冷却する時間を長く保つためであり、そして、出
入口2bの内径を極端に小さくすることにより、
これが達成される。 The entrance/exit 2b is formed to have an extremely smaller inner diameter than the hollow portion 2a. This is this entrance/exit 2
Since b communicates with the outside, this inlet/outlet 2b becomes a passage through which the cold air inside the hollow portion 2a leaks to the outside.If the inner diameter of the inlet/outlet 2b, which is this passage, is large, a large amount of cold air leaks to the outside through this inlet/outlet 2b. This is to prevent this from happening, since the cooling time for the inside of the hollow portion 2a becomes shorter. That is, the purpose is to minimize the leakage of cold air and maintain a long cooling time for the food and drink in the hollow portion 2a, and by making the inner diameter of the entrance and exit port 2b extremely small,
This is achieved.
上記保持容器3は中空部2aと外部に通じる出
入口2bとを形成した氷塊2を保持する容器であ
つて、該保持容器3の中央部3aには氷塊2を保
持する箇所が設けられている。又保持容器3の一
端には把手3bが形成されており、人々はこの把
手3bを用いて氷容器1を上げ下げする。また、
図面では、氷塊2の出入口2bから中空部3aに
ストローが入れてある。 The holding container 3 is a container for holding an ice block 2, which has a hollow portion 2a and an entrance/exit 2b leading to the outside, and a central portion 3a of the holding container 3 is provided with a portion for holding the ice block 2. A handle 3b is formed at one end of the holding container 3, and people use this handle 3b to raise and lower the ice container 1. Also,
In the drawing, a straw is inserted into the hollow part 3a of the ice cube 2 from the entrance 2b.
第3図は内部の中空部より出入口が極端に小さ
な氷塊の製造装置の概略側面図である。 FIG. 3 is a schematic side view of an ice block manufacturing apparatus in which the entrance and exit are extremely smaller than the internal hollow part.
図において、上記氷塊2を造る氷塊製造装置5
は、空気流入器6、送気管7、チユーブ8、結氷
缶9及び膨縮材10などから構成されている。In the figure, an ice block manufacturing device 5 that makes the ice block 2 is shown.
is composed of an air inflow device 6, an air supply pipe 7, a tube 8, an ice freezing can 9, an expansion/contraction material 10, and the like.
空気流入器6は空気を強制的に送気管7に供給
するための機器であり、空気流入器6の一端には
空気取入口6aが形成されている。空気流入器6
の他端には送気管7が接続されており、この送気
管7には各結氷缶9内に先端側が入つている各チ
ユーブ8は複数接続している。 The air inflow device 6 is a device for forcibly supplying air to the air supply pipe 7, and an air intake port 6a is formed at one end of the air inflow device 6. Air inflow device 6
An air supply pipe 7 is connected to the other end, and a plurality of tubes 8 each having a tip end inserted into each freezing can 9 are connected to this air supply pipe 7.
各チユーブ8は、空気流入器6から取り入れら
れ、送気管7内を通過する空気を、結氷缶9内に
強制的に送り込むための通路のなつており、結氷
缶9内の結氷中の製氷原水11中に空気を送り込
んで透明な氷塊2を造りだす役目を果たす。 Each tube 8 serves as a passage for forcibly sending the air taken in from the air inflow device 6 and passing through the air supply pipe 7 into the freezing can 9, and the raw water for ice making being frozen in the freezing can 9. It plays the role of blowing air into the ice cube 11 and creating a transparent block of ice 2.
膨縮材10は、その内部に気体や不凍液を注入
することにより膨脹し、又これらの気体や不凍液
を排出することにより収縮するものからなる。図
面では、膨縮材10は略球状に膨脹し、その一端
には気体や不凍液の注入及び排出のための細長い
出入路10aが設けられている。この出入路10
a膨縮材10の膨脹時にも余り膨脹せず、又この
出入路10aの膨脹時の外径が前記出入口2bの
内径となる。 The expansion/contraction material 10 expands by injecting gas or antifreeze into it, and contracts by discharging these gases or antifreeze. In the drawing, the expansion/contraction material 10 expands into a substantially spherical shape, and one end thereof is provided with a long and narrow inlet/outlet passage 10a for injecting and discharging gas or antifreeze. This entry/exit road 10
Even when the inflatable material 10 is expanded, it does not expand much, and the outer diameter of the inlet/outlet passage 10a when expanded becomes the inner diameter of the inlet/outlet 2b.
次に上記実施例の構成に基づいて、中空部2a
より出入口2bが極端に小さな氷塊2の製造につ
いて説明する。 Next, based on the configuration of the above embodiment, the hollow portion 2a
The production of an ice block 2 having an extremely small entrance/exit 2b will be explained.
ここで、第4図(A)〜(D)は内部の中空部より出入
口が極端に小さな氷塊の製造工程を示す概略断面
図である。 Here, FIGS. 4(A) to 4(D) are schematic cross-sectional views showing the manufacturing process of an ice block whose entrance and exit are extremely smaller than the internal hollow part.
先ず、第3図に示すように、結氷缶9内に製氷
原水11を入れ、又製氷原水11中に膨縮材10
を膨脹させた状態で浸漬する。この状態で結氷缶
9内の製氷原水11を結氷させる。このとき、結
氷してできた氷塊2が透明になるように、結氷の
最中に、チユーブ8から空気を製氷原水11中に
強制的に送り込む。 First, as shown in FIG.
Soak in the inflated state. In this state, the ice making raw water 11 in the freezing can 9 is frozen. At this time, air is forced into the ice-making raw water 11 from the tube 8 during freezing so that the ice block 2 formed by freezing becomes transparent.
結氷状態が進行すると、結氷缶9の周囲に結氷
層12が徐々に形成されて行き、この結氷層12
が徐々に大きくなつて、最後には結氷缶9内の製
氷原水11は全て結氷する。このとき、製氷原水
11中に浸漬されていた膨縮材10は結氷した氷
塊2の内部に閉じ込められる。このようにして、
内部に膨縮材10を閉じ込めた氷塊2を造る。 As the freezing state progresses, a frozen layer 12 gradually forms around the frozen can 9, and this frozen layer 12
gradually increases in size, and finally all of the ice-making raw water 11 in the freezing can 9 freezes. At this time, the expansion/contraction material 10 immersed in the ice-making raw water 11 is trapped inside the frozen block of ice 2. In this way,
An ice block 2 with an expansion/contraction material 10 trapped inside is made.
次に、内部に膨縮材10を閉じ込めた氷塊2を
第4図Aの点線に沿つて切断し、膨縮材10に出
入路10aの先端側が氷塊2の外部に出るように
する。(第4図B参照)。 Next, the ice cube 2 with the expansion/contraction material 10 trapped therein is cut along the dotted line in FIG. (See Figure 4B).
その後、膨縮材10の出入口2bの先端を開け
て、膨縮材10の内部に入つていた気体あるいは
不凍液を排出する。内部に入つていた気体あるい
は不凍液を排出すると、膨縮材10は縮小し、膨
縮材10が縮小した箇所には中空部2aが形成さ
れる(第4図C参照)。 Thereafter, the tip of the inlet/outlet 2b of the expansion/contraction material 10 is opened, and the gas or antifreeze contained inside the expansion/contraction material 10 is discharged. When the gas or antifreeze contained inside is discharged, the expansion/contraction material 10 shrinks, and a hollow portion 2a is formed at the location where the expansion/contraction material 10 has contracted (see FIG. 4C).
しかる後、膨縮材10を氷塊2の中空部2aか
ら抜き出す。このとき、縮小した膨縮材10は、
膨脹時の出入路10aの外径より小さくなるよう
になつているため、出入口2bが縮小した箇所に
形成される出入口2bの内径より小さくなり、ス
ムーズに氷塊2の中空部2aから抜き出されるこ
とになる。 After that, the expansion/contraction material 10 is extracted from the hollow part 2a of the ice block 2. At this time, the reduced expansion and contraction material 10 is
Since the outer diameter of the inlet/outlet passage 10a is smaller than the outer diameter of the inlet/outlet passage 10a during expansion, the inner diameter of the inlet/outlet 2b formed at the reduced portion is smaller than the inner diameter of the inlet/outlet 2b, so that the ice block 2 can be pulled out smoothly from the hollow part 2a. become.
以上の製造工程を経るのみで、内部の中空部2
aより極端に出入口2bが小さな氷塊2を簡単に
製造することができる。 By just going through the above manufacturing process, the inner hollow part 2
It is possible to easily produce an ice block 2 in which the entrance 2b is much smaller than that in the entrance 2b.
なお、この考案は上記実施例に限定されるのも
ではなく、この考案の精神を逸脱しない範囲で
種々の改変をなし得ることは勿論である。 It should be noted that this invention is not limited to the above embodiments, and it goes without saying that various modifications can be made without departing from the spirit of this invention.
例えば、上記実施例では、膨縮材10が略球状
に膨脹するもので説明したが、例えば立法体状、
円柱状、角柱状などに膨脹するものでもよく、要
は立体状に膨脹するものであればよい。 For example, in the above embodiment, the expansion/contraction material 10 expands into a substantially spherical shape;
It may be one that expands in a cylindrical shape, a prismatic shape, etc., and in short, it may be one that expands in a three-dimensional shape.
以上の記載より明らかなように、この考案に係
る内部の中空部より出入口が極端に小さな氷塊に
よれば、立体状に膨縮する膨縮材を膨脹状態で製
氷原水中に浸漬し、結氷後に膨縮材を極端に縮小
して氷塊の出入口から抜き出して氷塊の内部に中
空部を形成するものであるから、膨縮材の抜き出
し通路となる外部に通じる中空部の出入口の内径
を、氷塊の内部に形成した中空部より極端に小さ
く形成することができ、出入口つまり中空部の冷
気が外部に漏れる通路を小さくできる。このた
め、中空部の冷気が漏れにくくすることができ、
中空部を長い時間冷やし続けることができる。
As is clear from the above description, according to the ice cube according to this invention, which has an extremely small entrance and exit from the internal hollow part, an expansion material that expands and contracts in a three-dimensional shape is immersed in expanded ice water, and after freezing, Since the expansion and contraction material is extremely reduced and extracted from the entrance and exit of the ice block to form a hollow part inside the ice block, the inner diameter of the entrance and exit of the hollow part leading to the outside, which is a passage for extracting the expansion and contraction material, is set to It can be formed extremely smaller than the hollow part formed inside, and the entrance and exit, that is, the passage through which the cold air in the hollow part leaks to the outside, can be made smaller. This makes it difficult for cold air to leak from the hollow space.
The hollow part can be kept cool for a long time.
即ち、氷塊の内部の中空部に飲食物を入れたと
き、中空部に比べて極端に小さい出入口以外の中
空部の内面は全て氷面であり、この氷面によつて
中空部に入れた飲食物は冷やされ、又外部に通じ
る中空部の出入口の内径が極端に小さいため、中
空部内の冷気が外部に漏れ難く、従つて、中空部
内の冷やされた飲食物を長い時間冷えた状態に保
つことができる。 In other words, when you put food or drink into the hollow part of an ice block, the inner surface of the hollow part, except for the entrance and exit, which is extremely small compared to the hollow part, is an ice surface, and this ice surface prevents the food and drink put into the hollow part. Things are cooled, and since the inner diameter of the entrance and exit of the hollow part leading to the outside is extremely small, the cold air inside the hollow part is difficult to leak to the outside, and therefore the chilled food and drink inside the hollow part can be kept cold for a long time. be able to.
しかも、上記の効果を達成するのに、特別な装
置を必要とすることなく、簡単に装置のみで行う
ことができ、また、製氷工程を必要以上に煩雑に
することなく行うことができる。 Moreover, the above effects can be easily achieved using only the apparatus without requiring any special equipment, and the ice-making process can be performed without making the ice-making process unnecessarily complicated.
このように、簡単な装置でしかも製氷工程を特
別に煩雑することなく、中空部の冷気が外部に漏
れる通路を小さくでき、中空部に入れて冷やされ
た飲食物を長い時間冷えた状態に保つことがで
き、余興としての飲食物の冷却容器などとして使
用することができるという、極めて実用的有益な
る効果を奏するものである。 In this way, with a simple device and without making the ice-making process particularly complicated, the passage through which the cold air in the hollow part leaks to the outside can be made smaller, and the food and drinks that have been chilled in the hollow part can be kept cold for a long time. It can be used as a cooling container for food and drinks for entertainment, which is a very practical and beneficial effect.
図面はこの考案に係る内部の中空部より出入口
が極端に小さな氷塊の実施例を示すものであつ
て、第1図は内部の中空部より出入口が極端に小
さな氷塊からなる氷容器の断面図、第2図は内部
の中空部より出入口が極端に小さな氷塊からなる
氷容器の平面図、第3図は内部の中空部より出入
口が極端に小さな氷塊の製造装置の概略側面図、
第4図A〜Dは内部の中空部より出入口が極端に
小さな氷塊の製造工程を示す概略断面図である。
符号の説明、1……氷容器、2……氷塊、2a
……中空部、2b……出入口、3……保持容器、
3a……中央部、3b……把手、4……ストロ
ー、5……氷塊製造装置、6……空気流入器、6
a……空気取入口、7……送気管、8……チユー
ブ、9……結氷缶、10……膨縮材、10a……
出入路、11……製氷原水、12……結氷層。
The drawings show an embodiment of an ice block according to this invention, in which the entrance and exit are extremely smaller than the inner hollow part, and FIG. Fig. 2 is a plan view of an ice container made of ice cubes whose entrance and exit are extremely smaller than the internal hollow part, and Fig. 3 is a schematic side view of an ice container manufacturing device whose entrance and exit are extremely smaller than the internal hollow part.
FIGS. 4A to 4D are schematic sectional views showing the manufacturing process of an ice block whose entrance and exit are extremely smaller than the internal hollow part. Explanation of symbols, 1...Ice container, 2...Ice block, 2a
...Hollow part, 2b...Entrance/exit, 3...Holding container,
3a...Central part, 3b...Handle, 4...Straw, 5...Ice block manufacturing device, 6...Air inflow device, 6
a... Air intake port, 7... Air pipe, 8... Tube, 9... Freezing can, 10... Expansion/contraction material, 10a...
Entrance/exit route, 11... Raw water for ice making, 12... Freezing layer.
Claims (1)
において、立体状に膨縮する膨縮材を膨脹状態で
製氷原水中に浸漬し、結氷後に膨縮材を極端に縮
小して氷塊の内部から抜き出して氷塊の内部に中
空部を形成すると共に、膨縮材の抜き出し通路と
なる外部に通じる中空部の出入口の内径を、氷塊
の内部に形成した中空部より極端に小さく形成し
たことを特徴とする内部の中空部より出入口が極
端に小さな氷塊。 In ice cubes that are made by cooling raw water for ice making in an ice freezing can, an expanding material that expands and contracts in a three-dimensional shape is immersed in the raw water for ice making in an expanded state, and after freezing, the expanding material is extremely reduced and frozen from the inside of the ice cube. A hollow part is formed inside the ice block by extraction, and the inner diameter of the entrance/exit of the hollow part leading to the outside, which serves as a passage for extracting the expansion/contraction material, is formed to be extremely smaller than the hollow part formed inside the ice block. An ice block whose entrance is extremely small compared to the hollow space inside.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP19498187U JPH055411Y2 (en) | 1987-12-22 | 1987-12-22 |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP19498187U JPH055411Y2 (en) | 1987-12-22 | 1987-12-22 |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH01100066U JPH01100066U (en) | 1989-07-05 |
JPH055411Y2 true JPH055411Y2 (en) | 1993-02-12 |
Family
ID=31485680
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP19498187U Expired - Lifetime JPH055411Y2 (en) | 1987-12-22 | 1987-12-22 |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH055411Y2 (en) |
-
1987
- 1987-12-22 JP JP19498187U patent/JPH055411Y2/ja not_active Expired - Lifetime
Also Published As
Publication number | Publication date |
---|---|
JPH01100066U (en) | 1989-07-05 |
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