JP5952606B2 - Container stand - Google Patents

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JP5952606B2
JP5952606B2 JP2012070332A JP2012070332A JP5952606B2 JP 5952606 B2 JP5952606 B2 JP 5952606B2 JP 2012070332 A JP2012070332 A JP 2012070332A JP 2012070332 A JP2012070332 A JP 2012070332A JP 5952606 B2 JP5952606 B2 JP 5952606B2
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container
mounting table
mounting
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stand
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JP2013200108A (en
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溝口　岳博
岳博 溝口
嘉戸　修治
修治 嘉戸
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Hoshizaki Electric Co Ltd
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この発明は、高さ寸法が異なる２つの容器を、両容器の上部開口縁が同じ高さとなるよう載置可能な容器スタンドに関するものである。   The present invention relates to a container stand capable of mounting two containers having different height dimensions so that the upper opening edges of both containers have the same height.

ジュース等の飲料水や氷等を入れる容器は、内容量に応じて形状やサイズ(径や高さ寸法)が異なるものが複数ある。このため、飲料水を生成して注出する飲料ディスペンサや氷塊を生成して放出するアイスディスペンサでは、飲料注出部または氷放出部の下方に、複数の異なるサイズの容器をセット可能な容器セット部が設けられている。このような異なるサイズの容器をセット可能な容器セット部を備えた氷ディスペンサが、特許文献１に開示されている。しかしながら、特許文献１の氷ディスペンサに設けられた容器セット部は、上方に向かうにつれて拡開するテーパ形状でかつ高さ寸法が異なる各容器の上部を保持することを前提とするものであり、上下方向に同径のストレート形状の容器は保持することが不可能である。   There are a plurality of containers for storing drinking water such as juice and ice, etc., having different shapes and sizes (diameters and height dimensions) depending on the internal volume. For this reason, in a beverage dispenser that generates and dispenses drinking water and an ice dispenser that generates and discharges ice blocks, a container set in which a plurality of different sized containers can be set below the beverage dispensing portion or the ice discharging portion Is provided. Patent Document 1 discloses an ice dispenser including a container setting unit that can set containers of different sizes. However, the container set portion provided in the ice dispenser of Patent Document 1 is based on the premise that the upper part of each container having a tapered shape and a height dimension that expands upward is different. A straight container having the same diameter in the direction cannot be held.

そこで、図１６に示すような容器スタンドＳ２が提案されている。この容器スタンドＳ２は、上下方向に同径なストレート形状の第１容器Ｃ１(図１６(ｂ))と、上下方向に同径なストレート形状で第１容器Ｃ１より高さが低い第２容器Ｃ２(図１６(ａ))とを、各容器Ｃ１,Ｃ２の上部開口縁１９が同じ高さ位置となるよう載置可能に構成されている。すなわち容器スタンドＳ２は、第１容器Ｃ１を載置する第１載置台１０２と、第１載置台１０２の上方に配設されて第２容器Ｃ２を載置する第２載置台１０４とを備えている。第１載置台１０２は、簀の子状に形成されたベース部材１０１の中央に設けられ、第２載置台１０４は、ベース部材１０１の中央後側に取り付けられたブラケット１０３に取り付けられている。ブラケット１０３は、ベース部材１０１に固定された第１ブラケット１０５と、第１ブラケット１０５に対して前後方向へ回転可能に設けられ、水平前方へ延出した第１姿勢および垂直上方へ起立した第２姿勢に姿勢変位する第２ブラケット１０６とからなり、第２ブラケット１０６に第２載置台１０４が設けられている。このような従来の容器スタンドＳ２は、図１６(ａ)に示すように、第２ブラケット１０６を第１姿勢として第２載置台１０４を第１載置台１０２の真上となる第１位置に保持することで、第２容器Ｃ２を該第２載置台１０４に載置可能であり、図１６(ｂ)に示すように、第２ブラケット１０６を第２姿勢として第２載置台１０４を第１載置台１０２の上方から退避した第２位置とすることで、第１容器Ｃ１を該第１載置台１０２に載置可能に構成されている。   Therefore, a container stand S2 as shown in FIG. 16 has been proposed. The container stand S2 includes a straight first container C1 having the same diameter in the vertical direction (FIG. 16B) and a second container C2 having a straight shape having the same diameter in the vertical direction and lower in height than the first container C1. (FIG. 16A) is configured so that the upper opening edge 19 of each container C1, C2 can be placed at the same height position. That is, the container stand S2 includes a first mounting table 102 on which the first container C1 is mounted, and a second mounting table 104 that is disposed above the first mounting table 102 and mounts the second container C2. Yes. The first mounting table 102 is provided at the center of the base member 101 formed in the shape of a scissors, and the second mounting table 104 is mounted on a bracket 103 mounted on the center rear side of the base member 101. The bracket 103 is provided with a first bracket 105 fixed to the base member 101, a first bracket 105 that is rotatable in the front-rear direction with respect to the first bracket 105, a first posture that extends horizontally forward, and a second that stands vertically upward. The second mounting unit 104 is provided on the second bracket 106. As shown in FIG. 16A, the conventional container stand S <b> 2 holds the second mounting table 104 at the first position directly above the first mounting table 102 with the second bracket 106 in the first posture. Thus, the second container C2 can be placed on the second mounting table 104, and as shown in FIG. 16B, the second mounting table 104 is set to the first mounting position with the second bracket 106 in the second posture. By setting the second position retracted from above the mounting table 102, the first container C <b> 1 is configured to be mounted on the first mounting table 102.

特開２００２−２４３３２３号公報JP 2002-243323 A

しかしながら、図１６に例示する従来の容器スタンドＳ２は、第２ブラケット１０６の第１姿勢から第２姿勢への姿勢変位および該第２ブラケット１０６の第２姿勢から第１姿勢への姿勢変位を、手動によって行なうように構成されている。すなわち、第２ブラケット１０６が第１姿勢に保持されている状態で第１容器Ｃ１を第１載置台１０２に載置する際には、先ず第２ブラケット１０６を第２姿勢に手動で姿勢変位させる必要があり、第１容器Ｃ１を第１載置台１０２に載置するのに手間が掛かる。また、第２姿勢となっている第２ブラケット１０６は、垂直に起立した状態に保持されるため、第１姿勢へは手動で姿勢変位させなければならない。このため、第２ブラケット１０６が第２姿勢に保持されている状態で第２容器Ｃ２を第２載置台１０４に載置する際には、先ず第２ブラケット１０６を第１姿勢に手動で姿勢変位させる必要があり、第２容器Ｃ２を第２載置台１０４に載置するのに手間が掛かる。しかも、前記容器スタンドＳ２の機能を知らない使用者の場合には、第２ブラケット１０６が第２姿勢に保持されている状態で第２容器Ｃ２を使用する際に、第２ブラケット１０６を第１姿勢に姿勢変位させずに第１載置台１０２に第２容器Ｃ２を載置して、飲料水または氷塊を該第２容器Ｃ２に注入または放出することもあり得る。第２容器Ｃ２を第１載置台１０２に載置した場合には、該第２容器Ｃ２の上部開口縁と飲料注出部または氷放出部との距離が大きくなるから、飲料や氷塊が該第２容器Ｃ２に入らずに零れ易くなる不都合がある。   However, in the conventional container stand S2 illustrated in FIG. 16, the posture displacement of the second bracket 106 from the first posture to the second posture and the posture displacement of the second bracket 106 from the second posture to the first posture are It is configured to be performed manually. That is, when the first container C1 is placed on the first placement table 102 with the second bracket 106 held in the first posture, the posture of the second bracket 106 is first manually displaced to the second posture. It is necessary, and it takes time to mount the first container C1 on the first mounting table 102. Further, since the second bracket 106 in the second posture is held in a vertically standing state, the posture must be manually displaced to the first posture. Therefore, when the second container C2 is placed on the second mounting table 104 while the second bracket 106 is held in the second posture, the posture of the second bracket 106 is first manually changed to the first posture. It takes time and effort to mount the second container C2 on the second mounting table 104. In addition, in the case of a user who does not know the function of the container stand S2, the second bracket 106 is attached to the first bracket 106 when the second container C2 is used while the second bracket 106 is held in the second posture. It is possible that the second container C2 is placed on the first mounting table 102 without being displaced in posture, and drinking water or ice blocks are injected or discharged into the second container C2. When the second container C2 is placed on the first mounting table 102, the distance between the upper opening edge of the second container C2 and the beverage dispensing part or the ice discharge part is increased, so that the beverage or ice block is not in the first place. There is an inconvenience that spills easily without entering the two containers C2.

本発明は、従来の容器スタンドに内在する前記問題に鑑み、これを好適に解決するべく提案されたものであって、各容器を載置台へ簡易に載置し得ると共に適切に使用し得るよう構成した容器スタンドを提供することを目的とする。   The present invention has been proposed in view of the above-mentioned problems inherent in conventional container stands, and has been proposed to suitably solve this problem. Each container can be easily mounted on a mounting table and can be used appropriately. An object is to provide a configured container stand.

前記課題を克服し、所期の目的を達成するため、本願の請求項１に係る発明では、
容器を載置可能な容器スタンドであって、
前記容器が載置可能な第１載置台と、
前記第１載置台から上方へ離間して容器を載置可能な第１位置および該第１載置台の上方から退避する第２位置に姿勢変位可能な第２載置台と、
前記第２載置台を常に第１位置に向けて付勢する付勢手段とを備え、
前記第２載置台は、容器が載置可能な載置部と、前記第１載置台に対する前記容器の出し入れ方向と直交するよう延在する支軸に揺動可能に支持され、前記載置部が取り付けられた可動支持体とを備え、
前記第２載置台は、前記第１位置において該第２載置台の重心が、前記第１載置台に対する容器の出し入れ方向において、前記支軸より第２位置側で、かつ該支軸より下方に位置するように規制手段で支持され、
前記第２載置台は、該第２載置台の自重を前記付勢手段として常に第１位置に向けて付勢されるよう構成され、
前記第２載置台は、前記第１載置台への前記容器の載置時に該容器で押されて付勢手段の付勢力に抗して前記第１位置から第２位置へ姿勢変位し、前記第１載置台から容器を取り除くことで、付勢手段の付勢力によって第１位置へ自動復帰するよう構成されることを要旨とする。 In order to overcome the above-mentioned problems and achieve the intended purpose, in the invention according to claim 1 of the present application,
A container stand on which a container can be placed,
A first mounting table on which the container can be mounted;
A second mounting table that is displaceable to a first position at which a container can be mounted spaced apart from the first mounting table and a second position at which the container is retracted from above the first mounting table;
Biasing means for constantly biasing the second mounting table toward the first position;
The second mounting table is swingably supported by a mounting unit on which a container can be mounted, and a support shaft extending so as to be orthogonal to a loading / unloading direction of the container with respect to the first mounting table. And a movable support body attached with
The second mounting table has a center of gravity of the second mounting table at the first position that is closer to the second position than the support shaft and lower than the support shaft in a container loading / unloading direction with respect to the first mounting table. Supported by regulation means to be located,
The second mounting table is configured to be always biased toward the first position using the weight of the second mounting table as the biasing means,
The second mounting table is pushed by the container when the container is mounted on the first mounting table and is displaced from the first position to the second position against the biasing force of the biasing means, The gist is that the container is automatically returned to the first position by the urging force of the urging means by removing the container from the first mounting table.

従って、請求項１に係る発明によれば、第１載置台に容器を載置する際に該容器で第２載置台を押すことで、該第２載置台が第１位置から第２位置へ姿勢変位し、第１載置台に対して容器を簡易に載置することができる。また、容器を第１載置台から取り出すことで、第２載置台が付勢手段によって第１位置に自動で復帰するので、第１位置の第２載置台に対して容器を簡易に載置することができる。すなわち、高さ寸法の異なる容器を第１載置台または第２載置台に選択して載置することで、両容器の上部開口縁を略同じ高さにすることができる。
そして、第２載置台の自重によって該第２載置台を第１位置に付勢するように構成したので、極めて簡単な構成とすることができる。また、第２載置台が第１位置に自重によって保持されるので、該第２載置台に容器を安定して載置し得る。 Therefore, according to the invention which concerns on Claim 1, when mounting a container on a 1st mounting base, this 2nd mounting base is changed from a 1st position to a 2nd position by pushing a 2nd mounting base with this container. The posture is displaced, and the container can be easily placed on the first placement table. Further, by removing the container from the first mounting table, the second mounting table is automatically returned to the first position by the biasing means, so that the container is simply mounted on the second mounting table at the first position. be able to. That is, by selecting and placing containers having different height dimensions on the first mounting table or the second mounting table, the upper opening edges of both containers can be made substantially the same height.
And since it comprised so that this 2nd mounting base might be urged | biased to a 1st position with the dead weight of a 2nd mounting base, it can be set as a very simple structure. Further, since the second mounting table is held at the first position by its own weight, the container can be stably mounted on the second mounting table.

請求項２に係る発明では、
容器を載置可能な容器スタンドであって、
前記容器が載置可能な第１載置台と、
前記第１載置台から上方へ離間して容器を載置可能な第１位置および該第１載置台の上方から退避する第２位置に姿勢変位可能な第２載置台と、
前記第２載置台を常に第１位置に向けて付勢する付勢手段とを備え、
前記第２載置台は、上下方向に延在する支軸に回転可能に支持され、
前記第２載置台は、第１位置から第２位置へ前記支軸を中心として旋回するよう構成され、
前記第２載置台は、前記第１載置台への前記容器の載置時に該容器で押されて付勢手段の付勢力に抗して前記第１位置から第２位置へ姿勢変位し、前記第１載置台から容器を取り除くことで付勢手段の付勢力によって第１位置へ自動復帰するよう構成されることを要旨とする。
従って、請求項２に係る発明によれば、第１載置台に容器を載置する際に該容器で第２載置台を押すことで、該第２載置台が第１位置から第２位置へ姿勢変位し、第１載置台に対して容器を簡易に載置することができる。また、容器を第１載置台から取り出すことで、第２載置台が付勢手段によって第１位置に自動で復帰するので、第１位置の第２載置台に対して容器を簡易に載置することができる。すなわち、高さ寸法の異なる容器を第１載置台または第２載置台に選択して載置することで、両容器の上部開口縁を略同じ高さにすることができる。
そして、付勢手段の付勢力によって第２載置台を第１位置に付勢するように構成したので、該第２載置台を第１位置に適切に保持することができる。また、第２載置台が第１位置に付勢手段の付勢力によって付勢保持されるので、該第２載置台に容器を安定して載置し得る。 In the invention according to claim 2 ,
A container stand on which a container can be placed,
A first mounting table on which the container can be mounted;
A second mounting table that is displaceable to a first position at which a container can be mounted spaced apart from the first mounting table and a second position at which the container is retracted from above the first mounting table;
Biasing means for constantly biasing the second mounting table toward the first position;
The second mounting table is rotatably supported by a support shaft extending in the vertical direction,
The second mounting table is configured to pivot about the support shaft from a first position to a second position ;
The second mounting table is pushed by the container when the container is mounted on the first mounting table and is displaced from the first position to the second position against the biasing force of the biasing means, The gist is that the container is automatically returned to the first position by the urging force of the urging means by removing the container from the first mounting table .
Therefore, according to the second aspect of the present invention, when the container is placed on the first placing table, the second placing table is pushed from the first position to the second position by pushing the second placing table with the container. The posture is displaced, and the container can be easily placed on the first placement table. Further, by removing the container from the first mounting table, the second mounting table is automatically returned to the first position by the biasing means, so that the container is simply mounted on the second mounting table at the first position. be able to. That is, by selecting and placing containers having different height dimensions on the first mounting table or the second mounting table, the upper opening edges of both containers can be made substantially the same height.
Since the second mounting table is biased to the first position by the biasing force of the biasing means, the second mounting table can be appropriately held at the first position. Further, since the second mounting table is biased and held by the biasing force of the biasing means at the first position, the container can be stably mounted on the second mounting table.

請求項３に係る発明では、
前記第２載置台は、前記支軸に夫々回転可能に支持された一対の載置体から構成され、
前記両載置体は、連係手段により連動可能に連係され、前記第１位置では前記付勢手段の付勢力によって互いに近接して前記容器の載置を可能とし、前記第２位置では互いに離間して前記第１載置台に対する前記容器の載置を許容するよう構成されたことを要旨とする。
従って、請求項３に係る発明によれば、第２載置台が一対の載置体から構成されると共に、両載置体が連係手段により連動するので、該第２載置台は、第２容器を載置可能な第１位置と、第１載置台の上方から回避した第２位置との間を適切に姿勢変位する。 In the invention according to claim 3 ,
The second mounting table is composed of a pair of mounting bodies that are rotatably supported by the support shafts, respectively.
The two mounting bodies are linked so as to be interlocked by linkage means, and the container can be placed close to each other by the biasing force of the biasing means in the first position, and separated from each other in the second position. The gist of the invention is that the container is allowed to be placed on the first placing table.
Therefore, according to the third aspect of the present invention, the second mounting table is composed of a pair of mounting bodies, and both mounting bodies are interlocked by the linking means. Is appropriately displaced between the first position where the position can be placed and the second position where the position is avoided from above the first stage.

本発明に係る容器スタンドによれば、各容器を載置台へ簡易に載置し得ると共に適切に使用することができる。   According to the container stand according to the present invention, each container can be easily mounted on the mounting table and can be used appropriately.

実施例の容器スタンドが配設されたアイスディスペンサの全体斜視図である。It is the whole ice dispenser by which the container stand of an example was arranged. 図１のII−II線断面図である。It is the II-II sectional view taken on the line of FIG. 第１実施例の容器スタンドの全体斜視図である。It is a whole perspective view of the container stand of the 1st example. 第１実施例の容器スタンドの平面図である。It is a top view of the container stand of 1st Example. 第１実施例の容器スタンドの分解斜視図である。It is a disassembled perspective view of the container stand of 1st Example. 第２容器を第２載置台に載置した第１実施例の容器スタンドの正面図である。It is a front view of the container stand of 1st Example which mounted the 2nd container on the 2nd mounting base. 第２容器を第２載置台に載置した第１実施例の容器スタンドの右側面図である。It is a right view of the container stand of 1st Example which mounted the 2nd container on the 2nd mounting base. 第１容器を第１載置台に載置した第１実施例の容器スタンドの正面図である。It is a front view of the container stand of the 1st example which mounted the 1st container on the 1st mounting stand. 第１容器を第１載置台に載置した第１実施例の容器スタンドの右側面図である。It is a right view of the container stand of 1st Example which mounted the 1st container on the 1st mounting base. 第２実施例の容器スタンドの全体斜視図である。It is a whole perspective view of the container stand of 2nd Example. 第２実施例の容器スタンドの平面図であって、(ａ)は、一対の載置体が近接した状態を示し、(ｂ)は、一対の載置体が左右に離間した状態を示している。It is a top view of the container stand of 2nd Example, (a) shows the state which a pair of mounting body adjoined, (b) shows the state which a pair of mounting body separated from right and left Yes. 第２容器を第２載置台に載置した第２実施例の容器スタンドの正面図である。It is a front view of the container stand of the 2nd example which mounted the 2nd container on the 2nd mounting stand. 第２容器を第２載置台に載置した第２実施例の容器スタンドの右側面図である。It is a right view of the container stand of 2nd Example which mounted the 2nd container on the 2nd mounting base. 第１容器を第１載置台に載置した第２実施例の容器スタンドの正面図である。It is a front view of the container stand of the 2nd example which mounted the 1st container on the 1st mounting stand. 第１容器を第１載置台に載置した第２実施例の容器スタンドの右側面図である。It is a right view of the container stand of 2nd Example which mounted the 1st container on the 1st mounting base. 従来の容器スタンドの一例を示す斜視図であって、(ａ)は、第２容器を第２載置台に載置した状態を示し、(ｂ)は、第１容器を第１載置台に載置した状態を示している。It is a perspective view which shows an example of the conventional container stand, Comprising: (a) shows the state which mounted the 2nd container on the 2nd mounting base, (b) mounted the 1st container on the 1st mounting base. The state is shown.

次に、本発明に係る容器スタンドにつき、好適な実施例を挙げて、添付図面を参照しながら以下に説明する。各実施例では、図１に示すアイスディスペンサＩＤに配設される容器スタンドを例示する。なお、容器スタンドをアイスディスペンサＩＤに配設した状態において、該アイスディスペンサＩＤの前側正面から見た状態を基準として、左右方向、前後方向および上下方向を規定して説明する。   Next, the container stand according to the present invention will be described below with reference to the accompanying drawings by citing preferred embodiments. In each Example, the container stand arrange | positioned by ice dispenser ID shown in FIG. 1 is illustrated. In the state where the container stand is disposed in the ice dispenser ID, the description will be made by defining the left and right direction, the front and rear direction, and the up and down direction with reference to the state viewed from the front side of the ice dispenser ID.

(第１実施例)
図１は、第１実施例に係る容器スタンドＳ１が配設されたアイスディスペンサＩＤの概略斜視図である。このアイスディスペンサＩＤは、内部に貯氷室(図示せず)が画成された貯氷装置１０と、この貯氷装置１０の上部に配設された製氷装置１１と、貯氷装置１０の上部に配設された氷放出装置１２とを備えている。前記製氷装置１１と貯氷装置１０とは、上下に延在する放出シュート１３を介して連通されており、製氷装置１１で生成された氷塊は、該放出シュート１３を介して貯氷装置１０の貯氷室内に落下放出される。また貯氷室には、氷放出装置１２へ氷塊を搬送する氷搬送装置(図示せず)が配設されており、貯氷室内に貯留された氷塊は該氷搬送装置により氷放出装置１２へ搬送される。 (First embodiment)
FIG. 1 is a schematic perspective view of an ice dispenser ID provided with a container stand S1 according to the first embodiment. The ice dispenser ID is provided in an ice storage device 10 in which an ice storage chamber (not shown) is defined, an ice making device 11 provided in an upper portion of the ice storage device 10, and an upper portion of the ice storage device 10. And an ice discharge device 12. The ice making device 11 and the ice storage device 10 are communicated with each other via a discharge chute 13 extending vertically, and ice blocks generated by the ice making device 11 are communicated with the ice storage chamber of the ice storage device 10 via the discharge chute 13. It is dropped and released. The ice storage chamber is provided with an ice transfer device (not shown) for transferring ice blocks to the ice discharge device 12, and the ice blocks stored in the ice storage chamber are transferred to the ice discharge device 12 by the ice transfer device. The

前記氷放出装置１２は、図１に示すように、貯氷装置１０における左前側に配設され、氷搬送装置で搬送された氷塊を放出する放出部１４が設けられると共に、該氷放出装置１２を覆うカバー部材１５の前面には、氷搬送装置を作動させる放出スイッチ１６が配設されている。そして、放出部１４の下方は、前方に開口した容器セット部１７が設けられ、該容器セット部１７の底部に、第１実施例の容器スタンドＳ１が配設されている。従って、後述する容器(第１容器Ｃ１または第２容器Ｃ２)を第１実施例の容器スタンドＳ１に載置してセットしたもとで放出スイッチ１６を操作することで、放出部１４から放出された氷塊が該容器Ｃ１,Ｃ２内に放出され得る。   As shown in FIG. 1, the ice discharge device 12 is disposed on the left front side of the ice storage device 10, and is provided with a discharge portion 14 that discharges ice blocks conveyed by the ice transfer device. On the front surface of the cover member 15 to be covered, a discharge switch 16 for operating the ice transport device is disposed. A container set part 17 that opens forward is provided below the discharge part 14, and the container stand S <b> 1 of the first embodiment is disposed at the bottom of the container set part 17. Accordingly, by operating the discharge switch 16 with a container (first container C1 or second container C2), which will be described later, placed and set on the container stand S1 of the first embodiment, it is discharged from the discharge unit 14. A fresh ice block can be discharged into the containers C1, C2.

第１実施例の容器スタンドＳ１は、図２に示すように、高さ寸法ｈ１の第１容器Ｃ１または該第１容器Ｃ１より高さが低い高さ寸法ｈ２の第２容器Ｃ２を、両容器Ｃ１,Ｃ２の上部開口縁１９が略同じ高さとなるようセット可能に構成されている。すなわち、第１実施例の容器スタンドＳ１は、図３〜図５に示すように、ベース部材２０の上面に取り付けられた第１載置体２１を備え、第１容器Ｃ１を載置する第１載置台Ｔ１と、ベース部材２０の上面に固定したブラケット３０に支持された可動支持体３１に取り付けられた第２載置体(載置部)２３を備え、第２容器Ｃ２を載置する第２載置台Ｔ２とから構成されている。そして、第１実施例の容器スタンドＳ１は、第１載置台Ｔ１に載置した第１容器Ｃ１の上部開口縁１９と第２載置台Ｔ２に載置した第２容器Ｃ２の上部開口縁１９との位置を略同じ高さとすることで、両容器Ｃ１,Ｃ２の上部開口縁１９から放出部１４の下端までの距離Ｗが略同一となるように構成されている。   As shown in FIG. 2, the container stand S1 of the first embodiment includes a first container C1 having a height dimension h1 or a second container C2 having a height dimension h2 that is lower than the first container C1. The upper opening edges 19 of C1 and C2 are configured to be set so that they have substantially the same height. That is, the container stand S1 of the first embodiment includes the first mounting body 21 attached to the upper surface of the base member 20, as shown in FIGS. 3 to 5, and the first container C1 is mounted thereon. A second mounting body (mounting unit) 23 attached to a mounting table T1 and a movable support 31 supported by a bracket 30 fixed to the upper surface of the base member 20 is provided, and a second container C2 is mounted thereon. 2 mounting table T2. The container stand S1 of the first embodiment includes an upper opening edge 19 of the first container C1 mounted on the first mounting table T1, and an upper opening edge 19 of the second container C2 mounted on the second mounting table T2. The positions W are substantially the same, so that the distance W from the upper opening edge 19 of both containers C1 and C2 to the lower end of the discharge portion 14 is substantially the same.

前記第１載置台Ｔ１を構成するベース部材２０は、図３〜図５に示すように、ステンレス板からプレス成形された横長で矩形の逆トレー状の成形部材である。ベース部材２０は、横長矩形をなす支持板部２４と、この支持板部２４の左右および前後の各縁から下方へ折り曲げられた外縁部２５とから構成されている。そして、支持板部２４の略中央には円形の開口２６が形成されており、この開口２６には第１載置体２１が取り付けられるようになっている。また、支持板部２４における開口２６の後側には、前記ブラケット３０を固定するためのブラケット取付部２７が設けられている。更に、支持板部２４には、開口２６の左側、右側および前側に複数のスリット２８が形成されており、該支持板部２４の上面に零れた氷が溶けて生じた氷解水を、該スリット２８を介して下方へ落下させ得るようになっている。   As shown in FIGS. 3 to 5, the base member 20 constituting the first mounting table T <b> 1 is a horizontally long and rectangular reverse tray-shaped molded member that is press-formed from a stainless steel plate. The base member 20 includes a support plate portion 24 having a horizontally long rectangle and an outer edge portion 25 bent downward from the left and right and front and rear edges of the support plate portion 24. A circular opening 26 is formed in the approximate center of the support plate portion 24, and the first mounting body 21 is attached to the opening 26. Further, a bracket mounting portion 27 for fixing the bracket 30 is provided on the rear side of the opening 26 in the support plate portion 24. Further, the support plate portion 24 is formed with a plurality of slits 28 on the left side, right side, and front side of the opening 26, and ice dewatering generated by melting of the spilled ice on the upper surface of the support plate portion 24 is formed in the slit It can be dropped downward via 28.

前記第１載置体２１は、図３〜図５に示すように、円形状に形成された容器受部５０と、容器受部５０の外周縁に形成されて上方へ突出する外縁部５１とから構成されている。容器受部５０の中央部には排水口５２が形成され、該容器受部５０の上面に落下した飲料水や氷が溶けて生じた氷解水が、該排水口５２を介して下方へ排出可能に構成されている。第１載置体２１は、外縁部５１での直径がベース部材２０に形成した開口２６の直径より大きく設定され、容器受部５０の外径が該開口２６の直径と同一または僅かに小さく設定されている。従って第１載置体２１は、容器受部５０が開口２６に嵌合すると共に外縁部５１がベース部材２０の支持板部２４に当接した状態で、ベース部材２０に固定されている。なお第１載置体２１は、合成樹脂製の成形部材であり、出し入れする第１容器Ｃ１の接触による衝撃を緩和して該容器Ｃ１が傷付いたり破損するのを防止し得るようになっており、ガラス製の第１容器Ｃ１も好適に使用可能である。   As shown in FIGS. 3 to 5, the first mounting body 21 includes a container receiving portion 50 formed in a circular shape, and an outer edge portion 51 formed on the outer peripheral edge of the container receiving portion 50 and protruding upward. It is composed of A drain outlet 52 is formed in the central portion of the container receiving portion 50, and drinking water that has fallen on the upper surface of the container receiving portion 50 and defrosted water generated by melting ice can be discharged downward through the drain outlet 52. It is configured. The first mounting body 21 is set such that the diameter at the outer edge portion 51 is larger than the diameter of the opening 26 formed in the base member 20, and the outer diameter of the container receiving portion 50 is set to be the same as or slightly smaller than the diameter of the opening 26. Has been. Accordingly, the first mounting body 21 is fixed to the base member 20 with the container receiving portion 50 fitted into the opening 26 and the outer edge portion 51 in contact with the support plate portion 24 of the base member 20. In addition, the 1st mounting body 21 is a synthetic resin molded member, and it can relieve | impact the impact by the contact of the 1st container C1 to put in / out and can prevent this container C1 from being damaged or broken. The first container C1 made of glass can also be used suitably.

前記ブラケット３０は、図２〜図５に示すように、ベース部材２０の上面に固定され、左右に分割されて左右対称形状に形成された第１支持体３２および第２支持体３３から構成されている。第１支持体３２および第２支持体３３は、ベース部材２０の支持板部２４の上面に固定される固定部３４と、該固定部３４の一端(第１支持体３２は左端で、第２支持体３３は右端)から垂直に立設された板状の支持部３５とを備えている。固定部３４には、ベース部材２０の支持板部２４の上面に固定するためのネジ(図示せず)が挿通される２個のネジ挿通孔３６,３６が、左右に離間して形成されている。支持部３５には、可動支持体３１に固定された支軸４４が挿通するスリーブ３９が装着される支持孔３７が、上縁において前方へ延出した延出部３５Ａに形成されている。また支持部３５には、支軸４４を中心とした円弧状のガイド溝３８が、該支持部３５の前端近傍から後上方に向けて延在するように形成されている。このような第１支持体３２および第２支持体３３からなるブラケット３０は、該第１支持体３２および第２支持体３３を、各々の固定部３４,３４が左右方向で隣接するようにベース部材２０に固定され、各支持部３５,３５が左右方向に所要距離離間した状態で対向して立設され、各支持孔３７,３７は左右方向において水平に延在する軸心上に位置している。   As shown in FIGS. 2 to 5, the bracket 30 includes a first support body 32 and a second support body 33 that are fixed to the upper surface of the base member 20, divided into left and right sides and formed in a bilaterally symmetric shape. ing. The first support 32 and the second support 33 include a fixing portion 34 fixed to the upper surface of the support plate portion 24 of the base member 20 and one end of the fixing portion 34 (the first support 32 is the left end, The support body 33 includes a plate-like support portion 35 erected vertically from the right end). Two screw insertion holes 36 and 36 through which screws (not shown) for fixing to the upper surface of the support plate portion 24 of the base member 20 are inserted are formed in the fixing portion 34 so as to be spaced apart from each other on the left and right. Yes. In the support portion 35, a support hole 37 into which a sleeve 39 into which a support shaft 44 fixed to the movable support 31 is inserted is formed in an extending portion 35A that extends forward at the upper edge. An arcuate guide groove 38 centered on the support shaft 44 is formed in the support portion 35 so as to extend from the vicinity of the front end of the support portion 35 toward the rear upper side. The bracket 30 including the first support body 32 and the second support body 33 is configured so that the first support body 32 and the second support body 33 are arranged so that the fixing portions 34 and 34 are adjacent to each other in the left-right direction. It is fixed to the member 20, and the support portions 35 and 35 are erected in a state where they are separated by a required distance in the left-right direction, and the support holes 37, 37 are positioned on an axial center extending horizontally in the left-right direction. ing.

前記第２載置台Ｔ２を構成する可動支持体３１は、図４および図５に示すように、単一の部材からなり、左右に水平に延在して前記第２載置体２３が取り付けられる取付部４０と、取付部４０の左端から上方へ延出した左支持アーム４１および該取付部４０の右端から上方へ延出した右支持アーム４２とを備えている。左支持アーム４１の左側面と右支持アーム４２の右側面との左右方向での距離Ｌ１は、ブラケット３０における第１支持体３２の支持部３５の右側面と第２支持体３３の支持部３５の左側面との間の距離Ｌ２より、僅かに小さく設定されている(図６参照)。取付部４０には、第２載置体２３を固定するためのネジ(図示せず)が挿通される２個のネジ挿通孔４３,４３が、左右に離間して形成されている。   As shown in FIGS. 4 and 5, the movable support 31 constituting the second mounting table T <b> 2 is made of a single member and extends horizontally to the left and right to be attached to the second mounting body 23. The mounting portion 40 includes a left support arm 41 extending upward from the left end of the mounting portion 40 and a right support arm 42 extending upward from the right end of the mounting portion 40. The distance L1 between the left side surface of the left support arm 41 and the right side surface of the right support arm 42 in the left-right direction is the right side surface of the support portion 35 of the first support body 32 and the support portion 35 of the second support body 33 in the bracket 30. Is set slightly smaller than the distance L2 from the left side surface (see FIG. 6). Two screw insertion holes 43, 43 through which screws (not shown) for fixing the second mounting body 23 are inserted are formed in the attachment portion 40 so as to be separated from each other in the left-right direction.

図２、図５および図７に示すように、各支持アーム４１,４２は、左右方向において垂直で上方に向かうにつれて前側へ僅かに傾斜するよう形成されており、上部は前斜め上方へ屈曲している。左支持アーム４１の左側面上部には、左方へ水平に延出するよう前記支軸４４が固定されていると共に、右支持アーム４２の右側面上部には、右方へ水平に延出するよう前記支軸４４が固定されている。また、左支持アーム４１の左側面の上下中央よりやや下方には、第１支持体３２に設けられたガイド溝３８に左方から突入するガイドピン４５が設けられると共に、右支持アーム４２の右側面の上下中央よりやや下方には、第２支持体３３に設けられたガイド溝３８に右方から突入するガイドピン４５が設けられている。   As shown in FIGS. 2, 5 and 7, the support arms 41 and 42 are formed so as to be vertically inclined in the left-right direction and slightly inclined to the front side as they go upward, and the upper portion is bent obliquely upward and forward. ing. The support shaft 44 is fixed to the upper left side of the left support arm 41 so as to extend horizontally to the left, and horizontally extended to the right on the upper right side of the right support arm 42. Thus, the support shaft 44 is fixed. In addition, a guide pin 45 that protrudes from the left into a guide groove 38 provided in the first support 32 is provided slightly below the vertical center of the left side surface of the left support arm 41, and the right side of the right support arm 42. A guide pin 45 that protrudes from the right into a guide groove 38 provided in the second support 33 is provided slightly below the vertical center of the surface.

前述のように構成された可動支持体３１は、図３〜図５に示すように、左支持アーム４１に設けられた支軸４４を、ブラケット３０における第１支持体３２の支持孔３７に装着されたスリーブ３９に挿通させると共に、右支持アーム４２に設けられた支軸４４を、第２支持体３３の支持孔３７に装着されたスリーブ３９に挿通させることで、ブラケット３０に揺動可能に取り付けられる。また、左支持アーム４１に設けられたガイドピン４５が、第１支持体３２に設けられたガイド溝３８に移動自在に遊嵌すると共に、右支持アーム４２に設けられたガイドピン４５が、第２支持体３３に設けられたガイド溝３８に移動自在に遊嵌している。従って可動支持体３１は、各支軸４４,４４を中心として、第１載置台Ｔ１の第１載置体２１に対する第１容器Ｃ１の出し入れ方向である前後方向に揺動し、該可動支持体３１の揺動に際して各ガイドピン４５,４５が対応のガイド溝３８,３８に沿って移動するようになり、各ガイド溝３８,３８に対する各ガイドピン４５,４５の移動範囲内において揺動が許容される。   As shown in FIGS. 3 to 5, the movable support 31 configured as described above is provided with the support shaft 44 provided on the left support arm 41 in the support hole 37 of the first support 32 in the bracket 30. The support shaft 44 provided on the right support arm 42 is inserted into the sleeve 39 attached to the support hole 37 of the second support 33 so that the bracket 30 can swing. It is attached. The guide pin 45 provided on the left support arm 41 is movably fitted in the guide groove 38 provided on the first support body 32, and the guide pin 45 provided on the right support arm 42 is 2 It is loosely movably fitted in a guide groove 38 provided in the support 33. Accordingly, the movable support 31 swings in the front-rear direction, which is the direction in which the first container C1 is taken in and out with respect to the first placement body 21 of the first placement table T1, about the respective support shafts 44, 44. Each guide pin 45, 45 moves along the corresponding guide groove 38, 38 when the guide 31 swings, and swinging is allowed within the movement range of each guide pin 45, 45 with respect to each guide groove 38, 38. Is done.

そして可動支持体３１は、各ガイドピン４５,４５が対応のガイド溝３８,３８の前端３８Ａに当接した状態が第２載置体２３の第１位置に対応する第１姿勢(図６、図７)とされ、各ガイドピン４５,４５が対応のガイド溝３８,３８の後端に近接または当接した状態が第２載置体２３の第２位置に対応する第２姿勢(図８、図９)とされる。そして、各ガイドピン４５,４５と各ガイド溝３８,３８の前端３８Ａとは、該ガイドピン４５,４５が前端３８Ａ,３８Ａに後方から当接すると可動支持体３１が第１姿勢より前方への揺動することを規制するようになり、これらガイドピン４５およびガイド溝３８の前端３８Ａは、可動支持体３１の揺動を規制する規制手段を構成する。なお、各スリーブ３９,３９に挿通された支軸４４,４４の先端にＥリング４７が装着され、該スリーブ３９,３９からの該支軸４４,４４の抜け止めが図られている。   The movable support 31 has a first posture in which the guide pins 45, 45 are in contact with the front ends 38A of the corresponding guide grooves 38, 38 corresponding to the first position of the second mounting body 23 (FIG. 6, 7), a state in which the guide pins 45, 45 are close to or in contact with the rear ends of the corresponding guide grooves 38, 38 in a second posture corresponding to the second position of the second mounting body 23 (FIG. 8). FIG. 9). The guide pins 45, 45 and the front ends 38A of the guide grooves 38, 38 are such that when the guide pins 45, 45 abut the front ends 38A, 38A from the rear, the movable support 31 moves forward from the first posture. The guide pin 45 and the front end 38A of the guide groove 38 constitute a restricting means for restricting the swing of the movable support body 31. An E-ring 47 is attached to the tips of the support shafts 44, 44 inserted through the sleeves 39, 39, so that the support shafts 44, 44 are prevented from coming off from the sleeves 39, 39.

前記第２載置体２３は、図３および図５に示すように、円形状に形成された容器受部５５と、容器受部５５の外周縁に形成されて上方へ突出する外縁部５１とから構成され、前縁部には後側へ円弧状に凹んだ凹部５７が形成されている。容器受部５５の中央部には排水口５８が形成され、該容器受部５５の上面に落下した飲料水や氷が溶けて生じた氷解水を、該排水口５８を介して下方へ排出可能に構成されている。また、容器受部５５の底部には、可動支持体３１の取付部４０に設けられたネジ挿通孔４３,４３に整合するネジ締結孔４６,４６が形成されており、取付部４０の下方からネジ挿通孔４３,４３に挿通させた各ネジ(図示せず)を該ネジ締結孔４６,４６に各々締結することで、第２載置体２３が可動支持体３１に対して固定される。なお第２載置体２３は、合成樹脂製の成形部材であり、出し入れする第２容器Ｃ２の接触による衝撃を緩和して該容器Ｃ２が傷付いたり破損するのを防止し得るようになっており、ガラス製の第２容器Ｃ２も好適に使用可能である。更に第２載置体２３は、第１載置体２１に対し出し入れする第１容器Ｃ１の接触による衝撃を緩和して該容器Ｃ１が傷付いたり破損するのを防止し得るから、ガラス製の第１容器Ｃ１も好適に使用可能である。   As shown in FIGS. 3 and 5, the second mounting body 23 includes a container receiving portion 55 formed in a circular shape, and an outer edge portion 51 formed on the outer peripheral edge of the container receiving portion 55 and protruding upward. The front edge portion is formed with a concave portion 57 that is recessed in an arc shape toward the rear side. A drain outlet 58 is formed at the center of the container receiving portion 55, and drinking water that has fallen on the upper surface of the container receiving portion 55 and defrosted water generated by melting ice can be discharged downward through the drain outlet 58. It is configured. In addition, screw fastening holes 46 and 46 that are aligned with screw insertion holes 43 and 43 provided in the attachment portion 40 of the movable support 31 are formed at the bottom of the container receiving portion 55, and from below the attachment portion 40. The second mounting body 23 is fixed to the movable support 31 by fastening the screws (not shown) inserted through the screw insertion holes 43 and 43 into the screw fastening holes 46 and 46, respectively. The second mounting body 23 is a molded member made of synthetic resin, and can reduce the impact caused by the contact with the second container C2 to be taken in and out to prevent the container C2 from being damaged or broken. In addition, the second container C2 made of glass can also be suitably used. Further, since the second mounting body 23 can reduce the impact caused by the contact of the first container C1 withdrawing / inserting with respect to the first mounting body 21 and prevent the container C1 from being damaged or broken, it is made of glass. The 1st container C1 can also be used conveniently.

前記第２載置台Ｔ２は、ブラケット３０に取り付けられた可動支持体３１が、第１載置台Ｔ１の第１載置体２１に対する第１容器Ｃ１の出し入れ方向である前後方向に揺動することで、第２載置体２３が第１載置体２１の真上となる第１位置(図６、図７参照)と、該第２載置体２３が第１載置体２１の真上から後方へ退避した第２位置(図８、図９参照)との間を姿勢変位するよう構成されている。すなわち可動支持体３１は、第１位置に対応する第１姿勢と、第２位置に対応する第２姿勢との間で揺動するよう構成されている。   In the second mounting table T2, the movable support 31 attached to the bracket 30 swings in the front-rear direction, which is the insertion / removal direction of the first container C1 with respect to the first mounting body 21 of the first mounting table T1. The first position where the second mounting body 23 is directly above the first mounting body 21 (see FIGS. 6 and 7), and the second mounting body 23 from above the first mounting body 21. It is configured to displace the posture between the second position retracted backward (see FIGS. 8 and 9). In other words, the movable support 31 is configured to swing between a first posture corresponding to the first position and a second posture corresponding to the second position.

可動支持体３１に第２載置体２３が取り付けられた第２載置台Ｔ２は、図２に示すように、第１位置(可動支持体３１の第１姿勢)における該第２載置台Ｔ２の重心Ｇが、ガイドピン４５,４５がガイド溝３８,３８の前端３８Ａに当接することで、支軸４４より後方(第２位置側)でかつ該支軸４４より下方に位置するように構成されている。すなわち、第２載置体２３を固定した可動支持体３１は、ガイドピン４５,４５がガイド溝３８,３８の前端３８Ａで規制されていない場合では、該第２載置台Ｔ２の重心Ｇが支軸４４の真下となる位置まで前方へ揺動した姿勢で釣り合うようになっている。しかし、前述したように、第２載置体２３の第１位置(可動支持体３１の第１姿勢)では、ガイド溝３８,３８の前端３８Ａにガイドピン４５,４５が当接するため、可動支持体３１が第１姿勢から更に前方へ揺動することが規制される。   As shown in FIG. 2, the second mounting table T <b> 2 having the second mounting body 23 attached to the movable support 31 has the second mounting table T <b> 2 in the first position (the first posture of the movable support 31). The center of gravity G is configured to be positioned behind the support shaft 44 (on the second position side) and below the support shaft 44 by the guide pins 45, 45 coming into contact with the front ends 38A of the guide grooves 38, 38. ing. That is, when the guide pins 45, 45 are not restricted by the front ends 38A of the guide grooves 38, 38, the movable support 31 to which the second placement body 23 is fixed supports the center of gravity G of the second placement table T2. They are balanced in a posture that swings forward to a position directly below the shaft 44. However, as described above, at the first position of the second mounting body 23 (the first posture of the movable support body 31), the guide pins 45, 45 abut on the front ends 38A of the guide grooves 38, 38. The body 31 is restricted from further swinging forward from the first posture.

従って第２載置台Ｔ２は、第１位置(可動支持体３１の第１姿勢)においては、該第２載置台Ｔ２の自重により後方から付勢された状態と同じ状態が発現するようになり、第１位置に停止保持されるようになっている。すなわち第２載置台Ｔ２は、第２載置体２３および可動支持体３１を所謂付勢手段として、該第２載置台Ｔ２の自重により常に第１位置に向けて付勢されるように構成されている。また、第２載置体２３の前部が後方に向けて押された際には、可動支持体３１が支軸４４,４４を中心として後方へ揺動することで、図８および図９に示すように、第２載置体２３は前下がりの傾斜状に姿勢変位して第２位置に移動する。   Therefore, in the second mounting table T2, in the first position (the first posture of the movable support 31), the same state as the state in which the second mounting table T2 is urged from the rear by the weight of the second mounting table T2 comes to appear. Stopped and held at the first position. That is, the second mounting table T2 is configured to be always urged toward the first position by the weight of the second mounting table T2, using the second mounting body 23 and the movable support body 31 as so-called urging means. ing. Further, when the front portion of the second mounting body 23 is pushed rearward, the movable support body 31 swings rearward around the support shafts 44 and 44, and as shown in FIGS. 8 and 9. As shown, the second mounting body 23 moves to the second position after being displaced in a downwardly inclined manner.

そして、図２に示すように、第２載置台Ｔ２の第１位置においては、第１載置体２１の容器受部５５の上面から第２載置体２３の容器受部５５の上面までの垂直方向での距離Ｈが、第１容器Ｃ１の高さ寸法ｈ１と第２容器Ｃ２の高さ寸法ｈ１の差(ｈ１−ｈ２)と略同じに設定されている。従って、第１実施例の容器スタンドＳ１は、第１載置台Ｔ１の第１載置体２１に載置された第１容器Ｃ１の上部開口縁１９の高さ位置と、第２載置台Ｔ２の第２載置体２３に載置された第２容器Ｃ２の上部開口縁１９の高さ位置とが、略同じになるようになっている。   And in the 1st position of 2nd mounting base T2, as shown in FIG. 2, from the upper surface of the container receiving part 55 of the 1st mounting body 21 to the upper surface of the container receiving part 55 of the 2nd mounting body 23 The distance H in the vertical direction is set to be substantially the same as the difference (h1−h2) between the height dimension h1 of the first container C1 and the height dimension h1 of the second container C2. Accordingly, the container stand S1 of the first embodiment includes the height position of the upper opening edge 19 of the first container C1 mounted on the first mounting body 21 of the first mounting table T1, and the second mounting table T2. The height position of the upper opening edge 19 of the second container C2 placed on the second placement body 23 is substantially the same.

なお、第１実施例の容器スタンドＳ１では、第１載置台Ｔ１の第１載置体２１に載置した第１容器Ｃ１の上部開口縁１９から放出部１４の下端までの距離と、第２載置台Ｔ２の第２載置体２３に載置した第２容器Ｃ２の上部開口縁１９から放出部１４の下端までの距離とは、該放出部１４から放出された氷塊が各容器Ｃ１,Ｃ２の外に零れない距離とされる。具体的に、各容器Ｃ１,Ｃ２の上部開口縁１９から放出部１４の下端までの距離Ｗは、１０〜２０ｍｍ程度とすることが望ましい。   In the container stand S1 of the first embodiment, the distance from the upper opening edge 19 of the first container C1 placed on the first placement body 21 of the first placement table T1 to the lower end of the discharge portion 14, and the second The distance from the upper opening edge 19 of the second container C2 mounted on the second mounting body 23 of the mounting table T2 to the lower end of the discharge unit 14 means that the ice blocks discharged from the discharge unit 14 are the containers C1, C2. It is the distance that does not spill outside. Specifically, the distance W from the upper opening edge 19 of each container C1, C2 to the lower end of the discharge part 14 is preferably about 10 to 20 mm.

(第１実施例の作用)
前述のように構成された第１実施例の容器スタンドＳ１は、第１載置台Ｔ１および第２載置台Ｔ２の何れも使用されていない状態では、第２載置台Ｔ２の自重と、ガイドピン４５がガイド溝３８の前端３８Ａに当接することで、第２載置台Ｔ２は、第２載置体２３が第１載置台Ｔ１の第１載置体２１の真上で水平姿勢となる第１位置に保持される。すなわち、第１実施例の容器スタンドＳ１は、第１容器Ｃ１および第２容器Ｃ２が載置されていない場合に、第２載置台Ｔ２が第２位置に保持された状態とならないから、第２容器Ｃ２を第１載置台Ｔ１の第１載置体２１に載置して氷塊を放出するという誤使用が好適に防止される。 (Operation of the first embodiment)
The container stand S1 of the first embodiment configured as described above has the weight of the second mounting table T2 and the guide pin 45 in a state where neither the first mounting table T1 nor the second mounting table T2 is used. Is in contact with the front end 38A of the guide groove 38, so that the second mounting table T2 has the first position where the second mounting body 23 is in a horizontal position directly above the first mounting body 21 of the first mounting table T1. Retained. That is, the container stand S1 of the first embodiment is not in a state where the second mounting table T2 is not held in the second position when the first container C1 and the second container C2 are not mounted. The erroneous use of placing the container C2 on the first mounting body 21 of the first mounting table T1 and discharging the ice block is suitably prevented.

第１載置台Ｔ１に第１容器Ｃ１を載置する場合には、図８および図９に示すように、該第１容器Ｃ１を前側から第１載置体２１に載置する際に、該第１容器Ｃ１が第２載置台Ｔ２の第２載置体２３の凹部５７に当接するようになる。これにより第２載置台Ｔ２は、可動支持体３１が各支軸４４,４４を中心として後方へ揺動することで、第２載置体２３が後方へ移動しながら前下がりの姿勢に変位し、該第２載置体２３が第１載置体２１の上方から後方へ退避する。従って、第１載置台Ｔ１の第１載置体２１に対して第１容器Ｃ１の載置が可能となる。第１載置台Ｔ１の第１載置体２１に載置した第１容器Ｃ１は、該第１容器Ｃ１の上部開口縁１９が放出部１４の下端から距離Ｗで離間しているから、該放出部１４から放出された氷塊が該第１容器Ｃ１内に適切に放出され、該第１容器Ｃ１の外部に零れることが防止される。また、前方へ傾斜した第２載置体２３における凹部５７の左右部が前方へ適宜突出するようになるから、第１容器Ｃ１は、凹部５７に当接することで左右方向への倒れが防止される。   When placing the first container C1 on the first placement table T1, when placing the first container C1 on the first placement body 21 from the front side, as shown in FIGS. The first container C1 comes into contact with the concave portion 57 of the second mounting body 23 of the second mounting table T2. As a result, the second mounting table T2 is displaced to a forward-lowering posture while the second mounting body 23 moves rearward as the movable support 31 swings rearward about each of the support shafts 44 and 44. The second mounting body 23 is retracted from the upper side of the first mounting body 21 to the rear. Therefore, the first container C1 can be mounted on the first mounting body 21 of the first mounting table T1. The first container C1 mounted on the first mounting body 21 of the first mounting table T1 has the upper opening edge 19 of the first container C1 separated from the lower end of the discharge section 14 by a distance W, and thus the discharge The ice block discharged from the portion 14 is appropriately discharged into the first container C1 and is prevented from spilling outside the first container C1. Further, since the left and right portions of the recess 57 in the second mounting body 23 inclined forward are appropriately projected forward, the first container C1 is prevented from falling in the left-right direction by contacting the recess 57. The

そして、所定の氷塊の放出が完了して第１容器Ｃ１を第１載置台Ｔ１から取り出すと、第２載置台Ｔ２は、該第２載置台Ｔ２の自重により、可動支持体３１が第１姿勢に姿勢変位すると共に第２載置体２３が第１載置体２１の真上となる第１位置に姿勢変位して停止する。すなわち第２載置台Ｔ２は、第１載置台Ｔ１から第１容器Ｃ１が取り除かれると、該第２載置台Ｔ２の自重により第１位置に自動復帰すると共に、ガイドピン４５,４５がガイド溝３８,３８の前端３８Ａに当接することで第１位置に位置規制される。   When the discharge of the predetermined ice block is completed and the first container C1 is taken out from the first mounting table T1, the second mounting table T2 has the movable support 31 in the first posture due to the weight of the second mounting table T2. At the same time, the second mounting body 23 is displaced and stopped at the first position directly above the first mounting body 21. That is, when the first container C1 is removed from the first mounting table T1, the second mounting table T2 automatically returns to the first position due to the weight of the second mounting table T2, and the guide pins 45 and 45 are guided by the guide grooves 38. , 38 is restricted to the first position by contacting the front end 38A.

第２載置台Ｔ２に第２容器Ｃ２を載置する場合には、図６および図７に示すように、第１位置に保持されている該第２載置台Ｔ２に対して、該第２容器Ｃ２を前側から載置するだけである。第２載置台Ｔ２は、該第２載置台Ｔ２の自重により第１位置に保持されているから、第２容器Ｃ２を容器受部５５に載置する際に不用意に揺動することが防止される。第２載置台Ｔ２の第２載置体２３に載置した第２容器Ｃ２は、該第２容器Ｃ２の上部開口縁１９が放出部１４の下端から適切な距離Ｗで位置しているから、該放出部１４から放出された氷塊が該第２容器Ｃ２内に適切に放出され、該第２容器Ｃ２の外部に零れることが防止される。また、可動支持体３１の左支持アーム４１および右支持アーム４２が、第２載置体２３に載置した第２容器Ｃ２の左右に夫々位置するから、第２容器Ｃ２は左右方向への倒れが防止される。   When the second container C2 is mounted on the second mounting table T2, as shown in FIGS. 6 and 7, the second container C2 is held with respect to the second mounting table T2 held at the first position. Only C2 is placed from the front side. Since the second mounting table T2 is held at the first position by its own weight, the second mounting table T2 is prevented from inadvertently swinging when the second container C2 is mounted on the container receiving portion 55. Is done. Since the second container C2 placed on the second placement body 23 of the second placement table T2 has the upper opening edge 19 of the second container C2 positioned at an appropriate distance W from the lower end of the discharge portion 14, The ice block discharged from the discharge unit 14 is appropriately discharged into the second container C2, and is prevented from spilling outside the second container C2. Further, since the left support arm 41 and the right support arm 42 of the movable support 31 are located on the left and right sides of the second container C2 placed on the second placement body 23, the second container C2 falls in the left-right direction. Is prevented.

従って、第１実施例の容器スタンドＳ１によれば、第１載置台Ｔ１の第１載置体２１に第１容器Ｃ１を載置することで、該第１容器Ｃ１の上部開口縁１９と放出部１４との距離Ｗが適切な範囲内となり、該放出部１４から放出された氷塊が該第１容器Ｃ１内に適切に放出され、該氷塊が該第１容器Ｃ１から零れることを防止し得る。また、第２載置台Ｔ２の第２載置体２３に第２容器Ｃ２を載置することで、該第２容器の上部開口縁１９と放出部１４との距離Ｗが適切な範囲内となり、該放出部１４から放出された氷塊が該第２容器Ｃ２内に適切に放出され、該氷塊が該第２容器Ｃ２から零れることを防止し得る。   Therefore, according to the container stand S1 of the first embodiment, by placing the first container C1 on the first mounting body 21 of the first mounting table T1, the upper opening edge 19 of the first container C1 and the discharge are released. The distance W with respect to the portion 14 falls within an appropriate range, and the ice block discharged from the discharge unit 14 can be appropriately discharged into the first container C1, and the ice block can be prevented from spilling from the first container C1. . Further, by placing the second container C2 on the second placement body 23 of the second placement table T2, the distance W between the upper opening edge 19 of the second container and the discharge portion 14 is within an appropriate range, The ice block discharged from the discharge unit 14 can be appropriately discharged into the second container C2, and the ice block can be prevented from spilling from the second container C2.

そして、容器スタンドＳ１の非使用時には、第２載置台Ｔ２が、第２載置体２３が第１載置台Ｔ１の第１載置体２１の真上である第１位置に、該第２載置台Ｔ２の自重および規制手段(ガイドピン４５およびガイド溝３８)により保持されるから、第２容器Ｃ２を第１載置台Ｔ１の第１載置体２１に載置した状態で放出部１４から氷塊を放出する誤使用を防止することができる。また、第１容器Ｃ１を第１載置台Ｔ１の第１載置体２１に載置する際には、該第１容器Ｃ１で第２載置台Ｔ２を押すだけで、該第２載置体台Ｔ２が後方へ揺動して第１位置から第２位置へ姿勢変位するから、第１容器Ｃ１を把持した片方の手だけで第１容器Ｃ１を第１載置台Ｔ１に載置させることができ、第１載置台Ｔ１に対する第１容器Ｃ１の載置に手間が掛からない。同様に、第１載置台Ｔ１の第１載置体２１に載置していた第１容器Ｃ１を取り出すことで、第２載置台Ｔ２が第１位置へ該第２載置体Ｔ２の自重により姿勢変位するから、第１容器Ｃ１の取り出し後に第２載置台Ｔ２を第１位置へ手動により揺動させる必要もない。また、第２載置台Ｔ２が該第２載置台Ｔ２の自重により第１位置に保持されるから、極めて簡単な構成とすることができる。   When the container stand S1 is not used, the second mounting table T2 is placed at the first position where the second mounting body 23 is directly above the first mounting body 21 of the first mounting table T1. Since it is held by the dead weight of the mounting table T2 and the restricting means (the guide pin 45 and the guide groove 38), the ice block from the discharge unit 14 with the second container C2 mounted on the first mounting body 21 of the first mounting table T1. Can be prevented from being misused. Further, when the first container C1 is placed on the first placement body 21 of the first placement table T1, the second placement body table is simply pushed by pressing the second placement table T2 with the first container C1. Since T2 swings backward and the posture is displaced from the first position to the second position, the first container C1 can be placed on the first placement table T1 with only one hand holding the first container C1. In addition, it takes less time to place the first container C1 on the first placement table T1. Similarly, by removing the first container C1 that has been placed on the first placement body 21 of the first placement table T1, the second placement table T2 is moved to the first position by the weight of the second placement body T2. Since the posture is displaced, there is no need to manually swing the second mounting table T2 to the first position after taking out the first container C1. Further, since the second mounting table T2 is held at the first position by the weight of the second mounting table T2, a very simple configuration can be achieved.

(第２実施例)
図１０〜図１５は、第２実施例の容器スタンドＳ２を示す概略斜視図である。第２実施例の容器スタンドＳ２は、ベース部材６０の上面に設けられた第１載置部(載置部)６１を備え、第１容器Ｃ１を載置する第１載置台Ｔ１と、ベース部材６０の上面に固定したブラケット６２に取り付けられた一対の載置体(左載置体８０および右載置体８１)を備え、第２容器Ｃ２を載置する第２載置台Ｔ２とを備えている。第２実施例の容器スタンドＳ２は、第１実施例の容器スタンドＳ１と同様に、第１載置台６１に載置した第１容器Ｃ１の上部開口縁１９と第２載置台Ｔ２に載置した第２容器Ｃ２の上部開口縁１９との位置を略同じ高さにすることで、両容器Ｃ１,Ｃ２の上部開口縁１９から放出部１４の下端までの距離Ｗが略同じになるように構成されている。 (Second embodiment)
10 to 15 are schematic perspective views showing the container stand S2 of the second embodiment. The container stand S2 of the second embodiment includes a first mounting portion (mounting portion) 61 provided on the upper surface of the base member 60, a first mounting table T1 on which the first container C1 is mounted, and a base member. A pair of mounting bodies (left mounting body 80 and right mounting body 81) attached to a bracket 62 fixed to the upper surface of 60, and a second mounting table T2 on which the second container C2 is mounted. Yes. Similarly to the container stand S1 of the first embodiment, the container stand S2 of the second embodiment was placed on the upper opening edge 19 of the first container C1 placed on the first placement table 61 and the second placement table T2. The distance W from the upper opening edge 19 of both containers C1 and C2 to the lower end of the discharge part 14 is made substantially the same by making the position of the second container C2 with the upper opening edge 19 substantially the same height. Has been.

前記第１載置台Ｔ１を構成するベース部材６０は、図１０および図１１に示すように、ステンレス板からプレス成形された横長で矩形の逆トレー状の成形部材である。ベース部材６０は、横長矩形をなす支持板部６４と、この支持板部６４の左右および前後の各縁から下方へ折り曲げられた外縁部６５とからなり、支持板部６４の略中央に形成された円形の凹部が第１載置部６１として機能するようになっている。支持板部６４における第１載置部６１の後側には、ブラケット６２を固定するためのブラケット取付部６６が設けられている。また、支持板部６４の上面には、第１載置部６１の左側上方の右側上方まで該第１載置部６１の後縁に沿って湾曲するように延在形成されたストッパ６７が配設されており、第１載置部６１に載置した第１容器Ｃ１が該ストッパ６７に当接し得るようになっている。なお支持板部６４には、第１載置部６１の左側、右側および前側に、複数のスリット６８が形成されており、該支持板部６４の上面に零れた氷が溶けて生じた氷解水が下方へ落下し得るようになっている。   As shown in FIGS. 10 and 11, the base member 60 constituting the first mounting table T <b> 1 is a horizontally long and rectangular reverse tray-shaped molded member that is press-formed from a stainless steel plate. The base member 60 includes a support plate portion 64 having a horizontally long rectangle, and an outer edge portion 65 bent downward from left and right and front and rear edges of the support plate portion 64, and is formed at a substantially center of the support plate portion 64. A circular concave portion functions as the first placement portion 61. A bracket mounting portion 66 for fixing the bracket 62 is provided on the rear side of the first placement portion 61 in the support plate portion 64. Further, on the upper surface of the support plate portion 64, a stopper 67 is formed so as to be curved along the rear edge of the first placement portion 61 to the upper right side above the left side of the first placement portion 61. The first container C1 placed on the first placement portion 61 can come into contact with the stopper 67. The support plate portion 64 has a plurality of slits 68 formed on the left side, the right side, and the front side of the first placement portion 61, and ice decontamination generated by melting of spilled ice on the upper surface of the support plate portion 64. Can fall down.

第１載置部６１は、図１０に示すと共に前述したように、ベース部材６０の支持板部６４に一体的に形成されており、該支持板部６４の上面より一段低い円形の容器受部７５を備えている。容器受部７５の中央部には排水口７６が形成されると共に、該容器受部７５の外周部には周方向へ所要間隔毎に複数の排水口７７が形成されており、該第１載置部Ｔ１の上面に落下した飲料水や氷が溶けた氷解水が、排水口７６,７７を介して下方へ排出可能に構成されている。   As shown in FIG. 10 and as described above, the first placement portion 61 is formed integrally with the support plate portion 64 of the base member 60, and is a circular container receiving portion that is one step lower than the upper surface of the support plate portion 64. 75. A drain port 76 is formed in the central portion of the container receiving portion 75, and a plurality of drain ports 77 are formed in the outer peripheral portion of the container receiving portion 75 at a required interval in the circumferential direction. Drinking water that has fallen on the upper surface of the placement unit T1 or ice-melting water in which ice has melted is configured to be discharged downward through the drain ports 76 and 77.

前記ブラケット６２は、図１０〜図１３に示すように、前側から見た形状が略矩形の門形に形成され、ベース部材６０の上面に固定される第１ブラケット７０と、前側から見た形状が横長の門形に形成され、第１ブラケット７０の上板部７０Ａの上面に取り付けられた第２ブラケット７１とからなり、第２ブラケット７１の水平に延在する上板部７１Ａと第１ブラケット７０の水平に延在する上板部７０Ａとが、所要の間隔をおいて上下に対向している。そして、第１ブラケット７０の上板部７０Ａと第２ブラケット７１の上板部７１Ａとの間には、下端が第１ブラケット７０の上板部７０Ａに固定支持されると共にする上端が第２ブラケット７１の上板部７１Ａに固定支持された２本の支軸７２,７２が、軸方向が上下に延在した状態で左右に離間して配設されている。   As shown in FIGS. 10 to 13, the bracket 62 is formed in a substantially rectangular gate shape when viewed from the front side, and has a first bracket 70 fixed to the upper surface of the base member 60 and a shape viewed from the front side. Is formed in a horizontally elongated gate shape, and includes a second bracket 71 attached to the upper surface of the upper plate portion 70A of the first bracket 70, and the upper plate portion 71A and the first bracket extending horizontally of the second bracket 71 70 horizontally extending upper plate portions 70A are opposed to each other at a predetermined interval. Between the upper plate portion 70A of the first bracket 70 and the upper plate portion 71A of the second bracket 71, the lower end is fixedly supported by the upper plate portion 70A of the first bracket 70 and the upper end is the second bracket. The two support shafts 72 and 72 fixedly supported by the upper plate portion 71A of the 71 are arranged apart from each other in the left-right direction with the axial direction extending vertically.

前記第２載置台Ｔ２を構成する左載置体８０および右載置体８１は、水平方向に分割されて左右対称形状に形成されている。左載置体８０および右載置体８１は、前記支軸７２が上下に貫通する貫通孔８２Ａが形成された支持部８２と、該支持部８２から前方へ湾曲状に延出する保持部８３と、該保持部８３から対向する載置体側へ水平に延出する容器受部８４とを備えて、支持部８２、保持部８３および容器受部８４が一体に形成されている。すなわち、左載置体８０および右載置体８１は、ブラケット６２に配設された各支軸７２,７２が支持部８２の貫通孔８２Ａに上下に貫通することで、該支軸７２を回転中心として水平方向に旋回するようになっている。また、左載置体８０の支持部８２および右載置体８１の支持部８２は、貫通孔８２Ａを挟んで保持部８３との連設部と反対側の部分に、該貫通孔８２Ａを中心として円弧状に延在するギア(連係手段)８５が形成されており、両ギア８５,８５が噛合した状態で左載置体８０および右載置体８１が配設されている。従って、左載置体８０および右載置体８１は、水平方向に連動しながら逆方向へ旋回して、容器受部８４,８４が互い近接または離間するようになっている。そして、左載置体８０および右載置体８１の両容器受部８４,８４が互いに近接した状態(図１０、図１１(ａ)参照)が第２載置台Ｔ２の第１位置であり、両載置体８０,８１の容器受部８４,８４が互いに離間して第１載置部６１の上方から左右に退避した状態(図１１(ｂ)、図１４参照)が第２載置台Ｔ２の第２位置である。   The left mounting body 80 and the right mounting body 81 constituting the second mounting table T2 are divided in the horizontal direction and formed in a bilaterally symmetric shape. The left mounting body 80 and the right mounting body 81 include a support portion 82 formed with a through hole 82A through which the support shaft 72 passes vertically, and a holding portion 83 extending in a curved shape from the support portion 82 to the front. And a container receiving portion 84 extending horizontally from the holding portion 83 toward the opposite mounting body, and the support portion 82, the holding portion 83, and the container receiving portion 84 are integrally formed. That is, the left mounting body 80 and the right mounting body 81 rotate the support shaft 72 by vertically supporting the support shafts 72, 72 disposed in the bracket 62 through the through hole 82 </ b> A of the support portion 82. It turns around in the horizontal direction as the center. Further, the support portion 82 of the left mounting body 80 and the support portion 82 of the right mounting body 81 are centered on the through hole 82A at a portion opposite to the connecting portion with the holding portion 83 across the through hole 82A. A gear (linking means) 85 extending in an arc shape is formed, and the left mounting body 80 and the right mounting body 81 are disposed in a state where both the gears 85 and 85 are engaged with each other. Therefore, the left mounting body 80 and the right mounting body 81 are swung in the opposite direction while interlocking with the horizontal direction so that the container receiving portions 84 and 84 are close to or separated from each other. And the state (refer FIG. 10, FIG. 11 (a)) where both container receiving parts 84 and 84 of the left mounting body 80 and the right mounting body 81 adjoined each other is the 1st position of 2nd mounting base T2. The state in which the container receiving portions 84, 84 of both the mounting bodies 80, 81 are separated from each other and retracted from the upper side of the first mounting portion 61 to the left and right (see FIG. 11B and FIG. 14) is the second mounting table T2. Is the second position.

そして第２載置台Ｔ２は、第１位置において左載置体８０と右載置体８１との間に隙間が形成され、該第２載置部Ｔ２の上面に落下した飲料水や氷が溶けた氷解水が隙間を介して下方へ排出可能に構成されている。また、左載置体８０および右載置体８１は、合成樹脂製の成形部材であり、出し入れする第２容器Ｃ２の接触による衝撃を緩和して該容器Ｃ２が傷付いたり破損するのを防止し得るようになっており、ガラス製の第２容器Ｃ２も好適に使用可能である。更に、左載置体８０および右載置体８１は、第１載置部６１に対して出し入れする第１容器Ｃ１の接触による衝撃を緩和して該容器Ｃ１が傷付いたり破損するのを防止し得るから、ガラス製の第１容器Ｃ１も好適に使用可能である。   In the second mounting table T2, a gap is formed between the left mounting body 80 and the right mounting body 81 at the first position, and the drinking water and ice that have fallen on the upper surface of the second mounting portion T2 are melted. The deiced water is configured to be discharged downward through the gap. Further, the left mounting body 80 and the right mounting body 81 are synthetic resin molded members, and the impact due to the contact of the second container C2 to be taken in and out is reduced to prevent the container C2 from being damaged or damaged. The second container C2 made of glass can also be suitably used. Furthermore, the left mounting body 80 and the right mounting body 81 alleviate the impact caused by the contact of the first container C1 withdrawing / inserting with respect to the first mounting part 61, thereby preventing the container C1 from being damaged or damaged. Therefore, the glass first container C1 can also be suitably used.

また、左載置体８０の支持部８２および右載置体８１の支持部８２には、図１１(ａ)および図１１(ｂ)に示すように、周方向へ突出した係止部８６が形成されている。両載置体８０,８１の係止部８６,８６には、上方から見て左右中央が後方へ凸となる湾曲状に形成された付勢手段としての板バネ(付勢手段)８７が配設されている。この板バネ８７は、左載置体８０および右載置体８１を、常に第１位置側へ弾力的に保持するよう付勢した状態で配設されており、左載置体８０および右載置体８１が第２位置に向けて旋回する際には両載置体８０,８１の係止部８６,８６が相対的に近接することで屈曲度合が大きくなって圧縮的に弾性変形するようになっている。   Further, as shown in FIGS. 11A and 11B, the support portion 82 of the left mounting body 80 and the support portion 82 of the right mounting body 81 have a locking portion 86 protruding in the circumferential direction. Is formed. Plate springs (biasing means) 87 as urging means are formed on the engaging portions 86, 86 of both mounting bodies 80, 81, which are formed in a curved shape with the left and right centers protruding rearward when viewed from above. It is installed. The leaf spring 87 is disposed in a state in which the left mounting body 80 and the right mounting body 81 are always urged so as to elastically hold the left mounting body 80 and the right mounting body 81 toward the first position side. When the mounting body 81 turns toward the second position, the locking portions 86, 86 of the mounting bodies 80, 81 are relatively close to each other so that the degree of bending is increased and the elastic body is compressively elastically deformed. It has become.

そして、図１３に示すように、第２載置台Ｔ２の第１位置においては、第１載置部６１の容器受部７５の上面から、第２載置台Ｔ２の左載置体８０および右載置台８１の容器受部８４の上面までの垂直方向での距離Ｈが、第１容器Ｃ１の高さ寸法ｈ１と第２容器Ｃ２の高さ寸法ｈ１の差(ｈ１−ｈ２)と略同じに設定されている。従って、第２実施例の容器スタンドＳ２は、第１載置台Ｔ１の第１載置部６１に載置された第１容器Ｃ１の上部開口縁１９の高さ位置と、第２載置台Ｔ２の左載置体８０および右載置体８１に載置された第２容器Ｃ２の上部開口縁１９の高さ位置とが、略同じになるようになっている。   And in the 1st position of 2nd mounting base T2, as shown in FIG. 13, from the upper surface of the container receiving part 75 of the 1st mounting part 61, the left mounting body 80 and right mounting of 2nd mounting base T2 are carried out. The distance H in the vertical direction to the upper surface of the container receiving portion 84 of the mounting table 81 is set to be substantially the same as the difference (h1−h2) between the height dimension h1 of the first container C1 and the height dimension h1 of the second container C2. Has been. Therefore, the container stand S2 of the second embodiment includes the height position of the upper opening edge 19 of the first container C1 placed on the first placement part 61 of the first placement table T1, and the second placement table T2. The height position of the upper opening edge 19 of the second container C2 placed on the left placing body 80 and the right placing body 81 is substantially the same.

(第２実施例の作用)
前述のように構成された第２実施例の容器スタンドＳ２は、第１載置台Ｔ１および第２載置台Ｔ２の何れも使用されていない状態では、第２載置台Ｔ２の左載置体８０および右載置体８１が、第１載置台Ｔ１の容器受部７５の真上で水平姿勢となる第１位置に、板バネ８７の付勢力により保持される。すなわち、第２実施例の容器スタンドＳ２は、第１容器Ｃ１および第２容器Ｃ２が載置されていない場合に、第２載置台Ｔ２の左載置体８０および右載置体８１が第２位置に保持された状態とならないから、第２容器Ｃ２を第１載置台Ｔ１の容器受部７５に載置して氷塊を放出するという誤使用が好適に防止される。 (Operation of the second embodiment)
The container stand S2 of the second embodiment configured as described above has the left mounting body 80 of the second mounting table T2 in a state where neither the first mounting table T1 nor the second mounting table T2 is used. The right mounting body 81 is held by the urging force of the leaf spring 87 at the first position where the right mounting body 81 is in a horizontal position directly above the container receiving portion 75 of the first mounting table T1. That is, when the first container C1 and the second container C2 are not placed on the container stand S2 of the second embodiment, the left placing body 80 and the right placing body 81 of the second placing table T2 are second. Since it does not become the state hold | maintained in the position, the misuse which mounts the 2nd container C2 in the container receiving part 75 of 1st mounting base T1, and discharge | releases an ice block is prevented suitably.

第１載置台Ｔ１に第１容器Ｃ１を載置する場合には、該第１容器Ｃ１を前側から第１載置台Ｔ１に載置する際に、該第１容器Ｃ１が第２載置台Ｔ２の左載置体８０および右載置体８１の容器受部８４,８４の前縁部に当接するようになる。これにより、第２載置台Ｔ２の左載置体８０および右載置体８１は、図１１(ｂ)、図１４および図１５に示すように、左右水平方向へ連動して旋回することで第１載置台Ｔ１の上方から側方へ退避するから、第１載置台Ｔ１の容器受部７５に対して第１容器Ｃ１の載置が可能となる。第１載置台Ｔ１の容器受部７５に載置した第１容器Ｃ１は、該第１容器Ｃ１の上部開口縁１９が放出部１４の下端から距離Ｗで離間しているから、該放出部１４から放出された氷塊が該第１容器Ｃ１内に適切に放出され、該第１容器Ｃ１の外部に零れることが防止される。また、左右方向へ旋回した第２位置の左載置体８０および右載置体８１が第１容器Ｃ１に左右方向が当接するから、該第１容器Ｃ１は左右方向への倒れが防止される。   When mounting the first container C1 on the first mounting table T1, when the first container C1 is mounted on the first mounting table T1 from the front side, the first container C1 is placed on the second mounting table T2. The left mounting body 80 and the right mounting body 81 come into contact with the front edge portions of the container receiving portions 84 and 84. As a result, the left mounting body 80 and the right mounting body 81 of the second mounting table T2 are rotated in conjunction with the horizontal direction as shown in FIG. 11B, FIG. 14 and FIG. Since the first mounting table T1 is retracted from the upper side to the side, the first container C1 can be mounted on the container receiving portion 75 of the first mounting table T1. The first container C1 placed on the container receiving portion 75 of the first placement table T1 has the upper opening edge 19 of the first container C1 spaced apart from the lower end of the discharge portion 14 by a distance W. It is prevented that the ice block discharged from is appropriately discharged into the first container C1 and spills outside the first container C1. In addition, since the left mounting body 80 and the right mounting body 81 in the second position rotated in the left-right direction contact the first container C1 in the left-right direction, the first container C1 is prevented from falling in the left-right direction. .

そして、所定の氷塊の放出が完了して第１容器Ｃ１を第１載置台Ｔ１から取り出すと、第２載置台Ｔ２の左載置体８０および右載置体８１は、前記板バネ８７の付勢力により、水平方向へ連動して旋回して第１位置に移動すると共に、第１載置部６１の真上となる該第１位置で保持される。   When the release of the predetermined ice block is completed and the first container C1 is taken out from the first mounting table T1, the left mounting body 80 and the right mounting body 81 of the second mounting table T2 are attached to the plate spring 87. The power is pivoted in the horizontal direction to move to the first position, and is held at the first position directly above the first placement portion 61.

第２載置台Ｔ２に第２容器Ｃ２を載置する場合には、図１２および図１３に示すように、第１位置に板バネ８７により付勢保持されている左載置体８０および右載置体８１の容器受部８４に対して、該第２容器Ｃ２を前側から載置するだけである。第２載置台Ｔ２の左載置体８０および右載置体８１は、板バネ８７により第１位置に付勢保持されているから、第２容器Ｃ２を容器受部８４,８４に載置する際に不用意に旋回することが防止される。第２載置台Ｔ２の左載置体８０および右載置体８１に載置した第２容器Ｃ２は、該第２容器Ｃ２の上部開口縁１９が放出部１４の下端から適切な距離Ｗで位置しているから、該放出部１４から放出された氷塊が該第２容器Ｃ２内に適切に放出され、該第２容器Ｃ１から外部に零れることが防止される。   When the second container C2 is mounted on the second mounting table T2, as shown in FIGS. 12 and 13, the left mounting body 80 and the right mounting that are biased and held by the leaf spring 87 at the first position are provided. The second container C2 is simply placed from the front side with respect to the container receiving portion 84 of the mounting body 81. Since the left mounting body 80 and the right mounting body 81 of the second mounting table T2 are biased and held at the first position by the plate spring 87, the second container C2 is mounted on the container receiving portions 84 and 84. Inadvertent turning is prevented. In the second container C2 placed on the left placing body 80 and the right placing body 81 of the second placing table T2, the upper opening edge 19 of the second container C2 is positioned at an appropriate distance W from the lower end of the discharge portion 14. Therefore, the ice block discharged from the discharge portion 14 is appropriately discharged into the second container C2 and is prevented from spilling outside from the second container C1.

従って、第２実施例の容器スタンドＳ２によれば、第１載置台Ｔ１の容器受部７５に第１容器Ｃ１を載置することで、該第１容器Ｃ１の上部開口縁１９と放出部１４との距離Ｗが適切な範囲内となり、該放出部１４から放出された氷塊が該第１容器Ｃ１内に適切に放出され、該氷塊が該第１容器Ｃ１から零れることを防止し得る。また、第２載置台Ｔ２の左載置体８０および右載置体８１に第２容器Ｃ２を載置することで、該第２容器の上部開口縁１９と放出部１４との距離Ｗが適切な範囲内となり、該放出部１４から放出された氷塊が該第２容器Ｃ２内に適切に放出され、該氷塊が該第２容器Ｃ２から零れることを防止し得る。   Therefore, according to the container stand S2 of the second embodiment, by placing the first container C1 on the container receiving portion 75 of the first mounting table T1, the upper opening edge 19 of the first container C1 and the discharge portion 14 are placed. The distance W is within an appropriate range, so that the ice block discharged from the discharge unit 14 can be appropriately discharged into the first container C1, and the ice block can be prevented from spilling from the first container C1. Further, by placing the second container C2 on the left placing body 80 and the right placing body 81 of the second placing table T2, the distance W between the upper opening edge 19 of the second container and the discharge portion 14 is appropriate. The ice block discharged from the discharge unit 14 is appropriately discharged into the second container C2, and the ice block can be prevented from spilling from the second container C2.

そして、容器スタンドＳ２の非使用時には、第２載置台Ｔ２の左載置体８０および右載置体８１が第１載置台Ｔ１の容器受部７５の真上である第１位置に、板バネ８７の付勢力により付勢保持されるから、第２容器Ｃ２を第１載置台Ｔ１の容器受部７５に載置した状態で放出部１４から氷塊を放出する誤使用を防止することができる。また、第１容器Ｃ１を第１載置台Ｔ１の容器受部７５に載置する際には、該第１容器Ｃ１で第２載置台Ｔ２の左載置体８０および右載置体８１を押すだけで、該左載置体８０および右載置体８１が第１位置から第２位置へ旋回して姿勢変位するから、第１容器Ｃ１を把持した片方の手だけで第１容器Ｃ１を第１載置台Ｔ１に載置させることができ、第１載置台Ｔ１に対する第１容器Ｃ１の載置に手間が掛からない。同様に、第１載置台Ｔ１の容器受部７５に載置していた第１容器Ｃ１を取り出すことで、第２載置台Ｔ２の左載置体８０および右載置体８１が第１位置へ板バネ８７の付勢力により姿勢変位するから、第１容器Ｃ１の取り出し後に第２載置台Ｔ２を第１位置へ手動により旋回させる必要もない。   When the container stand S2 is not used, the leaf springs are placed in the first position where the left mounting body 80 and the right mounting body 81 of the second mounting table T2 are directly above the container receiving portion 75 of the first mounting table T1. Since the second container C2 is placed on the container receiving part 75 of the first mounting table T1, misuse of discharging the ice block from the discharge part 14 can be prevented. Further, when the first container C1 is placed on the container receiving portion 75 of the first placing table T1, the left placing body 80 and the right placing body 81 of the second placing table T2 are pushed by the first container C1. Therefore, the left mounting body 80 and the right mounting body 81 are swung from the first position to the second position and displaced in posture, so that the first container C1 can be moved only with one hand holding the first container C1. It is possible to place the first container C1 on the first mounting table T1, and it does not take time to mount the first container C1 on the first mounting table T1. Similarly, the left mounting body 80 and the right mounting body 81 of the second mounting table T2 are moved to the first position by taking out the first container C1 that has been mounted on the container receiving portion 75 of the first mounting table T1. Since the posture is displaced by the urging force of the leaf spring 87, it is not necessary to manually turn the second mounting table T2 to the first position after the first container C1 is taken out.

(変更例)
本願の容器スタンドは、前記実施例に例示した構成に限定されず、様々に変更して実施することが可能である。
（１）第１実施例の容器スタンドＳ１に、ねじりバネや板バネ等の付勢手段を装着して、該付勢手段により可動支持体３１を第１姿勢側に付勢することで、第２載置台Ｔ２を第１位置に弾力的に保持するよう構成してもよい。なお、可動支持体３１を付勢手段で第１姿勢側へ付勢するよう構成した場合には、第２載置体２３が第２位置に向けて姿勢変位する方向は、上方に限らず、下方、左方または右方であってもよい。
（２）第２実施例の容器スタンドＳ２は、第２載置台Ｔ２を、左右一対の載置体８０,８１から構成したものに限らず、１つの載置体または３つ以上の載置体から構成したものであってもよい。
（３）第２載置台Ｔ２は、第１実施例の揺動タイプおよび第２実施例の旋回タイプに限らず、前後または左右に直線的にスライドするスライドタイプであってもよい。
（４）各実施例では、アイスディスペンサＩＤに配設した容器スタンドＳ１,Ｓ２を例示したが、該容器スタンドは飲料ディスペンサに配設するものであってもよい。
（５）第２実施例では、第２載置台Ｔ２における左載置体８０および右載置体８１を連係する連係手段としてギア８５を例示したが、該連係手段は、リンク部材によるリンク機構や、カムによるカム機構等であってもよい。
（６）各実施例では、第１容器Ｃ１および第２容器Ｃ２を上下方向において直径が変化しないストレート形状を例示したが、両容器Ｃ１,Ｃ２は、高さ寸法が規定に設定されたものであれば形状は異なったものでもよく、また上部開口縁１９が底部より大径となるコップ形状であってもよい。 (Change example)
The container stand of this application is not limited to the structure illustrated in the said Example, It can be implemented in various changes.
(1) A biasing means such as a torsion spring or a leaf spring is attached to the container stand S1 of the first embodiment, and the movable support 31 is biased toward the first posture by the biasing means. You may comprise so that 2 mounting base T2 may be hold | maintained elastically in a 1st position. When the movable support 31 is configured to be urged toward the first posture by the urging means, the direction in which the second mounting body 23 is displaced toward the second position is not limited to the upper side. It may be down, left or right.
(2) The container stand S2 of the second embodiment is not limited to one in which the second mounting table T2 is composed of a pair of left and right mounting bodies 80 and 81, but one mounting body or three or more mounting bodies. It may be configured from.
(3) The second mounting table T2 is not limited to the swing type of the first embodiment and the swivel type of the second embodiment, and may be a slide type that linearly slides back and forth or right and left.
(4) In each embodiment, the container stands S1 and S2 disposed in the ice dispenser ID are illustrated, but the container stand may be disposed in the beverage dispenser.
(5) In the second embodiment, the gear 85 is exemplified as the linking means for linking the left mounting body 80 and the right mounting body 81 in the second mounting table T2, but the linking means includes a link mechanism using a link member, Alternatively, a cam mechanism using a cam may be used.
(6) In each of the examples, the first container C1 and the second container C2 are illustrated as straight shapes in which the diameter does not change in the vertical direction. As long as the shape is different, the shape may be different, or a cup shape in which the upper opening edge 19 has a larger diameter than the bottom portion may be used.

２３ 第２載置体(載置部、付勢手段)，３１ 可動支持体，３８Ａ 前端(規制手段)，
４４ 支軸，４５ ガイドピン(規制手段)，７２ 支軸，８０ 左載置体，８１ 右載置体，
８５ ギア(連係手段)，８７ 板バネ(付勢手段)，Ｃ１ 第１容器(容器)，
Ｃ２ 第２容器(容器)，Ｇ 重心，Ｔ１ 第１載置台，Ｔ２ 第２載置台， 23 second mounting body (mounting part, biasing means), 31 movable support, 38A front end (regulating means),
44 support shafts, 45 guide pins (regulating means), 72 support shafts, 80 left mounting body, 81 right mounting body,
85 gear (linking means), 87 leaf spring (biasing means), C1 first container (container),
C2 second container (container), G center of gravity, T1 first mounting table, T2 second mounting table,

Claims (3)

容器(C1,C2)を載置可能な容器スタンドであって、
前記容器(C1)が載置可能な第１載置台(T1)と、
前記第１載置台(T1)から上方へ離間して容器(C2)を載置可能な第１位置および該第１載置台(T1)の上方から退避する第２位置に姿勢変位可能な第２載置台(T2)と、
前記第２載置台(T2)を常に第１位置に向けて付勢する付勢手段(23)とを備え、
前記第２載置台(T2)は、容器(C2)が載置可能な載置部(23)と、前記第１載置台(T1)に対する前記容器(C1)の出し入れ方向と直交するよう延在する支軸(44)に揺動可能に支持され、前記載置部(23)が取り付けられた可動支持体(31)とを備え、
前記第２載置台(T2)は、前記第１位置において該第２載置台(T2)の重心(G)が、前記第１載置台(T1)に対する容器(C1)の出し入れ方向において、前記支軸(44)より第２位置側で、かつ該支軸(44)より下方に位置するように規制手段(38A,45)で支持され、
前記第２載置台(T2)は、該第２載置台(T2)の自重を前記付勢手段(23)として常に第１位置に向けて付勢されるよう構成され、
前記第２載置台(T2)は、前記第１載置台(T1)への前記容器(C1)の載置時に該容器(C1)で押されて付勢手段(23)の付勢力に抗して前記第１位置から第２位置へ姿勢変位し、前記第１載置台(T1)から容器(C1)を取り除くことで、付勢手段(23)の付勢力によって第１位置へ自動復帰するよう構成される
ことを特徴とする容器スタンド。 A container stand on which containers (C1, C2) can be placed,
A first mounting table (T1) on which the container (C1) can be mounted;
A second position whose position can be displaced to a first position where the container (C2) can be placed spaced apart upward from the first placement table (T1) and a second position where the container (C1) is retracted from above the first placement table (T1). Mounting table (T2),
And a biasing means (23) for urging always the first position the second table (T2),
The second mounting table (T2) extends so as to be orthogonal to the mounting portion (23) on which the container (C2) can be mounted and the container (C1) with respect to the first mounting table (T1). And a movable support (31) supported by the support shaft (44) so as to be swingable and having the mounting portion (23) attached thereto,
The second mounting table (T2) has the center of gravity (G) of the second mounting table (T2) at the first position in the direction in which the container (C1) is put in and out of the first mounting table (T1). Supported by the regulating means (38A, 45) so as to be located on the second position side of the shaft (44) and below the support shaft (44);
The second mounting table (T2) is configured to always be urged toward the first position with the weight of the second mounting table (T2) as the urging means (23).
The second mounting table (T2) is pushed by the container (C1) when the container (C1) is mounted on the first mounting table (T1) and resists the biasing force of the biasing means (23 ) . Then, the posture is displaced from the first position to the second position, and the container (C1) is removed from the first mounting table (T1), thereby automatically returning to the first position by the urging force of the urging means (23 ) . A container stand characterized by being configured to do. 容器(C1,C2)を載置可能な容器スタンドであって、
前記容器(C1)が載置可能な第１載置台(T1)と、
前記第１載置台(T1)から上方へ離間して容器(C2)を載置可能な第１位置および該第１載置台(T1)の上方から退避する第２位置に姿勢変位可能な第２載置台(T2)と、
前記第２載置台(T2)を常に第１位置に向けて付勢する付勢手段(87)とを備え、
前記第２載置台(T2)は、上下方向に延在する支軸(72)に回転可能に支持され、
前記第２載置台(T2)は、第１位置から第２位置へ前記支軸(72)を中心として旋回するよう構成され、
前記第２載置台(T2)は、前記第１載置台(T1)への前記容器(C1)の載置時に該容器(C1)で押されて付勢手段(87)の付勢力に抗して前記第１位置から第２位置へ姿勢変位し、前記第１載置台(T1)から容器(C1)を取り除くことで付勢手段(87)の付勢力によって第１位置へ自動復帰するよう構成される
ことを特徴とする容器スタンド。 A container stand on which containers (C1, C2) can be placed,
A first mounting table (T1) on which the container (C1) can be mounted;
A second position whose position can be displaced to a first position where the container (C2) can be placed spaced apart upward from the first placement table (T1) and a second position where the container (C1) is retracted from above the first placement table (T1). Mounting table (T2),
Biasing means (87) for constantly biasing the second mounting table (T2) toward the first position;
The second mounting table (T2) is rotatably supported by a support shaft (72) extending in the vertical direction,
The second mounting table (T2) is configured to turn around the support shaft (72) from a first position to a second position,
The second mounting table (T2) is pushed by the container (C1) when the container (C1) is mounted on the first mounting table (T1) and resists the biasing force of the biasing means (87). The posture is displaced from the first position to the second position, and the container (C1) is removed from the first mounting table (T1) so as to automatically return to the first position by the urging force of the urging means (87). Be done
A container stand characterized by that . 前記第２載置台(T2)は、前記支軸(72)に夫々回転可能に支持された一対の載置体(80,81)から構成され、
前記両載置体(80,81)は、連係手段(85)により連動可能に連係され、前記第１位置では前記付勢手段(87)の付勢力によって互いに近接して前記容器(C2)の載置を可能とし、前記第２位置では互いに離間して前記第１載置台(T1)に対する前記容器(C1)の載置を許容するよう構成された請求項２記載の容器スタンド。 The second mounting table (T2) includes a pair of mounting bodies (80, 81) that are rotatably supported by the support shaft (72),
The two mounting bodies (80, 81) are linked to each other by linkage means (85), and in the first position, they are brought close to each other by the biasing force of the biasing means (87). 3. The container stand according to claim 2 , wherein the container stand is configured to allow mounting and to allow the container (C1) to be placed on the first mounting table (T1) at a distance from each other in the second position.
JP2012070332A 2012-03-26 2012-03-26 Container stand Expired - Fee Related JP5952606B2 (en)

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JP4146981B2 (en) * 2000-01-13 2008-09-10 ホシザキ電機株式会社 Container receiving device for beverage dispenser
JP2002243323A (en) * 2001-02-16 2002-08-28 Hoshizaki Electric Co Ltd Ice dispenser
JP4739747B2 (en) * 2003-12-30 2011-08-03 ディマ ピュアテック カンパニー リミテッド Water purification vending machine
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