JP2011244910A - Electric food processor - Google Patents

Electric food processor Download PDF

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JP2011244910A
JP2011244910A JP2010118984A JP2010118984A JP2011244910A JP 2011244910 A JP2011244910 A JP 2011244910A JP 2010118984 A JP2010118984 A JP 2010118984A JP 2010118984 A JP2010118984 A JP 2010118984A JP 2011244910 A JP2011244910 A JP 2011244910A
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container
main
transmission
detection unit
lid
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JP5509439B2 (en
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Makoto Ageta
誠 揚田
Akiyoshi Maenaka
章良 前中
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Zojirushi Corp
象印マホービン株式会社
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Abstract

PROBLEM TO BE SOLVED: To provide an electric food processor having a preparation member easy to clean, a container easy to mount to a body, and a simple structure for transmitting the operation of mounting the container or a lid to a detection unit.SOLUTION: Container mounting operation based on the operation of mounting a container base 2 and the container 3, or lid mounting operation based on the operation of mounting a lid 4 to the container 3 having been mounted, is freely transmitted to the detection units 24 and 25 through the transmission between a container side transmission member 26 provided on the container 3 side, and a body side transmission member 27 provided on the body 1 side. The detection units 24 and 25 are configured to detect a container mounted state when the container mounting operation is transmitted, or detect a lid mounted state when the lid mounting operation is transmitted. The container side transmission member 26 and the body side transmission member 27 are configured to perform direct transmission between the container side transmission member 26 and the body side transmission member 27 through the outside of the container base 2.

Description

本発明は、例えば、果物や野菜等の食材を混ぜ合わせる又は粉砕する等の調製を行う電動調理器に関するものである。   The present invention relates to an electric cooker that performs preparation such as mixing or pulverizing ingredients such as fruits and vegetables.
従来の電動調理器は、駆動手段を備えた本体と、本体に対して着脱自在で且つ本体に装着した状態で駆動手段にて回転駆動される調製部材を備えた容器台と、調製部材が内部に配置されるように容器台に対して装着自在で且つ取り外し自在な容器と、容器に対して着脱自在な蓋とを備えている(例えば、特許文献1、2参照。)。この特許文献1、2に記載の電動調理器では、容器台が筒状に形成され、その容器台を本体に装着した状態で筒状の容器台の内部に調製部材が配置され、容器がその内部に調製部材が配置されるように筒状の容器台の内部に嵌まり込む状態で容器台に容器が装着自在に構成されている。   A conventional electric cooker has a main body provided with a driving means, a container table provided with a preparation member that is detachably attached to the main body and is rotationally driven by the driving means in a state of being attached to the main body, and the preparation member is provided inside. The container includes a container that can be attached to and detached from the container base and a lid that is detachable from the container (see, for example, Patent Documents 1 and 2). In the electric cookers described in Patent Documents 1 and 2, the container base is formed in a cylindrical shape, and the preparation member is disposed inside the cylindrical container base in a state where the container base is attached to the main body, and the container is The container is configured to be freely attachable to the container table in a state of being fitted inside the cylindrical container table so that the preparation member is disposed inside.
このような電動調理器は、容器台に容器を装着して容器台と容器とを一体結合し、その容器台と容器とが一体結合されたものを本体に装着することで容器を装着している。そして、その容器の装着状態において容器に蓋を装着したのち、スイッチ等を操作して駆動手段にて調製部材を回転駆動させて、容器内に投入された食材の調製を行うようにしている。しかしながら、容器を装着していない場合に、誤ってスイッチ等を操作すると、駆動手段を回転駆動させてしまう可能性がある。   Such an electric cooker attaches a container to the container base by attaching the container to the container base and integrally connecting the container base and the container, and attaching the container base and the container integrally connected to the main body. Yes. Then, after mounting the lid on the container in the mounted state, the preparation member is prepared by operating the switch or the like to rotate the preparation member by the driving means. However, when the container is not attached, if the switch or the like is operated by mistake, there is a possibility that the drive means is rotated.
そこで、特許文献1、2に記載の電動調理器では、本体に容器台を装着し且つ容器台に容器を装着している容器装着状態か否かを検知する検知部が本体に備えられており、その検知部にて容器装着状態を検知していない場合には、スイッチ等の操作を行っても、駆動手段の回転駆動を禁止し、検知部にて容器装着状態を検知した場合にだけ、スイッチ等の操作により駆動手段の回転駆動を許容する安全機構を備えている。   Therefore, in the electric cookers described in Patent Documents 1 and 2, the main body is provided with a detection unit that detects whether the container base is mounted on the main body and the container is mounted on the container base. In the case where the container mounting state is not detected by the detection unit, even if the operation of the switch or the like is performed, the rotation driving of the driving means is prohibited, and only when the container mounting state is detected by the detection unit, A safety mechanism is provided that allows the drive means to rotate by operating a switch or the like.
特許文献1に記載の電動調理器では、容器台の内部に、上下方向に移動自在で且つ容器が装着されるとその容器の底部に押圧されて下方側に移動する中継部材が配設され、本体に、上下方向に移動自在で且つ中継部材の下方側への移動により押圧されて下方側に移動する容器検知体が設けられ、容器が装着されたとの動作が、中継部材と容器検知体との間での伝達を介して検知部に伝達自在に構成され、検知部が、容器が装着されたとの動作が伝達されると容器装着状態を検知するように構成されている。
特許文献2に記載の電動調理器では、容器台の内部及び本体の内部に亘って、上下方向に移動自在で且つ容器が装着されるとその容器の底部に押圧されて下方側に移動するレバーが設けられ、容器が装着されたとの動作が、レバーを介して検知部に伝達自在に構成され、検知部が、容器が装着されたとの動作が伝達されると容器装着状態を検知するように構成されている。
In the electric cooker described in Patent Document 1, a relay member that is movable in the vertical direction and is attached to the bottom of the container and moved downward when the container is mounted is disposed inside the container base, The main body is provided with a container detector that is movable in the vertical direction and is pressed by the downward movement of the relay member to move downward, and the operation of mounting the container is performed by the relay member and the container detector. It is comprised so that transmission to a detection part is possible via transmission between, and a detection part is comprised so that a container mounting state may be detected, if operation | movement with a container mounted | worn is transmitted.
In the electric cooking device described in Patent Document 2, a lever that is movable in the vertical direction over the inside of the container base and the inside of the main body and that is pressed to the bottom of the container and moves downward when the container is mounted. The operation when the container is mounted is configured to be freely transmitted to the detection unit via the lever, and the detection unit detects the container mounting state when the operation that the container is mounted is transmitted. It is configured.
また、容器を装着していても、その容器に蓋が装着されていない場合に、スイッチ等の操作により駆動手段にて調製部材を回転駆動させてしまうと、容器内の食材が容器の外側に飛散する、或いは、作業者が誤って容器内に手指を入れてしまう可能性がある。そこで、別の電動調理器として、本体に装着された容器に対して蓋が装着されている蓋装着状態であるか否かを検知する検知部が本体に備えられ、その検知部にて蓋装着状態を検知していない場合には、スイッチ等の操作を行っても、駆動手段の回転駆動を禁止し、検知部にて蓋装着状態を検知した場合にだけ、スイッチ等の操作により駆動手段の回転駆動を許容する安全機構を備えているものもある(例えば、特許文献3参照。)。   In addition, even if the container is attached, and the lid is not attached to the container, if the preparation member is rotated by the driving means by the operation of a switch or the like, the food in the container is placed outside the container. There is a possibility of scattering or an operator accidentally putting fingers in the container. Therefore, as another electric cooker, the main body is provided with a detection unit for detecting whether or not the lid mounted on the container mounted on the main body is in a state where the lid is mounted. When the state is not detected, even if the switch is operated, the rotation of the drive means is prohibited, and only when the detection unit detects the lid mounting state, Some include a safety mechanism that allows rotational driving (see, for example, Patent Document 3).
この特許文献3に記載の電動調理器では、特許文献1、2に記載の電動調理器とは異なり、容器台が設けられておらず、容器自体に調製部材が備えられており、本体に対して容器台を介さずに容器を直接装着している。容器には、上下方向に移動自在で且つ蓋が装着されるとその蓋にて押圧されて下方側に移動する作動杆が備えられ、本体には、上下方向に移動自在で且つ作動杆の下方側への移動により押圧されてONされる検知部が備えられ、蓋が装着されたとの動作が、作動杆を介して検知部に伝達自在に構成され、検知部が、蓋が装着されたとの動作が伝達されると蓋装着状態を検知するように構成されている。   In the electric cooking device described in Patent Document 3, unlike the electric cooking devices described in Patent Documents 1 and 2, the container base is not provided, and the container itself is provided with a preparation member, The container is mounted directly without going through the container base. The container is provided with an operating rod that is movable in the vertical direction and that is pressed by the lid and moves downward when the lid is attached, and the main body is movable in the vertical direction and below the operating rod. A detection unit that is pressed and turned on by the movement to the side is provided, and the operation that the lid is attached is configured to be able to be transmitted to the detection unit via the operating rod, and the detection unit is attached to the lid. When the operation is transmitted, the lid mounting state is detected.
特開2003−70658号公報JP 2003-70658 A 特開平11−346939号公報Japanese Patent Laid-Open No. 11-346939 特開2002−336139号公報JP 2002-336139 A
上記特許文献1、2に記載の電動調理器では、容器が装着されたとの動作を検知部に伝達する中継部材やレバーが容器台の内部又は容器台の内部に亘って設けられており、容器台の内部を利用して容器が装着されたとの動作を本体に備えられた検知部に伝達する構造である。したがって、特許文献1、2に記載の電動調理器では、中継部材やレバーを容器台の内部に配置しなければならないが、中継部材やレバーは、上下方向に移動自在であるので、その設置スペースとして上下方向に長くなる大きな設置スペースを確保しなければならず、容器台の内部の限られたスペースに、中継部材やレバーの上下方向に長くなる大きな設置スペースを確保することが難しいものとなっていた。しかも、容器台の内部には調製部材等も配設されており、これらの部材との干渉を避けながら、中継部材やレバーを配置しなければならず、容器が装着されたとの動作を伝達する構造の複雑化を招くものとなっていた。また、中継部材やレバーを容器台の内部に配置するに当たり、調整部材等との干渉を考慮するだけでなく、容器内の食材が外部に漏れないように、中継部材やレバーを設けなければならず、この点からも構造の複雑化を招くものとなっている。   In the electric cookers described in Patent Documents 1 and 2, a relay member and a lever that transmit the operation of the container being mounted to the detection unit are provided inside the container base or inside the container base. It is a structure that transmits the operation of the container being mounted using the inside of the table to the detection unit provided in the main body. Therefore, in the electric cookers described in Patent Documents 1 and 2, the relay member and the lever must be arranged inside the container base, but the relay member and the lever are movable in the vertical direction. As a result, it is difficult to secure a large installation space that is long in the vertical direction of the relay member and lever in a limited space inside the container base. It was. In addition, preparation members and the like are also arranged inside the container stand, and relay members and levers must be disposed while avoiding interference with these members, and the operation of the container being mounted is transmitted. The structure was complicated. In addition, when placing the relay member or lever inside the container base, not only the interference with the adjustment member etc., but also the relay member and lever must be provided so that the food in the container does not leak outside. In this respect, the structure is complicated.
上記特許文献3に記載の電動調理器では、蓋が装着されたとの動作を検知部に伝達する作動杆が備えられているが、この作動杆は、容器の径方向外方側に張り出したハンドル部の内部に備えられている。したがって、容器に作動杆を設けるに当たり、容器の内部に備えられた調製部材等との干渉を考えなくてもよく、構造の簡素化を図ることができるとも考えられる。しかしながら、この特許文献3に記載の電動調理器は、上述の如く、特許文献1、2に記載の電動調理器とは異なり、容器台が設けられておらず、容器自体に調製部材が備えられており、本体に対して容器を直接装着している。その為に、調製部材の清掃を行う際には、容器の内部から調製部材を取り外さなければならず、その取り外し作業が行い難く面倒な作業となっているので、調製部材の清掃が行い難いものとなっている。しかも、容器をそのまま本体に装着するので、適切な位置に容器を装着しなければ、容器の姿勢が不安定になる、蓋の装着の有無を検知できない等の理由から、本体の適切な位置に容器を位置あわせした状態で本体に対して容器を装着しなければならず、本体に対して容器を装着する作業が複雑なものとなっている。   The electric cooker described in Patent Document 3 includes an operating rod that transmits an operation to the detection unit when the lid is attached. This operating rod is a handle that protrudes outward in the radial direction of the container. It is provided inside the part. Therefore, it is considered that when the working rod is provided in the container, it is not necessary to consider interference with a preparation member or the like provided in the container, and the structure can be simplified. However, as described above, the electric cooking device described in Patent Document 3 is different from the electric cooking devices described in Patent Documents 1 and 2 in that a container base is not provided and a preparation member is provided in the container itself. The container is directly attached to the main body. Therefore, when cleaning the preparation member, the preparation member must be removed from the inside of the container, and it is difficult to remove the preparation member, so it is difficult to clean the preparation member. It has become. Moreover, since the container is mounted on the main body as it is, if the container is not mounted at an appropriate position, the position of the container becomes unstable, and it is impossible to detect whether the lid is mounted or not. The container must be attached to the main body in a state where the container is aligned, and the work of attaching the container to the main body is complicated.
本発明は、かかる点に着目してなされたものであり、その目的は、調製部材の清掃を行い易く、しかも、本体に対する容器の装着を容易に行うことができながら、容器や蓋が装着されたとの動作を検知部に伝達するための構造の簡素化を図ることができる安全機構を備えた電動調理器を提供する点にある。   The present invention has been made paying attention to such a point, and the purpose thereof is to easily clean the preparation member and to easily attach the container to the main body while the container and the lid are attached. An object of the present invention is to provide an electric cooker provided with a safety mechanism capable of simplifying the structure for transmitting the operation to the detector.
この目的を達成するために、本発明に係る電動調理器の特徴構成は、駆動手段を備えた本体と、前記本体に対して着脱自在で且つ前記本体に装着された状態で前記駆動手段にて回転駆動される調製部材を備えた容器台と、前記調製部材が内部に配置されるように前記容器台に装着自在で且つ前記容器台から取り外し自在な容器と、前記容器に対して着脱自在な蓋とが備えられ、前記本体には、前記容器台及び前記容器が装着されている容器装着状態、又は、前記容器台、前記容器及び前記蓋が装着されている蓋装着状態を検知する検知部が備えられ、前記容器台及び前記容器を装着する動作に伴う容器装着動作、又は、装着された前記容器に前記蓋を装着する動作に伴う蓋装着動作が、前記容器側に備えられた容器側伝達部材と前記本体側に備えられた本体側伝達部材との間での伝達を介して前記検知部に伝達自在に構成され、前記検知部は、前記容器装着動作が伝達されると前記容器装着状態を検知する、又は、前記蓋装着動作が伝達されると前記蓋装着状態を検知するように構成され、前記容器側伝達部材と前記本体側伝達部材は、前記容器台の外側を通して前記容器側伝達部材と前記本体側伝達部材との間での直接伝達を行うように構成されている点にある。   To achieve this object, the electric cooker according to the present invention includes a main body provided with a driving means, and a detachable and attachable to the main body with the driving means in the state of being attached to the main body. A container table provided with a rotation-driven preparation member; a container that is attachable to and removable from the container table such that the preparation member is disposed therein; and a container that is removable from the container table; A detection unit that detects a container mounting state in which the container base and the container are mounted, or a lid mounting state in which the container base, the container, and the lid are mounted. A container mounting operation associated with an operation of mounting the container base and the container, or a lid mounting operation associated with an operation of mounting the lid on the mounted container. On the transmission member and the body side It is configured to be able to transmit to the detection unit via transmission between the obtained main body side transmission member, and the detection unit detects the container mounting state when the container mounting operation is transmitted, or When the lid mounting operation is transmitted, the lid mounting state is detected, and the container side transmission member and the main body side transmission member pass through the outside of the container base and the container side transmission member and the main body side transmission. It is in the point comprised so that direct transmission between members may be performed.
本特徴構成によれば、本体に対して容器台が着脱自在であり、容器台に対して容器が着脱自在であり、更に、容器に対して蓋が着脱自在であるので、例えば、容器台に容器を装着して容器台と容器とを一体結合し、その一体結合したものを本体に装着して容器台及び容器を本体に装着し、その装着された容器内に食材を投入したのち、その装着された容器に対して蓋を装着することで、駆動手段にて調製部材を回転駆動させて食材の調製を行うことができる。そして、容器台は、容器とは別部材に構成されており、容器台としては、容器を安定した姿勢で装着でき、本体に対して装着し易い構成を採用することができる。したがって、容器をそのまま装着するのではなく、容器台に装着された状態で容器を本体に装着することで、容器を安定した姿勢で装着できるとともに、本体に対して容器台を簡易に装着することができる。そして、容器台、容器及び蓋が装着されている場合に、容器から蓋を取り外し、容器台と容器とを一体結合したものを本体から取り外し、更に、容器台から容器を取り外すことで、本体、容器台、容器、蓋の夫々を分離することができる。したがって、容器台、容器、蓋の各部材を水で洗い流す等の作業を行うことで、容器、容器台、調製部材や蓋等の清掃を簡易に行うことができる。   According to this characteristic configuration, the container base is detachable from the main body, the container is detachable from the container base, and the lid is detachable from the container. After the container is attached and the container base and the container are integrally joined, the integrally joined thing is attached to the main body, the container base and the container are attached to the main body, and after the food is put into the attached container, the By attaching the lid to the attached container, the preparation member can be prepared by rotating the preparation member by the driving means. And the container stand is comprised by the member different from a container, As a container stand, the structure which can mount | wear with a stable attitude | position and can be easily mounted | worn with respect to a main body can be employ | adopted. Therefore, instead of attaching the container as it is, by attaching the container to the main body while being attached to the container base, the container can be attached in a stable posture, and the container base can be easily attached to the main body. Can do. And, when the container base, the container and the lid are mounted, the lid is removed from the container, the container base and the container are integrally coupled, removed from the main body, and further, the container is removed from the container base, Each of the container stand, the container, and the lid can be separated. Therefore, the container, the container table, the preparation member, the lid, and the like can be easily cleaned by performing operations such as washing the container table, the container, and the lid with water.
そして、容器台及び容器を本体に装着する動作、又は、装着された容器に蓋を装着する動作を行うと、その動作に伴う容器装着動作又は蓋装着動作が、容器側伝達部材と本体側伝達部材との間での伝達を介して検知部に伝達される。これにより、検知部は、容器装着動作又は蓋装着動作の伝達により容器装着状態又は蓋装着状態を適切に検知することができる。したがって、例えば、検知部にて容器装着状態又は蓋装着状態を検知していない非検知状態には、駆動手段の駆動を禁止することで、誤った駆動手段の駆動を禁止することができる安全機構を備えることができる。   Then, when the operation of mounting the container base and the container on the main body or the operation of mounting the lid on the mounted container is performed, the container mounting operation or the lid mounting operation associated with the operation is transmitted to the container side transmission member and the main body side transmission. It is transmitted to the detection unit via transmission to and from the member. Thereby, the detection part can detect a container mounting state or a lid mounting state appropriately by transmission of a container mounting operation or a lid mounting operation. Therefore, for example, in a non-detection state in which the container mounting state or the lid mounting state is not detected by the detection unit, a safety mechanism that can prohibit driving of the wrong driving unit by prohibiting driving of the driving unit. Can be provided.
しかも、本特徴構成によれば、容器側伝達部材と本体側伝達部材との間の伝達は、容器台の外側を通して容器側伝達部材と本体側伝達部材との間で直接行うことができるので、容器台の内部に伝達部材等を備えなくてもよい。そして、容器台の外側とは、容器台の外側の外部空間であり、この容器台の外部空間を容器側伝達部材と本体側伝達部材との間の直接伝達を行う空間として有効に活用することができる。このようにして、本特徴構成によれば、容器台の外側、すなわち容器台の外部空間を通して直接伝達できるように、容器側伝達部材と本体側伝達部材を設けるだけでよく、容器や蓋が装着されたとの動作を検知部に伝達するための構造の簡素化を図ることができる。   Moreover, according to the present feature configuration, since the transmission between the container side transmission member and the main body side transmission member can be directly performed between the container side transmission member and the main body side transmission member through the outside of the container base, It is not necessary to provide a transmission member or the like inside the container base. And the outside of the container base is an external space outside the container base, and the external space of the container base is effectively used as a space for performing direct transmission between the container side transmission member and the main body side transmission member. Can do. In this way, according to this characteristic configuration, it is only necessary to provide the container-side transmission member and the main body-side transmission member so that they can be transmitted directly outside the container table, that is, through the external space of the container table. It is possible to simplify the structure for transmitting the operation performed to the detection unit.
以上のことから、本特徴構成によれば、調製部材の清掃を行い易く、しかも、本体に対する容器の装着を容易に行うことができながら、容器や蓋が装着されたとの動作を検知部に伝達するための構造の簡素化を図ることができる安全機構を備えた電動調理器を実現できる。   From the above, according to the present characteristic configuration, the preparation member can be easily cleaned, and the operation that the container or the lid is attached is transmitted to the detection unit while the container can be easily attached to the main body. The electric cooker provided with the safety mechanism which can aim at simplification of the structure for doing is realizable.
本発明に係る電動調理器の更なる特徴構成は、前記本体は、前記容器台を着脱させる本体第1部位とその本体第1部位の外側に張り出した本体第2部位を備えて構成され、前記容器は、食材を収納可能な容器本体とその容器本体の外側に張り出したハンドル部を備えて構成され、前記容器側伝達部材が前記ハンドル部に備えられ、前記本体側伝達部材が前記本体第2部位に備えられ、前記本体第2部位に前記ハンドル部を装着した装着状態において、前記容器側伝達部材と前記本体側伝達部材とが接触自在に構成されている点にある。   According to a further feature of the electric cooker according to the present invention, the main body comprises a main body first portion for attaching and detaching the container base, and a main body second portion projecting outside the main body first portion, The container includes a container main body capable of storing food and a handle portion projecting outside the container main body, the container-side transmission member is provided in the handle portion, and the main body-side transmission member is the main body second member. The container-side transmission member and the main body-side transmission member are configured so as to be freely contactable in a mounted state provided in the portion and with the handle portion mounted on the second main body portion.
本特徴構成によれば、本体に容器台を装着することに加え、本体第2部位にハンドル部を装着することで、容器をより安定した姿勢で装着することができる。そして、本体第2部位にハンドル部を装着した装着状態において、ハンドル部に備えられた容器側伝達部材と本体第2部位に備えられた本体側伝達部材とが接触自在に構成されているので、本体第2部位にハンドル部を装着することで、容器側伝達部材と本体側伝達部材との間での直接伝達を行うことができる。したがって、ハンドル部及び本体第2部位を有効に活用して、より構成の簡素化を図ることができながら、容器側伝達部材と本体側伝達部材との間での伝達を適切に行うことができる。   According to this characteristic configuration, in addition to mounting the container base on the main body, the container can be mounted in a more stable posture by mounting the handle portion on the second body portion. Since the container side transmission member provided in the handle part and the main body side transmission member provided in the main body second part are configured to be freely contactable in the mounted state where the handle part is attached to the main body second part, By attaching the handle portion to the second body part, direct transmission between the container-side transmission member and the body-side transmission member can be performed. Therefore, it is possible to appropriately perform transmission between the container side transmission member and the main body side transmission member while effectively using the handle portion and the second body portion to further simplify the configuration. .
本発明に係る電動調理器の更なる特徴構成は、前記本体第2部位に前記ハンドル部を装着した装着状態において、前記容器側伝達部材と前記本体側伝達部材とが接触する位置が前記本体に装着される前記容器台の下端部よりも上方側に設定されている点にある。   A further characteristic configuration of the electric cooker according to the present invention is that the position where the container side transmission member and the main body side transmission member are in contact with each other in the mounted state in which the handle portion is mounted on the second main body part. It exists in the point set above the lower end part of the said container base with which it mounts | wears.
容器と容器台を確実に装着出来ていなかった場合に、食材の調製を行ったときには、容器内の食材のうち液分が容器と容器台の間から流出し、例えば、その液分が本体に装着された容器台の下端部と本体との隙間に溜まることがある。そこで、本特徴構成によれば、容器側伝達部材と本体側伝達部材とが接触する位置を本体に装着される容器台の下端部よりも上方側に設定することで、容器台の下端部と本体との隙間に溜まった液分が容器側伝達部材と本体側伝達部材とが接触する位置に到達するのを防止でき、容器側伝達部材と本体側伝達部材との伝達に悪影響を及ぼすことがなく、容器側伝達部材と本体側伝達部材との伝達を適切に行うことができる。   When the container and the container base have not been securely attached and the food is prepared, the liquid in the food in the container flows out between the container and the container base. It may accumulate in the gap between the lower end of the mounted container base and the main body. Therefore, according to this characteristic configuration, by setting the position where the container-side transmission member and the main body-side transmission member are in contact with the lower end of the container base mounted on the main body, The liquid accumulated in the gap with the main body can be prevented from reaching the position where the container side transmission member and the main body side transmission member are in contact with each other, which can adversely affect the transmission between the container side transmission member and the main body side transmission member. In addition, transmission between the container side transmission member and the main body side transmission member can be appropriately performed.
本発明に係る電動調理器の更なる特徴構成は、前記本体第2部位には、前記容器側伝達部材と前記本体側伝達部材が接触する位置に前記ハンドル部を案内自在で、且つ、前記本体側伝達部材の周囲での液体滞留を防止自在な案内・液体滞留防止部が備えられている点にある。   The electric cooker according to the present invention is further characterized in that the handle portion can be guided to a position where the container side transmission member and the main body side transmission member are in contact with the main body second portion, and the main body There is a guide / liquid retention preventing portion that can prevent liquid retention around the side transmission member.
上述の如く、本体第2部位にハンドル部を装着することで、容器側伝達部材と本体側伝達部材が接触して容器側伝達部材と本体側伝達部材との間での直接伝達が行われるが、本体第2部位にハンドル部を装着する際には、このように、容器側伝達部材と本体側伝達部材が接触する適切な位置にハンドル部を装着しなければならない。そこで、本特徴構成によれば、案内・液体滞留防止部にて、容器側伝達部材と本体側伝達部材が接触する位置にハンドル部を案内することができるので、本体第2部位に対する適切な位置にハンドル部を簡易に装着することができる。しかも、案内・液体滞留防止部は、ハンドル部を案内するだけでなく、本体側伝達部材の周囲での液体滞留を防止するので、本体側伝達部材の周囲に水等の液体が滞留することによって、容器側伝達部材と本体側伝達部材との伝達に悪影響を与えることがなく、容器側伝達部材と本体側伝達部材との伝達を適切に行うことができる。   As described above, by attaching the handle portion to the second body part, the container-side transmission member and the body-side transmission member come into contact with each other, and direct transmission is performed between the container-side transmission member and the body-side transmission member. When the handle portion is attached to the second body portion, the handle portion must be attached at an appropriate position where the container side transmission member and the main body side transmission member come into contact with each other. Therefore, according to this characteristic configuration, the handle portion can be guided to a position where the container-side transmission member and the main body-side transmission member are in contact with each other by the guide / liquid retention prevention portion. It is possible to easily attach the handle portion. In addition, the guide / liquid retention prevention part not only guides the handle part but also prevents liquid retention around the main body side transmission member, so that liquid such as water stays around the main body side transmission member. The transmission between the container side transmission member and the main body side transmission member can be appropriately performed without adversely affecting the transmission between the container side transmission member and the main body side transmission member.
本発明に係る電動調理器の更なる特徴構成は、前記検知部として、前記容器装着状態を検知する第1検知部と前記蓋装着状態を検知する第2検知部とが設けられ、前記容器側伝達部材として、容器側第1伝達部材と容器側第2伝達部材とが設けられ、前記本体側伝達部材として、本体側第1伝達部材と本体側第2伝達部材とが設けられ、前記容器装着動作が、前記容器側第1伝達部材と前記本体側第1伝達部材との間での伝達を介して前記第1検知部に伝達自在に構成され、前記蓋装着動作が、前記容器側第2伝達部材と前記本体側第2伝達部材との間での伝達を介して前記第2検知部に伝達自在に構成され、前記第1検知部にて前記容器装着状態を検知していない又は前記第2検知部にて前記蓋装着状態を検知していない非検知状態では、前記駆動手段の駆動を禁止し、前記第1検知部にて前記容器装着状態を検知し且つ前記第2検知部にて前記蓋装着状態を検知している検知状態では、前記駆動手段の駆動を許容する駆動禁止・駆動許容手段を備えている点にある。   The electric cooker according to the present invention may further include a first detection unit that detects the container mounting state and a second detection unit that detects the lid mounting state as the detection unit, and the container side As the transmission member, a container-side first transmission member and a container-side second transmission member are provided, and as the main body-side transmission member, a main body-side first transmission member and a main body-side second transmission member are provided, and the container mounting The operation is configured to be freely transmitted to the first detection unit via transmission between the container side first transmission member and the main body side first transmission member, and the lid mounting operation is performed on the container side second. It is configured to be able to transmit to the second detection unit via transmission between the transmission member and the main body-side second transmission member, and the first detection unit does not detect the container mounting state or the first 2 In the non-detection state in which the lid mounting state is not detected by the detection unit, In the detection state in which the driving of the driving means is prohibited, the container mounting state is detected by the first detection unit, and the lid mounting state is detected by the second detection unit, the driving unit is driven. It is in the point which has the drive prohibition and drive permission means to permit.
本特徴構成によれば、検知部として、容器装着状態を検知する第1検知部と蓋装着状態を検知する第2検知部が設けられているので、容器装着状態の検知と蓋装着状態の検知との両者を行うことができる。そして、駆動禁止・駆動許容手段は、第1検知部にて容器装着状態を検知し且つ第2検知部にて蓋装着状態を検知している検知状態の場合にだけ、駆動手段の駆動を許容し、それ以外の場合に、駆動手段の駆動を禁止している。したがって、第1検知部にて容器装着状態を検知しているだけでは、駆動手段が駆動されることがなく、第1検知部による容器装着状態の検知に加えて、第2検知部にて蓋装着状態が検知された場合に、はじめて駆動手段が駆動される。これにより、容器台、容器、及び、蓋の全てが装着されている場合にだけ、駆動手段を駆動することができ、誤って駆動手段が駆動されるのを的確に防止することができる。   According to this characteristic configuration, the detection unit is provided with the first detection unit that detects the container mounting state and the second detection unit that detects the lid mounting state, so the detection of the container mounting state and the detection of the lid mounting state And both. The drive prohibition / drive permission means allows the drive means to be driven only when the first detection unit detects the container mounting state and the second detection unit detects the lid mounting state. In other cases, the driving of the driving means is prohibited. Therefore, the drive means is not driven only by detecting the container mounting state by the first detection unit, and in addition to the detection of the container mounting state by the first detection unit, the lid is detected by the second detection unit. The driving means is driven for the first time when the mounting state is detected. As a result, the drive means can be driven only when all of the container table, the container, and the lid are mounted, and it is possible to accurately prevent the drive means from being erroneously driven.
本発明に係る電動調理器の更なる特徴構成は、前記本体には、前記本体側第1伝達部材と前記本体側第2伝達部材が近接して配設されるとともに、前記本体側第1伝達部材と前記本体側第2伝達部材の間に、前記第1検知部にて前記容器装着状態の検知を開始するときの前記本体側第1伝達部材の位置、及び、前記第2検知部にて前記蓋装着状態の検知を開始するときの前記本体側第2伝達部材の位置の少なくとも一方よりも上方側に突出する突起部が備えられている点にある。   The electric cooker according to the present invention is further characterized in that the main body side first transmission member and the main body side second transmission member are disposed close to the main body, and the main body side first transmission is provided. Between the member and the main body side second transmission member, at the position of the main body side first transmission member when the detection of the container mounting state is started by the first detection unit, and at the second detection unit A protrusion is provided that protrudes upward from at least one of the positions of the main body side second transmission member when the detection of the lid mounting state is started.
本特徴構成によれば、本体側第1伝達部材と本体側第2伝達部材を近接して本体に配設することにより、容器側第1伝達部材と容器側第2伝達部材も近接して配設させて、容器装着動作及び蓋装着動作を伝達するための部材を集中した位置に効率よく配置することができる。
ここで、使用者の指等が本体側第1伝達部材や本体側第2伝達部材に接触することで誤って容器装着状態や蓋装着状態の検知が行われる虞があるが、上述の特徴構成で述べた如く、駆動禁止・駆動許容手段を備えることで、本体側第1伝達部材及び本体側第2伝達部材の何れか一方だけが誤って操作されて容器装着状態及び蓋装着状態の何れか一方だけが検知されても、駆動手段が駆動されることがない。
しかしながら、上述の如く、本体側第1伝達部材と本体側第2伝達部材を近接して配設しているので、本体側第1伝達部材と本体側第2伝達部材の両者に使用者の指等が接触して、本体側第1伝達部材と本体側第2伝達部材が同時に誤って操作される虞が生じる。そこで、本特徴構成によれば、本体側第1伝達部材と本体側第2伝達部材の間に突起部を備え、その突起部を、第1検知部にて容器装着状態の検知を開始するときの本体側第1伝達部材の位置、及び、第2検知部にて前記蓋装着状態の検知を開始するときの前記本体側第2伝達部材の位置の少なくとも一方よりも上方側に突出する構成としているので、使用者の指等によって、第1検知部による容器装着状態の検知及び第2検知部による蓋装着状態の検知の両者が誤って行われることを防止でき、駆動禁止・駆動許容手段との協働作用で誤って駆動手段が駆動されるのを的確に防止することができる。
According to this characteristic configuration, the container-side first transmission member and the container-side second transmission member are also arranged close to each other by arranging the main-body-side first transmission member and the main-body-side second transmission member in the proximity of the main body. Therefore, the members for transmitting the container mounting operation and the lid mounting operation can be efficiently arranged at concentrated positions.
Here, there is a possibility that detection of the container mounting state or the lid mounting state may be erroneously performed when the user's finger or the like contacts the main body side first transmission member or the main body side second transmission member. As described above, by providing the drive prohibition / drive permission means, only one of the main body side first transmission member and the main body side second transmission member is erroneously operated and either the container mounting state or the lid mounting state is detected. Even if only one is detected, the driving means is not driven.
However, as described above, since the main body side first transmission member and the main body side second transmission member are disposed close to each other, the user's finger is attached to both the main body side first transmission member and the main body side second transmission member. And the like, and the main body side first transmission member and the main body side second transmission member may be erroneously operated simultaneously. Therefore, according to this feature configuration, when a protrusion is provided between the main body-side first transmission member and the main body-side second transmission member, and the protrusion detects the container mounting state at the first detector, As a configuration that protrudes upward from at least one of the position of the main body side second transmission member when the position of the main body side second transmission member is started by the position of the main body side first transmission member and the detection of the lid mounting state by the second detection unit. Therefore, it is possible to prevent both the detection of the container mounting state by the first detection unit and the detection of the lid mounting state by the second detection unit from being erroneously performed by the user's finger, and the like. It is possible to accurately prevent the driving means from being erroneously driven by the cooperative action.
電動調理器の各部材を分離させた分解斜視図The exploded perspective view which separated each member of the electric cooking device 電動調理器の各部材を装着させた斜視図The perspective view which attached each member of the electric cooking device 電動調理器の各部材を分離させた断面図Sectional drawing which separated each member of electric cooker 電動調理器の一部の部材を装着させ、残りの部材を取り外した断面図Sectional view with some members of the electric cooker installed and the remaining members removed 電動調理器の各部材を装着させた断面図Sectional view with each member of electric cooker installed スイッチボタンの構成を示す分解斜視図Exploded perspective view showing the configuration of the switch button スイッチボタンの構成を示す断面図Sectional view showing the configuration of the switch button
本発明に係る電動調理器の実施形態について、図面に基づいて説明する。
この電動調理器は、図1〜図5に示すように、本体1と容器台2と容器3と蓋4との4つの部材を主な構成部材としている。そして、本体1に対して容器台2が着脱自在に構成されており、容器台2に対して容器3が着脱自在に構成されており、容器3に対して蓋4が着脱自在に構成されている。図1は、本体1と容器台2と容器3と蓋4との各部材に分離したときの分解斜視図を示しており、図2は、本体1と容器台2と容器3と蓋4との各部材の全てを装着したときの斜視図を示している。図3は、本体1と、容器台2と容器3とを一体結合したものと、蓋4の各部材に分離したときの断面図を示しており、図4は、本体1に容器台2及び容器3を装着し、蓋4を取り外しているときの断面図を示しており、図5は、本体1に容器台2及び容器3を装着するとともに、その容器3に蓋4を装着したときの断面図を示している。
An embodiment of an electric cooking device according to the present invention will be described based on the drawings.
As shown in FIGS. 1 to 5, this electric cooker includes four members, which are a main body 1, a container stand 2, a container 3, and a lid 4, as main constituent members. The container base 2 is configured to be detachable with respect to the main body 1, the container 3 is configured to be detachable with respect to the container base 2, and the lid 4 is configured to be detachable with respect to the container 3. Yes. FIG. 1 shows an exploded perspective view of the main body 1, the container base 2, the container 3, and the lid 4, and FIG. 2 shows the main body 1, the container base 2, the container 3, the lid 4, and the like. The perspective view when all of each member of this is mounted | worn is shown. FIG. 3 shows a cross-sectional view of the main body 1, the container base 2 and the container 3 that are integrally coupled, and a section of the lid 4 when separated from each other. FIG. FIG. 5 shows a cross-sectional view when the container 3 is mounted and the lid 4 is removed, and FIG. 5 shows the case where the container base 2 and the container 3 are mounted on the main body 1 and the lid 3 is mounted on the container 3. A cross-sectional view is shown.
本体1には、図3〜図5に示すように、電動式のモータ5(駆動手段に相当する)が備えられ、容器台2には、本体1に装着された状態でモータ5にて回転駆動される食材調製用のブレード6(調製部材に相当する)が備えられている。容器3は、ブレード6が内部に配置されるように容器台2に装着自在に構成されている。   As shown in FIGS. 3 to 5, the main body 1 is provided with an electric motor 5 (corresponding to driving means), and the container base 2 is rotated by the motor 5 while being mounted on the main body 1. A driven blade 6 for food preparation (corresponding to a preparation member) is provided. The container 3 is configured to be attachable to the container table 2 so that the blade 6 is disposed inside.
この電動調理器では、容器3を容器台2に装着して容器3と容器台2とを一体結合し、その容器3と容器台2とを一体結合したものを本体1に装着して、図4に示すように、容器台2及び容器3を装着する。そして、装着された容器3内に食材を投入したのち、図2及び図5に示すように、容器3に蓋4を装着して容器3の上端部の開口を閉塞したのち、本体1に備えられたスイッチボタン7をON操作(押し込み操作)することで、モータ5を駆動させてブレード6を回転駆動させ、容器3内に投入された食材の調製を行うようにしている。容器台2、容器3及び蓋4を装着している場合に、容器3から蓋4を取り外し、容器3と容器台2とを一体結合したものを本体1から取り外し、更に、容器台2から容器3を取り外すことで、図1及び図3に示すように、本体1、容器台2、容器3、蓋4の夫々の部材に各別に分離できるようになっている。そして、このように、容器台2、容器3、蓋4の各部材に分離できることから、例えば、容器台2、容器3、蓋4の各部材を水で洗い流す等の作業を行うことで、容器3、ブレード6や蓋4等の清掃を簡易に行うことができる。   In this electric cooker, the container 3 is mounted on the container base 2, the container 3 and the container base 2 are integrally coupled, and the container 3 and the container base 2 are integrally coupled to the main body 1. As shown in FIG. 4, the container stand 2 and the container 3 are mounted. Then, after the food is put into the mounted container 3, as shown in FIGS. 2 and 5, the cover 3 is mounted on the container 3 to close the opening at the upper end of the container 3, and then the body 1 is prepared. When the switch button 7 is turned on (push-in operation), the motor 5 is driven and the blade 6 is driven to rotate, so that the food material put into the container 3 is prepared. When the container base 2, the container 3, and the lid 4 are mounted, the lid 4 is removed from the container 3, and the container 3 and the container base 2 that are integrally coupled are removed from the main body 1. By removing 3, as shown in FIGS. 1 and 3, each member can be separated into the main body 1, the container base 2, the container 3, and the lid 4. And since it can isolate | separate into each member of the container stand 2, the container 3, and the lid | cover 4 in this way, a container is obtained by performing the operation | work of flushing each member of the container stand 2, the container 3, and the lid | cover 4 with water, for example. 3. The blade 6 and the lid 4 can be easily cleaned.
以下、本体1、容器台2、容器3、蓋4の各部材について説明する。
(本体)
本体1は、容器台2を着脱させる本体第1部位8とその本体第1部位8の外側に張り出した本体第2部位9を備えて構成されている。
本体第1部位8は、図1に示すように、その上方側部位が概略円柱状に形成され、その下方側部位が概略円錐台形状に形成されており、その上方側部位の上面の中央部に上方側に膨出する円盤状の基台部10が備えられている。そして、基台部10が容器台2の内部に入り込むように、本体第1部位8の上部に容器台2が装着自在に構成されている。本体第1部位8の内部には、図3〜図5に示すように、モータ5が配設されており、そのモータ5の回転軸5aの下部には、冷却用のファン11が固定接続されており、回転軸5aの上部には、モータ5の回転駆動力を伝達してブレード6を回転駆動させるためのクラッチ12の駆動側部材12aが固定接続されている。駆動側部材12aは、基台部10の中央側に周方向で均等に配置された複数の係合ブレードから構成されている。
Hereinafter, each member of the main body 1, the container stand 2, the container 3, and the lid 4 will be described.
(Main unit)
The main body 1 includes a main body first portion 8 for attaching and detaching the container base 2 and a main body second portion 9 projecting outside the main body first portion 8.
As shown in FIG. 1, the main body first portion 8 has an upper portion formed in a substantially cylindrical shape, a lower portion formed in a substantially truncated cone shape, and a central portion of the upper surface of the upper portion. A disc-shaped base 10 that bulges upward is provided. And the container base 2 is comprised by the upper part of the main body 1st site | part 8 so that mounting | wearing is possible so that the base part 10 may enter the inside of the container base 2. FIG. As shown in FIGS. 3 to 5, a motor 5 is arranged inside the main body first portion 8, and a cooling fan 11 is fixedly connected to a lower portion of the rotating shaft 5 a of the motor 5. The drive side member 12a of the clutch 12 for transmitting the rotational driving force of the motor 5 to rotationally drive the blade 6 is fixedly connected to the upper portion of the rotary shaft 5a. The drive side member 12a is composed of a plurality of engagement blades that are equally arranged in the circumferential direction on the center side of the base portion 10.
本体第2部位9は、図1に示すように、本体第1部位8の周方向の一部から本体第1部位8の外側(本体第1部位8の径方向外側)に張り出すように延設して形成されており、概略、四角錘台形状に形成されている。そして、本体第2部位9の側壁部位9aには、モータ5を駆動させるときや駆動停止させるときに操作するための複数のスイッチボタン7が配設されている。ちなみに、この実施形態では、スイッチボタン7が4つ設けられており、上方側から、食材を調製するときにON操作(押し込み操作)している間だけモータ5を駆動させるための第1スイッチボタン7a、ブレード6の清掃等を行うときに回転速度を落としてモータ5を駆動させるための第2スイッチボタン7b、食材を調製するときにモータ5を駆動させるための第3スイッチボタン7c、モータ5の駆動を停止させるための第4スイッチボタン7dが設けられている。   As shown in FIG. 1, the main body second portion 9 extends so as to protrude from a part in the circumferential direction of the main body first portion 8 to the outside of the main body first portion 8 (outside in the radial direction of the main body first portion 8). It is generally formed in a square frustum shape. A plurality of switch buttons 7 are provided on the side wall portion 9a of the second body portion 9 for operation when the motor 5 is driven or stopped. Incidentally, in this embodiment, four switch buttons 7 are provided, and a first switch button for driving the motor 5 from the upper side only during the ON operation (push-in operation) when the food is prepared. 7a, a second switch button 7b for driving the motor 5 at a reduced rotational speed when cleaning the blade 6, etc., a third switch button 7c for driving the motor 5 when preparing food, and the motor 5 A fourth switch button 7d is provided for stopping the driving of the first switch button 7d.
また、本体第2部位9は、図2、図3、図4及び図5に示すように、その上部に容器3のハンドル部23が装着自在に構成されている。つまり、図1に示すように、ハンドル部23の下端部位23aは、下方側に突出する凸状に形成されており、本体第2部位9の上端部位9bは、ハンドル部23の下端部位23aの凸部が嵌まり込む凹状に形成されている。そして、ハンドル部23の下端部位23aが本体第2部位9の上端部位9bに嵌まり込むことで、本体第2部位9の上部にハンドル部23が装着自在に構成されている。   Further, as shown in FIGS. 2, 3, 4, and 5, the main body second portion 9 is configured such that the handle portion 23 of the container 3 can be attached to the upper portion thereof. That is, as shown in FIG. 1, the lower end portion 23 a of the handle portion 23 is formed in a convex shape protruding downward, and the upper end portion 9 b of the main body second portion 9 is the lower end portion 23 a of the handle portion 23. It is formed in a concave shape into which the convex portion fits. And the handle | steering-wheel part 23 is comprised by the upper part of the main body 2nd site | part 9 so that mounting | wearing is possible for the lower end part 23a of the handle | steering-wheel part 23 to fit in the upper end site | part 9b of the main body 2nd site | part 9.
(容器台)
容器台2は、図1、及び、図3〜図5に示すように、上方側ほど小径となる円筒状に形成された容器台第1部位13とその容器台第1部位13の径方向内側に延設されてブレード6を回転自在に支持する容器台第2部位14を備えて構成されている。
容器台第1部位13は、その内部に本体第1部位8の基台部10が入り込む状態で本体第1部位8の上部に装着自在に構成されており、本体第1部位8に装着された状態で本体第1部位8の外壁部に連なる容器台2の外壁部を形成している。そして、容器台第1部位13は、その中心と本体第1部位8の中心とが合致する状態で本体第1部位8の上部に装着される。
(Container stand)
As shown in FIG. 1 and FIGS. 3 to 5, the container base 2 includes a container base first portion 13 formed in a cylindrical shape having a smaller diameter toward the upper side and a radially inner side of the container base first portion 13. And a container base second portion 14 that rotatably supports the blade 6.
The container base first part 13 is configured to be attachable to the upper part of the main body first part 8 in a state in which the base part 10 of the main body first part 8 is inserted therein, and is attached to the main body first part 8. In this state, the outer wall portion of the container base 2 that is connected to the outer wall portion of the main body first portion 8 is formed. And the container stand 1st site | part 13 is mounted | worn with the upper part of the main body 1st site | part 8 in the state in which the center and the center of the 1st site | part 8 of a main body correspond.
上述の如く、容器台2は本体1に着脱自在に構成されているが、本体1に容器台2を装着した場合にその装着状態を保持するために、本体1側及び容器台2側の夫々に互いに係合自在な係合部15、16が備えられている。
つまり、容器台第1部位13の下端部には、図3〜図5に示すように、容器台第1部位13の径方向内側に延びる容器台側係合部15が延設されており、この容器台側係合部15は、容器台第1部位13の周方向の全周に亘って設けられている。一方、本体1の本体第1部位8には、容器台側係合部15に係合自在な本体側係合部16が備えられており、図4及び図5に示すように、この容器側係合部15と本体側係合部16との係合により本体1に容器台2を装着した状態が保持される。本体側係合部16は、一対備えられており、その一対の本体側係合部16は、本体第1部位8の周方向で対向する位置に配置されている。
As described above, the container base 2 is configured to be detachable from the main body 1, but when the container base 2 is attached to the main body 1, each of the main body 1 side and the container base 2 side is held in order to maintain the mounting state. Are provided with engaging portions 15 and 16 which are engageable with each other.
That is, as shown in FIGS. 3 to 5, a container base side engaging portion 15 extending inward in the radial direction of the container base first portion 13 is extended to the lower end portion of the container base first portion 13. The container table side engaging portion 15 is provided over the entire circumference of the container table first portion 13 in the circumferential direction. On the other hand, the main body first portion 8 of the main body 1 is provided with a main body side engaging portion 16 that can be engaged with the container base side engaging portion 15, as shown in FIGS. 4 and 5. The state where the container base 2 is mounted on the main body 1 is maintained by the engagement between the engaging portion 15 and the main body side engaging portion 16. A pair of main body side engaging portions 16 are provided, and the pair of main body side engaging portions 16 are disposed at positions facing each other in the circumferential direction of the main body first portion 8.
このように、本体第1部位8の周方向で対向する位置に配置された一対の本体側係合部16の夫々が容器台側係合部15に係合して本体1に容器台2が装着された状態を安定して適切に保持することができる。容器台側係合部15は、容器台第1部位13の周方向の全周に亘って設けられているので、容器台第1部位13の周方向のどの位置であっても、容器台2を本体1に装着できるとともに、その装着状態が保持される。   As described above, each of the pair of main body side engaging portions 16 arranged at positions facing each other in the circumferential direction of the main body first portion 8 engages with the container base side engaging portion 15, so that the container base 2 is attached to the main body 1. The mounted state can be held stably and appropriately. Since the container base side engaging portion 15 is provided over the entire circumference in the circumferential direction of the container base first portion 13, the container base 2 at any position in the circumferential direction of the container base first portion 13. Can be mounted on the main body 1 and the mounted state is maintained.
本体1から容器台2を取り外すために、本体第1部位8には、本体第1部位8の径方向に移動自在なフックボタン17が備えられている。そして、一対の本体側係合部16の一方は、このフックボタン17に一体的に形成されており、一対の本体側係合部16の他方は、図外の連係機構によりフックボタン17の動きに連係されている。フックボタン17は、本体第1部位8の外周部と略面一となる第1位置(図3〜図5参照)とその第1位置よりも本体第1部位8の径方向内側に押し込まれた第2位置とに移動自在に設けられており、第1付勢部材B1(例えば弾性バネ)により第1位置側に復帰付勢されている。フックボタン17が第1位置に位置するときには、図4及び図5に示すように、容器側係合部15と一対の本体側係合部16とが係合自在となっており、フックボタン17が第2位置に押し込み移動されると、容器側係合部15と一対の本体側係合部16との係合が解除自在となっている。これにより、本体1から容器台2を取り外すときには、フックボタン17を第1位置から第2位置に押し込み操作することで、容器側係合部15と一対の本体側係合部16との係合が解除されて、本体1から容器台2を簡易に取り外すことができる。   In order to remove the container base 2 from the main body 1, the main body first portion 8 is provided with a hook button 17 that is movable in the radial direction of the main body first portion 8. One of the pair of main body side engaging portions 16 is integrally formed with the hook button 17, and the other of the pair of main body side engaging portions 16 is moved by the linkage mechanism (not shown). It is linked to. The hook button 17 is pushed inward in the radial direction of the main body first portion 8 from the first position (see FIGS. 3 to 5) which is substantially flush with the outer peripheral portion of the main body first portion 8 and the first position. It is movably provided in the second position, and is urged to return to the first position side by a first urging member B1 (for example, an elastic spring). When the hook button 17 is located at the first position, as shown in FIGS. 4 and 5, the container side engaging portion 15 and the pair of main body side engaging portions 16 are freely engageable. Is pushed and moved to the second position, the engagement between the container side engaging portion 15 and the pair of main body side engaging portions 16 can be released. Thereby, when removing the container stand 2 from the main body 1, the hook button 17 is pushed from the first position to the second position, thereby engaging the container side engaging portion 15 and the pair of main body side engaging portions 16. Is released, and the container base 2 can be easily removed from the main body 1.
容器台第2部位14は、図3〜図5に示すように、容器台第1部位13の上端部から折り返して下方側に延びて容器台2の内壁部を形成するとともに、その内壁部の下端部から容器台第1部位13の中央部に向けて延びる容器台2の底部を形成する概略凹状に形成されている。そして、容器台第2部位14にて形成される容器台2の底部には、その中央部に回転軸18が容器台2の底部を上下方向に貫通する状態で回転自在に支持されており、回転軸18の上部にはブレード6が固定連結され、回転軸18の下部にはクラッチ12の従動側部材12bが固定連結されている。従動側部材12bは、周方向で均等に配置された複数の係合ブレードから構成されており、上述の駆動側部材12aと従動側部材12bとが係合することで、モータ5の回転駆動力が回転軸18に伝達されてブレード6が回転駆動される。容器台第2部位14にて形成される容器台2の底部には、その径方向の外端部に容器3の下端部がパッキン19を介して嵌め込み自在に構成されている。そして、容器台第2部位14にて形成される容器台2の内壁部には、容器3の下部に形成された容器側ネジ部20に螺合する容器台側ネジ部21が形成されている。これにより、容器側ネジ部20を容器台側ネジ部21に螺合することで、容器台2に容器3を装着して容器台2と容器3とを一体結合することができるように構成されている。   As shown in FIGS. 3 to 5, the container base second part 14 is folded from the upper end of the container base first part 13 and extends downward to form the inner wall part of the container base 2. It is formed in a substantially concave shape that forms the bottom of the container table 2 that extends from the lower end toward the center of the container table first portion 13. And at the bottom part of the container table 2 formed in the container table second part 14, a rotation shaft 18 is rotatably supported at the center part in a state of passing through the bottom part of the container table 2 in the vertical direction, The blade 6 is fixedly connected to the upper portion of the rotating shaft 18, and the driven member 12 b of the clutch 12 is fixedly connected to the lower portion of the rotating shaft 18. The driven member 12b is composed of a plurality of engaging blades arranged uniformly in the circumferential direction, and the rotational driving force of the motor 5 is obtained by the engagement of the driving member 12a and the driven member 12b. Is transmitted to the rotary shaft 18 and the blade 6 is rotationally driven. The bottom of the container base 2 formed by the container base second portion 14 is configured such that the lower end of the container 3 can be fitted into the radially outer end of the container base 2 via the packing 19. And the container stand side screw part 21 screwed in the container side screw part 20 formed in the lower part of the container 3 is formed in the inner wall part of the container stand 2 formed in the container stand second part 14. . Thus, the container side screw part 20 is screwed to the container base side screw part 21 so that the container 3 can be attached to the container base 2 and the container base 2 and the container 3 can be integrally coupled. ing.
(容器)
容器3は、食材を収納可能な容器本体22とその容器本体22の外側に張り出して容器本体22の上方側部位と下方側部位とを接続するハンドル部23を備えて構成されている。
容器本体22は、上端部及び下端部の夫々が開口された透明ガラス製又は透明樹脂製の概略円筒状の縦長に形成されており、容器本体22の下方側部位には容器側ネジ部20が形成されている。そして、上述の如く、容器本体22に形成された容器側ネジ部20を容器台第2部位14に形成された容器台側ネジ部21に螺合させて、容器本体22が容器台2に装着自在に構成されている。
ハンドル部23は、容器本体22の上方側部位から容器本体22の外側(容器本体22の径方向外側)に張り出し、その張り出し先端から下方側に延びたのち、その下端部から容器本体22の内側(容器本体22の径方向内側)に延びて容器本体22の下方側部位に接続された概略コ字状に形成されている。容器本体22は、容器台2に装着されるのであるが、このハンドル部23は、図2、図4及び図5に示すように、本体第2部位9に装着自在に構成されている。つまり、上述の如く、ハンドル部23の下端部位23aを本体第2部位9の上端部位9bに嵌め込むことで、ハンドル部23が本体第2部位9に装着され、このハンドル部23が本体第2部位9に装着される位置が、本体第1部位8の周方向において、本体1に対して容器台2及び容器3を装着する適正な装着位置となっている。これにより、本体第2部位9にハンドル部23を装着する状態で容器台2と容器3とを一体結合したものを本体1に装着すると、容器台2と容器3とを一体結合したものが本体1に対して安定した姿勢で装着されることになる。
(container)
The container 3 includes a container main body 22 that can store foodstuffs, and a handle portion 23 that protrudes to the outside of the container main body 22 and connects an upper part and a lower part of the container main body 22.
The container main body 22 is formed in a substantially cylindrical vertically long shape made of transparent glass or transparent resin each having an upper end portion and a lower end portion opened, and a container-side screw portion 20 is provided at a lower portion of the container main body 22. Is formed. Then, as described above, the container main body 22 is mounted on the container base 2 by screwing the container side screw section 20 formed on the container main body 22 into the container base side screw section 21 formed on the container base second portion 14. It is configured freely.
The handle portion 23 projects from the upper part of the container body 22 to the outside of the container body 22 (outside in the radial direction of the container body 22), extends downward from the projecting tip, and then extends from the lower end to the inside of the container body 22. It is formed in a substantially U-shape extending in the radial direction of the container body 22 and connected to the lower part of the container body 22. The container main body 22 is attached to the container base 2, but the handle portion 23 is configured to be attachable to the main body second portion 9 as shown in FIGS. 2, 4 and 5. That is, as described above, the handle portion 23 is attached to the main body second portion 9 by fitting the lower end portion 23a of the handle portion 23 into the upper end portion 9b of the main body second portion 9, and the handle portion 23 is attached to the main body second portion 9b. The position to be mounted on the part 9 is an appropriate mounting position for mounting the container base 2 and the container 3 on the main body 1 in the circumferential direction of the main body first part 8. Thus, when the container base 2 and the container 3 are integrally coupled to the main body second part 9 with the handle portion 23 being mounted, the container base 2 and the container 3 are integrally coupled. 1 is mounted in a stable posture.
(蓋)
蓋4は、容器本体22の上端部の開口を開閉自在な蓋第1部位4aとその蓋第1部位4aの外側に張り出してハンドル部23の上部を覆う蓋第2部位4bとを備えて構成されている。
(lid)
The lid 4 includes a lid first portion 4a that can freely open and close the opening at the upper end of the container body 22, and a lid second portion 4b that projects outside the lid first portion 4a and covers the top of the handle portion 23. Has been.
以上の如く、本発明に係る電動調理器は、本体1、容器台2、容器3、蓋4の各部材を主として構成されているが、本体1に対して容器台2と容器3とを結合したものを装着することで、容器台2及び容器3を装着するとともに、その装着された容器3に対して蓋4を装着した上で、スイッチボタン7をON操作してモータ5にてブレード6を回転駆動させることで、容器3内に投入した食材の調製を行うようにしている。
そして、本発明に係る電動調理器では、容器台2及び容器3を装着していない場合や、容器3を装着していても蓋4を装着していない場合に、モータ5の回転駆動を禁止するための安全機構が備えられている。
As described above, the electric cooker according to the present invention mainly includes the main body 1, the container base 2, the container 3, and the lid 4, but the container base 2 and the container 3 are coupled to the main body 1. By mounting the container 2 and the container 3, the lid 4 is mounted on the mounted container 3, the switch button 7 is turned on, and the blade 6 is driven by the motor 5. Is rotated so that the food material put into the container 3 is prepared.
And in the electric cooking device which concerns on this invention, when the container base 2 and the container 3 are not mounted | worn, or when the container 4 is mounted | worn but the cover 4 is not mounted | worn, the rotation drive of the motor 5 is prohibited. A safety mechanism is provided.
この安全機構として、図3〜図5に示すように、容器台2及び容器3が装着されている容器装着状態を検知する第1検知部24(検知部に相当する)と、容器台2、容器3及び蓋4が装着されている蓋装着状態を検知する第2検知部25(検知部に相当する)とが本体1に備えられている。そして、図示は省略するが、これら第1検知部24及び第2検知部25の検知情報に基づいて、モータ5の駆動を禁止又は許容する駆動禁止・駆動許容手段も本体1に設けられている。この駆動禁止・駆動許容手段は、第1検知部24にて容器装着状態を検知していない又は第2検知部25にて蓋装着状態を検知していない非検知状態では、モータ5の駆動を禁止し、第1検知部24にて容器装着状態を検知し且つ第2検知部25にて蓋装着状態を検知している検知状態では、モータ5の駆動を許容するように構成されている。つまり、駆動禁止・駆動許容手段は、第1検知部24にて容器装着状態を検知し且つ第2検知部25にて蓋装着状態を検知している検知状態の場合にだけモータ5の駆動を許容し、それ以外の場合にはモータ5の駆動を禁止している。   As shown in FIGS. 3 to 5, the safety mechanism includes a first detection unit 24 (corresponding to a detection unit) that detects a container mounting state in which the container table 2 and the container 3 are mounted, the container table 2, The main body 1 includes a second detection unit 25 (corresponding to a detection unit) that detects a lid mounting state in which the container 3 and the lid 4 are mounted. Although not shown, the main body 1 is also provided with drive prohibition / drive permission means for prohibiting or permitting the drive of the motor 5 based on the detection information of the first detection unit 24 and the second detection unit 25. . This drive prohibition / drive permission means drives the motor 5 in the non-detection state where the first detection unit 24 does not detect the container mounting state or the second detection unit 25 does not detect the lid mounting state. In the detection state in which the first detection unit 24 detects the container mounting state and the second detection unit 25 detects the lid mounting state, the motor 5 is allowed to be driven. That is, the drive prohibition / drive permission means drives the motor 5 only when the first detection unit 24 detects the container mounting state and the second detection unit 25 detects the lid mounting state. In other cases, the drive of the motor 5 is prohibited.
第1検知部24は、容器台2及び容器3を装着する動作に伴う容器装着動作が伝達されると容器装着状態を検知するように構成されている。ここで、図4に示すように、容器台2及び容器3を装着する際には、容器台2と容器3とを一体結合したものを本体1に装着している。そして、容器台2と容器3とを一体結合したものを本体1に装着する際には、ハンドル部23を本体第2部位9に嵌め込むように容器台2と容器3とを一体結合したものを下降させて、ハンドル部23を本体第2部位9に装着することで、容器台2及び容器3の本体1への装着を完了している。そこで、この実施形態では、ハンドル部23を本体第2部位9に装着する動作を容器装着動作としている。   The first detection unit 24 is configured to detect the container mounting state when a container mounting operation accompanying the operation of mounting the container base 2 and the container 3 is transmitted. Here, as shown in FIG. 4, when the container base 2 and the container 3 are mounted, the container base 2 and the container 3 are integrally connected to the main body 1. When the container base 2 and the container 3 are integrally connected to the main body 1, the container base 2 and the container 3 are integrally connected so that the handle portion 23 is fitted into the main body second portion 9. Is lowered, and the handle portion 23 is attached to the main body second portion 9 to complete the attachment of the container base 2 and the container 3 to the main body 1. Therefore, in this embodiment, the operation of attaching the handle portion 23 to the main body second portion 9 is referred to as a container mounting operation.
第2検知部25は、本体1に装着された容器3に蓋4を装着する動作に伴う蓋装着動作が伝達されると蓋装着状態を検知するように構成されている。ここで、この実施形態では、本体1に装着された容器3に蓋4を装着する際には、容器台2と容器3とを一体結合したものを本体1に装着した上で、図5に示すように、その容器3に蓋4を装着するので、その容器3に蓋4を装着する動作を蓋装着動作としている。   The second detector 25 is configured to detect the lid mounting state when a lid mounting operation accompanying the operation of mounting the lid 4 on the container 3 mounted on the main body 1 is transmitted. Here, in this embodiment, when the lid 4 is attached to the container 3 attached to the main body 1, the container base 2 and the container 3 that are integrally coupled are attached to the main body 1, and then to FIG. As shown, since the lid 4 is attached to the container 3, the operation of attaching the lid 4 to the container 3 is referred to as a lid attachment operation.
上述の如く、図3〜図5に示すように、第1検知部24及び第2検知部25の両者は本体1に備えられているので、第1検知部24による容器装着状態の検知、及び、第2検知部25による蓋装着状態の検知を行うためには、容器3側から本体1側に容器装着動作及び蓋装着動作を伝達することが必要である。
そこで、本発明に係る電動調理器では、容器3側には容器側伝達部材26が備えられ、本体1側には本体側伝達部材27が備えられ、容器側伝達部材26と本体側伝達部材27との間での伝達を介して、第1検知部24に容器装着動作を伝達するとともに、第2検知部25に蓋装着動作を伝達するように構成されている。
As described above, as shown in FIGS. 3 to 5, since both the first detection unit 24 and the second detection unit 25 are provided in the main body 1, the detection of the container mounting state by the first detection unit 24, and In order to detect the lid mounting state by the second detection unit 25, it is necessary to transmit the container mounting operation and the lid mounting operation from the container 3 side to the main body 1 side.
Therefore, in the electric cooking device according to the present invention, the container side transmission member 26 is provided on the container 3 side, the main body side transmission member 27 is provided on the main body 1 side, and the container side transmission member 26 and the main body side transmission member 27 are provided. The container mounting operation is transmitted to the first detection unit 24 and the lid mounting operation is transmitted to the second detection unit 25 through transmission between the first detection unit 24 and the second detection unit 25.
容器側伝達部材26として、容器側第1伝達部材26aと容器側第2伝達部材26bとが設けられ、本体側伝達部材27として、本体側第1伝達部材27aと本体側第2伝達部材27bとが設けられている。そして、容器装着動作が、図4に示すように、容器側第1伝達部材26aと本体側第1伝達部材27aとの間での伝達を介して第1検知部24に伝達自在に構成され、蓋装着動作が、図5に示すように、容器側第2伝達部材26bと本体側第2伝達部材27bとの間での伝達を介して第2検知部25に伝達自在に構成されている。   A container-side first transmission member 26a and a container-side second transmission member 26b are provided as the container-side transmission member 26, and a main body-side first transmission member 27a and a main body-side second transmission member 27b are provided as the main body-side transmission member 27. Is provided. Then, as shown in FIG. 4, the container mounting operation is configured to be freely transmitted to the first detection unit 24 through transmission between the container side first transmission member 26a and the main body side first transmission member 27a. As shown in FIG. 5, the lid mounting operation is configured to be freely transmitted to the second detection unit 25 through transmission between the container-side second transmission member 26b and the main body-side second transmission member 27b.
(容器装着動作の伝達)
容器側第1伝達部材26aは、ハンドル部23の下端部位23aから下方側に突出する凸状部材にて構成されており、ハンドル部23の下端部位23aに設けられている。この容器側第1伝達部材26aは、第2付勢部材B2(例えば弾性バネ)によりハンドル部23の下端部位23aから下方側に突出する位置に付勢されている(図3参照)。
本体側第1伝達部材27aは、本体第2部位9における凹状の上端部位9bの底部9cを貫通して本体第2部位9の内部に延びる状態で上下方向に長尺のレバー状に形成されており、その上端側部位が本体第2部位9における凹状の上端部位9bの底部9cよりも上方側に突出する第1非伝達位置(図3参照)とその第1非伝達位置よりも下方側の第1伝達位置(図4参照)とに上下方向に移動自在に設けられている。そして、本体側第1伝達部材27aは、図3に示すように、図外の付勢部材(例えば弾性バネ)により第1非伝達位置に復帰付勢されている。
(Transmission of container mounting motion)
The container-side first transmission member 26 a is configured by a convex member that protrudes downward from the lower end portion 23 a of the handle portion 23, and is provided at the lower end portion 23 a of the handle portion 23. This container side 1st transmission member 26a is urged | biased by the position which protrudes below from the lower end part 23a of the handle | steering-wheel part 23 by 2nd urging | biasing member B2 (for example, elastic spring) (refer FIG. 3).
The main body side first transmission member 27a is formed in a lever shape that is elongated in the vertical direction in a state of extending through the bottom portion 9c of the concave upper end portion 9b in the main body second portion 9 and extending into the main body second portion 9. A first non-transmission position (see FIG. 3) in which the upper end side portion projects upward from the bottom 9c of the concave upper end portion 9b in the main body second portion 9 and a lower side than the first non-transmission position. The first transmission position (see FIG. 4) is provided so as to be movable in the vertical direction. As shown in FIG. 3, the main body side first transmission member 27a is urged to return to the first non-transmission position by an urging member (for example, an elastic spring) not shown.
図3に示す状態から、本体第2部位9にハンドル部23を装着する容器装着動作が行われた場合の動作について説明する。
図4に示すように、容器装着動作が行われると、ハンドル部23の下端部位23aが本体第2部位9の上端部位9bに装着されるので、このときに、容器側第1伝達部材26aが、本体側第1伝達部材27aの上端部に接触される。これにより、本体側第1伝達部材27aが下方側に押圧されて第1伝達位置に移動し、容器側第1伝達部材26aと本体側第1伝達部材27aとの間での直接伝達により、容器3側から本体1側に容器装着動作が伝達される。
The operation when the container mounting operation for mounting the handle portion 23 to the main body second portion 9 is performed from the state shown in FIG. 3 will be described.
As shown in FIG. 4, when the container mounting operation is performed, the lower end portion 23a of the handle portion 23 is mounted on the upper end portion 9b of the main body second portion 9, and at this time, the container-side first transmission member 26a is The upper end portion of the main body side first transmission member 27a is contacted. Thereby, the main body side first transmission member 27a is pressed downward to move to the first transmission position, and the container is transmitted by direct transmission between the container side first transmission member 26a and the main body side first transmission member 27a. The container mounting operation is transmitted from the 3 side to the main body 1 side.
このようにして、容器側第1伝達部材26aと本体側第1伝達部材27aの間での直接伝達により、容器3側から本体1側に容器装着動作が伝達されるのであるが、容器側第1伝達部材26aは、容器本体22から外側に張り出したハンドル部23に設けられており、本体側第1伝達部材27aも、本体第1部位8から外側に張り出した本体第2部位9に設けられているので、容器側第1伝達部材26aと本体側第1伝達部材27aの間での直接伝達は、容器台2の外側、すなわち容器台2の外部空間にて行われる。したがって、容器台2の内部に容器3側から本体1側に容器装着動作を伝達するための部材を設けなくても、容器台2の外部空間を有効に活用して、ハンドル部23に容器側第1伝達部材26aを設け、本体第2部位9に本体側第1伝達部材27aを設けるだけで、容器3側から本体1側への容器装着動作の伝達を適切に行うことができ、容器3側から本体1側へ容器装着動作を伝達するための構造が簡易なものとなる。   In this way, the container mounting operation is transmitted from the container 3 side to the main body 1 side by direct transmission between the container side first transmission member 26a and the main body side first transmission member 27a. The first transmission member 26a is provided on the handle portion 23 projecting outward from the container main body 22, and the main body-side first transmission member 27a is also provided on the main body second portion 9 projecting outward from the main body first portion 8. Therefore, direct transmission between the container-side first transmission member 26 a and the main body-side first transmission member 27 a is performed outside the container table 2, that is, in the external space of the container table 2. Therefore, even if a member for transmitting the container mounting operation from the container 3 side to the main body 1 side is not provided inside the container table 2, the outer space of the container table 2 can be used effectively, and the handle portion 23 can be connected to the container side. By simply providing the first transmission member 26a and providing the main body side first transmission member 27a in the main body second portion 9, the container mounting operation can be appropriately transmitted from the container 3 side to the main body 1 side. The structure for transmitting the container mounting operation from the side to the main body 1 side becomes simple.
(蓋装着動作の伝達)
容器側第2伝達部材26bは、ハンドル部23の上端部及び下端部を貫通する状態でハンドル部23の上下方向の全長に亘って延びるレバー状に形成されており、上下方向に移動自在に設けられている。そして、容器側第2伝達部材26bは、上方位置(図4参照)とその上方位置よりも下方側の下方位置(図5参照)との間で上下方向に移動自在に設けられており、第3付勢部材B3(例えば弾性バネ)により上方位置に復帰付勢されている。
本体側第2伝達部材27bは、本体第2部位9における凹状の上端部位9bの底部9cを貫通して本体第2部位9の内部に延びる棒状に形成されており、その上端側部位が本体第2部位9における凹状の上端部位9bの底部9cよりも上方側に突出する第2非伝達位置(図4参照)とその第2非伝達位置よりも下方側の第2伝達位置(図5参照)とに上下方向に移動自在に設けられている。そして、本体側第2伝達部材27bは、図外の付勢部材(例えば弾性バネ)により第2非伝達位置に復帰付勢されている。
(Transmission of lid mounting motion)
The container-side second transmission member 26b is formed in a lever shape that extends over the entire length in the vertical direction of the handle portion 23 while penetrating the upper end portion and the lower end portion of the handle portion 23, and is provided so as to be movable in the vertical direction. It has been. The container-side second transmission member 26b is provided so as to be movable up and down between an upper position (see FIG. 4) and a lower position (see FIG. 5) below the upper position. 3 is biased back to the upper position by a biasing member B3 (for example, an elastic spring).
The main body side second transmission member 27b is formed in a rod shape that penetrates the bottom portion 9c of the concave upper end portion 9b in the main body second portion 9 and extends into the main body second portion 9, and the upper end side portion thereof is the main body second portion. A second non-transmission position (see FIG. 4) that protrudes above the bottom 9c of the concave upper end part 9b in the two parts 9 and a second transmission position that is below the second non-transmission position (see FIG. 5). And can be moved up and down. The main body side second transmission member 27b is urged to return to the second non-transmission position by an urging member (for example, an elastic spring) (not shown).
蓋4は、上述の如く、容器本体22の上端部の開口を開閉自在な蓋第1部位4aを備えるだけでなく、ハンドル部23の上部を覆う蓋第2部位4bも備えられており、この蓋第2部位4bの下面部には、下方側に突出する蓋側凸部28が備えられている。   As described above, the lid 4 includes not only the lid first portion 4a that can freely open and close the opening of the upper end portion of the container body 22, but also the lid second portion 4b that covers the upper portion of the handle portion 23. A lid-side convex portion 28 that protrudes downward is provided on the lower surface portion of the lid second portion 4b.
図4に示す状態において、容器3に蓋4を装着する蓋装着動作が行われた場合の動作について説明する。
図5に示すように、蓋装着動作が行われると、蓋第2部位4bがハンドル部23の上部を覆うので、このときに、蓋側凸部28がハンドル部23の上下方向の全長に亘って延びる容器側第2伝達部材26bの上端部に接触して容器側第2伝達部材26bを下方側に押圧する。これにより、蓋装着動作が、容器側第2伝達部材26bにより、ハンドル部23の内部を介してハンドル部23の上端部から下端部に伝達されている。そして、蓋側凸部28の押圧によって容器側第2伝達部材26bが第3付勢部材B3の付勢力に抗して上方位置から下方位置に移動され、その容器側第2伝達部材26bが下方位置に移動することで、容器側第2伝達部材26bの下端部が本体側第2伝達部材27bの上端部に接触されている。これにより、本体側第2伝達部材27bが下方側に押圧されて第2伝達位置に移動され、容器側第2伝達部材26bと本体側第2伝達部材27bの間での直接伝達により、容器3側から本体1側に蓋装着動作が伝達される。
The operation when the lid mounting operation for mounting the lid 4 on the container 3 is performed in the state shown in FIG. 4 will be described.
As shown in FIG. 5, when the lid mounting operation is performed, the lid second portion 4b covers the upper portion of the handle portion 23. At this time, the lid-side convex portion 28 extends over the entire length of the handle portion 23 in the vertical direction. The container-side second transmission member 26b is pressed downward by coming into contact with the upper end portion of the container-side second transmission member 26b. Accordingly, the lid mounting operation is transmitted from the upper end portion of the handle portion 23 to the lower end portion via the inside of the handle portion 23 by the container-side second transmission member 26b. The container-side second transmission member 26b is moved from the upper position to the lower position against the urging force of the third urging member B3 by the pressing of the lid-side convex portion 28, and the container-side second transmission member 26b is moved downward. By moving to a position, the lower end part of the container side 2nd transmission member 26b is contacting the upper end part of the main body side 2nd transmission member 27b. Thereby, the main body side second transmission member 27b is pressed downward and moved to the second transmission position, and the container 3 is directly transmitted between the container side second transmission member 26b and the main body side second transmission member 27b. The lid mounting operation is transmitted from the side to the main body 1 side.
このようにして、容器側第2伝達部材26bと本体側第2伝達部材27bとの間での直接伝達により、容器3側から本体1側に蓋装着動作が伝達されるのであるが、容器側第1伝達部材26aと本体側第1伝達部材27aとの間での伝達と同様に、容器側第2伝達部材26bと本体側第2伝達部材27bとの間での直接伝達も、容器台2の外側、すなわち容器台2の外部空間にて行われる。したがって、容器3側から本体1側への蓋装着動作の伝達を適切に行うことができ、容器3側から本体1側へ蓋装着動作を伝達するための構造が簡易なものとなる。   In this way, the lid mounting operation is transmitted from the container 3 side to the main body 1 side by direct transmission between the container side second transmission member 26b and the main body side second transmission member 27b. Similarly to the transmission between the first transmission member 26a and the main body side first transmission member 27a, the direct transmission between the container side second transmission member 26b and the main body side second transmission member 27b is also performed on the container base 2. Outside, that is, in the outer space of the container table 2. Therefore, it is possible to appropriately transmit the lid mounting operation from the container 3 side to the main body 1 side, and the structure for transmitting the lid mounting operation from the container 3 side to the main body 1 side becomes simple.
上述の如く、容器側第1伝達部材26aと本体側第1伝達部材27aとの間での容器装着動作の伝達、及び、容器側第2伝達部材26bと本体側第2伝達部材27bとの間での蓋装着動作の伝達は、本体第2部位9にハンドル部23を装着した装着状態に行われるのであるが、本体第2部位9にハンドル部23を装着する際に、本体第2部位9の適切な位置にハンドル部23を案内自在に構成されている。
つまり、本体第2部位9の上端部位9bは、ハンドル部23の下端部位23aが嵌め込まれるように凹状に形成されているが、図1及び図3に示すように、平面視で方形状の上端部位9bの4辺のうち、本体第1部位8に近接する側を除く3辺には、本体側壁部29が備えられ、本体第1部位8に近接する側の1辺には、本体側壁部29が存在せず、水平方向に開口されている。これにより、本体第2部位9の上端部位9bには、3方向が本体側壁部29に囲まれ且つ残りの1方向が開放された平面視コ字状の本体側凹部30が形成されている。一方、ハンドル部23の下端部位23aには、図1及び図3に示すように、下方側に延びる容器側壁部31が備えられ、その容器側壁部31の存在箇所が平面視で方形状になるように形成されている。そして、容器側壁部31が本体側壁部29の内側に当接する状態で本体側凹部30に嵌め込み自在に構成されており、ハンドル部23の位置が適切な位置からずれていても、本体側壁部29が容器側壁部31に当接案内することで、本体第2部位9の適切な位置にハンドル部23を装着できるようになっている。
As described above, the container mounting operation is transmitted between the container-side first transmission member 26a and the main body-side first transmission member 27a, and between the container-side second transmission member 26b and the main body-side second transmission member 27b. The lid mounting operation is transmitted in the mounting state in which the handle portion 23 is mounted on the main body second portion 9. When the handle portion 23 is mounted on the main body second portion 9, the main body second portion 9 is transmitted. The handle portion 23 can be guided to an appropriate position.
In other words, the upper end portion 9b of the main body second portion 9 is formed in a concave shape so that the lower end portion 23a of the handle portion 23 is fitted therein. However, as shown in FIGS. Of the four sides of the part 9b, three sides excluding the side close to the main body first part 8 are provided with the main body side wall part 29, and one side near the main body first part 8 is provided with the main body side wall part. 29 does not exist and is open in the horizontal direction. As a result, a body-side concave portion 30 that is U-shaped in plan view is formed in the upper end portion 9b of the second body portion 9 so that three directions are surrounded by the body side wall 29 and the remaining one direction is open. On the other hand, as shown in FIGS. 1 and 3, the lower end portion 23 a of the handle portion 23 is provided with a container side wall portion 31 extending downward, and the location of the container side wall portion 31 is rectangular in plan view. It is formed as follows. The container side wall portion 31 is configured to be freely fitted into the main body side recessed portion 30 in a state where the container side wall portion 31 is in contact with the inner side of the main body side wall portion 29, and even if the position of the handle portion 23 is shifted from an appropriate position, the main body side wall portion 29. The handle portion 23 can be mounted at an appropriate position of the main body second portion 9 by abutting and guiding the container side wall portion 31.
そして、ハンドル部23の下端部位23aには、容器側第1伝達部材26aと容器側第2伝達部材26bとが設けられているのであるが、容器側第1伝達部材26aと容器側第2伝達部材26bとは、容器側壁部31に囲まれた空間内に近接して配設されている。また、本体第2部位9の上端部位9bには、本体側第1伝達部材27aと本体側第2伝達部材27bとが設けられているのであるが、本体側第1伝達部材27aと本体側第2伝達部材27bとは、本体側壁部29にて囲まれた本体側凹部30内に近接して配設されている。これにより、容器側伝達部材26及び本体側伝達部材27の夫々が、容器側壁部31や本体側壁部29にて囲まれて配設されているので、容器側伝達部材26及び本体側伝達部材27が誤って押圧操作される等の誤操作を防止することができ、本体第2部位9にハンドル部23を装着するだけで、容器側第1伝達部材26aと本体側第1伝達部材27aとの間での容器装着動作の伝達、及び、容器側第2伝達部材26bと本体側第2伝達部材27bとの間での蓋装着動作の伝達を簡易に且つ適切に行うことができる。
そして、ハンドル部23の下端部が容器台2に装着された容器本体22の下端部よりも上方側に設定されているので、容器本体22を机上等に置いた場合においても、ハンドル部23の下端部位23aに設けた容器側伝達部材26が机に当たらないため、容器側伝達部材26が破損し難いものとなっている。
The container side first transmission member 26a and the container side second transmission member 26b are provided at the lower end portion 23a of the handle portion 23. However, the container side first transmission member 26a and the container side second transmission are provided. The member 26b is disposed close to the space surrounded by the container side wall 31. Further, the main body side first transmission member 27a and the main body side second transmission member 27b are provided on the upper end part 9b of the main body second part 9, but the main body side first transmission member 27a and the main body side second transmission member 27b are provided. 2 The transmission member 27 b is disposed in the vicinity of the main body side recess 30 surrounded by the main body side wall 29. Thereby, since each of the container side transmission member 26 and the main body side transmission member 27 is surrounded by the container side wall portion 31 and the main body side wall portion 29, the container side transmission member 26 and the main body side transmission member 27 are arranged. Can be prevented from being erroneously pressed and the like, and only by attaching the handle portion 23 to the second body portion 9, the space between the container-side first transmission member 26a and the body-side first transmission member 27a can be reduced. In this case, the container mounting operation can be transmitted in a simple manner and the lid mounting operation between the container side second transmission member 26b and the main body side second transmission member 27b can be transmitted easily and appropriately.
And since the lower end part of the handle part 23 is set above the lower end part of the container main body 22 with which the container base 2 was mounted | worn, even when the container main body 22 is placed on a desk etc., Since the container side transmission member 26 provided in the lower end part 23a does not hit the desk, the container side transmission member 26 is not easily damaged.
また、本体側凹部30は、3方向が本体側壁部29に囲まれ且つ残りの1方向が開放されているので、例えば、水等の液体が本体凹部30に侵入しても、その液体が開放された部位から本体側凹部30の外部に流出するので、本体側凹部30に液体が滞留するのを防止することができる。このようにして、容器側伝達部材26と本体側伝達部材27が接触する位置にハンドル部23を案内自在で、且つ、本体側伝達部材27の周囲での液体滞留を防止自在な案内・液体滞留防止部が、本体側壁部29及び本体側凹部30にて構成されている。   In addition, since the main body side recess 30 is surrounded by the main body side wall 29 in the three directions and the remaining one direction is open, for example, even if a liquid such as water enters the main body recess 30, the liquid is released. Since it flows out of the main body side recessed part 30 from the made site | part, it can prevent that a liquid retains in the main body side recessed part 30. FIG. In this way, the guide / liquid retention is such that the handle portion 23 can be guided to a position where the container side transmission member 26 and the main body side transmission member 27 are in contact with each other, and liquid stay around the main body side transmission member 27 can be prevented. The prevention part is constituted by the main body side wall part 29 and the main body side concave part 30.
上述の如く、本体側伝達部材27は、図外の付勢部材の付勢力により本体第2部位9における凹状の上端部位9bの底部9cよりも上方側に突出する第1、第2非伝達位置に復帰付勢されており、容器側伝達部材26と本体側伝達部材27とが接触する位置は、本体第2部位9における凹状の上端部位9bの底部9cよりも上方側となっている。一方、本体1に装着される容器台2は、容器台側係合部15と本体側係合部16との係合によりその装着状態が保持されるのであるが、その装着状態の容器台2の下端部は、本体第2部位9における凹状の上端部位9bの底部9cよりも下方側となっている。これにより、容器側伝達部材26と本体側伝達部材27とが接触する位置は、本体1に装着される容器台2の下端部よりも上方側に設定されている。したがって、例えば、容器台2と容器3を確実に装着出来ていなかった場合に、容器3内の食材のうち液分が容器3と容器台2の間から流出し、その液分が容器台2の下端部と本体1との隙間に溜まったとしても、その液分が容器側伝達部材26と本体側伝達部材27とが接触する位置に到達するのを防止でき、容器側伝達部材26と本体側伝達部材27との伝達に悪影響を及ぼすことがないようにしている。   As described above, the main body side transmission member 27 has the first and second non-transmission positions protruding upward from the bottom portion 9c of the concave upper end portion 9b of the main body second portion 9 by the biasing force of the biasing member (not shown). The position where the container side transmission member 26 and the main body side transmission member 27 are in contact with each other is above the bottom portion 9c of the concave upper end portion 9b in the main body second portion 9. On the other hand, the container base 2 attached to the main body 1 is maintained in the mounting state by the engagement between the container base side engaging portion 15 and the main body side engaging portion 16. The lower end portion of the main body second portion 9 is on the lower side than the bottom portion 9c of the concave upper end portion 9b. Thereby, the position where the container side transmission member 26 and the main body side transmission member 27 come into contact with each other is set above the lower end portion of the container base 2 attached to the main body 1. Therefore, for example, when the container base 2 and the container 3 have not been securely mounted, the liquid component out of the ingredients in the container 3 flows out between the container 3 and the container base 2, and the liquid component is the container base 2. Even if the liquid is accumulated in the gap between the lower end of the container and the main body 1, the liquid can be prevented from reaching the position where the container-side transmission member 26 and the main-body-side transmission member 27 are in contact with each other. The transmission with the side transmission member 27 is not adversely affected.
(駆動禁止・駆動許容手段)
上述の如く、駆動禁止・駆動許容手段は、第1検知部24にて容器装着状態を検知し且つ第2検知部25にて蓋装着状態を検知している検知状態の場合にだけモータ5の駆動を許容し、それ以外の場合にはモータ5の駆動を禁止しているので、この点について説明する。
(Driving prohibition / driving permission means)
As described above, the drive prohibiting / driving permitting means is configured so that the motor 5 is only in the detection state where the first detection unit 24 detects the container mounting state and the second detection unit 25 detects the lid mounting state. Since driving is permitted and driving of the motor 5 is prohibited in other cases, this point will be described.
容器装着動作については、上述の如く、容器側第1伝達部材26aと本体側第1伝達部材27aの間での直接伝達により、容器3側から本体1側に伝達されるのであるが、本体1側に伝達されると、本体側第1伝達部材27aが第1伝達位置に移動することで本体側第1伝達部材27aを介して第1検知部24に伝達される。第1検知部24は、本体側第1伝達部材27aにより容器装着動作が伝達されると、容器装着状態を検知するわけであるが、この第1検知部24は、本体側第1伝達部材27aにより容器装着動作が伝達されるまでは、スイッチボタン7(実際には、後述するように、第1〜第3スイッチボタン7a〜7c)のON操作(押し込み操作)を規制することで、モータ5の駆動を禁止している。これにより、第1検知部24は、容器装着動作が伝達されることで容器装着状態を検知する検知部としての構成を備えるだけでなく、第1検知部24にて容器装着状態を検知していない場合にモータ5の駆動を禁止する駆動禁止・駆動許容手段の構成をも備えており、検知部と駆動禁止・駆動許容手段とを兼用するように構成されている。   As described above, the container mounting operation is transmitted from the container 3 side to the main body 1 side by direct transmission between the container-side first transmission member 26a and the main body-side first transmission member 27a. When transmitted to the side, the main body side first transmission member 27a moves to the first transmission position and is transmitted to the first detection unit 24 via the main body side first transmission member 27a. When the container mounting operation is transmitted by the main body side first transmission member 27a, the first detection unit 24 detects the container mounting state. The first detection unit 24 is configured to detect the main body side first transmission member 27a. Until the container mounting operation is transmitted by the motor 5, the motor 5 is controlled by restricting the ON operation (push-in operation) of the switch button 7 (actually, the first to third switch buttons 7 a to 7 c as will be described later). Is prohibited. Thus, the first detection unit 24 not only has a configuration as a detection unit that detects the container mounting state by transmitting the container mounting operation, but also detects the container mounting state by the first detection unit 24. A drive prohibition / drive permission means for prohibiting driving of the motor 5 in the absence of the motor 5 is also provided, and the detection unit is also used as the drive prohibition / drive permission means.
図6及び図7に示すように、第1検知部24は、スイッチボタン7のON操作(押し込み操作)を規制するロック位置(図7(a)参照)とスイッチボタン7のON操作(押し込み操作)を許容するロック解除位置(図7(b)参照)とに上下方向に移動自在な移動部材にて構成されている。第1検知部24は、スイッチボタン7を支持する板状の支持体34に形成された貫通孔35を貫通して上下方向に延びる形態で設けられており、水平方向に突出する検知側当接部24aが上下方向に間隔を隔てて複数備えられている。そして、図7(a)に示すように、ロック位置に位置するときには、その検知側当接部24aがスイッチボタン7のボタン側当接部7Aに当接してスイッチボタン7の押し込み移動を規制しており、この当接によってスイッチボタン7がON操作されるのを規制している。一方、図7(b)に示すように、第1検知部24がロック解除位置に位置するときには、検知側当接部24aがスイッチボタン7とは上下方向で異なる位置に位置しており、スイッチボタン7が押し込み移動されても、検知側当接部24aがボタン側当接部7Aに当接することがなく、スイッチボタン7がON操作されるのを許容している。そして、第1検知部24は、図外の付勢部材(例えば弾性バネ)によりロック位置に復帰付勢されており、本体側第1伝達部材27aの下方側への移動により容器装着動作が伝達されると、その伝達に伴ってロック位置からロック解除位置に下方側に移動自在に設けられており、このロック位置からロック解除位置に下方移動することで容器装着状態を検知する機械式の検知部として構成されている。   As shown in FIG. 6 and FIG. 7, the first detection unit 24 includes a lock position (see FIG. 7A) that restricts the ON operation (pressing operation) of the switch button 7 and the ON operation (pressing operation) of the switch button 7. ) Is allowed to move to a lock release position (see FIG. 7B). The first detector 24 is provided in a form extending vertically through a through hole 35 formed in a plate-like support 34 that supports the switch button 7, and protrudes in the horizontal direction. A plurality of portions 24a are provided at intervals in the vertical direction. Then, as shown in FIG. 7A, when positioned at the lock position, the detection-side contact portion 24a contacts the button-side contact portion 7A of the switch button 7 to restrict the pushing movement of the switch button 7. The contact of the switch button 7 is restricted by this contact. On the other hand, as shown in FIG. 7B, when the first detection unit 24 is located at the unlock position, the detection-side contact portion 24a is located at a position different from the switch button 7 in the vertical direction. Even if the button 7 is pushed and moved, the detection-side contact portion 24a does not contact the button-side contact portion 7A, and the switch button 7 is allowed to be turned on. The first detector 24 is urged to return to the locked position by a biasing member (for example, an elastic spring) (not shown), and the container mounting operation is transmitted by the downward movement of the main body side first transmission member 27a. When this is done, it is provided so that it can move downward from the lock position to the unlock position along with its transmission, and mechanical detection that detects the container mounting state by moving downward from this lock position to the lock release position. It is configured as a part.
ちなみに、この実施形態では、スイッチボタン7として、第1スイッチボタン7a、第2スイッチボタン7b、第3スイッチボタン7c、第4スイッチボタン7dの4つが設けられているが、第1スイッチボタン7a、第2スイッチボタン7b、及び、第3スイッチボタン7cが、モータ5を駆動させるときにON操作されるスイッチボタンであるので、第1検知部24は、容器装着動作が伝達されるまで、第1〜第3スイッチボタン7a〜7cがON操作されるのを禁止しており、モータ5の駆動を停止させるときにON操作(押し込み操作)される第4スイッチボタン7dに対しては、図6及び図7(a)に示すように、ボタン側当接部7Aに当接する検知側当接部24aが設けられておらず、容器装着動作が伝達される以前であっても、ON操作(押し込み操作)可能となっている。   Incidentally, in this embodiment, as the switch button 7, there are provided the first switch button 7a, the second switch button 7b, the third switch button 7c, and the fourth switch button 7d, but the first switch button 7a, Since the second switch button 7b and the third switch button 7c are switch buttons that are turned on when the motor 5 is driven, the first detection unit 24 does not perform the first operation until the container mounting operation is transmitted. The third switch buttons 7a to 7c are prohibited from being turned on, and the fourth switch button 7d that is turned on (push-in operation) when the drive of the motor 5 is stopped is shown in FIG. As shown in FIG. 7A, even if the detection side contact portion 24a that contacts the button side contact portion 7A is not provided and the container mounting operation is transmitted. ON operation has become a (pushing operation) possible.
また、第2、第3スイッチボタン7b、7cについては、図6及び図7に示すように、ON操作された状態を保持する保持部材32が備えられており、この保持部材32によりON操作された状態が保持されることで、モータ5の駆動が継続されるようになっている。保持部材32は、支持体34に形成された貫通孔35を貫通して上下方向に延びる板状に形成されており、第1検知部24と水平方向に並ぶように配設されている。この保持部材32も、第1検知部24と同様に上下方向に移動自在に設けられ、図外の付勢部材(例えば弾性バネ)により下方側に付勢されており、第1検知部24が下方側に移動するに伴って下方側に移動するように、第1検知部24の動きに連動して移動自在に設けられている。保持部材32には、第2、第3スイッチボタン7b、7cがON操作されるとその第2、第3スイッチボタン7b、7cに備えられたボタン側当接部7Aに係合自在な保持側係合部32aを備えており、保持側係合部32aとボタン側当接部7Aとの係合により第2、第3スイッチボタン7b、7cがON操作された状態に保持されている。   Further, as shown in FIGS. 6 and 7, the second and third switch buttons 7b and 7c are provided with a holding member 32 that holds the ON-operated state, and the ON operation is performed by the holding member 32. By maintaining this state, the driving of the motor 5 is continued. The holding member 32 is formed in a plate shape that penetrates the through hole 35 formed in the support 34 and extends in the vertical direction, and is arranged to be aligned with the first detection unit 24 in the horizontal direction. The holding member 32 is also provided so as to be movable in the vertical direction similarly to the first detection unit 24, and is biased downward by a biasing member (for example, an elastic spring) (not shown). It is provided so as to be movable in conjunction with the movement of the first detection unit 24 so as to move downward as it moves downward. When the second and third switch buttons 7b and 7c are turned on, the holding member 32 has a holding side that can be engaged with the button-side contact portion 7A provided in the second and third switch buttons 7b and 7c. An engaging portion 32a is provided, and the second and third switch buttons 7b and 7c are held in an ON-operated state by the engagement between the holding side engaging portion 32a and the button side contact portion 7A.
保持部材32の動きについて説明すると、保持部材32は、第1検知部24がロック位置(図7(a)参照)からロック解除位置(図7(b)参照)に下方移動されると、図外の付勢部材の付勢力により下方側に移動され、保持側係合部32aがボタン側当接部7Aと係合可能な位置に移動される。そして、第2、第3スイッチボタン7b、7cがON操作(押し込み操作)されると、図7(c)に示すように、ボタン側当接部7Aと保持側係合部32aが係合して、第2、第3スイッチボタン7b、7cがON操作(押し込み操作)された状態に保持される。ここで、図7(c)では、第3スイッチボタン7cがON操作された状態を保持している場合を示している。この保持が行われているときに、第4スイッチボタン7dがON操作(押し込み操作)されると、第4スイッチボタン7dのボタン側当接部7Aにより保持部材32の傾斜部位32bが押圧されて保持部材32が上方側に移動され、保持側係合部32aが上方側に移動される。これにより、ボタン側当接部7Aと保持側係合部32aとの係合が解除され、第2スイッチボタン7b、7cがON操作された状態の保持が解除されて、モータ5の駆動が停止される。   The movement of the holding member 32 will be described. When the first detection unit 24 is moved downward from the locked position (see FIG. 7A) to the unlocked position (see FIG. 7B), the holding member 32 is shown in FIG. The holding-side engaging portion 32a is moved to a position where it can be engaged with the button-side contact portion 7A by the urging force of the outer urging member. When the second and third switch buttons 7b and 7c are turned on (pressed in), as shown in FIG. 7C, the button side contact portion 7A and the holding side engagement portion 32a are engaged. Thus, the second and third switch buttons 7b and 7c are held in an ON operation (push-in operation) state. Here, FIG. 7C shows a case where the third switch button 7c is held in an ON-operated state. When the fourth switch button 7d is turned on (push-in operation) while this holding is performed, the inclined portion 32b of the holding member 32 is pressed by the button side contact portion 7A of the fourth switch button 7d. The holding member 32 is moved upward, and the holding side engaging portion 32a is moved upward. As a result, the engagement between the button-side contact portion 7A and the holding-side engaging portion 32a is released, the holding in the state where the second switch buttons 7b and 7c are turned on is released, and the driving of the motor 5 is stopped. Is done.
図5に戻り、蓋装着動作の伝達について説明すると、蓋装着動作については、上述の如く、容器側第2伝達部材26bと本体側第2伝達部材27bとの間での直接伝達により、容器3側から本体1側に伝達されるのであるが、本体1側に伝達されると、本体側第2伝達部材27bを介して第2検知部25に伝達される。第2検知部25は、本体側第2伝達部材27bの下方側への移動により蓋装着動作が伝達されると、その伝達に伴ってスイッチがON操作されて蓋装着状態を検知する電気式の検知部にて構成されている。   Returning to FIG. 5, the transmission of the lid mounting operation will be described. As described above, the lid mounting operation is performed by the direct transmission between the container side second transmission member 26b and the main body side second transmission member 27b. Although it is transmitted from the side to the main body 1 side, when transmitted to the main body 1 side, it is transmitted to the second detection unit 25 via the main body side second transmission member 27b. When the lid mounting operation is transmitted by the downward movement of the main body side second transmission member 27b, the second detection unit 25 is operated to turn on the switch and detect the lid mounting state. It consists of a detector.
駆動禁止・駆動許容手段は、図示は省略するが、モータ5の駆動及び駆動停止等を制御する制御部に備えられており、第1〜第3スイッチボタン7a〜7cがON操作されているか否かのスイッチボタンON/OFF情報が、制御部に入力自在に構成されている。そこで、上述の如く、第1検知部24にて容器装着状態を検知すると、第1〜第3スイッチボタン7a〜7cがON操作可能となることから、駆動禁止・駆動許容手段は、スイッチボタンON/OFF情報により、第1〜第3スイッチボタン7a〜7cがON操作されていると判別すると、第1検知部24にて容器装着状態を検知していると認識している。
また、第2検知部25は、蓋装着動作が伝達されるとスイッチがON操作されて蓋装着状態を検知するように構成されているが、そのスイッチのON/OFF情報も、制御部に入力自在に構成されている。そこで、駆動禁止・駆動許容手段は、そのスイッチのON/OFF情報により、そのスイッチがONされていると判別すると、第2検知部25にて蓋装着状態を検知していると認識している。
このようにして、駆動禁止・許容手段は、第1検知部24及び第2検知部25の検知情報に基づいて、第1検知部24にて容器装着状態を検知し且つ第2検知部25にて蓋装着状態を検知している検知状態の場合にだけモータ5の駆動を許容し、それ以外の場合にはモータ5の駆動を禁止している。したがって、容器3が装着されていない場合は勿論、容器3が装着されていても、蓋4が装着されていない場合にも、モータ5の駆動を禁止することで、誤ってモータ5が駆動されるのを的確に防止することができる。
Although not shown, the drive prohibition / drive permission means is provided in a control unit that controls the drive and drive stop of the motor 5, and whether or not the first to third switch buttons 7a to 7c are turned on. Such switch button ON / OFF information is configured to be freely input to the control unit. Therefore, as described above, when the first detection unit 24 detects the container mounting state, the first to third switch buttons 7a to 7c can be turned on. When it is determined that the first to third switch buttons 7a to 7c are turned on by the / OFF information, the first detection unit 24 recognizes that the container mounting state is detected.
In addition, the second detection unit 25 is configured to detect the lid mounting state by turning on the switch when the lid mounting operation is transmitted, and the switch ON / OFF information is also input to the control unit. It is configured freely. Therefore, when the drive prohibition / drive permission means determines that the switch is turned on based on the ON / OFF information of the switch, the drive prohibition / drive permission means recognizes that the lid mounting state is detected by the second detection unit 25. .
In this way, the drive prohibition / permission means detects the container mounting state at the first detection unit 24 based on the detection information of the first detection unit 24 and the second detection unit 25, and sends it to the second detection unit 25. Thus, the driving of the motor 5 is allowed only in the detection state in which the lid mounting state is detected, and the driving of the motor 5 is prohibited in other cases. Therefore, even when the container 3 is not mounted, as well as when the container 3 is mounted or the lid 4 is not mounted, the motor 5 is erroneously driven by prohibiting the driving of the motor 5. Can be prevented accurately.
上述の如く、第1検知部24及び第2検知部25は、本体側伝達部材27a、27bが下方側に移動することで容器装着状態や蓋装着状態の装着状態を検知するが、本体側伝達部材27a、27bの下方側への移動量が設定量以上となると、容器装着状態や蓋装着状態の装着状態の検知を開始するように構成されている。つまり、第1検知部24及び第2検知部25は、本体側伝達部材27a、27bの下方側への移動量が設定量未満であると、容器装着状態や蓋装着状態の装着状態の検知をせず、本体側伝達部材27a、27bの下方側への移動量が設定量以上となってはじめて、容器装着状態や蓋装着状態の装着状態の検知を開始する。これにより、使用者の指等が本体側伝達部材27に誤って触れる等によって、本体側伝達部材27a、27bが少しだけ下方側に移動しても、第1検知部24及び第2検知部25が容器装着状態や蓋装着状態の装着状態の検知を行わず、容器装着状態や蓋装着状態の装着状態の誤検知を防止することができる。   As described above, the first detection unit 24 and the second detection unit 25 detect the mounting state of the container mounting state and the lid mounting state as the main body side transmission members 27a and 27b move downward. When the amount of downward movement of the members 27a and 27b is equal to or greater than the set amount, detection of the mounting state of the container mounting state and the lid mounting state is started. That is, the first detection unit 24 and the second detection unit 25 detect the mounting state of the container mounting state and the lid mounting state when the downward movement amount of the main body side transmission members 27a and 27b is less than the set amount. Without starting, detection of the mounting state of the container mounting state or the lid mounting state is started only when the downward movement amount of the main body side transmission members 27a and 27b becomes equal to or larger than the set amount. Thereby, even if the user's finger or the like touches the main body side transmission member 27 by mistake, the main body side transmission members 27a and 27b move slightly downward, so that the first detection unit 24 and the second detection unit 25 are moved. However, it is possible to prevent erroneous detection of the mounting state of the container mounting state or the lid mounting state without detecting the mounting state of the container mounting state or the lid mounting state.
また、本発明に係る電動調理器では、本体側第1伝達部材27aと本体側第2伝達部材27bが単独で或いは同時に下方側に押圧されないように、図1及び図3に示すように、本体第2部位9における凹状の上端部位9bの底部9cから上方側に延びる複数の延設壁33が、本体側第1伝達部材27aと本体側第2伝達部材27bの周囲を囲むように備えられている。つまり、延設壁33として、本体側第1伝達部材27aと本体側第2伝達部材27bの周囲を囲む第1延設壁33aと、本体側第1伝達部材27aと本体側第2伝達部材27bの間に配設された第2延設壁33bとが設けられている。   In addition, in the electric cooking device according to the present invention, as shown in FIGS. 1 and 3, the main body side first transmission member 27a and the main body side second transmission member 27b are not pressed downward alone or simultaneously. A plurality of extending walls 33 extending upward from the bottom portion 9c of the concave upper end portion 9b in the second portion 9 are provided so as to surround the periphery of the main body side first transmission member 27a and the main body side second transmission member 27b. Yes. That is, as the extended wall 33, the first extended wall 33a surrounding the main body side first transmission member 27a and the main body side second transmission member 27b, the main body side first transmission member 27a, and the main body side second transmission member 27b. And a second extending wall 33b disposed between the two.
図3に示すように、第1延設壁33aは、第1非伝達位置に位置する本体側第1伝達部材27aよりも上方側に突出し、且つ、第2非伝達位置に位置する本体側第2伝達部材27bよりも上方側に突出するように構成されている。つまり、第1延設壁33aの上端部が、第1非伝達位置に位置する本体側第1伝達部材27aの上端部よりも上方側が位置し、且つ、第2非伝達位置に位置する本体側第2伝達部材27bの上端部よりも上方側に位置する。   As shown in FIG. 3, the first extending wall 33 a protrudes above the main body side first transmission member 27 a located at the first non-transmission position and is located at the main body side first position located at the second non-transmission position. It is comprised so that it may protrude above 2 transmission member 27b. In other words, the upper end of the first extending wall 33a is located above the upper end of the main body side first transmission member 27a located at the first non-transmission position, and the main body side is located at the second non-transmission position. It is located above the upper end of the second transmission member 27b.
また、第2延設壁33bについては、その上端部が、上下方向において、第1非伝達位置に位置する本体側第1伝達部材27aの上端部と第2非伝達位置に位置する本体側第2伝達部材27bの上端部の少なくとも一方と同等の位置或いはそれよりも上方側に位置するように構成されている。この実施形態では、第1非伝達位置に位置する本体側第1伝達部材27aの上端部の方が第2非伝達位置に位置する本体側第2伝達部材27bの上端部よりも上下方向で下方側に位置するので、第2延設壁33bの上端部が、上下方向において、第1非伝達位置に位置する本体側第1伝達部材27aの上端部と同等の位置となっている。   Further, the upper end of the second extending wall 33b in the up-down direction is the upper end of the main body side first transmission member 27a located at the first non-transmission position and the main body side first located at the second non-transmission position. 2 It is configured to be located at the same position as or at the upper side of at least one of the upper ends of the transmission member 27b. In this embodiment, the upper end portion of the main body side first transmission member 27a located at the first non-transmission position is lower in the vertical direction than the upper end portion of the main body side second transmission member 27b located at the second non-transmission position. Therefore, the upper end portion of the second extending wall 33b is equivalent to the upper end portion of the main body side first transmission member 27a located at the first non-transmission position in the vertical direction.
そして、この第2延設壁33bは、第1検知部24による容器装着状態の検知及び第2検知部25による蓋装着状態の検知の両者が誤って行われないようにする突起部として構成されている。つまり、第1検知部24は、本体側第1伝達部材27aが下方側に移動し、その移動量が設定量以上となると、容器装着状態の検知を開始するので、第1検知部24にて容器装着状態の検知を開始するときの本体側第1伝達部材27aの位置は、第1非伝達位置に位置する本体側第1伝達部材27aよりも設定量だけ下方側に移動した位置となる。また、第2検知部25も、本体側第2伝達部材27bが下方側に移動し、その移動量が設定量以上となると、蓋装着状態の検知を開始するので、第2検知部25にて蓋装着状態の検知を開始するときの本体側第2伝達部材27bの位置は、第2非伝達位置に位置する本体側第2伝達部材27bよりも設定量だけ下方側に移動した位置となる。したがって、上述の如く、第2延設壁33bの上端部を、上下方向において、第1非伝達位置に位置する本体側第1伝達部材27aの上端部と第2非伝達位置に位置する本体側第2伝達部材27bの上端部の少なくとも一方と同等の位置或いはそれよりも上方側に位置させている。これにより、第2延設壁33bを、第1検知部24にて容器装着状態の検知を開始するときの本体側第1伝達部材27aの位置、及び、第2検知部25にて蓋装着状態の検知を開始するときの本体側第2伝達部材27bの位置の少なくとも一方よりも上方側に突出するように構成することができる。したがって、本体側第1伝達部材27a及び本体側第2伝達部材27bの両者に同時に使用者の指等が触れても、この第2延設壁33bによって、第1検知部24及び第2検知部25の両者が検知を開始する位置まで本体側第1伝達部材27a及び本体側第2伝達部材27bの両者が下方側に押圧されるのを防止でき、第1検知部24による容器装着状態の検知及び第2検知部25による蓋装着状態の検知の両者が誤って行われることを防止できる。   The second extending wall 33b is configured as a protrusion that prevents both the detection of the container mounting state by the first detection unit 24 and the detection of the lid mounting state by the second detection unit 25 from being erroneously performed. ing. That is, the first detection unit 24 starts detection of the container mounting state when the main body side first transmission member 27a moves downward and the amount of movement exceeds the set amount. The position of the main body side first transmission member 27a when starting detection of the container mounting state is a position moved downward by a set amount from the main body side first transmission member 27a located at the first non-transmission position. The second detection unit 25 also starts detecting the lid mounting state when the main body side second transmission member 27b moves downward and the amount of movement exceeds the set amount. The position of the main body side second transmission member 27b when the detection of the lid mounting state is started is a position moved downward by a set amount from the main body side second transmission member 27b located at the second non-transmission position. Therefore, as described above, the upper end portion of the second extending wall 33b is positioned in the vertical direction on the main body side located at the upper end portion of the main body side first transmission member 27a located at the first non-transmission position and the second non-transmission position. The second transmission member 27b is positioned at a position equivalent to or at an upper side of at least one of the upper ends of the second transmission member 27b. Thereby, the position of the main body side first transmission member 27a when the detection of the container mounting state is started by the first detection unit 24, and the lid mounting state by the second detection unit 25, the second extending wall 33b. It can be configured to project upward from at least one of the positions of the main body side second transmission member 27b at the time of starting detection. Therefore, even if a user's finger or the like touches both the main body side first transmission member 27a and the main body side second transmission member 27b at the same time, the first detection unit 24 and the second detection unit are caused by the second extending wall 33b. 25, both the main body side first transmission member 27a and the main body side second transmission member 27b can be prevented from being pressed downward until the position where both of them start detection, and the first detection unit 24 detects the container mounting state. And it can prevent that both detection of the cover mounting state by the 2nd detection part 25 is performed accidentally.
〔別実施形態〕
(A)上記実施形態では、本体側伝達部材27と第1、第2検知部24、25とを別の部材にて構成しているが、例えば、本体側伝達部材を、容器側伝達部材と接触して容器側伝達部材との間で直接伝達自在であり、その容器側伝達部材との間で直接伝達によりONされるスイッチ部にて構成することもでき、1つの部材にて本体側伝達部材と検知部とを兼用することもできる。
[Another embodiment]
(A) In the above embodiment, the main body side transmission member 27 and the first and second detection units 24 and 25 are configured as separate members. For example, the main body side transmission member is a container side transmission member. It can be directly transmitted to and from the container-side transmission member in contact with the container-side transmission member, and can be configured by a switch part that is turned on by direct transmission to the container-side transmission member. It is also possible to use both the member and the detection unit.
(B)上記実施形態では、第1検知部24と第2検知部25の両者を設けた例を示したが、第1検知部24のみ、或いは、第2検知部25のみを設けて実施することも可能である。 (B) Although the example which provided both the 1st detection part 24 and the 2nd detection part 25 was shown in the said embodiment, it implements by providing only the 1st detection part 24 or the 2nd detection part 25. It is also possible.
(C)上記実施形態では、ハンドル部23を本体第2部位9よりも上方側から下降させて本体第2部位9にハンドル部23を装着することで、本体第2部位9に対してハンドル部23を装着する方向を上下方向とし、容器側伝達部材26を本体側伝達部材27に上下方向で接触させて容器側伝達部材26と本体側伝達部材27との間での直接伝達を行うことで、容器側伝達部材26を本体側伝達部材27に接触させる方向も上下方向としているが、本体第2部位に対してハンドル部を装着する方向、及び、容器側伝達部材を本体側伝達部材に接触させる方向については、上下方向に限らず、水平方向等、他の方向として実施することもできる。 (C) In the above embodiment, the handle portion 23 is lowered from the upper side of the main body second portion 9 and the handle portion 23 is attached to the main body second portion 9, whereby the handle portion is attached to the main body second portion 9. The direction in which 23 is mounted is the vertical direction, and the container-side transmission member 26 is brought into contact with the main body-side transmission member 27 in the vertical direction to perform direct transmission between the container-side transmission member 26 and the main body-side transmission member 27. The direction in which the container-side transmission member 26 is brought into contact with the main body-side transmission member 27 is also the vertical direction, but the direction in which the handle portion is attached to the second main body part and the container-side transmission member in contact with the main body-side transmission member The direction to be performed is not limited to the vertical direction, but may be implemented in other directions such as a horizontal direction.
(D)上記実施形態において、突起部としての第2延設壁33bは、第1検知部24にて容器装着状態の検知を開始するときの本体側第1伝達部材27aの位置、及び、第2検知部25にて蓋装着状態の検知を開始するときの本体側第2伝達部材27bの位置の少なくとも一方よりも上方側に突出するものであればよく、第1検知部にて容器装着状態の検知を開始するときの本体側第1伝達部材の位置よりも上方側に突出させるか、第2検知部にて蓋装着状態の検知を開始するときの本体側第2伝達部材の位置よりも上方側に突出させるか、或いは、第1検知部にて容器装着状態の検知を開始するときの本体側第1伝達部材の位置及び第2検知部にて蓋装着状態の検知を開始するときの本体側第2伝達部材の位置の両者よりも上方側に突出させるかについては、適宜変更が可能である。 (D) In the above-described embodiment, the second extending wall 33b as the projecting portion includes the position of the main body side first transmission member 27a when the first detection unit 24 starts detection of the container mounting state, and the second 2, as long as it protrudes upward from at least one of the positions of the main body side second transmission member 27 b when the detection of the lid mounting state is started by the detection unit 25, the container mounting state is detected by the first detection unit It protrudes upward from the position of the main body side first transmission member when starting the detection of the position, or the position of the main body side second transmission member when starting the detection of the lid mounting state by the second detection unit. When projecting upward, or when the detection of the container mounting state is started by the first detection unit, and when the detection of the lid mounting state is started by the second detection unit Projecting upward from both of the positions of the main body side second transmission member For Luke, it can be appropriately changed.
本発明は、駆動手段を備えた本体と、前記本体に対して着脱自在で且つ前記本体に装着された状態で前記駆動手段にて回転駆動される調製部材を備えた容器台と、前記調製部材が内部に配置されるように前記容器台に装着自在で且つ前記容器台から取り外し自在な容器と、前記容器に対して着脱自在な蓋とが備えられ、調製部材の清掃を行い易く、しかも、本体に対する容器の装着を容易に行うことができながら、容器や蓋が装着されたとの動作を検知部に伝達するための構造の簡素化を図ることができる安全機構を備えた各種の電動調理器に適応可能である。   The present invention includes a main body provided with a driving means, a container base provided with a preparation member that is detachably attached to the main body and is rotationally driven by the driving means in a state of being attached to the main body, and the preparation member A container that is attachable to and detachable from the container table and a lid that is detachable from the container table so that the prepared member can be easily cleaned, Various electric cookers equipped with a safety mechanism capable of simplifying the structure for transmitting the operation when the container or the lid is mounted to the detection unit while easily mounting the container on the main body Can be adapted to.
1 本体
2 容器台
3 容器
4 蓋
5 モータ(駆動手段)
6 ブレード(調製部材)
8 本体第1部位
9 本体第2部位
22 容器本体
23 ハンドル部
24 第1検知部
25 第2検知部
26 容器側伝達部材
26a 容器側第1伝達部材
26b 容器側第2伝達部材
27 本体側伝達部材
27a 本体側第1伝達部材
27b 本体側第2伝達部材
29 本体側壁部(案内・液体滞留防止部)
30 本体側凹部(案内・液体滞留防止部)
33b 第2延設壁(突起部)
DESCRIPTION OF SYMBOLS 1 Main body 2 Container stand 3 Container 4 Lid 5 Motor (drive means)
6 Blade (prepared part)
8 Main body first part 9 Main body second part 22 Container main body 23 Handle part 24 First detection part 25 Second detection part 26 Container side transmission member 26a Container side first transmission member 26b Container side second transmission member 27 Main body side transmission member 27a Main body side first transmission member 27b Main body side second transmission member 29 Main body side wall (guide / liquid retention prevention portion)
30 Body side recess (guide / liquid retention prevention part)
33b Second extending wall (protrusion)

Claims (6)

  1. 駆動手段を備えた本体と、前記本体に対して着脱自在で且つ前記本体に装着された状態で前記駆動手段にて回転駆動される調製部材を備えた容器台と、前記調製部材が内部に配置されるように前記容器台に装着自在で且つ前記容器台から取り外し自在な容器と、前記容器に対して着脱自在な蓋とが備えられ、前記本体には、前記容器台及び前記容器が装着されている容器装着状態、又は、前記容器台、前記容器及び前記蓋が装着されている蓋装着状態を検知する検知部が備えられ、前記容器台及び前記容器を装着する動作に伴う容器装着動作、又は、装着された前記容器に前記蓋を装着する動作に伴う蓋装着動作が、前記容器側に備えられた容器側伝達部材と前記本体側に備えられた本体側伝達部材との間での伝達を介して前記検知部に伝達自在に構成され、前記検知部は、前記容器装着動作が伝達されると前記容器装着状態を検知する、又は、前記蓋装着動作が伝達されると前記蓋装着状態を検知するように構成され、前記容器側伝達部材と前記本体側伝達部材は、前記容器台の外側を通して前記容器側伝達部材と前記本体側伝達部材との間での直接伝達を行うように構成されている電動調理器。   A main body provided with a driving means, a container base provided with a preparation member that is detachably attached to the main body and is rotationally driven by the driving means while being attached to the main body, and the preparation member disposed therein A container that is attachable to and removable from the container base and a lid that is detachable from the container, and the container base and the container are attached to the main body. A container mounting state, or a container mounting operation associated with an operation of mounting the container base and the container. Alternatively, the lid attachment operation accompanying the operation of attaching the lid to the attached container is transmitted between the container side transmission member provided on the container side and the main body side transmission member provided on the main body side. To the detection unit via The detection unit is configured to detect the container mounting state when the container mounting operation is transmitted, or to detect the lid mounting state when the lid mounting operation is transmitted. The electric cooker configured such that the container side transmission member and the main body side transmission member perform direct transmission between the container side transmission member and the main body side transmission member through the outside of the container base.
  2. 前記本体は、前記容器台を着脱させる本体第1部位とその本体第1部位の外側に張り出した本体第2部位を備えて構成され、前記容器は、食材を収納可能な容器本体とその容器本体の外側に張り出したハンドル部を備えて構成され、前記容器側伝達部材が前記ハンドル部に備えられ、前記本体側伝達部材が前記本体第2部位に備えられ、前記本体第2部位に前記ハンドル部を装着した装着状態において、前記容器側伝達部材と前記本体側伝達部材とが接触自在に構成されている請求項1に記載の電動調理器。   The main body includes a main body first portion for attaching and detaching the container base and a main body second portion projecting outside the main body first portion, and the container includes a container main body capable of storing food and the container main body. The container side transmission member is provided in the handle portion, the main body side transmission member is provided in the main body second portion, and the handle portion is provided in the main body second portion. The electric cooking device according to claim 1, wherein the container-side transmission member and the main body-side transmission member are configured to be freely contactable in a mounted state.
  3. 前記本体第2部位に前記ハンドル部を装着した装着状態において、前記容器側伝達部材と前記本体側伝達部材とが接触する位置が前記本体に装着される前記容器台の下端部よりも上方側に設定されている請求項2に記載の電動調理器。   In the mounting state in which the handle portion is mounted on the second body part, the position where the container-side transmission member and the main body-side transmission member are in contact is higher than the lower end of the container base mounted on the main body. The electric cooker according to claim 2, which is set.
  4. 前記本体第2部位には、前記容器側伝達部材と前記本体側伝達部材が接触する位置に前記ハンドル部を案内自在で、且つ、前記本体側伝達部材の周囲での液体滞留を防止自在な案内・液体滞留防止部が備えられている請求項2又は3に記載の電動調理器。   The guide that allows the handle portion to be guided to a position where the container-side transmission member and the body-side transmission member are in contact with each other, and prevents the liquid from staying around the body-side transmission member. -The electric cooker of Claim 2 or 3 provided with the liquid retention prevention part.
  5. 前記検知部として、前記容器装着状態を検知する第1検知部と前記蓋装着状態を検知する第2検知部とが設けられ、前記容器側伝達部材として、容器側第1伝達部材と容器側第2伝達部材とが設けられ、前記本体側伝達部材として、本体側第1伝達部材と本体側第2伝達部材とが設けられ、前記容器装着動作が、前記容器側第1伝達部材と前記本体側第1伝達部材との間での伝達を介して前記第1検知部に伝達自在に構成され、前記蓋装着動作が、前記容器側第2伝達部材と前記本体側第2伝達部材との間での伝達を介して前記第2検知部に伝達自在に構成され、前記第1検知部にて前記容器装着状態を検知していない又は前記第2検知部にて前記蓋装着状態を検知していない非検知状態では、前記駆動手段の駆動を禁止し、前記第1検知部にて前記容器装着状態を検知し且つ前記第2検知部にて前記蓋装着状態を検知している検知状態では、前記駆動手段の駆動を許容する駆動禁止・駆動許容手段を備えている請求項1〜4の何れか1項に記載の電動調理器。   The detection unit includes a first detection unit that detects the container mounting state and a second detection unit that detects the lid mounting state, and the container-side transmission member includes a container-side first transmission member and a container-side transmission unit. 2 transmission members are provided, and as the main body side transmission member, a main body side first transmission member and a main body side second transmission member are provided, and the container mounting operation is performed on the container side first transmission member and the main body side. It is configured to be able to transmit to the first detection unit via transmission between the first transmission member, and the lid mounting operation is performed between the container side second transmission member and the main body side second transmission member. Is transmitted to the second detection unit through transmission of the first detection unit, and the first detection unit does not detect the container mounting state or the second detection unit does not detect the lid mounting state. In the non-detection state, the drive of the drive means is prohibited, and the first detection unit 2. A drive prohibiting / driving permitting means for permitting driving of the driving means in a detection state in which the container mounting state is detected and the lid mounting state is detected by the second detection unit. Electric cooker of any one of -4.
  6. 前記本体には、前記本体側第1伝達部材と前記本体側第2伝達部材が近接して配設されるとともに、前記本体側第1伝達部材と前記本体側第2伝達部材の間に、前記第1検知部にて前記容器装着状態の検知を開始するときの前記本体側第1伝達部材の位置、及び、前記第2検知部にて前記蓋装着状態の検知を開始するときの前記本体側第2伝達部材の位置の少なくとも一方よりも上方側に突出する突起部が備えられている請求項5に記載の電動調理器。   In the main body, the main body side first transmission member and the main body side second transmission member are disposed close to each other, and between the main body side first transmission member and the main body side second transmission member, The position of the main body side first transmission member when the detection of the container mounting state is started by the first detection unit, and the main body side when the detection of the lid mounting state is started by the second detection unit The electric cooking device according to claim 5, further comprising a protrusion protruding upward from at least one of the positions of the second transmission member.
JP2010118984A 2010-05-25 2010-05-25 Electric cooker Active JP5509439B2 (en)

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CN109152500A (en) * 2016-06-10 2019-01-04 金弘培 Cooker and its handle arrangement with glass culinary art bowl
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