JP3163608U

JP3163608U - Manual juicer

Info

Publication number: JP3163608U
Application number: JP2010005385U
Authority: JP
Inventors: 孝宏江
Original assignee: 洋豐股▲ふん▼有限公司
Priority date: 2010-08-10
Filing date: 2010-08-10
Publication date: 2010-10-21
Anticipated expiration: 2020-08-10

Abstract

【課題】手動操作により駆動可能で、軽量な手動式ジューサー【解決手段】収容ユニット２及び切削ユニット３、動力ユニット４で構成され、該収容ユニットは、果物や野菜など調理する食物を収容し、切削ユニットは、カッターを収容ユニット内に配置し、下方で駆動ユニットと接続する。動力ユニットは、上下手動操作するプッシュ部４１２を具え、プッシュ部の上下操作を動力部のネジと螺旋回転軸とにより回転運動に替えて切削ユニットのカッターを駆動する。【選択図】図１A light-weight manual juicer that can be driven by manual operation is provided. The storage unit includes a storage unit, a cutting unit, and a power unit. The storage unit stores food to be cooked such as fruits and vegetables. The cutting unit arranges the cutter in the housing unit and connects to the drive unit below. The power unit includes a push unit 412 that is manually operated up and down, and drives the cutter of the cutting unit by changing the vertical operation of the push unit into a rotational motion using a screw and a helical rotation shaft of the power unit. [Selection] Figure 1

Description

本考案は手動式ジューサーの構造に関し、特に手動で上下にプッシュ部を押すことで、果物や野菜など調理する食物を切削するジューサーの構造に関する。 The present invention relates to a structure of a manual juicer, and more particularly to a structure of a juicer that cuts food to be cooked such as fruits and vegetables by manually pushing a push part up and down.

従来技術のジューサーは果物や野菜などの食物を切削するのが主な機能であり、全てモーターで動かしている。迅速に作業を行うことはできるが、一般的に水気の多い厨房で使用するため、感電する危険性がある。更に、モーターも重量が重く、使用する際に電力を使うため、ユーザーにとって、使用する環境、及び携帯する際に不便であり、更なる改善が必要であった。 Prior art juicers have the main function of cutting food such as fruits and vegetables, all driven by motors. Although it is possible to work quickly, there is a risk of electric shock because it is generally used in a wet kitchen. Furthermore, since the motor is heavy and uses electric power when it is used, it is inconvenient for the user to use it and when it is carried, and further improvement is necessary.

特開昭５９−１９４７１３号公報JP 59-194713 A

前記従来技術の欠点を解決するために、本考案は構造がシンプル、且つ重量が軽く、ユーザーが手動で使用でき、及び携帯しやすい手動式ジューサーを提供することを主な課題とする。 In order to solve the drawbacks of the prior art, the main object of the present invention is to provide a manual juicer that is simple in structure and light in weight, can be used manually by a user, and is easy to carry.

前記課題を解決するために、本考案は手動式ジューサーを提供する。その構成は、収容ユニットと切削ユニット、動力ユニットからなる。該収容ユニットに調理物を入れ、切削ユニットの一部を該収容ユニット内にセットする。該動力ユニットは、切削ユニットと嵌合して接続し、プッシュ部を具有し、それを手動で押すことで、該切削ユニットの回転を駆動する。 In order to solve the above problems, the present invention provides a manual juicer. The configuration includes an accommodation unit, a cutting unit, and a power unit. The food is put into the storage unit, and a part of the cutting unit is set in the storage unit. The power unit is fitted and connected to the cutting unit, has a push portion, and manually drives the push unit to drive rotation of the cutting unit.

該動力ユニットに含まれるのは、カバー、台座、駆動部品、第一歯車、第二歯車、スライドブロック、弾性部品、螺旋棒、回転棒、片方向ベアリング及びスタンドである。カバー４０１の片側にスリット４０３を具有し、駆動部品４１を通す。カバー４０１と台座４０２を接続することで収容スペースができ、一部の駆動部品４１と第一歯車４２、第二歯車４３、スライドブロック４４、弾性部品４５、螺旋棒４６、回転棒４７、片方向ベアリング４８及びスタンド４９を収容する。スタンド４９を台座４０２の端に近隣する位置に設置し、螺旋棒４６をカバー４０１と台座４０２の間に設置し、片端はスタンド４９と反対端の台座に位置する。回転棒は同じくカバー４０１と台座４０２の間に設置し、スタンド４９と螺旋棒４６の間に位置する。該回転棒４７の頂部はカバー４０１を突き抜けて、片方向ベアリング４８と接続する。片方向ベアリング４８は切削ユニット３の嵌合部３１と嵌合して連動する。該スライドブロック４４はブロック本体４４１、接続部４４２及びねじ穴４４３を具有し、該接続部４４２はブロック本体４４１からスタンド４９の片端に向けて、且つ駆動部品４１の軸方向と平行して伸び、ねじ穴４４３はブロック本体４４１のスタンド４９の反対側に垂直に設置する。スライドブロック４４はねじ穴４４３を使って螺旋棒４６に螺合し、弾性部品４５と抵触する。弾性部品４５の両端はそれぞれ台座４０２及びスライドブロック４４と抵触する。駆動部品４１は柄本体４１１及びプッシュ部４１２を具有し、柄本体４１１は接続端４１１１、穴４１１２、連接端４１１３及び凸ブロック４１１４を具有する。該接続端４１１１はピンBを使って、回転可能にスタンド４９と接続し、回転棒４７を通す。穴４１１２に螺旋棒４６を通し、同時にブロック本体４４１を柄本体４１１の穴４１１２の両サイドに抵触し、連接端４１１３はカバー４０１のスリット４０３を通り、プッシュ部４１２と連接する。該凸ブロック４１１４はスライドブロック４４の接続部４４２と対応して設置し、互いに掛合する。第一歯車４２に螺旋棒４６を通し、駆動部品４１の上方に位置し、該第一歯車４２は螺旋棒４６と連動する。該第二歯車４３に回転棒４７を通し、該第二歯車４３と回転棒４７は連動する。該第一歯車と第二歯車は互いに噛合する。 The power unit includes a cover, a pedestal, a driving component, a first gear, a second gear, a slide block, an elastic component, a spiral rod, a rotating rod, a one-way bearing, and a stand. A slit 403 is provided on one side of the cover 401, and the driving component 41 is passed therethrough. By connecting the cover 401 and the pedestal 402, a storage space is created, and a part of the drive parts 41, the first gear 42, the second gear 43, the slide block 44, the elastic part 45, the spiral rod 46, the rotating rod 47, one-way The bearing 48 and the stand 49 are accommodated. The stand 49 is installed at a position near the end of the pedestal 402, the spiral rod 46 is installed between the cover 401 and the pedestal 402, and one end is located on the pedestal opposite to the stand 49. The rotating rod is also installed between the cover 401 and the base 402 and is positioned between the stand 49 and the spiral rod 46. The top of the rotating rod 47 penetrates the cover 401 and is connected to the one-way bearing 48. The one-way bearing 48 is fitted and interlocked with the fitting part 31 of the cutting unit 3. The slide block 44 includes a block main body 441, a connection portion 442, and a screw hole 443. The connection portion 442 extends from the block main body 441 toward one end of the stand 49 and in parallel with the axial direction of the drive component 41, The screw hole 443 is vertically installed on the opposite side of the stand 49 of the block main body 441. The slide block 44 is screwed into the spiral rod 46 using the screw hole 443 and comes into contact with the elastic component 45. Both ends of the elastic part 45 come into contact with the base 402 and the slide block 44, respectively. The drive component 41 includes a handle body 411 and a push portion 412, and the handle body 411 includes a connection end 4111, a hole 4112, a connecting end 4113, and a convex block 4114. The connection end 4111 is connected to the stand 49 so as to be rotatable by using the pin B, and the rotation rod 47 is passed through. The spiral rod 46 is passed through the hole 4112, and at the same time, the block main body 441 comes into contact with both sides of the hole 4112 of the handle main body 411, and the connecting end 4113 passes through the slit 403 of the cover 401 and is connected to the push portion 412. The convex blocks 4114 are installed corresponding to the connecting portions 442 of the slide block 44 and engage with each other. A spiral rod 46 is passed through the first gear 42 and is positioned above the drive component 41, and the first gear 42 is interlocked with the spiral rod 46. The rotating rod 47 is passed through the second gear 43, and the second gear 43 and the rotating rod 47 are interlocked. The first gear and the second gear mesh with each other.

本考案の手動タイプのジューサーの切削ユニットは、プッシュ部を具有する動力ユニットと嵌合し、ユーザーが手動で上下にプッシュ部を押すことで、切削ユニットの回転を駆動し、果物や野菜など調理する食物を切削することができる。電力を利用できない環境にて手動で操作することができ、構造がシンプル且つユーザーが操作や携帯に便である。 The manual type juicer cutting unit of the present invention is fitted with a power unit having a push part, and the user manually pushes the push part up and down to drive the rotation of the cutting unit to cook fruits and vegetables. You can cut food. It can be operated manually in an environment where power cannot be used, has a simple structure, and is convenient for the user to operate and carry.

本考案における手動式タイプジューサーの立体組立図である。It is a three-dimensional assembly drawing of the manual type juicer in the present invention. 本考案における手動式タイプジューサーの部分分解図である。It is a partial exploded view of the manual type juicer in this invention. 本考案における手動式タイプジューサーの断面図である。It is sectional drawing of the manual type juicer in this invention. 本考案における手動式タイプジューサーの動力ユニットの分解図である。It is an exploded view of the power unit of the manual type juicer in this invention. 本考案における手動式タイプジューサーの動力ユニットの一部分解図である。It is a partial exploded view of the power unit of the manual type juicer in the present invention. 本考案における手動式タイプジューサーの動力ユニットの一部組立図である。It is a partial assembly figure of the power unit of the manual type juicer in this invention. 本考案における手動式タイプジューサーの動力ユニットの一部透視図である。It is a partial perspective view of the power unit of the manual type juicer in the present invention. 本考案における手動式タイプジューサーの動力ユニットの断面図である。It is sectional drawing of the power unit of the manual type juicer in this invention. 本考案における手動式タイプジューサーの動力ユニットの動作略図である。It is an operation schematic diagram of a power unit of a manual type juicer in the present invention. 本考案における手動式タイプジューサーの異なるサイズの収容ユニットの断面図である。It is sectional drawing of the accommodation unit of the different size of the manual type juicer in this invention.

本考案による手動式タイプジューサーの構造を明確に示すために図に沿って詳細な説明を行う。 In order to clearly show the structure of the manual type juicer according to the present invention, a detailed description will be given with reference to the drawings.

図１に示すのは、本考案における手動式ジューサーの立体組立図である。図２に示すのは、本考案における手動式ジューサーの一部分解図である。図３に示すのは、本考案における手動式ジューサーの断面図である。 FIG. 1 is a three-dimensional assembly diagram of a manual juicer according to the present invention. FIG. 2 is a partially exploded view of a manual juicer according to the present invention. FIG. 3 is a cross-sectional view of a manual juicer according to the present invention.

本考案のジューサーは、収容ユニット２、切削ユニット３及び動力ユニット４を具える。 The juicer of the present invention includes a storage unit 2, a cutting unit 3, and a power unit 4.

収容ユニット２は、カップ本体２１、握り手２２、外蓋２３及び接続台２４を具える。カップ本体２１は、果物野菜など調理する食物を入れ、図３及び図１０に示すように、カップ本体２１は異なるサイズとすることができる。握り手２２をカップ本体２１の片側の壁面外部に設置する。外蓋２３をカップ本体２１の頂上に蓋合し、食物を調理(切削)する際に、外に漏れるのを回避する。接続台２４をカップ本体２１の底部に設置し、動力ユニット４と嵌合して固定する。 The accommodation unit 2 includes a cup body 21, a grip 22, an outer lid 23, and a connection base 24. The cup body 21 contains food to be cooked such as fruits and vegetables, and the cup body 21 can be of different sizes as shown in FIGS. The grip 22 is placed outside the wall surface on one side of the cup body 21. The outer lid 23 is put on the top of the cup body 21 to avoid leakage when cooking (cutting) food. The connection base 24 is installed at the bottom of the cup body 21 and is fitted and fixed to the power unit 4.

切削ユニット３を接続台２４の中に設置し、嵌合部３１及び複数のカッター３２を具有する。カッターをカップ本体２１内に設置し、嵌合部３１は動力ユニット４と嵌合して連動することで、動力ユニット４によって切削ユニット３のカッター３２が回転し、カップ本体２１内の果物野菜などの調理する食物を切削する。 The cutting unit 3 is installed in the connection base 24 and has a fitting portion 31 and a plurality of cutters 32. The cutter is installed in the cup body 21, and the fitting portion 31 is fitted and interlocked with the power unit 4, whereby the cutter 32 of the cutting unit 3 is rotated by the power unit 4, and the fruits and vegetables in the cup body 21, etc. Cutting food to cook.

図４に示すのは本考案における手動式ジューサーの動力ユニットの分解図であり、図５に示すのは、本考案における手動式ジューサーの動力ユニットの一部分解図である。図６に示すのは、本考案における手動式ジューサーの動力ユニットの一部組立図であり、図７に示すのは、本考案における手動式ジューサーの動力ユニットの一部透視図である。図８に示すのは、本考案における手動式ジューサーの動力ユニットの断面図である。 4 is an exploded view of the power unit of the manual juicer according to the present invention, and FIG. 5 is a partially exploded view of the power unit of the manual juicer according to the present invention. FIG. 6 is a partially assembled view of the power unit of the manual juicer according to the present invention, and FIG. 7 is a partially transparent view of the power unit of the manual juicer according to the present invention. FIG. 8 is a cross-sectional view of a power unit of a manual juicer according to the present invention.

動力ユニット４は、カバー４０１、台座４０２、駆動部品４１、第一歯車４２、第二歯車４３、スライドブロック４４、弾性部品４５、螺旋棒４６、回転棒４７、片方向ベアリング４８及びスタンド４９を具有する。 The power unit 4 includes a cover 401, a base 402, a drive part 41, a first gear 42, a second gear 43, a slide block 44, an elastic part 45, a spiral rod 46, a rotating rod 47, a one-way bearing 48 and a stand 49. To do.

カバー４０１の片側にスリット４０３を形成し、駆動部品４１を通す。カバー４０１と台座４０２を接続して収容スペースを形成し、一部の駆動部品４１と第一歯車４２、第二歯車４３、スライドブロック４４、弾性部品４５、螺旋棒４６、回転棒４７、片方向ベアリング４８及びスタンド４９を収容する。 A slit 403 is formed on one side of the cover 401 and the drive component 41 is passed through. The cover 401 and the pedestal 402 are connected to form an accommodation space, and a part of the driving parts 41, the first gear 42, the second gear 43, the slide block 44, the elastic part 45, the spiral rod 46, the rotating rod 47, one-way The bearing 48 and the stand 49 are accommodated.

スタンド４９を台座４０２の端近くの位置に設置し、螺旋棒４６をカバー４０１と台座４０２の間に設置し、片端はスタンド４９と反対端の台座に位置する。回転棒は同じくカバー４０１と台座４０２の間に設置し、スタンド４９と螺旋棒４６の間に位置する。該回転棒４７の頂部はカバー４０１を突き抜けて、片方向ベアリング４８と接続する。片方向ベアリング４８は切削ユニット３の嵌合部３１と嵌合して連動することで、回転棒４７を片方向のみに回転させる。該弾性部品４５をスプリングとしてもよく、該螺旋棒４６の外側に嵌めて設置する。 The stand 49 is installed at a position near the end of the pedestal 402, the spiral rod 46 is installed between the cover 401 and the pedestal 402, and one end is positioned on the pedestal opposite to the stand 49. The rotating rod is also installed between the cover 401 and the base 402 and is positioned between the stand 49 and the spiral rod 46. The top of the rotating rod 47 penetrates the cover 401 and is connected to the one-way bearing 48. The one-way bearing 48 is engaged and interlocked with the fitting portion 31 of the cutting unit 3 to rotate the rotating rod 47 only in one direction. The elastic component 45 may be a spring, and is fitted on the outside of the spiral rod 46.

該スライドブロック４４は、ブロック本体４４１、接続部４４２及びねじ穴４４３を具有し、該接続部４４２はブロック本体４４１からスタンド４９の片端に向けて、且つ駆動部品４１の軸方向と平行して伸び、ねじ穴４４３はブロック本体４４１のスタンド４９の反対側に垂直に設置する。スライドブロック４４はねじ穴４４３により螺旋棒４６に螺合し、弾性部品４５と接する。弾性部品４５の両端はそれぞれ台座４０２及びスライドブロック４４と抵触する。 The slide block 44 includes a block main body 441, a connection portion 442, and a screw hole 443, and the connection portion 442 extends from the block main body 441 toward one end of the stand 49 and parallel to the axial direction of the drive component 41. The screw hole 443 is installed vertically on the opposite side of the stand 49 of the block body 441. The slide block 44 is screwed into the spiral rod 46 through the screw hole 443 and comes into contact with the elastic component 45. Both ends of the elastic part 45 come into contact with the base 402 and the slide block 44, respectively.

該駆動部品４１は、柄本体４１１及びプッシュ部４１２を具有し、柄本体４１１は接続端４１１１、穴４１１２、連接端４１１３及び凸ブロック４１１４を具有する。該接続端４１１１は、ピンBを介して回転可能にスタンド４９と接続し、回転棒４７を通す。穴４１１２に螺旋棒４６を通し、同時にブロック本体４４１を柄４１１の穴４１１２の両サイドに抵触し、連接端４１１３はカバー４０１のスリット４０３を挿通してプッシュ部４１２と連結する。該凸ブロック４１１４はスライドブロック４４の接続部４４２と対応して設置し、互いに掛合する。 The drive component 41 includes a handle body 411 and a push portion 412, and the handle body 411 includes a connection end 4111, a hole 4112, a connecting end 4113, and a convex block 4114. The connection end 4111 is connected to the stand 49 via the pin B so as to be rotatable, and the rotation rod 47 is passed through the connection end 4111. The spiral rod 46 is passed through the hole 4112, and at the same time, the block main body 441 is brought into contact with both sides of the hole 4112 of the handle 411, and the connecting end 4113 is inserted through the slit 403 of the cover 401 and connected to the push part 412. The convex blocks 4114 are installed corresponding to the connecting portions 442 of the slide block 44 and engage with each other.

駆動部品４１の上方に位置して第一歯車４２中心に螺旋棒４６を通し、第一歯車４２を螺旋棒４６と連動する。第二歯車４３中心に回転棒４７を通し、第二歯車４３と回転棒４７を連動する。該第一歯車４２の半径は第二歯車４３の半径より大きく、該第一歯車と第二歯車は互いに噛合する。 The spiral rod 46 is passed through the center of the first gear 42 located above the drive component 41, and the first gear 42 is interlocked with the spiral rod 46. The rotating rod 47 is passed through the center of the second gear 43 and the second gear 43 and the rotating rod 47 are interlocked. The radius of the first gear 42 is larger than the radius of the second gear 43, and the first gear and the second gear mesh with each other.

図９に示すのは、本考案における手動式タイプジューサーの動力ユニットの動作略図である。ユーザーが下向きにプッシュ部４１２を押すと、接続端４１１１を支点として、プッシュ部４１２を操作の力点として上下に操作する。この時、柄本体４１１の穴４１１２の両サイドがスライドブロック４４を下向きに押し下げて、スライドブロック４４が更に下向きに弾性部品４５を圧縮する。この時、接続部４４２と凸ブロック４１１４が互いに掛合してスライドブロックが下方に押し下げられるため、スライドブロック４４のねじ穴４４３によって螺旋棒４６が回転し、第一歯車４２も螺旋棒４６と連動する。 FIG. 9 is a schematic operation diagram of a power unit of a manual type juicer according to the present invention. When the user pushes the push part 412 downward, the user moves up and down using the connection end 4111 as a fulcrum and the push part 412 as an operation point. At this time, both sides of the hole 4112 of the handle body 411 push the slide block 44 downward, and the slide block 44 further compresses the elastic part 45 downward. At this time, since the connecting portion 442 and the convex block 4114 are engaged with each other and the slide block is pushed downward, the spiral rod 46 is rotated by the screw hole 443 of the slide block 44, and the first gear 42 is also interlocked with the spiral rod 46. .

第一歯車４２と第二歯車４３は互いに噛合するために、第一歯車４２が回転することで第二歯車４３も回転して、同時に回転棒４７を連動する。回転棒４７の回転により嵌合部３１を動かすと同時に、カッター３２の回転を駆動し、果物野菜など調理する食物を切削する。 Since the first gear 42 and the second gear 43 mesh with each other, the rotation of the first gear 42 causes the second gear 43 to rotate, and at the same time interlocks the rotating rod 47. The fitting part 31 is moved by the rotation of the rotating rod 47, and at the same time, the rotation of the cutter 32 is driven to cut food to be cooked such as fruits and vegetables.

ユーザーがプッシュ部４１２から手を離すと、回転棒４７の片方向ベアリング４８により、切削ユニット３のカッター３２が持続して単一方向(例えば時計周りとすることができるが、それに限られない)に回転し、果物野菜など調理する食物を切削する。 When the user releases his / her hand from the push part 412, the unidirectional bearing 48 of the rotating rod 47 continues the cutter 32 of the cutting unit 3 in a single direction (for example, but not limited to clockwise). Rotate to cut food to cook, such as fruits and vegetables.

１ジューサー
２収容ユニット
２１カップ本体
２２握り手
２３外蓋
２４接続台
３切削ユニット
３１嵌合部
３２カッター
４動力ユニット
４０１カバー
４０２台座
４０３スリット
４１駆動部品
４１１柄本体
４１１１接続端
４１１２穴
４１１３連接端
４１１４凸ブロック
４１２プッシュ部
４２第一歯車
４３第二歯車
４４スライドブロック
４４１ブロック本体
４４２接続部
４４３ねじ穴
４５弾性部品
４６螺旋棒
４７回転棒
４８片方向ベアリング
４９スタンド
B ピン DESCRIPTION OF SYMBOLS 1 Juicer 2 Accommodating unit 21 Cup main body 22 Grasping hand 23 Outer lid 24 Connection base 3 Cutting unit 31 Fitting part 32 Cutter 4 Power unit 401 Cover 402 Base 403 Slit 41 Drive component 411 Handle main body 4111 Connection end 4112 Hole 4113 Connection end 4114 Convex block 412 Push portion 42 First gear 43 Second gear 44 Slide block 441 Block body 442 Connection portion 443 Screw hole 45 Elastic part 46 Spiral rod 47 Rotating rod 48 One-way bearing 49 Stand
B pin

Claims

Consists of a storage unit 2 for storing cooking objects such as fruits and vegetables, a cutting unit 3 for cutting the cooking object with a cutter, and a power unit 4 for driving the cutting unit.
The cutter of the cutting unit is arranged in the housing unit and the connecting portion between the cutting unit and the power unit is arranged at the bottom of the housing unit,
The power unit is a manual juicer characterized in that the vertical movement by the push unit 412 that operates up and down is replaced with rotational drive, and the cutting unit connected to the power unit is driven by arranging the housing unit on the power unit. .

The storage unit includes a cup body 21 for storing food to be cooked, such as fruits and vegetables, a grip 22 provided outside the cup body, an outer lid 23 for closing the cup body opening, and a connection base 24 provided on the bottom of the cup body and connected to the power unit. Having
2. The juicer structure according to claim 1, wherein said cup body is disposed on said power unit and fitted and fixed.

The cutting unit 3 includes a fitting portion 31 that fits a cutter 32 and a power portion,
The cutter is installed in the cup body 21, and the fitting portion 31 is fitted and interlocked with the power unit 4, so that the cutter 32 of the cutting unit 3 is rotated and driven by the power unit 4. 3. The juicer structure according to claim 2, wherein food to be cooked such as fruits and vegetables is cut.

The power unit 4 includes a cover 401, a base 402, a manually operated drive component 41, a first gear 42, a second gear 43, a slide block 44, an elastic component 45, a spiral rod 46, a rotating rod 47, a one-way bearing 48, and the like. It has a stand 49,
A slit 403 is provided on one side of the cover 401 to pass the driving component 41 to the outside,
The cover 401 and the pedestal 402 are connected to form an accommodation space, and the drive component 41, the first gear 42, the second gear 43, the slide block 44, the elastic component 45, the spiral rod 46, the rotating rod 47, and the one-way bearing 48. And a stand 49,
The stand 49 is installed at a position near the end of the pedestal 402, the spiral rod 46 is installed between the cover 401 and the pedestal 402, and one end is located on the pedestal opposite to the stand 49,
The rotating rod is also installed between the cover 401 and the pedestal 402, and is positioned between the stand 49 and the spiral rod 46. The top of the rotating rod 47 penetrates the cover 401 and is connected to the one-way bearing 48.
The one-way bearing 48 is fitted and interlocked with the fitting part 31 of the cutting unit 3,
The elastic part is installed outside the spiral rod, and both ends of the elastic part contact the pedestal and the slide block, respectively.
The slide block 44 includes a block main body 441, a connection portion 442, and a screw hole 443. The connection portion 442 extends from the block main body 441 toward one end of the stand 49 and parallel to the axial direction of the drive component 41, The screw hole 443 is vertically installed on the opposite side of the stand 49 of the block body 441, and the slide block 44 is screwed into the spiral rod 46 using the screw hole 443 and is in contact with the elastic component 45,
The drive component 41 includes a handle body 411 and a push portion 412, and the handle body 411 includes a connection end 4111, a hole 4112, a connecting end 4113, and a convex block 4114.
The connection end 4111 is connected to the stand 49 via a pin B so as to be rotatable, and the rotation rod 47 is inserted therethrough.
The spiral rod 46 is passed through the hole 4112, and at the same time, the block body 441 is brought into contact with both sides of the hole 4112 of the handle 411.
The convex block 4114 is installed opposite to the connection portion 442 of the slide block 44 and is engaged with each other.
The first gear 42 and the second gear 43 are meshed with each other, and the second gear 43 is rotated by the rotation of the first gear 42.
The rotation of the rotary rod 47 drives the rotation of the cutter 32 through the fitting part 31 of the cutting unit so as to cut food to be cooked such as fruits and vegetables,
The first gear 42 is positioned above the drive component 41 through the spiral rod 46 and the first gear 42 is rotated as the spiral rod 46 rotates,
The juicer according to claim 3, wherein the second gear 43 and the rotary rod 47 are interlocked with each other through the rotary rod 47 to the second gear 43, and the first gear and the second gear mesh with each other. Construction.

The juicer structure according to claim 4, wherein a radius of the first gear is larger than a radius of the second gear.

The juicer structure according to claim 4, wherein the elastic part is a compression spring.

It consists of a storage unit 2 for storing food to be cooked such as fruits and vegetables, a cutting unit 3 for cutting food, and a power unit 4 for driving the cutting unit.
The cutting unit includes a cutter 32 and a fitting portion 31 that is connected to the power unit. The cutting unit is installed in the housing unit. The power unit is fitted to the cutting unit. The power unit is covered with a cover 401, a base. 402, drive component 4, first gear 42, second gear 43, slide block 44, elastic component 45, spiral rod 46, rotating rod 47, unidirectional bearing 48 and stand 49,
A slit 403 is provided on one side of the cover 401 to manually drive the drive component 41 through the slit.
The cover 401 and the pedestal 402 are connected to form an accommodation space, and the drive component 41, the first gear 42, the second gear 43, the slide block 44, the elastic component 45, the spiral rod 46, the rotating rod 47, the one-way bearing 48, and Contains the stand 49,
The stand 49 is installed at a position near the end of the pedestal 402, the spiral rod 46 is installed between the cover 401 and the pedestal 402, and one end is located on the pedestal opposite to the stand 49,
The rotating rod is also installed between the cover 401 and the pedestal 402, and is located between the stand 49 and the spiral rod 46, the top of the rotating rod 47 penetrates the cover 401 and is connected to the one-way bearing 48, and ,
The one-way bearing 48 is engaged and interlocked with the fitting part 31 of the cutting unit 3, and
The elastic part 45 is installed outside the spiral rod 46, and both ends of the elastic part come into contact with the base and the slide block, respectively.
The slide block 44 includes a block main body 441, a connection portion 442, and a screw hole 443. The connection portion 442 extends from the block main body 441 toward one end of the stand 49 and in parallel with the axial direction of the drive component 41, The screw hole 443 is vertically installed on the opposite side of the stand 49 of the block main body 441, and the slide block 44 is screwed into the spiral rod 46 through the screw hole 443 and conflicts with the elastic component 45,
The driving component 41 includes a handle body 411 and a push portion 412, and the handle body 411 includes a connection end 4111, a hole 4112, a connecting end 4113, and a convex block 4114.
The connection end 4111 is connected to the stand 49 via the pin B so as to be rotatable, and the rotation rod 47 is inserted therethrough.
The spiral rod 46 is passed through the hole 4112, and at the same time, the block main body 441 comes into contact with both sides of the hole 4112 of the handle main body 411, the connecting end 4113 passes through the slit 403 of the cover 401, and is connected to the push part 412.
The convex block 4114 is installed corresponding to the connecting portion 442 of the slide block 44 and is engaged with each other, and
A spiral rod 46 is passed through the first gear 42 and is positioned above the drive component 41. The first gear 42 is interlocked with the spiral rod 46, and a rotary rod 47 is passed through the second gear 43. 43 and the rotating rod 47 are interlocked, and the first gear and the second gear mesh with each other, and the push part is manually operated up and down, so that the up / down operation motion is changed to the rotational motion via the power unit. A juicer structure characterized by driving the rotation of the cutting unit.

The storage unit has a cup body for storing food to be cooked such as fruits and vegetables, a gripping hand installed on the outer wall surface on one side of the cup body 21, an outer lid, and a connection base.
The outer lid (23) is fitted on the top of the cup body (21), and the connection base (24) is installed at the bottom of the cup body (21), and is fitted and fixed to the power unit (4). Juicer structure.

The cutting unit 3 includes a fitting portion 31 and a cutter 32 and is installed in the connection base 24. The cutter is disposed in the cup body 21. The fitting portion 31 is fitted with the power unit 4. The juicer structure according to claim 8, wherein the cutter 32 of the cutting unit 3 is rotated by the power unit 4 by being interlocked to cut food to be cooked such as fruits and vegetables in the cup body 21.

8. The juicer structure according to claim 7, wherein the radius of the first gear is larger than the radius of the second gear.

The juicer structure according to claim 7, wherein the elastic part is a compression spring.