JP6442813B1 - Portable outdoor cup - Google Patents
Portable outdoor cup Download PDFInfo
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- JP6442813B1 JP6442813B1 JP2018091475A JP2018091475A JP6442813B1 JP 6442813 B1 JP6442813 B1 JP 6442813B1 JP 2018091475 A JP2018091475 A JP 2018091475A JP 2018091475 A JP2018091475 A JP 2018091475A JP 6442813 B1 JP6442813 B1 JP 6442813B1
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- conical pulley
- water storage
- housing
- engaged
- sliding connection
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Classifications
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- A—HUMAN NECESSITIES
- A45—HAND OR TRAVELLING ARTICLES
- A45F—TRAVELLING OR CAMP EQUIPMENT: SACKS OR PACKS CARRIED ON THE BODY
- A45F3/00—Travelling or camp articles; Sacks or packs carried on the body
- A45F3/16—Water-bottles; Mess-tins; Cups
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J43/00—Implements for preparing or holding food, not provided for in other groups of this subclass
- A47J43/04—Machines for domestic use not covered elsewhere, e.g. for grinding, mixing, stirring, kneading, emulsifying, whipping or beating foodstuffs, e.g. power-driven
- A47J43/044—Machines for domestic use not covered elsewhere, e.g. for grinding, mixing, stirring, kneading, emulsifying, whipping or beating foodstuffs, e.g. power-driven with tools driven from the top side
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
- A47J43/00—Implements for preparing or holding food, not provided for in other groups of this subclass
- A47J43/04—Machines for domestic use not covered elsewhere, e.g. for grinding, mixing, stirring, kneading, emulsifying, whipping or beating foodstuffs, e.g. power-driven
- A47J43/07—Parts or details, e.g. mixing tools, whipping tools
- A47J43/08—Driving mechanisms
- A47J43/082—Driving mechanisms for machines with tools driven from the upper side
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Food Science & Technology (AREA)
- Food-Manufacturing Devices (AREA)
- Table Devices Or Equipment (AREA)
- Handcart (AREA)
Abstract
【課題】お茶、水、コーヒー等の原料を入れて、使用者が手で攪拌する必要がなく、操作ステップが簡単な携帯型野外コップを提供する。
【解決手段】第一貯水筐体６１の第一交換軸６３３の外表面に多組の第二攪拌ブレード６１１が設置される。第一電気回転機械６２２を使って第一円錐形プーリー６２１と第二円錐形プーリー６４６を制御し同時に回転し、この時に第一円錐形プーリー６２１が第二交換軸６２３と第二貯水筐体６８の中の第一撹拌ブレード６８１と連動して、これにより原料の混合配合作業を実現し、同時に第一円錐形プーリー６２１が第六円錐形プーリー６２５と第六円錐形プーリー６２５の底部の第一交換軸６３３と連動して回転し、同時に第一交換軸６３３が第一貯水筐体６１の中の第二撹拌ブレード６１１と連動して初歩の攪拌作業を行なう。
【選択図】図２Provided is a portable outdoor cup in which raw materials such as tea, water, coffee, etc. are put and a user does not need to stir by hand and the operation steps are simple.
SOLUTION: Multiple sets of second stirring blades 611 are installed on the outer surface of a first exchange shaft 633 of a first water storage housing 61. The first electric rotating machine 622 is used to control and simultaneously rotate the first conical pulley 621 and the second conical pulley 646. At this time, the first conical pulley 621 is rotated by the second exchange shaft 623 and the second water storage housing 68. In combination with the first stirring blade 681, the mixing and mixing operation of the raw materials is realized, and at the same time, the first conical pulley 621 is connected to the first conical pulley 625 and the first conical pulley 625 at the bottom. The first exchange shaft 633 rotates in conjunction with the exchange shaft 633, and at the same time, the first agitation operation is performed in conjunction with the second stirring blade 611 in the first water storage casing 61.
[Selection] Figure 2
Description
本発明はコップ技術分野に関し、具体的には携帯型戸外コップに関する。 The present invention relates to the technical field of cups, and more particularly to portable outdoor cups.
コップは人々が液体を詰める容器であり、平日にお茶、水、コーヒー、飲み物を飲むことに使われ、しかし現在のコップを使用する時に、手でコップに原料を入れて、原料の量を制御しにくく、使用者が手で攪拌する必要があり、操作ステップが複雑である。 A cup is a container in which people fill liquids and is used to drink tea, water, coffee and drinks on weekdays, but when using the current cup, the ingredients are put into the cup by hand to control the amount of ingredients. It is difficult to perform, and it is necessary for the user to stir by hand, and the operation steps are complicated.
本発明は解決する必要な技術問題に対して携帯型戸外コップを提供し、それは現在の技術問題を解決できる。 The present invention provides a portable outdoor cup for the necessary technical problems to be solved, which can solve the current technical problems.
本発明の携帯型戸外コップはコップを含み、前記コップに第一貯水筐体が設置され、前記第一貯水筐体の上側の前記コップに第一空溝が設置され、前記第一空溝と前記第一貯水筐体の間の前記コップに第二空溝が設置され、前記第一空溝の左側の前記コップに第二貯水筐体が設置され、前記第一空溝の右側の前記コップに第一滑り接続筐体が設置され、前記第一滑り接続筐体の底部末端が前記第二空溝の右側末端と連結するように設置され、前記第一空溝と前記第一滑り接続筐体の間に第一電気回転機械が固定的に設置され、前記第一電気回転機械の左側末端に前記第一空溝に挿し込む第一円錐形プーリーが接続され、前記第一電気回転機械の右側末端に前記第一滑り接続筐体に挿し込む第二円錐形プーリーが接続され、前記第一滑り接続筐体の内頂壁に前記第二円錐形プーリーと動力が伝達可能なように係合し接続する第三円錐形プーリーが回転可能なように係合し接続され、前記第二円錐形プーリーの下側の前記第一滑り接続筐体に第一滑り接続ブロックがスライド可能に係合し接続され、前記第一滑り接続ブロックに下に伸びて設置される内スプライン交換軸が回転可能なように係合し接続され、前記内スプライン交換軸の底部延長末端が前記第一滑り接続ブロックの底部端面外に伸びて底部延長末端に第四円錐形プーリーが固定的に設置され、前記内スプライン交換軸の頂部に上に伸びて設置される外スプラインアームがスライド可能に係合し接続され、前記外スプラインアームの頂部延長末端が前記第三円錐形プーリーの底部端面と固定的に係合し接続し、前記第二空溝にパイプセットが回転可能なように係合し接続され、前記パイプセットの外表面の周りに第五円錐形プーリーが固定的に設置され、前記パイプセットに上下に伸びて設置される第一交換軸が隙間に係合し接続され、前記第一交換軸の頂部延長端が前記第一空溝と前記第二空溝の間の部分を通り抜けてこの部分と回転可能なように係合し接続し、前記第一交換軸の頂部延長末端に前記第一空溝に挿し込む第六円錐形プーリーが固定的に設置され、前記第六円錐形プーリーが前記第一円錐形プーリーと動力が伝達可能なように係合し接続し、前記第一交換軸の底部延長端が前記第二空溝と前記第一貯水筐体の間の部分を通り抜けてこの部分と回転可能なように係合し接続し、前記第一交換軸の底部延長末端が前記第一貯水筐体を挿し込む前記第一貯水筐体の内底壁と回転可能なように係合し接続し、前記第二空溝の左側の前記コップに前記第一貯水筐体と前記第二貯水筐体と連結するように設置されるパイプが設置され、前記パイプに左右に伸びて設置される第二滑り接続筐体が設置され、前記第二滑り接続筐体に開閉部品が設置され、前記第一滑り接続筐体の後側内壁に案内接続溝が設置され、前記案内接続溝に変動部品が設置される。 The portable outdoor cup of the present invention includes a cup, a first water storage housing is installed in the cup, a first air groove is installed in the cup above the first water storage housing, and the first air groove and A second air ditch is installed in the cup between the first water storage enclosures, a second water storage enclosure is installed in the cup on the left side of the first air ditch, and the cup on the right side of the first air ditch. A first slip connection housing is installed, and a bottom end of the first slip connection housing is connected to a right end of the second air groove, the first air groove and the first slip connection housing. A first electric rotating machine is fixedly installed between the bodies, and a first conical pulley that is inserted into the first air groove is connected to a left end of the first electric rotating machine. A second conical pulley to be inserted into the first sliding connection housing is connected to the right end, and the first sliding connection housing is connected. A third conical pulley is rotatably engaged with and connected to the inner top wall of the second conical pulley so that power can be transmitted. A first sliding connection block is slidably engaged with and connected to the first sliding connection housing, and an inner spline replacement shaft that is installed to extend downward is engaged with the first sliding connection block so as to be rotatable. The bottom extension end of the inner spline exchange shaft extends out of the bottom end face of the first sliding connection block, and a fourth conical pulley is fixedly installed at the bottom extension end, and the top of the inner spline exchange shaft An outer spline arm extending upwardly is slidably engaged and connected, and a top extension end of the outer spline arm is fixedly engaged and connected to a bottom end surface of the third conical pulley, Second empty groove A first exchange shaft in which a pipe set is rotatably engaged and connected, a fifth conical pulley is fixedly installed around an outer surface of the pipe set, and is installed extending vertically in the pipe set Is engaged with and connected to the gap, and the top extension end of the first exchange shaft passes through the portion between the first air groove and the second air groove so as to rotate and engage with this portion. A sixth conical pulley that is inserted into the first air groove is fixedly installed at a top extension end of the first exchange shaft, and the sixth conical pulley can transmit power to the first conical pulley. The bottom extension end of the first exchange shaft passes through the portion between the second empty groove and the first water storage housing so that it can rotate and engage with this portion. The first storage shaft into which the bottom extension end of the first exchange shaft inserts the first water storage housing It is engaged with and connected to the inner bottom wall of the water casing so as to be rotatable, and is connected to the cup on the left side of the second empty groove so as to be connected to the first water storage casing and the second water storage casing. A second sliding connection housing installed on the pipe extending from side to side is installed, an opening / closing component is installed on the second sliding connection housing, and a rear side of the first sliding connection housing A guide connection groove is installed in the inner wall, and a variable part is installed in the guide connection groove.
他の技術方案として前記コップの底部の周りに両足が固定的に設置され、前記コップの右端面の底部位置に近づく位置に前記第一貯水筐体と連結するように設置される排水バルブが固定的に設置される。 As another technical solution, both feet are fixedly installed around the bottom of the cup, and a drain valve installed so as to be connected to the first water storage housing is fixed at a position approaching the bottom of the right end surface of the cup. Installed.
他の技術方案として前記第二貯水筐体と前記第一空溝の間の部分に左右に伸びて設置される第二交換軸が回転可能なように係合し接続され、前記第二交換軸の左側延長末端が前記第二貯水筐体に挿し込む前記第二貯水筐体の左側内壁と回転可能なように係合し接続し、前記第二交換軸に右側延長末端が前記第一空溝に挿し込む前記第一円錐形プーリーの左側端面と固定的に係合し接続し、前記第二貯水筐体の前記第二交換軸の外表面に多組の第一撹拌ブレードが設置される。 As another technical solution, a second exchange shaft that is installed to extend to the left and right in a portion between the second water storage housing and the first air groove is rotatably engaged and connected, and the second exchange shaft The left extended end of the second water storage housing is rotatably engaged with and connected to the left inner wall of the second water storage housing, and the right extension end of the second exchange shaft is connected to the first empty groove. A plurality of first agitating blades are installed on the outer surface of the second exchange shaft of the second water storage casing in a fixed engagement with and connected to the left end face of the first conical pulley that is inserted into the first conical pulley.
他の技術方案として前記開閉部品は前記第二滑り接続筐体にスライド可能に係合し接続される第二滑り接続ブロックと前記第二滑り接続筐体と前記第二空溝の間の部分に回転可能なように係合し接続される第一ねじ接続レバーを含み、前記第一ねじ接続レバーの左側延長末端が前記第二滑り接続筐体に挿し込む前記第二滑り接続ブロックの右側端面とねじで係合し接続し、前記第一ねじ接続レバーと離れる一側の前記第二滑り接続ブロックに貫通口が設置され、前記第一ねじ接続レバーの右側延長末端に前記第二空溝に挿し込む第七円錐形プーリーが固定的に設置され、前記第七円錐形プーリーが前記第五円錐形プーリーの左側と動力が伝達可能なように接続し、前記第五円錐形プーリーが前記第七円錐形プーリーと離れる一側が前記第一滑り接続筐体に挿し込む。 As another technical solution, the opening / closing component is slidably engaged with and connected to the second sliding connection housing, and a portion between the second sliding connection housing and the second empty groove. A first screw connection lever that is rotatably engaged and connected, and a left extension end of the first screw connection lever is inserted into the second slide connection housing; A through-hole is provided in the second sliding connection block on one side that is engaged and connected with a screw and is separated from the first screw connection lever, and is inserted into the second empty groove at the right extension end of the first screw connection lever. A seventh conical pulley is fixedly installed, the seventh conical pulley is connected to the left side of the fifth conical pulley so that power can be transmitted, and the fifth conical pulley is connected to the seventh conical pulley. One side away from the pulley is the first slide Plugging in the connection housing.
他の技術方案として前記変動部品が前記案内接続溝にスライド可能に係合し接続される案内接続ブロックと前記案内接続ブロックにねじで係合し接続される第二ねじ接続レバーを含み、前記第二ねじ接続レバーの底部末端が前記案内接続溝の内底壁と回転可能なように係合し接続し、前記第二ねじ接続レバーの頂部末端が第二電気回転機械と動力が伝達可能なように係合し接続し、前記第二電気回転機械の外表面が前記案内接続溝に固定的に設置し、前記案内接続ブロックの前側末端が前記第一滑り接続ブロックの後側末端と固定的に係合し接続する。 As another technical solution, the variable component includes a guide connection block that is slidably engaged with and connected to the guide connection groove, and a second screw connection lever that is engaged with and connected to the guide connection block with a screw. The bottom end of the two-screw connecting lever is rotatably engaged with and connected to the inner bottom wall of the guide connecting groove, and the top end of the second screw connecting lever can transmit power to the second electric rotating machine. The outer surface of the second electric rotating machine is fixedly installed in the guide connection groove, and the front end of the guide connection block is fixedly connected to the rear end of the first sliding connection block. Engage and connect.
他の技術方案として前記第一貯水筐体の前記第一交換軸の外表面に多組の第二攪拌ブレードが設置される。 As another technical solution, multiple sets of second stirring blades are installed on the outer surface of the first exchange shaft of the first water storage housing.
本発明の有益な効果は、本発明は構造が簡単で、操作が便利で、第一電気回転機械を使って第一円錐形プーリーと第二円錐形プーリーを制御し同時に回転し、この時に第一円錐形プーリーが第二交換軸と第二貯水筐体の中の第一撹拌ブレードと連動して、これにより原料の混合配合作業を実現し、同時に第一円錐形プーリーが第六円錐形プーリーと第六円錐形プーリーの底部の第一交換軸と連動して回転し、同時に第一交換軸が第一貯水筐体の中の第二撹拌ブレードと連動して初歩の攪拌作業を行って、原料の混合配合が完成した後、第二電気回転機械を使って第二ねじ接続レバーと連動して回転し、第二ねじ接続レバーが案内接続ブロックと連動して案内接続溝の一番底部位置にスライドし、この時に案内接続ブロックが第一滑り接続ブロックの底部の第四円錐形プーリーと連動して第五円錐形プーリーと動力が伝達可能なように係合し接続し、次に第一電気回転機械を制御し回転し、第二円錐形プーリーが第三円錐形プーリーと第三円錐形プーリーの底部の外スプラインアームと連動して回転し、外スプラインアームが内スプライン交換軸と内スプライン交換軸の底部の第四円錐形プーリーと連動して回転し、この時に第四円錐形プーリーが第五円錐形プーリーと連動して回転し、同時に第五円錐形プーリーが第七円錐形プーリーと第一ねじ接続レバーと連動して回転し、この時に第一ねじ接続レバーが第二滑り接続ブロックと連動して第二滑り接続筐体の一番右側位置にスライドし、同時に貫通口がパイプと相対位置にあり、この時に第二貯水筐体の原料がパイプを経て第一貯水筐体に流入し、原料が流入した後、第一電気回転機械を制御し逆に回転し、第一ねじ接続レバーが第二滑り接続ブロックと連動して第二滑り接続筐体の一番左側位置にスライドし、次に第二電気回転機械が第二ねじ接続レバーと連動して逆に回転し、第二ねじ接続レバーが案内接続ブロックと連動して初期位置に戻って、この時に第一電気回転機械を通じて第一円錐形プーリーを制御し第二交換軸と第二貯水筐体の中の第一撹拌ブレードと連動して、これにより自動的に原料の撹拌作業を制御し、原料を攪拌し自動的に配合する作業効率を高めて、操作者の手動操作部分を減らし、原料撹拌の速度を大きく高めて、時間と労力を節約し、使用効率を高める。 The beneficial effect of the present invention is that the present invention is simple in structure and convenient to operate, and the first electric rotating machine is used to control and rotate the first conical pulley and the second conical pulley at the same time. One conical pulley interlocks with the second exchange shaft and the first stirring blade in the second water storage housing, thereby realizing the mixing and mixing work of raw materials, and at the same time the first conical pulley is the sixth conical pulley And the first exchange shaft in conjunction with the second agitating blade in the first water storage housing, and the first agitation work is performed in conjunction with the first exchange shaft at the bottom of the sixth conical pulley, After mixing and mixing the raw materials, the second electric rotating machine is used to rotate in conjunction with the second screw connecting lever, and the second screw connecting lever is interlocked with the guide connecting block to the bottom position of the guide connecting groove. At this time, the guide connection block is moved to the first sliding connection block. In conjunction with the fourth conical pulley at the bottom of the hook, the fifth conical pulley is engaged and connected so that power can be transmitted, then the first electric rotating machine is controlled and rotated, and the second conical pulley Rotates in conjunction with the third conical pulley and the outer spline arm at the bottom of the third conical pulley, and the outer spline arm interlocks with the inner spline replacement shaft and the fourth conical pulley at the bottom of the inner spline replacement shaft. At this time, the fourth conical pulley rotates in conjunction with the fifth conical pulley, and at the same time the fifth conical pulley rotates in conjunction with the seventh conical pulley and the first screw connection lever. The first screw connection lever is slid to the rightmost position of the second sliding connection housing in conjunction with the second sliding connection block, and at the same time, the through hole is in a relative position with the pipe. At this time, the raw material of the second water storage housing First through the pipe After the raw material flows into the water casing, the first electric rotating machine is controlled to rotate in reverse, and the first screw connection lever is interlocked with the second sliding connection block to Slide to the left position, then the second electric rotating machine rotates in reverse with the second screw connection lever, and the second screw connection lever returns to the initial position with the guide connection block. The first conical pulley is controlled through one electric rotating machine and interlocked with the second exchange shaft and the first stirring blade in the second water storage housing, thereby automatically controlling the raw material stirring operation and Improve the working efficiency of stirring and automatically blending, reduce the manual operation part of the operator, greatly increase the speed of raw material stirring, save time and labor, and increase the usage efficiency.
本発明の有益な効果は、本発明は構造が簡単で、操作が便利で、第一電気回転機械を使って第一円錐形プーリーと第二円錐形プーリーを制御し同時に回転し、この時に第一円錐形プーリーが第二交換軸と第二貯水筐体の中の第一撹拌ブレードと連動して、これにより原料の混合配合作業を実現し、同時に第一円錐形プーリーが第六円錐形プーリーと第六円錐形プーリーの底部の第一交換軸と連動して回転し、同時に第一交換軸が第一貯水筐体の中の第二撹拌ブレードと連動して初歩の攪拌作業を行って、原料の混合配合が完成した後、第二電気回転機械を使って第二ねじ接続レバーと連動して回転し、第二ねじ接続レバーが案内接続ブロックと連動して案内接続溝の一番底部位置にスライドし、この時に案内接続ブロックが第一滑り接続ブロックの底部の第四円錐形プーリーと連動して第五円錐形プーリーと動力が伝達可能なように係合し接続し、次に第一電気回転機械を制御し回転し、第二円錐形プーリーが第三円錐形プーリーと第三円錐形プーリーの底部の外スプラインアームと連動して回転し、外スプラインアームが内スプライン交換軸と内スプライン交換軸の底部の第四円錐形プーリーと連動して回転し、この時に第四円錐形プーリーが第五円錐形プーリーと連動して回転し、同時に第五円錐形プーリーが第七円錐形プーリーと第一ねじ接続レバーと連動して回転し、この時に第一ねじ接続レバーが第二滑り接続ブロックと連動して第二滑り接続筐体の一番右側位置にスライドし、同時に貫通口がパイプと相対位置にあり、この時に第二貯水筐体の原料がパイプを経て第一貯水筐体に流入し、原料が流入した後、第一電気回転機械を制御し逆に回転し、第一ねじ接続レバーが第二滑り接続ブロックと連動して第二滑り接続筐体の一番左側位置にスライドし、次に第二電気回転機械が第二ねじ接続レバーと連動して逆に回転し、第二ねじ接続レバーが案内接続ブロックと連動して初期位置に戻って、この時に第一電気回転機械を通じて第一円錐形プーリーを制御し第二交換軸と第二貯水筐体の中の第一撹拌ブレードと連動して、これにより自動的に原料の撹拌作業を制御し、原料を攪拌し自動的に配合する作業効率を高めて、操作者の手動操作部分を減らし、原料撹拌の速度を大きく高めて、時間と労力を節約し、使用効率を高める。 The beneficial effect of the present invention is that the present invention is simple in structure and convenient to operate, and the first electric rotating machine is used to control and rotate the first conical pulley and the second conical pulley at the same time. One conical pulley interlocks with the second exchange shaft and the first stirring blade in the second water storage housing, thereby realizing the mixing and mixing work of raw materials, and at the same time the first conical pulley is the sixth conical pulley And the first exchange shaft in conjunction with the second agitating blade in the first water storage housing, and the first agitation work is performed in conjunction with the first exchange shaft at the bottom of the sixth conical pulley, After mixing and mixing the raw materials, the second electric rotating machine is used to rotate in conjunction with the second screw connecting lever, and the second screw connecting lever is interlocked with the guide connecting block to the bottom position of the guide connecting groove. At this time, the guide connection block is moved to the first sliding connection block. In conjunction with the fourth conical pulley at the bottom of the hook, the fifth conical pulley is engaged and connected so that power can be transmitted, then the first electric rotating machine is controlled and rotated, and the second conical pulley Rotates in conjunction with the third conical pulley and the outer spline arm at the bottom of the third conical pulley, and the outer spline arm interlocks with the inner spline replacement shaft and the fourth conical pulley at the bottom of the inner spline replacement shaft. At this time, the fourth conical pulley rotates in conjunction with the fifth conical pulley, and at the same time the fifth conical pulley rotates in conjunction with the seventh conical pulley and the first screw connection lever. The first screw connection lever is slid to the rightmost position of the second sliding connection housing in conjunction with the second sliding connection block, and at the same time, the through hole is in a relative position with the pipe. At this time, the raw material of the second water storage housing First through the pipe After the raw material flows into the water casing, the first electric rotating machine is controlled to rotate in reverse, and the first screw connection lever is interlocked with the second sliding connection block to Slide to the left position, then the second electric rotating machine rotates in reverse with the second screw connection lever, and the second screw connection lever returns to the initial position with the guide connection block. The first conical pulley is controlled through one electric rotating machine and interlocked with the second exchange shaft and the first stirring blade in the second water storage housing, thereby automatically controlling the raw material stirring operation and Improve the working efficiency of stirring and automatically blending, reduce the manual operation part of the operator, greatly increase the speed of raw material stirring, save time and labor, and increase the usage efficiency.
下記に図1〜3を交え、本発明について詳しく説明する。 The present invention will be described in detail with reference to FIGS.
図1〜3を参照し、本発明の携帯型戸外コップはコップ6を含み、前記コップ6に第一貯水筐体61が設置され、前記第一貯水筐体61の上側の前記コップ6に第一空溝62が設置され、前記第一空溝62と前記第一貯水筐体61の間の前記コップ6に第二空溝63が設置され、前記第一空溝62の左側の前記コップ6に第二貯水筐体68が設置され、前記第一空溝62の右側の前記コップ6に第一滑り接続筐体64が設置され、前記第一滑り接続筐体64の底部末端が前記第二空溝63の右側末端と連結するように設置され、前記第一空溝62と前記第一滑り接続筐体64の間に第一電気回転機械622が固定的に設置され、前記第一電気回転機械622の左側末端に前記第一空溝62に挿し込む第一円錐形プーリー621が接続され、前記第一電気回転機械622の右側末端に前記第一滑り接続筐体64に挿し込む第二円錐形プーリー646が接続され、前記第一滑り接続筐体64の内頂壁に前記第二円錐形プーリー646と動力が伝達可能なように係合し接続する第三円錐形プーリー644が回転可能なように係合し接続され、前記第二円錐形プーリー646の下側の前記第一滑り接続筐体64に第一滑り接続ブロック641がスライド可能に係合し接続され、前記第一滑り接続ブロック641に下に伸びて設置される内スプライン交換軸642が回転可能なように係合し接続され、前記内スプライン交換軸642の底部延長末端が前記第一滑り接続ブロック641の底部端面外に伸びて底部延長末端に第四円錐形プーリー643が固定的に設置され、前記内スプライン交換軸642の頂部に上に伸びて設置される外スプラインアーム645がスライド可能に係合し接続され、前記外スプラインアーム645の頂部延長末端が前記第三円錐形プーリー644の底部端面と固定的に係合し接続し、前記第二空溝63にパイプセット631が回転可能なように係合し接続され、前記パイプセット631の外表面の周りに第五円錐形プーリー632が固定的に設置され、前記パイプセット631に上下に伸びて設置される第一交換軸633が隙間に係合し接続され、前記第一交換軸633の頂部延長端が前記第一空溝62と前記第二空溝63の間の部分を通り抜けてこの部分と回転可能なように係合し接続し、前記第一交換軸633の頂部延長末端に前記第一空溝62に挿し込む第六円錐形プーリー625が固定的に設置され、前記第六円錐形プーリー625が前記第一円錐形プーリー621と動力が伝達可能なように係合し接続し、前記第一交換軸633の底部延長端が前記第二空溝63と前記第一貯水筐体61の間の部分を通り抜けてこの部分と回転可能なように係合し接続し、前記第一交換軸633の底部延長末端が前記第一貯水筐体61を挿し込む前記第一貯水筐体61の内底壁と回転可能なように係合し接続し、前記第二空溝63の左側の前記コップ6に前記第一貯水筐体61と前記第二貯水筐体68と連結するように設置されるパイプ66が設置され、前記パイプ66に左右に伸びて設置される第二滑り接続筐体65が設置され、前記第二滑り接続筐体65に開閉部品が設置され、前記第一滑り接続筐体64の後側内壁に案内接続溝67が設置され、前記案内接続溝67に変動部品が設置される。 1 to 3, the portable outdoor cup of the present invention includes a cup 6, a first water storage casing 61 is installed in the cup 6, and the cup 6 on the upper side of the first water storage casing 61 is a second one. One empty groove 62 is installed, a second empty groove 63 is installed in the cup 6 between the first empty groove 62 and the first water storage housing 61, and the cup 6 on the left side of the first empty groove 62 is installed. A second water storage housing 68 is installed, a first sliding connection housing 64 is installed in the cup 6 on the right side of the first air groove 62, and a bottom end of the first sliding connection housing 64 is the second end. The first electric rotating machine 622 is fixedly installed between the first empty groove 62 and the first sliding connection housing 64, and is connected to the right end of the empty groove 63, and the first electric rotation A first conical pulley 621 to be inserted into the first air groove 62 is connected to the left end of the machine 622, and is inserted into the first sliding connection housing 64 to the right end of the first electric rotating machine 622. A second conical pulley 646 is connected, and a third conical pulley 644 is engaged and connected to the inner top wall of the first sliding connection housing 64 so that power can be transmitted to the second conical pulley 646. A first sliding connection block 641 is slidably engaged and connected to the first sliding connection housing 64 on the lower side of the second conical pulley 646. An inner spline exchange shaft 642 installed extending downward on the slide connection block 641 is rotatably engaged and connected, and the bottom extension end of the inner spline exchange shaft 642 is the bottom end surface of the first slide connection block 641 A fourth conical pulley 643 is fixedly installed at the bottom extension end, extending outward, and an outer spline arm 645 extending upward installed on the top of the inner spline replacement shaft 642 is slidably engaged and connected. , The top extension of the outer spline arm 645 A long end is fixedly engaged and connected to the bottom end face of the third conical pulley 644, and a pipe set 631 is rotatably engaged and connected to the second empty groove 63. A fifth conical pulley 632 is fixedly installed around the outer surface, and a first exchange shaft 633 installed vertically extending on the pipe set 631 is engaged with and connected to a gap. A top extension end of the first exchange shaft 633 is rotatably engaged with and connected to the first empty groove 62 and the second empty groove 63. A sixth conical pulley 625 to be inserted into the first air groove 62 is fixedly installed, and the sixth conical pulley 625 is engaged with and connected to the first conical pulley 621 so that power can be transmitted. The bottom extension end of the first exchange shaft 633 passes through the portion between the second empty groove 63 and the first water storage casing 61. The first exchange shaft 633 is rotatably engaged with and connected to the lever portion, and the bottom extension end of the first exchange shaft 633 is rotatable with the inner bottom wall of the first water storage housing 61 into which the first water storage housing 61 is inserted. A pipe 66 is installed in the cup 6 on the left side of the second air groove 63 so as to be connected to the first water storage casing 61 and the second water storage casing 68. A second sliding connection housing 65 installed on the pipe 66 extending left and right is installed; an opening / closing component is installed on the second sliding connection housing 65; and a rear inner wall of the first sliding connection housing 64 The guide connection groove 67 is installed in the guide connection groove 67, and the variable part is installed in the guide connection groove 67.
好ましくは、前記コップ6の底部の周りに両足69が固定的に設置され、前記コップ6の右端面の底部位置に近づく位置に前記第一貯水筐体61と連結するように設置される排水バルブ7が固定的に設置される。 Preferably, both feet 69 are fixedly installed around the bottom of the cup 6, and a drainage valve is installed so as to be connected to the first water storage casing 61 at a position approaching the bottom of the right end surface of the cup 6. 7 is fixedly installed.
好ましくは、前記第二貯水筐体68と前記第一空溝62の間の部分に左右に伸びて設置される第二交換軸623が回転可能なように係合し接続され、前記第二交換軸623の左側延長末端が前記第二貯水筐体68に挿し込む前記第二貯水筐体68の左側内壁と回転可能なように係合し接続し、前記第二交換軸623に右側延長末端が前記第一空溝62に挿し込む前記第一円錐形プーリー621の左側端面と固定的に係合し接続し、前記第二貯水筐体68の前記第二交換軸623の外表面に多組の第一撹拌ブレード681が設置される。 Preferably, a second exchange shaft 623 extending in the left-right direction is installed in a portion between the second water storage housing 68 and the first air groove 62 so as to be rotatable and connected, so that the second exchange The left extension end of the shaft 623 is rotatably connected to and connected to the left inner wall of the second water storage housing 68 inserted into the second water storage housing 68, and the right extension end is connected to the second exchange shaft 623. The first conical pulley 621 inserted into the first air groove 62 is fixedly engaged with and connected to the left end surface of the first conical pulley 621, and multiple sets are formed on the outer surface of the second exchange shaft 623 of the second water storage housing 68. A first stirring blade 681 is installed.
好ましくは、前記開閉部品は前記第二滑り接続筐体65にスライド可能に係合し接続される第二滑り接続ブロック651と前記第二滑り接続筐体65と前記第二空溝63の間の部分に回転可能なように係合し接続される第一ねじ接続レバー653を含み、前記第一ねじ接続レバー653の左側延長末端が前記第二滑り接続筐体65に挿し込む前記第二滑り接続ブロック651の右側端面とねじで係合し接続し、前記第一ねじ接続レバー653と離れる一側の前記第二滑り接続ブロック651に貫通口652が設置され、前記第一ねじ接続レバー653の右側延長末端に前記第二空溝63に挿し込む第七円錐形プーリー634が固定的に設置され、前記第七円錐形プーリー634が前記第五円錐形プーリー632の左側と動力が伝達可能なように接続し、前記第五円錐形プーリー632が前記第七円錐形プーリー634と離れる一側が前記第一滑り接続筐体64に挿し込む。 Preferably, the opening / closing component is slidably engaged with and connected to the second sliding connection housing 65, and between the second sliding connection housing 65 and the second empty groove 63. A second screw connection lever including a first screw connection lever 653 rotatably engaged with the portion, wherein a left extension end of the first screw connection lever 653 is inserted into the second slide connection housing 65; A through-hole 652 is installed in the second sliding connection block 651 on one side, which is engaged with and connected to the right end surface of the block 651 with a screw, and is separated from the first screw connection lever 653, and the right side of the first screw connection lever 653 A seventh conical pulley 634 to be inserted into the second empty groove 63 is fixedly installed at an extension end so that the seventh conical pulley 634 can transmit power to the left side of the fifth conical pulley 632. Connecting the fifth conical pulley 632 to the seventh conical pulley One side away from 634 is inserted into the first sliding connection housing 64.
好ましくは、前記変動部品が前記案内接続溝67にスライド可能に係合し接続される案内接続ブロック671と前記案内接続ブロック671にねじで係合し接続される第二ねじ接続レバー672を含み、前記第二ねじ接続レバー672の底部末端が前記案内接続溝67の内底壁と回転可能なように係合し接続し、前記第二ねじ接続レバー672の頂部末端が第二電気回転機械673と動力が伝達可能なように係合し接続し、前記第二電気回転機械673の外表面が前記案内接続溝67に固定的に設置し、前記案内接続ブロック671の前側末端が前記第一滑り接続ブロック641の後側末端と固定的に係合し接続する。 Preferably, the variable component includes a guide connection block 671 slidably engaged with and connected to the guide connection groove 67 and a second screw connection lever 672 connected to the guide connection block 671 with a screw. The bottom end of the second screw connection lever 672 is rotatably engaged with and connected to the inner bottom wall of the guide connection groove 67, and the top end of the second screw connection lever 672 is connected to the second electric rotating machine 673. Engage and connect so that power can be transmitted, the outer surface of the second electric rotating machine 673 is fixedly installed in the guide connection groove 67, and the front end of the guide connection block 671 is the first sliding connection Fixedly engages and connects to the rear end of block 641.
他の技術方案として前記第一貯水筐体61の前記第一交換軸633の外表面に多組の第二攪拌ブレード611が設置される。 As another technical solution, multiple sets of second stirring blades 611 are installed on the outer surface of the first exchange shaft 633 of the first water storage casing 61.
初期状態の時に案内接続ブロック671が案内接続溝67の一番頂部位置に位置し、この時に案内接続ブロック671が第一滑り接続ブロック641の底部の第四円錐形プーリー643と連動して最大程度に第五円錐形プーリー632と離れて、同時に第二滑り接続ブロック651が第二滑り接続筐体65の一番左側位置に位置し、この時に第二滑り接続ブロック651の中の貫通口652が最大程度にパイプ66と離れる。 In the initial state, the guide connection block 671 is positioned at the topmost position of the guide connection groove 67. At this time, the guide connection block 671 is linked with the fourth conical pulley 643 at the bottom of the first sliding connection block 641 to the maximum extent. At the same time, the second sliding connection block 651 is located at the leftmost position of the second sliding connection housing 65, and at this time, the through-hole 652 in the second sliding connection block 651 is moved away from the fifth conical pulley 632. Separate from pipe 66 to the maximum extent.
攪拌する時に、第一電気回転機械622を使って第一円錐形プーリー621と第二円錐形プーリー646を制御し同時に回転し、この時に第一円錐形プーリー621が第二交換軸623と第二貯水筐体68の中の第一撹拌ブレード681と連動して、これにより原料の混合配合作業を実現し、同時に第一円錐形プーリー621が第六円錐形プーリー625と第六円錐形プーリー625の底部の第一交換軸633と連動して回転し、同時に第一交換軸633が第一貯水筐体61の中の第二撹拌ブレード611と連動して初歩の攪拌作業を行って、原料の混合配合が完成した後、第二電気回転機械673を使って第二ねじ接続レバー672と連動して回転し、第二ねじ接続レバー672が案内接続ブロック671と連動して案内接続溝67の一番底部位置にスライドし、この時に案内接続ブロック671が第一滑り接続ブロック641の底部の第四円錐形プーリー643と連動して第五円錐形プーリー632と動力が伝達可能なように係合し接続し、次に第一電気回転機械622を制御し回転し、第二円錐形プーリー646が第三円錐形プーリー644と第三円錐形プーリー644の底部の外スプラインアーム645と連動して回転し、外スプラインアーム645が内スプライン交換軸642と内スプライン交換軸642の底部の第四円錐形プーリー643と連動して回転し、この時に第四円錐形プーリー643が第五円錐形プーリー632と連動して回転し、同時に第五円錐形プーリー632が第七円錐形プーリー634と第一ねじ接続レバー653と連動して回転し、この時に第一ねじ接続レバー653が第二滑り接続ブロック651と連動して第二滑り接続筐体65の一番右側位置にスライドし、同時に貫通口652がパイプ66と相対位置にあり、この時に第二貯水筐体68の原料がパイプ66を経て第一貯水筐体61に流入し、原料が流入した後、第一電気回転機械622を制御し逆に回転し、第一ねじ接続レバー653が第二滑り接続ブロック651と連動して第二滑り接続筐体65の一番左側位置にスライドし、次に第二電気回転機械673が第二ねじ接続レバー672と連動して逆に回転し、第二ねじ接続レバー672が案内接続ブロック671と連動して初期位置に戻って、この時に第一電気回転機械622を通じて第一円錐形プーリー621を制御し第二交換軸623と第二貯水筐体68の中の第一撹拌ブレード681と連動して、これにより自動的に原料の撹拌作業を制御する。 When agitating, the first electric rotating machine 622 is used to control and rotate the first conical pulley 621 and the second conical pulley 646 at the same time. In conjunction with the first agitating blade 681 in the water storage housing 68, this realizes mixing and blending work of raw materials, and at the same time, the first conical pulley 621 is connected to the sixth conical pulley 625 and the sixth conical pulley 625. It rotates in conjunction with the first exchange shaft 633 at the bottom, and at the same time, the first exchange shaft 633 performs the initial stirring operation in conjunction with the second stirring blade 611 in the first water storage housing 61 to mix the raw materials. After the blending is completed, the second electric rotating machine 673 is rotated in conjunction with the second screw connecting lever 672, and the second screw connecting lever 672 is interlocked with the guide connecting block 671 to Slide to the bottom position, at this time the guide connection block 671 is the first sliding connection block 641 In conjunction with the fourth conical pulley 643 at the bottom, the fifth conical pulley 632 is engaged and connected so that power can be transmitted, and then the first electric rotating machine 622 is controlled and rotated to obtain the second conical shape. The pulley 646 rotates in conjunction with the third conical pulley 644 and the outer spline arm 645 at the bottom of the third conical pulley 644, and the outer spline arm 645 is rotated by the inner spline replacement shaft 642 and the bottom of the inner spline replacement shaft 642. The fourth conical pulley 643 rotates in conjunction with the fourth conical pulley 643. At this time, the fourth conical pulley 643 rotates in conjunction with the fifth conical pulley 632, and the fifth conical pulley 632 simultaneously rotates with the seventh conical pulley 634. The first screw connection lever 653 rotates in conjunction with the second sliding connection block 651 and slides to the rightmost position of the second sliding connection housing 65 at the same time as the first screw connection lever 653. 652 is relative to pipe 66, at this time The raw material of the second water storage housing 68 flows into the first water storage housing 61 through the pipe 66, and after the raw material flows in, the first electric rotating machine 622 is controlled to rotate in the reverse direction, and the first screw connection lever 653 is Slides to the leftmost position of the second slip connection housing 65 in conjunction with the two-slip connection block 651, and then the second electric rotating machine 673 rotates in reverse in conjunction with the second screw connection lever 672, The two-screw connection lever 672 returns to the initial position in conjunction with the guide connection block 671, and at this time, the first conical pulley 621 is controlled through the first electric rotating machine 622 to control the second exchange shaft 623 and the second water storage housing 68. In conjunction with the first agitating blade 681, the material agitating operation is automatically controlled.
本発明の有益な効果は、本発明は構造が簡単で、操作が便利で、第一電気回転機械を使って第一円錐形プーリーと第二円錐形プーリーを制御し同時に回転し、この時に第一円錐形プーリーが第二交換軸と第二貯水筐体の中の第一撹拌ブレードと連動して、これにより原料の混合配合作業を実現し、同時に第一円錐形プーリーが第六円錐形プーリーと第六円錐形プーリーの底部の第一交換軸と連動して回転し、同時に第一交換軸が第一貯水筐体の中の第二撹拌ブレードと連動して初歩の攪拌作業を行って、原料の混合配合が完成した後、第二電気回転機械を使って第二ねじ接続レバーと連動して回転し、第二ねじ接続レバーが案内接続ブロックと連動して案内接続溝の一番底部位置にスライドし、この時に案内接続ブロックが第一滑り接続ブロックの底部の第四円錐形プーリーと連動して第五円錐形プーリーと動力が伝達可能なように係合し接続し、次に第一電気回転機械を制御し回転し、第二円錐形プーリーが第三円錐形プーリーと第三円錐形プーリーの底部の外スプラインアームと連動して回転し、外スプラインアームが内スプライン交換軸と内スプライン交換軸の底部の第四円錐形プーリーと連動して回転し、この時に第四円錐形プーリーが第五円錐形プーリーと連動して回転し、同時に第五円錐形プーリーが第七円錐形プーリーと第一ねじ接続レバーと連動して回転し、この時に第一ねじ接続レバーが第二滑り接続ブロックと連動して第二滑り接続筐体の一番右側位置にスライドし、同時に貫通口がパイプと相対位置にあり、この時に第二貯水筐体の原料がパイプを経て第一貯水筐体に流入し、原料が流入した後、第一電気回転機械を制御し逆に回転し、第一ねじ接続レバーが第二滑り接続ブロックと連動して第二滑り接続筐体の一番左側位置にスライドし、次に第二電気回転機械が第二ねじ接続レバーと連動して逆に回転し、第二ねじ接続レバーが案内接続ブロックと連動して初期位置に戻って、この時に第一電気回転機械を通じて第一円錐形プーリーを制御し第二交換軸と第二貯水筐体の中の第一撹拌ブレードと連動して、これにより自動的に原料の撹拌作業を制御し、原料を攪拌し自動的に配合する作業効率を高めて、操作者の手動操作部分を減らし、原料撹拌の速度を大きく高めて、時間と労力を節約し、使用効率を高める。 The beneficial effect of the present invention is that the present invention is simple in structure and convenient to operate, and the first electric rotating machine is used to control and rotate the first conical pulley and the second conical pulley at the same time. One conical pulley interlocks with the second exchange shaft and the first stirring blade in the second water storage housing, thereby realizing the mixing and mixing work of raw materials, and at the same time the first conical pulley is the sixth conical pulley And the first exchange shaft in conjunction with the second agitating blade in the first water storage housing, and the first agitation work is performed in conjunction with the first exchange shaft at the bottom of the sixth conical pulley, After mixing and mixing the raw materials, the second electric rotating machine is used to rotate in conjunction with the second screw connecting lever, and the second screw connecting lever is interlocked with the guide connecting block to the bottom position of the guide connecting groove. At this time, the guide connection block is moved to the first sliding connection block. In conjunction with the fourth conical pulley at the bottom of the hook, the fifth conical pulley is engaged and connected so that power can be transmitted, then the first electric rotating machine is controlled and rotated, and the second conical pulley Rotates in conjunction with the third conical pulley and the outer spline arm at the bottom of the third conical pulley, and the outer spline arm interlocks with the inner spline replacement shaft and the fourth conical pulley at the bottom of the inner spline replacement shaft. At this time, the fourth conical pulley rotates in conjunction with the fifth conical pulley, and at the same time the fifth conical pulley rotates in conjunction with the seventh conical pulley and the first screw connection lever. The first screw connection lever is slid to the rightmost position of the second sliding connection housing in conjunction with the second sliding connection block, and at the same time, the through hole is in a relative position with the pipe. At this time, the raw material of the second water storage housing First through the pipe After the raw material flows into the water casing, the first electric rotating machine is controlled to rotate in reverse, and the first screw connection lever is interlocked with the second sliding connection block to Slide to the left position, then the second electric rotating machine rotates in reverse with the second screw connection lever, and the second screw connection lever returns to the initial position with the guide connection block. The first conical pulley is controlled through one electric rotating machine and interlocked with the second exchange shaft and the first stirring blade in the second water storage housing, thereby automatically controlling the raw material stirring operation and Improve the working efficiency of stirring and automatically blending, reduce the manual operation part of the operator, greatly increase the speed of raw material stirring, save time and labor, and increase the usage efficiency.
本分野の技術者にとって明確なのは、本発明の全体精神と構想から離れないことを前提として、上記の実施例に各種な変形ができ、それらの変形が全部本発明の保護範囲にある。本発明の保護範囲は添付した特許請求の範囲を基準とすべきである。 It will be clear to those skilled in the art that various modifications can be made to the above-described embodiments on the premise that they do not depart from the overall spirit and concept of the present invention, all of which are within the scope of protection of the present invention. The protection scope of the present invention should be based on the appended claims.
Claims (1)
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810313678.3 | 2018-04-10 | ||
| CN201810313678.3A CN108477822A (en) | 2018-04-10 | 2018-04-10 | A kind of outer cup of household portable |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JP6442813B1 true JP6442813B1 (en) | 2018-12-26 |
| JP2019181130A JP2019181130A (en) | 2019-10-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2018091475A Expired - Fee Related JP6442813B1 (en) | 2018-04-10 | 2018-05-10 | Portable outdoor cup |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6442813B1 (en) |
| CN (1) | CN108477822A (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2172104A (en) * | 1937-05-04 | 1939-09-05 | Abraham S Levin | Agitating, advertising, and dispensing device |
| JPH0853198A (en) * | 1994-08-10 | 1996-02-27 | Kyokuto Sanki Co Ltd | Apparatus for supplying liquid |
-
2018
- 2018-04-10 CN CN201810313678.3A patent/CN108477822A/en not_active Withdrawn
- 2018-05-10 JP JP2018091475A patent/JP6442813B1/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2172104A (en) * | 1937-05-04 | 1939-09-05 | Abraham S Levin | Agitating, advertising, and dispensing device |
| JPH0853198A (en) * | 1994-08-10 | 1996-02-27 | Kyokuto Sanki Co Ltd | Apparatus for supplying liquid |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2019181130A (en) | 2019-10-24 |
| CN108477822A (en) | 2018-09-04 |
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