JP2005535416A - Electric rice out type digital weighing rice - Google Patents

Electric rice out type digital weighing rice Download PDF

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JP2005535416A
JP2005535416A JP2004529652A JP2004529652A JP2005535416A JP 2005535416 A JP2005535416 A JP 2005535416A JP 2004529652 A JP2004529652 A JP 2004529652A JP 2004529652 A JP2004529652 A JP 2004529652A JP 2005535416 A JP2005535416 A JP 2005535416A
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rice
pipe
storage container
conveying pipe
digital weighing
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▲じゅん▼ ▲ちぇん▼
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▲じゅん▼ ▲ちぇん▼
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    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01F—MEASURING VOLUME, VOLUME FLOW, MASS FLOW OR LIQUID LEVEL; METERING BY VOLUME
    • G01F13/00—Apparatus for measuring by volume and delivering fluids or fluent solid materials, not provided for in the preceding groups
    • G01F13/001—Apparatus for measuring by volume and delivering fluids or fluent solid materials, not provided for in the preceding groups for fluent solid material
    • G01F13/005—Apparatus for measuring by volume and delivering fluids or fluent solid materials, not provided for in the preceding groups for fluent solid material comprising a screw conveyor
    • 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
    • A47J47/00—Kitchen containers, stands or the like, not provided for in other groups of this subclass; Cutting-boards, e.g. for bread
    • A47J47/02—Closed containers for foodstuffs
    • A47J47/04—Closed containers for foodstuffs for granulated foodstuffs

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  • Physics & Mathematics (AREA)
  • Fluid Mechanics (AREA)
  • General Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • Food Science & Technology (AREA)
  • Adjustment And Processing Of Grains (AREA)
  • Cookers (AREA)
  • Devices For Warming Or Keeping Food Or Tableware Hot (AREA)
  • Screw Conveyors (AREA)

Abstract

【課題】 米出し量を正確にコントロールでき、構造も簡単であり、米の入れ出しも便利である米びつを実現すること目的とする。
【解決手段】 下部が漏斗状の米貯蔵容器（４）と、モーター（１５）と、制御回路と電気的に接続してある制御パネル（２）とを有する。上部にホッパ（１０）付けの米貯蔵器（４）は厨房家具のフェースプレート（３）の下に固定される。搬送パイプ（１）と管内隙間に据付けた搬送スクリュー（５）からなる搬送機構を有する。搬送パイプ（１）末端の入り口（１２４）が米貯蔵器（４）の漏斗状底部へ連通してある。搬送パイプ（１）は厨房家具のフェースプレート（３）より高く、この最上部には、米出しパイプ（８）が斜めに接続してある。PROBLEM TO BE SOLVED: To realize a rice bin that can accurately control the amount of rice to be dispensed, has a simple structure, and is convenient for loading and unloading rice.
A lower part has a funnel-shaped rice storage container (4), a motor (15), and a control panel (2) electrically connected to a control circuit. A rice reservoir (4) with a hopper (10) at the top is fixed under the faceplate (3) of the kitchen furniture. It has a transport mechanism comprising a transport pipe (1) and a transport screw (5) installed in a gap in the pipe. The inlet (124) at the end of the transfer pipe (1) communicates with the funnel bottom of the rice reservoir (4). The conveying pipe (1) is higher than the face plate (3) of the kitchen furniture, and a rice taking pipe (8) is obliquely connected to the uppermost part.

Description

本発明は厨房容器に係り、特に、電動米上出し型デジタル計量米びつに関する。   The present invention relates to a kitchen container, and more particularly to an electric rice top-feed type digital weighing rice container.

国民生活レベル向上と家屋内装ブームにつれて、厨房は昔からの台所だけでなく、更に家庭内の情趣とファッションを具現させるようになった。各種の厨房用品を厨房内装によく使われる全体厨房に融合させ、厨房を更に見た目よく便利させることは，人々の狙いになっている。   As the level of people's living level improved and the interior decoration boom, the kitchen became more embodied in the atmosphere and fashion in the home as well as the traditional kitchen. It is the goal of people to combine various kitchen supplies with the entire kitchen that is often used in the interior of the kitchen to make the kitchen more visually appealing.

従来例の一つである公告号ＣＮ２３００６１４Ｙである中国の特許「多効能電子式米貯蔵機」は、外殻、定量制御回路ボード、オゾン滅菌機、漏斗、電動米出し機構、電池ケース、活動米貯蔵ボックス、米出し誤作動自動止めなどの装置からなっている。その長所は操作便利、安全、正確、衛生、低騒音である。   Chinese patent “multi-function electronic rice storage machine” which is one of the conventional examples, CN23000614Y, has outer shell, quantitative control circuit board, ozone sterilizer, funnel, electric rice removal mechanism, battery case, active rice It consists of a storage box and a device that automatically stops the rice from malfunctioning. Its advantages are convenient operation, safety, accuracy, hygiene and low noise.

発明の詳細な説明Detailed Description of the Invention

この多効能電子式米びつは、以下の問題点を有する。   This multifunctional rice bran has the following problems.

１）米貯蔵ボックスは設備の下部に設置されたので、米を取り出すために身体をかがめなければならないから、操作には不便である。２）米出し機構はウォーム及び数本のロッドなどの部品からなっているので、構造が煩雑である。３）設備体積が大きいので、厨房家具との融合、内蔵できない。   1) Since the rice storage box is installed in the lower part of the facility, it is inconvenient to operate because the body must be bent to take out the rice. 2) Since the rice removing mechanism is composed of parts such as a worm and several rods, the structure is complicated. 3) Since the equipment volume is large, it cannot be integrated with or built into kitchen furniture.

そこで、本発明は、既存技術の問題点を解決し、操作が簡単であり、構造が簡単であり、米出し量が正確であり、厨房家具との連結性が良く、設置スペース効率が良い電動米上出し型デジタル計量米びつを提供することを目的とする。   Therefore, the present invention solves the problems of the existing technology, is easy to operate, has a simple structure, has an accurate amount of rice extraction, has good connectivity with kitchen furniture, and has a good installation space efficiency. The purpose is to provide a rice weighing type rice weighing rice.

本発明は、電動米上出し型デジタル計量米びつであって、下部に漏斗状の米貯蔵容器と、モーターと、制御回路に電気的に接続された制御パネルとを含んでいる。上部にホッパ付けの米貯蔵器は厨房家具のフェースプレートの下に固定できる、それは搬送パイプと管内隙間に据付けた搬送スクリューからなる搬送機構である。搬送パイプ末端の入り口が米貯蔵容器の漏斗状底部に連通して接続してある。搬送パイプが厨房家具のフェースプレートより高い最上部に米出しパイプを斜めに設置している。搬送パイプは突合せた上搬送パイプと下搬送パイプからなる。下搬送パイプの上端は米貯蔵容器上部の搬送パイプ入り口に溶接してある。上搬送パイプは下端に締付溝が形成してあり、下搬送パイプの管壁にある所定深さに位置するバネベースに挿入してある。このバネベースにバネと鋼球が設けてある。ホッパは米貯蔵容器上部より高くて厨房家具のフェースプレートを突き通っている。その露出した入り口の外回りにはねじ山があり、ここに蓋が締め付けてある。制御パネルは厨房家具のフェースプレートの上に取り付けてある。   The present invention is an electric rice topping-type digital weighing rice container, which includes a funnel-shaped rice storage container at the bottom, a motor, and a control panel electrically connected to a control circuit. A rice hopper with a hopper at the top can be fixed under the face plate of kitchen furniture, which is a transport mechanism consisting of a transport pipe and a transport screw installed in a gap in the pipe. The inlet end of the transfer pipe is connected to and connected to the funnel bottom of the rice storage container. The rice-piping pipe is installed diagonally at the top of the transfer pipe, which is higher than the face plate of kitchen furniture. The conveyance pipe is composed of an upper conveyance pipe and a lower conveyance pipe which are abutted with each other. The upper end of the lower transfer pipe is welded to the transfer pipe entrance at the top of the rice storage container. The upper conveying pipe has a tightening groove formed at the lower end thereof, and is inserted into a spring base located at a predetermined depth in the tube wall of the lower conveying pipe. The spring base is provided with a spring and a steel ball. The hopper is higher than the top of the rice storage container and penetrates the faceplate of kitchen furniture. There is a thread on the outside of the exposed entrance, and the lid is tightened here. The control panel is mounted on the kitchen furniture faceplate.

本発明によれば、搬送機構と制御機構によって米出し量を正確にコントロールでき、構造も簡単である。また、米出し口、ホッパ、制御パネルは厨房家具のフェースプレートの上に配置され、且つ、米出し口は自由に水平方向に回転されるため、米の入れ出し作業は便利である。米貯蔵容器は厨房家具のフェースプレートに下に配置されるため、更なる厨房スペースが有効に利用出来る。特に、例えば、L型厨房家具のコナー等の死角も更に有効利用できる。   According to the present invention, the amount of rice removal can be accurately controlled by the transport mechanism and the control mechanism, and the structure is simple. In addition, the rice outlet, the hopper, and the control panel are arranged on the face plate of the kitchen furniture, and the rice outlet is freely rotated in the horizontal direction, so that the operation of putting in and out rice is convenient. Since the rice storage container is disposed below the face plate of the kitchen furniture, more kitchen space can be used effectively. In particular, a blind spot such as a corner of an L-shaped kitchen furniture can be used more effectively.

次に本発明の実施の形態について説明する。
［実施例１］ Next, an embodiment of the present invention will be described.
[Example 1]

図１及び図２に示すように、米貯蔵容器（４）は底部が漏斗状である空洞の円柱形であり、反対側の上部に上端カバー（４０）を有する。カバー（４０）は、搬送パイプ用穴（４１）とホッパ（１０）とを有する。搬送パイプ（１）は穴（４１）に垂直に挿入してある。制御パネル（２）は上部カバー（４０）の上方にあって、ホッパ（１０）及び搬送パイプ（１）と連結する大きい丸穴（２２）と小さい丸穴（２１）がある。上部カバー（４０）の上にあるホッパ（１０）の穴に沿って外ねじ山があって、制御パネル（２）の大きい丸穴（２２）を上方に貫通しており、ここに、内ねじ山が形成してある米びつカバー（９）が連結されて締め付けられるようになっている。搬送パイプ（１）は、その上方については、制御パネル（２）の小さい丸穴（２１）を貫通して、その上端に斜めに設置された米出しパイプ（８）と連通接続してある。また、搬送パイプ（１）は、その下方については、米貯蔵容器（４）の漏斗状底部を貫通して溶接してある。搬送パイプ（１）の底側の入り口（１２４）が曲管（４３）を通って米貯蔵容器（４）の漏斗状底部の中心に連通接続してある、これにより、米貯蔵容器（４）の中の米は、重力作用によって漏斗状底部を沿って、更に曲管（４３）を通って搬送パイプ（１）の底へ流れ入る。搬送スクリュー（５）は搬送パイプ（１）の中に設置してあり、その管壁との間に隙間を空けて自由回転できる。搬送スクリュー（５）の下端の中心軸が止めピン（５１）及びカップリング（６）によってモーター（１５）のパワー出力軸と硬く同軸に連結してある。なお、図３に示すように、据付のために、上端カバー（４０）の円周に固定耳（４２）が四枚設けてある。   As shown in FIGS. 1 and 2, the rice storage container (4) has a hollow cylindrical shape having a funnel shape at the bottom, and has an upper end cover (40) at the upper part on the opposite side. The cover (40) has a transport pipe hole (41) and a hopper (10). The transport pipe (1) is inserted vertically into the hole (41). The control panel (2) is located above the upper cover (40) and has a large round hole (22) and a small round hole (21) connected to the hopper (10) and the conveying pipe (1). There is an external thread along the hole in the hopper (10) above the top cover (40) and penetrates the large round hole (22) in the control panel (2) upward, where the internal thread A rice bin cover (9) formed with a mountain is connected and tightened. The upper part of the transport pipe (1) passes through a small round hole (21) of the control panel (2) and is connected in communication with a rice removal pipe (8) installed obliquely at the upper end thereof. The lower part of the transport pipe (1) is welded through the funnel-shaped bottom of the rice storage container (4). The inlet (124) on the bottom side of the conveying pipe (1) is connected in communication with the center of the funnel-shaped bottom of the rice storage container (4) through the curved pipe (43), whereby the rice storage container (4) The rice in the rice flows into the bottom of the conveying pipe (1) through the bent pipe (43) along the funnel-shaped bottom by gravity. The conveying screw (5) is installed in the conveying pipe (1) and can freely rotate with a gap between the conveying screw (5) and the pipe wall. The central axis of the lower end of the conveying screw (5) is rigidly and coaxially connected to the power output shaft of the motor (15) by a stop pin (51) and a coupling (6). As shown in FIG. 3, four fixed ears (42) are provided on the circumference of the upper end cover (40) for installation.

図４に示すように、制御パネル（２）には、大小丸穴（２１，２２）の他に、LEDデジタルディスプレイ（２４）、定量設定スイッチ（２５）、米出し起動スイッチ（２３）が設けてある。   As shown in FIG. 4, in addition to the large and small round holes (21, 22), the control panel (2) is provided with an LED digital display (24), a quantitative setting switch (25), and a rice starter switch (23). It is.

図５に示すように、搬送パイプ（１）は、挿入されて連結してある上搬送パイプ（１１）と下搬送パイプ（１２）からなっている。上搬送パイプ（１１）の外径と下搬送パイプ（１２）の内径とが同じである。下搬送パイプ（１２）の上端壁に二つのバネベース（１２１）が下搬送パイプ（１２）の軸線に関して対称に設けてある。このバネベース（１２１）の中に、バネ（１２２）と鋼球（１２３）とが組み込んである。上搬送パイプ（１１）には、下端壁の外周に一周に亘って締付溝（１１１）が形成してある。上搬送パイプ（１１）を下搬送パイプ（１２）内へ所定の深さまで挿入すると、鋼球（１２３）がバネ（１２２）の弾力でもって締付溝（１１１）に嵌合した状態となる。これにより、上搬送パイプ（１１）は、軸線方向（縦方向）には固定され、且つ、軸線を中心に水平方向に自由回転可能である。   As shown in FIG. 5, the transport pipe (1) is composed of an upper transport pipe (11) and a lower transport pipe (12) which are inserted and connected. The outer diameter of the upper transport pipe (11) and the inner diameter of the lower transport pipe (12) are the same. Two spring bases (121) are provided symmetrically with respect to the axis of the lower conveyance pipe (12) on the upper end wall of the lower conveyance pipe (12). A spring (122) and a steel ball (123) are incorporated in the spring base (121). The upper conveying pipe (11) has a tightening groove (111) formed around the outer periphery of the lower end wall. When the upper conveyance pipe (11) is inserted into the lower conveyance pipe (12) to a predetermined depth, the steel ball (123) is engaged with the tightening groove (111) by the elasticity of the spring (122). Thereby, the upper transport pipe (11) is fixed in the axial direction (vertical direction) and can freely rotate in the horizontal direction around the axial line.

本発明の電動米上出し型デジタル計量式米びつは、厨房家具フェースプレート（３）と一体になる構造である。図１及び図２に示すように、据付の際に米貯蔵容器（４）は厨房家具フェースプレート（３）の下に設置され、上端カバー（４０）の円周にある四枚の固定耳（４２）をねじで厨房家具フェースプレート（３）に固定される。厨房家具フェースプレート（３）に据付穴が二つある。一つの据付穴は上端カバー（４０）の搬送パイプ用穴（４１）と制御パネル（２）の小さい丸穴（２１）の間に位置して、据付けるときに搬送パイプ（１）に貫通される。もう一つの据付穴は上端カバー（４０）のホッパ（１０）と制御パネル（２）の大きい丸穴（２２）の間に位置して、据付けるときにホッパ（１０）の穴外周に貫通される。制御パネル（２）は厨房家具フェースプレート（３）の上側にぴったり付いて取り付けられる。   The electric rice top-feeding digital weighing rice bin according to the present invention has a structure that is integrated with the kitchen furniture face plate (3). As shown in FIGS. 1 and 2, during the installation, the rice storage container (4) is installed under the kitchen furniture face plate (3), and four fixed ears ( 42) is fixed to the kitchen furniture faceplate (3) with screws. There are two installation holes in the kitchen furniture faceplate (3). One installation hole is located between the conveyance pipe hole (41) of the upper end cover (40) and the small round hole (21) of the control panel (2), and is penetrated into the conveyance pipe (1) during installation. The Another installation hole is located between the hopper (10) of the upper end cover (40) and the large round hole (22) of the control panel (2), and is penetrated into the outer periphery of the hopper (10) when installing. The The control panel (2) is attached to the upper side of the kitchen furniture face plate (3).

図７は本発明の電動米上出し及びデジタル計量の回路原理略図を示す。制御機構の主要部はマイクロプロセッサ（１６）であり、マイクロプロセッサ（１６）に定量設定スイッチ（２５）、米出し起動スイッチ（２３）、LEDデジタルディスプレイ（２４）が接続してある。制御機構において、モーター（１５）に対するスイッチ制御は、リレー（１８）によって行われる。LEDデジタルディスプレイ（２４）はデジタル計量表示装置である。モーター（１５）には２２０V商用交流電源が供給され、制御ユニットには変圧整流器（１７）で処理された低圧直流電源が供給される。定量設定スイッチ（２５）、米出し起動スイッチ（２３）、LEDデジタルディスプレイ（２４）は制御パネル（２）に取り付けてある。マイクロプロセッサ（１６）、リレー（１８）、変圧整流器（１７）は回路制御箱（１９）内に設けてある。   FIG. 7 is a schematic diagram showing the circuit principle of the electric rice transfer and digital weighing of the present invention. The main part of the control mechanism is a microprocessor (16), to which a quantitative setting switch (25), a rice start switch (23), and an LED digital display (24) are connected. In the control mechanism, switch control for the motor (15) is performed by a relay (18). The LED digital display (24) is a digital weighing display device. The motor (15) is supplied with 220V commercial AC power, and the control unit is supplied with low-voltage DC power processed by the transformer rectifier (17). A fixed quantity setting switch (25), a rice start activation switch (23), and an LED digital display (24) are attached to the control panel (2). The microprocessor (16), relay (18), and transformer / rectifier (17) are provided in the circuit control box (19).

使用時には、先ず、定量設定スイッチ（２５）を押して、上下ボタンで米出し量を設定する。数字の１は“１市両”（５０グラム）を表す。押す毎に“１市両”増えるか減り、LEDデジタルディスプレイ（２４）に数字が表示される。米出し量設定を完了した後に、米出し起動スイッチ（２３）を押してモーター（１５）を作動させる。モーター（１５）によってカップリング（６）を介して搬送スクリュー（５）を回転させる。搬送スクリュー（５）が回転すると、米びつ内にある米が重力の作用によって米貯蔵容器（４）底部の曲管（４３）を通して搬送パイプ（１）の底の入り口（１２４）に入り、搬送スクリュー（５）によって搬送パイプ（１）を沿って上へ移動される。搬送パイプ（１）の出口に到達した米は、重力作用によって米出しパイプ（８）内を滑って移動して、外に出る。マイクロプロセッサ（１６）はモーター（１５）起動から時間を計測し始める。計測した時間が相応な米出し量の設定数値に一致すると、マイクロプロセッサ（１６）がリレー（１８）を作動させてモーター（１５）への電源の供給を遮断する。これによりモーター（１５）が停止し搬送スクリュー（５）が回転停止して、米出しが終了する。回転速度が一定である搬送スクリューによる米搬送量は回転時間に正比例するので、モーター（１５）の回転時間だけを制御することによって、米出し量が正確に制御される。   At the time of use, first, the quantitative setting switch (25) is pressed, and the amount of rice is set with the up and down buttons. The number 1 represents “one city” (50 grams). Each time you press it, it increases or decreases by "1 city", and a number is displayed on the LED digital display (24). After completing the rice removal amount setting, the rice removal start switch (23) is pressed to operate the motor (15). The conveying screw (5) is rotated by the motor (15) through the coupling (6). When the conveying screw (5) rotates, the rice in the rice bin enters the bottom inlet (124) of the conveying pipe (1) through the curved pipe (43) at the bottom of the rice storage container (4) by the action of gravity, and the conveying screw. It is moved upward along the transport pipe (1) by (5). The rice that has reached the outlet of the transfer pipe (1) slides inside the rice take-out pipe (8) by gravity and moves out. The microprocessor (16) starts measuring time from the start of the motor (15). When the measured time coincides with the set value of the corresponding rice yield, the microprocessor (16) activates the relay (18) to cut off the supply of power to the motor (15). As a result, the motor (15) stops, the conveyance screw (5) stops rotating, and the rice removal ends. Since the amount of rice conveyed by the conveying screw having a constant rotation speed is directly proportional to the rotation time, the amount of rice removal is accurately controlled by controlling only the rotation time of the motor (15).

米貯蔵容器（４）に米を入れる場合には、厨房家具フェースプレートにある米びつカバー（９）を緩めて外して、米をホッパ（１０）を通して入れればよい。停電時もホッパ（１０）から手作業で米を取り出せる。
［実施例２］ When the rice is put into the rice storage container (4), the rice bin cover (9) on the kitchen furniture face plate is loosened and removed, and the rice is put through the hopper (10). Even during a power failure, rice can be removed manually from the hopper (10).
[Example 2]

本実施例２は、米出し量制御が実施例１とは少し相違し、他の部分は実施例１と同じである。図６及び図８を参照するに、搬送スクリュー（５）の下端の中心軸に同軸回転する計数輪（１４）が取り付けてある。この計数輪（１４）の近傍に、マイクロプロセッサ（１６）と接続してある近接スイッチ（７）が取り付けてある。計数輪（１４）は非導電性材料製であり、外周にはねじ（２０）がねじ込んであり、このねじ（２０）が近接スイッチ（７）のセンサーとなる。作動時、搬送スクリュー（５）が計数輪（１４）と同軸回転する。計数輪（１４）が一周回転する毎に近接スイッチ（７）がマイクロプロセッサ（１６）へパルス信号を送信する。パルス信号が累積して相応な米出し量の設定数値に一致すると、マイクロプロセッサ（１６）がリレー（１８）を作動させてモーター（１５）への電源を遮断する。これにより、搬送スクリュー（５）が回転停止して米出しも終了する。搬送スクリュー（５）による搬送量はその回転数に正比例するので、その回転数だけを制御することにより、米出し量が正確に制御される。   The second embodiment is slightly different from the first embodiment in controlling the amount of rice removed, and the other parts are the same as those in the first embodiment. Referring to FIGS. 6 and 8, a counter wheel (14) rotating coaxially with the central axis at the lower end of the conveying screw (5) is attached. A proximity switch (7) connected to the microprocessor (16) is attached in the vicinity of the counting wheel (14). The counting wheel (14) is made of a non-conductive material, and a screw (20) is screwed into the outer periphery, and this screw (20) serves as a sensor for the proximity switch (7). In operation, the transport screw (5) rotates coaxially with the counting wheel (14). Each time the counting wheel (14) rotates once, the proximity switch (7) transmits a pulse signal to the microprocessor (16). When the pulse signals accumulate and coincide with the set value of the corresponding rice yield, the microprocessor (16) activates the relay (18) to shut off the power to the motor (15). Thereby, a conveyance screw (5) stops rotation and the rice removal is also complete | finished. Since the conveyance amount by the conveyance screw (5) is directly proportional to the number of rotations, the amount of rice removal is accurately controlled by controlling only the number of rotations.

上記の実施例１，２は当分野の技術者が本発明を使用、利用できるように記載してある。それらの実施例の修正は技術者にとって難しくなく、上述した原理をほかの実用に応用しても余計な創造力は要らない。それで、当発明はここに示した実例に拘わらず、掲示された原理と新特徴の最大範囲に合うべきである。   Examples 1 and 2 above are described so that those skilled in the art can use and utilize the present invention. Modification of those embodiments is not difficult for engineers, and no extra creativity is required even if the above-described principle is applied to other practical applications. Therefore, the present invention should meet the posted principles and the maximum range of new features, regardless of the examples shown here.

本発明の実施例１になる電動米上出し型デジタル計量米びつを一部断面して示す斜視図である。BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a partial cross section of an electric rice rising type digital weighing rice bottle according to Embodiment 1 of the present invention. 図１の米貯蔵容器の正面図である。It is a front view of the rice storage container of FIG. 図１の米貯蔵容器の平面図である。It is a top view of the rice storage container of FIG. 図１の制御パネルの平面図である。It is a top view of the control panel of FIG. 本発明の搬送パイプ部をその一部を断面して示す正面図である。It is a front view which shows the conveyance pipe part of this invention in the cross section. 本発明の実施例２の１になる搬送パイプ部の一部の構造を示す図である。It is a figure which shows the structure of a part of conveyance pipe part used as 1 of Example 2 of this invention. 本発明の実施例１になる電動米上出し型デジタル計量米びつのブロック回路図である。It is a block circuit diagram of the electric rice topping-out type digital weighing rice bottle which becomes Example 1 of the present invention. 本発明の実施例２になる電動米上出し型デジタル計量米びつのブロック回路図である。It is a block circuit diagram of the electric rice topping-out type digital weighing rice bottle which becomes Example 2 of the present invention.

Claims (5)

下部が漏斗状の米貯蔵容器（４）と、モーター（１５）と、制御回路と電気的に接続してある制御パネル（２）とを有し、
該米貯蔵容器（４）は、上部にホッパ（１０）が付いており、厨房家具のフェースプレート（３）の下に固定される構成であり、
該米貯蔵容器（４）は、搬送パイプ（１）と管内隙間に据付けた搬送スクリュー（５）とからなる搬送機構を有し、
該搬送パイプ（１）は、その末端の入り口（１２４）が米貯蔵容器（４）の漏斗状底部に連通してあり、
該搬送パイプ（１）の厨房家具のフェースプレート（３）より高い最上部に、米出しパイプ（８）が連通されて斜めに設置してある構成としたことを特徴とする電動米上出し型デジタル計量米びつ。 The lower part has a funnel-shaped rice storage container (4), a motor (15), and a control panel (2) electrically connected to the control circuit,
The rice storage container (4) has a hopper (10) at the top and is fixed under the face plate (3) of kitchen furniture,
The rice storage container (4) has a transport mechanism comprising a transport pipe (1) and a transport screw (5) installed in a gap in the pipe,
The conveying pipe (1) has an inlet (124) at its end communicating with the funnel-shaped bottom of the rice storage container (4),
Electric rice lifting type characterized in that the rice discharging pipe (8) is connected to the uppermost portion of the conveying pipe (1) higher than the face plate (3) of the kitchen furniture, and is installed obliquely. Digital weighing rice. 請求項１に記載の電動米上出し型デジタル計量米びつにおいて、
該搬送パイプ（１）は、突合せた上搬送パイプ（１１）と下搬送パイプ（１２）からなり、
該下搬送パイプ（１２）の上端は米貯蔵容器（４）の上部の搬送パイプ入り口（４１）に溶接してあり、
該上搬送パイプ（１１）はその下端に締付溝（１１１）を有し、
該下搬送パイプ（１２）はその管壁の所定深さの部位にバネベース（１２１）を有し、該バネベース（１２１）内にバネ（１２２）と鋼球（１２３）とが設けてあり、
該上搬送パイプ（１１）の該締付溝（１１１）がバネベース（１２１）にまで挿入している構成としたことを特徴とする電動米上出し型デジタル計量米びつ。 In the electric rice protruding type digital weighing rice bit according to claim 1,
The conveying pipe (1) is composed of an upper conveying pipe (11) and a lower conveying pipe (12) which are abutted,
The upper end of the lower transport pipe (12) is welded to the transport pipe inlet (41) at the top of the rice storage container (4),
The upper conveying pipe (11) has a tightening groove (111) at its lower end,
The lower conveying pipe (12) has a spring base (121) at a predetermined depth of the tube wall, and a spring (122) and a steel ball (123) are provided in the spring base (121).
An electric rice top-feeding digital weighing rice container characterized in that the fastening groove (111) of the upper conveying pipe (11) is inserted into the spring base (121). 請求項１又は請求項２に記載の電動米上出し型デジタル計量米びつにおいて、
前記ホッパ（１０）は、米貯蔵容器（４）上部より高くて厨房家具のフェースプレート（３）を突き通っており、その露出した入り口の外回りにはねじ山があり、米びつカバー（９）が該ねじ山と噛み合って締め付けてある構成としたことを特徴とする電動米上出し型デジタル計量米びつ。 In the electric rice protruding type digital weighing rice bit according to claim 1 or 2,
The hopper (10) is higher than the upper part of the rice storage container (4) and penetrates the face plate (3) of the kitchen furniture. There is a thread around the exposed entrance, and the rice bin cover (9) An electric rice protruding type digital weighing rice bin characterized by being configured to be engaged with and tightened with the thread. 請求項１又は請求項２に記載の電動米上出し型デジタル計量米びつにおいて、
前記制御パネル（２）は、厨房家具のフェースプレート（３）の上側に据え付けてある構成としたことを特徴とする電動米上出し型デジタル計量米びつ。 In the electric rice protruding type digital weighing rice bit according to claim 1 or 2,
The control panel (2) is configured to be installed on the upper side of the face plate (3) of the kitchen furniture. 請求項３に記載の電動米上出し型デジタル計量米びつにおいて、
前記制御パネル（２）は、厨房家具のフェースプレート（３）の上側に据え付けてある構成としたことを特徴とする電動米上出し型デジタル計量米びつ。
In the electric rice topping type digital weighing rice bit according to claim 3,
The control panel (2) is configured to be installed on the upper side of the face plate (3) of the kitchen furniture.
JP2004529652A 2002-08-21 2003-07-28 Electric rice out type digital weighing rice Pending JP2005535416A (en)

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