JP2014155686A

JP2014155686A - Food heating apparatus characterized by vertically moving and adjusting top heater in accordance with amount or thickness of food to be heated by applying normal and reverse rotation of dc motor

Info

Publication number: JP2014155686A
Application number: JP2013044702A
Authority: JP
Inventors: Tsunesuke Kubo; 常祐久保
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-02-18
Filing date: 2013-02-18
Publication date: 2014-08-28

Abstract

PROBLEM TO BE SOLVED: To solve problems with conventional heating apparatus, namely, the problem of time consumed until a heater becomes red hot again after an electric current stops in the middle, e.g., when heating 15 mm of flat rice cake, and the problem of a significant waste caused by an instantaneous current accompanying the input (switch).SOLUTION: A top electric heater is vertically operated, saving time and electric power and thereby contributing to a user.

Description

Detailed Description of the Invention

本発明は、熱効率と節電を目的とした焼成機器で、食品の厚さ又は高さによって上部のヒーターが上下するため、時間の短縮と節電可能な食品焼成機器。 The present invention is a baking apparatus for the purpose of thermal efficiency and power saving, and the upper heater moves up and down depending on the thickness or height of the food.

従来の食品焼成機器（トースター）は、電熱部材（ヒーター）など固定式で、市販の切り餅など焼成する場合時間が掛かるか、又は断電する場合が多い。 Conventional food baking equipment (toaster) is a stationary type such as an electric heating member (heater), and it often takes time or is cut off when baking such as a commercially available cutting pad.

Problems to be solved by the invention

機器内両サイドのネジ軸は、下部の小形モーターは図１の１−１又は１−２の入力スイッチで可動が出来、電熱部材（ヒーター）上部が上下することで、時間の短縮と節電が可能となる。 The screw shafts on both sides of the device can be moved by the input switch 1-1 or 1-2 in Fig. 1, and the upper part of the electric heating member (heater) moves up and down, saving time and saving power. It becomes possible.

Means for solving the problem

小形モーターに連接したネジ軸に、角型ナットとブラケットが発熱部機・通称ヒーターが結合。入力スイッチによって、上下に作動。食品、例えばのし餅の厚いものは符号１と２の入力スイッチを使用して、時間の短縮と節電が出来る食品焼成機器。 The screw shaft connected to the small motor is combined with a square nut and bracket with a heating unit and a so-called heater. Operated up and down by input switch. Food baking equipment that can save time and save electricity by using the input switches 1 and 2 for food, for example, thick ones.

Embodiment of the Invention

図−１食品焼成機の横断面図でＡの容器内にＢ−１の回転軸にＢ−２のブラケット発熱部材（ヒーター）が結合・降下した状態を示す図で、Ｃはモーターを示し、Ｅは電線を示し、それぞれのＨは組立て結合用のネジ又はビスを示し、１−１は上昇用の入力スイッチで１−２は下降用を示し、２は隔壁を示し、３は金網を示し、４は操作装置の組込み用スペースを示し、５は設置用のゴム足でＮのスポット溶接から成る。
図−２始動モーター軸と一体化したＢ−１とモーターＣを示し、Ｅの電線６の取り付け穴から成る。
図−３発熱体（ヒーター）Ｄ−２の破断平面図で、Ｂ−１は軸を示し、Ｂ−２はブラケットを示し、Ｈはビスネジを示し、Ｅは電線を示し、Ｆは角型のナットを示し、Ｎのスポット溶接から成る。Fig. 1 is a cross-sectional view of a food baking machine showing a state where a bracket heating member (heater) of B-2 is coupled and lowered to a rotating shaft of B-1 in a container of A, C is a motor, E indicates an electric wire, each H indicates a screw or screw for assembling and coupling, 1-1 is an input switch for raising, 1-2 is for lowering, 2 is a partition wall, 3 is a wire mesh Reference numeral 4 denotes a space for assembling the operating device, and reference numeral 5 denotes a rubber foot for installation and N spot welding.
Fig. 2 shows B-1 and motor C integrated with the starter motor shaft, and consists of a mounting hole for the electric wire 6 of E.
Fig. 3 is a fracture plan view of the heating element (heater) D-2, B-1 indicates an axis, B-2 indicates a bracket, H indicates a screw screw, E indicates an electric wire, and F indicates a square shape. Nut, consisting of N spot welds.

本発明は、直流モーターの正逆転を応用。焼成時間の短縮を目的としたヒーターに関する装置。 The present invention applies forward / reverse rotation of a DC motor. Equipment related to heaters aimed at shortening the firing time.

従来、この種の物は、上下のヒーターは固定式が主たるもので、のし餅など焼く場合時間が掛かるか、又は断電して不都合であった。 Conventionally, this type of thing has a fixed upper and lower heater, and it has been inconvenient because it takes time or burns off when baking such as paste.

Problems to be solved by the invention

両サイドに、直流モーターにネジが一体化したものに、上部両サイドブラケットの中間にヒーターがあり、上下動２個のスイッチで可動する。 On both sides, a DC motor screw is integrated, and there is a heater in the middle of the upper side brackets, and it can be moved with two switches.

Means for solving the problem

焼成する場合、食品の厚さを有する場合タイマーにズレが生じ断電する。直流モーターとネジ軸が一体化した両サイドの中間に、ヒーターをセットする事で解決する。 When baking, if the food has a thickness, the timer will be displaced and the power will be cut off. This can be solved by setting a heater in the middle of both sides where the DC motor and screw shaft are integrated.

Embodiment of the Invention

図−１食品焼成機器の横断面の概要図で、Ａは外側容器で内部容器２の上部に押入されたヒーターとモーターが一体化した回転軸Ｂ−１に、点線図Ｂ−２はヒーターのブラケットを示すもので、Ｄ−２はヒーターを示し、此の図はヒーターが下降した図で、Ｃのモーターの正逆転によってヒーターが上下出来る事を示す。１−１は上昇用のスイッチを示し１−２は下降用のスイッチを示し、３は金網を示し、４は作動部品等の収容スペースを示し、５は一部破断線入りのゴム足を示し、それぞれのＥは電線を示し、Ｐは機器取り付けパネルの一部分を示し、それぞれのＮはアーク溶接又はスポット溶接を示し、それぞれのＨはネジ又はビスネジから成り矢印の動きから成る。
図−２上部ヒーターとブラケットの結合を示す単体図で、Ｂ−１は回転軸の一部を示し、Ｂ−２はヒーターとの間を結合、ブラケットを示し、Ｆのネジ（ナット）はＮのアーク溶接によって結合。Ｄ−１はヒーターを示し、Ｈ−１はヒーターとブラケットの結合ネジを示し、Ｅは入力電線の一部を示し、Ｎのアーク溶接から成る。
図−３ヒーターＤ−２が上下運動を示す系統図で、Ｗはインバーター又は電池からの導電を示し、Ｐのパネルに固着されたスイッチ１−１は矢印方向に、１−２は下降を示す矢印で、Ｂ−１は回転軸を示し、Ｆはネジ（ナット）を示し、ＣはＤ．Ｃ．モーターを示し、左右のＥ（＋）（−）はＡＣ電源に結合を示し、６はモーターと容器の固着穴を示し、それぞれの矢印の動きからなる。Fig. 1 is a schematic diagram of the cross section of the food baking equipment. A is the outer container, the rotating shaft B-1 integrated with the motor pushed into the upper part of the inner container 2, and the dotted line B-2 is the heater. D-2 indicates a heater, and this figure is a view in which the heater is lowered, and shows that the heater can be moved up and down by forward and reverse rotation of the C motor. 1-1 is a switch for raising, 1-2 is a switch for lowering, 3 is a wire mesh, 4 is a storage space for operating parts, etc. 5 is a rubber foot with a partially broken line , Each E represents an electric wire, P represents a part of the equipment mounting panel, each N represents arc welding or spot welding, and each H consists of a screw or screw screw and consists of an arrow movement.
Fig.2 Single unit diagram showing the coupling of the upper heater and the bracket, B-1 shows a part of the rotating shaft, B-2 shows the coupling with the heater, shows the bracket, F screw (nut) is N Joined by arc welding. D-1 represents a heater, H-1 represents a connecting screw between the heater and the bracket, E represents a part of the input electric wire, and consists of N arc welding.
Fig. 3 System diagram showing the vertical movement of the heater D-2, W is the conduction from the inverter or battery, the switch 1-1 fixed to the P panel is in the arrow direction, 1-2 is the lowering In the arrows, B-1 indicates a rotation axis, F indicates a screw (nut), C indicates D.I. C. The motor shows the left and right E (+) (−) indicates the coupling to the AC power source, and 6 indicates a fixing hole between the motor and the container, and each consists of a movement of an arrow.

食品焼成機器内、上部ヒーターＤ−１が上下動を示す、横断面の概要図。器内点線図Ｄ−１が下降した展開を示し、作動はＤ．Ｃ．モーターＣの正逆転を応用、パネル１−１は入力スイッチを示し、１−２は下降で矢印のように入力によってヒーターが作動する。The schematic diagram of a cross section in which the upper heater D-1 moves up and down in the food baking equipment. In-vessel dotted line diagram D-1 shows a lowered development, and the operation is shown in FIG. C. Applying forward / reverse rotation of the motor C, the panel 1-1 shows an input switch, 1-2 is descending, and the heater is operated by an input as indicated by an arrow. ヒーターＤ−１の単体構成図で、両サイドＨ−１のブラケットにヒーターＤ−１の組付けを示す。In the single-piece | unit structure figure of the heater D-1, the assembly | attachment of the heater D-1 is shown to the bracket of both sides H-1. 上部ヒーターの上下動を示す部分系統図で、Ｐのパネルに固着された１−１は上昇用スイッチを示し、１−２は下降を示し、モーターＣと回転軸Ｂ−１は一体を示し、Ｗはインバーター又は電池からの入力を示し、それぞれの矢印は動き又は流れを示す。In the partial system diagram showing the up and down movement of the upper heater, 1-1 fixed to the panel of P indicates the raising switch, 1-2 indicates the lowering, the motor C and the rotating shaft B-1 indicate the unity, W indicates input from the inverter or battery, and each arrow indicates movement or flow.

Claims

In food baking equipment, the upper part of the heat generating member can be moved up and down according to the thickness of the food, improving thermal efficiency and reducing time. Cooking equipment for baking foods to save power.