JP7270173B1 - Oil heater heat exchange vertical device - Google Patents
Oil heater heat exchange vertical device Download PDFInfo
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- 229910052782 aluminium Inorganic materials 0.000 claims abstract description 8
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 claims abstract description 8
- 229910052751 metal Inorganic materials 0.000 claims description 9
- 239000002184 metal Substances 0.000 claims description 9
- 238000010438 heat treatment Methods 0.000 abstract description 34
- 230000000694 effects Effects 0.000 abstract description 18
- 238000012546 transfer Methods 0.000 abstract description 6
- 230000005855 radiation Effects 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 5
- 230000017525 heat dissipation Effects 0.000 description 3
- 238000000034 method Methods 0.000 description 3
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 2
- 230000001737 promoting effect Effects 0.000 description 2
- 238000012360 testing method Methods 0.000 description 2
- 238000009423 ventilation Methods 0.000 description 2
- 238000007664 blowing Methods 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 238000012937 correction Methods 0.000 description 1
- 238000005485 electric heating Methods 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 238000002474 experimental method Methods 0.000 description 1
- 210000002837 heart atrium Anatomy 0.000 description 1
- 229910052742 iron Inorganic materials 0.000 description 1
- 239000003350 kerosene Substances 0.000 description 1
- 238000011056 performance test Methods 0.000 description 1
- 238000012545 processing Methods 0.000 description 1
- 230000000191 radiation effect Effects 0.000 description 1
- 238000012827 research and development Methods 0.000 description 1
- 230000000630 rising effect Effects 0.000 description 1
- 230000003584 silencer Effects 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
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Abstract
【課題】オイルヒーターの暖房起ち上げに長時間を必要とし、しかも低温低床部の適温到達も同様で天井と床面の温度差が大きく暖房効果２１℃前後と低く、大電力を必要とする。【解決手段】操作パネル両側が暖房面であるが片側を閉塞し熱交換経路を狭小化、暖房側に全熱エネルギーを集束、後部からの開放放熱で失われる熱損失を絶ち熱交換機能のアルミ後部カバーを取り付ける、底面の開放部は熱交換反射板の設置による閉塞とする、伝熱面積の拡大による熱交換効率を向上させる方法としアルミ製矩形波状の熱交換器断面を床平面に水平に配置する放熱器をラジェターフィン間に配置し縦型放熱器とする、熱交換カバーのファン発生主気流は上部オイルパイプに衝突後２分割され暖房側、後部側に引き込む現象は下部オイルパイプに強く接触する現象で驚異的熱交換効果のオイルヒーター縦型装置を提供する。【選択図】図１[Problem] An oil heater requires a long time to start heating, and the temperature difference between the ceiling and the floor surface is large, and the heating effect is low at around 21°C, and a large amount of electric power is required. . [Solution] Both sides of the operation panel are heating surfaces, but one side is closed to narrow the heat exchange path, converge all heat energy on the heating side, cut off heat loss due to open heat radiation from the rear, and aluminum with heat exchange function A rear cover is attached, the open part of the bottom is closed by installing a heat exchange reflector, and the heat exchange efficiency is improved by expanding the heat transfer area. The radiator is placed between the radiator fins and used as a vertical radiator. The main airflow generated by the fan of the heat exchange cover is divided into two after hitting the upper oil pipe and drawn into the heating side and the rear side, which is strong in the lower oil pipe. To provide an oil heater vertical device with amazing heat exchange effect by contact phenomenon. [Selection drawing] Fig. 1
Description
本発明は、オイルヒーターの熱交換効率を向上させて暖房効果を急速に立ち上げる放熱器を考案し、ラジェター床下も含む全外周が開放構造であるが板金部品で構成する狭小空間としデジタル波形状断面のアルミ板金製縦型放熱器を全てのラジェターフィン間に配置、熱交換カバーで放熱器を覆いファンモーターで熱交換効率を高め急速な室温上昇を実現するオイルヒーター熱交換縦型装置である。The present invention has devised a radiator that improves the heat exchange efficiency of the oil heater and rapidly increases the heating effect. Although the entire circumference including the radiator floor is an open structure, it is a narrow space composed of sheet metal parts and has a digital wave shape. A vertical radiator made of aluminum sheet metal with a cross section is placed between all the radiator fins, the radiator is covered with a heat exchange cover, and the fan motor increases the heat exchange efficiency and realizes a rapid rise in room temperature. .
ラジェターフィンの変形による面積拡大が実施されている。
従来、ラジェター増設、放熱面積の拡大が実施されている。The area is expanded by deforming the radiator fins.
Conventionally, radiators have been added and the heat dissipation area has been expanded.
そのために、次のような問題点があった。
（イ）遮蔽されたヒーターの発生熱で充填オイルがオイルパイプ、ラジェター内を対流更に空気の対流に任せた熱交換ではオイルの熱特性で天井に達した暖気が、降下し暖房箇所に達するには１時間以上を必要とし暖房機器では最も遅い。外気温度が１０℃以下では最大電力で使用しても２０℃前後で補助暖房が主でありタイマー制御で省エネルギーとしても室温は上昇しない、結果的に大電力運転になる。
（ロ）発生熱、輻射熱も低く特に床面は長時間低温の状態で電力消費量は他の暖房機と比較しても最大で暖房効果の目的を失っている。
（ハ）電気ストーブ等の電熱機器に比較してもオイルの熱特性が加わり電力の変換効率は最低である。
（ニ）機器構成が鉄製でありラジェターの放熱面積の拡大加工は溶接作業を必要とし熱歪み修正加工、組立て作業を必要とする手作り作業で、オイル漏れの危惧他コスト低減の合理性はなく熱容量の増加により大きな効果は期待出来ない。
（ホ）ラジェターは構造上、輻射面が向かい合い非暖房方向で輻射熱効果は暖房効果に直接寄与できない大きな欠点がある。
暖房が両側とユニークだが長所より非暖房方向の熱エネルギーを暖房方向に収束し急速な室温上昇を図るべきである。
（ヘ）家電メーカーがオイルパイプ内蔵ヒーター他ハードの研究開発を促進したが１℃の室温上昇は如何に困難であるか技術文献から窺える。
（ト）エアコンの暖気搬送能力がオイルヒーターにはない。
（チ）ドア、窓の開閉で失われた暖気の回復は低温であり時間を必要とする。
（リ）密閉ヒーター、充填オイルパイプ、ラジェター温度７０度℃前後では、石油ストーブ、電気ストーブとは改善上余地はなく比較対象にならない。
（ヌ）高い天井、吹き抜け構造の建物では全く無力である。
（ル）無風とすると改良の選択肢は殆どない。
（オ）脱炭素社会対応に熱交換効率を高め消費電力低減、最小電力で最大の室温上昇の暖房効果を得る方法を考案し具体化する。
（ワ）暖房片側を窓側、壁面等に配置すると直接暖房効果に寄与せず熱損失になる。For this reason, there are the following problems.
(b) The heat generated by the shielded heater causes the filled oil to convect in the oil pipe and radiator. is the slowest among heating appliances, requiring more than an hour. When the outside air temperature is 10°C or less, even if the maximum electric power is used, auxiliary heating is mainly performed at around 20°C, and the room temperature does not rise even if energy saving is performed by timer control, resulting in high power operation.
(b) The generated heat and radiant heat are also low, especially the floor surface is in a low temperature state for a long time, and the power consumption is the largest compared to other heaters, and the purpose of the heating effect is lost.
(c) Compared to electric heating appliances such as electric heaters, the efficiency of power conversion is the lowest due to the thermal characteristics of oil.
(d) The equipment configuration is made of iron, and the expansion of the heat dissipation area of the radiator requires welding work, heat distortion correction processing, and hand-made work that requires assembly work. A large effect cannot be expected from an increase in
(e) Due to the structure of the radiator, the radiant surfaces face each other in the non-heating direction, and the radiant heat effect cannot directly contribute to the heating effect.
Heating is unique with both sides, but from the advantage, the heat energy in the non-heating direction should be converged in the heating direction and the room temperature should rise rapidly.
(f) Home appliance manufacturers have promoted research and development of hardware such as heaters with built-in oil pipes, but technical literature suggests how difficult it is to raise the room temperature by 1°C.
(g) The oil heater does not have the ability to convey the warm air of the air conditioner.
(h) Restoration of warm air lost by opening and closing doors and windows takes time because the temperature is low.
(i) Sealed heaters, filled oil pipes, and radiator temperatures of around 70°C have no room for improvement with kerosene heaters and electric heaters, and cannot be compared.
(J) It is completely useless in buildings with high ceilings and atrium structures.
(k) There are almost no options for improvement if there is no wind.
(e) Devise and implement a method to increase heat exchange efficiency, reduce power consumption, and obtain the maximum room temperature rise heating effect with minimum power for a decarbonized society.
(W) Placing one side of the heater on the window side, wall surface, or the like does not directly contribute to the heating effect, resulting in heat loss.
オイルヒーターはヒーター内蔵のオイルパイプ、ラジェターの発熱部及び直下床面も外周全てが開放されて、直接暖気発生に不必要な暖房エネルギーを消失している。課題を解決するにはファンモーター２箇を必要とし熱交換区画を狭め、広面積の放熱器を配置する。具体的にはファンモーター２箇を搭載した熱交換カバーで操作パネル最前列から最後列までのラジェターフィンと、上部オイルパイプを覆う熱交換機能の都合上、両側部左右は下部オイルパイプ直下までの適切位置としたが輻射熱、温風の開放面に制約がある。ファン発生の降下気流はパイプに衝突後左右に分流されるので飛散はある程度避けられなく、ガイドし両側部を下部オイルパイプに近づけるのが有利であるが、温風と輻射熱の遮蔽となるので上部パイプ部の側面最下部まで覆う変更しない仕様とした。この位置とすると実験の結果、驚異的収斂効果を発見ラジェターフィン間に板金放熱器を装填しても効果は再現し実証した、オイルパイプ下面の気流は熱交カバー下側でテストスタンド貼付の短冊は引き込まれその状態は下部オイルパイプに収斂し反射板に衝突後急速に暖房方向に到達する。２分割後の気流は暖房側と後部カバーに分流するが上部オイルパイプ直下ではラジェターフィン中央部両側に放熱循環路がオイルパイプ上部と下部オイルパイプが接続され９０℃以上の高温に達する、縦型放熱器配置の意図は最も適切である、そしてラジェターに対向する間に縦型放熱器を配置して暖房側と後部カバー側へ伝熱し中央部の高温箇所の熱交換を促進、縦型放熱器の矩形波形状により伝熱方向両側へ９０度方向を変え、暖房側ではラジェター列の間隙と縦型の板金側面が並び輻射熱を暖房箇所に直接到達させる、後面も後部カバーでファンによる圧送で直近点を高速で暖房し温風の到達距離も最短、無駄のない直近暖房を可能にした。このように暖気流の効果は加熱空間の狭小化と併せて課題最大の効果である。
熱交換縦型放熱器装填後その上部を覆う操作パネル面両側ファン搭載の熱交換カバー後部側の片側をアルミ製後部カバーで、更に下部オイルパイプ床面キャスター間に熱交換反射板を配置、反射板は床部の下部オイルパイプ発生熱を反射し熱交換気流と輻射熱を得る。ラジェターフィンと、熱交換縦型放熱器はデジタル信号波形を可視化した形状を板金化する。断面は矩形波形状で床面に水平配置とするとヒーター発生熱による発生気流に抵抗は少なく降下気流となり熱交換速度を得て熱交換カバー内とラジェター列内を熱交換し配置する放熱器の伝熱による側面が暖房面と一致しフィン中心部の熱を両側面に９０度方向を変え輻射熱を直接暖房箇所に放射オイルヒーターの立ち上げ時間を短縮、後部カバー側でも熱交換が大きく助長し熱交換速度で加圧、促進し熱交換カバーの下方向の速度上昇になり暖房効果に寄与する主気流方向は縦方向でファンモーターを搭載する縦型装置とする。
縦型放熱器の狭小間隙を通過した熱交換気流は直接暖房箇所へ送出する暖気の送出開口部とするアルミ板金製の反射板のキャスター間ラジェターフィン列両側の２箇所をＵボルトで下部オイルパイプと固定する。板金の暖房側はキャスターと干渉しない仕様とし余裕を取る、暖房側前面１ｍｍ程度のアルミ製とするので足部保護のアルミ不等辺アングル又はＣチャンネルで断面を覆う。後部カバー深さを考慮し上方向にカバーが外れない高さで曲げ加工し両側キャスター台座に載せ熱交換カバーと連結板２箇所で上部の熱交換カバー後部と固定し開放空間を狭小とした、風向板はオプションとしてベストだが、安全や破損サービス、コストから普及型には提案をしない検討課題とする。The oil heater has an oil pipe with a built-in heater, a heat-generating part of the radiator, and the entire outer periphery of the floor surface directly below, which dissipates unnecessary heating energy for direct warm air generation. To solve the problem, two fan motors are required, the heat exchange section is narrowed, and a large-area radiator is arranged. Specifically, a heat exchange cover equipped with two fan motors covers the radiator fins from the front row to the last row of the operation panel, and the upper oil pipe. Although it was in an appropriate position, there are restrictions on the opening surface of radiant heat and hot air. Since the descending airflow generated by the fan is diverted to the left and right after hitting the pipe, scattering is unavoidable to some extent. It is a specification that does not change to cover up to the bottom of the side of the pipe part. As a result of the experiment, when this position is set, an amazing convergence effect is found. Even if a sheet metal radiator is loaded between the radiator fins, the effect is reproduced and verified. is drawn in and its state converges on the lower oil pipe and reaches the heating direction rapidly after colliding with the reflector. The airflow after splitting into two is divided into the heating side and the rear cover, but just below the upper oil pipe, the heat dissipation circulation path is connected to the upper and lower oil pipes on both sides of the center of the radiator fins, reaching a high temperature of 90 ° C or more. The intention of the radiator placement is the most appropriate, and the vertical radiator is arranged between the radiators to transfer heat to the heating side and the rear cover side, promoting heat exchange in the high temperature area in the center. The rectangular wave shape of the heat transfer direction is changed 90 degrees to both sides, and on the heating side, the gaps between the radiator rows and the vertical sheet metal side are aligned, allowing the radiant heat to reach the heating area directly. It heats the point at high speed and the distance that warm air reaches is the shortest, making it possible to heat immediately without waste. In this way, the effect of the warm air flow is the greatest effect of the problem together with the narrowing of the heating space.
After loading the heat exchange vertical radiator, the operation panel surface that covers the upper part is installed. Heat exchange cover equipped with fans on both sides is aluminum rear cover on one side of the rear side, and a heat exchange reflector is placed between the lower oil pipe floor casters to reflect. The plate reflects the heat generated by the lower oil pipe of the floor and obtains heat exchange airflow and radiant heat. Radiator fins and heat exchange vertical radiators are sheet-metalized to visualize digital signal waveforms. If the cross section is rectangular wave shape and placed horizontally on the floor, there is little resistance to the air flow generated by the heat generated by the heater, and it becomes a descending air flow, and the heat exchange speed is obtained. The side surface of the heat source matches the heating surface, and the heat from the center of the fins is diverted 90 degrees to both sides to direct the radiant heat to the heating area. The main airflow direction is the vertical direction and the fan motor is installed.
The heat exchange airflow that has passed through the narrow gap of the vertical radiator is sent directly to the heating point. The radiator fin row between the casters of the aluminum sheet metal reflector that serves as the warm air sending opening. and fixed. The heating side of the sheet metal is designed so that it does not interfere with the casters, and the front of the heating side is made of aluminum with a thickness of about 1 mm. Considering the depth of the rear cover, it is bent upwards to a height where the cover does not come off, and is placed on caster pedestals on both sides. The wind deflector is the best option, but we will not propose it for the popular type due to safety, damage service, and cost.
熱交換縦放熱器の考案による直接の輻射効果は暖房側及び後部側にも機能して熱交換による急速な温度上昇が得られる、オイルヒーターにない対人暖房を最優先とした。熱交換カバーの開口部はファンモーター２個分で、その直下ラジェターフィン列に矩形波デジタル信号波形を可視化した断面形状を０．３ｍｍアルミ板金化、断面を床面に水平としたファン高速の熱交換機能に優れ低速時、就寝時にはラジェターフィン間の間隙でも熱交換機能があり横方向の暖房方向にも暖気の送出が可能でファンを搭載する縦型装置とする。ファン発生の衝突気流の驚異的収斂効果により広い開口部でも下部ラジェターパイプに収斂、熱交換効率を向上させ直近暖房点を急速高温化に成功した。大きな欠点である熱気流、上昇気流主体で不可能だった従来の欠点を直近のスポット暖房の急速化を可能とした。開放空間の狭小化はファンから反射板まで最短距離熱損失は最小、高温時には熱交換機能を発揮し、ファンの就寝時や低速運転時ファン速度は低速とするが高速でも直降下気流の反射板への衝突で減速により減衰し熱交換器は広面積で消音器の機能があり静粛である、低速時はファン気流が少なく熱交換機能は減少するが広面積放熱器の最大の機能の輻射熱効果を発揮し、オイルヒーターの２１℃には１０分で到達し必要電力は半分以下、熱損失の少ない理想的な熱交換環境下、より急速な熱交換促進による速暖を実現、外気温度１０℃で、暖気１７℃送出に１０分以下を可能に３０分で２５℃に到達する。１７℃はビル環法の環境基準値であり不快でなければ基準値以下の任意温度に設定する。The direct radiation effect by devising a heat exchange vertical radiator works on the heating side and the rear side, and rapid temperature rise is obtained by heat exchange. The opening of the heat exchange cover is the size of two fan motors, and the cross-sectional shape that visualizes the rectangular wave digital signal waveform is made of 0.3 mm aluminum sheet metal on the radiator fin row directly below, and the fan high-speed heat is generated with the cross section horizontal to the floor. It has an excellent exchange function and has a heat exchange function even in the gap between the radiator fins at low speed and when sleeping, and it is a vertical device equipped with a fan that can send out warm air in the horizontal heating direction. Due to the amazing convergence effect of the impinging airflow generated by the fan, even with a wide opening, it converges on the lower radiator pipe, improving the heat exchange efficiency and succeeding in rapidly raising the temperature of the nearest heating point. It has made it possible to speed up the most recent spot heating, which was impossible in the past, which was mainly due to hot air currents and rising air currents, which are major drawbacks. The narrowing of the open space minimizes heat loss from the fan to the reflector plate, and when the temperature is high, the heat exchange function is demonstrated. The heat exchanger has a wide area and functions as a silencer, so it is quiet. At low speeds, the fan airflow is small and the heat exchange function is reduced, but the radiant heat effect is the largest function of a large area radiator. The oil heater reaches 21°C in 10 minutes, requiring less than half the power required. Under an ideal heat exchange environment with little heat loss, rapid heating is achieved by promoting more rapid heat exchange, and the outside air temperature is 10°C. 25°C in 30 minutes. 17°C is the environmental standard value of the Building Ring Law, and if it is not uncomfortable, set any temperature below the standard value.
以下、本発明の実施の形態について説明する。
オイルヒーターの操作パネル側隣接ラジェター（１）と最後部ラジェター間に全てに縦型放熱器（１２）を吊下する、縦型は断面が矩形波形状で上部オイルパイプにＵボルト（１６）で固定するには上、下部にＬアングル（１３）をネジ止めカートリッジ形状とし上部アングルはＵボルト用キリ穴加工、下部Ｌアングルも同様放熱板にネジ止めし中心部に伝熱ホルダーをリベット（２３）止めして、直接下部オイルパイプでラジェター両側面を伝熱ホルダー（１４）のバネ側圧で適切位置に固定する。ファンモーター（６）を取り付ける熱交換カバー（５）にファンモーター（６）２箇、始動停止温度調整器（８）、ファンモーター速度調整器（７）を取り付け、カバーは下からＵボルト（１６）で上部オイルパイプ（２）を挟みカバー取り付け穴を通し上部でナット止めする。次に反射板（１５）と後部カバー（１８）で狭小区画の構成は、ラジェターと下部オイルパイプは固定してあり、下部オイルパイプにキャスター（４）台間に反射板を２箇所Ｕボルト（１６）で取り付ける、反射板をラジェターキャスター台間下に渡しパイプ上からＵボルトで挟み反射板下部をナットで固定する。後部は後部カバーを載せるので上方向に１０ｍｍ曲げ加工し両キャスター台にも載せ上部２箇所を熱交換カバーと連結板（１９）をネジで固定する。反射板暖房側断面は足部を保護し、Ｌアングル（１７）をその前縁の２箇所をリベット（２３）で固定する、オイルは温まり難いが冷え難いエアコンとファンを併用時５分程度の換気ドア開閉に室温上昇は少なく送風効果で涼風が得られ快適である。
本発明は以上のような構成で使用するときは、始動、停止温度調整器（８）で冷風送出の防止温度を任意であるが１７℃に設定し、以降変更以外は必要なく、ファンは機器保護のため自動的に始動、停止する他はファン速度調整（７）だけでオイルヒーターと同じであり制約はない。始動時はファン速度を最大とし適温に達したら電力、ファン速度を適切に設定し省エネルギーとする。縦型放熱器の大きな効果はファン最大速度時送風搬送距離が大きく、騒音抑止、ファン低速時の熱交換が広面積で大きな効果がある。BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below.
A vertical radiator (12) is hung between the adjacent radiator (1) on the operation panel side of the oil heater and the rearmost radiator. To fix it, the upper and lower L-angles (13) are screwed into a cartridge shape, the upper angle is drilled for U-bolts, the lower L-angle is similarly screwed to the heat sink, and the heat transfer holder is rivet (23) in the center. ), and fix both sides of the radiator directly with the lower oil pipe at the appropriate position by the spring side pressure of the heat transfer holder (14). Two fan motors (6), a start/stop temperature controller (8), and a fan motor speed controller (7) are attached to the heat exchange cover (5) where the fan motor (6) is attached. ), pass the upper oil pipe (2) through the cover mounting hole and fasten with a nut at the top. Next, the reflector (15) and the rear cover (18) constitute a narrow section. Install the reflector in step 16), pass it under the radiator caster base, sandwich it with a U bolt from above the pipe, and fix the lower part of the reflector with a nut. Since the rear cover is placed on the rear part, it is bent upward by 10 mm and placed on both caster bases, and the heat exchange cover and the connecting plate (19) are fixed at two upper parts with screws. The reflector heating side section protects the foot, and the L angle (17) is fixed with rivets (23) at two points on the front edge. Opening and closing the ventilation door does not increase the room temperature, and the ventilation effect provides a cool breeze for comfort.
When the present invention is used in the above configuration, the start/stop temperature adjuster (8) can be set to 17°C to prevent cold air from being sent, although it is optional. Other than automatically starting and stopping for protection, the fan speed adjustment (7) is the same as the oil heater, and there are no restrictions. The fan speed is maximized at the time of startup, and when the proper temperature is reached, the power and fan speed are set appropriately to save energy. The great effect of the vertical heat sink is that the blowing distance is large when the fan is at maximum speed, noise is suppressed, and the heat exchange at low fan speed is effective over a wide area.
１ラジェター
２上部オイルパイプ
３下部オイルパイプ
４キャスター
５熱交換カバー
６ファンモーター
７ファン速度調整器
８始動温度調整器
９ファン表示灯
１０フィルター
１１ファンケース
１２縦型放熱器
１３Ｌアングル
１４伝熱ホルダー
１５反射板
１６Ｕボルト
１７保護Ｌアングル
１８後部カバー
１９連結板
２０ファンケースＬアング
２１風向板
２２リベット1 radiator 2 upper oil pipe 3 lower oil pipe 4 caster 5
Claims (1)
オイルヒーターは、操作パネルに隣接するラジェターを含む複数の縦型のラジェターと、上部オイルパイプと、下部オイルパイプと水平断面が矩形波形のアルミ製の０．３ｍｍ厚の縦型放熱器と、を備え、各ラジェター間の全てに縦型放熱器との狭小間隙をもって装填し、縦型放熱器を上部オイルパイプにＵボルトで吊り下げ、熱交換カバーは上部にファンを搭載し、熱交換カバーの下端は上部オイルパイプ下端までを覆う長さであり、
操作パネルの片側であってオイルヒーターの後部をアルミ板金製の後部カバーで閉塞し、前部を開放構造として暖気送出口とし、
２箇のキャスター台座間の下側に反射板を渡し、反射板を下部オイルパイプの下側にＵボルト２箇で固定し反射板の後部側は後部カバーを載せる余裕をとってキャスター台座間で垂直に折り曲げ、反射板上に後部カバーを載せ、後部カバーの上側を熱交換カバーの後部と連結金具で連結する構造であって、ファンからの気流は直下の上部オイルパイプに衝突し２分され、熱交換カバーの下端にひきこまれ、下部オイルパイプに衝突、接触し、その後、反射板に衝突して床面と平行な水平方向に９０度風向を変更し、前部の暖気送出口から熱気流となって送出される、
オイルヒーター熱交換縦型装置。An oil heater heat exchange vertical device comprising an oil heater, an operation panel, an upper U-shaped heat exchange cover, and two lower caster pedestals,
The oil heater has a plurality of vertical radiators including a radiator adjacent to the operation panel, an upper oil pipe, a lower oil pipe and a 0.3 mm thick vertical radiator made of aluminum with a rectangular corrugated horizontal cross section. In preparation, all between each radiator is loaded with a narrow gap with the vertical radiator, the vertical radiator is hung on the upper oil pipe with U bolts, the heat exchange cover is equipped with a fan on the top, and the heat exchange cover The lower end is the length that covers the lower end of the upper oil pipe,
The rear part of the oil heater on one side of the operation panel is closed with a rear cover made of aluminum sheet metal, and the front part has an open structure as a warm air outlet,
Place a reflector on the lower side between the two caster pedestals, fix the reflector to the lower side of the lower oil pipe with two U-bolts, and place the rear cover on the rear side of the reflector between the caster pedestals. It is a structure in which the rear cover is placed on the reflector, and the upper side of the rear cover is connected to the rear part of the heat exchange cover with a connecting metal fitting. , It is pulled into the lower end of the heat exchange cover, hits and contacts the lower oil pipe, then hits the reflector plate and changes the wind direction by 90 degrees in the horizontal direction parallel to the floor, hot air from the front warm air outlet sent out as a stream,
Oil heater heat exchange vertical device.
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| JP2022193817A JP7270173B1 (en) | 2022-11-16 | 2022-11-16 | Oil heater heat exchange vertical device |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5242611Y2 (en) * | 1971-10-06 | 1977-09-27 | ||
| JPH03115352U (en) * | 1990-03-12 | 1991-11-28 | ||
| JP3044348U (en) * | 1997-06-12 | 1997-12-22 | 富士精工株式会社 | Reflector for oil heater |
| JPH1137486A (en) * | 1997-07-11 | 1999-02-12 | Philips Japan Ltd | Oil heater |
| JP2010210113A (en) * | 2009-03-06 | 2010-09-24 | Daiwa House Industry Co Ltd | Hybrid panel heater |
| JP2011027384A (en) * | 2009-07-27 | 2011-02-10 | Masayuki Sato | Oil heater heat exchange device |
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2022
- 2022-11-16 JP JP2022193817A patent/JP7270173B1/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5242611Y2 (en) * | 1971-10-06 | 1977-09-27 | ||
| JPH03115352U (en) * | 1990-03-12 | 1991-11-28 | ||
| JP3044348U (en) * | 1997-06-12 | 1997-12-22 | 富士精工株式会社 | Reflector for oil heater |
| JPH1137486A (en) * | 1997-07-11 | 1999-02-12 | Philips Japan Ltd | Oil heater |
| JP2010210113A (en) * | 2009-03-06 | 2010-09-24 | Daiwa House Industry Co Ltd | Hybrid panel heater |
| JP2011027384A (en) * | 2009-07-27 | 2011-02-10 | Masayuki Sato | Oil heater heat exchange device |
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| JP2024072736A (en) | 2024-05-28 |
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