JP2021171752A - Dehumidification device for distribution box - Google Patents

Dehumidification device for distribution box Download PDF

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JP2021171752A
JP2021171752A JP2020119571A JP2020119571A JP2021171752A JP 2021171752 A JP2021171752 A JP 2021171752A JP 2020119571 A JP2020119571 A JP 2020119571A JP 2020119571 A JP2020119571 A JP 2020119571A JP 2021171752 A JP2021171752 A JP 2021171752A
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fixed
dehumidifying
box
end surface
space
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王文涛
Wentao Wang
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Quzhou Kecheng Curtain Electronics Co Ltd
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Quzhou Kecheng Curtain Electronics Co Ltd
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D53/00—Separation of gases or vapours; Recovering vapours of volatile solvents from gases; Chemical or biological purification of waste gases, e.g. engine exhaust gases, smoke, fumes, flue gases, aerosols
    • B01D53/26—Drying gases or vapours
    • B01D53/261—Drying gases or vapours by adsorption

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Abstract

To provide a dehumidification device for a distribution box.SOLUTION: A dehumidification device comprises a mounting box. A mounting cavity is installed in the mounting box, the mounting cavity being open back and front. A dehumidification mechanism is arranged in the mounting cavity. The dehumidification mechanism comprises a distribution box fixed on an upper end surface of the mounting cavity. A distribution cavity is installed in the distribution box. The invention can remove water vapor in the power distribution box. The water vapor in the power distribution box is absorbed through a silica gel drying agent, and when the water vapor to be absorbed reaches a saturation state, the silica gel drying agent is fed into a heating box, so that the silica gel drying agent is repeatedly used by heating, and then the silica gel drying agent again having absorbent capacity water vapor is returned to an original position. It is ensured that when the distribution box is operated, moisture values in the distribution box are maintained in a required range.SELECTED DRAWING: Figure 1

Description

本発明は配電関連技術分野に関わり、具体的には配電箱の除湿装置である。 The present invention relates to a power distribution related technical field, and specifically is a dehumidifying device for a power distribution box.

配電箱は、スイッチ装置、計測器、保護電気器具及び補助装置を金属キャビネット又は画面に全部閉鎖し、あるいは一部閉鎖することにより構成される。配電箱が地下室又は室外などの湿気多いところに配置されると、配電箱内部に対する除湿要求が高くなり、配電箱内部の湿気が即時に除去されなかったら、配電箱内部の電気部品を損壊し、停電事故が発生する恐れがある。 The distribution box is composed of a switch device, a measuring instrument, a protective electric appliance, and an auxiliary device that are completely or partially closed in a metal cabinet or screen. If the distribution box is placed in a humid place such as a basement room or outdoors, the demand for dehumidification inside the distribution box will increase, and if the moisture inside the distribution box is not removed immediately, the electrical parts inside the distribution box will be damaged. There is a risk of a power outage.

中国特許出願公開第１０４４０９９７７号明細書Chinese Patent Application Publication No. 1044099777

上記の技術不足に対し、本発明は配電箱の除湿装置を提供する。 In response to the above technical shortage, the present invention provides a dehumidifying device for a distribution box.

本発明は配電箱の除湿装置であって、取り付け箱を含み、前記取り付け箱には取り付け空間が設置され、前記取り付け空間が前後に開口しており、前記取り付け空間の内部には除湿機構が設置され、前記除湿機構は、前記取り付け空間の上端面に固定された配電箱を含み、前記配電箱には配電空間が設置され、前記取り付け空間の後端壁には、上端面が前記配電箱の下端面に固定された駆動溝が固定され、前記駆動溝の内部には駆動ブロックが設置され、前記駆動ブロックには、前記配電空間の内部に連結された下除湿箱が摺動可能に取り付けられ、前記下除湿箱には乾燥剤を貯蔵できる下除湿空間が設置され、前記配電箱の右端面には上除湿箱が固定され、前記上除湿箱には乾燥剤を貯蔵できる上除湿空間が設置され、前記取り付け空間の内部には押し機構が設置され、前記取り付け空間の内部には排出機構が設置され、前記排出機構は、前記取り付け空間の右端壁に固定された取り付けブロックを含み、前記取り付けブロックには台形溝が形成され、前記台形溝の内部には磁性を有する排出箱が摺動可能に取り付けられ、前記排出箱には湿気をいっぱい吸収した乾燥剤を貯蔵できる排出空間が設置され、前記排出箱の右端面と前記取り付けブロックの右端壁とが連結ばねにより連結され、前記取り付け空間の底壁には加熱箱が固定され、前記加熱箱には加熱空間が設置され、前記加熱箱の上端面と前記下除湿箱の下端面とが駆動ばねにより連結され、前記駆動ばねは左右対称に配置され、また前記駆動ばねは、支持力の限界が蒸気を吸収できる乾燥剤の限界に達すると、収縮でき、前記加熱空間の内部には切換機構が設置され、前記加熱箱の右端面には輸送機構が設置されている。 The present invention is a dehumidifying device for a power distribution box, including a mounting box, the mounting space is provided in the mounting space, the mounting space is open in the front-rear direction, and a dehumidifying mechanism is installed inside the mounting space. The dehumidifying mechanism includes a power distribution box fixed to the upper end surface of the mounting space, the power distribution space is installed in the power distribution box, and the upper end surface of the power distribution box is installed on the rear end wall of the mounting space. A drive groove fixed to the lower end surface is fixed, a drive block is installed inside the drive groove, and a lower dehumidifying box connected to the inside of the power distribution space is slidably attached to the drive block. , The lower dehumidifying box is provided with a lower dehumidifying space that can store the desiccant, the upper dehumidifying box is fixed to the right end surface of the power distribution box, and the upper dehumidifying box is provided with the upper dehumidifying space that can store the desiccant. A push mechanism is installed inside the mounting space, a discharge mechanism is installed inside the mounting space, and the discharge mechanism includes a mounting block fixed to the right end wall of the mounting space, and the mounting A trapezoidal groove is formed in the block, and a magnetic discharge box is slidably attached to the inside of the trapezoidal groove, and the discharge box is provided with a discharge space capable of storing a desiccant that has absorbed a lot of moisture. The right end surface of the discharge box and the right end wall of the mounting block are connected by a connecting spring, a heating box is fixed to the bottom wall of the mounting space, a heating space is installed in the heating box, and the heating box is provided. When the upper end surface and the lower end surface of the lower dehumidifying box are connected by a drive spring, the drive springs are arranged symmetrically, and the limit of the bearing capacity of the drive spring reaches the limit of the desiccant capable of absorbing steam. , A switching mechanism is installed inside the heating space, and a transportation mechanism is installed on the right end surface of the heating box.

前記除湿機構はまた、前記下除湿箱の上端面に固定されて蒸気を通せる下仕切り板を含み、前記下除湿箱の左右端面には除湿溝が対称になるように形成され、前記除湿溝の前後端壁には、捻りばねが付いている左回転軸が回動可能に取り付けられ、前記左回転軸には台形ブロックが固定され、前記下除湿空間の右側の下端面には下三角ブロックが固定され、前記下除湿箱の下端面には連結溝が形成され、前記連結溝の内部には上磁性板が摺動可能に取り付けられ、前記上磁性板の右端面と前記連結溝の右端壁とが下除湿ばねにより連結されている。 The dehumidifying mechanism also includes a subpartition plate fixed to the upper end surface of the lower dehumidifying box to allow steam to pass through, and dehumidifying grooves are formed symmetrically on the left and right end surfaces of the lower dehumidifying box. A left-handed rotating shaft with a torsion spring is rotatably attached to the front and rear end walls of the above, a trapezoidal block is fixed to the left-handed rotating shaft, and a lower triangular block is attached to the lower right end surface of the lower dehumidifying space. Is fixed, a connecting groove is formed on the lower end surface of the lower dehumidifying box, and an upper magnetic plate is slidably attached to the inside of the connecting groove. The wall is connected by a lower dehumidifying spring.

前記除湿機構はまた、前記上除湿箱の右端面に固定されて蒸気を通せる上仕切り板を含み、前記上除湿箱の上端面には、前記上除湿空間と連通し、且つ伸縮できる上輸送管が固定され、前記上除湿空間の右側の下端面には上三角ブロックが固定され、前記上除湿箱の下端面には上除湿溝が形成され、前記上除湿溝の内部には上連結板が摺動可能に取り付けられ、前記上連結板の右端面と前記上除湿溝の右端壁とが上除湿ばねにより連結され、前記上除湿溝の左端壁には電磁石が固定され、前記上除湿箱の下端面には、前記上連結板の下側に位置し且つ前記上除湿空間と連通している連結管が固定されている。 The dehumidifying mechanism also includes an upper partition plate fixed to the right end surface of the upper dehumidifying box to allow steam to pass through, and the upper end surface of the upper dehumidifying box communicates with the upper dehumidifying space and can be expanded and contracted. The pipe is fixed, the upper triangular block is fixed to the lower end surface on the right side of the upper dehumidifying space, the upper dehumidifying groove is formed on the lower end surface of the upper dehumidifying box, and the upper connecting plate is inside the upper dehumidifying groove. Is slidably attached, the right end surface of the upper dehumidifying plate and the right end wall of the upper dehumidifying groove are connected by an upper dehumidifying spring, an electric magnet is fixed to the left end wall of the upper dehumidifying groove, and the upper dehumidifying box. A connecting pipe located below the upper connecting plate and communicating with the upper dehumidifying space is fixed to the lower end surface of the above.

前記押し機構は、前記取り付け空間の前端壁に固定されたモータを含み、前記モータの後端には主動軸が伝動可能に連結され、前記主動軸には回転歯車が固定され、前記取り付け空間の後端壁には固定ブロックが固定され、前記固定ブロックには押しロッドが摺動可能に取り付けられ、前記押しロッドの下端面には前記回転歯車と噛み合っている上ラックが固定され、前記押しロッドの右端面には磁石ブロックが固定されている。 The pushing mechanism includes a motor fixed to the front end wall of the mounting space, a driving shaft is movably connected to the rear end of the motor, and a rotary gear is fixed to the driving shaft to cover the mounting space. A fixed block is fixed to the rear end wall, a push rod is slidably attached to the fixed block, and an upper rack that meshes with the rotary gear is fixed to the lower end surface of the push rod. A magnet block is fixed to the right end surface of.

前記排出機構はまた、前記主動軸に固定され且つ前記回転歯車の前側に位置している左プーリを含み、前記取り付け空間の前端壁にはプーリ軸が回動可能に取り付けられ、前記プーリ軸には右プーリ、前傘歯車が前から後ろへと固定され、前記右プーリと前記左プーリとがベルトにより連結され、前記取り付け空間の右端壁には連結軸が回動可能に取り付けられ、前記連結軸には、前記前傘歯車と噛み合っている後傘歯車が固定され、前記連結軸には、前記後傘歯車の左側に位置している伝動歯車が固定されている。 The discharge mechanism also includes a left pulley fixed to the driving shaft and located on the front side of the rotary gear, the pulley shaft is rotatably mounted on the front end wall of the mounting space and is attached to the pulley shaft. The right pulley and front gear are fixed from front to back, the right pulley and the left pulley are connected by a belt, and the connecting shaft is rotatably attached to the right end wall of the mounting space, and the connecting is performed. A rear bevel gear that meshes with the front bevel gear is fixed to the shaft, and a transmission gear located on the left side of the rear bead gear is fixed to the connecting shaft.

前記排出機構はまた、前記排出空間の左端壁に回動可能に取り付けられ且つ前記取り付け空間の内部に連結された排出軸を含み、前記排出軸には、前記取り付け空間の内部に位置して前記伝動歯車と噛み合える排出歯車が固定され、前記排出軸には、前記排出空間の内部に位置している螺旋回転片が固定され、前記排出箱の上端壁には、前記排出空間の内部に連結され、且つ伸縮できる下輸送管が固定され、前記排出箱の下端面には排出溝が形成され、前記排出溝の内部には上載置板が摺動可能に取り付けられ、前記上載置板の下端面には載置ブロックが固定され、前記上載置板の右端面と前記排出溝の右端壁とが排出ばねにより連結されている。 The discharge mechanism also includes a discharge shaft rotatably attached to the left end wall of the discharge space and connected to the inside of the mounting space, the discharge shaft located inside the mounting space. A discharge gear that meshes with the transmission gear is fixed, a spiral rotating piece located inside the discharge space is fixed to the discharge shaft, and a spiral rotating piece located inside the discharge space is fixed to the upper end wall of the discharge box and connected to the inside of the discharge space. A lower transport pipe that can be expanded and contracted is fixed, a discharge groove is formed on the lower end surface of the discharge box, and a mounting plate is slidably attached to the inside of the discharge groove, and is below the mounting plate. A mounting block is fixed to the end surface, and the right end surface of the mounting plate and the right end wall of the discharge groove are connected by a discharge spring.

前記切換機構は、前記加熱箱の上端面に形成された加熱溝を含み、前記加熱溝の内部には下磁性板が摺動可能に取り付けられ、前記下磁性板の右端面と前記加熱溝の右端壁とが引っ張りばねにより連結され、前記加熱箱の右端面には載置溝が形成され、前記載置溝の前後端壁には捻りばねが付いている右回転軸が回動可能に取り付けられ、前記右回転軸には下載置板が固定され、前記取り付け空間の右端壁には押し出しブロックが固定され、前記押し出しブロックには押し出し溝が形成され、前記押し出し溝の内部には下ラックが摺動可能に取り付けられ、前記下ラックの左端面と前記押し出し溝の左端壁とが押し出しばねにより連結され、前記主動軸には、前記回転歯車と前記左プーリとの間に位置して前記下ラックと噛み合っている下半円歯車が固定され、前記下ラックの右端面には、前記加熱空間の内部に位置している押し出し板が固定されている。 The switching mechanism includes a heating groove formed on the upper end surface of the heating box, and a lower magnetic plate is slidably attached to the inside of the heating groove, and the right end surface of the lower magnetic plate and the heating groove The right end wall is connected by a tension spring, a mounting groove is formed on the right end surface of the heating box, and a right rotation shaft with a torsion spring is rotatably attached to the front and rear end walls of the above-mentioned mounting groove. The lower mounting plate is fixed to the right rotation shaft, the extrusion block is fixed to the right end wall of the mounting space, the extrusion groove is formed in the extrusion block, and the lower rack is inside the extrusion groove. It is slidably attached, and the left end surface of the lower rack and the left end wall of the extrusion groove are connected by an extrusion spring, and the lower drive shaft is located between the rotary gear and the left pulley. A lower half-circle gear that meshes with the rack is fixed, and an extrusion plate located inside the heating space is fixed to the right end surface of the lower rack.

前記切換機構は、前記加熱箱の右端面に固定された取り付け管を含み、前記取り付け管の上端面には前記上輸送管が固定され、前記取り付け管の後端面には前記下輸送管が固定され、前記下載置板の右端面には、前記取り付け管の内部に位置している送風機が固定されている。 The switching mechanism includes a mounting pipe fixed to the right end surface of the heating box, the upper transport pipe is fixed to the upper end surface of the mounting pipe, and the lower transport pipe is fixed to the rear end surface of the mounting pipe. A blower located inside the mounting tube is fixed to the right end surface of the lower mounting plate.

本発明は、配電箱内の湿気を除去でき、シリカゲルの乾燥剤により配電箱内の蒸気を吸収し、吸収される蒸気が飽和状態になると、シリカゲルの乾燥剤を加熱箱に送ることにより、シリカゲルの乾燥剤が加熱してリサイクルされ、そして再び吸収力を持つシリカゲルの乾燥剤を元の位置に戻し、配電箱が作動するとき、配電箱内の湿気値を要求範囲に維持することを確保する。 According to the present invention, moisture in the distribution box can be removed, the vapor in the distribution box is absorbed by the silica gel desiccant, and when the absorbed steam becomes saturated, the silica gel desiccant is sent to the heating box to obtain silica gel. The desiccant is heated and recycled, and the absorbent silica gel desiccant is returned to its original position to ensure that the humidity value in the distribution box is maintained within the required range when the distribution box is activated. ..

下記に図１〜５をあわせて本発明について詳しく説明し、便利に説明するために、下記の方向を以下のように規定する：図１は本発明装置の正面図であり、本願に記載の各方向が、図１と同じ向きに装置を見た際の方向である。 In order to explain the present invention in detail with reference to FIGS. 1 to 5 below and to explain the present invention in a convenient manner, the following directions are defined as follows: FIG. 1 is a front view of the apparatus of the present invention and is described in the present application. Each direction is the direction when the device is viewed in the same direction as in FIG.

図１は本発明の構成概略図FIG. 1 is a schematic configuration diagram of the present invention. 図２は図１の「Ａ―Ａ」部の概略図FIG. 2 is a schematic view of the “AA” part of FIG. 図３は図１の「Ｂ―Ｂ」部の概略図FIG. 3 is a schematic view of the “BB” part of FIG. 図４は図１の「Ｃ―Ｃ」部の概略図FIG. 4 is a schematic view of the “CC” part of FIG. 図５は図１の「Ｄ―Ｄ」部の概略図FIG. 5 is a schematic view of the “DD” part of FIG.

本発明は配電箱の除湿装置であって、取り付け箱１０を含み、前記取り付け箱１０には取り付け空間１１が設置され、前記取り付け空間１１が前後に開口しており、前記取り付け空間１１の内部には、配電箱内の湿気を吸収除去することにより湿気値を正常範囲に維持できる除湿機構８１が設置され、前記除湿機構８１は、前記取り付け空間１１の上端面に固定された配電箱２４を含み、前記配電箱２４には配電空間２５が設置され、前記取り付け空間１１の後端壁には、上端面が前記配電箱２４の下端面に固定された駆動溝６８が固定され、前記駆動溝６８の内部には駆動ブロック６７が設置され、前記駆動ブロック６７には、前記配電空間２５の内部に連結された下除湿箱３０が摺動可能に取り付けられ、前記下除湿箱３０には乾燥剤を貯蔵できる下除湿空間２９が設置され、前記配電箱２４の右端面には上除湿箱３１が固定され、前記上除湿箱３１には乾燥剤を貯蔵できる上除湿空間３２が設置され、前記下除湿空間２９と前記上除湿空間３２に貯蔵される乾燥剤により、前記配電箱２４内の蒸気が吸収され、前記配電箱２４の作動を正常状態に確保でき、前記取り付け空間１１の内部には、前記下除湿箱３０において吸収される蒸気が飽和状態になった乾燥剤を押せる押し機構８５が設置され、前記取り付け空間１１の内部には、蒸気を吸収した乾燥剤を等量に入れ替えて正常運行を確保できる排出機構８４が設置され、前記排出機構８４は、前記取り付け空間１１の右端壁に固定された取り付けブロック８０を含み、前記取り付けブロック８０には台形溝７９が形成され、前記台形溝７９の内部には磁性を有する排出箱４１が摺動可能に取り付けられ、前記排出箱４１には湿気をいっぱい吸収した乾燥剤を貯蔵できる排出空間４２が設置され、前記排出箱４１の右端面と前記取り付けブロック８０の右端壁とが連結ばね７８により連結され、前記取り付け空間１１の底壁には加熱箱５６が固定され、前記加熱箱５６には加熱空間５７が設置され、前記加熱箱５６の上端面と前記下除湿箱３０の下端面とが駆動ばね６６により連結され、前記駆動ばね６６は左右対称に配置され、また前記駆動ばね６６は、支持力の限界が蒸気を吸収できる乾燥剤の限界に達すると、収縮でき、前記加熱空間５７の内部には、蒸気を吸収した乾燥剤を加熱して乾燥することにより、乾燥剤をリサイクルできる切換機構８２が設置され、前記加熱箱５６の右端面には、乾燥剤を指定の位置に送られる輸送機構８３が設置されている。 The present invention is a dehumidifying device for a power distribution box, which includes a mounting box 10, in which a mounting space 11 is installed, the mounting space 11 is open in the front-rear direction, and inside the mounting space 11. Is provided with a dehumidifying mechanism 81 capable of maintaining a moisture value within a normal range by absorbing and removing moisture in the distribution box, and the dehumidifying mechanism 81 includes a distribution box 24 fixed to the upper end surface of the mounting space 11. A power distribution space 25 is installed in the power distribution box 24, and a drive groove 68 whose upper end surface is fixed to the lower end surface of the power distribution box 24 is fixed to the rear end wall of the mounting space 11, and the drive groove 68 is fixed. A drive block 67 is installed inside the drive block 67, and a lower dehumidifying box 30 connected to the inside of the power distribution space 25 is slidably attached to the drive block 67, and a desiccant is applied to the lower dehumidifying box 30. A lower dehumidifying space 29 that can be stored is installed, an upper dehumidifying box 31 is fixed to the right end surface of the power distribution box 24, and an upper dehumidifying space 32 that can store a desiccant is installed in the upper dehumidifying box 31. The desiccant stored in the space 29 and the upper dehumidifying space 32 absorbs the steam in the distribution box 24, and the operation of the distribution box 24 can be ensured in a normal state. A pushing mechanism 85 for pushing the desiccant in which the vapor absorbed in the lower dehumidifying box 30 is saturated is installed, and the desiccant absorbing the vapor is replaced with an equal amount inside the mounting space 11 to operate normally. A discharge mechanism 84 that can be secured is installed, and the discharge mechanism 84 includes a mounting block 80 fixed to the right end wall of the mounting space 11, and a trapezoidal groove 79 is formed in the mounting block 80, and the trapezoidal groove 79 is formed. A magnetic discharge box 41 is slidably attached to the inside, and a discharge space 42 capable of storing a desiccant that has absorbed a lot of moisture is installed in the discharge box 41, and the right end surface of the discharge box 41 and the attachment. The right end wall of the block 80 is connected by a connecting spring 78, a heating box 56 is fixed to the bottom wall of the mounting space 11, a heating space 57 is installed in the heating box 56, and an upper end surface of the heating box 56 is installed. And the lower end surface of the lower dehumidifying box 30 are connected by a drive spring 66, the drive spring 66 is arranged symmetrically, and the limit of the bearing capacity of the drive spring 66 is the limit of the desiccant capable of absorbing steam. When it reaches, it can shrink, and inside the heating space 57, a switching mechanism 82 that can recycle the desiccant by heating and drying the desiccant that has absorbed steam is installed. On the right end surface of the heating box 56, a transport mechanism 83 for sending the desiccant to a designated position is installed.

有益なように、前記除湿機構８１はまた、前記下除湿箱３０の上端面に固定されて蒸気を通せる下仕切り板２８を含み、前記下除湿箱３０の左右端面には除湿溝２６が対称になるように形成され、前記除湿溝２６の前後端壁には、捻りばねが付いている左回転軸２７が回動可能に取り付けられ、前記左回転軸２７には台形ブロック２３が固定され、前記下除湿空間２９の右側の下端面には下三角ブロック８９が固定され、前記下除湿箱３０の下端面には連結溝８７が形成され、前記連結溝８７の内部には上磁性板８６が摺動可能に取り付けられ、前記上磁性板８６の右端面と前記連結溝８７の右端壁とが下除湿ばね８８により連結され、前記下仕切り板２８により前記配電箱２４内部の蒸気が前記下除湿空間２９に入ると、乾燥剤に吸収されることを確保でき、さらに乾燥剤が前記配電空間２５に入ることを防止でき、前記下三角ブロック８９の斜面により蒸気を吸収した処理要りの乾燥剤が前記下除湿空間２９の内部に堆積しないことを保証できる。 To be beneficial, the dehumidifying mechanism 81 also includes a subpartition plate 28 fixed to the upper end surface of the lower dehumidifying box 30 to allow steam to pass through, and dehumidifying grooves 26 are symmetrical on the left and right end faces of the lower dehumidifying box 30. A left-handed rotating shaft 27 with a torsion spring is rotatably attached to the front and rear end walls of the dehumidifying groove 26, and a trapezoidal block 23 is fixed to the left-handed rotating shaft 27. A lower triangular block 89 is fixed to the lower end surface on the right side of the lower dehumidifying space 29, a connecting groove 87 is formed on the lower end surface of the lower dehumidifying box 30, and an upper magnetic plate 86 is formed inside the connecting groove 87. It is slidably attached, and the right end surface of the upper magnetic plate 86 and the right end wall of the connecting groove 87 are connected by a lower dehumidifying spring 88, and the steam inside the power distribution box 24 is dehumidified by the lower partition plate 28. When entering the space 29, it can be ensured that the desiccant is absorbed by the desiccant, and further, the desiccant can be prevented from entering the power distribution space 25, and the desiccant requiring treatment that absorbs steam by the slope of the lower triangular block 89 It can be guaranteed that it does not accumulate inside the lower dehumidifying space 29.

有益なように、前記除湿機構８１はまた、前記上除湿箱３１の右端面に固定されて蒸気を通せる上仕切り板３４を含み、前記上除湿箱３１の上端面には、前記上除湿空間３２と連通し、且つ伸縮できる上輸送管３３が固定され、前記上除湿空間３２の右側の下端面には上三角ブロック３５が固定され、前記上除湿箱３１の下端面には上除湿溝３６が形成され、前記上除湿溝３６の内部には上連結板３８が摺動可能に取り付けられ、前記上連結板３８の右端面と前記上除湿溝３６の右端壁とが上除湿ばね３７により連結され、前記上除湿溝３６の左端壁には電磁石３９が固定され、前記上除湿箱３１の下端面には、前記上連結板３８の下側に位置し且つ前記上除湿空間３２と連通している連結管６５が固定され、前記上仕切り板３４により前記配電箱２４内部の蒸気が前記下除湿空間２９に入ると、乾燥剤に吸収されることを確保でき、さらに乾燥剤が前記配電空間２５に入ることを防止でき、前記上三角ブロック３５の斜面により蒸気を吸収した処理要りの乾燥剤が前記上除湿空間３２の内部に堆積しないことを保証できる。 To be beneficial, the dehumidifying mechanism 81 also includes an upper partition plate 34 fixed to the right end surface of the upper dehumidifying box 31 to allow steam to pass through, and the upper end surface of the upper dehumidifying box 31 has the upper dehumidifying space. An upper transport pipe 33 that communicates with 32 and can be expanded and contracted is fixed, an upper triangular block 35 is fixed to the lower right lower surface of the upper dehumidifying space 32, and an upper dehumidifying groove 36 is fixed to the lower end surface of the upper dehumidifying box 31. Is formed, and the upper connecting plate 38 is slidably attached to the inside of the upper dehumidifying groove 36, and the right end surface of the upper connecting plate 38 and the right end wall of the upper dehumidifying groove 36 are connected by the upper dehumidifying spring 37. An electric magnet 39 is fixed to the left end wall of the upper dehumidifying groove 36, and the lower end surface of the upper dehumidifying box 31 is located below the upper connecting plate 38 and communicates with the upper dehumidifying space 32. When the connecting pipe 65 is fixed and the steam inside the distribution box 24 enters the lower dehumidifying space 29 by the upper partition plate 34, it can be ensured that the desiccant is absorbed by the desiccant, and the desiccant is further distributed in the distribution space 25. It is possible to prevent the dehumidifying agent from entering the upper triangular block 35, and it is possible to guarantee that the desiccant that requires treatment that has absorbed the steam by the slope of the upper triangular block 35 does not accumulate inside the upper dehumidifying space 32.

有益なように、前記押し機構８５は、前記取り付け空間１１の前端壁に固定されたモータ６３を含み、前記モータ６３の後端には主動軸１３が伝動可能に連結され、前記主動軸１３には回転歯車１２が固定され、前記取り付け空間１１の後端壁には固定ブロック２０が固定され、前記固定ブロック２０には押しロッド１９が摺動可能に取り付けられ、前記押しロッド１９の下端面には前記回転歯車１２と噛み合っている上ラック１８が固定され、前記押しロッド１９の右端面には磁石ブロック２２が固定され、前記磁石ブロック２２の移動により、前記下除湿空間２９において吸収された水蒸気が飽和状態になる乾燥剤を押し出し、そしてまだ蒸気を吸収していない乾燥剤を前記下除湿空間２９に入れられる。 Beneficially, the push mechanism 85 includes a motor 63 fixed to the front end wall of the mounting space 11, and a drive shaft 13 is ubiquitously connected to the rear end of the motor 63 and is connected to the drive shaft 13. The rotary gear 12 is fixed, the fixed block 20 is fixed to the rear end wall of the mounting space 11, the push rod 19 is slidably mounted on the fixed block 20, and the push rod 19 is slidably mounted on the lower end surface of the push rod 19. The upper rack 18 that meshes with the rotary gear 12 is fixed, the magnet block 22 is fixed to the right end surface of the push rod 19, and the water vapor absorbed in the lower dehumidifying space 29 by the movement of the magnet block 22. Extrudes the desiccant that becomes saturated, and the desiccant that has not yet absorbed the steam is placed in the lower dehumidifying space 29.

有益なように、前記排出機構８４はまた、前記主動軸１３に固定され且つ前記回転歯車１２の前側に位置している左プーリ６２を含み、前記取り付け空間１１の前端壁にはプーリ軸７４が回動可能に取り付けられ、前記プーリ軸７４には右プーリ７３、前傘歯車７５が前から後ろへと固定され、前記右プーリ７３と前記左プーリ６２とがベルト７２により連結され、前記取り付け空間１１の右端壁には連結軸７１が回動可能に取り付けられ、前記連結軸７１には、前記前傘歯車７５と噛み合っている後傘歯車７６が固定され、前記連結軸７１には、前記後傘歯車７６の左側に位置している伝動歯車７０が固定され、前記伝動歯車７０の回転により、前記排出箱４１が左方に移動するときに、等量の入れ替え用の乾燥剤を排出できる。 Beneficially, the discharge mechanism 84 also includes a left pulley 62 fixed to the driving shaft 13 and located on the front side of the rotary gear 12, with a pulley shaft 74 on the front end wall of the mounting space 11. It is rotatably attached, and the right pulley 73 and the front bevel gear 75 are fixed to the pulley shaft 74 from front to rear, and the right pulley 73 and the left pulley 62 are connected by a belt 72 to form the attachment space. A connecting shaft 71 is rotatably attached to the right end wall of 11, a rear bevel gear 76 that meshes with the front bevel gear 75 is fixed to the connecting shaft 71, and the rear beating gear 71 is fixed to the connecting shaft 71. The transmission gear 70 located on the left side of the bevel gear 76 is fixed, and when the discharge box 41 moves to the left due to the rotation of the transmission gear 70, an equal amount of replacement desiccant can be discharged.

有益なように、前記排出機構８４はまた、前記排出空間４２の左端壁に回動可能に取り付けられ且つ前記取り付け空間１１の内部に連結された排出軸４３を含み、前記排出軸４３には、前記取り付け空間１１の内部に位置して前記伝動歯車７０と噛み合える排出歯車７７が固定され、前記排出軸４３には、前記排出空間４２の内部に位置している螺旋回転片６９が固定され、前記排出箱４１の上端壁には、前記排出空間４２の内部に連結され、且つ伸縮できる下輸送管４０が固定され、前記排出箱４１の下端面には排出溝９０が形成され、前記排出溝９０の内部には上載置板４５が摺動可能に取り付けられ、前記上載置板４５の下端面には載置ブロック４７が固定され、前記上載置板４５の右端面と前記排出溝９０の右端壁とが排出ばね４４により連結され、前記排出軸４３の回動により、前記排出空間４２内の乾燥剤を排出することを確保できる。 Beneficially, the discharge mechanism 84 also includes a discharge shaft 43 that is rotatably attached to the left end wall of the discharge space 42 and is connected to the inside of the mounting space 11. A discharge gear 77 located inside the mounting space 11 and meshing with the transmission gear 70 is fixed, and a spiral rotating piece 69 located inside the discharge space 42 is fixed to the discharge shaft 43. A lower transport pipe 40 that is connected to the inside of the discharge space 42 and can be expanded and contracted is fixed to the upper end wall of the discharge box 41, and a discharge groove 90 is formed on the lower end surface of the discharge box 41. A mounting plate 45 is slidably attached to the inside of the 90, and a mounting block 47 is fixed to the lower end surface of the mounting plate 45, and the right end surface of the mounting plate 45 and the right end of the discharge groove 90. The wall is connected by the discharge spring 44, and the rotation of the discharge shaft 43 can ensure that the desiccant in the discharge space 42 is discharged.

有益なように、前記切換機構８２は、前記加熱箱５６の上端面に形成された加熱溝５３を含み、前記加熱溝５３の内部には下磁性板５５が摺動可能に取り付けられ、前記下磁性板５５の右端面と前記加熱溝５３の右端壁とが引っ張りばね５４により連結され、前記加熱箱５６の右端面には載置溝５１が形成され、前記載置溝５１の前後端壁には捻りばねが付いている右回転軸４９が回動可能に取り付けられ、前記右回転軸４９には下載置板５０が固定され、前記取り付け空間１１の右端壁には押し出しブロック５８が固定され、前記押し出しブロック５８には押し出し溝５９が形成され、前記押し出し溝５９の内部には下ラック６４が摺動可能に取り付けられ、前記下ラック６４の左端面と前記押し出し溝５９の左端壁とが押し出しばね６０により連結され、前記主動軸１３には、前記回転歯車１２と前記左プーリ６２との間に位置して前記下ラック６４と噛み合っている下半円歯車６１が固定され、前記下ラック６４の右端面には、前記加熱空間５７の内部に位置している押し出し板５２が固定され、前記押し出し板５２の推動により、前記加熱空間５７において加熱により水分を除去された乾燥剤が前記加熱空間５７を出られる。 To be beneficial, the switching mechanism 82 includes a heating groove 53 formed on the upper end surface of the heating box 56, and a lower magnetic plate 55 is slidably attached to the inside of the heating groove 53 to form a lower magnetic plate 55. The right end surface of the magnetic plate 55 and the right end wall of the heating groove 53 are connected by a tension spring 54, a mounting groove 51 is formed on the right end surface of the heating box 56, and the front and rear end walls of the above-mentioned mounting groove 51 are formed. A right rotation shaft 49 with a torsion spring is rotatably attached, a lower mounting plate 50 is fixed to the right rotation shaft 49, and an extrusion block 58 is fixed to the right end wall of the attachment space 11. An extrusion groove 59 is formed in the extrusion block 58, a lower rack 64 is slidably attached to the inside of the extrusion groove 59, and the left end surface of the lower rack 64 and the left end wall of the extrusion groove 59 are extruded. A lower half-circle gear 61, which is connected by a spring 60 and is located between the rotary gear 12 and the left pulley 62 and meshes with the lower rack 64, is fixed to the driving shaft 13, and the lower rack 64 is fixed. An extrusion plate 52 located inside the heating space 57 is fixed to the right end surface of the heating space 57, and a desiccant whose moisture has been removed by heating in the heating space 57 by the thrust of the extrusion plate 52 is placed in the heating space. You can get out of 57.

有益なように、前記切換機構８２は、前記加熱箱５６の右端面に固定された取り付け管４６を含み、前記取り付け管４６の上端面には前記上輸送管３３が固定され、前記取り付け管４６の後端面には前記下輸送管４０が固定され、前記下載置板５０の右端面には、前記取り付け管４６の内部に位置している送風機４８が固定され、前記送風機４８により、前記加熱空間５７を出た乾燥剤が吹かれ、そして前記取り付け管４６により大部分の乾燥剤が前記下輸送管４０を介して前記排出空間４２に吹き込まれ、少部分の乾燥剤が前記上輸送管３３を介して前記上除湿空間３２に吹き込まれる。 Beneficially, the switching mechanism 82 includes a mounting tube 46 fixed to the right end surface of the heating box 56, the upper transport tube 33 is fixed to the upper end surface of the mounting tube 46, and the mounting tube 46 is fixed. The lower transport pipe 40 is fixed to the rear end surface, and a blower 48 located inside the mounting pipe 46 is fixed to the right end surface of the lower mounting plate 50, and the heating space is provided by the blower 48. The desiccant leaving 57 is blown, and the mounting pipe 46 blows most of the desiccant into the discharge space 42 through the lower transport pipe 40, and a small portion of the desiccant blows the upper transport pipe 33. It is blown into the upper dehumidifying space 32 through the pipe.

初期状態では、駆動ばね６６が変形しておらず、電磁石３９が通電することにより上連結板３８と引き合うことで、上除湿ばね３７が変形しており、磁石ブロック２２が移動していないとき、引っ張りばね５４と下除湿ばね８８と連結ばね７８が変形しておらず、排出ばね４４が変形しておらず、押し出しばね６０が変形している。 In the initial state, when the drive spring 66 is not deformed and the upper dehumidifying spring 37 is deformed by attracting the upper connecting plate 38 when the electric magnet 39 is energized and the magnet block 22 is not moving, The tension spring 54, the lower dehumidifying spring 88, and the connecting spring 78 are not deformed, the discharge spring 44 is not deformed, and the extrusion spring 60 is deformed.

下仕切り板２８を通って下除湿空間２９の内部に入った乾燥剤は、吸収する蒸気が飽和状態になると、駆動ばね６６の支持力が限界に至って収縮し、そして下除湿箱３０が下方に移動し、下除湿箱３０が下方に移動するとき、配電空間２５の下端壁は台形ブロック２３を上げ、左右両側の除湿溝２６が連通するようになり、その後、モータ６３を始動し、回転歯車１２が回転して上ラック１８と噛み合うようになり、そして押しロッド１９を右方に移動させ、磁石ブロック２２が右方に移動するとき、上磁性板８６を吸い付けて右方に移動させ、上磁性板８６が下磁性板５５を吸い付けて右方に移動させ、
主動軸１３が回転すると、下半円歯車６１を回転させて下ラック６４と噛み合わせ、そして下ラック６４を右方に移動させ、押し出し板５２が加熱空間５７の左側に位置するまで移動することで、下除湿空間２９の内部の乾燥剤が加熱空間５７に入り、下三角ブロック８９の斜面により、蒸気を吸収した処理要りの乾燥剤が下除湿空間２９に堆積しなく、また電磁石３９が停電して上連結板３８を右方に移動させ、連結管６５により上除湿空間３２の内部の乾燥剤を一緒に加熱空間５７の内部に入らせ、上三角ブロック３５の斜面により蒸気を吸収した処理要りの乾燥剤が上除湿空間３２に堆積しなく、上除湿空間３２の内部に乾燥剤がなくなるとき、電磁石３９が通電して上連結板３８を初期位置に戻し、
左プーリ６２と右プーリ７３の間のベルト７２の伝動により、主動軸１３がプーリ軸７４を回転させ、プーリ軸７４が前傘歯車７５と後傘歯車７６との噛合伝動により連結軸７１を回転させ、伝動歯車７０を回転させ、磁石ブロック２２が左方に移動するとき、排出箱４１を吸い付けて左方に移動させ、上磁性板８６を左方に移動させることにより下除湿箱が閉じられ、下磁性板５５を左方に移動させることにより加熱箱５６が閉じられ、排出箱４１が左方に移動するとき、載置ブロック４７と下除湿箱３０との接触により、上載置板４５は排出箱４１に対して右方に移動し、伝動歯車７０と排出歯車７７との噛合により排出軸４３が回転し、螺旋回転片６９が回転し、排出空間４２内部にあって蒸気を吸収していない等量の乾燥剤が下除湿空間２９の内部に載置され、磁石ブロック２２が初期位置に戻るまで移動するとき、排出箱４１も連結ばね７８の引張力で初期位置に戻る。 When the desiccant that has entered the inside of the lower dehumidifying space 29 through the lower partition plate 28 becomes saturated with the absorbed steam, the supporting force of the drive spring 66 contracts to the limit, and the lower dehumidifying box 30 moves downward. When the lower dehumidifying box 30 moves downward, the lower end wall of the power distribution space 25 raises the trapezoidal block 23 so that the dehumidifying grooves 26 on both the left and right sides communicate with each other. 12 rotates to mesh with the upper rack 18, and moves the push rod 19 to the right, and when the magnet block 22 moves to the right, it attracts the upper magnetic plate 86 and moves it to the right. The upper magnetic plate 86 attracts the lower magnetic plate 55 and moves it to the right.
When the driving shaft 13 rotates, the lower half-circle gear 61 is rotated to mesh with the lower rack 64, and the lower rack 64 is moved to the right until the extrusion plate 52 is located on the left side of the heating space 57. Then, the desiccant inside the lower dehumidifying space 29 enters the heating space 57, and due to the slope of the lower triangular block 89, the desiccant that needs to be treated that has absorbed steam does not accumulate in the lower dehumidifying space 29, and the electromagnet 39 loses power. Then, the upper connecting plate 38 is moved to the right, the desiccant inside the upper dehumidifying space 32 is allowed to enter the inside of the heating space 57 together with the connecting pipe 65, and the steam is absorbed by the slope of the upper triangular block 35. When the required desiccant does not accumulate in the upper dehumidifying space 32 and the desiccant runs out inside the upper dehumidifying space 32, the electromagnet 39 is energized to return the upper connecting plate 38 to the initial position.
The main driving shaft 13 rotates the pulley shaft 74 by the transmission of the belt 72 between the left pulley 62 and the right pulley 73, and the pulley shaft 74 rotates the connecting shaft 71 by the meshing transmission of the front gear 75 and the rear gear 76. When the transmission gear 70 is rotated and the magnet block 22 moves to the left, the discharge box 41 is sucked and moved to the left, and the upper magnetic plate 86 is moved to the left to close the lower dehumidifying box. When the heating box 56 is closed by moving the lower magnetic plate 55 to the left and the discharge box 41 is moved to the left, the upper mounting plate 45 is brought into contact with the mounting block 47 and the lower dehumidifying box 30. Moves to the right with respect to the discharge box 41, the discharge shaft 43 rotates due to the engagement between the transmission gear 70 and the discharge gear 77, the spiral rotary piece 69 rotates, and the spiral rotating piece 69 is inside the discharge space 42 to absorb steam. When an equal amount of the desiccant is placed inside the lower dehumidifying space 29 and the magnet block 22 moves until it returns to the initial position, the discharge box 41 also returns to the initial position by the tensile force of the connecting spring 78.

加熱空間５７の加熱により、乾燥剤は水分を除去され、下半円歯車６１と下ラック６４との噛合により、押し出し板５２が初期位置に戻って処理された乾燥剤を取り付け管４６に押し込み、その後、モータ６３が回転を停止し、加熱空間５７の内部にあって処理された乾燥剤は、送風機４８で吹かれ、取り付け管４６により動き出した乾燥剤は大部分が下輸送管４０を介して排出空間４２に入るが、少部分が上輸送管３３を介して上除湿空間３２に入り、そして下除湿空間２９と上除湿空間３２の内部の乾燥剤は配電空間２５の内部の蒸気を繰り返し除去できる。 Moisture is removed from the desiccant by heating the heating space 57, and the extrusion plate 52 returns to the initial position by meshing with the lower half-circle gear 61 and the lower rack 64 to push the treated desiccant into the mounting pipe 46. After that, the motor 63 stopped rotating, the desiccant treated inside the heating space 57 was blown by the blower 48, and most of the desiccant started to move by the attachment pipe 46 was passed through the lower transport pipe 40. It enters the discharge space 42, but a small portion enters the upper dehumidifying space 32 via the upper transport pipe 33, and the desiccant inside the lower dehumidifying space 29 and the upper dehumidifying space 32 repeatedly removes the steam inside the distribution space 25. can.

上記の実施例は本発明の技術的構想と特徴を説明するだけであり、その目的は当業者に本発明内容を了解させてさらに実施させるのであり、本発明の保護範囲を制限することはできない。本発明の精神の実質に基づいて行われたすべての等価的な変化又は修飾は、本発明の保護範囲の中に含むべきである。 The above-mentioned examples merely explain the technical concept and features of the present invention, the purpose of which is to make a person skilled in the art understand the contents of the present invention and further implement the invention, and the scope of protection of the present invention cannot be limited. .. All equivalent changes or modifications made on the basis of the spiritual substance of the invention should be included within the scope of protection of the invention.

Claims (8)

取り付け箱を含み、前記取り付け箱には取り付け空間が設置され、前記取り付け空間が前後に開口しており、前記取り付け空間の内部には除湿機構が設置され、前記除湿機構は、前記取り付け空間の上端面に固定された配電箱を含み、前記配電箱には配電空間が設置され、前記取り付け空間の後端壁には、上端面が前記配電箱の下端面に固定された駆動溝が固定され、前記駆動溝の内部には駆動ブロックが設置され、前記駆動ブロックには、前記配電空間の内部に連結された下除湿箱が摺動可能に取り付けられ、前記下除湿箱には乾燥剤を貯蔵できる下除湿空間が設置され、前記配電箱の右端面には上除湿箱が固定され、前記上除湿箱には乾燥剤を貯蔵できる上除湿空間が設置され、前記取り付け空間の内部には押し機構が設置され、前記取り付け空間の内部には排出機構が設置され、前記排出機構は、前記取り付け空間の右端壁に固定された取り付けブロックを含み、前記取り付けブロックには台形溝が形成され、前記台形溝の内部には磁性を有する排出箱が摺動可能に取り付けられ、前記排出箱には湿気をいっぱい吸収した乾燥剤を貯蔵できる排出空間が設置され、前記排出箱の右端面と前記取り付けブロックの右端壁とが連結ばねにより連結され、前記取り付け空間の底壁には加熱箱が固定され、前記加熱箱には加熱空間が設置され、前記加熱箱の上端面と前記下除湿箱の下端面とが駆動ばねにより連結され、前記駆動ばねは左右対称に配置され、また前記駆動ばねは、支持力の限界が蒸気を吸収できる乾燥剤の限界に達すると、収縮でき、前記加熱空間の内部には切換機構が設置され、前記加熱箱の右端面には輸送機構が設置されていることを特徴とする配電箱の除湿装置。 A mounting space is installed in the mounting box including a mounting box, the mounting space is open to the front and rear, a dehumidifying mechanism is installed inside the mounting space, and the dehumidifying mechanism is above the mounting space. A distribution space is installed in the distribution box including a distribution box fixed to the end face, and a drive groove having an upper end surface fixed to the lower end surface of the distribution box is fixed to the rear end wall of the mounting space. A drive block is installed inside the drive groove, and a lower dehumidifying box connected to the inside of the power distribution space is slidably attached to the drive block, and a desiccant can be stored in the lower dehumidifying box. A lower dehumidifying space is installed, an upper dehumidifying box is fixed to the right end surface of the power distribution box, an upper dehumidifying space that can store a desiccant is installed in the upper dehumidifying box, and a pushing mechanism is provided inside the mounting space. Installed, a discharge mechanism is installed inside the mounting space, the discharge mechanism includes a mounting block fixed to the right end wall of the mounting space, the mounting block is formed with a trapezoidal groove, and the trapezoidal groove is formed. A magnetic discharge box is slidably attached to the inside of the discharge box, and a discharge space capable of storing a desiccant that has absorbed a lot of moisture is provided in the discharge box. The walls are connected by a connecting spring, the heating box is fixed to the bottom wall of the mounting space, the heating space is installed in the heating box, and the upper end surface of the heating box and the lower end surface of the lower dehumidifying box are connected to each other. Connected by a drive spring, the drive springs are arranged symmetrically, and the drive springs can contract when the limit of bearing capacity reaches the limit of a desiccant capable of absorbing steam, and switches to the inside of the heating space. A dehumidifying device for a power distribution box, characterized in that a mechanism is installed and a transportation mechanism is installed on the right end surface of the heating box. 前記除湿機構はまた、前記下除湿箱の上端面に固定されて蒸気を通せる下仕切り板を含み、前記下除湿箱の左右端面には除湿溝が対称になるように形成され、前記除湿溝の前後端壁には、捻りばねが付いている左回転軸が回動可能に取り付けられ、前記左回転軸には台形ブロックが固定され、前記下除湿空間の右側の下端面には下三角ブロックが固定され、前記下除湿箱の下端面には連結溝が形成され、前記連結溝の内部には上磁性板が摺動可能に取り付けられ、前記上磁性板の右端面と前記連結溝の右端壁とが下除湿ばねにより連結されていることを特徴とする請求項１に記載の配電箱の除湿装置。 The dehumidifying mechanism also includes a subpartition plate fixed to the upper end surface of the lower dehumidifying box to allow steam to pass through, and dehumidifying grooves are formed symmetrically on the left and right end surfaces of the lower dehumidifying box. A left-handed rotating shaft with a torsion spring is rotatably attached to the front and rear end walls of the above, a trapezoidal block is fixed to the left-handed rotating shaft, and a lower triangular block is attached to the lower right end surface of the lower dehumidifying space. Is fixed, a connecting groove is formed on the lower end surface of the lower dehumidifying box, and an upper magnetic plate is slidably attached to the inside of the connecting groove. The dehumidifying device for a power distribution box according to claim 1, wherein the wall is connected by a lower dehumidifying spring. 前記除湿機構はまた、前記上除湿箱の右端面に固定されて蒸気を通せる上仕切り板を含み、前記上除湿箱の上端面には、前記上除湿空間と連通し、且つ伸縮できる上輸送管が固定され、前記上除湿空間の右側の下端面には上三角ブロックが固定され、前記上除湿箱の下端面には上除湿溝が形成され、前記上除湿溝の内部には上連結板が摺動可能に取り付けられ、前記上連結板の右端面と前記上除湿溝の右端壁とが上除湿ばねにより連結され、前記上除湿溝の左端壁には電磁石が固定され、前記上除湿箱の下端面には、前記上連結板の下側に位置し且つ前記上除湿空間と連通している連結管が固定されていることを特徴とする請求項１に記載の配電箱の除湿装置。 The dehumidifying mechanism also includes an upper partition plate fixed to the right end surface of the upper dehumidifying box to allow steam to pass through, and the upper end surface of the upper dehumidifying box communicates with the upper dehumidifying space and can be expanded and contracted. The pipe is fixed, the upper triangular block is fixed to the lower end surface on the right side of the upper dehumidifying space, the upper dehumidifying groove is formed on the lower end surface of the upper dehumidifying box, and the upper connecting plate is inside the upper dehumidifying groove. Is slidably attached, the right end surface of the upper dehumidifying plate and the right end wall of the upper dehumidifying groove are connected by an upper dehumidifying spring, an electric magnet is fixed to the left end wall of the upper dehumidifying groove, and the upper dehumidifying box. The dehumidifying device for a power distribution box according to claim 1, wherein a connecting pipe located below the upper connecting plate and communicating with the upper dehumidifying space is fixed to the lower end surface of the above. 前記押し機構は、前記取り付け空間の前端壁に固定されたモータを含み、前記モータの後端には主動軸が伝動可能に連結され、前記主動軸には回転歯車が固定され、前記取り付け空間の後端壁には固定ブロックが固定され、前記固定ブロックには押しロッドが摺動可能に取り付けられ、前記押しロッドの下端面には前記回転歯車と噛み合っている上ラックが固定され、前記押しロッドの右端面には磁石ブロックが固定されていることを特徴とする請求項１に記載の配電箱の除湿装置。 The pushing mechanism includes a motor fixed to the front end wall of the mounting space, a main driving shaft is electrically connected to the rear end of the motor, and a rotary gear is fixed to the main driving shaft to provide the mounting space. A fixed block is fixed to the rear end wall, a push rod is slidably attached to the fixed block, and an upper rack that meshes with the rotary gear is fixed to the lower end surface of the push rod. The dehumidifying device for a power distribution box according to claim 1, wherein a magnet block is fixed to the right end surface of the power distribution box. 前記排出機構はまた、前記主動軸に固定され且つ前記回転歯車の前側に位置している左プーリを含み、前記取り付け空間の前端壁にはプーリ軸が回動可能に取り付けられ、前記プーリ軸には右プーリ、前傘歯車が前から後ろへと固定され、前記右プーリと前記左プーリとがベルトにより連結され、前記取り付け空間の右端壁には連結軸が回動可能に取り付けられ、前記連結軸には、前記前傘歯車と噛み合っている後傘歯車が固定され、前記連結軸には、前記後傘歯車の左側に位置している伝動歯車が固定されていることを特徴とする請求項１に記載の配電箱の除湿装置。 The discharge mechanism also includes a left pulley fixed to the driving shaft and located on the front side of the rotary gear, the pulley shaft is rotatably mounted on the front end wall of the mounting space and is attached to the pulley shaft. The right pulley and front gear are fixed from front to back, the right pulley and the left pulley are connected by a belt, and the connecting shaft is rotatably attached to the right end wall of the mounting space, and the connecting is performed. The claim is characterized in that a rear bevel gear that meshes with the front bevel gear is fixed to the shaft, and a transmission gear located on the left side of the rear bead gear is fixed to the connecting shaft. The dehumidifying device for the power distribution box according to 1. 前記排出機構はまた、前記排出空間の左端壁に回動可能に取り付けられ且つ前記取り付け空間の内部に連結された排出軸を含み、前記排出軸には、前記取り付け空間の内部に位置して前記伝動歯車と噛み合える排出歯車が固定され、前記排出軸には、前記排出空間の内部に位置している螺旋回転片が固定され、前記排出箱の上端壁には、前記排出空間の内部に連結され、且つ伸縮できる下輸送管が固定され、前記排出箱の下端面には排出溝が形成され、前記排出溝の内部には上載置板が摺動可能に取り付けられ、前記上載置板の下端面には載置ブロックが固定され、前記上載置板の右端面と前記排出溝の右端壁とが排出ばねにより連結されていることを特徴とする請求項１に記載の配電箱の除湿装置。 The discharge mechanism also includes a discharge shaft rotatably attached to the left end wall of the discharge space and connected to the inside of the mounting space, the discharge shaft located inside the mounting space. A discharge gear that meshes with the transmission gear is fixed, a spiral rotating piece located inside the discharge space is fixed to the discharge shaft, and a spiral rotating piece located inside the discharge space is fixed to the upper end wall of the discharge box and connected to the inside of the discharge space. A lower transport pipe that can be expanded and contracted is fixed, a discharge groove is formed on the lower end surface of the discharge box, and a mounting plate is slidably attached to the inside of the discharge groove, and is below the mounting plate. The dehumidifying device for a power distribution box according to claim 1, wherein a mounting block is fixed to an end surface, and the right end surface of the mounting plate and the right end wall of the discharge groove are connected by a discharge spring. 前記切換機構は、前記加熱箱の上端面に形成された加熱溝を含み、前記加熱溝の内部には下磁性板が摺動可能に取り付けられ、前記下磁性板の右端面と前記加熱溝の右端壁とが引っ張りばねにより連結され、前記加熱箱の右端面には載置溝が形成され、前記載置溝の前後端壁には捻りばねが付いている右回転軸が回動可能に取り付けられ、前記右回転軸には下載置板が固定され、前記取り付け空間の右端壁には押し出しブロックが固定され、前記押し出しブロックには押し出し溝が形成され、前記押し出し溝の内部には下ラックが摺動可能に取り付けられ、前記下ラックの左端面と前記押し出し溝の左端壁とが押し出しばねにより連結され、前記主動軸には、前記回転歯車と前記左プーリとの間に位置して前記下ラックと噛み合っている下半円歯車が固定され、前記下ラックの右端面には、前記加熱空間の内部に位置している押し出し板が固定されていることを特徴とする請求項１に記載の配電箱の除湿装置。 The switching mechanism includes a heating groove formed on the upper end surface of the heating box, and a lower magnetic plate is slidably attached to the inside of the heating groove, and the right end surface of the lower magnetic plate and the heating groove The right end wall is connected by a tension spring, a mounting groove is formed on the right end surface of the heating box, and a right rotation shaft with a torsion spring is rotatably attached to the front and rear end walls of the above-mentioned mounting groove. The lower mounting plate is fixed to the right rotation shaft, the extrusion block is fixed to the right end wall of the mounting space, the extrusion groove is formed in the extrusion block, and the lower rack is inside the extrusion groove. It is slidably attached, and the left end surface of the lower rack and the left end wall of the extrusion groove are connected by an extrusion spring, and the lower drive shaft is located between the rotary gear and the left pulley. The first aspect of claim 1, wherein the lower half-circle gear that meshes with the rack is fixed, and an extrusion plate located inside the heating space is fixed to the right end surface of the lower rack. Dehumidifier for power distribution boxes. 前記切換機構は、前記加熱箱の右端面に固定された取り付け管を含み、前記取り付け管の上端面には前記上輸送管が固定され、前記取り付け管の後端面には前記下輸送管が固定され、前記下載置板の右端面には、前記取り付け管の内部に位置している送風機が固定されていることを特徴とする請求項１に記載の配電箱の除湿装置。 The switching mechanism includes a mounting pipe fixed to the right end surface of the heating box, the upper transport pipe is fixed to the upper end surface of the mounting pipe, and the lower transport pipe is fixed to the rear end surface of the mounting pipe. The dehumidifying device for a power distribution box according to claim 1, wherein a blower located inside the mounting pipe is fixed to the right end surface of the lower mounting plate.
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