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JP2022022943A - Removable step-on floor heating - Google Patents

Removable step-on floor heating Download PDF

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Publication number
JP2022022943A
JP2022022943A JP2020178659A JP2020178659A JP2022022943A JP 2022022943 A JP2022022943 A JP 2022022943A JP 2020178659 A JP2020178659 A JP 2020178659A JP 2020178659 A JP2020178659 A JP 2020178659A JP 2022022943 A JP2022022943 A JP 2022022943A
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rod
sliding
plate
fixedly provided
groove
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Japanese (ja)
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張偉
Wei Zhang
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    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00—Flooring
    • E04F15/02—Flooring or floor layers composed of a number of similar elements
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G5/00—Devices for producing mechanical power from muscle energy
    • F03G5/06—Devices for producing mechanical power from muscle energy other than of endless-walk type
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F03—MACHINES OR ENGINES FOR LIQUIDS; WIND, SPRING, OR WEIGHT MOTORS; PRODUCING MECHANICAL POWER OR A REACTIVE PROPULSIVE THRUST, NOT OTHERWISE PROVIDED FOR
    • F03G—SPRING, WEIGHT, INERTIA OR LIKE MOTORS; MECHANICAL-POWER PRODUCING DEVICES OR MECHANISMS, NOT OTHERWISE PROVIDED FOR OR USING ENERGY SOURCES NOT OTHERWISE PROVIDED FOR
    • F03G7/00—Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for
    • F03G7/08—Mechanical-power-producing mechanisms, not otherwise provided for or using energy sources not otherwise provided for recovering energy derived from swinging, rolling, pitching or like movements, e.g. from the vibrations of a machine
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
    • F24D3/00—Hot-water central heating systems
    • F24D3/12—Tube and panel arrangements for ceiling, wall, or underfloor heating
    • F24D3/14—Tube and panel arrangements for ceiling, wall, or underfloor heating incorporated in a ceiling, wall or floor
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F2290/00—Specially adapted covering, lining or flooring elements not otherwise provided for
    • E04F2290/02—Specially adapted covering, lining or flooring elements not otherwise provided for for accommodating service installations or utility lines, e.g. heating conduits, electrical lines, lighting devices or service outlets
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F2290/00—Specially adapted covering, lining or flooring elements not otherwise provided for
    • E04F2290/02—Specially adapted covering, lining or flooring elements not otherwise provided for for accommodating service installations or utility lines, e.g. heating conduits, electrical lines, lighting devices or service outlets
    • E04F2290/023—Specially adapted covering, lining or flooring elements not otherwise provided for for accommodating service installations or utility lines, e.g. heating conduits, electrical lines, lighting devices or service outlets for heating

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • Architecture (AREA)
  • General Engineering & Computer Science (AREA)
  • Structural Engineering (AREA)
  • Civil Engineering (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Central Heating Systems (AREA)
  • Domestic Hot-Water Supply Systems And Details Of Heating Systems (AREA)
  • Steam Or Hot-Water Central Heating Systems (AREA)

Abstract

To provide a removable step-on floor heating in which a heat insulation effect is improved.SOLUTION: A removable step-on floor heating is configured as follows: a foot board 23 is pushed downward, when a person walks on the present invention; the foot board moves a projection block 25 downward by a support block 24 in a U-shaped groove 26; a rack 33 is made to come down in a process where a second compression spring 27 is compressed and the foot board moves downward; a gear engages with the rack and the gear rotates, and thereby a rope is wound up; the rope pulls and moves a slider 28, and the slider is made to slide in a sliding way 29; a first compression spring 32 is compressed and force is stored in the sliding process of the slider, and at the same time, the slider causes friction between the support block and the lower end face of the foot board; a surface temperatures is increased by the frictional force; a second compression spring returns after a foot is separated from the foot board, and the second compression spring pushes and moves a projection block to thereby move the support block to the upper part; the first compression spring returns at the same time when the foot board returns to an initial position; and thereby the slider is made to slide in the anti-direction in the sliding way and returns to an initial state.SELECTED DRAWING: Figure 3

Description

本発明は、住宅熱供給分野に関し、具体的には、取り外し可能な踏付式床暖房に関する。 The present invention relates to the field of residential heat supply, specifically to removable stepped floor heating.

寒い冬において、住宅熱供給問題は、人々の日常生活に纏わる問題であり、従来の住宅熱供給のほとんどは、水管を床面タイルの下方に敷設し、水管の材質により水管の敷設数量が限られており、敷設後に水管の位置が固定され、床の受熱が不均一であり、熱供給を止めた後、水管の放熱が速く、床面タイル温度の保持時間が短く。 In the cold winter, the problem of housing heat supply is a problem related to people's daily life, and most of the conventional housing heat supply has water pipes laid under the floor tiles, and the number of water pipes laid is limited depending on the material of the water pipes. The position of the water pipe is fixed after laying, the heat reception of the floor is uneven, the heat dissipation of the water pipe is fast after the heat supply is stopped, and the holding time of the floor tile temperature is short.

中国特許出願公開第１０２７４８８０１号明細書Chinese Patent Application Publication No. 102748801

本発明の目的は、保温効果を向上させる取り外し可能な踏付式床暖房を提供し、従来技術における課題を解決することにある。 An object of the present invention is to provide a removable stepped floor heating that improves the heat retention effect, and to solve a problem in the prior art.

上記の目的を実現するために、取り外し可能な踏付式床暖房であって、筐体と、前記筐体内に設けられる水管と、前記筐体の上端に設けられる踏み機構と、前記水管内に設けられる調節機構と、前記水管の間に設けられる制御機構と、を含み、前記踏み機構は、二つの摺動構成部品と、前記摺動部品に設けられる支持構成部品と、前記支持構成部品に固定して設けられる踏板と、前記筐体の下側内壁に設けられる水管と、前記水管の一端に固定して設けられる水入口と、前記水管の他端に固定して設けられる水出口と、を含み、前記摺動構成部品は、前記筐体内に固定して設けられる摺動道と、前記摺動道内に往復摺動可能に設けられるスライダと、前記踏板の下端に固定して設けられるラックと、前記ラックの側壁に回転可能に設けられる歯車軸と、前記歯車軸に固定して設けられる歯車と、前記歯車軸に固定して設けられるリールと、前記摺動道に設けられる二つの第一滑車と、前記リールと前記第一滑車に巻回されるロープと、前記スライダと前記摺動道の側壁との間に固定して設けられる第一圧縮ばねと、を含み、二つの前記摺動構成部品は、前記筐体に対し左右対称となり、二つの前記支持構成部品は、前記筐体に対し左右対称となり、前記踏板は、前記筐体上を往復摺動でき、前記ロープは、一端が前記リールと固定して接続され、他端が前記スライダと固定して接続される。 In order to realize the above object, it is a removable stepping floor heating, and the housing, the water pipe provided in the housing, the stepping mechanism provided at the upper end of the housing, and the water pipe. The treading mechanism includes two sliding components, a support component provided on the sliding component, and the support component, including an adjusting mechanism provided and a control mechanism provided between the water pipes. A fixed tread plate, a water pipe provided on the lower inner wall of the housing, a water inlet fixedly provided at one end of the water pipe, and a water outlet fixedly provided at the other end of the water pipe. The sliding components include a sliding path fixedly provided in the housing, a slider provided so as to be reciprocally slidable in the sliding path, and a rack fixedly provided at the lower end of the tread plate. A gear shaft rotatably provided on the side wall of the rack, a gear fixed to the gear shaft, a reel fixed to the gear shaft, and two second gears provided on the sliding path. The two pulleys include one pulley, a rope wound around the reel and the first pulley, and a first compression spring fixedly provided between the slider and the side wall of the sliding path. The dynamic components are symmetrical with respect to the housing, the two support components are symmetrical with respect to the housing, the treads can slide back and forth on the housing, and the rope is at one end. Is fixedly connected to the reel, and the other end is fixedly connected to the slider.

前記支持構成部品は、前記スライダに固定して設けられるＵ字型溝と、突起ブロックと、支持ブロックと、第二圧縮ばねと、を含み、前記突起ブロックは、前記Ｕ字型溝内に往復摺動可能に設けられ、前記支持ブロックは、前記突起ブロックの上端に固定して設けられ、前記第二圧縮ばねは、前記突起ブロックの下端と前記Ｕ字型溝の下側内壁との間に固定して設けられる。 The support component includes a U-shaped groove fixed to the slider, a protrusion block, a support block, and a second compression spring, and the protrusion block reciprocates in the U-shaped groove. The support block is slidably provided, the support block is fixedly provided at the upper end of the protrusion block, and the second compression spring is provided between the lower end of the protrusion block and the lower inner wall of the U-shaped groove. It is fixedly installed.

前記調節機構は、前記スライダの下端に固定して設けられる支持具と、接続棒と、動かし棒と、第一ねじりばねと、回転軸と、回転盤と、五つの調節構成部品と、を含み、前記接続棒は、前記支持具の下端に固定して設けられ、前記動かし棒は、前記接続棒の下端に回転可能に設けられ、前記第一ねじりばねは、前記接続棒と前記動かし棒との間に固定して設けられ、前記回転軸は、前記支持具に回転可能に設けられ、前記回転盤は、前記回転軸に固定して設けられ、五つの前記調節構成部品は、前記回転盤に固定して設けられ、五つの前記調節構成部品は、前記回転盤に対し円周対称となり、前記第一ねじりばねは、一端が前記接続棒と固定して接続され、他端が前記動かし棒と固定して接続される。 The adjusting mechanism includes a support fixedly provided at the lower end of the slider, a connecting rod, a moving rod, a first torsion spring, a rotating shaft, a turntable, and five adjusting components. The connecting rod is fixedly provided at the lower end of the support, the moving rod is rotatably provided at the lower end of the connecting rod, and the first torsion spring is provided with the connecting rod and the moving rod. The rotary shaft is rotatably provided on the support, the rotary plate is fixedly provided on the rotary shaft, and the five adjustment components are the rotary plate. The five adjustment components are circumferentially symmetric with respect to the turntable, and the first torsion spring is connected by fixing one end to the connecting rod and the other end of the moving rod. It is fixedly connected with.

前記調節構成部品は、前記回転盤に固定して設けられる固定板と、回転板と、第二ねじりばねと、位置規制板と、配置空間と、摺動レールと、摺動棒と、二つの第三圧縮ばねと、制御棒と、二つの第二滑車と、第一位置規制溝と、位置規制ブロックと、第四圧縮ばねと、弾力縄と、第二位置規制溝と、を含み、前記回転板は、前記固定板に回転可能に設けられ、前記第二ねじりばねは、前記回転板と前記固定板との間に固定して設けられ、前記位置規制板は、前記回転板の上端に設けられ、前記配置空間は、前記位置規制板内に設けられ、前記摺動レールは、前記配置空間内に設けられ、前記摺動棒は、前記摺動レール内に往復摺動可能に設けられ、二つの前記第三圧縮ばねは、前記摺動棒と前記摺動レールとの間に固定して設けられ、前記制御棒は前記摺動棒の下端に固定して設けられ、二つの前記第二滑車は、前記制御棒に回転可能に設けられ、前記第一位置規制溝は、前記制御棒の下端に固定して設けられ、前記位置規制ブロックは、前記第一位置規制溝内に往復摺動可能に設けられ、前記第四圧縮ばねは、前記位置規制ブロックと前記第一位置規制溝との間に固定して設けられ、前記弾力縄は、前記第二滑車に巻回され、前記第二位置規制溝は、前記回転板に固定して設けられ、前記第二ねじりばねは、一端が前記回転板と固定して接続され、他端が前記固定板と固定して接続され、二つの前記第三圧縮ばねは、前記制御棒に対し上下対称となり、前記弾力縄は、一端が前記制御棒と固定して接続され、他端が前記位置規制ブロックと固定して接続される。 The adjustment component includes a fixing plate fixed to the rotary plate, a rotary plate, a second torsion spring, a position control plate, an arrangement space, a sliding rail, and a sliding rod. A third compression spring, a control rod, two second pulleys, a first position regulation groove, a position regulation block, a fourth compression spring, an elastic rope, and a second position regulation groove are included. The rotary plate is rotatably provided on the fixed plate, the second torsion spring is fixedly provided between the rotary plate and the fixed plate, and the position restricting plate is provided on the upper end of the rotary plate. The arrangement space is provided in the position control plate, the sliding rail is provided in the arrangement space, and the sliding rod is provided so as to be reciprocally slidable in the sliding rail. The two third compression springs are fixedly provided between the sliding rod and the sliding rail, and the control rod is fixedly provided at the lower end of the sliding rod, and the two third compression springs are provided. The two slides are rotatably provided on the control rod, the first position regulating groove is fixedly provided at the lower end of the control rod, and the position regulating block is reciprocated in the first position regulating groove. The fourth compression spring is movably provided, and the fourth compression spring is fixedly provided between the position regulation block and the first position regulation groove, and the elastic rope is wound around the second pulley and the first position is restricted. The two-position regulating groove is fixedly provided to the rotating plate, and the second torsion spring has one end fixed and connected to the rotating plate and the other end fixedly connected to the fixed plate. The third compression spring is vertically symmetrical with respect to the control rod, and one end of the elastic rope is fixedly connected to the control rod and the other end is fixedly connected to the position restricting block.

前記制御機構は、三つの固定構成部品と、三つの調節可能構成部品と、を含み、前記固定構成部品は、前記水管に往復摺動可能に設けられるローターと、ローター棒と、二つの引張ばねと、弧状板と、位置決め棒と、を含み、前記ローター棒は、二つの前記ローターの間に固定して設けられ、二つの前記引張ばねは、前記ローター棒に固定して設けられ、前記弧状板は、前記引張ばねに固定して設けられ、前記位置決め板は、一端の前記弧状板と前記筐体の内壁との間に固定して設けられ、二つの前記引張ばねは、前記ローター棒に対し上下対称となる。 The control mechanism includes three fixed components and three adjustable components, which are a rotor provided slidably back and forth in the water pipe, a rotor rod, and two tension springs. The rotor rod is fixedly provided between the two rotors, and the two tension springs are fixedly provided to the rotor rod and include the arcuate plate and the positioning rod. The plate is fixedly provided to the tension spring, the positioning plate is fixedly provided between the arcuate plate at one end and the inner wall of the housing, and the two tension springs are fixed to the rotor rod. On the other hand, it is vertically symmetrical.

前記調節可能構成部品は、前記水管に往復摺動可能に設けられる前記ローターと、前記摺動溝棒と、前記摺動溝と、前記第五圧縮ばねと、二つの前記引張ばねと、前記弧状板と、前記位置決め棒と、を含み、前記摺動溝棒は、前記ローターに固定して設けられ、前記摺動溝は、二つの前記摺動溝棒の間に設けられ、前記第五圧縮ばねは、前記摺動溝棒と前記摺動溝の内壁との間に固定して設けられ、二つの前記第二引張ばねは、前記摺動溝に固定して設けられ、前記弧状板は、前記引張ばねに固定して設けられ、前記位置決め棒は、一端の前記弧状板と前記筐体の内壁との間に固定して設けられ、二つの前記ローターは、前記摺動溝上を往復摺動でき、二つの前記引張ばねは、前記摺動溝に対し上下対称となる。 The adjustable component includes the rotor provided reciprocally slidable in the water pipe, the sliding groove rod, the sliding groove, the fifth compression spring, the two tension springs, and the arcuate shape. The sliding groove rod includes the plate and the positioning rod, and the sliding groove rod is fixedly provided to the rotor, and the sliding groove is provided between the two sliding groove rods, and the fifth compression is performed. The spring is fixedly provided between the sliding groove rod and the inner wall of the sliding groove, the two second tension springs are fixedly provided in the sliding groove, and the arcuate plate is provided. The positioning rod is fixedly provided between the arc-shaped plate at one end and the inner wall of the housing, and the two rotors are reciprocally slid on the sliding groove. The two tension springs can be vertically symmetrical with respect to the sliding groove.

作動原理：複数の前記取り外し可能な踏付式床暖房を敷設し、一つの本発明における水入口をもう一つの本発明における水出口と連通した後に、前記取り外し可能な踏付式床暖房を住宅の給水口と連通し、閉じる水回路を形成する。 Principle of operation: After laying a plurality of the removable stepped floor heaters and communicating the water inlet in the present invention with the water outlet in the other invention, the removable stepped floor heating is installed in a house. It communicates with the water supply port of the water supply port and forms a closed water circuit.

熱を供給する時に、熱水が水管内に入り、水がないと軟性を示す水管に突然に水流が入ることで、水管が水流の作用により拡張され、直径が大きくなり、水管が調節可能構成部品のローターを押し動かし、ローターが摺動溝棒を摺動溝内で摺動させ、第五圧縮ばねが圧縮されて力を蓄え、圧縮された第五圧縮ばねが復位し、第五圧縮ばねの反発力により摺動溝棒が摺動溝の外部へ摺動し、ローターが水管を左右揺動させ、水管が一定範囲内を均一的に揺動し、水管の所在範囲が均一的に受熱するとともに、ローターが水管上を相対摺動し、ローターの摺動過程において、摺動溝が一端の引張ばねを圧縮し且つ他端の引張ばねを引っ張り、引っ張られる引張ばねと圧縮される引張ばねとが摺動溝を水管の間に形成された一定範囲内で上下往復摺動させ、水管の左右揺動を安定的にすると同時に、引張ばねが弧状板を連動させて水管の角を支持し、水管の角の部位が折れて詰まりを引き起こすことが回避されるとともに、固定構成部品は、ローター棒によって水管に対し硬性支持を行い、水管の揺動安定性を保証し、固定構成部品は、ローターの摺動過程においてローター棒により一端の引張ばねを圧縮して他端の引張ばねを引っ張り、引っ張られる前記引張ばねと圧縮される前記引張ばねが前記摺動溝を水管の間に形成された一定範囲内で上下往復摺動させる。 When hot water is supplied, hot water enters the water pipe, and when there is no water, the water pipe suddenly enters the water pipe, which is soft, and the water pipe is expanded by the action of the water flow, the diameter is increased, and the water pipe is adjustable. The rotor of the component is pushed and moved, the rotor slides the sliding groove rod in the sliding groove, the fifth compression spring is compressed and stores force, the compressed fifth compression spring is restored, and the fifth compression spring. The sliding groove rod slides to the outside of the sliding groove due to the repulsive force of, the rotor swings the water pipe left and right, the water pipe swings uniformly within a certain range, and the location range of the water pipe uniformly receives heat. At the same time, the rotor slides relative to the water pipe, and in the sliding process of the rotor, the sliding groove compresses the tension spring at one end and pulls the tension spring at the other end, and the tension spring that is pulled and the tension spring that is compressed. The sliding groove is slid up and down within a certain range formed between the water pipes to stabilize the left and right swing of the water pipes, and at the same time, the tension spring interlocks the arcuate plate to support the corners of the water pipes. In addition to avoiding breakage of the corners of the water pipe and causing clogging, the fixed component provides rigid support to the water pipe with a rotor rod, ensuring the rocking stability of the water pipe, and the fixed component is a fixed component. In the sliding process of the rotor, the tension spring at one end is compressed by the rotor rod to pull the tension spring at the other end, and the tension spring to be pulled and the tension spring to be compressed form the sliding groove between the water pipes. Slide up and down within a certain range.

水流が水管に流れ込んで調節機構に衝突し、水流の作用によって回転盤が回転軸上を相対回転し、回転盤が調節構成部品を回転させ、初期状態において摺動棒が第三圧縮ばねの作用によって摺動レールの外部まで延在し、第一位置規制溝と第二位置規制溝とが接触し、位置規制ブロックが第四圧縮ばねの作用によって第一位置規制溝から第二位置規制溝内に延在して制御棒の位置を規制し、調節構成部品が水管の最下端まで回転した時、凹み溝状をなす調節構成部品が水を内部に収納して、水管を流れる水流が邪魔されて流速が低下し、水が調節機構で溜まる時間が長くなり、放熱効果が向上し、本発明表面の温度が高くなり、調節構成部品が一番上端まで回転した時、動かし棒が摺動棒と接触して摺動棒を圧縮して摺動レール内に摺動させ、第三圧縮ばねが圧縮されて力を蓄え、摺動棒が下方に移動して制御棒を下方に移動させ、制御棒が弾力縄を引っ張って位置規制ブロックを摺動させて第二位置規制溝内から出させ、第四圧縮ばねが圧縮され、回転板の位置が規制されなくなり、回転板が水の重力によって固定板上を回転し、水が速く調節構成部品を流れて調節構成部品の後続作業と後続の温度制御に影響せず、動かし棒が摺動棒と接触した後に接続棒上を相対回転し、第一ねじりばねが力を蓄え、動かし棒が摺動棒と接触しなくなった後に、第一ねじりばねが復位して動かし棒を初期状態に戻すと同時に、摺動棒が圧縮されなくなって第三圧縮ばねの作用によって摺動レールから滑り出て、摺動棒が制御棒を初期位置まで引き動かし、第一位置規制溝と第二位置規制ばねとが再び接触し、位置規制ブロックが第四圧縮ばねの作用によって第二位置規制溝内に摺動し、回転盤の位置を再び規制する。 The water flow flows into the water pipe and collides with the adjustment mechanism, and the action of the water flow causes the turntable to rotate relative to the axis of rotation, the turntable rotates the adjustment component, and the sliding rod acts as the third compression spring in the initial state. It extends to the outside of the sliding rail, the first position regulation groove and the second position regulation groove come into contact, and the position regulation block moves from the first position regulation groove to the inside of the second position regulation groove by the action of the fourth compression spring. When the adjustment component rotates to the lowermost end of the water pipe, the adjustment component forming a recessed groove stores water inside, and the water flow through the water pipe is obstructed. When the flow velocity decreases, the time for water to accumulate in the adjustment mechanism becomes longer, the heat dissipation effect improves, the surface temperature of the present invention rises, and the adjustment component rotates to the uppermost end, the moving rod becomes a sliding rod. The sliding rod is compressed and slid into the sliding rail in contact with, the third compression spring is compressed to store force, and the sliding rod moves downward to move the control rod downward to control. The rod pulls the elastic rope and slides the position regulation block out of the second position regulation groove, the fourth compression spring is compressed, the position of the rotating plate is not regulated, and the rotating plate is fixed by the gravity of water. It rotates on the plate, and the water flows quickly through the adjusting component without affecting the subsequent work of the adjusting component and the subsequent temperature control, and after the moving rod comes into contact with the sliding rod, it rotates relative to the connecting rod. After the one-twisting spring stores the force and the moving rod does not come into contact with the sliding rod, the first torsion spring repositions and returns the moving rod to the initial state, and at the same time, the sliding rod is not compressed and the third compression. The action of the spring slides out of the sliding rail, the sliding rod pulls the control rod to its initial position, the first position regulating groove and the second position regulating spring come into contact again, and the position regulating block becomes the fourth compression spring. Slides into the second position regulation groove by the action of, and regulates the position of the turntable again.

人が本発明上を歩く時に、歩く過程において踏板が下方に押され、踏板が支持ブロックによって突起ブロックをＵ字型溝内で下方に移動させ、第二圧縮ばねが圧縮され、踏板が下方に移動する過程においてラックを下降させ、ラックと歯車が噛み合い、歯車が歯車軸によってリールを連動させ、リールが回転して第一滑車によってロープを巻き、ロープがスライダを引き動かしてスライダに摺動道内を摺動させ、スライダの摺動過程において第一圧縮ばねが圧縮されて力を蓄えると同時に、スライダが支持ブロックと踏板の下端面との間に摩擦を引き起こし、摩擦力によって本発明表面の温度を増やし、保温時間が伸ばされ、足が踏板から離れた後、第二圧縮ばねが復位し、第二圧縮ばねが突起ブロックを押し動かして支持ブロックを上方へ移動させ、踏板が初期位置まで戻ると同時に、第一圧縮バネが復位することによってスライダが摺動道内を反方向へ摺動して初期状態に戻る。 When a person walks on the present invention, the tread plate is pushed downward in the walking process, the tread plate moves the protruding block downward in the U-shaped groove by the support block, the second compression spring is compressed, and the tread plate moves downward. In the process of moving, the rack is lowered, the rack and the gear mesh with each other, the gear interlocks the reel with the gear shaft, the reel rotates and the rope is wound by the first pulley, and the rope pulls the slider and slides on the slider. The first compression spring is compressed and stores force in the sliding process of the slider, and at the same time, the slider causes friction between the support block and the lower end surface of the tread plate, and the frictional force causes the temperature of the surface of the present invention. After the heat retention time is extended and the foot is separated from the tread plate, the second compression spring is repositioned, the second compression spring pushes the protrusion block and moves the support block upward, and the tread plate returns to the initial position. At the same time, when the first compression spring is restored, the slider slides in the opposite direction in the sliding path and returns to the initial state.

従来技術に比べ、本発明は下記のメリットを有する： The present invention has the following advantages over the prior art:

本発明は、構造が簡単で、水管に本発明における内壁の一定範囲内を移動させ、受熱が均一であり、また、本発明内部を流れる水に対し、調節、処理を行い、加熱時間が伸ばされるとともに、人が床上を歩く時の踏みを、熱エネルギーに転換し、保温放熱効果が向上する。 The present invention has a simple structure, moves a water pipe within a certain range of the inner wall of the present invention, receives heat uniformly, and adjusts and treats the water flowing inside the present invention to extend the heating time. At the same time, the stepping when a person walks on the floor is converted into heat energy, and the heat retention and heat dissipation effect is improved.

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。 Each direction described in the present application is a direction when the device is viewed in the same direction as in FIG.

本発明の構造実施例図である。It is a structural example figure of this invention. 図１におけるＡの部分の拡大図である。It is an enlarged view of the part A in FIG. 図１のＨ―Ｈ線に沿う構造図である。It is a structural drawing which follows the HH line of FIG. 図３におけるＢの部分の拡大図である。It is an enlarged view of the part B in FIG. 図３におけるＣの部分の拡大図である。It is an enlarged view of the part C in FIG. 図５におけるＤの部分の拡大図である。It is an enlarged view of the part D in FIG. 図６におけるＥの部分の拡大図である。It is an enlarged view of the part E in FIG. 図７におけるＦの部分の拡大図である。It is an enlarged view of the part F in FIG. 7. 図５の左側方向構造図である。It is a left side structural view of FIG. 図８における接続棒54の左側方向構造図である。It is a left side structural view of the connection rod 54 in FIG. 図４における歯車３４の左側方向構造図である。FIG. 4 is a left-side structural view of the gear 34 in FIG.

図１～１０に示すように、取り外し可能な踏付式床暖房であって、筐体１０と、前記筐体１０内に設けられる水管１２と、前記筐体１０の上端に設けられる踏み機構と、前記水管１２内に設けられる調節機構と、前記水管１２の間に設けられる制御機構と、を含み、前記踏み機構は、二つの摺動構成部品と、前記摺動部品に設けられる支持構成部品と、前記支持構成部品に固定して設けられる踏板２３と、前記筐体１０の下側内壁に設けられる水管１２と、前記水管１２の一端に固定して設けられる水入口１３と、前記水管１２の他端に固定して設けられる水出口１４と、を含み、前記摺動構成部品は、前記筐体１０内に固定して設けられる摺動道２９と、前記摺動道２９内に往復摺動可能に設けられるスライダ２８と、前記踏板２３の下端に固定して設けられるラック３３と、前記ラック３３の側壁に回転可能に設けられる歯車軸５７と、前記歯車軸５７に固定して設けられる歯車３４と、前記歯車軸５７に固定して設けられるリール５８と、前記摺動道２９に設けられる二つの第一滑車３５と、前記リール５８と前記第一滑車３５に巻回されるロープ３１と、前記スライダ２８と前記摺動道２９の側壁との間に固定して設けられる第一圧縮ばね３２と、を含み、二つの前記摺動構成部品は、前記筐体１０に対し左右対称となり、二つの前記支持構成部品は、前記筐体１０に対し左右対称となり、前記踏板２３は、前記筐体１０上を往復摺動でき、前記ロープ３１は、一端が前記リール５８と固定して接続され、他端が前記スライダ２８と固定して接続される。人が本発明の上を歩く時に、踏板２３が下方へ押され、踏板２３が支持ブロック２４によって突起ブロック２５にＵ字型溝２６内を下降させ、第二圧縮ばね２７が圧縮され、踏板２３が下降する過程においてラック３３を下降させ、ラック３３が歯車３４と噛み合い、歯車３４が歯車軸５７によってリール５８を連動させ、リール５８が回転して第一滑車３５によりロープ３１を巻き、ロープ３１がスライダ２８を引き動かして摺動道２９内で摺動させ、スライダ２８の摺動過程において第一圧縮ばね３２が圧縮されて力を蓄えると同時に、スライダ２８により支持ブロック２４と踏板２３の下端面との間に摩擦が起こり、摩擦力によって本発明表面の温度が増え、保温時間が伸ばされ、人の足が踏板２３から離れた後、第二圧縮ばね２７が復位し、突起ブロック２５が押し動かされて支持ブロック２４を上方へ移動させ、踏板２３が初期位置まで戻ると同時に、第一圧縮ばね３２が復位してスライダ２８を押し動かし、スライダ２８が摺動道２９内を反方向へ摺動して初期状態に戻る。 As shown in FIGS. 1 to 10, the removable stepping floor heating includes a housing 10, a water pipe 12 provided in the housing 10, and a stepping mechanism provided at the upper end of the housing 10. The treading mechanism includes two sliding components and a support component provided in the sliding component, including an adjusting mechanism provided in the water pipe 12 and a control mechanism provided between the water pipe 12. A tread plate 23 fixed to the support component, a water pipe 12 provided on the lower inner wall of the housing 10, a water inlet 13 fixed to one end of the water pipe 12, and the water pipe 12. The sliding component includes a water outlet 14 fixedly provided at the other end of the housing 10, and a sliding path 29 fixedly provided in the housing 10 and a reciprocating sliding in the sliding path 29. A slider 28 movably provided, a rack 33 fixed to the lower end of the tread plate 23, a gear shaft 57 rotatably provided on the side wall of the rack 33, and a gear shaft 57 fixed to the gear shaft 57. A gear 34, a reel 58 fixed to the gear shaft 57, two first pulleys 35 provided on the sliding path 29, and a rope 31 wound around the reel 58 and the first pulley 35. And a first compression spring 32 fixedly provided between the slider 28 and the side wall of the sliding path 29, the two sliding components are bilaterally symmetrical with respect to the housing 10. The two support components are symmetrical with respect to the housing 10, the tread plate 23 can slide back and forth on the housing 10, and the rope 31 is connected with one end fixed to the reel 58. The other end is fixedly connected to the slider 28. When a person walks on the present invention, the tread plate 23 is pushed downward, the tread plate 23 is lowered in the U-shaped groove 26 by the support block 24 into the protrusion block 25, the second compression spring 27 is compressed, and the tread plate 23 is compressed. In the process of lowering, the rack 33 is lowered, the rack 33 meshes with the gear 34, the gear 34 interlocks the reel 58 with the gear shaft 57, the reel 58 rotates, the rope 31 is wound by the first pulley 35, and the rope 31. Pulls the slider 28 to slide it in the sliding path 29, and in the sliding process of the slider 28, the first compression spring 32 is compressed to store the force, and at the same time, the slider 28 under the support block 24 and the tread plate 23. Friction occurs between the end face and the surface of the present invention due to the frictional force, the heat retention time is extended, the second compression spring 27 is repositioned after the human foot is separated from the tread plate 23, and the protrusion block 25 is formed. It is pushed to move the support block 24 upward, and at the same time the tread plate 23 returns to the initial position, the first compression spring 32 is restored and pushes the slider 28, and the slider 28 moves in the opposite direction in the sliding path 29. It slides and returns to the initial state.

前記支持構成部品は、前記スライダ２８に固定して設けられるＵ字型溝２６と、突起ブロック２５と、支持ブロック２４と、第二圧縮ばね２７と、を含み、前記突起ブロック２５は、前記Ｕ字型溝２６内に往復摺動可能に設けられ、前記支持ブロック２４は、前記突起ブロック２５の上端に固定して設けられ、前記第二圧縮ばね２７は、前記突起ブロック２５の下端と前記Ｕ字型溝２６の下側内壁との間に固定して設けられる。人が本発明上を歩く時に、歩く過程において踏板２３が下方に押され、踏板２３が支持ブロック２４によって突起ブロック２５をＵ字型溝２６内で下方に移動させ、第二圧縮ばね２７が圧縮され、踏板２３が下方に移動する過程においてラック３３を下降させ、ラック３３と歯車３４が噛み合い、歯車３４が歯車軸５７によってリール５８を連動させ、リール５８が回転して第一滑車３５によってロープ３１を巻き、ロープ３１がスライダ２８を引き動かして摺動道２９内を摺動させ、スライダ２８の摺動過程において第一圧縮ばね３２が圧縮されて力を蓄えると同時に、スライダ２８が支持ブロック２４と踏板２３の下端面との間に摩擦を引き起こし、摩擦力によって本発明表面の温度を増やし、保温時間が伸ばされ、足が踏板２３から離れた後、第二圧縮ばね２７が復位し、突起ブロック２５を押し動かして支持ブロック２４を上方へ移動させ、踏板２３が初期位置まで戻ると同時に、第一圧縮バネ３２が復位することによってスライダ２８が摺動道２９内を反方向へ摺動して初期状態に戻る。 The support component includes a U-shaped groove 26 fixed to the slider 28, a protrusion block 25, a support block 24, and a second compression spring 27, and the protrusion block 25 is the U. The support block 24 is provided so as to be slidable back and forth in the character groove 26, the support block 24 is fixedly provided at the upper end of the protrusion block 25, and the second compression spring 27 is provided at the lower end of the protrusion block 25 and the U. It is fixedly provided between the character groove 26 and the lower inner wall. When a person walks on the present invention, the tread plate 23 is pushed downward in the walking process, the tread plate 23 moves the protrusion block 25 downward in the U-shaped groove 26 by the support block 24, and the second compression spring 27 compresses. In the process of moving the tread plate 23 downward, the rack 33 is lowered, the rack 33 and the gear 34 mesh with each other, the gear 34 interlocks the reel 58 with the gear shaft 57, the reel 58 rotates, and the rope is rotated by the first pulley 35. 31 is wound, the rope 31 pulls the slider 28 to slide in the sliding path 29, and in the sliding process of the slider 28, the first compression spring 32 is compressed to store force, and at the same time, the slider 28 is a support block. Friction is caused between the 24 and the lower end surface of the tread plate 23, the temperature of the surface of the present invention is increased by the frictional force, the heat retention time is extended, and after the foot is separated from the tread plate 23, the second compression spring 27 is restored. The protrusion block 25 is pushed and moved to move the support block 24 upward, and at the same time as the tread plate 23 returns to the initial position, the first compression spring 32 is restored so that the slider 28 slides in the sliding path 29 in the opposite direction. And return to the initial state.

前記調節機構は、前記スライダ２８の下端に固定して設けられる支持具５３と、接続棒５４と、動かし棒５５と、第一ねじりばね５６と、回転軸３６と、回転盤３７と、五つの調節構成部品と、を含み、前記接続棒５４は、前記支持具５３の下端に固定して設けられ、前記動かし棒５５は、前記接続棒５４の下端に回転可能に設けられ、前記第一ねじりばね５６は、前記接続棒５４と前記動かし棒５５との間に固定して設けられ、前記回転軸３６は、前記支持具５３に回転可能に設けられ、前記回転盤３７は、前記回転軸３６に固定して設けられ、五つの前記調節構成部品は、前記回転盤３７に固定して設けられ、五つの前記調節構成部品は、前記回転盤３７に対し円周対称となり、前記第一ねじりばね５６は、一端が前記接続棒５４と固定して接続され、他端が前記動かし棒５５と固定して接続される。水流が水管１２に流れ込んで調節機構に衝突し、水流の作用によって回転盤３７が回転軸３６上を相対回転し、回転盤３７が調節構成部品を回転させ、動かし棒５５が摺動棒４３と接触した後に接続棒５４上を相対回転し、第一ねじりばね５６が力を蓄え、動かし棒５５と摺動棒４３とが接触しなくなった後、第一ねじりばね５６が復位して動かし棒５５を初期状態に戻す。 The adjusting mechanism includes five supports 53 fixed to the lower end of the slider 28, a connecting rod 54, a moving rod 55, a first torsion spring 56, a rotating shaft 36, and a rotating disk 37. The connecting rod 54, including the adjusting component, is fixedly provided at the lower end of the support 53, and the moving rod 55 is rotatably provided at the lower end of the connecting rod 54, and the first twist. The spring 56 is fixedly provided between the connecting rod 54 and the moving rod 55, the rotating shaft 36 is rotatably provided on the support 53, and the rotating disk 37 is the rotating shaft 36. The five adjustment components are fixedly provided on the turntable 37, and the five adjustment components are circumferentially symmetrical with respect to the turntable 37, and the first torsion spring is provided. One end of the 56 is fixedly connected to the connecting rod 54, and the other end is fixedly connected to the moving rod 55. The water flow flows into the water pipe 12 and collides with the adjusting mechanism, the rotating disk 37 rotates relative to the rotating shaft 36 by the action of the water flow, the rotating disk 37 rotates the adjusting component, and the moving rod 55 becomes the sliding rod 43. After contacting, they rotate relative to each other on the connecting rod 54, the first torsion spring 56 stores a force, and after the moving rod 55 and the sliding rod 43 do not come into contact with each other, the first torsion spring 56 is repositioned and the moving rod 55. To return to the initial state.

前記調節構成部品は、前記回転盤３７に固定して設けられる固定板３９と、回転板３８と、第二ねじりばね４０と、位置規制板４１と、配置空間４２と、摺動レール４４と、摺動棒４３と、二つの第三圧縮ばね４６と、制御棒４５と、二つの第二滑車５２と、第一位置規制溝４９と、位置規制ブロック４８と、第四圧縮ばね５１と、弾力縄５０と、第二位置規制溝４７と、を含み、前記回転板３８は、前記固定板３９に回転可能に設けられ、前記第二ねじりばね４０は、前記回転板３８と前記固定板３９との間に固定して設けられ、前記位置規制板４１は、前記回転板３８の上端に設けられ、前記配置空間４２は、前記位置規制板４１内に設けられ、前記摺動レール４４は、前記配置空間４２内に設けられ、前記摺動棒４３は、前記摺動レール４４内に往復摺動可能に設けられ、二つの前記第三圧縮ばね４６は、前記摺動棒４３と前記摺動レール４４との間に固定して設けられ、前記制御棒４５は前記摺動棒４３の下端に固定して設けられ、二つの前記第二滑車５２は、前記制御棒４５に回転可能に設けられ、前記第一位置規制溝４９は、前記制御棒４５の下端に固定して設けられ、前記位置規制ブロック４８は、前記第一位置規制溝４９内に往復摺動可能に設けられ、前記第四圧縮ばね５１は、前記位置規制ブロック４８と前記第一位置規制溝４９との間に固定して設けられ、前記弾力縄５０は、前記第二滑車５２に巻回され、前記第二位置規制溝４７は、前記回転板３８に固定して設けられ、前記第二ねじりばね４０は、一端が前記回転板３８と固定して接続され、他端が前記固定板３９と固定して接続され、二つの前記第三圧縮ばね４６は、前記制御棒４５に対し上下対称となり、前記弾力縄５０は、一端が前記制御棒４５と固定して接続され、他端が前記位置規制ブロック４８と固定して接続される。水流が水管１２に流れ込んで調節機構に衝突し、水流の作用によって回転盤３７が回転軸３６上を相対回転し、回転盤３７が調節構成部品を回転させ、初期状態において摺動棒４３が第三圧縮ばね４６の作用によって摺動レール４４の外部まで延在し、第一位置規制溝４９と第二位置規制溝４７とが接触し、位置規制ブロック４８が第四圧縮ばね５１の作用によって第一位置規制溝４９から第二位置規制溝４７内に延在して制御棒４５の位置を規制し、調節構成部品が水管１２の最下端まで回転した時、凹み溝状をなす調節構成部品が水を内部に収納して、水管１２を流れる水流が邪魔されて流速が低下し、水が調節機構で溜まる時間が長くなり、放熱効果が向上し、本発明表面の温度が高くなり、調節構成部品が一番上端まで回転した時、動かし棒５５が摺動棒４３と接触して摺動棒４３を圧縮して摺動レール４４内に摺動させ、第三圧縮ばね４６が圧縮されて力を蓄え、摺動棒４３が下方に移動して制御棒４５を下方に移動させ、制御棒４５が弾力縄５０を引っ張って位置規制ブロック４８を摺動させて第二位置規制溝４７内から出させ、第四圧縮ばね５１が圧縮され、回転板３８の位置が規制されなくなり、回転板３８が水の重力によって固定板３９上を回転し、水が速く調節構成部品を流れて調節構成部品の後続作業と後続の温度制御に影響せず、動かし棒５５が摺動棒４３と接触した後に接続棒５４上を相対回転し、第一ねじりばね５６が力を蓄え、動かし棒５５が摺動棒４３と接触しなくなった後に、第一ねじりばね５６が復位し、動かし棒５５が初期状態に戻ると同時に、摺動棒４３が圧縮されなくなって第三圧縮ばね46の作用によって摺動レール４４から滑り出て、摺動棒４３が制御棒４５を初期位置まで引き動かし、第一位置規制溝４９と第二位置規制ばね４７とが再び接触し、位置規制ブロック４８が第四圧縮ばね５１の作用によって第二位置規制溝４７内に摺動し、回転盤３７の位置を再び規制する。 The adjustment component includes a fixing plate 39 fixed to the rotary plate 37, a rotary plate 38, a second torsion spring 40, a position regulation plate 41, an arrangement space 42, a sliding rail 44, and the like. A sliding rod 43, two third compression springs 46, a control rod 45, two second slides 52, a first position regulation groove 49, a position regulation block 48, a fourth compression spring 51, and elasticity. The rotating plate 38 includes the rope 50 and the second position regulating groove 47, and the rotating plate 38 is rotatably provided on the fixing plate 39, and the second torsion spring 40 includes the rotating plate 38 and the fixing plate 39. The position restricting plate 41 is provided at the upper end of the rotating plate 38, the arrangement space 42 is provided in the position restricting plate 41, and the sliding rail 44 is provided. The sliding rod 43 is provided in the arrangement space 42 so as to be reciprocally slidable in the sliding rail 44, and the two third compression springs 46 are the sliding rod 43 and the sliding rail. The control rod 45 is fixedly provided between the control rod 45 and the lower end of the sliding rod 43, and the two second slides 52 are rotatably provided on the control rod 45. The first position regulation groove 49 is fixedly provided at the lower end of the control rod 45, and the position regulation block 48 is provided so as to be reciprocally slidable in the first position regulation groove 49, and the fourth compression is performed. The spring 51 is fixedly provided between the position restricting block 48 and the first position restricting groove 49, and the elastic rope 50 is wound around the second pulley 52 and the second position restricting groove 47 is wound. Is fixedly provided to the rotary plate 38, one end of the second torsion spring 40 is fixedly connected to the rotary plate 38, and the other end is fixedly connected to the fixed plate 39. The third compression spring 46 is vertically symmetrical with respect to the control rod 45, and one end of the elastic rope 50 is fixedly connected to the control rod 45 and the other end is fixedly connected to the position regulation block 48. Will be done. The water flow flows into the water pipe 12 and collides with the adjusting mechanism, the rotating disk 37 rotates relative to the rotating shaft 36 by the action of the water flow, the rotating disk 37 rotates the adjusting component, and the sliding rod 43 is the first in the initial state. The third compression spring 46 extends to the outside of the sliding rail 44, the first position regulating groove 49 and the second position regulating groove 47 come into contact with each other, and the position regulating block 48 is moved by the action of the fourth compression spring 51. When the position of the control rod 45 is restricted by extending from the one-position regulating groove 49 to the inside of the second-position regulating groove 47 and the adjusting component rotates to the lowermost end of the water pipe 12, the adjusting component forming a concave groove shape is formed. The water is stored inside, the flow of water flowing through the water pipe 12 is obstructed, the flow velocity decreases, the time for the water to accumulate in the adjustment mechanism becomes longer, the heat dissipation effect improves, the temperature of the surface of the present invention rises, and the adjustment configuration When the component rotates to the uppermost end, the moving rod 55 comes into contact with the sliding rod 43, compresses the sliding rod 43 and slides it into the sliding rail 44, and the third compression spring 46 is compressed and exerts a force. The sliding rod 43 moves downward to move the control rod 45 downward, and the control rod 45 pulls the elastic rope 50 to slide the position restricting block 48 and exits from the inside of the second position restricting groove 47. The fourth compression spring 51 is compressed, the position of the rotating plate 38 is not regulated, the rotating plate 38 rotates on the fixed plate 39 due to the gravity of water, and the water flows quickly through the adjusting component to form the adjusting component. After the moving rod 55 comes into contact with the sliding rod 43, it rotates relative to the connecting rod 54 without affecting the subsequent work and the subsequent temperature control, the first torsion spring 56 stores the force, and the moving rod 55 is the sliding rod. After the contact with the 43 is lost, the first torsion spring 56 is restored and the moving rod 55 returns to the initial state, and at the same time, the sliding rod 43 is not compressed and the third compression spring 46 acts from the sliding rail 44. As it slides out, the sliding rod 43 pulls the control rod 45 to the initial position, the first position restricting groove 49 and the second position restricting spring 47 come into contact again, and the position restricting block 48 acts on the fourth compression spring 51. It slides into the second position regulating groove 47 and regulates the position of the turntable 37 again.

前記制御機構は、三つの固定構成部品と、三つの調節可能構成部品と、を含み、前記固定構成部品は、前記水管１２に往復摺動可能に設けられるローター１９と、ローター棒１８と、二つの引張ばね１７と、弧状板１６と、位置決め棒１５と、を含み、前記ローター棒１８は、二つの前記ローター１９の間に固定して設けられ、二つの前記引張ばね１７は、前記ローター棒１８に固定して設けられ、前記弧状板１６は、前記引張ばね１７に固定して設けられ、前記位置決め板１５は、一端の前記弧状板１６と前記筐体１０の内壁との間に固定して設けられ、二つの前記引張ばね１７は、前記ローター棒１８に対し上下対称となる。熱を供給する時に、熱水が水管１２内に入り、水がないと軟性を示す水管１２に突然に水流が入ることで、水管１２が水流の作用により拡張され、直径が大きくなり、水管１２が調節可能構成部品のローター１９を押し動かし、ローター１９が摺動溝棒２１を摺動溝２０内で摺動させ、第五圧縮ばね２２が圧縮されて力を蓄え、圧縮された第五圧縮ばね２２が復位し、第五圧縮ばね２２の反発力によって摺動溝棒２１が摺動溝２０の外部へ摺動し、ローター１９が水管１２を左右揺動させ、水管１２が一定範囲内を均一的に揺動し、水管１２の所在範囲が均一的に受熱するとともに、ローター１９が水管１２上を相対摺動し、ローター１９の摺動過程において、摺動溝２０が一端の引張ばね１７を圧縮し且つ他端の引張ばね１７を引っ張り、引っ張られる引張ばね１７と圧縮される引張ばね１７とが摺動溝２０を水管１２の間に形成された一定範囲内で上下往復摺動させ、水管１２の左右揺動を安定的にすると同時に、引張ばね１７が弧状板１６を連動させて水管１２の角を支持し、水管１２の角の部位が折れて詰まりを引き起こすことが回避される。 The control mechanism includes three fixed components, three adjustable components, and the fixed components include a rotor 19 and a rotor rod 18 provided so as to be reciprocally slidable to the water pipe 12. The rotor rod 18 includes one tension spring 17, an arcuate plate 16, and a positioning rod 15, and the rotor rod 18 is fixedly provided between the two rotors 19, and the two tension springs 17 are the rotor rods. The arcuate plate 16 is fixedly provided to the tension spring 17, and the positioning plate 15 is fixed between the arcuate plate 16 at one end and the inner wall of the housing 10. The two tension springs 17 are vertically symmetrical with respect to the rotor rod 18. When hot water is supplied, hot water enters the water pipe 12, and when there is no water, a water flow suddenly enters the water pipe 12, which is soft, so that the water pipe 12 is expanded by the action of the water flow, the diameter becomes large, and the water pipe 12 Pushes and moves the rotor 19 of the adjustable component, the rotor 19 slides the sliding groove rod 21 in the sliding groove 20, and the fifth compression spring 22 is compressed to store force and the compressed fifth compression. The spring 22 is restored, the sliding groove rod 21 slides to the outside of the sliding groove 20 due to the repulsive force of the fifth compression spring 22, the rotor 19 swings the water pipe 12 left and right, and the water pipe 12 stays within a certain range. It swings uniformly, the location range of the water pipe 12 receives heat uniformly, the rotor 19 slides relative to the water pipe 12, and in the sliding process of the rotor 19, the sliding groove 20 has a tension spring 17 at one end. The tension spring 17 at the other end is pulled, and the tension spring 17 to be pulled and the tension spring 17 to be compressed slide the sliding groove 20 up and down within a certain range formed between the water pipes 12. At the same time as stabilizing the left-right swing of the water pipe 12, the tension spring 17 interlocks the arcuate plate 16 to support the corner of the water pipe 12, and it is possible to prevent the corner portion of the water pipe 12 from breaking and causing clogging.

前記調節可能構成部品は、前記水管１２に往復摺動可能に設けられる前記ローター１９と、前記摺動溝棒２１と、前記摺動溝２０と、前記第五圧縮ばね２２と、二つの前記引張ばね１７と、前記弧状板１６と、前記位置決め棒１５と、を含み、前記摺動溝棒２１は、前記ローター１９に固定して設けられ、前記摺動溝２０は、二つの前記摺動溝棒２１の間に設けられ、前記第五圧縮ばね２２は、前記摺動溝棒２１と前記摺動溝２０の内壁との間に固定して設けられ、二つの前記第二引張ばね１７は、前記摺動溝２０に固定して設けられ、前記弧状板１６は、前記引張ばね１７に固定して設けられ、前記位置決め棒１５は、一端の前記弧状板１６と前記筐体１０の内壁との間に固定して設けられ、二つの前記ローター１９は、前記摺動溝２０上を往復摺動でき、二つの前記引張ばね１７は、前記摺動溝２０に対し上下対称となり、前記固定構成部品は、前記ローター棒１８によって前記水管１２に対し硬性支持を行い、前記水管１２の揺動安定性を保証し、前記固定構成部品は、前記ローター１９の摺動過程において前記ローター棒１８により一端の前記引張ばね１７を圧縮して他端の前記引張ばね１７を引っ張り、引っ張られる前記引張ばね１７と圧縮される前記引張ばね１７が前記摺動溝２０を水管１２の間に形成された一定範囲内で上下往復摺動させる。 The adjustable component includes the rotor 19, the sliding groove rod 21, the sliding groove 20, the fifth compression spring 22, and the two tensions provided so as to be reciprocally slidable in the water pipe 12. A spring 17, an arcuate plate 16, and a positioning rod 15 are included, the sliding groove rod 21 is fixedly provided to the rotor 19, and the sliding groove 20 is provided with two sliding grooves. The fifth compression spring 22 is provided between the rods 21 and is fixedly provided between the sliding groove rod 21 and the inner wall of the sliding groove 20, and the two second tension springs 17 are provided. The arcuate plate 16 is fixedly provided in the sliding groove 20, the arcuate plate 16 is fixedly provided in the tension spring 17, and the positioning rod 15 is provided between the arcuate plate 16 at one end and the inner wall of the housing 10. The two rotors 19 are fixedly provided between them and can slide back and forth on the sliding groove 20, and the two tension springs 17 are vertically symmetrical with respect to the sliding groove 20 and are fixed components. Provides rigid support to the water pipe 12 by the rotor rod 18 to guarantee the rocking stability of the water pipe 12, and the fixed component is one end of the fixed component by the rotor rod 18 in the sliding process of the rotor 19. The tension spring 17 is compressed to pull the tension spring 17 at the other end, and the tension spring 17 to be pulled and the tension spring 17 to be compressed are within a certain range in which the sliding groove 20 is formed between the water pipes 12. Slide up and down and back and forth with.

作動原理：複数の前記取り外し可能な踏付式床暖房を敷設し、一つの本発明における水入口１３をもう一つの本発明における水出口１４と連通した後に、前記取り外し可能な踏付式床暖房を住宅の給水口と連通し、閉じる水回路を形成する。 Operating principle: After laying a plurality of the removable stepped floor heaters and communicating the water inlet 13 in the present invention with the water outlet 14 in the other invention, the removable stepped floor heating is performed. To form a closed water circuit by communicating with the water supply port of the house.

熱を供給する時に、熱水が水管１２内に入り、水がないと軟性を示す水管１２に突然に水流が入ることで、水管１２が水流の作用により拡張され、直径が大きくなり、水管１２が調節可能構成部品のローター１９を押し動かし、ローター１９が摺動溝棒２１を摺動溝２０内で摺動させ、第五圧縮ばね２２が圧縮されて力を蓄え、圧縮された第五圧縮ばね２２が復位し、第五圧縮ばね２２の反発力により摺動溝棒２１が摺動溝２０の外部へ摺動し、ローター１９が水管１２を左右揺動させ、水管１２が一定範囲内を均一的に揺動し、水管１２の所在範囲が均一的に受熱するとともに、ローター１９が水管１２上を相対摺動し、ローター１９の摺動過程において、摺動溝２０が一端の引張ばね１７を圧縮し且つ他端の引張ばね１７を引っ張り、引っ張られる引張ばね１７と圧縮される引張ばね１７とが摺動溝２０を水管１２の間に形成された一定範囲内で上下往復摺動させ、水管１２の左右揺動を安定的にすると同時に、引張ばね１７が弧状板１６を連動させて水管１２の角を支持し、水管１２の角の部位が折れて詰まりを引き起こすことが回避されるとともに、固定構成部品は、ローター棒１８によって水管１２に対し硬性支持を行い、水管１２の揺動安定性を保証し、固定構成部品は、ローター１９の摺動過程においてローター棒１８により一端の引張ばね１７を圧縮して他端の引張ばね１７を引っ張り、引っ張られる前記引張ばね１７と圧縮される前記引張ばね１７が前記摺動溝２０を水管１２の間に形成された一定範囲内で上下往復摺動させる。 When hot water is supplied, hot water enters the water pipe 12, and when there is no water, a water flow suddenly enters the water pipe 12, which exhibits softness, so that the water pipe 12 is expanded by the action of the water flow, the diameter becomes large, and the water pipe 12 Pushes and moves the rotor 19 of the adjustable component, the rotor 19 slides the sliding groove rod 21 in the sliding groove 20, and the fifth compression spring 22 is compressed to store force and the compressed fifth compression. The spring 22 is restored, the sliding groove rod 21 slides to the outside of the sliding groove 20 due to the repulsive force of the fifth compression spring 22, the rotor 19 swings the water pipe 12 left and right, and the water pipe 12 stays within a certain range. It swings uniformly, the location range of the water pipe 12 receives heat uniformly, the rotor 19 slides relative to the water pipe 12, and in the sliding process of the rotor 19, the sliding groove 20 has a tension spring 17 at one end. The tension spring 17 at the other end is pulled, and the tension spring 17 to be pulled and the tension spring 17 to be compressed slide the sliding groove 20 up and down within a certain range formed between the water pipes 12. At the same time as stabilizing the left-right swing of the water pipe 12, the tension spring 17 interlocks the arcuate plate 16 to support the corner of the water pipe 12, and it is possible to prevent the corner portion of the water pipe 12 from breaking and causing clogging. The fixed component provides rigid support to the water pipe 12 by the rotor rod 18 to guarantee the rocking stability of the water pipe 12, and the fixed component is a tension spring at one end by the rotor rod 18 in the sliding process of the rotor 19. 17 is compressed to pull the tension spring 17 at the other end, and the tension spring 17 to be pulled and the tension spring 17 to be compressed slide up and down in a certain range formed between the water pipes 12 in the sliding groove 20. Move it.

水流が水管１２に流れ込んで調節機構に衝突し、水流の作用によって回転盤３７が回転軸３６上を相対回転し、回転盤３７が調節構成部品を回転させ、初期状態において摺動棒４３が第三圧縮ばね４６の作用によって摺動レール４４の外部まで延在し、第一位置規制溝４９と第二位置規制溝４７とが接触し、位置規制ブロック４８が第四圧縮ばね５１の作用によって第一位置規制溝４９から第二位置規制溝４７内に延在して制御棒４５の位置を規制し、調節構成部品が水管１２の最下端まで回転した時、凹み溝状をなす調節構成部品が水を内部に収納して、水管１２を流れる水流が邪魔されて流速が低下し、水が調節機構で溜まる時間が長くなり、放熱効果が向上し、本発明表面の温度が高くなり、調節構成部品が一番上端まで回転した時、動かし棒５５が摺動棒４３と接触して摺動棒４３を圧縮して摺動レール４４内に摺動させ、第三圧縮ばね４６が圧縮されて力を蓄え、摺動棒４３が下方に移動して制御棒４５を下方に移動させ、制御棒４５が弾力縄５０を引っ張って位置規制ブロック４８を摺動させて第二位置規制溝４７内から出させ、第四圧縮ばね５１が圧縮され、回転板３８の位置が規制されなくなり、回転板３８が水の重力によって固定板３９上を回転し、水が速く調節構成部品を流れて調節構成部品の後続作業と後続の温度制御に影響せず、動かし棒５５が摺動棒４３と接触した後に接続棒５４上を相対回転し、第一ねじりばね５６が力を蓄え、動かし棒５５が摺動棒４３と接触しなくなった後に、第一ねじりばね５６が復位して動かし棒５５を初期状態に戻すと同時に、摺動棒４３が圧縮されなくなって第三圧縮ばね46の作用によって摺動レール４４から滑り出て、摺動棒４３が制御棒４５を初期位置まで引き動かし、第一位置規制溝４９と第二位置規制ばね４７とが再び接触し、位置規制ブロック４８が第四圧縮ばね５１の作用によって第二位置規制溝４７内に摺動し、回転盤３７の位置を再び規制する。 The water flow flows into the water pipe 12 and collides with the adjusting mechanism, the rotating disk 37 rotates relative to the rotating shaft 36 by the action of the water flow, the rotating disk 37 rotates the adjusting component, and the sliding rod 43 is the first in the initial state. The third compression spring 46 extends to the outside of the sliding rail 44, the first position regulating groove 49 and the second position regulating groove 47 come into contact with each other, and the position regulating block 48 is moved by the action of the fourth compression spring 51. When the position of the control rod 45 is restricted by extending from the one-position regulating groove 49 to the inside of the second-position regulating groove 47 and the adjusting component rotates to the lowermost end of the water pipe 12, the adjusting component forming a concave groove shape is formed. The water is stored inside, the flow of water flowing through the water pipe 12 is obstructed, the flow velocity decreases, the time for the water to accumulate in the adjustment mechanism becomes longer, the heat dissipation effect improves, the temperature of the surface of the present invention rises, and the adjustment configuration When the component rotates to the uppermost end, the moving rod 55 comes into contact with the sliding rod 43, compresses the sliding rod 43 and slides it into the sliding rail 44, and the third compression spring 46 is compressed and exerts a force. The sliding rod 43 moves downward to move the control rod 45 downward, and the control rod 45 pulls the elastic rope 50 to slide the position restricting block 48 and exits from the inside of the second position restricting groove 47. The fourth compression spring 51 is compressed, the position of the rotating plate 38 is not regulated, the rotating plate 38 rotates on the fixed plate 39 due to the gravity of water, and the water flows quickly through the adjusting component to form the adjusting component. After the moving rod 55 comes into contact with the sliding rod 43, it rotates relative to the connecting rod 54 without affecting the subsequent work and the subsequent temperature control, the first torsion spring 56 stores the force, and the moving rod 55 is the sliding rod. After the first torsion spring 56 is repositioned and the rod 55 is returned to the initial state after it is no longer in contact with the 43, the sliding rod 43 is not compressed and the third compression spring 46 acts from the sliding rail 44. As it slides out, the sliding rod 43 pulls the control rod 45 to the initial position, the first position restricting groove 49 and the second position restricting spring 47 come into contact again, and the position restricting block 48 acts on the fourth compression spring 51. It slides into the second position regulating groove 47 and regulates the position of the turntable 37 again.

人が本発明上を歩く時に、歩く過程において踏板２３が下方に押され、踏板２３が支持ブロック２４によって突起ブロック２５をＵ字型溝２６内で下方に移動させ、第二圧縮ばね２７が圧縮され、踏板２３が下方に移動する過程においてラック３３を下降させ、ラック３３と歯車３４が噛み合い、歯車３４が歯車軸５７によってリール５８を連動させ、リール５８が回転して第一滑車３５によってロープ３１を巻き、ロープ３１がスライダ２８を引き動かしてスライダ２８に摺動道２９内を摺動させ、スライダ２８の摺動過程において第一圧縮ばね３２が圧縮されて力を蓄えると同時に、スライダ２８が支持ブロック２４と踏板２３の下端面との間に摩擦を引き起こし、摩擦力によって本発明表面の温度を増やし、保温時間が伸ばされ、足が踏板２３から離れた後、第二圧縮ばね２７が復位し、第二圧縮ばね２７が突起ブロック２５を押し動かして支持ブロック２４を上方へ移動させ、踏板２３が初期位置まで戻ると同時に、第一圧縮バネ３２が復位することによってスライダ２８が摺動道２９内を反方向へ摺動して初期状態に戻る。 When a person walks on the present invention, the tread plate 23 is pushed downward in the walking process, the tread plate 23 moves the protrusion block 25 downward in the U-shaped groove 26 by the support block 24, and the second compression spring 27 compresses. In the process of moving the tread plate 23 downward, the rack 33 is lowered, the rack 33 and the gear 34 are engaged, the gear 34 interlocks the reel 58 with the gear shaft 57, the reel 58 is rotated, and the rope is provided by the first pulley 35. 31 is wound, the rope 31 pulls the slider 28 and slides in the sliding path 29 on the slider 28, and in the sliding process of the slider 28, the first compression spring 32 is compressed to store force, and at the same time, the slider 28 is stored. Causes friction between the support block 24 and the lower end surface of the tread 23, the frictional force increases the temperature of the surface of the present invention, the heat retention time is extended, and after the foot is separated from the tread 23, the second compression spring 27 The second compression spring 27 pushes and moves the protrusion block 25 to move the support block 24 upward, and the tread plate 23 returns to the initial position, and at the same time, the first compression spring 32 returns to slide the slider 28. It slides in the opposite direction in the road 29 and returns to the initial state.

Claims (6)

取り外し可能な踏付式床暖房であって、
筐体（１０）と、
前記筐体（１０）内に設けられる水管（１２）と、
前記筐体（１０）の上端に設けられる踏み機構と、
前記水管（１２）内に設けられる調節機構と、
前記水管（１２）の間に設けられる制御機構と、を含み、
前記踏み機構は、
二つの摺動構成部品と、
前記摺動部品に設けられる支持構成部品と、
前記支持構成部品に固定して設けられる踏板（２３）と、
前記筐体（１０）の下側内壁に設けられる水管（１２）と、
前記水管（１２）の一端に固定して設けられる水入口（１３）と、
前記水管（１２）の他端に固定して設けられる水出口（１４）と、を含み、
前記摺動構成部品は、
前記筐体（１０）内に固定して設けられる摺動道（２９）と、
前記摺動道（２９）内に往復摺動可能に設けられるスライダ（２８）と、
前記踏板（２３）の下端に固定して設けられるラック（３３）と、
前記ラック（３３）の側壁に回転可能に設けられる歯車軸（５７）と、
前記歯車軸（５７）に固定して設けられる歯車（３４）と、
前記歯車軸（５７）に固定して設けられるリール（５８）と、
前記摺動道（２９）に設けられる二つの第一滑車（３５）と、
前記リール（５８）と前記第一滑車（３５）に巻回されるロープ（３１）と、
前記スライダ（２８）と前記摺動道（２９）の側壁との間に固定して設けられる第一圧縮ばね（３２）と、を含み、
二つの前記摺動構成部品は、前記筐体（１０）に対し左右対称となり、
二つの前記支持構成部品は、前記筐体（１０）に対し左右対称となり、
前記踏板（２３）は、前記筐体（１０）上を往復摺動でき、
前記ロープ（３１）は、一端が前記リール（５８）と固定して接続され、他端が前記スライダ（２８）と固定して接続される、
ことを特徴とする取り外し可能な踏付式床暖房。 Detachable stepping floor heating
The housing (10) and
A water pipe (12) provided in the housing (10) and
A stepping mechanism provided at the upper end of the housing (10),
The adjustment mechanism provided in the water pipe (12) and
Including a control mechanism provided between the water pipes (12).
The stepping mechanism is
Two sliding components and
Support components provided on the sliding parts and
A tread (23) fixed to the support component and
A water pipe (12) provided on the lower inner wall of the housing (10) and
A water inlet (13) fixed to one end of the water pipe (12) and
A water outlet (14) provided fixedly to the other end of the water pipe (12) is included.
The sliding component is
A sliding path (29) fixedly provided in the housing (10),
A slider (28) provided so as to be reciprocally slidable in the sliding path (29),
A rack (33) fixed to the lower end of the tread (23) and
A gear shaft (57) rotatably provided on the side wall of the rack (33) and
A gear (34) fixed to the gear shaft (57) and
A reel (58) fixed to the gear shaft (57) and
Two first pulleys (35) provided on the sliding path (29) and
The rope (31) wound around the reel (58) and the first pulley (35),
Includes a first compression spring (32) fixedly provided between the slider (28) and the side wall of the sliding path (29).
The two sliding components are symmetrical with respect to the housing (10).
The two support components are symmetrical with respect to the housing (10).
The tread (23) can slide back and forth on the housing (10), and can be slid back and forth.
One end of the rope (31) is fixedly connected to the reel (58), and the other end is fixedly connected to the slider (28).
Detachable stepping floor heating that features. 前記支持構成部品は、
前記スライダ（２８）に固定して設けられるＵ字型溝（２６）と、
突起ブロック（２５）と、支持ブロック（２４）と、
第二圧縮ばね（２７）と、を含み、
前記突起ブロック（２５）は、前記Ｕ字型溝（２６）内に往復摺動可能に設けられ、
前記支持ブロック（２４）は、前記突起ブロック（２５）の上端に固定して設けられ、
前記第二圧縮ばね（２７）は、前記突起ブロック（２５）の下端と前記Ｕ字型溝（２６）の下側内壁との間に固定して設けられる、
ことを特徴とする請求項１に記載の取り外し可能な踏付式床暖房。 The support component is
A U-shaped groove (26) fixed to the slider (28) and
The protrusion block (25), the support block (24),
Including the second compression spring (27),
The protrusion block (25) is provided so as to be reciprocally slidable in the U-shaped groove (26).
The support block (24) is fixedly provided at the upper end of the protrusion block (25).
The second compression spring (27) is fixedly provided between the lower end of the protrusion block (25) and the lower inner wall of the U-shaped groove (26).
The removable stepped floor heating according to claim 1. 前記調節機構は、
前記スライダ（２８）の下端に固定して設けられる支持具（５３）と、
接続棒（５４）と、動かし棒（５５）と、
第一ねじりばね（５６）と、回転軸（３６）と、
回転盤（３７）と、五つの調節構成部品と、を含み、
前記接続棒（５４）は、前記支持具（５３）の下端に固定して設けられ、
前記動かし棒（５５）は、前記接続棒（５４）の下端に回転可能に設けられ、
前記第一ねじりばね（５６）は、前記接続棒（５４）と前記動かし棒（５５）との間に固定して設けられ、
前記回転軸（３６）は、前記支持具（５３）に回転可能に設けられ、
前記回転盤（３７）は、前記回転軸（３６）に固定して設けられ、
五つの前記調節構成部品は、前記回転盤（３７）に固定して設けられ、
五つの前記調節構成部品は、前記回転盤（３７）に対し円周対称となり、
前記第一ねじりばね（５６）は、一端が前記接続棒（５４）と固定して接続され、他端が前記動かし棒（５５）と固定して接続される。
ことを特徴とする請求項２に記載の取り外し可能な踏付式床暖房。 The adjustment mechanism is
A support (53) fixed to the lower end of the slider (28) and a support (53).
A connecting rod (54), a moving rod (55), and
The first torsion spring (56), the rotating shaft (36),
Includes turntable (37) and five adjustment components,
The connecting rod (54) is fixedly provided at the lower end of the support (53).
The moving rod (55) is rotatably provided at the lower end of the connecting rod (54).
The first torsion spring (56) is fixedly provided between the connecting rod (54) and the moving rod (55).
The rotation shaft (36) is rotatably provided on the support (53).
The rotating disk (37) is fixedly provided to the rotating shaft (36), and is provided.
The five adjustment components are fixedly provided to the turntable (37) and are provided.
The five adjustment components are circumferentially symmetric with respect to the turntable (37).
One end of the first torsion spring (56) is fixedly connected to the connecting rod (54), and the other end is fixedly connected to the moving rod (55).
The removable stepped floor heating according to claim 2. 前記調節構成部品は、
前記回転盤（３７）に固定して設けられる固定板（３９）と、
回転板（３８）と、
第二ねじりばね（４０）と、
位置規制板（４１）と、
配置空間（４２）と、
摺動レール（４４）と、
摺動棒（４３）と、
二つの第三圧縮ばね（４６）と、
制御棒（４５）と、
二つの第二滑車（５２）と、
第一位置規制溝（４９）と、
位置規制ブロック（４８）と、
第四圧縮ばね（５１）と、
弾力縄（５０）と、
第二位置規制溝（４７）と、を含み、
前記回転板（３８）は、前記固定板（３９）に回転可能に設けられ、
前記第二ねじりばね（４０）は、前記回転板（３８）と前記固定板（３９）との間に固定して設けられ、
前記位置規制板（４１）は、前記回転板（３８）の上端に設けられ、
前記配置空間（４２）は、前記位置規制板（４１）内に設けられ、
前記摺動レール（４４）は、前記配置空間（４２）内に設けられ、
前記摺動棒（４３）は、前記摺動レール（４４）内に往復摺動可能に設けられ、
二つの前記第三圧縮ばね（４６）は、前記摺動棒（４３）と前記摺動レール（４４）との間に固定して設けられ、
前記制御棒（４５）は前記摺動棒（４３）の下端に固定して設けられ、
二つの前記第二滑車（５２）は、前記制御棒（４５）に回転可能に設けられ、
前記第一位置規制溝（４９）は、前記制御棒（４５）の下端に固定して設けられ、
前記位置規制ブロック（４８）は、前記第一位置規制溝（４９）内に往復摺動可能に設けられ、
前記第四圧縮ばね（５１）は、前記位置規制ブロック（４８）と前記第一位置規制溝（４９）との間に固定して設けられ、
前記弾力縄（５０）は、前記第二滑車（５２）に巻回され、
前記第二位置規制溝（４７）は、前記回転板（３８）に固定して設けられ、
前記第二ねじりばね（４０）は、一端が前記回転板（３８）と固定して接続され、他端が前記固定板（３９）と固定して接続され、
二つの前記第三圧縮ばね（４６）は、前記制御棒（４５）に対し上下対称となり、
前記弾力縄（５０）は、一端が前記制御棒（４５）と固定して接続され、他端が前記位置規制ブロック（４８）と固定して接続される、
ことを特徴とする請求項３に記載の取り外し可能な踏付式床暖房。 The adjustment component is
A fixing plate (39) fixed to the turntable (37) and
Rotating plate (38) and
The second torsion spring (40) and
Position control plate (41) and
Arrangement space (42) and
Sliding rail (44) and
With the sliding rod (43),
Two third compression springs (46) and
Control rod (45) and
Two second pulleys (52) and
First position regulation groove (49) and
Position control block (48) and
The fourth compression spring (51) and
Elastic rope (50) and
Including the second position regulating groove (47),
The rotary plate (38) is rotatably provided on the fixed plate (39).
The second torsion spring (40) is fixedly provided between the rotating plate (38) and the fixing plate (39).
The position restricting plate (41) is provided at the upper end of the rotating plate (38).
The arrangement space (42) is provided in the position regulation plate (41), and is provided.
The sliding rail (44) is provided in the arrangement space (42).
The sliding rod (43) is provided so as to be reciprocally slidable in the sliding rail (44).
The two third compression springs (46) are fixedly provided between the sliding rod (43) and the sliding rail (44).
The control rod (45) is fixedly provided at the lower end of the sliding rod (43).
The two second pulleys (52) are rotatably provided on the control rods (45).
The first position regulating groove (49) is fixedly provided at the lower end of the control rod (45).
The position restricting block (48) is provided so as to be reciprocally slidable in the first position restricting groove (49).
The fourth compression spring (51) is fixedly provided between the position restricting block (48) and the first position restricting groove (49).
The elastic rope (50) is wound around the second pulley (52), and the elastic rope (50) is wound around the second pulley (52).
The second position regulating groove (47) is fixedly provided to the rotating plate (38), and is provided.
One end of the second torsion spring (40) is fixedly connected to the rotating plate (38), and the other end is fixedly connected to the fixed plate (39).
The two third compression springs (46) are vertically symmetrical with respect to the control rods (45).
One end of the elastic rope (50) is fixedly connected to the control rod (45), and the other end is fixedly connected to the position regulation block (48).
The removable stepped floor heating according to claim 3. 前記制御機構は、三つの固定構成部品と、三つの調節可能構成部品と、を含み、
前記固定構成部品は、前記水管（１２）に往復摺動可能に設けられるローター（１９）と、ローター棒（１８）と、二つの引張ばね（１７）と、弧状板（１６）と、位置決め棒（１５）と、を含み、
前記ローター棒（１８）は、二つの前記ローター（１９）の間に固定して設けられ、
二つの前記引張ばね（１７）は、前記ローター棒（１８）に固定して設けられ、
前記弧状板（１６）は、前記引張ばね（１７）に固定して設けられ、
前記位置決め板（１５）は、一端の前記弧状板（１６）と前記筐体（１０）の内壁との間に固定して設けられ、
二つの前記引張ばね（１７）は、前記ローター棒（１８）に対し上下対称となる、
ことを特徴とする請求項４に記載の取り外し可能な踏付式床暖房。 The control mechanism includes three fixed components and three adjustable components.
The fixing component includes a rotor (19) provided so as to be reciprocally slidable in the water pipe (12), a rotor rod (18), two tension springs (17), an arc-shaped plate (16), and a positioning rod. (15) and, including
The rotor rod (18) is fixedly provided between the two rotors (19).
The two tension springs (17) are fixedly provided to the rotor rod (18).
The arcuate plate (16) is fixedly provided to the tension spring (17), and is provided.
The positioning plate (15) is fixedly provided between the arc-shaped plate (16) at one end and the inner wall of the housing (10).
The two tension springs (17) are vertically symmetrical with respect to the rotor rod (18).
The removable stepped floor heating according to claim 4. 前記調節可能構成部品は、前記水管（１２）に往復摺動可能に設けられる前記ローター（１９）と、前記摺動溝棒（２１）と、前記摺動溝（２０）と、前記第五圧縮ばね（２２）と、二つの前記引張ばね（１７）と、前記弧状板（１６）と、前記位置決め棒（１５）と、を含み、
前記摺動溝棒（２１）は、前記ローター（１９）に固定して設けられ、
前記摺動溝（２０）は、二つの前記摺動溝棒（２１）の間に設けられ、
前記第五圧縮ばね（２２）は、前記摺動溝棒（２１）と前記摺動溝（２０）の内壁との間に固定して設けられ、
二つの前記第二引張ばね（１７）は、前記摺動溝（２０）に固定して設けられ、
前記弧状板（１６）は、前記引張ばね（１７）に固定して設けられ、
前記位置決め棒（１５）は、一端の前記弧状板（１６）と前記筐体（１０）の内壁との間に固定して設けられ、
二つの前記ローター（１９）は、前記摺動溝（２０）上を往復摺動でき、
二つの前記引張ばね（１７）は、前記摺動溝（２０）に対し上下対称となる、
ことを特徴とする請求項５に記載の取り外し可能な踏付式床暖房。 The adjustable component includes the rotor (19) provided so as to be reciprocally slidable in the water pipe (12), the sliding groove rod (21), the sliding groove (20), and the fifth compression. The spring (22), the two tension springs (17), the arcuate plate (16), and the positioning rod (15) are included.
The sliding groove rod (21) is fixedly provided to the rotor (19), and is provided.
The sliding groove (20) is provided between the two sliding groove rods (21).
The fifth compression spring (22) is fixedly provided between the sliding groove rod (21) and the inner wall of the sliding groove (20).
The two second tension springs (17) are fixedly provided in the sliding groove (20).
The arcuate plate (16) is fixedly provided to the tension spring (17), and is provided.
The positioning rod (15) is fixedly provided between the arc-shaped plate (16) at one end and the inner wall of the housing (10).
The two rotors (19) can slide back and forth on the sliding groove (20).
The two tension springs (17) are vertically symmetrical with respect to the sliding groove (20).
The removable stepped floor heating according to claim 5.
JP2020178659A 2020-07-09 2020-10-26 Removable step-on floor heating Pending JP2022022943A (en)

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CN202010654790.0 2020-07-09

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CN113237119B (en) * 2021-05-12 2022-07-22 浙江春晖仪表股份有限公司 Floor heating connecting mechanism
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