WO2013044610A1 - 自发热式地板及其电热式组件 - Google Patents

自发热式地板及其电热式组件 Download PDF

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Publication number
WO2013044610A1
WO2013044610A1 PCT/CN2012/071812 CN2012071812W WO2013044610A1 WO 2013044610 A1 WO2013044610 A1 WO 2013044610A1 CN 2012071812 W CN2012071812 W CN 2012071812W WO 2013044610 A1 WO2013044610 A1 WO 2013044610A1
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WO
WIPO (PCT)
Prior art keywords
plug
cover
copper
hole
wire
Prior art date
Application number
PCT/CN2012/071812
Other languages
English (en)
French (fr)
Inventor
葛林
葛鑫琰
Original Assignee
Ge Lin
Ge Xinyan
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Ge Lin, Ge Xinyan filed Critical Ge Lin
Publication of WO2013044610A1 publication Critical patent/WO2013044610A1/zh

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24DDOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
    • F24D13/00Electric heating systems
    • F24D13/02Electric heating systems solely using resistance heating, e.g. underfloor heating
    • F24D13/022Electric heating systems solely using resistance heating, e.g. underfloor heating resistances incorporated in construction elements
    • F24D13/024Electric heating systems solely using resistance heating, e.g. underfloor heating resistances incorporated in construction elements in walls, floors, ceilings
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04FFINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00Flooring
    • E04F15/02Flooring or floor layers composed of a number of similar elements
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24DDOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
    • F24D2220/00Components of central heating installations excluding heat sources
    • F24D2220/20Heat consumers
    • F24D2220/2081Floor or wall heating panels
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B30/00Energy efficient heating, ventilation or air conditioning [HVAC]

Definitions

  • the invention relates to a product in the field of building decoration, in particular to a heating floor and a heat generating component thereof.
  • the self-heating floor is expressed in the form of electric heating floor.
  • the electric heating floor has become an emerging heating method.
  • the electric heating material is laid in the floor floor, and the floor is heated by heating the electric heating material.
  • Cipheral Patent Document CN1034826C (Application No. 92114554. 3) discloses an electric heating floor which is provided with two through holes in a horizontal direction in a floor block, and a heating wire is inserted into the through hole, in order to prevent adjacent floor blocks.
  • the through hole is misplaced to break the heating wire, and the port of the through hole adopts a bell mouth.
  • the floorboard can be filled with flame retardant material, or the floorboard can be pressed with wood flour, asbestos powder and an appropriate amount of binder.
  • the heating wire passes through the floorboard block by block. Not only is the installation troublesome, but also the electric heating line is damaged during installation, there is a great safety hazard, and even if the electric heating line of somewhere is damaged and not turned on, all the floor blocks cannot be heated.
  • Cipheral Patent Document CN2495931Y discloses a "heated floor” in which "the structure of the present invention is as shown in Figs. 1 and 2, and the reinforced floorboard 1 having insulating properties is The electric heating wire 2 pre-embedded in the reinforcing floor block 1 is formed.
  • a thermal protector 3 and a fuse 6 are connected in series, and on the left end surface of the reinforcing floor block 1, there is a longitudinal protrusion 4 on the right end surface.
  • the longitudinal protrusion 4 can be matched with the longitudinal groove 5, and a plug 7 is arranged on each of the left and right sides of the upper end surface of the reinforcing floor block 1, and a socket 8 is installed at a position corresponding to the upper end surface 7 of the lower end surface.
  • the plug 7 is matched with the socket 8 and the left and right sets of the plug 7 and the socket 8 of the upper and lower end faces are respectively connected with the two ends of the electric heating wire 2 in the reinforcing floor block 1 to form an energizing circuit, and the heating floor adopts an electric heating wire. 2
  • the electric heating wire 2 Since the electric heating wire 2 usually has a circular cross section, the heat is radiated to the periphery along the radius of the cross section during heat generation, causing a part of the heat to be scattered to the ground. Below, a great waste of energy. 2. Since the electric heating wire 2 is usually slender, the effective heat dissipation area to the top of the floor is small. If a better heat dissipation effect is desired, the electric heating wire 2 must be relatively densely laid, which is extremely large. Increased manufacturing costs. 3. The electric heating wire 2 is usually soft. Therefore, it is more troublesome to pre-embed the electric heating wire 2 in the reinforcing floor block 1, and the production and processing are difficult. Chinese patent document CN200992793Y (Application No.
  • 200720002236. 4 discloses an "integrated electric heating floor system", which records: "When installed, the floor unit 1 of the present invention can be spliced like a normal floor, only in one line (In the direction of the long side of the floor) Inside, the floor joints connected between the head and the tail must be electrically connected by a joint. This line of the floor is in series, but in fact the electric heating wires in each floor are connected in parallel.
  • the first connector that is, the above-mentioned conversion joint
  • the conversion joint is a member that is independent of the floor unit.
  • the floor unit comprises a heat generating unit and a transport unit
  • the heat generating unit is an electric heating wire connected in parallel to the transmission unit
  • the transmission unit and the electric heating wire are installed inside the floor.
  • the document also cites three types of installation of electric heating wires in the floor.
  • the first installation method is to lay the electric heating wires in the way of grooving the back of the floor, and then recombine one or more layers of the same material. Or different materials, or directly fill the trough
  • the second installation method is to set the electric heating wire by punching and threading on the side of the floor
  • the third installation method is to pre-embed the electric heating wire in the floor, For composite flooring, it can be pre-buried.
  • the "composite floor" in the third mode includes a wide range.
  • the laminate flooring is a balance paper layer, a density board, a decorative paper layer and a wear-resistant paper from bottom to top.
  • the layer is formed by hot pressing of the composite floor, so that the composite floor cannot be pre-buried from the structure, so that the third installation method of the electric heating wire in this document cannot be implemented by those skilled in the art.
  • the first two installation methods there are problems of complicated manufacturing and manufacturing, which is not convenient for industrial production.
  • first connector, the second connector, the plug, the first connector and the second connector are both waterproof features, but does not solve the waterproof problem of the entire floor system.
  • first joint and the second joint adopt a waterproof structure, there is no mention of how to solve the problem of waterproofing the joint between the two joints and the electric heating wire, nor the contact of the two joints with the floor panel.
  • Sealing and waterproofing problems when the floor system is not energized for a period of time, the water vapor in the air will enter the floor from the gap between the joint and the floor panel, and will condense at the joint of the joint and the electric heating wire. When energized, serious leakage will occur, causing the contactor to trip immediately. If the contactor is not installed, it will cause overheating or even burn the floor due to the generation of large current. Summary of the invention
  • a first object of the present invention is to overcome the above problems and to provide a self-heating assembly which is simple in structure and good in sealing and which is easy to industrially produce.
  • a second object of the present invention is to overcome the above problems and to provide a self-heating floor which has a simple structure, is easy to install, is industrially easy to produce, and has a long service life.
  • the electrothermal module of the present invention comprises a circuit device, a first mount and a second mount.
  • the first mount is a member that is sealed and electrically connected to each other by a plug portion of the second mount of the adjacent electrothermal assembly in use.
  • the second mount is a member that is sealed and electrically connected to each other by the plug portion and the socket portion of the first mount of the adjacent electrothermal assembly.
  • the above circuit arrangement comprises a transmission unit, a heating sheet, a series device and a copper member.
  • the transmission unit consists of a live unit and a neutral unit. Both the live line unit and the neutral unit include a copper sleeve, a transmission member, and a copper pin that are electrically connected in sequence.
  • the transmission member is a single copper core wire covered with an insulating plastic sheath.
  • the copper sleeve, the transmission piece and the copper pin of the fire line unit are the fire wire copper sleeve, the first wire and the fire wire copper pin, the copper sleeve of the neutral component, the transmission component and the copper pin are the zero-line copper sleeve and the second wire. And neutral copper pins.
  • the electric heating sheet is arranged in parallel on the same plane before and after the two sheets, and the two electric heating sheets are called the front side electric heating sheet and the rear side electric heating sheet according to the difference of the front and rear positions.
  • Each of the electric heating sheets is a sheet-like sealed waterproof electric heating device in which one electrode is disposed at the left and right ends.
  • the series device is a temperature switch or a self-recovering fuse or copper wire.
  • the copper member includes a live copper member and a neutral copper member.
  • the series device is connected between the left end electrodes of the two heating sheets, and the right end electrode of the front side heating piece is electrically connected to the live line unit through the live copper member, and the right end electrode of the rear side heating sheet is electrically connected to the neutral unit through the neutral copper member.
  • the first mounting seat includes a first seat body and a cover plate that are both integrally molded parts.
  • the cover plate is mounted on the first seat body from the top to the bottom, and the cover plate is fixedly connected to the first seat body at the lower rear end, the lower left end and the lower front end thereof, and the cover plate and the first seat body are A main cavity of the first mount is formed between them.
  • the first mount also includes a front socket on the left front side and a rear socket on the left rear side.
  • the front and rear sockets are all oriented in the same direction, that is, both forward and backward toward the front and rear, or both to the left and right.
  • Both the front socket and the rear socket are formed by the first seat body and the cover plate cooperating with each other or are separately provided on the first body. Both the front socket and the rear socket are provided with insertion holes that are aligned in the opening direction and the insertion direction.
  • the plug portion of the live copper pin is disposed in the front socket of the first mount, and the left end of the first wire extends into the main cavity of the first mount and is electrically connected to the live copper pin.
  • the insertion portion of the neutral copper pin is disposed in the rear socket of the first mount, and the left end of the second wire extends into the main cavity of the first mount and is inserted with the neutral wire
  • the needle is electrically connected.
  • the front side heating piece is located above the first electric wire, and the left end of the front side heating piece is restrained and clamped between the front part of the lower end of the lower side of the cover and the front part of the upper right end of the first seat.
  • the rear side heating piece is located above the second electric wire, and the left end of the rear side heating piece is clamped between the rear end of the lower right side of the cover and the rear part of the upper right end of the first seat.
  • the series device is located in the main cavity of the first mount.
  • the second mounting seat includes a second base, two cover plates, and two plugs.
  • the second seat and the two cover plates are all injection molded one piece.
  • the two cover plates are divided into a front cover plate and a rear cover plate according to the front and rear positions thereof, and the two cover plates have substantially the same structural shape.
  • the two plugs are divided into a live plug and a neutral plug according to the front and rear positions.
  • the two plugs have basically the same structural shape and are all injection-molded ones with inserts.
  • the front cover is fitted from the top to the bottom on the front portion of the second base body, and the live wire plug is fitted and fixed between the second seat and the front cover.
  • the front cover is fixedly coupled to the second seat at its lower rear end, the lower right end, and the lower front end, and a first cavity of the second mount is formed between the front cover and the second seat.
  • the rear cover is fitted from the top to the bottom on the rear of the second seat, and the neutral plug is engaged and fixed between the second seat and the rear cover.
  • the rear cover is fixedly coupled to the second seat at its lower rear end, the lower right end, and the lower front end, and a second cavity of the second mount is formed between the rear cover and the second seat.
  • the plugging directions of the live wire plug and the neutral wire plug are all oriented in the same direction, that is, both toward the rear or the front of the front and rear, or both toward the right of the left and right, or both downward or upward.
  • the live copper bushing of the live line unit of the above circuit device and a corresponding portion of the end of the first electric wire and one end of the corresponding live copper member are collectively formed as an insert to form an integral with the live wire plug when the hot wire plug is injection molded, and the hot wire copper sleeve It communicates with the outside from the direction of the firewire plug.
  • the live copper member and the right end electrode of the front side heater are located in the first cavity.
  • the neutral copper sleeve of the neutral unit of the above circuit device and a corresponding portion of the end of the second electric wire and one end of the corresponding neutral copper member are collectively used as an insert to form an integral with the neutral plug when the neutral plug is injection molded. , and the neutral copper sleeve is connected to the outside from the direction of the neutral plug.
  • the zero-line copper member and the right-end electrode of the rear side heater are located in the second cavity.
  • the right end of the front side heating fin is constrained and clamped between the left side of the lower side of the front cover and the front of the upper left end of the second seat.
  • the right end of the rear side heating piece is clamped between the left end of the lower side of the rear cover and the rear part of the upper left end of the second seat.
  • the technical solution based on the basic technical scheme of the above-mentioned electrothermal assembly is as follows:
  • the electric heating sheet further comprises two sets of limiting holes, and the two sets of limiting holes are respectively disposed at the left and right ends of the electric heating sheet.
  • the set of limiting holes is 3 to 8 through holes penetrating in the upper and lower directions.
  • the first seat body is a single piece, comprising a front connecting portion, a cover mounting portion and a rear connecting portion, the front portion The connecting portion, the cover mounting portion, and the rear connecting portion are sequentially connected.
  • the cover mounting portion includes a front lower half socket portion, a rear lower half socket portion, a front cavity body, a rear cavity body, and two sets of column hole insertion limit members.
  • the front lower half socket portion is located at the left front portion of the cover mounting portion and protrudes to the left.
  • the rear lower half socket portion is located at the left rear portion of the cover mounting portion and protrudes to the left.
  • 2 sets of column hole insertion limit parts are arranged along the upper and lower sides, and the column hole insertion limit parts are divided into front side column hole insertion limit parts and rear side column hole insertion limit parts according to different front and rear positions.
  • the front cavity is located at the center of the upper side of the upper side of the cover mounting portion.
  • the rear cavity is located at the center of the upper left side of the upper side of the cover mounting portion.
  • the cover plate of the first mounting seat comprises a front side upper half socket portion, a rear side upper half socket portion, an upper cavity body and two sets of hole column insertion limiting members.
  • the front upper half socket portion is located at the front left side of the cover plate and protrudes to the left, and corresponds to the front lower half socket portion of the cover mounting portion.
  • the rear upper half socket portion is located at the rear left side of the cover plate and protrudes to the left, and corresponds to the rear lower half socket portion of the cover mounting portion.
  • the two sets of hole column insertion limit members are arranged along the upper and lower sides, and the two sets of hole column insertion limit pieces are divided into the front side hole column insertion limit piece and the rear side hole column insertion according to the difference of the front and rear positions.
  • Limiter The front side hole of the cover plate has a plug-in limiting piece corresponding to the front side hole hole insertion limit piece of the first seat body, and forms a mutual mating engagement.
  • the rear side hole column insertion limiting member of the cover plate is corresponding to the rear side column hole insertion limiting member of the first base body, and forms a mutual mating engagement.
  • the upper chamber is located at the center of the left and right sides of the lower side of the cover.
  • the cover plate is mounted on the cover mounting portion of the first seat body from the top to the bottom to form a first mounting seat, and the hole post insertion limiting member of the cover plate is inserted into the column hole of the corresponding first seat body.
  • the limiting members form a mutual mating engagement.
  • the two pieces of the heating sheets are respectively disposed on the column hole insertion limiting members of the corresponding first seat body and the hole column insertion limiting members of the cover plate by a plurality of limiting holes at the respective left ends thereof.
  • the front side upper half socket portion of the cover plate and the front side lower half socket portion of the first seat body together constitute a front socket of the first mounting seat on the left front portion thereof and protrudes to the left side, and the front side of the cover plate
  • the half socket portion and the front lower half socket portion of the first base body together form an opening rearward insertion hole of the front socket of the first mount.
  • the rear side upper half socket portion of the cover plate and the rear side lower half socket portion of the first seat body together constitute a rear socket of the first mounting seat which is located at the rear left side thereof and protrudes to the left and the upper side of the rear side of the cover plate
  • the socket portion and the rear lower half socket portion of the first base body together form a rearward insertion hole of the rear socket of the first mount.
  • the upper cavity of the cover plate and the front cavity and the rear cavity of the first body communicate with each other to form a main cavity of the first mount.
  • the left end of the transmission unit of the above circuit device and the series device of the corresponding end are located at the main part of the first mount In the cavity.
  • the heads of the copper pins of the live wire unit and the neutral wire unit are respectively located in the insertion holes of the front socket of the first mount and the insertion holes of the rear socket, and are coaxial therewith.
  • the tail of each copper pin is located in the main cavity of the first mount. a portion of the lower side of the cover plate that is in contact with the upper side of the first base body is sealed and fixedly joined by adhesive bonding or heat welding, and all exposed portions of the circuit at the corresponding end of the circuit device are located at the first mounting seat. In the main cavity. The left end of the heating piece is clamped and fixed between the first mounting seat and the cover plate.
  • the second mount includes a second base, a cover and two plugs.
  • the second seat body is an integral piece, and includes a front section connecting portion, a first cover mounting portion, a middle connecting portion, a second cover mounting portion, and a rear connecting portion.
  • the front stage connecting portion, the first cover mounting portion, the middle portion connecting portion, the second cover mounting portion, and the rear connecting portion are sequentially connected.
  • the first cover mounting portion includes a first lower plug seat portion and a front post hole insertion limit member.
  • the first lower plug seat is located at the right portion of the first cover mounting portion.
  • the front post hole insertion limiter is disposed up and down.
  • the structure of the second cover mounting portion is substantially the same as that of the first cover mounting portion, and includes a second lower plug seat portion and a rear post hole insertion limit member.
  • the second lower plug seat portion is located at a right portion of the second cover mounting portion.
  • the rear post hole insertion limiter is disposed up and down.
  • the cover plate of the second mounting seat has two blocks, and is divided into a front cover plate and a rear cover plate according to the front and rear positions thereof, and the two cover plates have substantially the same structural shape, and both include the upper plug seat portion, the lower cavity portion and The hole column is inserted into the limit member.
  • the upper connector seat is located on the front left side of the cover.
  • the hole column insertion limiting member is disposed along the upper and lower sides, and the hole column insertion limiting member is corresponding to the front pillar hole insertion limiting member of the second base body to form a mutual insertion fit.
  • the two pieces of the heating fins are respectively sleeved by the set of the limiting holes at the respective right ends thereof, and are respectively inserted into the front pillar hole insertion limiting member of the corresponding second seat body, the rear pillar hole insertion limiting member and the holes of the respective cover plates.
  • the column is plugged into the limiter.
  • the lower chamber is located at the center of the left and right sides of the lower side of the cover.
  • the two plugs of the second mounting seat are divided into a hot wire plug and a zero wire plug according to the front and rear positions thereof, and the two plugs have substantially the same structural shape, and both include a plug base and a cylindrical plug.
  • the plug is an injection-molded one piece having an insert, and the outer shape of the cylindrical plug corresponds to the shape of the corresponding insertion hole and the insertion hole of the first mount, and is disposed along the axis of the front-rear direction or the axis of the left-right direction.
  • the copper sleeve of the transmission unit of the circuit device and a corresponding portion of the end of the transmission member and one end of the corresponding copper member are integrally formed when the plug base and the cylindrical plug are injection molded, and the front portion of the copper sleeve is located in the cylindrical plug. It is disposed coaxially with the cylindrical plug and communicates with the outside from the direction of the plug, and the rear of the copper sleeve is located in the plug base.
  • the cover plates are mounted on the first cover mounting portion and the second cover mounting portion of the second base body from the top to the bottom, and the first wire plug is embedded and fixed to the first lower plug of the first cover mounting portion.
  • the neutral plug is engaged and fixed to the second lower plug portion and the rear cover of the second cover mounting portion
  • a second mount is formed in the upper plug seat portion.
  • the lower cavity of the front cover becomes the first cavity of the second mount.
  • the lower cavity of the rear cover becomes the second cavity of the second mount.
  • the right end of the transfer unit of the above circuit arrangement and the copper member at the corresponding end are located in the lower cavity of the cover of the second mount.
  • the portion of the lower side of the cover plate that is in contact with the upper side of the second seat body is sealed and fixedly joined together by adhesive bonding or heat welding.
  • the right end of the heating piece is clamped and fixed between the second mounting seat and the corresponding cover plate.
  • the technical solution based on the technical solution of the above-mentioned electrothermal module is as follows:
  • the two electric heating sheets of the circuit device each include a strip-shaped conductive heating layer, two electrode copper sheets, insulation and protection, and glass fiber.
  • the electrode copper skin is a flat "L"-shaped copper skin, and the two electrode copper skins are respectively composed of a pressing section arranged in the front-rear direction and a connecting section arranged in the left-right direction and located on the left-right direction, and two electrode coppers.
  • the skins are respectively pressed from above to the left end and the right end of the conductive heat-generating layer by the pressing section, and are respectively used as the left-end electrode copper piece and the right-end electrode copper piece, and the connection sections of the electrode copper sheets are located on the outer side in the left-right direction.
  • the entire outer layer of the epoxy resin is surrounded by the upper and lower sides of the conductive heat generating layer and the electrode copper.
  • a portion of the outer layer of the epoxy resin coated at the joint portion of the electrode copper is mechanically machined to provide a notch on a portion of the upper surface of the joint portion exposing the electrode copper, and the notch is provided as a solder joint.
  • One end of the series device is soldered to the solder joint at the junction of the left end electrode copper of the front side heater, so that the left end electrode copper of the front side heater is electrically connected to the corresponding end of the series device.
  • the solder joint of the other end of the series device and the solder joint of the left end electrode copper of the rear side heater is solder-fixed such that the left end electrode copper of the rear side heater is electrically connected to the other end of the series device.
  • the live copper pin and the neutral copper pin of the transmission unit of the above circuit device both include a copper bar and an L-shaped copper piece: the L-shaped copper piece is vertically disposed from the left and right to the barrier piece and the front and rear vertical connecting piece is provided. Connected. The tail of the copper rod is riveted and fixed on the blocking piece of the L-shaped copper piece to form a corresponding copper pin, and the rear end of the connecting piece of the L-shaped copper piece is provided with a connecting hole for electrical connection. The left end of the bare copper wire of the first wire is passed through the connection hole of the tab of the L-shaped copper piece of the live copper pin and soldered to the rear end portion of the connecting piece to be electrically connected to the live copper pin.
  • the left end of the exposed copper wire of the second wire passes through the connection hole of the tab of the L-shaped copper of the neutral copper pin and is soldered to the rear end portion of the tab to be electrically connected to the neutral copper pin.
  • the series device is a temperature switch.
  • the copper member is a bare copper wire.
  • the right end of the first electric wire is stripped by a small piece of insulating plastic sheath and the right end of the live copper member is inserted into the rear end of the corresponding hot copper bushing and then fixed by crimping and electrically connected to the corresponding hot wire.
  • the part of the structure is collectively formed as an integral joint with the hot wire plug when it is injection molded. Solder welding of solder joints at the joint between the left end of the live copper component and the copper electrode of the right end of the front side heater The right end electrode copper of the front side heating piece is electrically connected to the left end of the live copper member.
  • the right end of the second electric wire is stripped by a tip of a small length of the insulating plastic sheath and the right end of the neutral copper member is inserted into the rear end of the corresponding neutral copper sleeve and then fixed by crimping and electrically connected in the corresponding On the back end of the zero wire copper sleeve.
  • the part of the structure is used together as an integral part of the zero-line plug when it is injection molded.
  • the solder joint of the left end of the neutral copper member and the joint portion of the right end electrode of the rear side heater is solder-welded so that the right end electrode copper of the rear side heater is electrically connected to the left end of the neutral copper member.
  • the technical solution based on the technical solution of the above-mentioned electrothermal assembly is as follows:
  • the first body further includes a lower limit groove extending downwardly from the opening at the lower right portion thereof.
  • the front connecting portion of the first base body includes a front upper limit groove portion at an upper right side of the upper right portion thereof and a front snap ring portion at a left side thereof and projecting to the left in a locking direction.
  • the rear connecting portion of the first base body includes a rear upper limit groove portion at an upper right side of the upper portion thereof and a rear snap ring portion at a left side thereof and projecting to the left in a locking direction.
  • the post hole insertion stopper of the cover mounting portion of the first base body is located on the upper right side edge of the cover mounting portion and is disposed in the up and down direction.
  • the front side post hole insertion limit piece and the rear side post hole insertion limit piece are composed of two plug limit posts and three plug limit holes.
  • the hole column insertion limiting member of the cover plate of the first mounting seat is located at a lower right edge of the cover plate and is disposed along an upper and lower direction, and the front side hole column insertion limiting member and the rear side hole column of the cover plate are inserted
  • the limiting parts are composed of two plug-in limiting holes and three plug-in limiting posts, and the plug-in limiting holes of the cover plate are correspondingly arranged with the plug-in limit posts of the first seat body, and the cover plate is inserted.
  • the limiting post is correspondingly arranged with the insertion limit hole of the first seat.
  • the heating piece is sleeved by a set of limiting holes at one end of the corresponding one of the sockets of the corresponding first body and the insertion limit of the hole of the corresponding hole of the first hole. On the column.
  • the cover plate of the first mounting seat further includes an upper limit groove corresponding to the front upper limit groove portion and the rear upper limit groove portion of the first seat body at an opening of the upper right portion thereof.
  • the cross-sectional shape of the upper limit groove of the cover plate is the same as the cross-sectional shape of the front upper limit groove portion and the rear upper limit groove portion of the first seat body, and is aligned with each other in the left-right direction and the up-and-down direction, and the upper limit groove of the cover plate is located at the first Between the front upper limit groove portion and the rear upper limit groove portion of the seat body, the front upper limit groove portion of the first seat body, the upper limit position groove of the cover body, and the rear upper limit groove portion of the first seat body form a first through The upper limit groove of the mount.
  • the second seat body further includes a lower limit groove extending downwardly from the opening at the lower left portion thereof.
  • the front connecting portion of the second seat body includes a front upper limit groove portion at an upper left side of the upper side thereof and a front front snap portion at a right side thereof and projecting rightward in a latching direction, and the front portion Card buckle and first seat Corresponding to the front card fastening portion of the body, in use, the front card fastening portion of the second body and the front card fastening portion of the first seat of the corresponding adjacent electrothermal assembly are formed in the front-rear direction
  • the mating fit forms a fixed connection of the electrothermal assembly and the corresponding adjacent electrothermal assembly of the same structure in the front-rear direction and the left-right direction.
  • the rear connecting portion of the second seat body includes a rear upper limit groove portion at an opening of the upper left portion thereof and a rear snap button portion at a right side thereof and protruding rightward in a locking direction, and
  • the rear card fastening portion corresponds to the rear card fastening portion of the first base body, and the rear card fastening portion of the second base body and the rear buckle of the first seat body of the corresponding adjacent electric heating component are used in use.
  • the portions form a mating engagement with each other in the front-rear direction, thereby forming a fixed connection of the electrothermal assembly and the corresponding adjacent electrothermal assembly of the same structure in the front-rear direction and the left-right direction.
  • the middle portion connecting portion of the second seat body includes a middle upper limit groove portion which is open upward in the upper left portion thereof.
  • the front pillar hole insertion stopper of the first cover mounting portion of the second base body is located at an upper left edge of the first cover mounting portion and is disposed up and down.
  • the front post hole insertion limit member is composed of two front plug limit posts and three front plug limit holes.
  • the rear pillar hole insertion stopper of the second cover mounting portion of the second base body is located at an upper left edge of the second cover mounting portion and is disposed up and down.
  • the rear post hole insertion limit member is composed of two rear plug limit posts and three rear plug limit holes.
  • the hole post insertion limit member of the front cover of the second mounting seat is located at a lower right edge of the front cover and is disposed along the upper and lower sides.
  • the hole post insertion limit member is composed of two plug limit holes and three plug limit posts, and is respectively connected with the front plug limit post of the first cover mounting portion of the second seat body and The front plug-in limit hole is set accordingly.
  • the front side heating piece is sleeved by a set of limiting holes at one end of the corresponding second end of the first column body, and the front plug hole of the front post hole of the corresponding second body is inserted into the limit post and the front post of the front cover. The plug of the piece is placed on the limit post.
  • the hole post insertion limit member of the rear cover of the second mounting seat is located at a lower right edge of the rear cover and is disposed along the upper and lower sides.
  • the hole post connector is composed of two plug limit holes and three plug limit posts, and is respectively connected with the rear cover limit post of the second cover mounting portion of the second base body and The rear plug-in limit hole is set accordingly.
  • the rear side heating piece is sleeved by a set of limiting holes at one end of the corresponding second end of the second post body, and the rear post of the second post body is inserted into the limiting post and the post of the rear cover. The plug of the piece is placed on the limit post.
  • the cover plate of the second mounting base further includes an upper limit groove corresponding to the front upper limit groove portion, the rear upper limit groove portion and the middle upper limit groove portion of the second seat at an opening of the upper left portion thereof.
  • a cross-sectional shape of the upper limit groove of the cover plate and a cross-sectional shape of the front upper limit groove portion, the rear upper limit groove portion and the middle upper limit groove portion of the second seat body The same shape is arranged in the right and left direction and the upper and lower directions, and the upper limit groove of each cover plate is respectively located between the front upper limit groove portion, the middle upper limit groove portion and the rear upper limit groove portion of the corresponding second seat body, thereby
  • the front upper limit groove portion of the second body, the upper limit groove of the cover plate, the middle upper limit groove portion of the second seat body, and the rear upper limit groove portion of the second seat body form an upper limit groove through the second mount .
  • the technical solution based on the technical solution of the above-mentioned electrothermal assembly further includes: the cover mounting portion of the first body further includes a live wire groove portion protruding to the right at the front right side thereof and opening upward, on the right side thereof a neutral wire groove portion that protrudes to the right and has an opening upward, a fire wire groove extending portion located at an upper side of the upper right side and an opening from the left side of the hot wire groove portion, and a rear portion of the upper right portion thereof On the side and from the left, close to the neutral line slot extension of the opening of the neutral line groove portion.
  • the front lower half socket portion of the cover mounting portion includes a vertically disposed front end plate and a semi-cylindrical front plug slot having an opening upward, an axis disposed in the front-rear direction, and a rear end communicating with the outside, the front end of the front plug slot being The front end panel is closed.
  • the front end plate is provided with a semi-cylindrical live pin slot having an opening upward, an axis parallel to the axis of the front plug slot, and a smaller diameter than the front plug slot.
  • the rear lower half socket portion of the cover mounting portion includes a vertically disposed front end plate and a semi-cylindrical rear plug slot having an opening upward, an axis disposed in the front-rear direction, and a rear end communicating with the outside, the front end of the rear plug slot being The front end panel is closed.
  • the front end plate is provided with a semi-cylindrical pin slot having an opening upward, an axis parallel to the axis of the rear plug slot, and a smaller diameter than the rear plug slot.
  • the cover mounting portion further includes an open rear rear insertion groove at an upper rear edge thereof, three left side steps at a left side edge thereof, and an upwardly facing front insertion groove at an upper front edge thereof And the right step on the right and left sides of the right edge.
  • the cover mounting portion further includes a vertically-arranged semi-circumferential strip-like projection on the upper side thereof that is disposed on the front side near the rear side edge, on the right side near the left side edge, and on the rear side near the front side edge.
  • a platform, and the semi-enclosed strip-shaped convex platform communicates through the front lower half socket portion and the rear lower half socket portion, and the upper end surface of the front lower half socket portion and the upper end surface of the rear lower half socket portion are partially surrounded by a half
  • the upper end faces of the strip-shaped raised platforms are located in the same plane.
  • the cover mounting portion further includes a set of column hole connectors disposed on the upper left portion thereof from the right side adjacent to the semi-circumferential strip-shaped projection platform.
  • the one set of post hole connectors is composed of two plug posts and four plug holes.
  • the front cavity of the cover mounting portion communicates with the cavity of the live wire slot portion, and the rear cavity of the cover mounting portion communicates with the cavity of the neutral wire groove portion.
  • One of the plug posts of the post connector is a front cavity plug post located in the front cavity and located in front of the front end plate of the front lower half socket portion, and the other plug post is inserted into the rear cavity.
  • the post is located in the rear cavity and is located in front of the front end plate of the rear lower half socket portion.
  • the cover plate of the first mounting seat further includes a live wire fastening portion at a front portion of the lower right edge thereof and a downward opening, and a neutral wire engaging portion at the rear of the lower right edge of the lower portion thereof and having an opening downward.
  • the lower right edge and the two sets of holes arranged in the upper and lower directions are inserted into the limiting members.
  • the front upper half socket portion of the cover plate comprises a vertically disposed front end plate and a semi-cylindrical front plug slot with the opening downward, the axis disposed in the front-rear direction, and the rear end communicating with the outside.
  • the front end of the front plug slot is formed by the front end The board is closed.
  • the upper end of the front end plate is provided with a semi-cylindrical live pin slot having an opening downward, an axis identical to the axis of the front plug slot, and a smaller diameter than the front plug slot.
  • the rear upper half socket portion of the cover plate includes a vertically disposed front end plate and a semi-cylindrical rear plug slot with the opening downward, the axis disposed in the front-rear direction, and the rear end communicating with the outside, and the front end of the rear plug slot is formed by the front end
  • the board is closed.
  • the lower end of the front end plate is provided with a semi-cylindrical pin slot having an opening downward, an axis parallel to the axis of the rear plug slot, and a smaller diameter than the rear plug slot.
  • the cover plate further includes a downwardly disposed rear insertion plate at a lower rear edge thereof, three downwardly disposed left limit plates on a lower left side edge thereof, and an orientation at a lower front edge thereof.
  • the front plug-in board is placed underneath and the right-side limit plate is placed down on the lower right edge.
  • the cover plate further includes a semi-surrounding bead on the lower side thereof which is adjacent to the rear side edge in the front, the left side edge on the right side and the front side edge in the rear side, and the lower end of the semi-surrounding bead is located at the lower end of the semi-surrounding bead On the same level.
  • the cover plate further includes a set of hole post connectors disposed on the lower left side thereof from the right side adjacent to the half surrounding bead in the up and down direction.
  • the one set of hole column connectors is composed of two plug hole seats and four plug posts.
  • the two plug sockets of the hole post connector of the cover plate are all located in the upper cavity, and one of the plug sockets is a front side socket seat, which is located at the front end plate of the front upper half socket portion In the front, the other socket is the rear side socket, which is located in front of the front end plate of the upper half socket.
  • the diameter of the copper rod of the above-mentioned hot copper pin is the same as the diameter of the live pin slot of the lower half of the first side of the first body, and the coaxial line of the copper rod of the live copper pin is placed in the first body.
  • the lower portion of the blocking piece of the L-shaped copper piece of the fire wire copper pin is located in the front cavity of the first base body and is located at the front end plate of the front lower half socket portion Between the front cavity plug posts, the lower portion of the tab of the L-shaped copper sheet is located in the front cavity.
  • the upper part of the L-shaped copper piece of the fire wire copper pin is located in the upper cavity of the cover plate and is located between the front end plate of the front upper half socket portion and the front side insertion hole seat, and the L shape of the fire wire copper pin
  • the upper portion of the tab of the copper sheet is located in the upper cavity of the cover.
  • the diameter of the live wire pin slot of the front upper half socket portion of the cover plate is the same as the diameter of the live wire pin slot of the front lower half socket portion of the first base body, and the two coaxial lines are aligned with each other to form a first a mount fire Wire pin hole.
  • the cover plate is fastened by the live pin slot of the upper half socket portion of the front side to the upper surface of the tail of the copper bar of the live copper pin, so that the first mount is tightly fitted with the copper bar of the live copper pin. together.
  • the diameter of the front plug slot of the front upper half socket portion of the cover plate is equal to the diameter of the front plug slot of the front lower half socket portion of the first base body, and the two coaxial lines are aligned with each other to form a first mount.
  • the open front rear plug hole, the head of the copper wire of the live copper pin is located in the front plug hole.
  • the diameter of the copper rod of the neutral copper pin is the same as the diameter of the neutral pin slot of the lower half of the first side of the first body, and the tail coaxial line of the copper bar of the neutral copper pin is placed at the In the neutral slot of the lower half of the socket of the body, the lower part of the L-shaped copper of the neutral copper pin is located in the rear cavity of the first body and is located at the lower half of the rear side of the socket. Between the front end plate of the portion and the rear cavity insertion post, the lower portion of the connecting piece of the L-shaped copper piece is located in the rear cavity.
  • the upper part of the blocking piece of the L-shaped copper piece of the neutral copper pin is located in the upper cavity of the cover plate and is located between the front end plate and the rear side insertion hole seat of the upper half socket part of the rear side, the neutral copper pin
  • the upper portion of the tab of the L-shaped copper sheet is located in the upper cavity of the cover.
  • the diameter of the neutral pin slot of the upper half socket portion of the cover plate is the same as the diameter of the neutral wire pin slot of the rear lower half socket portion of the first base body, and the coaxial lines are aligned with each other before and after Forming a neutral pin hole of the first mount.
  • the cover plate is fastened by the neutral pin slot of the upper half socket portion of the rear side thereof to the upper surface of the tail of the copper bar of the neutral copper pin, so that the first mounting seat and the copper bar of the neutral copper pin are tight Fit together.
  • the diameter of the rear plug slot of the upper half socket portion of the rear side of the cover plate is equal to the diameter of the rear plug slot of the lower half socket portion of the rear side of the first base body, and the two coaxial lines are aligned with each other to form a first mount.
  • the rear of the opening is the rear plug hole, and the head of the copper bar of the neutral copper pin is located in the rear plug hole.
  • the left end of the first electric wire is sequentially disposed in the cavity of the live wire groove portion of the first base body and in the cavity of the extension of the live wire groove.
  • the left end of the second electric wire is sequentially disposed in the cavity of the neutral line groove portion of the first seat body and in the cavity of the neutral wire groove extending portion.
  • the series device is located on the upper surface of the front and rear central portion of the first block and is located in the upper cavity of the cover.
  • the live wire engaging portion of the cover plate is fastened to the left end portion of the first wire, located above the extending portion of the live wire groove of the first seat body, and the first wire is clamped together from the upper and lower directions with the extending portion of the live wire groove Left end part.
  • the neutral wire engaging portion of the cover plate is fastened to the left end portion of the second wire, and is located above the zero wire groove extending portion of the first seat body, and is clamped together with the zero wire groove extending portion from the upper and lower sides. The left end of the two wires.
  • the two plug-in limiting holes of the front side hole column insertion limiting member of the cover plate are respectively sleeved on the corresponding one of the plug-in limit posts of the front side column hole insertion limiting member of the first seat body, before The three plug-in limit posts of the side-hole post-insertion limiting member are respectively inserted into the corresponding one of the limiting holes on the left end of the front side heating piece and inserted into the corresponding one of the front-side column-hole plug-in limiting parts of the first seat body.
  • the two plug-in limiting holes of the rear side hole plug-in limiting member of the cover plate are respectively sleeved on the corresponding one of the plug-in limit posts of the rear-side post-hole plug-in limiting member of the first seat body 31,
  • the three plug-in limit posts of the rear side hole plug-in limiting member are respectively inserted into the corresponding one of the limiting holes at the left end of the rear side heating piece and inserted into the corresponding one of the rear side hole-column plug-in limiting parts of the first seat body.
  • the lower end of the rear insertion plate of the cover plate is located in the rear insertion groove of the first base body, and the lower end surface of the three left limit plate of the cover plate is in contact with the upper end surface of the corresponding one left side step of the first base body,
  • the lower end of the front plug-in board of the cover plate is located in the front plug-in slot of the first base body, and the lower end surface of the right limit-plate of the cover plate is in contact with the upper end surface of the right side step of the first seat body.
  • the two plug-in sockets of the plug-in socket of the cover plate are respectively sleeved on the corresponding one of the plug-in posts of the post-hole connector of the first seat body, and the four plug-in sockets of the cover plate are respectively The plug posts are respectively inserted into the corresponding one of the plug holes of the post connector of the first seat body from above.
  • the semi-enclosed bead of the cover plate is located above the semi-enclosed strip-shaped raised platform of the first seat body, and the cover plate is bonded by the adhesive or heat-welded by the semi-enclosed bead to the semi-enclosed strip of the first seat body
  • the raised platform seals are fixedly connected together.
  • the first lower connector portion of the first cover mounting portion includes two first plug insertion limit posts disposed along the upper and lower sides and a right edge and a front edge along the upper side of the first lower connector seat portion The up-and-down plug-in board.
  • the left side of the first lower connector portion is further provided with a first lower plug slot having a substantially semicircular arc opening upward.
  • the second lower plug seat portion of the second cover mounting portion includes two second plug insertion limit posts disposed in the up and down direction and an upward setting of the right side edge and the front side edge along the upper side of the second lower plug seat portion The second plug-in board.
  • the left side of the second lower connector portion is further provided with a second lower plug slot having a substantially semicircular arc opening upward.
  • the first cover mounting portion of the second base body further includes a live wire groove portion protruding to the left at the left rear portion thereof and opening upward, and a first rear insertion groove at an opening of the upper rear edge thereof a front right side step at the right edge thereof and a first front insertion groove at the upper front edge thereof.
  • the first cover mounting portion further includes a vertically disposed upper half-enclosed strip on the upper side thereof at a front side near the rear side edge, a left side near the right side edge, and a rear side near the front side edge.
  • the first set of front pillar holes is composed of two insertion holes.
  • the first cover mounting portion further includes a first cavity at a left-right direction of the upper side thereof, and the first cavity is in communication with a cavity of the live wire groove portion.
  • One insertion hole of the front pillar hole is located in the first cavity and located at the front of the first cover mounting portion, and the other insertion hole is located in the first cavity and located at the rear of the first cover mounting portion .
  • the second cover mounting portion further includes a neutral wire groove portion protruding to the left at the left rear portion thereof and opening upward, and a second rear insertion groove at the upper rear edge of the upper rear edge thereof, located at the right side thereof The rear right side step of the edge and the second front insertion groove of the opening at the upper side front edge thereof.
  • the second cover mounting portion further includes a continuously disposed upwardly convex equilateral rear enclosing strip on the upper side thereof at a front side near the rear side edge, a left side near the right side edge, and a rear side near the front side edge. a raised platform, located on the upper right side thereof, from the left side to the rear half surrounding the strip-shaped convex platform
  • the one set of rear post holes is composed of two insertion holes 41-23-1: the second cover mounting portion further includes a second cavity at a right side of the upper side thereof, and the second cavity is The cavities of the neutral line groove are in communication.
  • One insertion hole of the rear pillar hole is located in the second cavity and located at the front of the second cover mounting portion, and the other insertion hole is located in the second cavity and located at the rear of the second cover mounting portion .
  • the cover plate further includes a wire slot fastening portion at a rear portion of the lower left side edge thereof and having an opening downward.
  • the upper connector portion of the cover includes two plug-in limit posts disposed in the up-and-down direction and a downwardly disposed plug-in plate along the right side edge and the front side edge of the lower side of the upper plug seat portion.
  • the cover plate further includes a downwardly disposed rear insertion plate at a lower side rear edge thereof, two downwardly disposed right limit plates on a lower right side edge thereof, and a downwardly located front edge at the lower side thereof Set the front plug-in board.
  • the cover plate further includes a set of connectors disposed on the lower right side of the right side portion from the left side to the right limit plate.
  • the connector is composed of 2 plug posts.
  • the cover plate also includes a lower chamber at the lower left and right sides of the lower side.
  • the cover plate further includes a semi-circular bead on the lower side thereof which is adjacent to the rear side edge at the front, the left side is close to the right side edge, and the rear side is close to the front side edge, and is semi-circularly pressed.
  • the lower end is on the same level.
  • the lower side of the plug base of the plug is provided with a lower hole lower opening corresponding to the first plug insertion limit post of the first lower plug seat.
  • the upper side of the plug base is provided with an upper opening seat corresponding to the opening corresponding to the plug insertion limit post of the upper plug seat of the cover.
  • the lower front side of the plug base is near the rear of the front edge and close
  • the left side of the right side edge is provided with a lower insertion groove corresponding to the insertion plate of the first lower connector portion.
  • the upper front portion of the plug base is adjacent to the rear portion of the front side edge and the left portion near the right side edge is provided with an upper insertion groove corresponding to the insertion plate of the upper plug seat portion of the cover.
  • the left middle portion of the plug base is provided with a substantially cylindrical engaging portion that protrudes to the left.
  • the fire wire plug is sleeved on the first plug of the first lower plug seat by the lower hole of the plug base, and the plug of the first lower plug is inserted into the lower plug of the corresponding live plug.
  • the lower portion of the fastening portion of the plug base is located in the first lower plug slot of the first lower connector portion and closely fits the inner wall of the first lower plug slot of the first lower connector portion.
  • the upper part of the fastening portion of the plug base is located in the cover plug slot of the upper plug seat of the front cover and closely fits with the inner wall of the cover plug slot of the upper plug seat of the front cover, that is, the plug base
  • the fastening portion of the seat is tightly closed and fixed between the second seat and the front cover.
  • the right end of the first wire is disposed in the cavity of the live wire groove portion of the second block.
  • the zero-line plug is inserted into the second plug of the second lower plug socket by the lower hole of the plug base, and the second plug is inserted into the corresponding neutral.
  • the lower portion of the engaging portion of the plug base is located in the second lower plug slot of the second lower plug seat portion and is in close contact with the inner wall of the second lower plug slot of the second lower plug seat portion.
  • the upper part of the fastening portion of the plug base is located in the cover plug slot of the upper plug seat of the rear cover, and is closely fitted with the inner wall of the cover plug slot of the upper plug seat of the rear cover, that is, the plug base
  • the fastening portion of the seat is tightly closed and fixed between the second seat and the front cover.
  • the right end of the second wire is disposed in the cavity of the neutral line groove portion of the second block.
  • the slot fastening portion of the front cover is fastened to the right end portion of the first wire, and is located above the right end extension of the live wire slot of the second base, and is clamped from the upper and lower sides with the right end extension Tight to the right end of the first wire.
  • the slot fastening portion of the rear cover is fastened to the right end portion of the second electric wire, and is located above the right end extension of the neutral line groove portion of the second base body, and is common with the right end extension portion from the up and down direction Clamp the right end of the second wire.
  • the two plug-in limiting holes of the hole-receiving limiting member of the front cover are respectively sleeved on the corresponding one of the front plug-in limit posts of the front post of the second block, the hole column
  • the three plug-in limit posts of the plug-in limiting member are respectively inserted into the corresponding one of the limiting holes at the right end of the front side heating piece and inserted into the corresponding one of the insertion holes of the front column hole of the second body.
  • the lower end surface of the left edge of the front front cover and the upper end surface of the left edge of the first cover mounting portion of the second seat are respectively attached from the upper and lower sides to the upper end of the right side of the front side heating piece On the surface.
  • the two plug-in limiting holes of the hole-receiving limiting member of the rear cover plate are respectively sleeved in the rear pillar hole of the second seat body
  • the corresponding one of the rear plug-in limit posts of the plug-in limiting member, the three plug-in limit posts of the hole-column insertion limiter respectively pass through the corresponding one of the limit holes at the right end of the rear side heating piece and are inserted into the second
  • the rear post hole of the base body is inserted into a corresponding one of the insertion limit holes of the limiting member, so that the lower end surface of the left edge of the rear cover and the left edge of the second cover mounting portion of the second seat body
  • the upper end faces are respectively attached to the upper and lower surfaces of the right end of the rear side heating sheet from the up and down direction.
  • the plug insertion limit post of the upper connector portion of the front cover is inserted into the lower socket of the plug base of the corresponding live wire plug.
  • the plug-in plate of the upper connector part of the front cover is inserted into the upper insertion slot of the corresponding live plug.
  • the plug insertion limit post of the upper connector portion of the rear cover is inserted into the lower socket of the plug base of the corresponding neutral connector.
  • the plug-in plate of the upper connector part of the rear cover is inserted into the upper insertion slot of the corresponding neutral plug.
  • the lower end of the rear insertion plate of the front cover is located in the second rear insertion slot of the second base, and the lower end surface of the two right limiting plates of the rear cover and the corresponding front right side of the second base
  • the upper end faces are in contact with each other, and the lower end of the front plug-in board of the front cover is located in the first front insertion slot of the second base.
  • the lower end of the rear plug-in board of the rear cover is located in the first rear insertion slot of the second base body, and the lower end surface of the right right limit plate of the front cover and the corresponding rear right side of the second base The upper end faces are in contact, and the lower end of the front plug-in board of the rear cover is located in the second front insertion slot of the second base.
  • the two insertion posts of the connector of the front cover are respectively sleeved from above in a corresponding one of the insertion holes of the front post of the second base.
  • the two insertion posts of the connector of the rear cover are respectively sleeved from above in a corresponding one of the insertion holes of the rear post of the second base.
  • the semi-surrounding bead of the front cover is located above the front half of the second seat surrounding the strip-shaped raised platform, and the front cover is surrounded by the semi-surrounding strip by adhesive bonding or heat welding and surrounding the front half of the second seat
  • the strip-shaped raised platforms are sealed and fixedly connected together.
  • the semi-surrounding bead of the rear cover plate is located above the rear half of the second seat body surrounding the strip-shaped convex platform, and the rear cover plate is bonded or heat-welded by the semi-surrounding bead and the rear of the second seat body
  • the semi-enclosed strip-shaped raised platform is sealingly fixedly connected together.
  • the technical solution based on the technical solution of the above-mentioned electrothermal assembly is as follows:
  • the cover plate of the first mounting seat further includes two through holes penetrating the upper and lower sides of the plate body, one of which is a glue injection hole and the other is a vent hole. .
  • the insulating glue fills the main cavity of the first mount through the injection hole of the cover plate until overflowing from the vent hole, thereby making the electrical connection portion including the series device, the series device and the two electric heating sheets, the hot wire copper pin a portion in the main cavity of the first mount, an electrical connection portion of the live copper pin and the first wire, a portion of the neutral copper pin in the main cavity of the first mount, and a neutral copper plug
  • the electrical connection between the needle and the second wire The bare parts of the circuit are in an insulated state.
  • the cover plate of the second mounting base further includes two through holes penetrating up and down the plate body, one of which is a glue injection hole and the other is a vent hole.
  • the insulating glue fills the corresponding space formed by each of the cover plates and the second seat body through the injection hole of each cover plate until overflowing from the vent hole, thereby making the electricity including the copper member, each copper member and the corresponding electric heating sheet
  • the connection portion, the right end portion of the first electric wire, and the right end portion of the second electric wire are all in an insulated state.
  • the self-heating floor of the present invention comprises a floor main body and an electrothermal assembly
  • the floor main body includes an upper main body and a bottom plate
  • the floor main body is bonded and fixed to the bottom plate by a lower end surface of the upper main body It is formed on the upper end surface.
  • the floor main body of the self-heating floor is provided at the front and rear sides with a connecting portion for connection with an adjacent self-heating floor.
  • the electrothermal assembly is disposed between the upper body and the bottom plate.
  • the left and right sides of the floor body are provided with power supply connectors belonging to the electrothermal assembly.
  • One of the left and right sides of the upper body is provided with one plug-in limiting portion, and the two plug-in limiting portions are divided into a left plug-in limiting portion and a right-plugging limiting portion according to the left and right positions. Both the left and right plug-in limit portions penetrate the upper body of the floor in the short-side direction of the floor.
  • the left and right sides of the bottom plate are also provided with one insertion support portion corresponding to the insertion limit portion of the upper body.
  • the two plug support portions are divided into a left plug support portion and a right plug support portion depending on the left and right positions in which they are located.
  • the two plug supports pass through the bottom plate along the short side of the floor.
  • the upper surface of the intermediate portion of the bottom plate is provided with two upper grooves extending upward and downward in the left and right directions, and the two upper grooves are divided into an upper front groove and an upper rear groove depending on the front and rear positions.
  • the bottom plate is also provided with one open-ended electric wire slot in the left-right direction on the groove wall of the two upper grooves facing upward.
  • the two wire slots are divided into a front wire slot and a rear wire slot according to the difference of the upper groove, and the two wire slots and the two upper grooves penetrate the bottom plate along the longitudinal direction of the floor.
  • the electrothermal assembly includes a circuit device, a first mount, and a second mount.
  • the first mount is a member that is hermetically plugged and electrically connected to each other by a socket portion thereof and a plug portion of a second mount of an adjacent electrothermal assembly.
  • the second mount is a component that is sealed and electrically connected to each other by the plug portion and the socket portion of the first mount of the adjacent electrothermal assembly in use.
  • the above circuit arrangement comprises a transmission unit, a heating sheet, a series device and a copper member.
  • the transmission unit consists of a live line unit and a neutral unit. Both the live line unit and the neutral unit include a copper sleeve, a transmission member, and a copper pin that are electrically connected in sequence.
  • the transmission member is a single copper core wire covered with an insulating plastic sheath.
  • the copper sleeve, the transmission piece and the copper pin of the firewire unit are in turn the fire wire copper sleeve, the first wire and the fire wire copper pin, the copper sleeve of the neutral wire unit, the transmission piece and
  • the copper pins are in turn a zero-line copper sleeve, a second wire, and a neutral copper pin.
  • the electric heating sheet is arranged in parallel on the same plane before and after the two sheets, and the two electric heating sheets are called the front side electric heating sheet and the rear side electric heating sheet according to the difference of the front and rear positions.
  • Each of the electric heating sheets is a sheet-like sealed waterproof electric heating device in which one electrode is disposed at the left and right ends.
  • the series device is a temperature switch or a self-recovering fuse or copper wire.
  • the copper member includes a live copper member and a neutral copper member.
  • the series device is connected between the left end electrodes of the two heating sheets, and the right end electrode of the front side heating piece is electrically connected to the live line unit through the live copper member, and the right end electrode of the rear side heating sheet is electrically connected to the neutral unit through the neutral copper member.
  • the first mounting seat includes a first seat body and a cover plate that are both integrally molded parts.
  • the cover plate is mounted on the first seat body from the top to the bottom, and the cover plate is fixedly connected to the first seat body at the lower rear end, the lower left end and the lower front end thereof, and the cover plate and the first seat body are A main cavity of the first mount is formed between them.
  • the first mount also includes a front socket on the left front side and a rear socket on the left rear side.
  • the front and rear sockets are all oriented in the same direction, that is, both forward and backward toward the front and rear, or both to the left and right.
  • Both the front socket and the rear socket are formed by the first seat body and the cover plate cooperating with each other or are separately provided on the first body. Both the front socket and the rear socket are provided with insertion holes that are aligned in the opening direction and the insertion direction.
  • the plug portion of the live copper pin is disposed in the front socket of the first mount, and the left end of the first wire extends into the main cavity of the first mount and is electrically connected to the live copper pin.
  • the plug portion of the neutral copper pin is disposed in the rear socket of the first mount, and the left end of the second wire extends into the main cavity of the first mount and is electrically connected to the neutral copper pin.
  • the front side heating piece is located above the first electric wire, and the left end of the front side heating piece is restrained and clamped between the front part of the lower right side of the cover and the front part of the upper right end of the first seat.
  • the rear side heating piece is located above the second electric wire, and the left end of the rear side heating piece is clamped between the rear right side of the lower side of the cover and the rear right end of the first seat.
  • the series device is located in the main cavity of the first mount.
  • the second mounting seat includes a second base, two cover plates, and two plugs.
  • the second seat and the two cover plates are all injection molded one piece.
  • the two cover plates are divided into a front cover plate and a rear cover plate according to the front and rear positions thereof, and the two cover plates have substantially the same structural shape.
  • the two plugs are divided into a live plug and a neutral plug according to the front and rear positions.
  • the two plugs have basically the same structural shape and are all injection-molded ones with inserts.
  • the front cover is fitted from the top to the bottom on the front portion of the second base body, and the live wire plug is fitted and fixed between the second seat and the front cover.
  • the front cover is fixedly coupled to the second seat at its lower rear end, the lower right end, and the lower front end, and a first cavity of the second mount is formed between the front cover and the second seat.
  • the rear cover is fitted from the top to the bottom on the rear of the second seat, and the neutral plug is embedded and fixed between the second seat and the rear cover.
  • the rear cover is fixedly coupled to the second seat at the lower rear end, the lower right end, and the lower front end, and a second cavity of the second mount is formed between the rear cover and the second seat.
  • the plugging directions of the above-mentioned live wire plug and the neutral wire plug are all oriented in the same direction, that is, both toward the rear or the front of the front and rear, or both of the right and left sides.
  • the live copper bushing of the live line unit of the above circuit device and a corresponding portion of the end of the first electric wire and one end of the corresponding live copper member are collectively formed as an insert to form an integral with the live wire plug when the hot wire plug is injection molded, and the hot wire copper sleeve It communicates with the outside from the direction of the firewire plug.
  • the live copper member and the right end electrode of the front side heater are located in the first cavity.
  • the neutral copper sleeve of the neutral unit of the above circuit device and a corresponding portion of the end of the second electric wire and one end of the corresponding neutral copper member are collectively used as an insert to form an integral with the neutral plug when the neutral plug is injection molded. , and the neutral copper sleeve is connected to the outside from the direction of the neutral plug.
  • the zero-line copper member and the right-end electrode of the rear side heater are located in the second cavity.
  • the right end of the front side heating fin is constrained and clamped between the left side of the lower side of the front cover and the front of the upper left end of the second seat.
  • the right end of the rear side heating piece is clamped between the left end of the lower side of the rear cover and the rear part of the upper left end of the second seat.
  • the first wire is disposed in the front wire slot of the bottom plate.
  • the second wire is disposed in the rear wire slot of the bottom plate.
  • the first mount is fixed between the left plug limit portion of the upper body and the left plug support portion of the bottom plate.
  • the second mount is fixed between the right plug limit portion of the upper body and the right plug support portion of the bottom plate.
  • the connecting portion on the front and rear sides of the floor of the floor panel of the self-heating floor is a plugging portion capable of corresponding plug-in fitting.
  • the insertion portion on the front side of the floor main body of the self-heating floor is a plug-in port
  • the insertion portion on the rear side of the floor body of the self-heating floor is a corresponding insertion groove.
  • the plug-in port is a part of the plug-in slot of the self-heating floor adjacent to the front side
  • the plug-in groove is a plug-in of the corresponding self-heating floor adjacent to the rear side when in use. The parts that are mated to each other.
  • the basic shape of the upper body is a plate-like rectangular parallelepiped shape, and the left and right sides of the upper body are the plug-in limiting portions formed by cutting the lower portion, and the front side of the upper body is the lower front convex portion formed by the upper cutting process.
  • the upper plug connector and the rear side of the upper body are the lower and lower recesses of the opening formed by the lower portion of the opening.
  • the basic shape of the bottom plate is a plate-like rectangular parallelepiped shape, and the left and right sides of the bottom plate are inserting support portions formed by cutting the upper portion, and the front side of the bottom plate is a top portion of the bottom plate which is formed by cutting and forming an upper portion.
  • the lower portion of the lower portion protrudes forwardly from the upper portion, and the rear side of the bottom plate is an upper portion of the opening which is formed by cutting the upper portion corresponding to the lower notch of the upper body and which is rearward and upward.
  • the lower plug of the bottom plate and the upper plug of the upper body together form a plug of the floor body of the self-heating floor.
  • the upper notch of the bottom plate and the lower notch of the upper body 11 together form an insertion groove of the floor body of the self-heating floor.
  • the technical solution based on the above technical scheme of the self-heating floor is as follows:
  • the electric heating piece further comprises two sets of limiting holes, and the two sets of limiting holes are respectively disposed at the left and right ends of the heating piece.
  • the set of limiting holes is 3 to 8 through holes penetrating up and down.
  • the first seat body is a single piece, and includes a front connecting portion, a cover mounting portion and a rear connecting portion, and the front connecting portion, the cover mounting portion and the rear connecting portion are sequentially connected.
  • the cover mounting portion includes a front lower half socket portion, a rear lower half socket portion, a front cavity body, a rear cavity body, and two sets of column hole insertion limit members.
  • the front lower half socket portion is located at the left front portion of the cover mounting portion and protrudes to the left.
  • the rear lower half socket portion is located at the left rear portion of the cover mounting portion and protrudes to the left.
  • 2 sets of column hole insertion limit parts are arranged along the upper and lower sides, and the column hole insertion limit parts are divided into front side column hole insertion limit parts and rear side column hole insertion limit parts according to different front and rear positions.
  • the front cavity is located at the center of the upper side of the upper side of the cover mounting portion.
  • the rear cavity is located at the center of the upper left side of the upper side of the cover mounting portion.
  • the cover plate of the first mounting seat comprises a front side upper half socket portion, a rear side upper half socket portion, an upper cavity body and two sets of hole column insertion limiting members.
  • the front upper half socket portion protrudes leftward from the front left side of the cover plate and corresponds to the front lower half socket portion of the cover mounting portion.
  • the rear upper half socket portion protrudes to the left at the rear left side of the cover plate and corresponds to the rear lower half socket portion of the cover mounting portion.
  • the two sets of hole column insertion limit members are arranged along the upper and lower sides, and the two sets of hole column insertion limit pieces are divided into the front side hole column insertion limit piece and the rear side hole column insertion according to the difference of the front and rear positions.
  • Limiter The front side hole of the cover plate has a plug-in limiting piece corresponding to the front side hole hole insertion limit piece of the first seat body, and forms a mutual mating engagement.
  • the rear side hole column insertion limiting member of the cover plate is corresponding to the rear side column hole insertion limiting member of the first base body, and forms a mutual mating engagement.
  • the upper chamber is located at the center of the left and right sides of the lower side of the cover.
  • the cover plate is mounted on the cover mounting portion of the first seat body from the top to the bottom to form a first mounting seat, and the hole post insertion limiting member of the cover plate is inserted into the column hole of the corresponding first seat body.
  • the limiting members form a mutual mating engagement.
  • the heating fins are respectively disposed on the column hole insertion limiting members of the corresponding first seat body and the hole column insertion limiting members of the cover plate by a set of limiting holes at the respective left ends thereof.
  • the front side upper half socket portion of the cover plate and the front side lower half socket portion of the first seat body together constitute a first installation
  • the rear side upper half socket portion of the cover plate and the rear side lower half socket portion of the first seat body together constitute a rear socket of the first mounting seat which is located at the rear left side thereof and protrudes to the left and the upper side of the rear side of the cover plate
  • the socket portion and the rear lower half socket portion of the first base body together form a rearward insertion hole of the rear socket of the first mount.
  • the upper cavity of the cover plate and the front cavity and the rear cavity of the first body communicate with each other to form a main cavity of the first mount.
  • the left end of the transmission unit of the above circuit arrangement and the series device of the corresponding end are located in the main cavity of the first mount.
  • the heads of the copper pins of the live wire unit and the neutral unit are respectively located in the insertion holes of the front socket of the first mount and the insertion holes of the rear socket, and are coaxial therewith.
  • the tail of each copper pin is located in the main cavity of the first mount.
  • a portion of the lower side of the cover plate that is in contact with the upper side of the first base body is sealed and fixedly joined by adhesive bonding or heat welding, and all exposed portions of the circuit at the corresponding end of the circuit device are located at the first mounting seat.
  • the left end of the heating piece is clamped and fixed between the first mounting seat and the cover plate.
  • the second mount includes a second base, a cover and two plugs.
  • the second seat body is an integral piece, and includes a front section connecting portion, a first cover mounting portion, a middle connecting portion, a second cover mounting portion, and a rear connecting portion.
  • the front stage connecting portion, the first cover mounting portion, the middle portion connecting portion, the second cover mounting portion, and the rear connecting portion are sequentially connected.
  • the first cover mounting portion includes a first lower plug seat portion and a front post hole insertion limit member.
  • the first lower plug seat is located at the right portion of the first cover mounting portion.
  • the front post hole insertion limiter is disposed up and down.
  • the structure of the second cover mounting portion is substantially the same as that of the first cover mounting portion, and includes a second lower plug seat portion and a rear post hole insertion limit member.
  • the second lower plug seat portion is located at a right portion of the second cover mounting portion.
  • the rear post hole insertion limiter is disposed up and down.
  • the cover plate of the second mounting seat has two blocks, and is divided into a front cover plate and a rear cover plate according to the front and rear positions thereof, and the two cover plates have substantially the same structural shape, and both include the upper plug seat portion, the lower cavity portion and The hole column is inserted into the limit member.
  • the upper connector seat is located on the front left side of the cover.
  • the hole column insertion limiting member is disposed along the upper and lower sides, and the hole column insertion limiting member is corresponding to the front pillar hole insertion limiting member of the second base body to form a mutual insertion fit.
  • the two pieces of the electric heating piece are respectively sleeved by a set of limiting holes at the right ends thereof, respectively, and the front column hole insertion limiting piece of the corresponding second seat body, the rear column hole insertion limiting piece and the corresponding cover hole column Plug in the limiter.
  • the lower chamber is located at the center of the left and right sides of the lower side of the cover.
  • the two plugs of the second mounting seat are divided into a live plug and a neutral plug according to the front and rear positions thereof, and the two plugs have substantially the same structural shape, and both include a plug base and a cylindrical plug.
  • the plug is an injection molded one piece with an insert, the outer shape of the cylindrical plug and the corresponding insertion hole and the shape of the insertion hole of the first mount Correspondingly, it is arranged along the axis in the front-rear direction or the axis in the left-right direction.
  • the copper sleeve of the transmission unit of the circuit device and a corresponding portion of the end of the transmission member and one end of the corresponding copper member are integrally formed when the plug base and the cylindrical plug are injection molded, and the front portion of the copper sleeve is located in the cylindrical plug. It is disposed coaxially with the cylindrical plug and communicates with the outside from the direction of the plug, and the rear of the copper sleeve is located in the plug base.
  • the cover plates are mounted on the first cover mounting portion and the second cover mounting portion of the second base body from the top to the bottom, and the first wire plug is embedded and fixed to the first lower plug of the first cover mounting portion.
  • the neutral plug is engaged and fixed in the second lower plug portion of the second cover mounting portion and the upper plug portion of the rear cover to constitute the second mount .
  • the lower cavity of the front cover is the first cavity of the second mount.
  • the lower cavity of the rear cover becomes the second cavity of the second mount.
  • the right end of the transfer unit of the above circuit arrangement and the copper member at the corresponding end are located in the lower cavity of the cover of the second mount.
  • the portion of the lower side of the cover plate that is in contact with the upper side of the second seat body is sealed and fixedly joined together by adhesive bonding or heat welding.
  • the right end of the heating piece is clamped and fixed between the second mounting seat and the corresponding cover plate.
  • the technical solution based on the above technical scheme of the self-heating floor is as follows:
  • the two electric heating sheets of the circuit device each include a strip-shaped conductive heat-generating layer, two electrode copper skins, and glass containing insulation and protection.
  • the electrode copper skin is a flat "L"-shaped copper skin, and the two electrode copper skins are respectively composed of a pressing section arranged in the front-rear direction and a connecting section arranged in the left-right direction and located on the left-right direction, and two electrode coppers.
  • the skins are respectively pressed from above to the left end and the right end of the conductive heat-generating layer by the pressing section, and are respectively used as the left-end electrode copper piece and the right-end electrode copper piece, and the connection sections of the electrode copper sheets are located on the outer side in the left-right direction.
  • the entire outer layer of the epoxy resin is surrounded by the upper and lower sides of the conductive heat generating layer and the electrode copper.
  • a portion of the outer layer of the epoxy resin coated at the joint portion of the electrode copper is mechanically machined to provide a notch on a portion of the upper surface of the joint portion exposing the electrode copper, and the notch is provided as a solder joint.
  • One end of the series device is soldered to the solder joint at the junction of the left end electrode copper of the front side heater, so that the left end electrode copper of the front side heater is electrically connected to the corresponding end of the series device.
  • the other end of the series device is solder-welded to the solder joint at the junction of the left end electrode copper of the rear side heater such that the left end electrode copper of the rear side heater is electrically connected to the other end of the series device.
  • the live copper pin and the neutral copper pin of the transmission unit of the above circuit device both include a copper bar and an L-shaped copper piece: the L-shaped copper piece is vertically disposed from the left and right to the barrier piece and the front and rear vertical connecting piece is provided. Connected. The tail of the copper rod is riveted and fixed on the blocking piece of the L-shaped copper sheet to form a corresponding copper pin, and the rear end of the connecting piece of the L-shaped copper piece is provided with a connecting hole for electrical connection. The left end of the exposed copper wire of the first wire passes through the connection hole of the connecting piece of the L-shaped copper piece of the copper wire pin and is welded to the rear end portion of the connecting piece And the fire wire copper pin is electrically connected.
  • the left end of the exposed copper wire of the second wire passes through the connection hole of the connecting piece of the L-shaped copper piece of the neutral copper pin and is soldered to the rear end portion of the connecting piece to be electrically connected to the neutral copper pin.
  • the series device is a temperature switch.
  • the copper member is a bare copper wire.
  • the right end of the first electric wire is stripped by a small piece of insulating plastic sheath and the right end of the live copper member is inserted into the rear end of the corresponding hot copper bushing and then fixed by crimping and electrically connected to the corresponding hot wire.
  • the part of the structure is collectively formed as an integral joint with the hot wire plug when it is injection molded.
  • the solder joint of the solder joint of the left end of the live copper member and the junction of the right end electrode of the front side heater is fixed by soldering so that the right end electrode copper of the front side heater is electrically connected to the left end of the live copper member.
  • the right end of the second electric wire is stripped by a tip of a small length of the insulating plastic sheath and the right end of the neutral copper member is inserted into the rear end of the corresponding neutral copper sleeve and then fixed by crimping and electrically connected in the corresponding On the back end of the zero wire copper sleeve.
  • the part of the structure is used together as an integral part of the zero-line plug when it is injection molded.
  • the solder joint of the left end of the neutral copper member and the joint portion of the right end electrode of the rear side heater is solder-welded so that the right end electrode copper of the rear side heater is electrically connected to the left end of the neutral copper member.
  • the technical solution based on the above-mentioned self-heating floor technology solution is as follows:
  • the lower side profile of the section of the left plug-in limit portion of the bottom plate corresponds to the upper side profile of the section of the first mount.
  • the lower profile of the section of the right plug stop corresponds to the upper profile of the section of the second mount.
  • the upper side profile of the cross section of the left plug support portion of the above-mentioned bottom plate corresponds to the lower side profile of the cross section of the first mount.
  • the upper side profile of the section of the right plug support corresponds to the lower profile of the section of the second mount.
  • the first seat body further includes a lower limit groove extending forwardly from the opening at the lower right portion of the lower side thereof.
  • the front connecting portion of the first base body includes a front upper limit groove portion at an upper right side of the upper right portion thereof and a front snap ring portion at a left side thereof and projecting to the left in a locking direction.
  • the rear connecting portion of the first base body includes a rear upper limit groove portion at an upper right side of the upper portion thereof and a rear snap ring portion at a left side thereof and projecting to the left in a locking direction.
  • the post hole insertion stopper of the cover mounting portion of the first base body is located on the upper right side edge of the cover mounting portion and is disposed in the up and down direction.
  • the front side post hole insertion limit piece and the rear side post hole insertion limit piece are composed of two plug limit posts and three plug limit holes.
  • the hole column insertion limiting member of the cover plate of the first mounting seat is located at a lower right edge of the cover plate and is disposed along an upper and lower direction, and the front side hole column insertion limiting member and the rear side hole column of the cover plate are inserted
  • the limiting parts are composed of two plug-in limiting holes and three plug-in limiting posts, and the plug-in limiting holes of the cover plate are correspondingly arranged with the plug-in limit posts of the first seat body, and the cover plate is inserted.
  • the limiting post is correspondingly arranged with the insertion limit hole of the first seat.
  • the grouping limiting holes are respectively sleeved on the plugging limit posts of the column hole insertion limiting parts of the corresponding first body and the plugging limit posts of the hole column plugging limit parts of the cover body.
  • the cover plate of the first mounting seat further includes an upper limit groove corresponding to the front upper limit groove portion and the rear upper limit groove portion of the first seat body at an opening of the upper right portion thereof.
  • the cross-sectional shape of the upper limit groove of the cover plate is the same as the cross-sectional shape of the front upper limit groove portion and the rear upper limit groove portion of the first seat body, and is aligned with each other in the left-right direction and the up-and-down direction, and the upper limit groove of the cover plate is located at the first Between the front upper limit groove portion and the rear upper limit groove portion of the seat body, the front upper limit groove portion of the first seat body, the upper limit position groove of the cover body, and the rear upper limit groove portion of the first seat body form a first through The upper limit groove of the mount.
  • the second seat body further includes a lower limit groove extending downwardly from the opening at the lower left portion thereof.
  • the front connecting portion of the second seat body includes a front upper limit groove portion at an upper left side of the upper side thereof and a front front snap portion at a right side thereof and projecting rightward in a latching direction, and the front portion
  • the card fastening portion corresponds to the front card fastening portion of the first base body, and the front card fastening portion of the second seat body and the front card fastening portion of the first seat body of the corresponding adjacent electrothermal assembly are used in use.
  • the mating engagement in the front-rear direction is formed to form a fixed connection of the electrothermal assembly and the corresponding adjacent electrothermal assembly of the same structure in the front-rear direction and the left-right direction.
  • the rear connecting portion of the second seat body includes a rear upper limit groove portion at an opening of the upper left portion thereof and a rear snap button portion at a right side thereof and protruding rightward in a locking direction, and
  • the rear card fastening portion corresponds to the rear card fastening portion of the first base body, and the rear card fastening portion of the second base body and the rear buckle of the first seat body of the corresponding adjacent electric heating component are used in use.
  • the portions form a mating engagement with each other in the front-rear direction, thereby forming a fixed connection of the electrothermal assembly and the corresponding adjacent electrothermal assembly of the same structure in the front-rear direction and the left-right direction.
  • the middle portion connecting portion of the second seat body includes a middle upper limit groove portion which is open upward in the upper left portion thereof.
  • the front pillar hole insertion stopper of the first cover mounting portion of the second base body is located at an upper left edge of the first cover mounting portion and is disposed up and down.
  • the front post hole insertion limit member is composed of two front plug limit posts and three front plug limit holes.
  • the rear pillar hole insertion stopper of the second cover mounting portion of the second base body is located at an upper left edge of the second cover mounting portion and is disposed up and down.
  • the rear post hole insertion limit member is composed of two rear plug limit posts and three rear plug limit holes.
  • the hole post insertion limit member of the front cover of the second mounting seat is located at the lower right edge of the front cover and along the edge Set up and down.
  • the hole post insertion limit member is composed of two plug limit holes and three plug limit posts, and is respectively connected with the front plug limit post of the first cover mounting portion of the second seat body and The front plug-in limit hole is set accordingly.
  • the front side heating piece is sleeved by a set of limiting holes at one end of the corresponding second end of the first column body, and the front plug hole of the front post hole of the corresponding second body is inserted into the limit post and the front post of the front cover. The plug of the piece is placed on the limit post.
  • the hole post insertion limit member of the rear cover of the second mounting seat is located at a lower right edge of the rear cover and is disposed along the upper and lower sides.
  • the hole post connector is composed of two plug limit holes and three plug limit posts, and is respectively connected with the rear cover limit post of the second cover mounting portion of the second base body and The rear plug-in limit hole is set accordingly.
  • the rear side heating piece is sleeved by a set of limiting holes at one end of the corresponding second end of the second post body, and the rear post of the second post body is inserted into the limiting post and the post of the rear cover. The plug of the piece is placed on the limit post.
  • the cover plate of the second mounting seat further includes an upper limit groove corresponding to the front upper limit groove portion, the rear upper limit groove portion and the middle upper limit groove portion of the second seat at the upper left portion.
  • the cross-sectional shape of the upper limit groove of the cover plate is the same as the cross-sectional shape of the front upper limit groove portion, the rear upper limit groove portion and the middle upper limit groove portion of the second seat body, and is aligned with each other in the left-right direction and the up-and-down direction, and each cover plate
  • the upper limit slot is respectively located between the front upper limit groove portion, the middle upper limit groove portion and the rear upper limit groove portion of the corresponding second seat body, so that the front upper limit groove portion of the second seat body and the upper limit position of the cover plate
  • the groove, the middle upper limit groove portion of the second seat body, and the rear upper limit groove portion of the second seat body form an upper limit groove that penetrates the second mount.
  • the first mounting seat of the above-mentioned electrothermal assembly is fixedly fastened between the left insertion limiting portion of the upper body and the left insertion supporting portion of the bottom plate by the upper limiting slot and the lower limiting slot.
  • the second mounting seat of the electrothermal assembly is fixedly fastened between the right insertion limit portion of the upper body and the right insertion support portion of the bottom plate by the upper limiting slot and the lower limiting slot, so that the first part of the electrothermal assembly
  • the mounting seat and the second mounting seat are used as corresponding power supply connectors on the left and right sides of the self-heating floor.
  • the cover mounting portion of the first body further includes a live wire groove portion protruding to the right at the front right side thereof and opening upward, at the right side thereof a neutral line groove portion which protrudes to the right and has an opening upward, a live line groove extending portion located at an upper side of the upper right side and an opening from the left side of the line portion of the line, and a right side right portion thereof The rear side and the left-line slot extending from the opening of the zero-line groove portion from the left side.
  • the front lower half socket portion of the cover mounting portion includes a vertically disposed front end plate and a semi-cylindrical front plug slot having an opening upward, an axis disposed in the front-rear direction, and a rear end communicating with the outside, the front end of the front plug slot being The front end panel is closed.
  • the front end plate is provided with a semi-cylindrical live pin slot having an opening upward, an axis parallel to the axis of the front plug slot, and a smaller diameter than the front plug slot.
  • the rear side lower half socket portion of the above-mentioned cover mounting portion includes a vertically disposed front end plate and an opening upward, an axis A semi-cylindrical rear plug slot disposed in the front-rear direction and communicating with the outside end, the front end of the rear plug slot is closed by the front end plate.
  • the front end plate is provided with a semi-cylindrical pin slot having an opening upward, an axis parallel to the axis of the rear plug slot, and a smaller diameter than the rear plug slot.
  • the cover mounting portion further includes an open rear rear insertion groove at an upper rear edge thereof, three left side steps at a left side edge thereof, and an upwardly facing front insertion groove at an upper front edge thereof And the right step on the right and left sides of the right edge.
  • the cover mounting portion further includes a vertically-arranged semi-circumferential strip-like projection on the upper side thereof that is disposed on the front side near the rear side edge, on the right side near the left side edge, and on the rear side near the front side edge.
  • a platform, and the semi-enclosed strip-shaped convex platform communicates through the front lower half socket portion and the rear lower half socket portion, and the upper end surface of the front lower half socket portion and the upper end surface of the rear lower half socket portion are partially surrounded by a half
  • the upper end faces of the strip-shaped raised platforms are located in the same plane.
  • the cover mounting portion further includes a set of column hole connectors disposed on the upper left portion thereof from the right side adjacent to the semi-circumferential strip-shaped projection platform.
  • the one set of post hole connectors is composed of two plug posts and four plug holes.
  • the front cavity of the cover mounting portion communicates with the cavity of the live wire groove portion, and the rear cavity of the cover mounting portion communicates with the cavity of the neutral wire groove portion.
  • One of the plug posts of the post connector is a front cavity plug post located in the front cavity and located in front of the front end plate of the front lower half socket portion, and the other plug post is inserted into the rear cavity.
  • the post is located in the rear cavity and is located in front of the front end plate of the rear lower half socket portion.
  • the cover plate of the first mounting seat further includes a live wire fastening portion at a front portion of the lower right edge thereof and a downward opening, and a neutral wire engaging portion at the rear of the lower right edge of the lower portion thereof and having an opening downward.
  • the lower right edge and the two sets of holes arranged in the upper and lower directions are inserted into the limiting members.
  • the front upper half socket portion of the cover plate comprises a vertically disposed front end plate and a semi-cylindrical front plug slot with the opening downward, the axis disposed in the front-rear direction, and the rear end communicating with the outside.
  • the front end of the front plug slot is formed by the front end The board is closed.
  • the upper end of the front end plate is provided with a semi-cylindrical live pin slot having an opening downward, an axis identical to the axis of the front plug slot, and a smaller diameter than the front plug slot.
  • the rear upper half socket portion of the cover plate includes a vertically disposed front end plate and a semi-cylindrical rear plug slot with the opening downward, the axis disposed in the front-rear direction, and the rear end communicating with the outside, and the front end of the rear plug slot is formed by the front end
  • the board is closed.
  • the lower end of the front end plate is provided with a semi-cylindrical pin slot having an opening downward, an axis parallel to the axis of the rear plug slot, and a smaller diameter than the rear plug slot.
  • the cover plate further includes a downwardly disposed rear insertion plate at a lower rear edge thereof, three downwardly disposed left limit plates on a lower left side edge thereof, and an orientation at a lower front edge thereof.
  • the front plug-in board is placed underneath and the right-side limit plate is placed down on the lower right edge.
  • the cover plate further includes a semi-surrounding bead on the lower side thereof which is adjacent to the rear side edge in the front, the left side edge on the right side and the front side edge in the rear side, and the lower end of the semi-surrounding bead is located at the lower end of the semi-surrounding bead On the same level.
  • the cover plate further includes a set of hole post connectors disposed on the lower left side thereof from the right side adjacent to the half surrounding bead in the up and down direction.
  • the one set of hole column connectors is composed of two plug hole seats and four plug posts.
  • the two plug sockets of the hole post connector of the cover plate are all located in the upper cavity, and one of the plug sockets is a front side socket seat, which is located at the front end plate of the front upper half socket portion In the front, the other socket is the rear side socket, which is located in front of the front end plate of the upper half socket.
  • the diameter of the copper rod of the above-mentioned hot copper pin is the same as the diameter of the live pin slot of the lower half of the first side of the first body, and the coaxial line of the copper rod of the live copper pin is placed in the first body.
  • the lower portion of the blocking piece of the L-shaped copper piece of the fire wire copper pin is located in the front cavity of the first base body and is located at the front end plate of the front lower half socket portion Between the front cavity plug posts, the lower portion of the tab of the L-shaped copper sheet is located in the front cavity.
  • the upper part of the L-shaped copper piece of the fire wire copper pin is located in the upper cavity of the cover plate and is located between the front end plate of the front upper half socket portion and the front side insertion hole seat, and the L shape of the fire wire copper pin
  • the upper portion of the tab of the copper sheet is located in the upper cavity of the cover.
  • the diameter of the live wire pin slot of the front upper half socket portion of the cover plate is the same as the diameter of the live wire pin slot of the front lower half socket portion of the first base body, and the two coaxial lines are aligned with each other to form a first A live pin hole in a mount.
  • the cover plate is fastened by the live pin slot of the upper half socket portion of the front side to the upper surface of the tail of the copper bar of the live copper pin, so that the first mount is tightly fitted with the copper bar of the live copper pin. together.
  • the diameter of the front plug slot of the front upper half socket portion of the cover plate is equal to the diameter of the front plug slot of the front lower half socket portion of the first base body, and the two coaxial lines are aligned with each other to form a first mount.
  • the open front rear plug hole, the head of the copper wire of the live copper pin is located in the front plug hole.
  • the diameter of the copper rod of the neutral copper pin is the same as the diameter of the neutral pin slot of the lower half of the first side of the first body, and the tail coaxial line of the copper bar of the neutral copper pin is placed at the In the neutral slot of the lower half of the socket of the body, the lower part of the L-shaped copper of the neutral copper pin is located in the rear cavity of the first body and is located at the lower half of the rear side of the socket. Between the front end plate of the portion and the rear cavity insertion post, the lower portion of the connecting piece of the L-shaped copper piece is located in the rear cavity.
  • the upper part of the blocking piece of the L-shaped copper piece of the neutral copper pin is located in the upper cavity of the cover plate and is located between the front end plate and the rear side insertion hole seat of the upper half socket part of the rear side, the neutral copper pin
  • the upper portion of the tab of the L-shaped copper sheet is located in the upper cavity of the cover.
  • the diameter of the neutral pin slot of the upper half socket portion of the cover plate is the same as the diameter of the neutral wire pin slot of the rear lower half socket portion of the first base body, and the coaxial lines are aligned with each other before and after Forming the zero of the first mount Wire pin hole.
  • the cover plate is fastened by the neutral pin slot of the upper half socket portion of the rear side thereof to the upper surface of the tail of the copper bar of the neutral copper pin, so that the first mounting seat and the copper bar of the neutral copper pin are tight Fit together.
  • the diameter of the rear plug slot of the upper half socket portion of the rear side of the cover plate is equal to the diameter of the rear plug slot of the lower half socket portion of the rear side of the first base body, and the two coaxial lines are aligned with each other to form a first mount.
  • the rear of the opening is the rear plug hole, and the head of the copper bar of the neutral copper pin is located in the rear plug hole.
  • the left end of the first electric wire is sequentially disposed in the cavity of the live wire groove portion of the first base body and in the cavity of the extension of the live wire groove.
  • the left end of the second electric wire is sequentially disposed in the cavity of the neutral line groove portion of the first seat body and in the cavity of the neutral wire groove extending portion.
  • the series device is located on the upper surface of the front and rear central portion of the first block and is located in the upper cavity of the cover.
  • the live wire engaging portion of the cover plate is fastened to the left end portion of the first wire, located above the extending portion of the live wire groove of the first seat body, and the first wire is clamped together from the upper and lower directions with the extending portion of the live wire groove Left end part.
  • the neutral wire engaging portion of the cover plate is fastened to the left end portion of the second wire, and is located above the zero wire groove extending portion of the first seat body, and is clamped together with the zero wire groove extending portion from the upper and lower sides. The left end of the two wires.
  • the two plug-in limiting holes of the front side hole column insertion limiting member of the cover plate are respectively sleeved on the corresponding one of the plug-in limit posts of the front side column hole insertion limiting member of the first seat body, before The three plug-in limit posts of the side-hole post-insertion limiting member are respectively inserted into the corresponding one of the limiting holes on the left end of the front side heating piece and inserted into the corresponding one of the front-side column-hole plug-in limiting parts of the first seat body.
  • the two plug-in limiting holes of the rear side hole plug-in limiting member of the cover plate are respectively sleeved on the corresponding one of the plug-in limit posts of the rear-side post-hole plug-in limiting member of the first seat body 31,
  • the three plug-in limit posts of the rear side hole plug-in limiting member are respectively inserted into the corresponding one of the limiting holes at the left end of the rear side heating piece and inserted into the corresponding one of the rear side hole-column plug-in limiting parts of the first seat body.
  • the lower end of the rear insertion plate of the cover plate is located in the rear insertion groove of the first base body, and the lower end surface of the three left limit plate of the cover plate is in contact with the upper end surface of the corresponding one left side step of the first base body, Front panel of the cover The lower end is located in the front insertion slot of the first base body, and the lower end surface of the right limiting plate of the cover plate is in contact with the upper end surface of the right side step of the first base body.
  • the two plug-in sockets of the plug-in socket of the cover plate are respectively sleeved on the corresponding one of the plug-in posts of the post-hole connector of the first seat body, and the four plug-in sockets of the cover plate are respectively The plug posts are respectively inserted into the corresponding one of the plug holes of the post connector of the first seat body from above.
  • the semi-enclosed bead of the cover plate is located above the semi-enclosed strip-shaped raised platform of the first seat body, and the cover plate is bonded by the adhesive or heat-welded by the semi-enclosed bead to the semi-enclosed strip of the first seat body
  • the raised platform seals are fixedly connected together.
  • the first lower plug seat portion of the first cover mounting portion described above includes two first plug insertion limit posts disposed along the upper and lower sides and a right side edge and a front side along the upper side of the first lower plug seat portion The top of the edge of the patch panel.
  • the left side of the first lower connector portion is further provided with a first lower plug slot having a substantially semicircular arc opening upward.
  • the second lower plug seat portion of the second cover mounting portion includes two second plug insertion limit posts disposed in the up and down direction and an upward edge and a front edge along the upper side of the second lower plug seat portion Set the second plug board.
  • the left side of the second lower plug seat portion is further provided with a second lower plug slot having a substantially semi-circular arc opening upward.
  • the first cover mounting portion of the second base body further includes a live wire groove portion protruding to the left at the left rear portion thereof and opening upward, and a first rear insertion groove at an opening of the upper rear edge thereof a front right side step at the right edge thereof and a first front insertion groove at the upper front edge thereof.
  • the first cover mounting portion further includes a vertically disposed upper half-enclosed strip on the upper side thereof at a front side near the rear side edge, a left side near the right side edge, and a rear side near the front side edge.
  • the raised platform a group of front pillar holes disposed on the upper right side of the upper right side from the left side adjacent to the front half surrounding the strip-shaped convex platform.
  • the first group of front pillar holes is composed of two insertion holes.
  • the first cover mounting portion further includes a first cavity at a right and left direction on an upper side thereof, and the first cavity is in communication with a cavity of the live wire groove portion.
  • One insertion hole of the front pillar hole is located in the first cavity and located at the front of the first cover mounting portion, and the other insertion hole is located in the first cavity and located at the rear of the first cover mounting portion .
  • the second cover mounting portion further includes a neutral wire groove portion protruding to the left at the left rear portion thereof and opening upward, and a second rear insertion groove at the upper rear edge of the upper rear edge thereof, located at the right side thereof The rear right side step of the edge and the second front insertion groove of the opening at the upper side front edge thereof.
  • the second cover mounting portion further includes a continuously disposed upwardly convex equilateral rear enclosing strip on the upper side thereof at a front side near the rear side edge, a left side near the right side edge, and a rear side near the front side edge. a raised platform, located on the upper right side thereof, from the left side to the rear half surrounding the strip-shaped convex platform
  • the one set of rear post holes is composed of two insertion holes 41-23-1: the second cover mounting portion further includes a second cavity located at a right side of the upper side thereof, and the second cavity is in communication with a cavity of the neutral line groove portion.
  • One insertion hole of the rear pillar hole is located in the second cavity and located at the front of the second cover mounting portion, and the other insertion hole is located in the second cavity and located at the rear of the second cover mounting portion .
  • the cover plate further includes a wire slot fastening portion at a rear portion of the lower left side edge thereof and having an opening downward.
  • the upper connector portion of the cover includes two plug-in limit posts disposed in the up-and-down direction and a downwardly disposed plug-in plate along the right side edge and the front side edge of the lower side of the upper plug seat portion.
  • the cover plate further includes a downwardly disposed rear insertion plate at a lower rear edge thereof, a downwardly disposed 2 right right limit plate at a lower right side edge thereof, and an orientation at a lower front edge thereof
  • the front plug-in board is set below.
  • the cover plate further includes a set of connectors disposed on the lower right side of the right side portion from the left side to the right limit plate.
  • the connector is composed of 2 plug posts.
  • the cover plate also includes a lower chamber at the lower left and right sides of the lower side.
  • the cover plate further includes a semi-circular bead on the lower side thereof which is adjacent to the rear side edge at the front, the left side is close to the right side edge, and the rear side is close to the front side edge, and is semi-circularly pressed.
  • the lower end is on the same level.
  • the lower side of the plug base of the plug is provided with a lower hole seat corresponding to the opening corresponding to the first plug of the first lower plug portion.
  • the upper side of the plug base is provided with an upper opening seat corresponding to the opening corresponding to the plug of the upper plug seat of the cover.
  • the lower front portion of the plug base is provided with a lower insertion groove corresponding to the insertion plate of the first lower connector portion, near the rear portion of the front side edge and the left portion near the right side edge.
  • the upper front portion of the plug base is adjacent to the rear of the front side edge and the left portion near the right side edge is provided with an upper insertion groove corresponding to the insertion plate of the upper connector portion of the cover.
  • the left middle portion of the plug base is provided with a substantially cylindrical fastening portion that protrudes to the left.
  • the fire wire plug is sleeved on the first plug of the first lower plug seat by the lower hole of the plug base, and the plug of the first lower plug is inserted into the lower plug of the corresponding live plug.
  • the lower portion of the fastening portion of the plug base is located in the first lower plug slot of the first lower connector portion and closely fits the inner wall of the first lower plug slot of the first lower connector portion.
  • the upper part of the fastening portion of the plug base is located in the cover plug slot of the upper plug seat of the front cover and closely fits with the inner wall of the cover plug slot of the upper plug seat of the front cover, that is, the plug base
  • the fastening portion of the seat is tightly closed and fixed between the second seat and the front cover.
  • the right end of the first wire is disposed in the cavity of the live wire groove portion of the second block.
  • the zero-line plug is inserted into the second plug of the second lower plug socket by the lower hole of the plug base, and the second plug is inserted into the corresponding neutral.
  • the lower portion of the fastening portion of the head base is located in the second lower plug slot of the second lower connector portion and is in close contact with the inner wall of the second lower plug slot of the second lower connector portion.
  • the upper part of the fastening portion of the plug base is located in the cover plug slot of the upper plug seat of the rear cover, and is closely fitted with the inner wall of the cover plug slot of the upper plug seat of the rear cover, that is, the plug base
  • the fastening portion of the seat is tightly closed and fixed between the second seat and the front cover.
  • the right end of the second electric wire is disposed in the cavity of the neutral line groove portion of the second seat.
  • the slot fastening portion of the front cover is fastened to the right end portion of the first wire, and is located above the right end extension of the live wire slot of the second base, and is clamped from the upper and lower sides with the right end extension Tight to the right end of the first wire.
  • the slot fastening portion of the rear cover is fastened to the right end portion of the second electric wire, and is located above the right end extension of the neutral line groove portion of the second base body, and is common with the right end extension portion from the up and down direction Clamp the right end of the second wire.
  • the two plug-in limiting holes of the hole-receiving limiting member of the front cover are respectively sleeved on the corresponding one of the front plug-in limit posts of the front post of the second block, the hole column
  • the three plug-in limit posts of the plug-in limiting member are respectively inserted into the corresponding one of the limiting holes at the right end of the front side heating piece and inserted into the corresponding one of the insertion holes of the front column hole of the second body.
  • the lower end surface of the left edge of the front front cover and the upper end surface of the left edge of the first cover mounting portion of the second seat are respectively attached from the upper and lower sides to the upper end of the right side of the front side heating piece On the surface.
  • the two plug-in limiting holes of the hole-column insertion limiting member of the rear cover plate are respectively sleeved on the corresponding one rear plug-in limit post of the rear pillar hole insertion limiting member of the second seat body, and the hole column
  • the three plug-in limit posts of the plug-in limiting member are respectively inserted into the corresponding one of the limiting holes at the right end of the rear side heating piece and inserted into the corresponding one of the connecting holes of the rear-column hole of the second body.
  • the lower end surface of the left edge of the rear cover and the upper end surface of the left edge of the second cover mounting portion of the second seat are respectively attached to the upper and lower surfaces of the right end of the rear side heating sheet from the up and down direction .
  • the plug insertion limit post of the upper connector portion of the front cover is inserted into the lower socket of the plug base of the corresponding live wire plug.
  • the plug-in plate of the upper connector part of the front cover is inserted into the upper insertion slot of the corresponding live plug.
  • the plug insertion limit post of the upper connector portion of the rear cover is inserted into the lower socket of the plug base of the corresponding neutral connector.
  • the plug-in plate of the upper connector part of the rear cover is inserted into the upper insertion slot of the corresponding neutral plug.
  • the lower end of the rear insertion plate of the front cover is located in the second rear insertion slot of the second base, and the lower end surface of the two right limiting plates of the rear cover and the corresponding front right side of the second base
  • the upper end faces are in contact with each other, and the lower end of the front plug-in board of the front cover is located in the first front insertion slot of the second base.
  • the lower end of the rear insertion plate of the rear cover plate is located in the first rear insertion groove of the second seat body, and the front cover plate 2
  • the lower end surface of the right right limiting plate is in contact with the upper end surface of the corresponding rear right side step of the second base body, and the lower end of the front insertion plate of the rear cover plate is located in the second front insertion groove of the second base body.
  • the two insertion posts of the connector of the front cover are respectively sleeved from above in a corresponding one of the insertion holes of the front post of the second base.
  • the two insertion posts of the connector of the rear cover are respectively sleeved from above in a corresponding one of the insertion holes of the rear post of the second base.
  • the semi-surrounding bead of the front cover is located above the front half of the second seat surrounding the strip-shaped raised platform, and the front cover is surrounded by the semi-surrounding strip by adhesive bonding or heat welding and surrounding the front half of the second seat
  • the strip-shaped raised platforms are sealed and fixedly connected together.
  • the semi-surrounding bead of the rear cover plate is located above the rear half of the second seat body surrounding the strip-shaped convex platform, and the rear cover plate is bonded or heat-welded by the semi-surrounding bead and the rear of the second seat body
  • the semi-enclosed strip-shaped raised platform is sealingly fixedly connected together.
  • the technical solution based on the above self-heating floor technical solution is as follows:
  • the cover plate of the first mounting seat further includes two through holes penetrating up and down the plate body, one of which is a glue injection hole and the other is an exhaust gas. hole.
  • the insulating glue fills the main cavity of the first mount through the injection hole of the cover plate until overflowing from the vent hole, thereby making the electrical connection portion including the series device, the series device and the two electric heating sheets, the hot wire copper pin a portion in the main cavity of the first mount, an electrical connection portion of the live copper pin and the first wire, a portion of the neutral copper pin in the main cavity of the first mount, and a neutral copper plug All exposed parts of the circuit, including the electrical connection of the needle and the second wire, are in an insulated state.
  • the cover plate of the second mounting base further includes two through holes penetrating up and down the plate body, one of which is a glue injection hole and the other is a vent hole.
  • the insulating glue fills the corresponding space formed by each of the cover plates and the second seat body through the injection hole of each cover plate until overflowing from the vent hole, thereby making the electricity including the copper member, each copper member and the corresponding electric heating sheet
  • the connection portion, the right end portion of the first electric wire, and the right end portion of the second electric wire are all in an insulated state.
  • Figure 1 is a schematic view of a self-heating floor of the present invention
  • Figure 2 is a schematic view as seen from the upper left rear side of Figure 1;
  • Figure 3 is a schematic view as seen from the front of Figure 1;
  • Figure 4 is a schematic view as seen from the left side of Figure 1;
  • Figure 5 is a schematic view of the upper body and the bottom plate of Figure 3;
  • Figure 6 is a cross-sectional view taken along line AA of Figure 2;
  • Figure 7 is a partial enlarged view of the portion I in Figure 6;
  • Figure 8 is a schematic view of the bottom plate of Figure 6;
  • Figure 9 is a top plan view of the electrothermal module of the present invention.
  • FIG. 10 is a schematic structural view of the electrothermal assembly shown in FIG. 9 after removing the cover plates of the first mount and the second mount;
  • Figure 11 is a schematic structural view of the electric heating sheet of Figure 10;
  • Figure 12 is a schematic structural view of the transmission unit and the plug of Figure 10;
  • Figure 13 is a schematic view of the first seat of the first mount of the electrothermal module of Figure 9;
  • Figure 14 is a schematic view of the cover plate of the first mount of the electrothermal assembly of Figure 9 as viewed from below;
  • Figure 15 is a schematic view of the second mount of the second mount of the electrothermal assembly of Figure 9;
  • Figure 16 is a schematic view of the cover plate of the second mounting seat of the electrothermal assembly of Figure 9 as viewed from below;
  • Figure 17 is a perspective view of the first mounting seat of the electrothermal assembly;
  • Figure 18 is a perspective view of the first mounting seat of the electrothermal module when viewed from the lower side of Figure 17;
  • Figure 19 is a perspective view of the first mounting seat of the electrothermal module when viewed from the left rear upper side of Figure 17;
  • FIG. 19 is a perspective view showing the first seat body remaining after removing the cover plate in the first mounting seat of the electrothermal assembly;
  • Figure 20-1 is an enlarged schematic view of I I in Figure 20;
  • Figure 21 is a perspective view of the cover plate of the first mounting seat of the electrothermal assembly of Figure 17;
  • Figure 22 is a perspective view of the cover of the first mount when viewed from the lower side of Figure 21;
  • Figure 23 is a perspective view of the second mount of the electrothermal assembly;
  • Figure 24 is a perspective view of the second mounting seat of the electrothermal module when viewed from the lower side of Figure 23;
  • Figure 25 is the remaining after removing the cover and the plug in the second mounting of the electrothermal module shown in Figure 24. a perspective view of the second body;
  • Figure 25-1 is an enlarged schematic view of II I in Figure 25;
  • Figure 26 is a perspective view of the cover plate of the second mounting seat of the electrothermal assembly of Figure 25;
  • Figure 27 is a perspective view of the cover of the second mount when viewed from the lower side of Figure 26;
  • Figure 28 is a perspective view of the plug of the second mount of the electrothermal assembly of Figure 12;
  • Figure 29 is a perspective view of the plug as seen from the right rear lower side of Figure 28;
  • Figure 30 is a schematic view showing the structure of the second mounting seat of the electrothermal module shown in Figure 9 and the first mounting of another electrothermal module of the same structure in a mutually inserted and fixed connection;
  • Figure 31 is a schematic view of another electrothermal assembly of the present invention.
  • Figure 32 is a schematic view as seen from the upper left rear side of Figure 31;
  • Figure 33 is a schematic view of the connector
  • Figure 34 is a schematic view of the connecting member as seen from the front of Figure 33;
  • Figure 35 is a cross-sectional view showing the first mounting seat of one electrothermal module and the second mounting seat of another electrothermal module fixedly connected together by the connecting member shown in Figure 33;
  • Figure 36 is a schematic view showing the power supply line used in conjunction with the self-heating floor system of the present invention when it is used in a self-heating floor system;
  • Figure 37 is a schematic illustration of the self-heating floor application of the present invention in a self-heating floor system.
  • the markings in the above figures are as follows:
  • Self-heating floor 1 first self-heating floor 101, second self-heating floor 102, third self-heating floor 103, fourth self-heating floor 104, fifth self-heating floor 105, sixth self-heating Floor 106,
  • the upper main body 11, the insertion limiting portion 11-1, the left insertion limiting portion 11-11, the right insertion limiting portion 11-12, the groove portion 11-1-1, and the protruding portion 11-1-2 The cover portion 11-1-3, the upper plug port 11_2, the lower notch 11-3, the bottom plate 12, the plug support portion 12-1, the left plug support portion 12-11, and the right plug support portion 12-12, Groove portion 12-1-1, boss portion 12-1-2, plate portion 12-1-3, lower plug port 12_2, upper notch 12_3, upper groove 12-4, upper front groove 12- 4a, upper rear recess 12_4b, wire slot 12_5, front wire slot 12-5a, rear wire slot 12_5b,
  • Plug-in area 13 plug-in ⁇ 13-1, docking slot 13-2,
  • Circuit device 20 transmission unit 21, fire line unit 21a, neutral unit 21b, copper sleeve 21_1, fire copper sleeve 21-la, neutral copper sleeve 21-lb, transmission member 21-2, fire transmission (first wire) 21_2a, neutral transmission (second wire) 21-2b, copper pin 21-3, live copper pin 21-3a, neutral copper pin 21_3b, copper bar 21-3-1, L-shaped copper 21 -3-2, the blocking piece 21_3_2a, the connecting piece 21_3_2b,
  • the first mounting seat 30, the upper limiting slot 30-1, the insertion hole 30-2, the front socket 30_3, the insertion hole 30_4, the rear socket 30-5 The first body 31, the front connecting portion 31a, the cover mounting portion 31b, the rear connecting portion 31c, the lower limiting groove 31-1, the front upper limit groove portion 31-2, the front snap connecting portion 31-3, and the rear Upper limit groove portion 31-4, rear card fastening portion 31-5, front lower half socket portion 31-6, front plug groove 31-6-1, front end plate 31-6-2, hot wire pin slot 31- 6-3, rear lower half socket portion 31-7, rear plug slot 31-7-1, front end plate 31-7-2, neutral needle slot 31-7-3, live wire slot portion 31-8, Neutral line groove portion 31-9, column hole insertion limit member 31-10, front side column hole insertion limit member 31-10a, rear side column hole insertion limit member 31-10b, insertion limit Column 31-10-1, plug-in limiting hole 31-10-2, rear insertion slot 31-11, left side step 31-12, front insertion slot 31-13, right side step
  • Cover plate 32 upper limit groove 32-1, glue injection hole 32-2, vent hole 32-3, front upper half socket portion 32-4, front plug groove 32-4-1, front end plate 32-4- 2, Firewire pin slot 32-4-3, rear upper half socket part 32-5, rear plug slot 32-5-1, front end plate 32-5-2, neutral pin slot 32-5-3, Fire wire fastening part 32-6, zero wire fastening part 32-7, hole column insertion limit piece 32-8, front side hole column insertion limit piece 32-8a, rear side hole column insertion limit piece 32-8b, plug-in limit hole 32-8-1, plug-in limit post 32-8-2, rear plug-in board 32-9, left limit board 32-10, front plug-in board 32-11, Right limit plate 32-12, semi-enclosed bead 32-13, hole post connector 32-14, plug hole holder 32-14-1, plug post 32-14-2, upper cavity 32-15,
  • the first lower plug portion 41-7 the first plug is inserted into the limit post 41-7-1, the plug board 41-7-2, the first lower plug slot 41-7-3, the live wire slot portion 41- 8.
  • the front post hole is inserted into the limit member 41-9, the front plug is limited to the post 41-9-1, the front plug is limited to the hole 41-9-2, the first rear slot 41-10, the front right Side step 41-11, first front slot
  • the front half surrounds the strip-shaped raised platform 41-13, the front pillar hole 41-14, the insertion hole 41-14-1, the firewire slot extension 41-15,
  • the second lower plug portion 41-16, the second plug is inserted into the limit post 41-16-1, the second plug board 41-16-2, the second lower plug slot 41-16-3, the neutral line slot Port 41-17, rear post hole insertion limit member 41-18, rear plug limit post 41-18-1, rear plug limit hole 41-18-2, second rear insertion slot 41-19 , the rear right side step 41-20, the second front insertion groove 41-21, the rear half surrounding the strip-shaped convex platform 41-22, the rear pillar hole 41-23, the insertion hole 41-23-1, the neutral line Slot extension 41-24,
  • Cover plate 42 front cover 42a, rear cover 42b, upper limit groove 42-1, injection hole 42-2, vent hole 42-3, Upper plug connector 42-4, plug plug limit post 42-4-1, plug plate 42-4-2, slot fastening portion 42-5, hole post connector 42-6, plug Connect the limit hole 42-6-1, plug the limit column 42-6-2, rear plug plate 42-7, right limit plate 42-8, front plug plate 42-9, connector 42- 10, the plug post 42-10-1, the lower cavity 42-11, the semi-enclosed bead 42-12,
  • Plug 43 firewire plug 43a, neutral plug 43b, plug base 43_1, lower socket 43_1_1, upper socket 43-1-2, lower socket 43-1-3, upper socket 43_1_4, fastening portion 43_1_5, cylindrical plug 43-2,
  • the connecting member 5 The connecting member 5, the connecting portion 51, the elastic engaging portion 52, the end surface 52a, the deformation groove 53 ,
  • Power socket 6 Firewire power socket 6a, neutral power socket 6b, base 61, main body 61_1, connecting sleeve 61-2, plug hole 61_2a, injection joint 61_3, power supply pin 62,
  • Sheath line 7 first wire 71, second wire 72.
  • the orientation of the detailed description of the present invention is described in the orientation shown in FIG. 1, and the left and right direction of FIG. 1 is the left and right direction of the floor; the up and down direction of FIG. 1 is the thickness direction of the floor.
  • the electrothermal assembly 200 of the present embodiment is a waterproof electric heating assembly.
  • the electrothermal assembly 200 can be used as a component of a self-heating floor or independently. use.
  • the electrothermal assembly 200 includes a circuit device 20, a first mount 30 and a second mount 40.
  • the first mounting base 30 is a component that is sealed and electrically connected to each other by a socket portion thereof and a plug portion of the second mounting seat 40 of the adjacent electrothermal assembly 200 in use; the second mounting base 40 is plugged in by the user.
  • the circuit device 20 includes a transfer unit 21, a heater 22, a series device 23, and a copper member 24.
  • the copper member 24 is a bare copper wire.
  • the copper member 24 is divided into a fire copper member according to the front and rear positions thereof.
  • the transmission unit 21 of the circuit device 20 is composed of a live unit 21a and a neutral unit 21b, and both the live unit 21a and the neutral unit 21b include a copper sleeve 21-1 electrically connected in sequence, and transmitted.
  • the transmission member 21-2 is a single copper core wire covered with an insulating plastic sheath.
  • the copper sleeve 21-1, the transmission member 21-2, and the copper pins 21-3 of the live wire unit 21a are, in order, a live copper sleeve 21-la, a live wire transmission member 21-2a, and a live copper pin 21-3a ; the neutral wire unit 21b.
  • the copper sleeve 21_1, the transmission member 21_2, and the copper pins 21-3 are sequentially a zero-line copper sleeve 21-lb, a neutral transmission member 21-2b, and a neutral copper pin 21-3b.
  • the above-described live wire transmission member 21_2a is also referred to as a first electric wire
  • the neutral wire transmission member 21_2b is also referred to as a second electric wire.
  • the heating device 22 of the circuit device 20 has 1 to 5 pieces, and the heating film 22 of the embodiment has 2 pieces, and the structural shape thereof corresponds to each.
  • Each piece of the heating piece 22 is a sheet each having an electrode at the left and right ends. Sealed waterproof electric heating device.
  • the two heating fins 22 are divided into a front side heating piece 22a and a rear side heating piece 22b according to the front and rear positions thereof, and the front side heating piece 22a and the rear side heating piece 22b are disposed in parallel with each other.
  • the electric heating sheet 22 is purchased from Changzhou Zhongying Technology Co., Ltd., and its main structure is: conductive heat-generating material (the conductive heating material used in the embodiment is 800 mesh to 1000 mesh graphite powder, In other embodiments, the above-mentioned graphite powder may be replaced by carbon crystal powder, which is disclosed in the patent application No. 200610026524. 3 and a resin binder (such as an epoxy resin binder, or a polyurethane resin).
  • the binder, or the melamine binder, etc. is epoxy resin binder in this embodiment, and is uniformly stirred to obtain a conductive coating, wherein the conductive heating material accounts for 20% to 85% of the total weight of the conductive coating.
  • the conductive coating is in the shape of a square strip on a pre-cured epoxy resin sheet having a mesh glass fiber skeleton (the thickness of the thin plate is 0.2 mm, wherein the weight ratio of the glass fiber to the epoxy resin is 1 to 1)
  • the strip-shaped conductive heat-generating layer 22-1 is printed by a screen printing process, and the printed layer is cured in a temperature of 110 degrees Celsius to 120 degrees Celsius in 1 minute, and the width of the conductive heat-generating layer 22-1 is epoxy resin.
  • the width of the thin plate is 1/2 to 3/4 (the width of the conductive heat-generating layer 22-1 of the present embodiment is 2/3 of the width of the epoxy resin sheet).
  • a 0.05 mm thick "L"-shaped copper skin is overlaid on the left end of the conductive heat-generating layer as the electrode copper skin 22-2, which is called the left-end electrode copper piece.
  • another 0.05 mm thick "L" shaped electrode copper skin 22-2 is overlaid on the right end of the conductive heat generating layer, the electrode copper skin is called the right end electrode copper piece, and the two pieces of electrode copper skin 22-2
  • Both of the pressing sections 22-2-1 arranged in the front-rear direction and the connecting sections 22-2-2 arranged in the left-right direction and located on the left-right direction are connected, and the two electrode copper sheets 22-2 are respectively pressed from above.
  • the bonding layer is pressed on the left end and the right end of the conductive heating layer to be correspondingly as the left end electrode copper piece and the right end electrode copper piece, and the connecting section of each electrode copper skin 22-2 is located on the outer side in the left and right direction; then another piece is pressed by the press
  • the same pre-cured epoxy resin sheet containing glass fiber is heat-pressed, so that the upper epoxy resin sheet and the lower epoxy resin sheet are sealed and fixed together by softening and melting, and the strip-shaped conductive heat-generating layer 22-1 is obtained.
  • the electrode copper skin 22-2 is compacted and sealed in two rings Between the oxidized resin sheets, the graphite powder is less free, and the two epoxy resin sheets form the epoxy resin outer layer 22-3, thereby obtaining a thick A carbon ink sheet having a degree of 0.5 mm.
  • a portion of the epoxy resin outer layer 22-3 coated at the joint portion of the electrode copper sheet 22-2 is mechanically machined to provide a notch on a portion of the upper surface of the joint portion exposing the electrode copper sheet 22-2.
  • the gap is set to the solder joint 22-4 (the solder joint is defined by the soldering iron to set the solder and the flux rosin to the required electrical connection portion of a component by heating and melting. The soldering iron is directly used during assembly.
  • a plurality of limiting holes 22-5 are respectively disposed at the left and right ends of the heating sheet 22.
  • the set of limiting holes 22-5 is 3 to 8 (5 in this embodiment), and the through holes of the epoxy resin outer layer 22-3 are penetrated in the upper and lower directions.
  • the serializer 23 is a temperature switch or a self-recovering fuse or a copper wire.
  • a temperature switch is used.
  • the temperature switch is a temperature switch of the type BW-9700 manufactured by Chengdu Shengwei Electronics Co., Ltd.
  • the series device 23 is connected in series between the front side heating sheet 22a and the rear side heating sheet 22b.
  • the specific structure is: a solder joint at one end of the series device 23 and the connecting portion 22_2_2 of the left end electrode copper 22-2 of the front side heating sheet 22a.
  • the soldering of 22_4 is fixed such that the left end electrode copper 22-2 of the front side heating sheet 22 is electrically connected to the corresponding end of the series device 23; the other end of the series device 23 and the left end electrode copper 22-2 of the rear side heating sheet 22b
  • the solder joints of the solder joints 22-4 at the connection segments 22-2-2 are fixed such that the left end electrode copper skin 22-2 of the rear side heating fins 22b is electrically connected to the other end of the series device 23.
  • the first mount 30 includes a first seat body 31 located below and a cover plate 32 that is inserted downwardly from the upper side of the first seat body 31.
  • the first body 31 and the cover 32 are injection molded one piece.
  • the first body 31 is substantially a long block, and is connected in order from the front to the rear by the front connecting portion 31a, the cover mounting portion 31b, and the rear connecting portion 31c.
  • the first body 31 further includes a lower limit groove 31-1 penetrating the front and rear of the opening on the lower right side thereof.
  • the front-end connecting portion 31a includes a front upper-position groove portion 31-2 whose opening is located at the upper right portion thereof and a front-side snap-fit direction of the carding direction which is located on the left side thereof and protrudes to the left.
  • Buckle 31-3 the front-end connecting portion 31a.
  • the rear-end connecting portion 31c includes a rear upper-end groove portion 31-4 whose opening is upward in the upper right portion thereof and a rearward-backward rear card which is located on the left side thereof and protrudes to the left.
  • the buckle portion 31-5 is located on the left side thereof and protrudes to the left.
  • the cover mounting portion 31b includes a front lower half socket portion 31-6 which is located at the left front portion thereof and protrudes to the left, a rear side portion which is located at the left rear portion thereof and protrudes to the left.
  • 9 and 2 sets of post holes 31-10 located at the upper right edge thereof and disposed in the up and down direction.
  • the cover mounting portion 31b further includes a front side on the upper right side thereof and a fire line groove portion from the left side
  • the two sets of column hole insertion limiting members 31-10 are divided into front side column hole insertion limiting members 31-lOa and rear side column holes according to different front and rear positions.
  • the limiting member 31-10b ; the front side post hole insertion limiting piece 31-10a and the rear side column hole insertion limiting piece 31-10b are both inserted by the two insertion limit posts 31-10-1 and 3 insertions It is composed of a limiting hole 31-10-2.
  • the front lower half socket portion 31-6 of the cover mounting portion 31b includes a vertically disposed front end plate 31-6-2 and a semi-cylindrical front plug slot having an opening upward, an axis disposed in the front-rear direction, and a rear end communicating with the outside.
  • 31-6-1 the front end of the front plug slot 31-6-1 is closed by the front end plate 31-6-2; the front end plate 31-6-2 is provided with an opening upward, an axis and a front plug slot 31-6-
  • the semi-cylindrical live pin slot 31-6-3 having the same axis and a smaller diameter than the front plug slot 31-6-1.
  • the rear lower half socket portion 31-7 of the cover mounting portion 31b includes a vertically disposed front end plate 31-7-2 and a semi-cylindrical rear plug slot having an opening upward, an axis disposed in the front-rear direction, and a rear end communicating with the outside.
  • 31-7-1 the front end of the rear plug slot 31-7-1 is closed by the front end plate 31-7-2; the front end plate 31-7-2 is provided with an opening upward, an axis and a rear plug slot 31-7-
  • the semi-cylindrical pin slot 31-7-3 of 1 has the same axis and is smaller in diameter than the rear plug slot 31-7-1.
  • the cover mounting portion 31b further includes an opening-up rear insertion groove 31-11 at the upper rear edge thereof, at the left edge thereof (staggered front side lower half socket) 3 left side steps 31-12 of the portion 31-6 and the rear lower half socket portion 31-7), the front insertion groove 31-13 at the upper front edge thereof and the front right edge of the right side edge To the right side of the middle step 31-14.
  • the cover mounting portion 31b further includes a vertically disposed semi-circumferential strip-like projection on the upper side thereof which is disposed adjacent to the rear side edge in the front, the left side edge on the right side, and the front side edge in the rear side.
  • the platform 31-15, and the semi-enclosed strip-shaped convex platform 31-15 communicates through the front lower half socket portion 31-6 and the rear lower half socket portion 31-7, and the front lower half socket portion 31-6
  • the upper end faces of the end faces and the rear lower half socket portions 31-7 are all in the same plane as the upper end faces of the semi-circumferential strip-shaped projection platforms 31-15.
  • the cover mounting portion 31b further includes a set of column hole connectors 31-16 disposed on the upper left portion thereof from the right side adjacent to the semi-circumferential strip-shaped projection platforms 31-15.
  • the one set of post hole connectors 31-16 is composed of two plug posts 31-16-1 and four plug holes 31-16-2.
  • the cover mounting portion 31b further includes a front cavity body 31-17 located at the upper left side of the upper front portion thereof and a rear cavity body 31-18 located at the upper left side of the upper rear portion thereof, and the front cavity body 31 is provided. -17 is in communication with the cavity of the live wire groove portion 31-8, and the rear cavity 31-18 is in communication with the cavity of the neutral wire groove portion 31-9; the column hole connector 31-16
  • One of the plug posts 31-16-1 is a front cavity plug post located in the front cavity 31-17 and located in the front lower half socket portion
  • the other plug post 31-16-1 is a rear cavity plug post, located in the rear cavity 31-18 and located in the rear lower half socket portion 31.
  • the front end of the front end plate 31-7-2 of -7 is a front cavity plug post located in the front cavity 31-17 and located in the front lower half socket portion 31.
  • the cover plate 32 includes an upper limit groove 32 corresponding to the front upper right groove portion 31-2 and the rear upper limit groove portion 31-4 of the first seat body 31 in the upper right portion of the upper portion. 1.
  • the cover plate 32 further includes two through holes penetrating up and down the plate body, one of which is the glue injection hole 32-2 and the other is the vent hole 32-3.
  • the cover plate 32 further includes a front side upper half socket portion 32-4 at the left front portion thereof and a left side rear portion and a left side rear portion projecting to the left.
  • the limiting members 32-8 are inserted into the two sets of holes arranged at the lower right edge of the lower side and arranged in the up and down direction.
  • the two sets of hole column insertion limiting members 32-8 are divided into a front side hole column insertion limiting piece 32-8a and a rear side hole column insertion limiting piece 32-8b according to different front and rear positions;
  • the front side hole column insertion limiting member 32-8a and the rear side hole column insertion limiting member 32-8b are respectively composed of two insertion limiting holes 32-8-1 and three plugging limiting posts 32-8 -2 composition.
  • the front side upper half socket portion 32-4 of the cover plate 32 includes a vertically disposed front end plate 32-4-2 and a semi-cylindrical front plug groove 32 having an opening downward, an axis disposed in the front-rear direction, and a rear end communicating with the outside.
  • -4-1 the front end of the front plug slot 32-4-1 is closed by the front end plate 32-4-2; the upper end of the front end plate 32-4-2 is provided with an opening downward, an axis and a front plug slot 32-4
  • the -1 has the same axis and is smaller in diameter than the semi-cylindrical fire pin slot 32-4-3 of the front plug slot 32-4-1.
  • the rear side upper half socket portion 32-5 of the cover plate 32 includes a vertically disposed front end plate 32-5-2 and a semi-cylindrical rear plug groove 32 having an opening downward, an axis disposed in the front-rear direction, and a rear end communicating with the outside.
  • -5-1 the front end of the rear plug slot 32-5-1 is closed by the front end plate 32-5-2; the lower end of the front end plate 32-5-2 is provided with an opening downward, an axis and a rear plug slot 32-5
  • the semi-cylindrical pin slot 32-5-3 of the -1 has the same axis and is smaller in diameter than the rear plug slot 32-5-1.
  • the cover plate 32 further includes a downwardly disposed rear insertion plate 32-9 at its lower rear edge, and three downwardly disposed left limit plates 32-10 at its lower left edge, underlying
  • the front front edge is provided with a downwardly disposed front insertion panel 32-11 and a downwardly disposed right limiting edge 32-12 at the lower right edge.
  • the cover plate 32 further includes a semi-surrounding bead 32-13 on its lower side that is adjacently disposed on the front side near the rear side edge, on the right side near the left side edge, and on the rear side near the front side edge, and is downwardly convex.
  • the lower ends of 32-13 are on the same level.
  • the cover plate 32 further includes a set of hole post connectors 32-14 disposed on the lower left side thereof from the right side adjacent to the half surrounding bead 32-13.
  • the set of the hole column connectors 32-14 is composed of two plug hole holders 32-14-1 and four plug posts 32-14-2.
  • the cover plate 32 further includes an upper cavity 32-15 on the lower side of the lower side, and the two insertion holes 32-14-1 of the hole post connector 32-14 are located in the upper cavity 32-15.
  • one of the socket holders 32-14-1 is a front side socket seat, which is located in front of the front end plate 32-4-2 of the front upper half socket portion 32-4, and the other one is inserted.
  • the socket 32-14-1 is a rear side socket, and is located in front of the front end plate 32-5-2 of the upper half socket portion 32-5.
  • the live copper pin 21-3a and the neutral copper pin 21_3b of the transfer unit 21 of the circuit device 20 each include a copper bar 21-3-1 and an L-shaped copper piece 21-3-2.
  • the L-shaped copper piece 21_3_2 is formed by connecting the blocking piece 21-3-2' which is vertically disposed to the left and right, and the connecting piece 21-3_2b which is vertically disposed in the front-rear direction.
  • the tail of the copper rod 21_3_1 is riveted and fixed on the blocking piece 21-3-2& of the L-shaped copper piece 21-3-2 to form a corresponding copper pin 21-3, and the connecting piece 21_3_2b of the L-shaped copper piece 21-3-2
  • the rear end is provided with a connection hole for making an electrical connection.
  • the diameter of the copper rod 21-3-1 of the live copper pin 21-3a is the same as the diameter of the live pin slot 31-6-3 of the front lower half socket portion 31-6 of the first base 31.
  • the tail coaxial line of the copper rod 21_3_1 of the live copper pin 21_3a is placed in the live pin slot 31-6-3 of the front lower half socket portion 31-6 of the first base 31, and the live copper pin 21
  • the lower portion of the barrier sheet 21_3_2a of the L-shaped copper piece 21-3-2 of -3a is located in the front cavity 31-17 of the first seat body 31 and is located at the front end plate 31-6 of the front lower half socket portion 31-6. 2Between the front cavity plug posts 31-16-1, the lower portions of the tabs 23-1b of the L-shaped copper sheets 21-3-2 are located in the front cavity 31-17.
  • the left end of the first electric wire 21-2a is sequentially disposed in the cavity of the live wire groove portion 31-8 of the first seat body 31 and the cavity of the live wire groove extending portion 31-19-1, the first electric wire 21-2a
  • the left end of the exposed copper wire passes through the connection hole of the connecting piece 21_3_2b of the L-shaped copper piece 21-3-2 of the hot wire copper pin 21-3a and is welded to the rear end portion of the connecting piece 21-3_2b.
  • the fire wire copper pin 21-3a is electrically connected.
  • the diameter of the copper rod 21-3-1 of the neutral copper pin 21-3b and the neutral pin slot 31-7-3 of the rear lower half socket portion 31-7 of the first base 31 The tail coaxial line of the copper rod 21_3_1 having the same diameter and the neutral copper pin 21_3b is placed in the neutral pin slot 31-7-3 of the rear lower half socket portion 31-7 of the first base 31, zero
  • the lower portion of the blocking piece 21_3_2a of the L-shaped copper piece 21-3-2 of the wire copper pin 21-3b is located in the rear cavity 31-18 of the first seat body 31 and is located at the front end of the rear lower half socket portion 31-7.
  • the lower portion of the tab 22-3b of the L-shaped copper sheet 21-3-2 is located in the rear cavity 31-18.
  • the left end of the second electric wire 21-2b is sequentially disposed in the cavity of the neutral wire groove portion 31-9 of the first seat body 31 and the cavity of the neutral wire groove extending portion 31-19-2, and the second electric wire 21
  • the left end of the bare copper wire of -2b passes through the connection hole of the connecting piece 21_3_2b of the L-shaped copper piece 21-3-2 of the neutral copper pin 21-3b and is soldered to the rear end of the connecting piece 21-3_2b
  • the portion is electrically connected to the neutral copper pin 21-3b.
  • the front side heating sheet 22a is located above the first electric wire 21-2a, and the front side electric heating piece 22a is sleeved by the two limiting holes 22-5 at the left end thereof on the front side of the first seat body 31.
  • the two side limiting posts 31-10-1 of the limiting member 31-lOa are located;
  • the rear side heating piece 22b is located above the second electric wire 21-2b, and the rear side heating piece 22b is sleeved by two limiting holes 22-5 at the left end thereof on the two insertion limit posts 31-10-1 of the rear side post hole insertion limiting member 31-10b of the first seat body 31.
  • the series device 23 is located on the upper surface of the front and rear central portion of the first seat body 31.
  • the cover plate 32 is fitted to the cover mounting portion 31b of the first seat body 31 from the top to the bottom to constitute the first mounting seat 30. among them:
  • the upper cavity 32-15 of the cover 32 communicates with the front cavity 31-17 and the rear cavity 31-18 of the first block 31 to form a main cavity of the first mount 30.
  • the series device 23 is located in the upper cavity 32-15 of the cover 32.
  • the cross-sectional shape of the upper limit groove 32-1 of the cover plate 32 is the same as the cross-sectional shape of the front upper limit groove portion 31-2 and the rear upper limit groove portion 31-4 of the first base body 31, and is in the left and right direction and the up and down direction. Aligned with each other, cover
  • the upper limit groove 32-1 of the first seat body 31 is located between the front upper limit groove portion 31-2 and the rear upper limit groove portion 31-4 of the first seat body 31, so that the front upper limit groove portion 31-2 of the first seat body 31
  • the upper limit groove 32-1 of the cover plate 32 and the rear upper limit groove portion 31-4 of the first base 31 form an upper limit groove 30-1 penetrating the first mount 30.
  • the diameter of the live pin slot 32-4-3 of the front upper half socket portion 32-4 of the cover 32 and the live pin slot 31-6 of the front lower half socket portion 31-6 of the first base 31 The diameters of -3 are the same, and the coaxial lines of the two are aligned with each other to form a live pin hole of the first mount 30.
  • the cover plate 32 is fastened by the live pin slot 32-4-3 of the front upper half socket portion 32-4 to the upper surface of the tail portion of the copper bar 21_3_1 of the live copper pin 21-3a, so that the first mounting
  • the seat 30 is tightly fitted to the copper rod 21-3-1 of the live copper pin 21-3a.
  • the upper portion of the blocking piece 21_3_2a of the L-shaped copper piece 21-3-2 of the live copper pin 21-3a is located in the upper cavity 32-15 of the cover 32 and is located at the front end plate 32 of the front upper half socket portion 32-4. Between the -4-2 and the front side socket housing 32-14-1, the upper portion of the connecting piece 21_3_2b of the L-shaped copper piece 21_3_2 of the live copper pin 21-3a is located in the upper cavity 32-15 of the cover plate 32. .
  • the diameter of the front plug slot 32-4-1 of the front upper half socket portion 32-4 of the cover 32 and the front plug slot 31-6-1 of the front lower half socket portion 31-6 of the first base 31 The diameters are equal, and the two coaxial lines are aligned with each other to form an opening rearward insertion hole 30-2 of the first mounting seat 30, and the head of the copper rod 21_3_1 of the live copper pin 21-3a is located at the insertion hole.
  • the front side upper half socket portion 32-4 of the cover plate 32 and the front side lower half socket portion 31-6 of the first seat body 31 together constitute the front side of the first mounting seat 30 and Front socket 30-3 protruding to the left.
  • the diameter of the neutral pin slot 32-5-3 of the rear upper half socket portion 32-5 of the cover 32 and the neutral pin slot 31 of the rear lower half socket portion 31-7 of the first base 31 The diameter of -7-3 is the same, and the two coaxial lines are aligned with each other to form a neutral pin hole of the first mount 30.
  • the cover plate 32 is composed of its upper side upper half socket portion 32-5
  • the neutral pin slot 32-5-3 is fastened to the upper surface of the tail of the copper bar 21-3-1 of the neutral copper pin 21-3b, so that the first mount 30 and the neutral copper pin
  • the copper rods 21-3-1 of 21-3b are tightly fitted together.
  • the upper portion of the blocking piece 21_3_2a of the L-shaped copper piece 21-3-2 of the neutral copper pin 21-3b is located in the upper cavity 32-15 of the cover 32 and is located at the front end plate of the rear upper half socket portion 32-5. Between 32-5-2 and the rear side socket 20-14-1, the upper portion of the connecting piece 21-3_2b of the L-shaped copper piece 21-3-2 of the neutral copper pin 21-3b is located on the cover 32 The upper cavity is in the 32-15.
  • the diameter of the rear plug slot 32-5-1 of the rear upper half socket portion 32-5 of the cover 32 and the rear plug slot 31-7-1 of the rear lower half socket portion 31-7 of the first base 31 The diameters are equal, and the coaxial lines are aligned with each other to form an opening rearward opening 30-4 of the first mounting seat 30, and the head of the copper rod 21-3-1 of the neutral copper pin 21-3b Located in the insertion hole 30-4, and the rear side upper half socket portion 32-5 of the cover plate 32 and the rear side lower half socket portion 31-7 of the first seat body 31 together constitute the first mounting seat 30 thereof.
  • Rear socket 30-5 projecting to the left and to the left.
  • the live wire engaging portion 32-6 of the cover plate 32 is fastened to the left end portion of the first electric wire 21-2a, and is located above the live wire slot extending portion 31-19-1 of the first base body 31, and is connected to the live line
  • the groove extending portion 31-19-1 collectively clamps the left end portion of the first electric wire 21_2a from the vertical direction.
  • the neutral wire engaging portion 32-7 of the cover plate 32 is fastened to the left end portion of the second wire 21-2b, located above the neutral wire slot extending portion 31-19-2 of the first base body 31, and is zero
  • the wire groove extending portion 31-19-2 collectively clamps the left end portion of the second electric wire 21-2b from the vertical direction.
  • the two plug-in limiting holes 32-8-1 of the front side hole plug-in limiting member 32-8a of the cover plate 32 are respectively sleeved on the front side pillar hole insertion limiting member 31 of the first seat body 31-
  • the three plug-in limit posts 32-8-2 of the front-side hole-ply latching limiter 32-8a pass through the front side hot-spot a corresponding one of the limiting holes 22-5 at the left end of the 22a is inserted into the corresponding one of the plug-in limiting holes 31-10-2 of the front-side post-hole limiting member 31-10a of the first body 31, so that the cover plate
  • the front lower end surface of the right edge of the 32 and the front upper end surface of the right edge of the cover mounting portion 31b of the first base 31 are respectively attached to the upper and lower surfaces of the left end of the front side heating fin 22a from the up and down direction.
  • the two plug-in limiting holes 32-8-1 of the rear side hole plug-in limiting member 32-8b of the cover 32 are respectively sleeved on the rear side of the first seat body 31, and the latching limiter 31-10b On the corresponding one of the plug-in limit posts 31-10-1, the three plug-in limit posts 32-8-2 of the rear-side hole-ply latching limiter 32-8b pass through the left end of the rear side heating sheet 22b, respectively.
  • the corresponding one of the limiting holes 22-5 is inserted into the corresponding one of the plug-in limiting holes 31-10-2 of the rear side of the first body 31 into the limiting block 32-8b, so that the cover 32 is
  • the rear lower end surface of the right edge and the rear upper end surface of the right edge of the cover mounting portion 31b of the first base 31 are respectively attached to the rear side heating sheet from the up and down direction The upper and lower surfaces of the left end of 22b.
  • the lower end of the rear insertion plate 32-9 of the cover plate 32 is located in the rear insertion groove 31-11 of the first base body 31, and the lower end surface of the three left limit plate 32-10 of the cover plate 32 and the first seat
  • the upper end faces of the respective one of the left side steps 31-12 of the body 31 are in contact with each other, and the lower ends of the front plug-in boards 32-11 of the cover plate 32 are located in the front insertion slots 31-13 of the first base body 31, and the right side of the cover plate 32
  • the lower end surface of the limiting plate 32-12 is in contact with the upper end surface of the right side step 31-14 of the first seat body 31.
  • the two plug sockets 32-14-1 of the hole post connectors 32-14 of the cover 32 are respectively sleeved from the upper ones of the corresponding plug posts of the post connectors 31-16 of the first base 31
  • the four plug posts 32-14-2 of the hole post connectors 32-14 of the cover plate 32 are respectively inserted into the corresponding corresponding positions of the post hole connectors 31-16 of the first base body 31 from above.
  • the cover 32 is hermetically bonded to the semi-circumferential raised land 31-15 of the first body 31 by adhesive bonding or heat welding of the semi-surrounding strips 32-13.
  • Insulating glue (using the model DH-54 water-based polyurethane glue produced by Shanghai Donghe Adhesive Co., Ltd.) is filled through the injection hole 32-2 of the cover plate 32 to fill the main cavity of the first mount 30 until it is exhausted. hole
  • the second mount 40 includes a second base 41 located below, a cover 42 and a plug 43 that are inserted downwardly from the upper portion onto the second base 41.
  • the second seat body 41 and the cover plate 42 are all integrally molded pieces.
  • the plug 43 is an injection molded one piece having an insert.
  • the cover 42 has two pieces which are substantially identical in shape, and the two cover plates 42 are divided into a front cover 42a and a rear cover 42b according to their front and rear positions.
  • the second base 41 is substantially elongated, and is mounted from the front connecting portion 41a, the first cover mounting portion 41b, the middle connecting portion 41c, and the second cover in a front-to-rear order.
  • the portion 41d and the rear portion connecting portion 41e are connected in order.
  • the second seat body 41 further includes a lower limit groove 41-1 penetrating the front and rear of the opening on the lower left side thereof.
  • the front-end connecting portion 41a includes a front upper-position groove portion 41-2 whose opening is located at the upper left portion thereof and a front-side snap-fit direction of the carding direction which is located on the right side thereof and protrudes to the right.
  • the buckle portion 41-3, and the front card fastening portion 41-3 corresponds to the front card fastening portion 31-3 of the first base body 31, and the front card fastening portion 41-3 of the second base body 41 is used in use.
  • the front latching portions 31-3 of the first base body 31 of the corresponding adjacent electrothermal assembly 200 are formed into a mating engagement with each other in the front-rear direction, thereby forming the electrothermal assembly 200 identical to the corresponding adjacent ones.
  • the rear stage connecting portion 41e includes a rear upper limit groove portion 41-4 whose opening is located on the upper left side thereof and a rear card which is located on the right side thereof and protrudes to the right in the forward direction.
  • the latching portion 41-5, and the rear latching portion 41-5 corresponds to the rear latching portion 31-5 of the first base 31, and the rear latching portion 41-5 of the second base 41 when in use
  • the rear latching portions 31-5 of the first base body 31 of the corresponding adjacent electrothermal assembly 200 form a mating engagement with each other in the front-rear direction, thereby forming the electrothermal assembly 200 and the corresponding adjacent ones.
  • the electrothermal module 200 of the same structure is fixedly connected in the front-rear direction and the left-right direction.
  • the middle portion connecting portion 41c includes a middle upper limit groove portion 41-6 whose opening is upward in the upper left portion thereof.
  • the first cover mounting portion 41b includes a first lower connector portion 41-7 projecting to the right at the rear of the right side thereof, and a left rear portion to the left.
  • the live wire groove portion 41-8 which protrudes and has an upward opening and the set of front pillar holes which are located at the upper left edge thereof and which are disposed in the up and down direction are inserted into the stoppers 41-9.
  • the first lower connector portion 41-7 of the first cover mounting portion 41b includes two first plug insertion limit posts 41-7-1 disposed along the upper and lower sides and along the first lower connector portion 41. -7 The right side edge of the upper side and the upwardly disposed plug board 41-7-2 of the front side edge.
  • the left side of the first lower plug housing portion 41-7 is provided with a first lower plug slot 41-7-3 having a substantially semicircular arc-shaped opening upward.
  • the front post hole insertion limiting member 41-9 is composed of two front plug limiting posts 41-9-1 and three front plug limiting holes 41-9-2.
  • the first cover mounting portion 41b further includes a first rear insertion groove 41-10 at an upper rear edge of the upper side thereof at its right edge (staggered first lower connector portion 41-7)
  • the front right side step 41-11 and the first front insertion groove 41-12 at the opening of the upper side front edge thereof upward.
  • the first cover mounting portion 41b further includes a vertically disposed front half-enclosed strip on the upper side thereof which is adjacent to the rear side edge in the front, the left side near the right side edge, and the rear side near the front side edge.
  • Raised platform 41-13
  • the first cover mounting portion 41b further includes a set of front pillar holes 41-14 disposed on the upper right portion of the upper right portion from the left side adjacent to the front half surrounding the strip-shaped projection platforms 41-13.
  • the set of front pillar holes 41-14 is composed of two plug holes 41-14-1.
  • the first cover mounting portion 41b further includes a live wire groove extending portion 41-15 located upward from the opening on the upper side thereof from the right side of the live wire groove portion 41-8, and the right side and the first lower plug seat portion 41- 7 first plug
  • the slots 41-7-3 are in communication; one of the insertion holes 41-14-1 of the front pillar hole 41-14 is located at the upper front portion of the right portion of the first cover mounting portion 41b, and the other insertion hole 41- 14-1 is located on the upper rear side of the right side of the first cover mounting portion 41b.
  • the structure of the second cover mounting portion 41d is substantially the same as that of the first cover mounting portion 41b, and includes a second lower connector portion 41-16 located at the rear right side thereof and projecting to the right, on the left side thereof.
  • the neutral wire groove portion 41-17 which protrudes to the left and has an opening upward, and a set of rear pillar holes which are located at the upper left edge thereof and which are disposed in the up and down direction are inserted into the stoppers 41-18.
  • the second lower connector portion 41-16 of the second cover mounting portion 41d includes two second plug insertion limit posts 41-16-1 disposed along the upper and lower sides and along the second lower connector portion 41. A right side edge of the upper side of the -16 and an upwardly disposed second plug board 41-16-2 of the front side edge. The left side of the second lower connector portion 41-16 is provided with a second lower plug slot 41-16-3 having a substantially semicircular arc-shaped opening upward.
  • the rear post hole insertion limiting member 41-18 is
  • the second cover mounting portion 41d further includes a second rear insertion slot at an opening of the upper rear edge thereof
  • the second cover mounting portion 41d further includes a vertically disposed rear half-bracket which is disposed on the upper side thereof at a front side near the rear side edge, a left side near the right side edge, and a rear side near the front side edge. Protruding platform 41-22.
  • the second cover mounting portion 41d further includes a set of rear post holes 41-23 disposed on the upper right portion thereof from the left side toward the rear half surrounding the strip-shaped projection platforms 41-22 in the upper and lower directions.
  • the one set of rear post holes 41-23 is composed of two insertion holes 41-23-1.
  • the second cover mounting portion 41d further includes a neutral wire slot extending portion 41-24 on the upper side thereof from the right side toward the opening of the neutral wire groove portion 41-17, and the right side and the second lower connector portion 41
  • the second lower plug slots 41-16-3 of -16 are in communication; one of the insertion holes 41-23-1 of the rear pillar hole 41-23 is located at the upper front side of the right side of the second cover mounting portion 41d, and One of the insertion holes 41-23-1 is located at the upper rear portion of the right portion of the second cover mounting portion 41d.
  • the two cover plates 42 have substantially the same structural shape, and each includes an opening at the upper left portion thereof and an upper upper limit groove portion 41-2 of the second base 41, and a rear upper limit groove.
  • the portion 41-4 and the upper limit groove portion 41-6 correspond to the upper limit groove 42-1.
  • the cover 42 further includes two through holes penetrating up and down the plate body, one of which is the glue injection hole 42-2 and the other is the vent hole 42-3.
  • the cover 42 further includes an upper plug portion 42-4 which is located at the rear right side thereof and protrudes to the right, and a wire groove engaging portion 42 which is located at the rear of the lower left edge of the lower side and which is open downward. 5 and a set of hole posts 42-6 located at the lower right edge thereof and disposed in the up and down direction.
  • the hole post connector 42-6 is composed of two plug limit holes 42-6-1 and three plug limit posts 42-6-2.
  • the upper connector portion 42-4 of the cover 42 includes two plug-in terminal blocks 42-4-1 disposed up and down and a right edge and a front edge along the lower side of the upper connector portion 42-4.
  • the plug-in board 42-4-2 is set downward.
  • the left side of the upper plug housing portion 42-4 is provided with an opening-down cover plug slot 42-4-3 corresponding to the first lower plug slot 41-7-3 of the first lower plug housing portion 41-7.
  • the cover 42 further includes a downwardly disposed rear insertion plate 42-7 at its lower rear edge, two downwardly disposed right limit plates 42-8 at its lower right edge and underneath A front insertion plate 42-9 disposed downwardly at the side front edge.
  • the cover 42 further includes a set of connectors 42-10 disposed on the lower right side of the lower right portion from the left side to the right limit plate 42-8.
  • the connector 42-10 is composed of two plug posts 42-10-1.
  • the cover 42 also includes lower and lower central cavities 42-11 on its lower side.
  • the cover plate 42 further includes a semi-surrounding bead 42-12 on its lower side that is disposed in front of the rear side edge, on the left side near the right side edge, and on the rear side near the front side edge, and is convexly downwardly convex.
  • the lower ends surrounding the bead 42-12 are on the same level.
  • the two plugs 43 each include a plug base 43-1 and a cylindrical plug 43-2.
  • the lower side of the plug base 43-1 is provided with a downwardly facing lower hole seat 43-1-1 corresponding to the first plug insertion limit post 41-7-1 of the first lower plug seat portion 41-7;
  • the upper side of the plug base 43-1 is provided with an upper hole holder 43-1-2 corresponding to the opening corresponding to the plug insertion limit post 42-4-1 of the upper plug housing portion 42-4 of the cover 42.
  • the lower side of the plug base 43_1 is adjacent to the rear of the front side edge and the left side of the right side edge is provided with the first lower plug seat portion
  • the upper front portion of the plug base 43_1 is provided with a plug plate for the upper plug portion 42-4 of the cover 42 near the rear portion of the front side edge and the left portion near the right side edge.
  • the left middle portion of the plug base 43_1 is provided with a substantially cylindrical engaging portion 43-1-5 projecting to the left.
  • the outer shape of the cylindrical plug 43-2 of each plug 43 corresponds to the shape of the corresponding insertion hole 30-2 and the insertion hole 30-4 of the first mount 30, and is disposed along the axis in the front-rear direction.
  • the inner diameter of the copper sleeve 21-1 of the transfer unit 21 of the circuit device 20 corresponds to the diameter of the copper rod 21-3-1 of the corresponding copper pin 21_3.
  • the right end of the first electric wire 21-2a is stripped by a small piece of insulating plastic sheath and the right end of the live copper member 24-1 is inserted into the rear end of the corresponding fire copper bush 21-la and then crimped.
  • the right end of the second wire 21-2b is stripped of a small length of insulating plastic sheathed copper core and neutral copper member 24-2 by its end The right end is inserted into the rear end of the corresponding neutral copper sleeve 21-lb and then fixed by crimping and electrically connected to the rear end of the corresponding neutral copper sleeve 21-lb.
  • the copper sleeve 21-1 and the corresponding portion of the right end of the corresponding copper member 24 and the corresponding portion of the right end of the transmission member 21-2 are collectively used as an insert in the plug base 43-1 and the cylindrical shape.
  • the plug 43-2 is integrally formed during injection molding, and the front portion of the copper sleeve 21-1 is disposed coaxially with the cylindrical plug 43-2 in the cylindrical plug 43-2 and communicates with the outside from the direction of the plug 43, the copper sleeve The rear of 21-1 is located in the plug base 43-1.
  • the right end of the first electric wire 21-2a is disposed in the cavity of the live wire groove portion 41-8 of the second seat 41 and the cavity of the live wire groove extending portion 41-15
  • second The right end of the electric wire 21-2b is disposed in the cavity of the neutral wire groove portion 41-9 of the second seat body 41 and in the cavity of the neutral wire groove extending portion 41-24.
  • the front side heating piece 22a is sleeved by two corresponding limiting holes 22-5 at the right end thereof, and the two front plug-in limiting posts 41-9 of the front pillar hole insertion limiting member 41-9 of the second seat body 41 are sleeved. -1;
  • the rear side heating piece 22b is sleeved by two corresponding limiting holes 22-5 at the right end thereof, and is inserted into the two rear insertion limit posts 41-18 of the rear post hole insertion limiting member 41-18 of the second seat body 41. -1 on.
  • Each of the cover plates 42 is fitted to the corresponding first cover mounting portion 41b and the second cover mounting portion 41d of the second base 41 from the top to the bottom, and the live wire plug 43a is fitted and fixed to the first cover mounting portion 41b.
  • the neutral connector 43b is fitted and fixed to the second lower connector portion 41-16 of the second cover mounting portion 41d.
  • the upper mounting seat portion 42-4 of the rear cover 42b constitutes the second mounting seat 40. among them:
  • FIG. 23 the cross-sectional shape of the upper limit groove 42-1 of the cover 42 and the front upper limit groove portion 41-2, the rear upper limit groove portion 41-4, and the upper upper limit groove portion 41 of the second base 41.
  • the cross-sectional shape of the sixth member is the same, and is aligned with each other in the left-right direction and the up-and-down direction.
  • the upper limit groove 42-1 of each cover 42 is located in the front upper limit groove portion 41-2 and the upper upper limit groove of the corresponding second seat 41, respectively.
  • the front upper limit groove portion 41-2 of the second base 41, the upper limit groove 42-1 of the cover 42 and the middle of the second base 41 The upper limit groove portion 41-6 and the rear upper limit groove portion 41-4 of the second base 41 form an upper limit groove 40-1 that penetrates the second mount 40.
  • Firewire plug 43a is placed on the first lower connector by the lower socket 43_1_1 of its plug base 43-1
  • the first plug of 41-7 is inserted into the limit post 41-7-1, and the plug-in board 41-7-2 of the first lower plug portion 41-7 is inserted into the lower plug-in slot 43 of the corresponding live plug 43a- 1-3; the lower portion of the engaging portion 43_1_5 of the plug base 43_1 is located in the first lower plug slot 41-7-3 of the first lower plug portion 41-7, and is coupled to the first lower plug portion 41-7 The inner wall of the first lower plug slot 41-7-3 is in close contact; the upper portion of the engaging portion 43_1_5 of the plug base 43-1 is located at the cover plug slot 42 of the upper plug portion 42-4 of the front cover 42a.
  • the engaging portion 43-1-5 is tightly closed and fixed between the second seat body 41 and the front cover 42a.
  • the right end of the first electric wire 21-2a is disposed in the cavity of the live wire groove portion 41-8 of the second base 41; the left end of the live copper member 24-1 and the right end electrode copper 22-2 of the front side heating fin 22a
  • the solder joint 22_4 at the connecting portion 22_2_2 is solder-fixed so that the right end electrode copper 22-2 of the front side heating sheet 22a and the left end of the live copper member 24_1 are electrically charged.
  • the third neutral plug 43b is sleeved by the lower socket 43-1-1 of the plug base 43-1 on the second plug socket 4-16-1 of the second lower connector portion 41-16,
  • the second plug-in board 41-16-2 of the second lower plug portion 41-16 is inserted into the lower insertion slot 43-1-3 of the corresponding neutral plug 43b;
  • the engaging portion 43-1 of the plug base 43_1 The lower portion of -5 is located in the second lower plug slot 41-16-3 of the second lower connector portion 41-16, and the second lower plug slot 41-16-3 of the second lower connector portion 41-16
  • the inner wall is closely fitted;
  • the upper portion of the engaging portion 43-1-5 of the plug base 43_1 is located in the cover plug slot 42-4-3 of the upper plug portion 42-4 of the rear cover 42b, and the rear cover
  • the inner wall of the cover plug slot 42-4-3 of the upper plug portion 42-4 of 42b is in close contact with each other, that is, the engaging portion 43-1-5 of the plug base 43-1 is tightly closed and fixed in the second Between the seat 41
  • the right end of the second electric wire 21-2b is disposed in the cavity of the neutral wire groove portion 41-17 of the second base 41; the left end of the neutral copper member 24-2 and the right end copper electrode 22 of the rear side heating fin 22b
  • the solder joint of the solder joint 22-4 at the connecting portion 22_2_2 of -2 is fixed such that the right end electrode copper 22-2 of the rear side heating fin 22b is electrically connected to the left end of the neutral copper member 24-2.
  • the slot fastening portion 42-5 of the front cover 42a is fastened to the right end portion of the first electric wire 21_2a, and is located above the live wire slot extending portion 41-15 of the second base 41, and is connected to the live wire slot.
  • the extending portions 41-15 collectively clamp the right end portion of the first electric wire 21_2a in the up and down direction.
  • the slot fastening portion 42-5 of the rear cover 42b is fastened to the right end portion of the second electric wire 21-2b, and is located above the neutral slot extending portion 41-24 of the second base 41, and The neutral wire groove extending portions 41-24 collectively clamp the right end portion of the second electric wire 21-2b from the vertical direction.
  • the two plug-in limiting holes 42-6-1 of the hole-carrying limiting member 42-6 of the front cover 42a are respectively sleeved on the front pillar hole-inserting limiting member 41-9 of the second seat 41
  • the three plug-in limiting posts 42-6-2 of the hole-column insertion limiting member 42-6 pass through the right end of the front side heating fin 22a, respectively.
  • a corresponding one of the limiting holes 22-5 is inserted into the corresponding one of the front post holes of the second body 41 into the corresponding one of the insertion limiting holes 41-9-2, so that the front front cover 42a
  • the lower end surface of the left edge and the upper end surface of the left edge of the first cover mounting portion 41b of the second base 41 are attached to the upper and lower surfaces of the right end of the front side heating fin 22a from the up and down direction, respectively.
  • the two plug-in limiting holes 42-6-1 of the post-clamping limiting member 42-6 of the rear cover 42b are respectively placed in the second seat
  • the rear post hole of the body 41 is inserted into the corresponding one rear insertion limit post 41-18-1 of the limiting member 41-18, and the three plug limit posts 42 of the hole post insertion limiting member 42-6 are inserted.
  • -6-2 is inserted into the corresponding one of the limiting holes 22-5 of the right end of the rear side heating piece 22b, and inserted into the corresponding one of the rear limiting holes 41-18 of the second column body 41.
  • the lower end surface of the left edge of the rear cover 42b and the upper end surface of the left edge of the second cover mounting portion 41d of the second base 41 are respectively attached to the rear side electric heating from the up and down direction The upper and lower surfaces of the right end of the sheet 22b.
  • the plug insertion limit post 42-4-1 of the upper connector portion 42-4 of the front cover 42a is inserted into the lower socket 43_1_1 of the plug base 43-1 of the corresponding live wire plug 43a; the upper cover 42a
  • the plug-in board 42-4-2 of the plug housing 42-4 is inserted into the upper mating slot 43_1_4 of the corresponding live plug 43a.
  • the plug connector 42-4 of the rear cover 42b is plugged into the limit post 42-4-1 and inserted into the corresponding neutral plug.
  • the plug-in board 42-4-2 of the upper plug 42-4 of the rear cover 42b is inserted into the corresponding neutral plug 43b In the groove 43-1-4.
  • the lower end of the rear insertion plate 42-7 of the front cover 42a is located in the second rear insertion groove 41-19 of the second base 41, and the lower end surface of the two right limiting plates 42-8 of the rear cover 42b In contact with the upper end surface of the corresponding front right side step 41-11 of the second seat body 41, the lower end of the front insertion plate 42-9 of the front cover 42a is located at the first front insertion groove 41-12 of the second seat body 41. in.
  • the lower end of the rear insertion plate 42-7 of the rear cover 42b is located in the first rear insertion groove 41-10 of the second base 41, and the lower end faces of the two right limiting plates 42-8 of the front cover 42a are The upper end faces of the respective rear right side steps 41-20 of the second seat body 41 are in contact, and the lower ends of the front insertion plates 42-9 of the rear cover plate 42b are located in the second front insertion slots 41-21 of the second seat body 41. .
  • the two plug posts 42-10-1 of the connector 42-10 of the front cover 42a are respectively sleeved from the upper ones of the corresponding ones of the front post holes 41-14 of the second seat 41 to 41-14- 1 in.
  • the two plug posts 42-10-1 of the connector 42-10 of the rear cover 42b are respectively placed on the second seat from above.
  • 41 has a rear post hole 41-23 corresponding to one of the insertion holes 41-23-1.
  • the front cover strip 42-12 of the front cover 42a is located in the front half of the second seat 41 surrounding the strip-shaped raised platform
  • the front cover 42a is sealed and fixedly connected to the front half of the second seat 41 by the adhesive bonding or heat welding by the semi-surrounding strip 42-12. .
  • the lower cavity 42-11 of the front cover 42a becomes the first cavity of the second mount 40.
  • the semi-surrounding bead 42-12 of the rear cover 42b is located above the rear half of the second seat 41 surrounding the strip-like projection platform 41-22, and the rear cover 42b is bonded by the adhesive by its semi-surrounding bead 42-12 Alternatively, the welding is welded and fixedly connected to the rear half of the second seat body 41 surrounding the strip-shaped projection platform 41-22. Rear cover 42b The lower cavity 42-11 then becomes the second cavity of the second mount 40.
  • the insulating rubber (using the model DH-54 water-based polyurethane rubber produced by Shanghai Donghe Adhesive Co., Ltd.) is filled with the corresponding formation of each of the cover plates 42 and the second seat body 41 through the injection holes 42-2 of the respective cover plates 42.
  • the electrical connection portion of each copper member 24 with the corresponding electric heating sheet 22, the right end portion of the first electric wire 21_2a, and the right end of the second electric wire 21_2b Some are in an insulated and sealed state.
  • the rest of the embodiment is the same as the first embodiment except that the cover 32 of the first mounting seat 30 is not provided with the glue injection hole 32-2 and the vent hole 32-3, so the main body of the first mount 30 There is also no need to inject insulating glue in the cavity.
  • the two cover plates 42 of the second mounting seat 40 are also provided with no injection holes 42-2 and vent holes 42-3, so that the corresponding spaces formed by the respective cover plates 42 and the second base 41 are not insulated. gum.
  • electrothermal module Example 3, electrothermal module
  • the rest of the embodiment is the same as that of the embodiment 1, except that: the first mounting seat 30 of the electrothermal assembly 200 has the insertion hole 30-2 in the front socket 30-3 and The insertion holes 30-4 located in the rear socket 30-5 are disposed in the same direction along the axis in the left-right direction; the two plugs 43 of the second mounting seat 40 are also disposed in the same direction along the axis in the left-right direction.
  • the front latching portion 31-3 and the rear latching portion 31-5 of the first base body 31 of the first mount 30 are each a portion having a hole having an "L" shape in cross section, and the "L" shape One opening of the hole is to the left, and the other opening is upward;
  • the front snap-fastening portion 41-3 and the rear snap-fastening portion 41-5 of the second base 41 of the second mounting seat 40 are each corresponding in section "L”
  • the front portion of the first mount 30 of the electrothermal assembly and the front portion of the second mount 40 of the adjacent electrothermal assembly pass through the front snap portion 31-3 disposed in the first seat 31 thereof and The connecting member in the front latching portion 41-3 of the second seat body 41 of the adjacent electrothermal assembly is fixedly connected; the rear portion of the first mounting seat 30 of the electrothermal assembly and the second portion of the adjacent electrothermal assembly
  • the rear portion of the mounting seat 40 passes through the connecting member provided in the rear latching portion 31-5 of the first seat body 31 and the rear latching portion 41-5 of the second seat body 41 of the adjacent electrothermal assembly 41. Fixed connection.
  • the connecting member 5 is a left-right symmetric injection-molded one, and includes a connecting portion 51 at the middle portion and an elastic engaging portion 52 at the left and right sides of the connecting portion 51.
  • the shape of the connecting portion 51 is substantially In the shape of a "mouth"
  • the shape of the elastic engaging portion 52 is a folded shape with a free end folded back from above, and the elastic engaging portion 52 is connected to the connecting portion 51 from the lower left and right sides of the connecting portion 51, thereby being connected.
  • a corresponding deformation groove 53 is formed between the portion 51 and each of the elastic engaging portions 52.
  • the connecting member 52 is compressed downward by the free end portion of the elastic engaging portion 52 and protrudes into the "L" shaped hole of the corresponding one of the snap-fit portions of the electrothermal assembly, since the elastic snap portion The end face 52a of the free end of 52 is corresponding to the electrothermal assembly
  • the inner wall of the "L" shaped hole is blocked, so that the connecting member 52 securely connects the two electrothermal components adjacent to each other (i.e., the two adjacent self-heating floors are fixedly connected together).
  • the self-heating floor 1 of the present embodiment includes a floor body and an electrothermal module.
  • the floor body includes an upper body 11 and a bottom plate 12.
  • the upper body 11 is bonded and fixed to the bottom plate 12 from above to constitute a floor main body.
  • the electrothermal module 200 uses the electrothermal module 200 described in Embodiment 1.
  • the basic shape of the self-heating floor 1 is a rectangular parallelepiped shape, and the front and rear sides of the floor body of the self-heating floor 1 are provided with a plug portion 13.
  • the plug-in portion 13 on the front side of the floor main body of the self-heating floor 1 is a plug-in port 13-1
  • the plug-in portion 13 on the rear side of the floor body of the self-heating floor 1 is a corresponding plug-in groove 13- 2.
  • the plug-in cassette 13-1 is a portion that is connected to the plug-in slot of the self-heating floor adjacent to the front side in use
  • the plug-in slot 13-2 is a corresponding self-heating floor adjacent to the rear side in use. The plugs are connected to each other.
  • the upper body 11 is an integral piece of wood material.
  • the basic shape of the upper main body 11 is a plate-like rectangular parallelepiped shape, and the left and right sides of the upper main body 11 are the insertion limit portions i ii formed by cutting the lower portion, and the front side of the upper main body 11 is formed by cutting the upper portion.
  • the upper insertion tab 11-2 projecting forwardly from the lower portion, and the rear side of the upper body 11 are lower and lower recesses 11-3 formed by the lower portion of the opening formed by the cutting process.
  • the two plug-in limiting portions 11-1 are divided into a left plug-in limiting portion 11-11 and a right-plug-in limiting portion 11-12 according to the left and right positions.
  • the lower side profile of the cross section of the left plug limit portion 11-11 corresponds to the upper side profile of the cross section of the first mount 30; the lower side profile of the cross section of the right plug limit portion 11-12 and the second mount 40
  • the upper side profile of the section corresponds accordingly.
  • the left insertion restricting portion 11-11 of the upper body 11 includes a groove portion 11-1-1, a projection portion 11-1-2, and a covering portion 11-1-3 each extending in the front-rear direction of the upper body 11.
  • the groove portion 11-1-1, the projection portion 11-1-2, and the cover portion 11-1-3 are sequentially disposed in the left-right direction in order from the inside to the outside.
  • the opening of the groove portion 11-1-1 is downward
  • the protruding portion 11-1-2 is downwardly convex
  • the covering portion 11-1-3 is a plate body
  • the lower end surface of the covering portion 11-1-3 is higher than Lower end surface of the groove portion 11-1-1, concave
  • the lower end surface of the groove portion 11-1-1 is higher than the lower end surface of the projection portion 11-1-2.
  • the right insertion restricting portion 11-12 of the upper body 11 includes a groove portion 11-1-1, a projection portion 11-1-2, and a covering portion 11-1-3 each extending in the front-rear direction of the upper body 11.
  • the groove portion 11_1_1, the projection portion 11_1_2, and the cover portion 11-1-3 are sequentially disposed in the left-right direction in order from the inside to the outside.
  • the opening of the groove portion 11-1-1 is downward
  • the protruding portion 11-1-2 is downwardly convex
  • the covering portion 11-1-3 is a plate body
  • the lower end surface of the covering portion 11-1-3 is higher than
  • the lower end surface of the groove portion i i-1-i the lower end surface of the groove portion i i-1-i is higher than the protrusion portion
  • the recessed portion 11-1-1 and the protruding portion 11_1_2 of the right insertion limiting portion 11-12 and the groove portion i i-1-i and the protruding portion 11 of the left insertion limiting portion 11-11 1-2 is symmetrically arranged with respect to a horizontal plane passing through a central straight line in the short side direction of the floor main body.
  • the bottom plate 12 is a one piece piece of wood material.
  • the basic shape of the bottom plate 12 is a plate-like rectangular parallelepiped shape, and the left and right sides of the bottom plate 12 are plug-in support portions formed by cutting the upper portion.
  • the front side of the bottom plate 12 is a lower insertion port 12-2 which is formed by cutting in the lower portion and which is formed in the upper portion corresponding to the upper insertion port 11-2 of the upper main body 11, and the rear side of the bottom plate 12
  • the upper portion of the intermediate portion of the bottom plate 12 is provided with two openings in the left and right directions, which are formed by cutting the upper portion corresponding to the lower notch 11-3 of the upper body 11 and the upper portion of the upper portion 12-3.
  • the upper groove 12-4, the bottom plate 12 is also provided with one open-up wire slot 12-5 in the left-right direction on the upwardly facing groove wall of the two upper grooves 12-4.
  • the two plug supporting portions 12-1 are divided into a left plug supporting portion 12-11 and a right plug supporting portion 12-12 depending on the left and right positions.
  • the upper side profile of the cross section of the left plug support portion 12-11 corresponds to the lower side profile of the cross section of the first mount 30; the upper side profile of the cross section of the right plug support portion 12-12 and the cross section of the second mount 40
  • the lower side contour corresponds accordingly.
  • the two left insertion support portions 12-11 of the bottom plate 12 are symmetrically disposed with respect to a vertical plane passing through a central straight line in the short-side direction of the bottom plate 12.
  • Each of the plug supporting portions 12-1 of the bottom plate 12 includes a groove portion 12-1-1, a boss portion 12-1-2, and a tray portion 12-1-3 each extending in the front-rear direction of the bottom plate 12.
  • the groove portion 12-1-1, the boss portion 12-1-2, and the pallet portion 12_1_3 are sequentially disposed in the left-right direction in the order from the inside to the outside.
  • the opening of the groove portion 12-1-1 is upward
  • the convex portion 12-1-2 is upwardly convex
  • the plate portion 12-1-3 is a plate body
  • the upper end surface of the convex portion 12-1-2 is higher than
  • the upper end surface of the groove portion 12-1-1, the upper end surface of the groove portion 12-1-1 is higher than the upper end surface of the tray portion 12-1-3.
  • the lower plug-in port 12-2 of the bottom plate 12 and the upper plug-in port 11-2 of the upper body 11 together form the plug-in port 13-1 of the self-heating floor 1; the upper notch 12-3 of the bottom plate 12 and the upper body 11
  • the lower notches 11_3 together form the insertion groove 13-2 of the self-heating floor 1.
  • the two upper grooves 12-4 of the bottom plate 12 are divided according to the position of the front and rear positions. It is an upper front groove 12-4a and an upper rear groove 12-4b.
  • the upper portion of the upper groove 12 is 12.
  • the height of the upper groove 12-4 is 0.3 to 1. 1 mm (in this embodiment, 0.7 mm), and the upper front groove 12 is 12
  • the -4a and the upper rear groove 12-4b are the same size.
  • the two wire slots 12-5 of the bottom plate 12 are divided into a front wire slot 12-5a and a rear wire slot 12-5b depending on the front and rear positions.
  • the two wire slots 12_5 all penetrate the bottom plate 12 along the long side of the floor.
  • the portions of the heating fins 22 of the electrothermal assembly 200 between the first mount 30 and the second mount 40 are respectively disposed in the corresponding upper recesses 12-3 of the bottom plate 12, and the electrothermal assembly 200
  • the portion of the front side heating fin 22a between the first mount 30 and the second mount 40 is disposed in the upper front recess 12-3-1 of the bottom plate 12, and the rear side heating fin 22b of the electrothermal assembly 200
  • a portion located between the first mount 30 and the second mount 40 is disposed in the upper rear recess 12-3-2, and the first mount 30 and the second mount 40 respectively expose the floor from a corresponding one of the left and right directions
  • the main body, and the lower side of the heating sheet 22 is adhesively fixed to the bottom plate 12; the first electric wire 21-2a and the second electric wire 21-2b are respectively located in the corresponding front electric wire groove 12-5a and rear electric wire groove 12-5b of the bottom plate 12.
  • the live wire slot portion 31-8 of the first mount 30 is located in the left end of the front wire slot 12-5a of the bottom plate 12, and the neutral wire slot portion 31-9 of the first mount 30 is located at the rear wire slot 12 of the bottom plate 12.
  • the live wire groove portion 41-8 of the second mount 40 is located in the right end of the front wire slot 12-5a of the bottom plate 12, and the second mount 40 Neutral slot portion 41-9 at the right end of the base plate 12 after the wire troughs of 12-5b.
  • the first mounting seat 30 and the second mounting seat 40 of the electrothermal assembly 200 are respectively bonded from their respective lower portions to the corresponding plug supporting portions 12-1 of the bottom plate 12, and then the upper main body 11 is passed by the lower end surface thereof.
  • the polyurethane hot melt adhesive is fixedly fixed on the upper end surface of the bottom plate 12 to form a floor main body, and the first mounting seat 30 of the electrothermal assembly 200 is fastened by the upper limiting slot 30-1 and the lower limiting slot 31-1.
  • the first mounting seat 30 of the electrothermal assembly 200 is fastened by the upper limiting slot 30-1 and the lower limiting slot 31-1.
  • the corresponding portions of the front socket 30-3 and the rear socket 30-5 of the first mount 30 are oriented
  • the left main body 11 and the left end of the bottom plate 12 are protruded from the left side; the second mounting seat 40 of the electrothermal assembly 200 is fastened by the upper limiting slot 40-1 and the lower limiting slot 41-1 to the right insertion limit of the upper body 11.
  • the live plug 43a of the second mount 40, the neutral plug 43b, the front snap portion 41-3 of the second base 41, and A corresponding portion of the rear latching portion 41-5 of the second base 41 projects rightward from the upper body 11 and the right end of the bottom plate 12. It is also possible to apply glue to the lower surface of the corresponding plug-in limiting portion 11-1 of the upper body 11 to bond the first mount 30 and the second mount 40 of the electrothermal assembly 200 to the right insert of the upper body 11. The connection between the limiting portion 11-12 and the right insertion support portion 12-12 of the bottom plate 12 is increased. Therefore, the first mount 30 and the second mount 40 of the electrothermal assembly 200 serve as corresponding power supply connectors on the left and right sides of the self-heating floor 1. (Example 5)
  • the rest of the self-heating floor 1 of the present embodiment is the same as that of the embodiment 3, except that the electrothermal module uses the electrothermal module 200 described in the third embodiment.
  • the first mount 30 is located between the upper body 11 and the bottom plate 12; the corresponding portion of the live wire plug 43a and the neutral wire plug 43b of the second mount 40 protrudes rightward from the upper body 11 and the right end of the bottom plate 12.
  • the rest of the self-heating floor 1 of the present embodiment is the same as that of the embodiment 4, except that the length of the self-heating floor 1 of the present embodiment is half the length of the self-heating floor of the embodiment 4.
  • the front, rear, left and right and up and down directions are the same as those described in the first embodiment, that is, the length direction of the power supply line 600 in FIG.
  • the direction, that is, the lower side in FIG. 37 is the front side
  • the upper side is the rear side, that is, the up, down, left, and right directions described in the up, down, left, and right directions of FIG.
  • the self-heating floor system of the present embodiment includes a self-heating floor, and a power supply system.
  • the power supply system is a power supply line 600.
  • the self-heating floor was laid in combination with the self-heating floor 1 of Example 4 and Example 6.
  • the power supply line 600 of the present embodiment is a power supply line 600 which is electrically connected in the front-rear direction and can be used in conjunction with the self-heating type floor 1 described in the third embodiment.
  • Fig. 35 is a schematic plan view showing the power supply line 600 placed on the ground and cut horizontally to face it. The up and down direction in the figure is the front front direction.
  • the power supply line 600 includes a plurality of power supply sockets 6 and a sheath wire 7 having the same shape and structure.
  • the sheath wire 7 includes two wires, and the two wires are divided into a first wire 71 and a second wire 72, the first wire
  • the copper wires in the 71 and second wires 72 are copper wire strands.
  • Each of the power outlets 6 includes a base 61 and a power supply pin 62.
  • the seat body 61 is an injection molded one piece having an insert.
  • the seat body 61 includes a seat main portion 61-1, a joint sleeve portion 61-2, and an injection molded joint portion 61-3.
  • the connecting sleeve portion 61-2 is attached to the left rear side of the seat main portion 61-1 from the rear.
  • the connecting sleeve portion 61-2 is provided with a plug hole 61_2a, and the plug hole 61_2a has a shape of a rotating body.
  • the power supply pin 62 is "L-shaped". A set of multiple power supply pins 62 are equally spaced at the time of production (the interval Equal to the width of the self-heating floor 1) nailed to the first wire 71 in the sheath wire 7; the other set of plurality of power supply pins 62 are equally spaced (the spacing is equal to the width of the self-heating floor 1)
  • the second wire 72 in the sheath wire 7; the distance between the lengths of the sheath wires 7 between the two adjacent power supply pins 62 belonging to different groups is equal to the second installation of the self-heating floor 1
  • each power supply pin 62 passes through the skin on the right side of the sheath wire 7 in the right direction, the skin on the right side of the corresponding wire, the copper wire stranded wire in the wire, and the wire is located on the left side.
  • the head is blocked to the right of the skin of the sheath line 7 on the right side due to the large radial dimension.
  • the outer portion of the left side of the sheath wire 7 is folded back 90 degrees to form an "L"-shaped power supply pin 62 (that is, the portion of the power supply pin 62 that is bent backward is along the length of the sheath wire.
  • Direction setting that is, the portion of the power supply pin 62 that is bent backward is along the length of the sheath wire.
  • the electrical connection assembly formed by the respective lengths of the power supply pins 62 and the sheathing wires 7 as an insert is integrally formed with the seat body 61 when the seat body 61 of the corresponding power supply socket 6 is injection molded.
  • the head of the right end of each power supply pin 62 is wrapped in the plastic material of the main body portion 61-1 of the seat body, and the portion of the power supply pin 62 that is bent to the left through the left portion of the sheath wire 7 and then bent backward is located.
  • the insertion hole 61-2a of the connection sleeve portion 61-2 is axially connected to the copper sleeve 21-1 provided in the plug 43 provided on the self-heating floor 1.
  • the seat body 61 is sealed and fixedly connected to the outer surface of the portion of the corresponding sheathing line 7 which protrudes from the seat body 61 by means of an injection-molded joint portion 61-3 which is integrally formed by injection molding, thereby constituting a corresponding power supply socket 6.
  • the above-described injection molding is sequentially performed, and finally, a power supply line 600 in which a plurality of power supply sockets 6 are connected to and electrically connected to the sheath wire 7 is obtained.
  • the first wire 71 and the second wire 72 in the sheath wire 7 are electrically connected to the live wire and the neutral wire, respectively, so that one set of the power supply sockets 6 of the two power supply sockets 6 becomes the hot wire power supply socket 6a, and the other The group power socket 6 becomes the neutral power socket 6b.
  • One of the set of FireWire power sockets 6a located on the first wire 71 is connected to a corresponding one of the zero wire power sockets 6b located on the second wire 72 adjacent to the rear of the Firewire power socket 6b.
  • a layer of insulation material may be firstly laid on the floor of the room as an insulation layer.
  • a expandable polystyrene board is used to lay on the ground as an insulation layer.
  • the power supply line 600 is laid at the corner of the room along the right side of the room to be laid (only three sets of power sockets 6 are shown in Fig. 37), and the order of the power sockets 6 of each group is determined in a front-to-back manner. They are a first group of power sockets 601, a second group of power sockets 602 and a third group of power sockets 603.
  • the self-heating floor 1 is installed in the order from right to left and from front to back (or in order from right to left and from back to front), and the first self-heating floor 101 is drawn in FIG.
  • a second self-heating floor 102, a third self-heating floor 103, a fourth self-heating floor 104, a fifth self-heating floor 105, and a sixth spontaneous A schematic diagram of the thermal floor 106 and the power supply line 600 being mounted to each other.
  • the first self-heating floor 101, the second self-heating floor 102, the fourth self-heating floor 104, the fifth self-heating floor 105 and the sixth self-heating floor 106 all adopt the self-heating described in the fourth embodiment.
  • the floor, the third self-heating floor 103 adopts the self-heating floor described in Embodiment 6.
  • the live wire plug 43a and the neutral wire plug 43b of the second mounting seat 40 of the first self-heating floor 101 are respectively inserted into the corresponding first group of power supply sockets.
  • a mutual mating structure is formed, and a waterproof connection is formed.
  • the power supply pins 62 of the power supply sockets 6 are respectively inserted into the copper sleeves 21-1 of the corresponding plugs 43 to form an interference fit and electrical connection.
  • the second self-heating floor 102 is provided with its live wire plug 43a and the neutral wire plug in the front-rear direction.
  • the copper rod 21_3_1 of the live copper pin 21-3a in the insertion hole 30-2 of the front socket 30-3 of the first mount 30 of the first mount 30 is inserted into the live plug of the second mount 40 of the second self-heating floor 102.
  • the live copper bushing 21_la of 43a an interference fit and electrical connection are formed; the neutral copper pin in the insertion hole 30-4 of the rear socket 30-5 of the first mount 30 of the first self-heating floor 101
  • the copper rod 21-3-1 of 21-3b is inserted into the neutral copper bush 21-lb of the zero-wire plug 43b of the second self-heating floor 102 of the second mount 40 to form an interference fit and electrical connection.
  • the front card fastening portion 41-3 of the second mounting seat 40 of the second self-heating floor 102 is inserted into the front card fastening portion 31-3 of the first mounting seat 30, and the rear card connector of the second mounting seat 40 is buckled.
  • the portion 41-5 is inserted into the rear snap-fit portion 31-5 of the first mount 30 of the first self-heating floor 101 to form a mutual snap-fit structure, so that the first self-heating floor 101 and the second self-heating type
  • the floor 102 is fixedly coupled together.
  • the third self-heating floor 103 of the second row adjacent to the rear side is laid in the same manner, the third self-heating floor 103 is mounted on the second group of power supply plugs 601 of the power supply line 600 in the front-rear direction.
  • the plug-in cassette 13-1 of the third self-heating floor 103 is inserted into the insertion slot 13-2 of the second self-heating floor 102 to form a third self-heating floor 103 and a second self-heating floor 102. Inter-plugging and inter-engaging.
  • Each row of self-heating floors 1 is connected in parallel so that each self-heating floor 1 is a relatively independent heating unit.
  • the power is turned on, all the self-heating floor 1 is heated together for heating. Even if one piece is damaged, it will not affect the normal operation of the other self-heating floor 1 and all the joints between the joints are safe and reliable.
  • the conductive heat generating layer of the electric heating sheet of the electrothermal module of the present invention preferably has graphite powder of 800 to 1000 mesh as a main conductive material, so that the temperature of different parts of the entire electric heating sheet is very close, and the maximum temperature difference can be maintained at the same time.
  • the whole heating piece is relatively uniform in heat generation, and the conductive heating layer and the copper skin are compacted and vacuum sealed between the two epoxy resin sheets, thereby avoiding a large current at the electrode and making the electrode have a long service life. extend.
  • the electrothermal module of the present invention is further provided with a temperature switch or a self-recovering fuse.
  • the temperature switch is a temperature switch that uses a bimetal as a temperature sensing element.
  • the bimetal When the electrothermal assembly is working normally, the bimetal is in a free state and the contacts are in a closed state.
  • the bimetal element When the temperature rises to the operating temperature value, the bimetal element is heated to generate internal stress and acts quickly, opening the contact and cutting off the circuit, thereby functioning as a heat protection floor.
  • the contacts automatically close, return to normal working condition, no manual replacement, and the structure is simple and reliable.
  • the self-heating floor of the present invention has a heating element disposed in an internal cavity formed by an upper body and a bottom plate thereof as a heating element, and a plug-in limiting portion is further provided at the left and right ends of the upper body and the bottom plate, respectively.
  • the first supporting seat and the second mounting seat of the electrothermal assembly of the self-heating floor can be firmly embedded and fixed in the self-heating floor, and the structure is simple and reliable, and is convenient for mass industrial production.
  • the electric heating sheet of the electrothermal module of the present invention is disposed in the groove of the bottom plate of the self-heating floor, and the bottom plate of the self-heating floor is made of the same material as the upper body and directly bonded by the polyurethane hot melt adhesive to avoid integration.
  • the structure is reliable.
  • the first mount of the electrothermal assembly of the self-heating floor of the present invention and the second mount of the adjacent electrothermal assembly of the corresponding self-heating floor can be used when they are fixedly coupled and electrically connected to each other.
  • the plugs are fixedly connected and electrically connected; the front and rear directions of the outer portions along the left and right sides of the floor can be plugged and fixedly connected and electrically connected, and the forms are various and can be adapted to different Installation requirements.
  • the electrothermal module of the present invention can be used not only in the floor for heating and heating, but also in the wallboard, and is widely used.

Abstract

一种自发热式地板,包括地板主体和电热式组件。地板主体包括上部主体和底板。电热式组件包括电路装置、第一安装座和第二安装座。电热式组件的第一安装座和第二安装座作为地板主体的左右两侧的供电插接件。电热式组件的电路装置及第一安装座和第二安装座的相应部分设置在上部主体和底板之间,第一安装座是使用时由其插座部位与相邻的自发热式地板的电热式组件的第二安装座的插头部位相互密闭插接且电连接的部件。第二安装座是使用时由其插头部位与相邻的自发热式地板的电热式组件的第一安装座的插座部位相互密闭插接且电连接的部件。自发热式地板结构简单,便于工业化生产。

Description

自发热式地板及其电热式组件 技术领域
本发明涉及一种建筑装潢领域的产品,具体涉及一种发热地板及其发热组件。 背景技术
目前, 自发热式地板表现形式为电热地板, 电热地板已经成为一种新兴的取 暖方式,它是将电热材料铺设在地板地板中,通过对电热材料加热而使地板供热。
中国专利文献 CN1034826C (申请号 92114554. 3 )公开了一种电热地板, 该地 板是在地板块中设有水平方向的 2个通孔, 将电热线穿入通孔中, 为了防止相邻 地板块的通孔错位而磨断电热线, 通孔的端口采用喇叭口。 为了更加安全, 地板 块可加入阻燃材料, 或者地板块采用木粉、 石棉粉和适量粘合剂压制而成。 虽然 该文献未对如何进行电热线的接线进行描述, 但从上述 "为了防止相邻地板块的 通孔错位而磨断电热线" 内容中可以推断其电热线是逐块穿过地板块的, 不仅安 装麻烦, 而且在安装中也会损坏电热线, 存在极大的安全隐患, 还有就是一旦某 处的电热线有损坏而不导通, 则所有地板块都不能发热。
中国专利文献 CN2495931Y (专利号 ZL0124991 L 0 ) 公开了一种 "一种发热地 板", 其中记载了 "本实用新型的结构如图 1和图 2所示, 由具有绝缘性能的强化 地板块 1和盘旋预埋在强化地板块 1中的电发热导线 2构成, 在电发热导线 2中 串联有热保护器 3和保险 6,在强化地板块 1的左端面上有纵向凸起 4,右端面上 有纵向凹槽 5, 纵向凸起 4可与纵向凹槽 5相匹配, 在强化地板块 1上端面左右 两边各安有一个插头 7,下端面与上端面 7相对应的位置各安装一个插座 8,插头 7与插座 8相匹配且上下端面的左右两组插头 7和插座 8分别与强化地板块 1中 的电发热导线 2 的两端相联构成一个通电回路", 该发热地板采用电发热导线 2 产生热量进行发热取暖存在以下几个问题:1、由于电发热导线 2通常截面为圆形, 因此在发热时热量是沿着横截面的半径方向向四周发散, 造成一部分热量散到地 板的下方, 极大的浪费了能源。 2、 由于电发热导线 2通常是细长的, 因此向地板 上方有效的散热面积较小, 如果想取得较好的散热效果就必须将电发热导线 2铺 设的相对密集一些, 这样又极大的增加了制造成本。 3、 电发热导线 2通常较软, 因此将电发热导线 2盘旋预埋在强化地板块 1中的制做较为麻烦, 生产加工难度 较大。 中国专利文献 CN200992793Y (申请号 200720002236. 4)公开了一种"一体式 电加热地板系统", 其中记载了: "安装时, 本实用新型的地板单元 1可以象普通 地板一样拼接起来, 只是在一行 (地板长边方向) 里面, 首尾连接的地板单元之 间必须用转换接头实现电连接, 这一行地板形式上是串联, 但实际上每一块地板 中的电热导线都是并联的。 "再结合其独立权利要求可知: 该地板系统中, 第一接 插件 (也即上述转换接头) 设置在首尾相连的地板单元之间, 是必要技术特征之 一, 再根据其具体实施方式的描述, 可进一步知晓所述的转换接头为独立于地板 单元的构件。
由此看出, 首先, 在安装地板系统时, 首尾相连的 2个地板单元之间必须有 一个转换接头, 这使得在安装地板系统时, 较为复杂。
其次, 该文献中, 地板单元包括发热单元和传输单元, 发热单元为并联在传 输单元上的电热导线, 传输单元和电热导线安装在地板内部。 该文献还举出了电 热导线在地板内的 3种安装方式, 第一种安装方式是, 通过在地板背面开槽的方 式将电热导线铺设在其中, 然后再复合一层或多层同样的材料或不同的材料, 或 者直接将槽填平; 第二种安装方式是, 采用在地板侧面上打孔然后穿线的方法设 置电热导线; 第三种安装方式是, 将电热导线预埋在地板中, 对于复合地板可以 采用预埋的方式。 上述三种安装方式中, 第三种方式中的 "复合地板"包括的范 围很广, 例如, 强化木地板就是一种由下至上依次为平衡纸层、 密度板、 装饰纸 层和耐磨纸层通过热压构成的复合地板, 因而从结构上讲这种复合地板无法对电 热导线进行预埋, 故对于该文献中的电热导线的第三种安装方式来说, 本领域的 技术人员无法实施。 至于前两种安装方式都存在制造复杂麻烦的问题, 不便于工 业化生产。
再次, 该文献中提出了第一插接件、 第二插接件、 堵头、 第一接头和第二接 头均为防水结构的特征, 但是并未解决整个地板系统的防水问题。 虽然第一接头 和第二接头采用了防水结构, 但是未提到如何解决在该两个接头与电热导线的连 接部位进行防水的问题, 也未涉及该两个接头在与地板板体的接触处的密封和防 水问题, 当一段时间未对地板系统通电后, 空气中的水汽会从接头与地板板体之 间的缝隙中进入地板内部, 而在接头与电热导线的连接部位凝结, 若此时通电, 会产生严重的漏电, 使得触保器立刻跳闸, 若未安装触保器则会因大电流的生成 而引起过热甚至是烧毁地板。 发明内容
本发明的第一目的是克服上述问题, 提供一种结构简单、 密封性较好的便于 工业化生产的自发热组件。
本发明的第二目的是克服上述问题, 提供一种结构简单、 安装简便、 便于工 业化生产的且使用寿命较长的自发热式地板。
实现本发明第一目的的基本技术方案是:本发明的电热式组件包括电路装置、 第一安装座和第二安装座。 第一安装座是使用时由其插座部位与相邻的电热式组 件的第二安装座的插头部位相互密闭插接且电连接的部件。 第二安装座是使用时 由其插头部位与相邻的电热式组件的第一安装座的插座部位相互密闭插接且电连 接的部件。
上述电路装置包括传输单元、 电热片、 串联器件和铜构件。 传输单元由火线 单元和零线单元组成。 火线单元和零线单元均包括依次电连接的铜套、 传输件和 铜插针。 传输件为包覆有绝缘塑料包皮的单铜芯电线。 火线单元的铜套、 传输件 和铜插针依次为火线铜套、 第一电线和火线铜插针, 零线单元的铜套、 传输件和 铜插针依次为零线铜套、 第二电线和零线铜插针。 电热片为 2片分前后在同一个 平面上平行设置, 2 片电热片按照所处的前后位置的不同而称为前侧电热片和后 侧电热片。每片电热片是在左右端各设置一个电极的薄片状密封防水式电热器件。 串联器件为温度开关或自恢复保险丝或铜导线。
上述铜构件包括火线铜构件和零线铜构件。 串联器件连接在 2片电热片左端 电极之间, 前侧电热片的右端电极通过火线铜构件与火线单元电连接, 后侧电热 片的右端电极通过零线铜构件与零线单元电连接。
上述第一安装座包括均为注塑一体件的第一座体和盖板。 盖板从上向下配合 安装在第一座体上, 盖板在其下侧后端、 下侧左端和下侧前端与第一座体固定连 接在一起, 且在盖板与第一座体之间形成了第一安装座的主腔体。 第一安装座还 包括位于其左侧前部的前插座和位于其左侧后部的后插座。 前插座和后插座的插 接方向均朝向同一个方向, 也即均朝向前后向的前方或后方, 或均朝向左右向的 左方。 前插座和后插座均由第一座体和盖板相互配合后构成或者均单独设置在第 一座体上。 前插座和后插座均设有开口方向与插接方向一致的插接孔。
上述火线铜插针的插接部位设置在第一安装座的前插座中, 第一电线左端伸 入第一安装座的主腔体中且与火线铜插针电连接。 零线铜插针的插接部位设置在 第一安装座的后插座中, 第二电线左端伸入第一安装座的主腔体中且与零线铜插 针电连接。 前侧电热片位于第一电线的上方, 前侧电热片的左端被限位和夹紧在 盖板下侧右端前部与第一座体的上侧右端前部之间。 后侧电热片位于第二电线的 上方, 后侧电热片的左端被限位夹紧在盖板下侧右端后部与第一座体的上侧右端 后部之间。 串联器件位于第一安装座的主腔体中。
上述第二安装座包括第二座体、 2块盖板和 2个插头。第二座体、 2块盖板均 为注塑一体件。 2块盖板按其所处的前后位置分为前盖板和后盖板, 2个盖板的结 构形状基本相同。 2个插头按其所处的前后位置分为火线插头和零线插头。 2个 插头的结构形状基本相同, 均为具有嵌件的注塑一体件。
上述前盖板从上向下配合安装在第二座体的前部上, 火线插头嵌接固定在第 二座体和前盖板之间。 前盖板在其下侧后端、 下侧右端和下侧前端与第二座体固 定连接在一起, 且在前盖板与第二座体之间形成第二安装座的第一腔体。
上述后盖板从上向下配合安装在第二座体的后部上, 零线插头嵌接固定在第 二座体和后盖板之间。 后盖板在其下侧后端、 下侧右端和下侧前端与第二座体固 定连接在一起, 且在后盖板与第二座体之间形成第二安装座的第二腔体。
上述火线插头和零线插头的插接方向均朝向同一个方向, 也即均朝向前后向 的后方或前方, 或均朝向左右向的右方, 或均朝向上下向的下方或上方。
上述电路装置的火线单元的火线铜套及第一电线的端头相应的一小部分和相 应的火线铜构件的一端共同做为嵌件在火线插头注塑时与火线插头形成一体, 且 火线铜套的从火线插头的所朝方向与外界相通。 火线铜构件与前侧电热片的右端 电极位于第一腔体中。
上述电路装置的零线单元的零线铜套及第二电线的端头相应的一小部分和相 应的零线铜构件的一端共同做为嵌件在零线插头注塑时与零线插头形成一体, 且 零线铜套的从零线插头的所朝方向与外界相通。 零线铜构件与后侧电热片的右端 电极位于第二腔体中。
上述前侧电热片的右端被限位和夹紧在前盖板下侧左端与第二座体的上侧左 端前部之间。 后侧电热片的右端被限位夹紧在后盖板下侧左端与第二座体的上侧 左端后部之间。
以上述电热式组件的基本技术方案为基础的技术方案还有: 电热片还包括两 组限位孔, 两组限位孔分别相应设置在电热片的左右两端。 所述的一组限位孔为 3至 8个在上下向上贯通的通孔。
上述第一座体为一体件, 包括前段连接部、 盖板安装部和后段连接部, 前段 连接部、 盖板安装部和后段连接部依次相连。
上述盖板安装部包括前侧下半插座部、 后侧下半插座部、 前腔体、 后腔体和 2组柱孔插接限位件。
上述前侧下半插座部位于盖板安装部的左侧前部且向左凸出。 后侧下半插座 部位于盖板安装部的左侧后部且向左凸出。 2 组柱孔插接限位件沿上下向设置, 柱孔插接限位件按照所处的前后位置的不同分为前侧柱孔插接限位件和后侧柱孔 插接限位件。 前腔体位于盖板安装部的上侧前部的左右向中部。 后腔体位于盖板 安装部的上侧后部的左右向中部。
上述第一安装座的盖板包括前侧上半插座部、 后侧上半插座部、 上部腔体和 2组孔柱插接限位件。
上述前侧上半插座部位于盖板左侧前部并向左凸出, 且与盖板安装部的前侧 下半插座部相对应。 后侧上半插座部位于盖板左侧后部并向左凸出, 且与盖板安 装部的后侧下半插座部相对应。
上述 2组孔柱插接限位件沿上下向设置, 2组孔柱插接限位件按照所处的前 后位置的不同分为前侧孔柱插接限位件和后侧孔柱插接限位件。 盖板的前侧孔柱 插接限位件与第一座体的前侧柱孔插接限位件相应, 形成相互插接配合。 盖板的 后侧孔柱插接限位件与第一座体的后侧柱孔插接限位件相应,形成相互插接配合。 上部腔体 位于盖板的下侧的左右向中部。
上述盖板从上向下配合安装在第一座体的盖板安装部上而构成第一安装座, 且盖板的孔柱插接限位件与相应的第一座体的柱孔插接限位件形成相互间插接配 合。 上述 2片电热片由其各自左端的一组限位孔分别设置在相应的第一座体的柱 孔插接限位件和盖板的孔柱插接限位件上。
上述盖板的前侧上半插座部与第一座体的前侧下半插座部共同构成第一安装 座的位于其左侧前部且向左凸出的前插座且盖板的前侧上半插座部与第一座体的 前侧下半插座部共同形成第一安装座的前插座的开口向后插接孔。 盖板的后侧上 半插座部与第一座体的后侧下半插座部共同构成第一安装座的位于其左侧后部且 向左凸出的后插座且盖板的后侧上半插座部与第一座体的后侧下半插座部共同形 成第一安装座的后插座的开口向后的插接孔。 盖板的上部腔体与第一座体的前腔 体和后腔体相互连通, 共同构成第一安装座的主腔体。
上述电路装置的传输单元的左端和相应一端的串联器件位于第一安装座的主 腔体中。 火线单元和零线单元的铜插针的头部分别位于第一安装座的前插座的插 接孔和后插座的插接孔中, 且与其同轴。 各铜插针的尾部位于第一安装座的主腔 体中。 盖板的下侧与第一座体的上侧相接触的部分通过粘结剂粘结或者加热熔接 而密封固定连接在一起, 且电路装置的相应一端的所有电路裸露部位位于第一安 装座的主腔体中。 电热片的左端被限位夹紧固定在第一安装座和盖板之间。
上述第二安装座包括第二座体、 盖板和 2个插头。
上述第二座体为一体件, 包括前段连接部、 第一盖板安装部、 中段连接部、 第二盖板安装部和后段连接部。 前段连接部、 第一盖板安装部、 中段连接部、 第 二盖板安装部和后段连接部依次相连。
上述第一盖板安装部包括第一下插头座部和前柱孔插接限位件。 第一下插头 座部位于第一盖板安装部的右部。 前柱孔插接限位件沿上下向设置。
上述第二盖板安装部的结构与第一盖板安装部的结构基本相同, 包括第二下 插头座部和后柱孔插接限位件。 第二下插头座部位于第二盖板安装部的右部。 后 柱孔插接限位件沿上下向设置。
上述第二安装座的盖板有 2块,按其所处的前后位置分为前盖板和后盖板, 2 个盖板的结构形状基本相同, 均包括上插头座部、 下部腔体和孔柱插接限位件。 上插头座部位于盖板左侧前部。 孔柱插接限位件沿上下向设置, 孔柱插接限位件 与第二座体的前柱孔插接限位件相应, 形成相互插接配合。
上述 2片电热片由其各自右端的一组限位孔分别套在相应的第二座体的前柱 孔插接限位件、 后柱孔插接限位件和各相应的盖板的孔柱插接限位件上。 下部腔 体位于盖板下侧的左右向中部。
上述第二安装座的 2个插头按其所处的前后位置分为火线插头和零线插头, 两个插头的结构形状基本相同, 均包括插头基座和圆柱形插头。 插头为具有嵌件 的注塑一体件, 圆柱形插头的外形与第一安装座的相应的插接孔和插接孔的形状 相对应, 且沿前后方向的轴线或左右方向的轴线设置。 电路装置的传输单元的铜 套及传输件的端头相应的一小部分和相应的铜构件的一端在插头基座和圆柱形插 头注塑时形成一体, 且铜套的前部位于圆柱形插头中与圆柱形插头同轴设置且从 插头的所朝方向与外界相通, 铜套的后部位于插头基座中。
上述各盖板从上向下配合安装在第二座体的相应的第一盖板安装部和第二盖 板安装部上, 火线插头嵌接固定在第一盖板安装部的第一下插头座部和前盖板的 上插头座部中, 零线插头嵌接固定在第二盖板安装部的第二下插头座部和后盖板 的上插头座部中, 而构成第二安装座。 前盖板的下部腔体则成为第二安装座的第 一腔体。 后盖板的下部腔体则成为第二安装座的第二腔体。
上述电路装置的传输单元的右端和相应一端的铜构件位于第二安装座的盖板 的下部腔体中。 盖板的下侧与第二座体的上侧相接触的部分通过粘结剂粘结或者 加热熔接而密封固定连接在一起。 电热片的右端被限位夹紧固定在第二安装座和 相应的盖板之间。
以上述电热式组件的技术方案为基础的技术方案还有: 电路装置的 2片电热 片均包括 1条方带状导电发热层、 2片电极铜皮、 起绝缘隔离和保护作用的含有 玻璃纤维的环氧树脂外层。 所述电极铜皮为平面状 " L"形铜皮, 2片电极铜皮均 由按照前后方向设置的压贴段和按照左右方向设置且位于左右向外侧的连接段相 连构成, 2 片电极铜皮分别从上方由其压贴段压贴在导电发热层的左端和右端之 上而相应作为左端电极铜片和右端电极铜片, 各电极铜皮的连接段位于左右方向 的外侧。 环氧树脂外层整体覆盖包围在导电发热层及电极铜皮的上下及四周。 环 氧树脂外层的包覆在电极铜皮的连接段处的部位通过机械加工而在其上表面设置 露出电极铜皮的连接段的一部分的一个缺口, 再将该缺口设置成焊点。 串联器件 的一端与前侧电热片的左端电极铜皮的连接段处的焊点的焊料焊接固定而使得前 侧电热片的左端电极铜皮与串联器件的相应一端电连接。 串联器件的另一端与后 侧电热片的左端电极铜皮的连接段处的焊点的焊料焊接固定而使得后侧电热片的 左端电极铜皮与串联器件的另一端电连接。
上述电路装置的传输单元的火线铜插针和零线铜插针均包括铜棒和 L 形铜 片: L 形铜片由左右向铅垂设置的阻挡片和前后向铅垂设置的连接片首尾相连构 成。 铜棒的尾部铆接固定在 L形铜片的阻挡片上而构成相应的铜插针, L形铜片 的连接片的后端开有用于进行电连接的连接孔。 第一电线的裸露出铜导线的左端 头部穿过火线铜插针的 L形铜片的连接片的连接孔并焊接在该连接片的后端部位 而与火线铜插针电连接。 第二电线的裸露出铜导线的左端头部穿过零线铜插针的 L 形铜片的连接片的连接孔并焊接在该连接片的后端部位而与零线铜插针电连 接。 串联器件为温度开关。 铜构件为裸铜线。
上述第一电线的右端由其端头剥去一小段绝缘塑料包皮后的铜芯和火线铜构 件的右端共同插入相应的火线铜套的后端中然后通过压接固定且电连接在相应的 火线铜套的后端上, 该部分结构共同做为嵌接在火线插头注塑时与其形成一体。 火线铜构件的左端与前侧电热片的右端电极铜皮的连接段处的焊点的焊料焊接固 定而使得前侧电热片的右端电极铜皮与火线铜构件的左端电连接。
上述第二电线的右端由其端头剥去一小段绝缘塑料包皮后的铜芯和零线铜构 件的右端插入相应的零线铜套的后端中然后通过压接固定且电连接在相应的零线 铜套的后端上。 该部分结构共同做为嵌接在零线插头注塑时与其形成一体。 零线 铜构件的左端与后侧电热片的右端电极铜皮的连接段处的焊点的焊料焊接固定而 使得后侧电热片的右端电极铜皮与零线铜构件的左端电连接。
以上述电热式组件的技术方案为基础的技术方案还有: 第一座体还包括位于 其下侧右部的开口向下的贯通其前后的下部限位槽。
上述第一座体的前段连接部包括位于其上侧右部的开口向上的前上限位槽部 和位于其左侧且向左凸出的卡接方向向后的前卡接扣部。
上述第一座体的后段连接部包括位于其上侧右部的开口向上的后上限位槽部 和位于其左侧且向左凸出的卡接方向向后的后卡接扣部。
上述第一座体的盖板安装部的柱孔插接限位件位于盖板安装部的上侧右部边 缘且沿上下向设置。 前侧柱孔插接限位件和后侧柱孔插接限位件均由 2个插接限 位柱和 3个插接限位孔组成。
上述第一安装座的盖板的孔柱插接限位件位于盖板的下侧右部边缘且沿上下 向设置, 盖板的前侧孔柱插接限位件和后侧孔柱插接限位件均由 2个插接限位孔 和 3个插接限位柱组成,且盖板的插接限位孔与第一座体的插接限位柱相应设置, 盖板的插接限位柱与第一座体的插接限位孔相应设置。 电热片由其相应一端的一 组限位孔分别套在相应的第一座体的柱孔插接限位件的插接限位柱和盖板的孔柱 插接限位件的插接限位柱上。
上述第一安装座的盖板还包括位于其上侧右部的开口向上的与第一座体的前 上限位槽部和后上限位槽部相对应的上限位槽。 盖板的上限位槽的截面形状与第 一座体的前上限位槽部和后上限位槽部的截面形状相同, 且在左右向和上下向上 相互对齐, 盖板的上限位槽位于第一座体的前上限位槽部和后上限位槽部之间, 从而第一座体的前上限位槽部、 盖板的上限位槽和第一座体的后上限位槽部形成 贯通第一安装座的上部限位槽。
上述第二座体还包括位于其下侧左部的开口向下的贯通其前后的下部限位 槽。
上述第二座体的前段连接部包括位于其上侧左部的开口向上的前上限位槽部 和位于其右侧且向右凸出的卡接方向向前的前卡接扣部, 且前卡接扣部与第一座 体的前卡接扣部相对应, 使用时第二座体的前卡接扣部与相应的相邻的电热式组 件的第一座体的前卡接扣部形成相互间在前后方向上的插接配合, 从而形成该电 热式组件与相应的相邻的相同结构的电热式组件在前后方向和左右方向上的固定 连接。
上述第二座体的后段连接部包括位于其上侧左部的开口向上的后上限位槽部 和位于其右侧且向右凸出的卡接方向向前的后卡接扣部, 且后卡接扣部与第一座 体的后卡接扣部相对应, 使用时第二座体的后卡接扣部与相应的相邻的电热式组 件的第一座体的后卡接扣部形成相互间在前后方向上的插接配合, 从而形成该电 热式组件与相应的相邻的相同结构的电热式组件在前后方向和左右方向上的固定 连接。
上述第二座体的中段连接部包括位于其上侧左部的开口向上的中上限位槽 部。
上述第二座体的第一盖板安装部的前柱孔插接限位件位于第一盖板安装部的 上侧左部边缘且沿上下向设置。 所述的前柱孔插接限位件由 2个前插接限位柱和 3个前插接限位孔组成。
上述第二座体的第二盖板安装部的后柱孔插接限位件位于第二盖板安装部的 上侧左部边缘且沿上下向设置。 所述的后柱孔插接限位件由 2个后插接限位柱和 3个后插接限位孔组成。
上述第二安装座的前盖板的孔柱插接限位件位于前盖板的下侧右部边缘且沿 上下向设置。 所述的孔柱插接限位件由 2个插接限位孔和 3个插接限位柱组成, 且分别与第二座体的第一盖板安装部的前插接限位柱和前插接限位孔相应设置。 前侧电热片由其相应一端的一组限位孔分别套在相应的第二座体的前柱孔插接限 位件的前插接限位柱和前盖板的孔柱插接限位件的插接限位柱上。
上述第二安装座的后盖板的孔柱插接限位件位于后盖板的下侧右部边缘且沿 上下向设置。 所述的孔柱插接限位件由 2个插接限位孔和 3个插接限位柱组成, 且分别与第二座体的第二盖板安装部的后插接限位柱和后插接限位孔相应设置。 后侧电热片由其相应一端的一组限位孔分别套在相应的第二座体的后柱孔插接限 位件的后插接限位柱和后盖板的孔柱插接限位件的插接限位柱上。
上述第二安装座的盖板还包括位于其上侧左部的开口向上的与第二座体的前 上限位槽部、 后上限位槽部和中上限位槽部相对应的上限位槽。 盖板的上限位槽 的截面形状与第二座体的前上限位槽部、 后上限位槽部和中上限位槽部的截面形 状相同, 且在左右向和上下向上相互对齐, 各盖板的上限位槽分别位于相应的第 二座体的前上限位槽部、 中上限位槽部和后上限位槽部之间, 从而第二座体的前 上限位槽部、 盖板的上限位槽、 第二座体的中上限位槽部和第二座体的后上限位 槽部形成贯通第二安装座的上部限位槽。
以上述电热式组件的技术方案为基础的技术方案还有: 第一座体的盖板安装 部还包括位于其右侧前部向右凸出且开口向上的火线线槽部、 位于其右侧后部向 右凸出且开口向上的零线线槽部、 位于其上侧右部前侧且从左方靠近火线线槽部 的开口向上的火线线槽延伸部和位于其上侧右部后侧且从左方靠近零线线槽部的 开口向上的零线线槽延伸部。
上述盖板安装部的前侧下半插座部包括铅垂设置的前端板和开口向上、 轴线 沿前后向设置、 后端与外界相通的半圆柱形的前插头槽, 前插头槽的前端由上述 前端板封闭。 该前端板上设有开口向上、 轴线与前插头槽的轴线相同、 直径较小 于前插头槽的半圆柱形的火线插针槽。
上述盖板安装部的后侧下半插座部包括铅垂设置的前端板和开口向上、 轴线 沿前后向设置、 后端与外界相通的半圆柱形的后插头槽, 后插头槽的前端由上述 前端板封闭。 该前端板上设有开口向上、 轴线与后插头槽的轴线相同、 直径较小 于后插头槽的半圆柱形的零线插针槽。
上述盖板安装部还包括位于其上侧后部边缘的开口向上的后插接槽、 位于其 左部边缘的 3个左侧台阶、 位于其上侧前部边缘的开口向上的前插接槽和位于其 右部边缘前后向中部的右侧台阶。
上述盖板安装部还包括位于其上侧的在前方靠近后侧边缘、 在右方靠近左侧 边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的半包围条状凸起平 台, 且半包围条状凸起平台通过前侧下半插座部和后侧下半插座部相连通, 前侧 下半插座部的上端面和后侧下半插座部的上端面均与半包围条状凸起平台的上端 面位于同一平面内。
上述盖板安装部还包括位于其上侧左部的从右方靠近半包围条状凸起平台的 沿上下向设置的 1组柱孔插接件。 所述 1组柱孔插接件由 2个插接柱和 4个插接 孔组成。 盖板安装部的前腔体与火线线槽部的腔体相连通, 盖板安装部的后腔体 与零线线槽部的腔体相连通。 柱孔插接件的 1个插接柱为前腔体插接柱, 位于前 腔体中且位于前侧下半插座部的前端板的前方, 另 1个插接柱为后腔体插接柱, 位于后腔体中且位于后侧下半插座部的前端板的前方。 上述第一安装座的盖板还包括位于其下侧右部边缘前部且开口向下的火线扣 合部和位于其下侧右部边缘后部且开口向下的零线扣合部位于其下侧右部边缘且 沿上下向设置的 2组孔柱插接限位件。
上述盖板的前侧上半插座部包括铅垂设置的前端板和开口向下、 轴线沿前后 向设置、 后端与外界相通的半圆柱形的前插头槽, 前插头槽的前端由上述前端板 封闭。 该前端板的上端设有开口向下、 轴线与前插头槽的轴线相同、 直径较小于 前插头槽的半圆柱形的火线插针槽。
上述盖板的后侧上半插座部包括铅垂设置的前端板和开口向下、 轴线沿前后 向设置、 后端与外界相通的半圆柱形的后插头槽, 后插头槽的前端由上述前端板 封闭。 该前端板的下端设有开口向下、 轴线与后插头槽的轴线相同、 直径较小于 后插头槽的半圆柱形的零线插针槽。
上述盖板还包括位于其下侧后部边缘的向下设置的后插接板、 位于其下侧左 部边缘的向下设置的 3块左限位板、 位于其下侧前部边缘的向下设置的前插接板 和位于下侧右部边缘的向下设置的右限位板。
上述盖板还包括位于其下侧的在前方靠近后侧边缘、 在右方靠近左侧边缘和 在后方靠近前侧边缘的连续设置且向下凸起的半包围压条, 半包围压条的下端位 于同一水平面上。
上述盖板还包括位于其下侧左部的从右方靠近半包围压条的沿上下向设置的 1组孔柱插接件。 所述 1组孔柱插接件由 2个插接孔座和 4个插接柱组成。 盖板 的孔柱插接件的 2个插接孔座均位于上部腔体中, 且其中的 1个插接孔座为前侧 插接孔座, 位于前侧上半插座部的前端板的前方, 另 1个插接孔座为后侧插接孔 座, 位于上半插座部的前端板的前方。
上述火线铜插针的铜棒的直径与第一座体的前侧下半插座部的火线插针槽的 直径相同, 且火线铜插针的铜棒的尾部同轴线放置在第一座体的前侧下半插座部 的火线插针槽中, 火线铜插针的 L形铜片的阻挡片的下部位于第一座体的前腔体 中且位于前侧下半插座部的前端板与前腔体插接柱之间, L 形铜片的连接片的下 部位于前腔体中。 火线铜插针的 L形铜片的阻挡片的上部位于盖板的上部腔体中 且位于前侧上半插座部的前端板与前侧插接孔座之间, 火线铜插针的 L形铜片的 连接片的上部位于盖板的上部腔体中。
上述盖板的前侧上半插座部的火线插针槽的直径与第一座体的前侧下半插座 部的火线插针槽的直径相同, 且两者同轴线前后相互对齐而形成第一安装座的火 线插针孔。 盖板由其前侧上半插座部的火线插针槽扣合在火线铜插针的铜棒的尾 部的上表面上, 而使得第一安装座与火线铜插针的铜棒紧配合固定在一起。 盖板 的前侧上半插座部的前插头槽的直径与第一座体的前侧下半插座部的前插头槽的 直径相等,且两者同轴线前后相互对齐而形成第一安装座的开口向后的前插头孔, 火线铜插针的铜棒的头部位于该前插头孔中。
上述零线铜插针的铜棒的直径与第一座体的后侧下半插座部的零线插针槽的 直径相同, 且零线铜插针的铜棒的尾部同轴线放置在第一座体的后侧下半插座部 的零线插针槽中, 零线铜插针的 L形铜片的阻挡片的下部位于第一座体的后腔体 中且位于后侧下半插座部的前端板与后腔体插接柱之间, L 形铜片的连接片的下 部位于后腔体中。 零线铜插针的 L形铜片的阻挡片的上部位于盖板的上部腔体中 且位于后侧上半插座部的前端板与后侧插接孔座之间, 零线铜插针的 L形铜片的 连接片的上部位于盖板的上部腔体中。
上述盖板的后侧上半插座部的零线插针槽的直径与第一座体的后侧下半插座 部的零线插针槽的直径相同, 且两者同轴线前后相互对齐而形成第一安装座的零 线插针孔。 盖板由其后侧上半插座部的零线插针槽扣合在零线铜插针的铜棒的尾 部的上表面上, 而使得第一安装座与零线铜插针的铜棒紧配合固定在一起。 盖板 的后侧上半插座部的后插头槽的直径与第一座体的后侧下半插座部的后插头槽的 直径相等,且两者同轴线前后相互对齐而形成第一安装座的开口向后的后插头孔, 零线铜插针的铜棒的头部位于该后插头孔中。
上述第一电线的左端依次设置在第一座体的火线线槽部的腔体中和火线线槽 延伸部的腔体中。
上述第二电线的左端依次设置在第一座体的零线线槽部的腔体中和零线线槽 延伸部的腔体中。
上述串联器件位于第一座体的前后向的中部的上表面上且位于盖板的上部腔 体中。
上述盖板的火线扣合部扣合在第一电线的左端部位上, 位于第一座体的火线 线槽延伸部的上方, 且与火线线槽延伸部从上下方向共同夹紧第一电线的左端部 位。
上述盖板的零线扣合部扣合在第二电线的左端部位上, 位于第一座体的零线 线槽延伸部的上方, 且与零线线槽延伸部从上下方向共同夹紧第二电线的左端部 位。 上述盖板的前侧孔柱插接限位件的 2个插接限位孔分别套在第一座体的前侧 柱孔插接限位件的相应 1个插接限位柱上, 前侧孔柱插接限位件的 3个插接限位 柱则分别穿过前侧电热片左端的相应一个限位孔而插入第一座体的前侧柱孔插接 限位件的相应一个插接限位孔中, 而使得盖板的右部边缘的前侧下端面和第一座 体的盖板安装部的右部边缘的前侧上端面分别从上下方向贴合在前侧电热片的左 端的上下表面上。
上述盖板的后侧孔柱插接限位件的 2个插接限位孔分别套在第一座体 31的后 侧柱孔插接限位件的相应 1个插接限位柱上, 后侧孔柱插接限位件的 3个插接限 位柱则分别穿过后侧电热片左端的相应一个限位孔而插入第一座体的后侧孔柱插 接限位件的相应一个插接限位孔中, 而使得盖板的右部边缘的后侧下端面和第一 座体的盖板安装部的右部边缘的后侧上端面分别从上下方向贴合在后侧电热片的 左端的上下表面上。
上述盖板的后插接板的下端位于第一座体的后插接槽中, 盖板的 3块左限位 板的下端面与第一座体的相应一个左侧台阶的上端面相接触, 盖板的前插接板的 下端位于第一座体的前插接槽中, 盖板的右限位板的下端面与第一座体的右侧台 阶的上端面相接触。
上述盖板的孔柱插接件的 2个插接孔座分别从上方套在第一座体的柱孔插接 件的相应一个插接柱上, 盖板的孔柱插接件的 4个插接柱分别从上方插入第一座 体的柱孔插接件的相应一个插接孔中。
上述盖板的半包围压条位于第一座体的半包围条状凸起平台的上方, 盖板由 其半包围压条通过粘结剂粘结或者加热熔接而与第一座体的半包围条状凸起平台 密封固定连接在一起。
所述的第一盖板安装部的第一下插头座部包括沿上下向设置的 2个第一插头 插接限位柱和沿第一下插头座部上侧的右侧边缘和前侧边缘的向上设置的插接 板。 第一下插头座部的左侧还设有基本呈半圆弧形的开口向上的第一下插头槽。 第二盖板安装部的第二下插头座部包括沿上下向设置的 2个第二插头插接限位柱 和沿第二下插头座部上侧的右侧边缘和前侧边缘的向上设置的第二插接板。 第二 下插头座部的左侧还设有基本呈半圆弧形的开口向上的第二下插头槽。
上述第二座体的第一盖板安装部还包括位于其左侧后部向左凸出且开口向上 的火线线槽部、 位于其上侧后部边缘的开口向上的第一后插接槽、 位于其右部边 缘的前右侧台阶和位于其上侧前部边缘的开口向上的第一前插接槽。 上述第一盖板安装部还包括位于其上侧的在前方靠近后侧边缘、 在左方靠近 右侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的前半包围条状凸 起平台、 位于其上侧右部的从左方靠近前半包围条状凸起平台的沿上下向设置的 1组前柱孔。 所述 1组前柱孔由 2个插接孔组成。 第一盖板安装部还包括位于其 上侧的左右向中部的第一腔体, 且所述第一腔体与火线线槽部的腔体相连通。 前 柱孔的 1个插接孔位于第一腔体中且位于第一盖板安装部的前部, 另 1个插接孔 位于第一腔体中且位于第一盖板安装部的后部。
上述第二盖板安装部还包括位于其左侧后部向左凸出且开口向上的零线线槽 部、 位于其上侧后部边缘的开口向上的第二后插接槽、 位于其右部边缘的后右侧 台阶和位于其上侧前部边缘的开口向上的第二前插接槽。
上述第二盖板安装部还包括位于其上侧的在前方靠近后侧边缘、 在左方靠近 右侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的后半包围条状凸 起平台、 位于其上侧右部的从左方靠近后半包围条状凸起平台的沿上下向设置的
1组后柱孔。所述 1组后柱孔由 2个插接孔 41-23-1组成: 第二盖板安装部还包括 位于其上侧的左右向中部的第二腔体, 且所述第二腔体与零线线槽部的腔体相连 通。 后柱孔的 1个插接孔位于第二腔体中且位于第二盖板安装部的前部, 另 1个 插接孔位于第二腔体中且位于第二盖板安装部的后部。
上述盖板还包括位于其下侧左部边缘后部且开口向下的线槽扣合部。 盖板的 上插头座部包括沿上下向设置的 2个插头插接限位柱和沿上插头座部下侧的右侧 边缘和前侧边缘的向下设置的插接板。
盖板还包括位于其下侧后部边缘的向下设置的后插接板、 位于其下侧右部边 缘的向下设置的 2块右限位板和位于其下侧前部边缘的向下设置的前插接板。
上述盖板还包括位于其下侧右部的从左方靠近右限位板的沿上下向设置的 1 组插接件。 所述插接件由 2个插接柱组成。 盖板还包括位于其下侧的左右向中部 的下部腔体。
上述盖板还包括位于其下侧的在前方靠近后侧边缘、 在左方靠近右侧边缘和 在后方靠近前侧边缘的连续设置且向下凸起的三角形的半包围压条, 半包围压条 的下端位于同一水平面上。
上述插头的插头基座的下侧设有与第一下插头座部的第一插头插接限位柱相 应的开口向下的下孔座。 插头基座的上侧设有与盖板的上插头座部的插头插接限 位柱相应的开口向上的上孔座。 插头基座的下侧前部靠近前侧边缘的后部和靠近 右侧边缘的左部设有与第一下插头座部的插接板相应的下插接槽。 插头基座的上 侧前部靠近前侧边缘的后部和靠近右侧边缘的左部设有与盖板的上插头座部的插 接板相应的上插接槽。 插头基座的左侧中部设有向左凸出的基本呈圆柱形的扣合 部。
上述火线插头由其插头基座的下孔座套在第一下插头座部的第一插头插接限 位柱上, 第一下插头座部的插接板插入相应的火线插头的下插接槽中。 插头基座 的扣合部的下部位于第一下插头座部的第一下插头槽中, 并与第一下插头座部的 第一下插头槽的内壁紧密贴合。 插头基座的扣合部的上部位于前盖板的上插头座 部的盖板插头槽中, 并与前盖板的上插头座部的盖板插头槽的内壁紧密贴合, 也 即插头基座的扣合部被压紧密闭固定在第二座体与前盖板之间。 第一电线的右端 设置在第二座体的火线线槽部的腔体中。
上述零线插头由其插头基座的下孔座套在第二下插头座部的第二插头插接限 位柱上, 第二下插头座部的, 第二插接板插入相应的零线插头的下插接槽中。 插 头基座的扣合部的下部位于第二下插头座部的第二下插头槽中, 并与第二下插头 座部的第二下插头槽的内壁紧密贴合。 插头基座的扣合部的上部位于后盖板的上 插头座部的盖板插头槽中, 并与后盖板的上插头座部的盖板插头槽的内壁紧密贴 合, 也即插头基座的扣合部被压紧密闭固定在第二座体与前盖板之间。 第二电线 的右端设置在第二座体的零线线槽部的腔体中。
上述前盖板的线槽扣合部扣合在第一电线的右端部位上, 且位于第二座体的 火线线槽的的右端延伸部的上方, 且与该右端延伸部从上下方向共同夹紧第一电 线的右端部位。
上述后盖板的线槽扣合部扣合在第二电线的右端部位上, 且位于第二座体的 零线线槽部的右端延伸部的上方, 且与该右端延伸部从上下方向共同夹紧第二电 线的右端部位。
上述前盖板的孔柱插接限位件的 2个插接限位孔分别套在第二座体的前柱孔 插接限位件的相应 1个前插接限位柱上, 孔柱插接限位件的 3个插接限位柱则分 别穿过前侧电热片右端的相应一个限位孔而插入第二座体的前柱孔插接限位件的 相应一个插接限位孔中, 而使得前前盖板的左部边缘的下端面和第二座体的第一 盖板安装部的左部边缘的上端面分别从上下方向贴合在前侧电热片的右端的上下 表面上。
上述后盖板的孔柱插接限位件的 2个插接限位孔分别套在第二座体的后柱孔 插接限位件的相应 1个后插接限位柱上, 孔柱插接限位件的 3个插接限位柱则分 别穿过后侧电热片右端的相应一个限位孔而插入第二座体的后柱孔插接限位件的 相应一个插接限位孔中, 而使得后盖板的左部边缘的下端面和第二座体的第二盖 板安装部的左部边缘的上端面分别从上下方向贴合在后侧电热片的右端的上下表 面上。
上述前盖板的上插头座部的插头插接限位柱插入相应的火线插头的插头基座 的下孔座中。 前盖板的上插头座部的插接板插入相应的火线插头的上插接槽中。
上述后盖板的上插头座部的插头插接限位柱插入相应的零线插头的插头基座 的下孔座中。 后盖板的上插头座部的插接板插入相应的零线插头的上插接槽中。
上述前盖板的后插接板的下端位于第二座体的第二后插接槽中, 后盖板的 2 块右限位板的下端面与第二座体的相应前右侧台阶的上端面相接触, 前盖板的前 插接板的下端位于第二座体的第一前插接槽中。
上述后盖板的后插接板的下端位于第二座体的第一后插接槽中, 前盖板的 2 块右限位板的下端面与第二座体的相应后右侧台阶的上端面相接触, 后盖板的前 插接板的下端位于第二座体的第二前插接槽中。
上述前盖板的插接件的 2个插接柱分别从上方套在第二座体的前柱孔的相应 一个插接孔中。
上述后盖板的插接件的 2个插接柱分别从上方套在第二座体的后柱孔的相应 一个插接孔中。
上述前盖板的半包围压条位于第二座体的前半包围条状凸起平台的上方, 前 盖板由其半包围压条通过粘结剂粘结或者加热熔接而与第二座体的前半包围条状 凸起平台密封固定连接在一起。
上述后盖板的半包围压条位于第二座体的后半包围条状凸起平台的上方, 后 盖板由其半包围压条通过粘结剂粘结或者加热熔接而与第二座体的后半包围条状 凸起平台密封固定连接在一起。
以上述电热式组件的技术方案为基础的技术方案还有: 第一安装座的盖板还 包括贯通其板体上下向的 2个通孔, 其中一个是注胶孔, 另一个是排气孔。 绝缘 胶通过盖板的注胶孔注满第一安装座的主腔体中直至从排气孔中溢出, 从而使得 包括串联器件、 串联器件与 2片电热片的电连接部位、 火线铜插针的位于第一安 装座的主腔体中的部位、 火线铜插针与第一电线的电连接部位、 零线铜插针的位 于第一安装座的主腔体中的部位、 零线铜插针与第二电线的电连接部位在内的所 有电路裸露部位均处于绝缘密封状态。
上述第二安装座的盖板还包括贯通其板体上下向的 2个通孔, 其中一个是注 胶孔, 另一个是排气孔。 绝缘胶通过各盖板的注胶孔注满各盖板与第二座体形成 的相应的空间中直至从排气孔中溢出, 从而使得包括铜构件、 各铜构件与相应的 电热片的电连接部位、 第一电线的右端部分和第二电线的右端部分均处于绝缘密 封状态。 实施本发明的第二目的的基本技术方案是: 本发明的自发热式地板包括地板 主体和电热式组件, 地板主体包括上部主体和底板, 地板主体由上部主体的下端 面粘结固定在底板的上端面上而构成。 自发热式地板的地板主体在前后两侧设有 使用时用于与相邻的自发热式地板相连接的连接部。 电热式组件设置在上部主体 和底板之间。 所述地板主体的左右两侧均设有属于电热式组件的供电插接件。 上 部主体的左右两侧各设有 1个插接限位部, 2个插接限位部按照所处的左右位置 的不同而分为左插接限位部和右插接限位部。 左右 2个插接限位部均沿地板的短 边方向贯穿地板的上部主体。
上述底板的左右两侧也各设有 1个与上部主体的插接限位部相对应的插接支 撑部。 2 个插接支撑部按照所处的左右位置不同而分为左插接支撑部和右插接支 撑部。 2 个插接支撑部均沿地板的短边方向贯穿底板。 底板的中间部位的上表面 分前后沿左右方向设有 2条开口向上的上部凹槽, 该 2条上部凹槽按照所处的前 后位置的不同分为上部前凹槽和上部后凹槽。 底板还在其 2条上部凹槽的朝向上 方的槽壁上沿左右方向各设有 1条开口向上的电线槽。 所述 2条电线槽按照所处 的上部凹槽的不同分为前电线槽和后电线槽, 2条电线槽和 2条上部凹槽均沿地 板长边方向贯通底板。
上述电热式组件包括电路装置、 第一安装座和第二安装座。 第一安装座是使 用时由其插座部位与相邻的电热式组件的第二安装座的插头部位相互密闭插接且 电连接的部件。 第二安装座是使用时由其插头部位与相邻的电热式组件的第一安 装座的插座部位相互密闭插接且电连接的部件。
上述电路装置包括传输单元、 电热片、 串联器件和铜构件。 传输单元由火线 单元和零线单元组成。 火线单元和零线单元均包括依次电连接的铜套、 传输件和 铜插针。 传输件为包覆有绝缘塑料包皮的单铜芯电线。 火线单元的铜套、 传输件 和铜插针依次为火线铜套、 第一电线和火线铜插针, 零线单元的铜套、 传输件和 铜插针依次为零线铜套、 第二电线和零线铜插针。 电热片为 2片分前后在同一个 平面上平行设置, 2 片电热片按照所处的前后位置的不同而称为前侧电热片和后 侧电热片。每片电热片是在左右端各设置一个电极的薄片状密封防水式电热器件。 串联器件为温度开关或自恢复保险丝或铜导线。
上述铜构件包括火线铜构件和零线铜构件。 串联器件连接在 2片电热片左端 电极之间, 前侧电热片的右端电极通过火线铜构件与火线单元电连接, 后侧电热 片的右端电极通过零线铜构件与零线单元电连接。
上述第一安装座包括均为注塑一体件的第一座体和盖板。 盖板从上向下配合 安装在第一座体上, 盖板在其下侧后端、 下侧左端和下侧前端与第一座体固定连 接在一起, 且在盖板与第一座体之间形成了第一安装座的主腔体。 第一安装座还 包括位于其左侧前部的前插座和位于其左侧后部的后插座。 前插座和后插座的插 接方向均朝向同一个方向, 也即均朝向前后向的前方或后方, 或均朝向左右向的 左方。 前插座和后插座均由第一座体和盖板相互配合后构成或者均单独设置在第 一座体上。 前插座和后插座均设有开口方向与插接方向一致的插接孔。
上述火线铜插针的插接部位设置在第一安装座的前插座中, 第一电线左端伸 入第一安装座的主腔体中且与火线铜插针电连接。 零线铜插针的插接部位设置在 第一安装座的后插座中, 第二电线左端伸入第一安装座的主腔体中且与零线铜插 针电连接。 前侧电热片位于第一电线的上方, 前侧电热片的左端被限位和夹紧在 盖板下侧右端前部与第一座体的上侧右端前部之间。 后侧电热片位于第二电线的 上方, 后侧电热片的左端被限位夹紧在盖板下侧右端后部与第一座体的上侧右端 后部之间。 串联器件位于第一安装座的主腔体中。
上述第二安装座包括第二座体、 2块盖板和 2个插头。第二座体、 2块盖板均 为注塑一体件。 2块盖板按其所处的前后位置分为前盖板和后盖板, 2个盖板的结 构形状基本相同。 2个插头按其所处的前后位置分为火线插头和零线插头。 2个 插头的结构形状基本相同, 均为具有嵌件的注塑一体件。
上述前盖板从上向下配合安装在第二座体的前部上, 火线插头嵌接固定在第 二座体和前盖板之间。 前盖板在其下侧后端、 下侧右端和下侧前端与第二座体固 定连接在一起, 且在前盖板与第二座体之间形成第二安装座的第一腔体。
上述后盖板从上向下配合安装在第二座体的后部上, 零线插头嵌接固定在第 二座体和后盖板之间。 后盖板在其下侧后端、 下侧右端和下侧前端与第二座体固 定连接在一起, 且在后盖板与第二座体之间形成第二安装座的第二腔体。 上述火线插头和零线插头的插接方向均朝向同一个方向, 也即均朝向前后向 的后方或前方, 或均朝向左右向的右方。
上述电路装置的火线单元的火线铜套及第一电线的端头相应的一小部分和相 应的火线铜构件的一端共同做为嵌件在火线插头注塑时与火线插头形成一体, 且 火线铜套的从火线插头的所朝方向与外界相通。 火线铜构件与前侧电热片的右端 电极位于第一腔体中。
上述电路装置的零线单元的零线铜套及第二电线的端头相应的一小部分和相 应的零线铜构件的一端共同做为嵌件在零线插头注塑时与零线插头形成一体, 且 零线铜套的从零线插头的所朝方向与外界相通。 零线铜构件与后侧电热片的右端 电极位于第二腔体中。
上述前侧电热片的右端被限位和夹紧在前盖板下侧左端与第二座体的上侧左 端前部之间。 后侧电热片的右端被限位夹紧在后盖板下侧左端与第二座体的上侧 左端后部之间。
电热式组件的 2片电热片设置在底板的相应的上部凹槽中。 第一电线设置在 底板的前电线槽中。 第二电线设置在底板的后电线槽中。 第一安装座固定在上部 主体的左插接限位部与底板的左插接支撑部之间。 第二安装座固定在上部主体的 右插接限位部与底板的右插接支撑部之间。
以上述自发热式地板的技术方案为基础的技术方案还有: 自发热式地板的地 板主体前后两侧的连接部为可进行相应的插接配合的插接部位。 位于自发热式地 板的地板主体的前侧的插接部位为插接榫, 位于自发热式地板的地板主体的后侧 的插接部位为相应的插接槽。 插接榫是使用时与前侧相邻的自发热式地板的插接 槽相互插接连接配合的部位, 插接槽是使用时与后侧相邻的相应的自发热式地板 的插接榫相互插接连接配合的部位。
上述上部主体的基本形状为板状长方体形, 且上部主体的左右两侧为下部经 过切削加工而形成的插接限位部, 上部主体的前侧为上部经过切削加工而形成的 下部向前凸出的上插接榫, 以及上部主体的后侧为下部经过切削加工而形成的开 口向后和向下的下部缺口。
上述底板的基本形状为板状长方体形, 且底板的左右两侧为上部经过切削加 工而形成的插接支撑部, 底板的前侧为下部经过切削加工而形成的与上部主体的 上插接榫相应的上部向前凸出的下插接榫, 底板的后侧为上部经过切削加工而形 成的与上部主体的下部缺口相应的开口向后和向上的上部缺口。 上述底板的下插接榫与上部主体的上插接榫共同形成自发热式地板的地板主 体的插接榫。底板的上部缺口与上部主体 11的下部缺口共同形成自发热式地板的 地板主体的插接槽。
以上述自发热式地板的技术方案为基础的技术方案还有: 电热片还包括两组 限位孔, 两组限位孔分别相应设置在电热片的左右两端。 所述的一组限位孔为 3 至 8个在上下向上贯通的通孔。
上述第一座体为一体件, 包括前段连接部、 盖板安装部和后段连接部, 前段 连接部、 盖板安装部和后段连接部依次相连。
上述盖板安装部包括前侧下半插座部、 后侧下半插座部、 前腔体、 后腔体和 2组柱孔插接限位件。
上述前侧下半插座部位于盖板安装部的左侧前部且向左凸出。 后侧下半插座 部位于盖板安装部的左侧后部且向左凸出。 2 组柱孔插接限位件沿上下向设置, 柱孔插接限位件按照所处的前后位置的不同分为前侧柱孔插接限位件和后侧柱孔 插接限位件。 前腔体位于盖板安装部的上侧前部的左右向中部。 后腔体位于盖板 安装部的上侧后部的左右向中部。
上述第一安装座的盖板包括前侧上半插座部、 后侧上半插座部、 上部腔体和 2组孔柱插接限位件。
上述前侧上半插座部位于盖板左侧前部向左凸出, 且与盖板安装部的前侧下 半插座部相对应。 后侧上半插座部位于盖板左侧后部向左凸出, 且与盖板安装部 的后侧下半插座部相对应。
上述 2组孔柱插接限位件沿上下向设置, 2组孔柱插接限位件按照所处的前 后位置的不同分为前侧孔柱插接限位件和后侧孔柱插接限位件。 盖板的前侧孔柱 插接限位件与第一座体的前侧柱孔插接限位件相应, 形成相互插接配合。 盖板的 后侧孔柱插接限位件与第一座体的后侧柱孔插接限位件相应,形成相互插接配合。 上部腔体 位于盖板的下侧的左右向中部。
上述盖板从上向下配合安装在第一座体的盖板安装部上而构成第一安装座, 且盖板的孔柱插接限位件与相应的第一座体的柱孔插接限位件形成相互间插接配 合。 上述电热片由其各自左端的一组限位孔分别设置在相应的第一座体的柱孔插 接限位件和盖板的孔柱插接限位件上。
上述盖板的前侧上半插座部与第一座体的前侧下半插座部共同构成第一安装 座的位于其左侧前部且向左凸出的前插座且盖板的前侧上半插座部与第一座体的 前侧下半插座部共同形成第一安装座的前插座的开口向后插接孔。 盖板的后侧上 半插座部与第一座体的后侧下半插座部共同构成第一安装座的位于其左侧后部且 向左凸出的后插座且盖板的后侧上半插座部与第一座体的后侧下半插座部共同形 成第一安装座的后插座的开口向后的插接孔。 盖板的上部腔体与第一座体的前腔 体和后腔体相互连通, 共同构成第一安装座的主腔体。
上述电路装置的传输单元的左端和相应一端的串联器件位于第一安装座的主 腔体中。 火线单元和零线单元的铜插针的头部分别位于第一安装座的前插座的插 接孔和后插座的插接孔中, 且与其同轴。 各铜插针的尾部位于第一安装座的主腔 体中。 盖板的下侧与第一座体的上侧相接触的部分通过粘结剂粘结或者加热熔接 而密封固定连接在一起, 且电路装置的相应一端的所有电路裸露部位位于第一安 装座的主腔体中。 电热片的左端被限位夹紧固定在第一安装座和盖板之间。
上述第二安装座包括第二座体、 盖板和 2个插头。
上述第二座体为一体件, 包括前段连接部、 第一盖板安装部、 中段连接部、 第二盖板安装部和后段连接部。 前段连接部、 第一盖板安装部、 中段连接部、 第 二盖板安装部和后段连接部依次相连。
上述第一盖板安装部包括第一下插头座部和前柱孔插接限位件。 第一下插头 座部位于第一盖板安装部的右部。 前柱孔插接限位件沿上下向设置。
上述第二盖板安装部的结构与第一盖板安装部的结构基本相同, 包括第二下 插头座部和后柱孔插接限位件。 第二下插头座部位于第二盖板安装部的右部。 后 柱孔插接限位件沿上下向设置。
上述第二安装座的盖板有 2块,按其所处的前后位置分为前盖板和后盖板, 2 个盖板的结构形状基本相同, 均包括上插头座部、 下部腔体和孔柱插接限位件。 上插头座部位于盖板左侧前部。 孔柱插接限位件沿上下向设置, 孔柱插接限位件 与第二座体的前柱孔插接限位件相应, 形成相互插接配合。
上述 2片电热片由其各自右端的一组限位孔分别套在相应的第二座体的前柱 孔插接限位件、 后柱孔插接限位件和相应的盖板的孔柱插接限位件上。 下部腔体 位于盖板下侧的左右向中部。
上述第二安装座的 2个插头按其所处的前后位置分为火线插头和零线插头, 两个插头的结构形状基本相同, 均包括插头基座和圆柱形插头。 插头为具有嵌件 的注塑一体件, 圆柱形插头的外形与第一安装座的相应的插接孔和插接孔的形状 相对应, 且沿前后方向的轴线或左右方向的轴线设置。 电路装置的传输单元的铜 套及传输件的端头相应的一小部分和相应的铜构件的一端在插头基座和圆柱形插 头注塑时形成一体, 且铜套的前部位于圆柱形插头中与圆柱形插头同轴设置且从 插头的所朝方向与外界相通, 铜套的后部位于插头基座中。
上述各盖板从上向下配合安装在第二座体的相应的第一盖板安装部和第二盖 板安装部上, 火线插头嵌接固定在第一盖板安装部的第一下插头座部和前盖板的 上插头座部中, 零线插头嵌接固定在第二盖板安装部的第二下插头座部和后盖板 的上插头座部中, 而构成第二安装座。 前盖板的下部腔体则成为第二安装座的第 一腔体。 后盖板的下部腔体则成为第二安装座的第二腔体。
上述电路装置的传输单元的右端和相应一端的铜构件位于第二安装座的盖板 的下部腔体中。 盖板的下侧与第二座体的上侧相接触的部分通过粘结剂粘结或者 加热熔接而密封固定连接在一起。 电热片的右端被限位夹紧固定在第二安装座和 相应的盖板之间。
以上述自发热式地板的技术方案为基础的技术方案还有: 电路装置的 2片电 热片均包括 1条方带状导电发热层、 2片电极铜皮、 起绝缘隔离和保护作用的含 有玻璃纤维的环氧树脂外层。 所述电极铜皮为平面状 " L "形铜皮, 2片电极铜皮 均由按照前后方向设置的压贴段和按照左右方向设置且位于左右向外侧的连接段 相连构成, 2 片电极铜皮分别从上方由其压贴段压贴在导电发热层的左端和右端 之上而相应作为左端电极铜片和右端电极铜片, 各电极铜皮的连接段位于左右方 向的外侧。 环氧树脂外层整体覆盖包围在导电发热层及电极铜皮的上下及四周。 环氧树脂外层的包覆在电极铜皮的连接段处的部位通过机械加工而在其上表面设 置露出电极铜皮的连接段的一部分的一个缺口, 再将该缺口设置成焊点。 串联器 件的一端与前侧电热片的左端电极铜皮的连接段处的焊点的焊料焊接固定而使得 前侧电热片的左端电极铜皮与串联器件的相应一端电连接。 串联器件的另一端与 后侧电热片的左端电极铜皮的连接段处的焊点的焊料焊接固定而使得后侧电热片 的左端电极铜皮与串联器件的另一端电连接。
上述电路装置的传输单元的火线铜插针和零线铜插针均包括铜棒和 L 形铜 片: L 形铜片由左右向铅垂设置的阻挡片和前后向铅垂设置的连接片首尾相连构 成。 铜棒的尾部铆接固定在 L形铜片的阻挡片上而构成相应的铜插针, L形铜片 的连接片的后端开有用于进行电连接的连接孔。 第一电线的裸露出铜导线的左端 头部穿过火线铜插针的 L形铜片的连接片的连接孔并焊接在该连接片的后端部位 而与火线铜插针电连接。 第二电线的裸露出铜导线的左端头部穿过零线铜插针的 L 形铜片的连接片的连接孔并焊接在该连接片的后端部位而与零线铜插针电连 接。 串联器件为温度开关。 铜构件为裸铜线。
上述第一电线的右端由其端头剥去一小段绝缘塑料包皮后的铜芯和火线铜构 件的右端共同插入相应的火线铜套的后端中然后通过压接固定且电连接在相应的 火线铜套的后端上, 该部分结构共同做为嵌接在火线插头注塑时与其形成一体。 火线铜构件的左端与前侧电热片的右端电极铜皮的连接段处的焊点的焊料焊接固 定而使得前侧电热片的右端电极铜皮与火线铜构件的左端电连接。
上述第二电线的右端由其端头剥去一小段绝缘塑料包皮后的铜芯和零线铜构 件的右端插入相应的零线铜套的后端中然后通过压接固定且电连接在相应的零线 铜套的后端上。 该部分结构共同做为嵌接在零线插头注塑时与其形成一体。 零线 铜构件的左端与后侧电热片的右端电极铜皮的连接段处的焊点的焊料焊接固定而 使得后侧电热片的右端电极铜皮与零线铜构件的左端电连接。
以上述自发热式地板的技术方案为基础的技术方案还有: 底板的左插接限位 部的截面的下侧轮廓与第一安装座的截面的上侧轮廓相应。 右插接限位部的截面 的下侧轮廓与第二安装座的截面的上侧轮廓相应。
上述底板的左插接支撑部的截面的上侧轮廓与第一安装座的截面的下侧轮廓 相应。 右插接支撑部的截面的上侧轮廓与第二安装座的截面的下侧轮廓相应。
上述第一座体还包括位于其下侧右部的开口向下的贯通其前后的下部限位 槽。
上述第一座体的前段连接部包括位于其上侧右部的开口向上的前上限位槽部 和位于其左侧且向左凸出的卡接方向向后的前卡接扣部。
上述第一座体的后段连接部包括位于其上侧右部的开口向上的后上限位槽部 和位于其左侧且向左凸出的卡接方向向后的后卡接扣部。
上述第一座体的盖板安装部的柱孔插接限位件位于盖板安装部的上侧右部边 缘且沿上下向设置。 前侧柱孔插接限位件和后侧柱孔插接限位件均由 2个插接限 位柱和 3个插接限位孔组成。
上述第一安装座的盖板的孔柱插接限位件位于盖板的下侧右部边缘且沿上下 向设置, 盖板的前侧孔柱插接限位件和后侧孔柱插接限位件均由 2个插接限位孔 和 3个插接限位柱组成,且盖板的插接限位孔与第一座体的插接限位柱相应设置, 盖板的插接限位柱与第一座体的插接限位孔相应设置。 电热片由其相应一端的一 组限位孔分别套在相应的第一座体的柱孔插接限位件的插接限位柱和盖板的孔柱 插接限位件的插接限位柱上。
上述第一安装座的盖板还包括位于其上侧右部的开口向上的与第一座体的前 上限位槽部和后上限位槽部相对应的上限位槽。 盖板的上限位槽的截面形状与第 一座体的前上限位槽部和后上限位槽部的截面形状相同, 且在左右向和上下向上 相互对齐, 盖板的上限位槽位于第一座体的前上限位槽部和后上限位槽部之间, 从而第一座体的前上限位槽部、 盖板的上限位槽和第一座体的后上限位槽部形成 贯通第一安装座的上部限位槽。
上述第二座体还包括位于其下侧左部的开口向下的贯通其前后的下部限位 槽。
上述第二座体的前段连接部包括位于其上侧左部的开口向上的前上限位槽部 和位于其右侧且向右凸出的卡接方向向前的前卡接扣部, 且前卡接扣部与第一座 体的前卡接扣部相对应, 使用时第二座体的前卡接扣部与相应的相邻的电热式组 件的第一座体的前卡接扣部形成相互间在前后方向上的插接配合, 从而形成该电 热式组件与相应的相邻的相同结构的电热式组件在前后方向和左右方向上的固定 连接。
上述第二座体的后段连接部包括位于其上侧左部的开口向上的后上限位槽部 和位于其右侧且向右凸出的卡接方向向前的后卡接扣部, 且后卡接扣部与第一座 体的后卡接扣部相对应, 使用时第二座体的后卡接扣部与相应的相邻的电热式组 件的第一座体的后卡接扣部形成相互间在前后方向上的插接配合, 从而形成该电 热式组件与相应的相邻的相同结构的电热式组件在前后方向和左右方向上的固定 连接。
上述第二座体的中段连接部包括位于其上侧左部的开口向上的中上限位槽 部。
上述第二座体的第一盖板安装部的前柱孔插接限位件位于第一盖板安装部的 上侧左部边缘且沿上下向设置。 所述的前柱孔插接限位件由 2个前插接限位柱和 3个前插接限位孔组成。
上述第二座体的第二盖板安装部的后柱孔插接限位件位于第二盖板安装部的 上侧左部边缘且沿上下向设置。 所述的后柱孔插接限位件由 2个后插接限位柱和 3个后插接限位孔组成。
上述第二安装座的前盖板的孔柱插接限位件位于前盖板的下侧右部边缘且沿 上下向设置。 所述的孔柱插接限位件由 2个插接限位孔和 3个插接限位柱组成, 且分别与第二座体的第一盖板安装部的前插接限位柱和前插接限位孔相应设置。 前侧电热片由其相应一端的一组限位孔分别套在相应的第二座体的前柱孔插接限 位件的前插接限位柱和前盖板的孔柱插接限位件的插接限位柱上。
上述第二安装座的后盖板的孔柱插接限位件位于后盖板的下侧右部边缘且沿 上下向设置。 所述的孔柱插接限位件由 2个插接限位孔和 3个插接限位柱组成, 且分别与第二座体的第二盖板安装部的后插接限位柱和后插接限位孔相应设置。 后侧电热片由其相应一端的一组限位孔分别套在相应的第二座体的后柱孔插接限 位件的后插接限位柱和后盖板的孔柱插接限位件的插接限位柱上。
上述第二安装座的盖板还包括位于其上侧左部的开口向上的与第二座体的前 上限位槽部、 后上限位槽部和中上限位槽部相对应的上限位槽。 盖板的上限位槽 的截面形状与第二座体的前上限位槽部、 后上限位槽部和中上限位槽部的截面形 状相同, 且在左右向和上下向上相互对齐, 各盖板的上限位槽分别位于相应的第 二座体的前上限位槽部、 中上限位槽部和后上限位槽部之间, 从而第二座体的前 上限位槽部、 盖板的上限位槽、 第二座体的中上限位槽部和第二座体的后上限位 槽部形成贯通第二安装座的上部限位槽。
上述电热式组件的第一安装座由其上部限位槽和下部限位槽卡接固定在上部 主体的左插接限位部和底板的左插接支撑部之间。 电热式组件的第二安装座由其 上部限位槽和下部限位槽卡接固定在上部主体的右插接限位部和底板的右插接支 撑部之间, 从而电热式组件的第一安装座和第二安装座做为自发热式地板的左右 两侧相应的供电插接件。
以上述自发热式地板的技术方案为基础的技术方案还有: 第一座体的盖板安 装部还包括位于其右侧前部向右凸出且开口向上的火线线槽部、 位于其右侧后部 向右凸出且开口向上的零线线槽部、 位于其上侧右部前侧且从左方靠近火线线槽 部的开口向上的火线线槽延伸部和位于其上侧右部后侧且从左方靠近零线线槽部 的开口向上的零线线槽延伸部。
上述盖板安装部的前侧下半插座部包括铅垂设置的前端板和开口向上、 轴线 沿前后向设置、 后端与外界相通的半圆柱形的前插头槽, 前插头槽的前端由上述 前端板封闭。 该前端板上设有开口向上、 轴线与前插头槽的轴线相同、 直径较小 于前插头槽的半圆柱形的火线插针槽。
上述盖板安装部的后侧下半插座部包括铅垂设置的前端板和开口向上、 轴线 沿前后向设置、 后端与外界相通的半圆柱形的后插头槽, 后插头槽的前端由上述 前端板封闭。 该前端板上设有开口向上、 轴线与后插头槽的轴线相同、 直径较小 于后插头槽的半圆柱形的零线插针槽。
上述盖板安装部还包括位于其上侧后部边缘的开口向上的后插接槽、 位于其 左部边缘的 3个左侧台阶、 位于其上侧前部边缘的开口向上的前插接槽和位于其 右部边缘前后向中部的右侧台阶。
上述盖板安装部还包括位于其上侧的在前方靠近后侧边缘、 在右方靠近左侧 边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的半包围条状凸起平 台, 且半包围条状凸起平台通过前侧下半插座部和后侧下半插座部相连通, 前侧 下半插座部的上端面和后侧下半插座部的上端面均与半包围条状凸起平台的上端 面位于同一平面内。
上述盖板安装部还包括位于其上侧左部的从右方靠近半包围条状凸起平台的 沿上下向设置的 1组柱孔插接件。 所述 1组柱孔插接件由 2个插接柱和 4个插接 孔组成。 盖板安装部的前腔体与火线线槽部的腔体相连通, 盖板安装部的后腔体 与零线线槽部的腔体相连通。 柱孔插接件的 1个插接柱为前腔体插接柱, 位于前 腔体中且位于前侧下半插座部的前端板的前方, 另 1个插接柱为后腔体插接柱, 位于后腔体中且位于后侧下半插座部的前端板的前方。
上述第一安装座的盖板还包括位于其下侧右部边缘前部且开口向下的火线扣 合部和位于其下侧右部边缘后部且开口向下的零线扣合部位于其下侧右部边缘且 沿上下向设置的 2组孔柱插接限位件。
上述盖板的前侧上半插座部包括铅垂设置的前端板和开口向下、 轴线沿前后 向设置、 后端与外界相通的半圆柱形的前插头槽, 前插头槽的前端由上述前端板 封闭。 该前端板的上端设有开口向下、 轴线与前插头槽的轴线相同、 直径较小于 前插头槽的半圆柱形的火线插针槽。
上述盖板的后侧上半插座部包括铅垂设置的前端板和开口向下、 轴线沿前后 向设置、 后端与外界相通的半圆柱形的后插头槽, 后插头槽的前端由上述前端板 封闭。 该前端板的下端设有开口向下、 轴线与后插头槽的轴线相同、 直径较小于 后插头槽的半圆柱形的零线插针槽。
上述盖板还包括位于其下侧后部边缘的向下设置的后插接板、 位于其下侧左 部边缘的向下设置的 3块左限位板、 位于其下侧前部边缘的向下设置的前插接板 和位于下侧右部边缘的向下设置的右限位板。 上述盖板还包括位于其下侧的在前方靠近后侧边缘、 在右方靠近左侧边缘和 在后方靠近前侧边缘的连续设置且向下凸起的半包围压条, 半包围压条的下端位 于同一水平面上。
上述盖板还包括位于其下侧左部的从右方靠近半包围压条的沿上下向设置的 1组孔柱插接件。 所述 1组孔柱插接件由 2个插接孔座和 4个插接柱组成。 盖板 的孔柱插接件的 2个插接孔座均位于上部腔体中, 且其中的 1个插接孔座为前侧 插接孔座, 位于前侧上半插座部的前端板的前方, 另 1个插接孔座为后侧插接孔 座, 位于上半插座部的前端板的前方。
上述火线铜插针的铜棒的直径与第一座体的前侧下半插座部的火线插针槽的 直径相同, 且火线铜插针的铜棒的尾部同轴线放置在第一座体的前侧下半插座部 的火线插针槽中, 火线铜插针的 L形铜片的阻挡片的下部位于第一座体的前腔体 中且位于前侧下半插座部的前端板与前腔体插接柱之间, L 形铜片的连接片的下 部位于前腔体中。 火线铜插针的 L形铜片的阻挡片的上部位于盖板的上部腔体中 且位于前侧上半插座部的前端板与前侧插接孔座之间, 火线铜插针的 L形铜片的 连接片的上部位于盖板的上部腔体中。
上述盖板的前侧上半插座部的火线插针槽的直径与第一座体的前侧下半插座 部的火线插针槽的直径相同, 且两者同轴线前后相互对齐而形成第一安装座的火 线插针孔。 盖板由其前侧上半插座部的火线插针槽扣合在火线铜插针的铜棒的尾 部的上表面上, 而使得第一安装座与火线铜插针的铜棒紧配合固定在一起。 盖板 的前侧上半插座部的前插头槽的直径与第一座体的前侧下半插座部的前插头槽的 直径相等,且两者同轴线前后相互对齐而形成第一安装座的开口向后的前插头孔, 火线铜插针的铜棒的头部位于该前插头孔中。
上述零线铜插针的铜棒的直径与第一座体的后侧下半插座部的零线插针槽的 直径相同, 且零线铜插针的铜棒的尾部同轴线放置在第一座体的后侧下半插座部 的零线插针槽中, 零线铜插针的 L形铜片的阻挡片的下部位于第一座体的后腔体 中且位于后侧下半插座部的前端板与后腔体插接柱之间, L 形铜片的连接片的下 部位于后腔体中。 零线铜插针的 L形铜片的阻挡片的上部位于盖板的上部腔体中 且位于后侧上半插座部的前端板与后侧插接孔座之间, 零线铜插针的 L形铜片的 连接片的上部位于盖板的上部腔体中。
上述盖板的后侧上半插座部的零线插针槽的直径与第一座体的后侧下半插座 部的零线插针槽的直径相同, 且两者同轴线前后相互对齐而形成第一安装座的零 线插针孔。 盖板由其后侧上半插座部的零线插针槽扣合在零线铜插针的铜棒的尾 部的上表面上, 而使得第一安装座与零线铜插针的铜棒紧配合固定在一起。 盖板 的后侧上半插座部的后插头槽的直径与第一座体的后侧下半插座部的后插头槽的 直径相等,且两者同轴线前后相互对齐而形成第一安装座的开口向后的后插头孔, 零线铜插针的铜棒的头部位于该后插头孔中。
上述第一电线的左端依次设置在第一座体的火线线槽部的腔体中和火线线槽 延伸部的腔体中。
上述第二电线的左端依次设置在第一座体的零线线槽部的腔体中和零线线槽 延伸部的腔体中。
上述串联器件位于第一座体的前后向的中部的上表面上且位于盖板的上部腔 体中。
上述盖板的火线扣合部扣合在第一电线的左端部位上, 位于第一座体的火线 线槽延伸部的上方, 且与火线线槽延伸部从上下方向共同夹紧第一电线的左端部 位。
上述盖板的零线扣合部扣合在第二电线的左端部位上, 位于第一座体的零线 线槽延伸部的上方, 且与零线线槽延伸部从上下方向共同夹紧第二电线的左端部 位。
上述盖板的前侧孔柱插接限位件的 2个插接限位孔分别套在第一座体的前侧 柱孔插接限位件的相应 1个插接限位柱上, 前侧孔柱插接限位件的 3个插接限位 柱则分别穿过前侧电热片左端的相应一个限位孔而插入第一座体的前侧柱孔插接 限位件的相应一个插接限位孔中, 而使得盖板的右部边缘的前侧下端面和第一座 体的盖板安装部的右部边缘的前侧上端面分别从上下方向贴合在前侧电热片的左 端的上下表面上。
上述盖板的后侧孔柱插接限位件的 2个插接限位孔分别套在第一座体 31的后 侧柱孔插接限位件的相应 1个插接限位柱上, 后侧孔柱插接限位件的 3个插接限 位柱则分别穿过后侧电热片左端的相应一个限位孔而插入第一座体的后侧孔柱插 接限位件的相应一个插接限位孔中, 而使得盖板的右部边缘的后侧下端面和第一 座体的盖板安装部的右部边缘的后侧上端面分别从上下方向贴合在后侧电热片的 左端的上下表面上。
上述盖板的后插接板的下端位于第一座体的后插接槽中, 盖板的 3块左限位 板的下端面与第一座体的相应一个左侧台阶的上端面相接触, 盖板的前插接板的 下端位于第一座体的前插接槽中, 盖板的右限位板的下端面与第一座体的右侧台 阶的上端面相接触。
上述盖板的孔柱插接件的 2个插接孔座分别从上方套在第一座体的柱孔插接 件的相应一个插接柱上, 盖板的孔柱插接件的 4个插接柱分别从上方插入第一座 体的柱孔插接件的相应一个插接孔中。
上述盖板的半包围压条位于第一座体的半包围条状凸起平台的上方, 盖板由 其半包围压条通过粘结剂粘结或者加热熔接而与第一座体的半包围条状凸起平台 密封固定连接在一起。
上述所述的第一盖板安装部的第一下插头座部包括沿上下向设置的 2个第一 插头插接限位柱和沿第一下插头座部上侧的右侧边缘和前侧边缘的向上设置的插 接板。第一下插头座部的左侧还设有基本呈半圆弧形的开口向上的第一下插头槽。
上述第二盖板安装部的第二下插头座部包括沿上下向设置的 2个第二插头插 接限位柱和沿第二下插头座部上侧的右侧边缘和前侧边缘的向上设置的第二插接 板。 第二下插头座部的左侧还设有基本呈半圆弧形的开口向上的第二下插头槽。
上述第二座体的第一盖板安装部还包括位于其左侧后部向左凸出且开口向上 的火线线槽部、 位于其上侧后部边缘的开口向上的第一后插接槽、 位于其右部边 缘的前右侧台阶和位于其上侧前部边缘的开口向上的第一前插接槽。
上述第一盖板安装部还包括位于其上侧的在前方靠近后侧边缘、 在左方靠近 右侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的前半包围条状凸 起平台、 位于其上侧右部的从左方靠近前半包围条状凸起平台的沿上下向设置的 1组前柱孔。 所述 1组前柱孔由 2个插接孔组成。 第一盖板安装部还包括位于其 上侧的左右向中部的第一腔体, 且所述第一腔体与火线线槽部的腔体相连通。 前 柱孔的 1个插接孔位于第一腔体中且位于第一盖板安装部的前部, 另 1个插接孔 位于第一腔体中且位于第一盖板安装部的后部。
上述第二盖板安装部还包括位于其左侧后部向左凸出且开口向上的零线线槽 部、 位于其上侧后部边缘的开口向上的第二后插接槽、 位于其右部边缘的后右侧 台阶和位于其上侧前部边缘的开口向上的第二前插接槽。
上述第二盖板安装部还包括位于其上侧的在前方靠近后侧边缘、 在左方靠近 右侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的后半包围条状凸 起平台、 位于其上侧右部的从左方靠近后半包围条状凸起平台的沿上下向设置的
1组后柱孔。所述 1组后柱孔由 2个插接孔 41-23-1组成: 第二盖板安装部还包括 位于其上侧的左右向中部的第二腔体, 且所述第二腔体与零线线槽部的腔体相连 通。 后柱孔的 1个插接孔位于第二腔体中且位于第二盖板安装部的前部, 另 1个 插接孔位于第二腔体中且位于第二盖板安装部的后部。
上述盖板还包括位于其下侧左部边缘后部且开口向下的线槽扣合部。 盖板的 上插头座部包括沿上下向设置的 2个插头插接限位柱和沿上插头座部下侧的右侧 边缘和前侧边缘的向下设置的插接板。
上述盖板还包括位于其下侧后部边缘的向下设置的后插接板、 位于其下侧右 部边缘的向下设置的 2 块右限位板和位于其下侧前部边缘的向下设置的前插接 板。
上述盖板还包括位于其下侧右部的从左方靠近右限位板的沿上下向设置的 1 组插接件。 所述插接件由 2个插接柱组成。 盖板还包括位于其下侧的左右向中部 的下部腔体。
上述盖板还包括位于其下侧的在前方靠近后侧边缘、 在左方靠近右侧边缘和 在后方靠近前侧边缘的连续设置且向下凸起的三角形的半包围压条, 半包围压条 的下端位于同一水平面上。
上述插头的插头基座的下侧设有与第一下插头座部的第一插头插接限位柱相 应的开口向下的下孔座。 插头基座的上侧设有与盖板的上插头座部的插头插接限 位柱相应的开口向上的上孔座。 插头基座的下侧前部靠近前侧边缘的后部和靠近 右侧边缘的左部设有与第一下插头座部的插接板相应的下插接槽。 插头基座的上 侧前部靠近前侧边缘的后部和靠近右侧边缘的左部设有与盖板的上插头座部的插 接板相应的上插接槽。 插头基座的左侧中部设有向左凸出的基本呈圆柱形的扣合 部。
上述火线插头由其插头基座的下孔座套在第一下插头座部的第一插头插接限 位柱上, 第一下插头座部的插接板插入相应的火线插头的下插接槽中。 插头基座 的扣合部的下部位于第一下插头座部的第一下插头槽中, 并与第一下插头座部的 第一下插头槽的内壁紧密贴合。 插头基座的扣合部的上部位于前盖板的上插头座 部的盖板插头槽中, 并与前盖板的上插头座部的盖板插头槽的内壁紧密贴合, 也 即插头基座的扣合部被压紧密闭固定在第二座体与前盖板之间。 第一电线的右端 设置在第二座体的火线线槽部的腔体中。
上述零线插头由其插头基座的下孔座套在第二下插头座部的第二插头插接限 位柱上, 第二下插头座部的, 第二插接板插入相应的零线插头的下插接槽中。 插 头基座的扣合部的下部位于第二下插头座部的第二下插头槽中, 并与第二下插头 座部的第二下插头槽的内壁紧密贴合。 插头基座的扣合部的上部位于后盖板的上 插头座部的盖板插头槽中, 并与后盖板的上插头座部的盖板插头槽的内壁紧密贴 合, 也即插头基座的扣合部被压紧密闭固定在第二座体与前盖板之间。 第二电线 的右端设置在第二座体的零线线槽部的腔体中。
上述前盖板的线槽扣合部扣合在第一电线的右端部位上, 且位于第二座体的 火线线槽的的右端延伸部的上方, 且与该右端延伸部从上下方向共同夹紧第一电 线的右端部位。
上述后盖板的线槽扣合部扣合在第二电线的右端部位上, 且位于第二座体的 零线线槽部的右端延伸部的上方, 且与该右端延伸部从上下方向共同夹紧第二电 线的右端部位。
上述前盖板的孔柱插接限位件的 2个插接限位孔分别套在第二座体的前柱孔 插接限位件的相应 1个前插接限位柱上, 孔柱插接限位件的 3个插接限位柱则分 别穿过前侧电热片右端的相应一个限位孔而插入第二座体的前柱孔插接限位件的 相应一个插接限位孔中, 而使得前前盖板的左部边缘的下端面和第二座体的第一 盖板安装部的左部边缘的上端面分别从上下方向贴合在前侧电热片的右端的上下 表面上。
上述后盖板的孔柱插接限位件的 2个插接限位孔分别套在第二座体的后柱孔 插接限位件的相应 1个后插接限位柱上, 孔柱插接限位件的 3个插接限位柱则分 别穿过后侧电热片右端的相应一个限位孔而插入第二座体的后柱孔插接限位件的 相应一个插接限位孔中, 而使得后盖板的左部边缘的下端面和第二座体的第二盖 板安装部的左部边缘的上端面分别从上下方向贴合在后侧电热片的右端的上下表 面上。
上述前盖板的上插头座部的插头插接限位柱插入相应的火线插头的插头基座 的下孔座中。 前盖板的上插头座部的插接板插入相应的火线插头的上插接槽中。
上述后盖板的上插头座部的插头插接限位柱插入相应的零线插头的插头基座 的下孔座中。 后盖板的上插头座部的插接板插入相应的零线插头的上插接槽中。
上述前盖板的后插接板的下端位于第二座体的第二后插接槽中, 后盖板的 2 块右限位板的下端面与第二座体的相应前右侧台阶的上端面相接触, 前盖板的前 插接板的下端位于第二座体的第一前插接槽中。
上述后盖板的后插接板的下端位于第二座体的第一后插接槽中, 前盖板的 2 块右限位板的下端面与第二座体的相应后右侧台阶的上端面相接触, 后盖板的前 插接板的下端位于第二座体的第二前插接槽中。
上述前盖板的插接件的 2个插接柱分别从上方套在第二座体的前柱孔的相应 一个插接孔中。
上述后盖板的插接件的 2个插接柱分别从上方套在第二座体的后柱孔的相应 一个插接孔中。
上述前盖板的半包围压条位于第二座体的前半包围条状凸起平台的上方, 前 盖板由其半包围压条通过粘结剂粘结或者加热熔接而与第二座体的前半包围条状 凸起平台密封固定连接在一起。
上述后盖板的半包围压条位于第二座体的后半包围条状凸起平台的上方, 后 盖板由其半包围压条通过粘结剂粘结或者加热熔接而与第二座体的后半包围条状 凸起平台密封固定连接在一起。
以上述自发热式地板的技术方案为基础的技术方案还有: 第一安装座的盖板 还包括贯通其板体上下向的 2个通孔, 其中一个是注胶孔, 另一个是排气孔。 绝 缘胶通过盖板的注胶孔注满第一安装座的主腔体中直至从排气孔中溢出, 从而使 得包括串联器件、 串联器件与 2片电热片的电连接部位、 火线铜插针的位于第一 安装座的主腔体中的部位、 火线铜插针与第一电线的电连接部位、 零线铜插针的 位于第一安装座的主腔体中的部位、 零线铜插针与第二电线的电连接部位在内的 所有电路裸露部位均处于绝缘密封状态。
上述第二安装座的盖板还包括贯通其板体上下向的 2个通孔, 其中一个是注 胶孔, 另一个是排气孔。 绝缘胶通过各盖板的注胶孔注满各盖板与第二座体形成 的相应的空间中直至从排气孔中溢出, 从而使得包括铜构件、 各铜构件与相应的 电热片的电连接部位、 第一电线的右端部分和第二电线的右端部分均处于绝缘密 封状态。 附图说明
图 1为本发明的自发热式地板的示意图;
图 2为从图 1的左后上方观察时的示意图;
图 3为从图 1的前方观察时的示意图;
图 4为从图 1的左方观察时的示意图;
图 5为图 3中的上部主体和底板的示意图; 图 6为图 2中的 A-A剖视示意图;
图 7为图 6中的 I处的局部放大示意图;
图 8为图 6中的底板的示意图;
图 9为本发明的电热式组件的俯视示意图;
图 10为图 9所示的电热式组件去掉第一安装座及第二安装座的盖板后的结构 示意图;
图 11为图 10中的电热片的结构示意图;
图 12为图 10中的传输单元及插头的结构示意图;
图 13为图 9中的电热式组件的第一安装座的第一座体的示意图;
图 14为从下方向上观察图 9中的电热式组件的第一安装座的盖板的示意图; 图 15为图 9中的电热式组件的第二安装座的第二座体的示意图;
图 16为从下方向上观察图 9中的电热式组件的第二安装座的盖板的示意图; 图 17为电热式组件的第一安装座的立体示意图;
图 18为从图 17的下方观察时电热式组件的第一安装座的立体示意图; 图 19为从图 17的左后上方观察时电热式组件的第一安装座的立体示意图; 图 20为在图 19所示的电热式组件的第一安装座中去掉盖板后所剩下的第一 座体的立体示意图;
图 20-1为图 20中 I I处的放大示意图;
图 21为图 17中电热式组件的第一安装座的盖板的立体示意图;
图 22为从图 21的下方向上观察时第一安装座的盖板的立体示意图; 图 23为电热式组件的第二安装座的立体示意图;
图 24为从图 23的下方观察时电热式组件的第二安装座的立体示意图; 图 25为在图 24所示的电热式组件的第二安装座中去掉盖板和插头后所剩下 的第二座体的立体示意图;
图 25-1为图 25中 II I处的放大示意图;
图 26为图 25中电热式组件的第二安装座的盖板的立体示意图;
图 27为从图 26的下方向上观察时第二安装座的盖板的立体示意图; 图 28为图 12中电热式组件的第二安装座的插头的立体示意图;
图 29为从图 28的右后下方向上观察时的插头的立体示意图;
图 30为图 9所示的电热式组件的第二安装座与另一块相同结构的电热式组件 的第一安装在相互插接固定连接在一起的结构示意图; 图 31为本发明的另一种电热式组件的示意图;
图 32为从图 31的左后上方观察时的示意图;
图 33为连接件的示意图;
图 34为从图 33的前方观察时连接件的示意图;
图 35为由图 33所示的连接件将 1个电热式组件的第一安装座和另 1个电热 式组件的第二安装座固定连接在一起时的剖视示意图;
图 36 为本发明的自发热式地板应用在自发热式地板系统中时的与其配合使 用的供电线路的示意图;
图 37为本发明的自发热式地板应用在自发热式地板系统中的示意图。 上述附图中的标记如下:
自发热式地板 1, 第一自发热式地板 101, 第二自发热式地板 102, 第三自发 热式地板 103, 第四自发热式地板 104, 第五自发热式地板 105, 第六自发热式地 板 106,
上部主体 11, 插接限位部 11-1, 左插接限位部 11-11, 右插接限位部 11-12, 凹槽部 11-1-1, 凸出部 11-1-2,遮盖部 11-1-3, 上插接榫 11_2, 下部缺口 11-3 , 底板 12, 插接支撑部 12-1, 左插接支撑部 12-11, 右插接支撑部 12-12, 凹 槽部 12-1-1, 凸起部 12-1-2, 托板部 12-1-3, 下插接榫 12_2, 上部缺口 12_3, 上部凹槽 12-4, 上部前凹槽 12-4a, 上部后凹槽 12_4b, 电线槽 12_5, 前电线槽 12-5a, 后电线槽 12_5b,
插接部位 13, 插接榫 13-1, 插接槽 13-2,
电热式组件 200,
电路装置 20, 传输单元 21, 火线单元 21a, 零线单元 21b, 铜套 21_1, 火线 铜套 21-la, 零线铜套 21-lb, 传输件 21-2, 火线传输件 (第一电线) 21_2a, 零 线传输件(第二电线) 21-2b,铜插针 21-3,火线铜插针 21-3a,零线铜插针 21_3b, 铜棒 21-3-1, L形铜片 21-3-2, 阻挡片 21_3_2a, 连接片 21_3_2b,
电热片 22, 前侧电热片 22a, 后侧电热片 22b, 导电发热层 22_1, 电极铜皮 22-2, 压贴段 22-2-1, 连接段 22-2-2, 环氧树脂外层 22_3, 焊点 22- 4, 限位孔 22-5, 串联器件 23, 铜构件 24, 火线铜构件 24_1, 零线铜构件 24_2,
第一安装座 30, 上部限位槽 30-1, 插接孔 30-2, 前插座 30_3, 插接孔 30_4, 后插座 30-5, 第一座体 31, 前段连接部 31a, 盖板安装部 31b, 后段连接部 31c, 下部限位 槽 31-1, 前上限位槽部 31-2, 前卡接扣部 31-3, 后上限位槽部 31-4, 后卡接扣部 31-5,前侧下半插座部 31-6,前插头槽 31-6-1,前端板 31-6-2,火线插针槽 31-6-3, 后侧下半插座部 31-7, 后插头槽 31-7-1, 前端板 31-7-2, 零线插针槽 31-7-3, 火 线线槽部 31-8, 零线线槽部 31-9, 柱孔插接限位件 31-10, 前侧柱孔插接限位件 31-10a, 后侧柱孔插接限位件 31-10b, 插接限位柱 31-10-1, 插接限位孔 31-10-2, 后插接槽 31-11, 左侧台阶 31-12, 前插接槽 31-13, 右侧台阶 31-14, 半包围条状 凸起平台 31-15,柱孔插接件 31-16,插接柱 31-16-1,插接孔 31-16-2,前腔体 31-17, 后腔体 31-18, 火线线槽延伸部 31-19-1, 零线线槽延伸部 31-19-2,
盖板 32, 上限位槽 32-1, 注胶孔 32-2, 排气孔 32-3, 前侧上半插座部 32-4, 前插头槽 32-4-1, 前端板 32-4-2, 火线插针槽 32-4-3, 后侧上半插座部 32-5, 后 插头槽 32-5-1, 前端板 32-5-2, 零线插针槽 32-5-3, 火线扣合部 32-6, 零线扣合 部 32-7, 孔柱插接限位件 32-8, 前侧孔柱插接限位件 32-8a, 后侧孔柱插接限位 件 32-8b,插接限位孔 32-8-1,插接限位柱 32-8-2,后插接板 32-9,左限位板 32-10, 前插接板 32-11, 右限位板 32-12, 半包围压条 32-13, 孔柱插接件 32-14, 插接孔 座 32-14-1, 插接柱 32-14-2, 上部腔体 32-15,
第二安装座 40, 上部限位槽 40-1,
第二座体 41, 前段连接部 41a, 第一盖板安装部 41b, 中段连接部 41c, 第二 盖板安装部 41d, 后段连接部 41e, 下部限位槽 41-1, 前上限位槽部 41-2, 前卡 接扣部 41-3, 后上限位槽部 41-4, 后卡接扣部 41-5, 中上限位槽部 41-6,
第一下插头座部 41-7, 第一插头插接限位柱 41-7-1, 插接板 41-7-2, 第一下 插头槽 41-7-3, 火线线槽部 41-8, 前柱孔插接限位件 41-9, 前插接限位柱 41-9-1, 前插接限位孔 41-9-2, 第一后插接槽 41-10, 前右侧台阶 41-11, 第一前插接槽
41-12, 前半包围条状凸起平台 41-13, 前柱孔 41-14, 插接孔 41-14-1, 火线线槽 延伸部 41-15,
第二下插头座部 41-16, 第二插头插接限位柱 41-16-1, 第二插接板 41-16-2, 第二下插头槽 41-16-3, 零线线槽部 41-17, 后柱孔插接限位件 41-18, 后插接限 位柱 41-18-1, 后插接限位孔 41-18-2, 第二后插接槽 41-19, 后右侧台阶 41-20, 第二前插接槽 41-21,后半包围条状凸起平台 41-22,后柱孔 41-23,插接孔 41-23-1, 零线线槽延伸部 41-24,
盖板 42,前盖板 42a,后盖板 42b,上限位槽 42-1,注胶孔 42-2,排气孔 42-3, 上插头座部 42-4, 插头插接限位柱 42-4-1, 插接板 42-4-2, 线槽扣合部 42-5, 孔 柱插接限位件 42-6, 插接限位孔 42-6-1, 插接限位柱 42-6-2, 后插接板 42-7, 右 限位板 42-8, 前插接板 42-9, 插接件 42-10, 插接柱 42-10-1, 下部腔体 42-11, 半包围压条 42-12,
插头 43, 火线插头 43a, 零线插头 43b, 插头基座 43_1, 下孔座 43_1_1, 上 孔座 43-1-2, 下插接槽 43-1-3, 上插接槽 43_1_4, 扣合部 43_1_5,圆柱形插头 43-2,
连接件 5, 连接部 51, 弹性卡接部 52, 端面 52a, 变形槽 53 ,
供电线路 600,
供电插座 6, 火线供电插座 6a, 零线供电插座 6b, 座体 61, 座体主部 61_1, 连接套部 61-2, 插接孔 61_2a, 注塑连接部 61_3, 供电插钉 62,
护套线 7, 第一电线 71, 第二电线 72。 具体实施方式
本发明的具体描述方式的方位按照图 1所示的方位描述, 以图 1的左右方向 也即以地板的长边方向为左右方向; 以图 1的上下方向也即以地板的厚度方向为 上下方向; 以图 1的前后方向也即以地板短边方向为前后方向, 还将相对靠近地 板中心的的部位称为内侧, 将相对远离地板中心的部位称为外侧。
(实施例 1、 电热式组件)
见图 9、 图 10、 图 17、 图 23和图 30, 本实施例的电热式组件 200为防水式 电热组件, 电热式组件 200使用时既可以作为自发热式地板的一个部件, 也可以 独立使用。 电热式组件 200包括电路装置 20、 第一安装座 30和第二安装座 40。 第一安装座 30是使用时由其插座部位与相邻的电热式组件 200的第二安装座 40 的插头部位相互密闭插接且电连接的部件;第二安装座 40是使用时由其插头部位 与相邻的电热式组件 200的第一安装座 30的插座部位相互密闭插接且电连接的部 件。
见图 10至图 12, 电路装置 20包括传输单元 21、 电热片 22、 串联器件 23和 铜构件 24。铜构件 24为裸铜线。铜构件 24按其所处的前后位置分为火线铜构件
24-1和零线铜构件 24-2。
见图 1、 图 9和图 12, 电路装置 20的传输单元 21由火线单元 21a和零线单 元 21b组成, 火线单元 21a和零线单元 21b均包括依次电连接的铜套 21-1、传输 件 21-2和铜插针 21-3。传输件 21-2为包覆有绝缘塑料包皮的单铜芯电线。火线 单元 21a的铜套 21-1、 传输件 21-2和铜插针 21-3依次为火线铜套 21-la、 火线 传输件 21-2a和火线铜插针 21-3a;零线单元 21b的铜套 21_1、传输件 21_2和铜 插针 21-3依次为零线铜套 21-lb、 零线传输件 21-2b和零线铜插针 21-3b。 上述 的火线传输件 21_2a又称为第一电线, 零线传输件 21_2b又称为第二电线。
见图 9,电路装置 20的电热片 22有 1至 5片,本实施例的电热片 22有 2片, 其结构形状相对应,每片电热片 22均为在左右端各设置一个电极的薄片状密封防 水式电热器件。 2片电热片 22按其所处的前后位置分为前侧电热片 22a和后侧电 热片 22b, 前侧电热片 22a和后侧电热片 22b相互平行设置。
见图 10和图 11, 电热片 22为外购, 由常州中英科技有限公司制造, 其主要 结构是:将导电发热材料(本实施例采用的导电发热材料为 800目至 1000目的石 墨粉, 在其它实施例中, 可以用碳晶粉代替上述石墨粉, 该碳晶粉由专利申请号 为 200610026524. 3的文献所公开)和树脂粘结剂(如环氧树脂粘结剂, 或聚胺酯 树脂粘结剂, 或三聚氰胺粘结剂等, 本实施例采用环氧树脂粘结剂), 搅拌均匀得 到导电涂料, 其中, 导电发热材料占导电涂料总重量的 20%_85%。 然后将导电涂 料按照方带状的形状在以网状玻璃纤维为骨架的预固化的环氧树脂薄板 (薄板厚 度为 0. 2毫米, 其中玻璃纤维与环氧树脂的重量比为 1比 1 ) 上通过丝网印刷工 艺印刷方带状导电发热层 22-1, 并使印刷层在 110摄氏度至 120摄氏度温度下, 在 1分钟内进行固化, 且导电发热层 22-1 的宽度为环氧树脂薄板的宽度的 1/2 至 3/4 (本实施例的导电发热层 22-1的宽度为环氧树脂薄板的宽度的 2/3)。在导 电发热层固化完毕后,立即将一条 0.05毫米厚的" L"形的铜皮作为电极铜皮 22-2 覆盖在导电发热层的左端之上, 该电极铜皮称为左端电极铜片, 而将另一条 0.05 毫米厚的 "L"形的电极铜皮 22-2覆盖在导电发热层的右端之上, 该电极铜皮称 为右端电极铜片,所述 2片电极铜皮 22-2均由按照前后方向设置的压贴段 22-2-1 和按照左右方向设置且位于左右向外侧的连接段 22-2-2相连构成, 2片电极铜皮 22-2 分别从上方由其压贴段压贴在导电发热层的左端和右端之上而相应作为左 端电极铜片和右端电极铜片,各电极铜皮 22-2的连接段位于左右方向的外侧;然 后用压机将另一块同样的含有玻璃纤维的预固化的环氧树脂薄板通过热压, 使得 上层的环氧树脂薄板与下层的环氧树脂薄板因软化熔融而密闭固定在一起, 而使 带状导电发热层 22-1和电极铜皮 22-2被压实并密封在两块环氧树脂薄板之间, 使石墨粉的游离较小, 两块环氧树脂薄板则形成环氧树脂外层 22-3, 从而得到厚 度为 0. 5毫米的碳墨薄板。 环氧树脂外层 22-3的包覆在电极铜皮 22-2的连接段 处的部位通过机械加工而在其上表面设置露出电极铜皮 22-2 的连接段的一部分 的一个缺口, 再将该缺口设置成焊点 22-4 (所述设置成焊点是指用电烙铁将焊锡 及助焊剂松香通过加热熔化方式设置在一个元器件的所需电连接部位。 装配时直 接用电烙铁将其熔化, 再将另一个元器件的引脚伸入其中, 自然冷却后即完成了 所述的 2个元器件的电连接)从而成为相应的位于电热片 22左端的左端电极或位 于电热片 22右端的右端电极。 电热片 22的左右两端各设有一组限位孔 22-5。所 述的一组限位孔 22-5为 3至 8个(本实施例为 5个)在上下向上贯通环氧树脂外 层 22-3的通孔。
串联器 23件为温度开关或自恢复保险丝或铜导线, 本实施例采用温度开关, 该温度开关是成都盛威尔电子有限公司制造的型号为 BW-9700的温度开关。 串联 器件 23串联在前侧电热片 22a与后侧电热片 22b之间, 具体结构是: 串联器件 23的一端与前侧电热片 22a的左端电极铜皮 22-2的连接段 22_2_2处的焊点 22_4 的焊料焊接固定而使得前侧电热片 22的左端电极铜皮 22-2与串联器件 23的相应 一端电连接; 串联器件 23的另一端与后侧电热片 22b的左端电极铜皮 22-2的连 接段 22-2-2处的焊点 22-4的焊料焊接固定而使得后侧电热片 22b的左端电极铜 皮 22-2与串联器件 23的另一端电连接。
见图 9和图 17,第一安装座 30包括位于下方的第一座体 31和从上方向下插 接在第一座体 31上的盖板 32。 第一座体 31和盖板 32均为注塑一体件。
见图 13和图 17, 第一座体 31基本呈长条状块体, 按照从前向后的次序由前 段连接部 31a、 盖板安装部 31b和后段连接部 31c依次相连构成。 第一座体 31还 包括位于其下侧右部的开口向下的贯通其前后的下部限位槽 31-1。
见图 13和图 17, 前段连接部 31a包括位于其上侧右部的开口向上的前上限 位槽部 31-2和位于其左侧且向左凸出的卡接方向向后的前卡接扣部 31-3。
见图 13和图 17, 后段连接部 31c包括位于其上侧右部的开口向上的后上限 位槽部 31-4和位于其左侧且向左凸出的卡接方向向后的后卡接扣部 31-5。
见图 13和图 18, 盖板安装部 31b包括位于其左侧前部且向左凸出的前侧下 半插座部 31-6、 位于其左侧后部且向左凸出的后侧下半插座部 31-7、 位于其右侧 前部向右凸出且开口向上的火线线槽部 31-8、 位于其右侧后部向右凸出且开口向 上的零线线槽部 31-9和位于其上侧右部边缘且沿上下向设置的 2组柱孔插接限位 件 31-10。 盖板安装部 31b还包括位于其上侧右部前侧且从左方靠近火线线槽部 31-8的开口向上的火线线槽延伸部 31-19-1和位于其上侧右部后侧且从左方靠近 零线线槽部 31-9的开口向上的零线线槽延伸部 31-19-2。
见图 13和图 20, 所述 2组柱孔插接限位件 31-10按照所处的前后位置的不 同分为前侧柱孔插接限位件 31-lOa和后侧柱孔插接限位件 31-10b;前侧柱孔插接 限位件 31-10a和后侧柱孔插接限位件 31-10b均由 2个插接限位柱 31-10-1和 3个 插接限位孔 31-10-2组成。
盖板安装部 31b的前侧下半插座部 31-6包括铅垂设置的前端板 31-6-2和开口 向上、 轴线沿前后向设置、 后端与外界相通的半圆柱形的前插头槽 31-6-1, 前插 头槽 31-6-1的前端由上述前端板 31-6-2封闭; 该前端板 31-6-2上设有开口向上、 轴线与前插头槽 31-6-1的轴线相同、直径较小于前插头槽 31-6-1的半圆柱形的火 线插针槽 31-6-3。
盖板安装部 31b的后侧下半插座部 31-7包括铅垂设置的前端板 31-7-2和开口 向上、 轴线沿前后向设置、 后端与外界相通的半圆柱形的后插头槽 31-7-1, 后插 头槽 31-7-1的前端由上述前端板 31-7-2封闭; 该前端板 31-7-2上设有开口向上、 轴线与后插头槽 31-7-1的轴线相同、直径较小于后插头槽 31-7-1的半圆柱形的零 线插针槽 31-7-3。
见图 13、 图 20和图 20-1, 盖板安装部 31b还包括位于其上侧后部边缘的开 口向上的后插接槽 31-11、 位于其左部边缘 (错开前侧下半插座部 31-6和后侧下 半插座部 31-7) 的 3个左侧台阶 31-12、 位于其上侧前部边缘的开口向上的前插 接槽 31-13和位于其右部边缘前后向中部的右侧台阶 31-14。盖板安装部 31b还包 括位于其上侧的在前方靠近后侧边缘、 在右方靠近左侧边缘和在后方靠近前侧边 缘的连续设置的向上凸起的等高的半包围条状凸起平台 31-15, 且半包围条状凸 起平台 31-15通过前侧下半插座部 31-6和后侧下半插座部 31-7相连通,前侧下半 插座部 31-6的上端面和后侧下半插座部 31-7的上端面均与半包围条状凸起平台 31-15 的上端面位于同一平面内。 盖板安装部 31b还包括位于其上侧左部的从右 方靠近半包围条状凸起平台 31-15的沿上下向设置的 1组柱孔插接件 31-16。所述 1组柱孔插接件 31-16由 2个插接柱 31-16-1和 4个插接孔 31-16-2组成。 盖板安 装部 31b还包括位于其上侧前部的左右向中部的前腔体 31-17和位于其上侧后部 的左右向中部的后腔体 31-18, 且所述前腔体 31-17与火线线槽部 31-8的腔体相 连通, 所述后腔体 31-18与零线线槽部 31-9的腔体相连通; 柱孔插接件 31-16的
1个插接柱 31-16-1为前腔体插接柱,位于前腔体 31-17中且位于前侧下半插座部 31-6的前端板 31-6-2的前方, 另 1个插接柱 31-16-1为后腔体插接柱, 位于后腔 体 31-18中且位于后侧下半插座部 31-7的前端板 31-7-2的前方。
见图 21,盖板 32包括位于其上侧右部的开口向上的与第一座体 31的前上限 位槽部 31-2和后上限位槽部 31-4相对应的上限位槽 32-1。盖板 32还包括贯通其 板体上下向的 2个通孔, 其中一个是注胶孔 32-2, 另一个是排气孔 32-3。
见图 14和图 22,盖板 32还包括位于其左侧前部且向左凸出的前侧上半插座 部 32-4、 位于其左侧后部且向左凸出的后侧上半插座部 32-5、 位于其下侧右部边 缘前部且开口向下的火线扣合部 32-6、 位于其下侧右部边缘后部且开口向下的零 线扣合部 32-7 和位于其下侧右部边缘且沿上下向设置的 2 组孔柱插接限位件 32-8。所述 2组孔柱插接限位件 32-8按照所处的前后位置的不同分为前侧孔柱插 接限位件 32-8a和后侧孔柱插接限位件 32-8b; 前侧孔柱插接限位件 32-8a和后侧 孔柱插接限位件 32-8b均由 2个插接限位孔 32-8-1和 3个插接限位柱 32-8-2组成。
盖板 32的前侧上半插座部 32-4包括铅垂设置的前端板 32-4-2和开口向下、 轴线沿前后向设置、 后端与外界相通的半圆柱形的前插头槽 32-4-1, 前插头槽 32-4-1的前端由上述前端板 32-4-2封闭; 该前端板 32-4-2的上端设有开口向下、 轴线与前插头槽 32-4-1的轴线相同、直径较小于前插头槽 32-4-1的半圆柱形的火 线插针槽 32-4-3。
盖板 32的后侧上半插座部 32-5包括铅垂设置的前端板 32-5-2和开口向下、 轴线沿前后向设置、 后端与外界相通的半圆柱形的后插头槽 32-5-1, 后插头槽 32-5-1的前端由上述前端板 32-5-2封闭; 该前端板 32-5-2的下端设有开口向下、 轴线与后插头槽 32-5-1的轴线相同、直径较小于后插头槽 32-5-1的半圆柱形的零 线插针槽 32-5-3。
盖板 32还包括位于其下侧后部边缘的向下设置的后插接板 32-9、 位于其下 侧左部边缘的向下设置的 3块左限位板 32-10、 位于其下侧前部边缘的向下设置 的前插接板 32-11和位于下侧右部边缘的向下设置的右限位板 32-12。 盖板 32还 包括位于其下侧的在前方靠近后侧边缘、 在右方靠近左侧边缘和在后方靠近前侧 边缘的连续设置且向下凸起的半包围压条 32-13,半包围压条 32-13的下端位于同 一水平面上。盖板 32还包括位于其下侧左部的从右方靠近半包围压条 32-13的沿 上下向设置的 1组孔柱插接件 32-14。所述 1组孔柱插接件 32-14由 2个插接孔座 32-14-1和 4个插接柱 32-14-2组成。 盖板 32还包括位于其下侧的左右向中部的 上部腔体 32-15,孔柱插接件 32-14的 2个插接孔座 32-14-1均位于上部腔体 32-15 中, 且其中的 1个插接孔座 32-14-1为前侧插接孔座, 位于前侧上半插座部 32-4 的前端板 32-4-2的前方, 另 1个插接孔座 32-14-1为后侧插接孔座, 位于上半插 座部 32-5的前端板 32-5-2的前方。
见图 12,电路装置 20的传输单元 21的火线铜插针 21-3a和零线铜插针 21_3b 均包括铜棒 21-3-1和 L形铜片 21-3-2。 L形铜片 21_3_2由左右向铅垂设置的阻 挡片 21-3-2&和前后向铅垂设置的连接片 21-3_2b首尾相连构成。 铜棒 21_3_1 的尾部铆接固定在 L 形铜片 21-3-2 的阻挡片 21-3-2& 上而构成相应的铜插针 21-3, L形铜片 21-3-2的连接片 21_3_2b的后端开有用于进行电连接的连接孔。
见图 10,火线铜插针 21-3a的铜棒 21-3-1的直径与第一座体 31的前侧下半 插座部 31-6的火线插针槽 31-6-3的直径相同,且火线铜插针 21_3a的铜棒 21_3_1 的尾部同轴线放置在第一座体 31的前侧下半插座部 31-6的火线插针槽 31-6-3中, 火线铜插针 21-3a的 L形铜片 21-3-2的阻挡片 21_3_2a的下部位于第一座体 31 的前腔体 31-17中且位于前侧下半插座部 31-6的前端板 31-6-2与前腔体插接柱 31-16-1之间, L形铜片 21-3-2的连接片 2 3- 2b的下部位于前腔体 31-17中。
第一电线 21-2a的左端依次设置在第一座体 31的火线线槽部 31-8的腔体中 和火线线槽延伸部 31-19-1 的腔体中, 第一电线 21-2a的裸露出铜导线的左端头 部穿过火线铜插针 21-3a的 L形铜片 21-3-2的连接片 21_3_2b的连接孔并焊接在 该连接片 21-3_2b的后端部位而与火线铜插针 21-3a电连接。
见图 10,零线铜插针 21-3b的铜棒 21-3-1的直径与第一座体 31的后侧下半 插座部 31-7的零线插针槽 31-7-3的直径相同,且零线铜插针 21_3b的铜棒 21_3_1 的尾部同轴线放置在第一座体 31的后侧下半插座部 31-7的零线插针槽 31-7-3中, 零线铜插针 21-3b的 L形铜片 21-3-2的阻挡片 21_3_2a的下部位于第一座体 31 的后腔体 31-18中且位于后侧下半插座部 31-7的前端板 31-7-2与后腔体插接柱 31-16-1之间, L形铜片 21-3-2的连接片 2 3- 2b的下部位于后腔体 31-18中。
第二电线 21-2b的左端依次设置在第一座体 31的零线线槽部 31-9的腔体中 和零线线槽延伸部 31-19-2的腔体中, 第二电线 21-2b的裸露出铜导线的左端头 部穿过零线铜插针 21-3b的 L形铜片 21-3-2的连接片 21_3_2b的连接孔并焊接在 该连接片 21-3_2b的后端部位而与零线铜插针 21-3b电连接。
见图 10, 前侧电热片 22a位于第一电线 21-2a的上方, 前侧电热片 22a由其 左端的 2个限位孔 22-5套在第一座体 31的前侧柱孔插接限位件 31-lOa的 2个插 接限位柱 31-10-1上; 后侧电热片 22b位于第二电线 21-2b的上方, 后侧电热片 22b由其左端的 2个限位孔 22-5套在第一座体 31的后侧柱孔插接限位件 31-10b 的 2个插接限位柱 31-10-1上。 串联器件 23位于第一座体 31的前后向的中部的 上表面上。
盖板 32从上向下配合安装在第一座体 31的盖板安装部 31b上而构成第一安 装座 30。 其中:
① 盖板 32的上部腔体 32-15与第一座体 31的前腔体 31-17和后腔体 31-18 相互连通,共同构成第一安装座 30的主腔体。串联器件 23位于盖板 32的上部腔 体 32-15中。
② 盖板 32的上限位槽 32-1的截面形状与第一座体 31的前上限位槽部 31-2 和后上限位槽部 31-4 的截面形状相同, 且在左右向和上下向上相互对齐, 盖板
32的上限位槽 32-1位于第一座体 31的前上限位槽部 31-2和后上限位槽部 31-4 之间, 从而第一座体 31的前上限位槽部 31-2、盖板 32的上限位槽 32-1和第一座 体 31的后上限位槽部 31-4形成贯通第一安装座 30的上部限位槽 30-1。
③ 盖板 32的前侧上半插座部 32-4的火线插针槽 32-4-3的直径与第一座体 31的前侧下半插座部 31-6的火线插针槽 31-6-3的直径相同, 且两者同轴线前后 相互对齐而形成第一安装座 30的火线插针孔。 盖板 32由其前侧上半插座部 32-4 的火线插针槽 32-4-3扣合在火线铜插针 21-3a的铜棒 21_3_1的尾部的上表面上, 而使得第一安装座 30与火线铜插针 21-3a的铜棒 21-3-1紧配合固定在一起。
火线铜插针 21-3a的 L形铜片 21-3-2的阻挡片 21_3_2a的上部位于盖板 32 的上部腔体 32-15中且位于前侧上半插座部 32-4的前端板 32-4-2与前侧插接孔座 32-14-1之间, 火线铜插针 21-3a的 L形铜片 21_3_2的连接片 21_3_2b的上部位 于盖板 32的上部腔体 32-15中。
盖板 32的前侧上半插座部 32-4的前插头槽 32-4-1的直径与第一座体 31的前 侧下半插座部 31-6的前插头槽 31-6-1的直径相等,且两者同轴线前后相互对齐而 形成第一安装座 30的开口向后的插接孔 30-2, 火线铜插针 21-3a的铜棒 21_3_1 的头部位于该插接孔 30-2中, 并且盖板 32的前侧上半插座部 32-4与第一座体 31的前侧下半插座部 31-6共同构成第一安装座 30的位于其左侧前部且向左凸出 的前插座 30-3。
④ 盖板 32的后侧上半插座部 32-5的零线插针槽 32-5-3的直径与第一座体 31的后侧下半插座部 31-7的零线插针槽 31-7-3的直径相同, 且两者同轴线前后 相互对齐而形成第一安装座 30的零线插针孔。 盖板 32由其后侧上半插座部 32-5 的零线插针槽 32-5-3扣合在零线铜插针 21-3b的铜棒 21-3-1的尾部的上表面上, 而使得第一安装座 30与零线铜插针 21-3b的铜棒 21-3-1紧配合固定在一起。
零线铜插针 21-3b的 L形铜片 21-3-2的阻挡片 21_3_2a的上部位于盖板 32 的上部腔体 32-15中且位于后侧上半插座部 32-5的前端板 32-5-2与后侧插接孔座 32-14-1之间, 零线铜插针 21-3b的 L形铜片 21-3-2的连接片 21-3_2b的上部位 于盖板 32的上部腔体 32-15中。
盖板 32的后侧上半插座部 32-5的后插头槽 32-5-1的直径与第一座体 31的后 侧下半插座部 31-7的后插头槽 31-7-1的直径相等,且两者同轴线前后相互对齐而 形成第一安装座 30的开口向后的插接孔 30-4, 零线铜插针 21-3b的铜棒 21-3-1 的头部位于该插接孔 30-4中, 并且盖板 32的后侧上半插座部 32-5与第一座体 31的后侧下半插座部 31-7共同构成第一安装座 30的位于其左侧后部且向左凸出 的后插座 30-5。
⑤ 盖板 32的火线扣合部 32-6扣合在第一电线 21-2a的左端部位上,位于第 一座体 31的火线线槽延伸部 31-19-1的上方, 且与火线线槽延伸部 31-19-1从上 下方向共同夹紧第一电线 21_2a的左端部位。
盖板 32的零线扣合部 32-7扣合在第二电线 21-2b的左端部位上, 位于第一 座体 31的零线线槽延伸部 31-19-2的上方, 且与零线线槽延伸部 31-19-2从上下 方向共同夹紧第二电线 21-2b的左端部位。
⑥ 盖板 32的前侧孔柱插接限位件 32-8a的 2个插接限位孔 32-8-1分别套在 第一座体 31的前侧柱孔插接限位件 31-10a的相应 1个插接限位柱 31-10-1上,前 侧孔柱插接限位件 32-8a的 3个插接限位柱 32-8-2则分别穿过前侧电热片 22a左 端的相应一个限位孔 22-5而插入第一座体 31的前侧柱孔插接限位件 31-lOa的相 应一个插接限位孔 31-10-2中, 而使得盖板 32的右部边缘的前侧下端面和第一座 体 31的盖板安装部 31b的右部边缘的前侧上端面分别从上下方向贴合在前侧电热 片 22a的左端的上下表面上。
盖板 32的后侧孔柱插接限位件 32-8b的 2个插接限位孔 32-8-1分别套在第一 座体 31的后侧柱孔插接限位件 31-10b的相应 1个插接限位柱 31-10-1上,后侧孔 柱插接限位件 32-8b的 3个插接限位柱 32-8-2则分别穿过后侧电热片 22b左端的 相应一个限位孔 22-5而插入第一座体 31的后侧孔柱插接限位件 32-8b的相应一 个插接限位孔 31-10-2中,而使得盖板 32的右部边缘的后侧下端面和第一座体 31 的盖板安装部 31b 的右部边缘的后侧上端面分别从上下方向贴合在后侧电热片 22b的左端的上下表面上。
⑦ 盖板 32的后插接板 32-9的下端位于第一座体 31的后插接槽 31-11中, 盖板 32的 3块左限位板 32-10的下端面与第一座体 31的相应一个左侧台阶 31-12 的上端面相接触, 盖板 32的前插接板 32-11的下端位于第一座体 31的前插接槽 31-13中,盖板 32的右限位板 32-12的下端面与第一座体 31的右侧台阶 31-14的 上端面相接触。
⑧ 盖板 32的孔柱插接件 32-14的 2个插接孔座 32-14-1分别从上方套在第一 座体 31的柱孔插接件 31-16的相应一个插接柱 31-16-1上,盖板 32的孔柱插接件 32-14的 4个插接柱 32-14-2分别从上方插入第一座体 31的柱孔插接件 31-16的 相应一个插接孔 31-16-2中。
⑨ 盖板 32 的半包围压条 32-13 位于第一座体 31 的半包围条状凸起平台
31- 15的上方, 盖板 32由其半包围压条 32-13通过粘结剂粘结或者加热熔接而与 第一座体 31的半包围条状凸起平台 31-15密封固定连接在一起。
⑩ 用绝缘胶 (采用上海东和胶粘剂有限公司生产的型号为 DH-54水性聚氨 酯胶) 通过盖板 32的注胶孔 32-2注满第一安装座 30的主腔体中直至从排气孔
32- 3中溢出, 从而使得包括串联器件 23、 串联器件 23与 2片电热片 22的电连接 部位、 火线铜插针 21-3a的位于第一安装座 30的主腔体中的部位、 火线铜插针 21-3a与第一电线 21-2a的电连接部位、 零线铜插针 21_3b的位于第一安装座 30 的主腔体中的部位、 零线铜插针 21-3b与第二电线 21-2b的电连接部位在内的所 有电路裸露部位均处于绝缘密封状态。 见图 9和图 10, 第二安装座 40包括位于下方的第二座体 41、 从上方向下插 接在第二座体 41上的盖板 42和插头 43。第二座体 41、盖板 42均为注塑一体件。 插头 43为具有嵌件的注塑一体件。 盖板 42有两块, 其结构形状基本相同, 两块 盖板 42按其所处的前后位置分为前盖板 42a和后盖板 42b。 插头 43有两个, 其 结构形状基本相同,两个插头 43按其所处的前后位置分为火线插头 43a和零线插 头 43b。
见图 15和图 23, 第二座体 41基本呈长条状块体, 按照从前向后的次序由前 段连接部 41a、 第一盖板安装部 41b、 中段连接部 41c、 第二盖板安装部 41d和后 段连接部 41e依次相连构成。第二座体 41还包括位于其下侧左部的开口向下的贯 通其前后的下部限位槽 41-1。 见图 15和图 23, 前段连接部 41a包括位于其上侧左部的开口向上的前上限 位槽部 41-2和位于其右侧且向右凸出的卡接方向向前的前卡接扣部 41-3,且前卡 接扣部 41-3与第一座体 31的前卡接扣部 31-3相对应, 使用时第二座体 41的前 卡接扣部 41-3与相应的相邻的电热式组件 200的第一座体 31的前卡接扣部 31-3 形成相互间在前后方向上的插接配合, 从而形成该电热式组件 200与相应的相邻 的相同结构的电热式组件 200在前后方向和左右方向上的固定连接。
见图 15和图 23, 后段连接部 41e包括位于其上侧左部的开口向上的后上限 位槽部 41-4和位于其右侧且向右凸出的卡接方向向前的后卡接扣部 41-5,且后卡 接扣部 41-5与第一座体 31的后卡接扣部 31-5相对应, 使用时第二座体 41的后 卡接扣部 41-5与相应的相邻的电热式组件 200的第一座体 31的后卡接扣部 31-5 形成相互间在前后方向上的插接配合, 从而形成该电热式组件 200与相应的相邻 的相同结构的电热式组件 200在前后方向和左右方向上的固定连接。
见图 15和图 23, 中段连接部 41c包括位于其上侧左部的开口向上的中上限 位槽部 41-6。
见图 15、 图 25和图 25-1, 第一盖板安装部 41b包括位于其右侧后部且向右 凸出的第一下插头座部 41-7、 位于其左侧后部向左凸出且开口向上的火线线槽部 41-8和位于其上侧左部边缘且沿上下向设置的 1组前柱孔插接限位件 41-9。所述 的第一盖板安装部 41b的第一下插头座部 41-7包括沿上下向设置的 2个第一插头 插接限位柱 41-7-1和沿第一下插头座部 41-7上侧的右侧边缘和前侧边缘的向上设 置的插接板 41-7-2。第一下插头座部 41-7的左侧设有基本呈半圆弧形的开口向上 的第一下插头槽 41-7-3。所述的前柱孔插接限位件 41-9由 2个前插接限位柱 41-9-1 和 3个前插接限位孔 41-9-2组成。
见图 15,第一盖板安装部 41b还包括位于其上侧后部边缘的开口向上的第一 后插接槽 41-10、位于其右部边缘(错开第一下插头座部 41-7)的前右侧台阶 41-11 和位于其上侧前部边缘的开口向上的第一前插接槽 41-12。 第一盖板安装部 41b 还包括位于其上侧的在前方靠近后侧边缘、 在左方靠近右侧边缘和在后方靠近前 侧边缘的连续设置的向上凸起的等高的前半包围条状凸起平台 41-13,。 第一盖板 安装部 41b还包括位于其上侧右部的从左方靠近前半包围条状凸起平台 41-13的 沿上下向设置的 1组前柱孔 41-14。 所述 1组前柱孔 41-14由 2个插接孔 41-14-1 组成。第一盖板安装部 41b还包括位于位于其上侧从右方靠近火线线槽部 41-8的 开口向上的火线线槽延伸部 41-15, 且右侧与第一下插头座部 41-7的第一下插头 槽 41-7-3相连通; 前柱孔 41-14的 1个插接孔 41-14-1位于第一盖板安装部 41b 的右部上侧前部, 另 1个插接孔 41-14-1位于第一盖板安装部 41b的右部上侧后 部。
第二盖板安装部 41d的结构与第一盖板安装部 41b的结构基本相同, 包括位 于其右侧后部且向右凸出的第二下插头座部 41-16、 位于其左侧后部向左凸出且 开口向上的零线线槽部 41-17和位于其上侧左部边缘且沿上下向设置的 1组后柱 孔插接限位件 41-18。
所述的第二盖板安装部 41d的第二下插头座部 41-16包括沿上下向设置的 2 个第二插头插接限位柱 41-16-1和沿第二下插头座部 41-16上侧的右侧边缘和前侧 边缘的向上设置的第二插接板 41-16-2。第二下插头座部 41-16的左侧设有基本呈 半圆弧形的开口向上的第二下插头槽 41-16-3。所述的后柱孔插接限位件 41-18由
2个后插接限位柱 41-18-1和 3个后插接限位孔 41-18-2组成。
第二盖板安装部 41d还包括位于其上侧后部边缘的开口向上的第二后插接槽
41-19、 位于其右部边缘 (错开第二下插头座部 41-16) 的后右侧台阶 41-20和位 于其上侧前部边缘的开口向上的第二前插接槽 41-21。 第二盖板安装部 41d还包 括位于其上侧的在前方靠近后侧边缘、 在左方靠近右侧边缘和在后方靠近前侧边 缘的连续设置的向上凸起的等高的后半包围条状凸起平台 41-22。 第二盖板安装 部 41d还包括位于其上侧右部的从左方靠近后半包围条状凸起平台 41-22的沿上 下向设置的 1组后柱孔 41-23。所述 1组后柱孔 41-23由 2个插接孔 41-23-1组成。 第二盖板安装部 41d还包括位于其上侧从右方靠近零线线槽部 41-17的开口向上 的零线线槽延伸部 41-24,且右侧与第二下插头座部 41-16的第二下插头槽 41-16-3 相连通;后柱孔 41-23的 1个插接孔 41-23-1位于第二盖板安装部 41d的右部上侧 前部, 另 1个插接孔 41-23-1位于第二盖板安装部 41d的右部上侧后部。
见图 16和图 26, 两个盖板 42的结构形状基本相同, 均包括位于其上侧左部 的开口向上的与第二座体 41的前上限位槽部 41-2、 后上限位槽部 41-4和中上限 位槽部 41-6相对应的上限位槽 42-1。 盖板 42还包括贯通其板体上下向的 2个通 孔, 其中一个是注胶孔 42-2, 另一个是排气孔 42-3。
见图 27, 盖板 42还包括位于其右侧后部且向右凸出的上插头座部 42-4、 位 于其下侧左部边缘后部且开口向下的线槽扣合部 42-5 和位于其下侧右部边缘且 沿上下向设置的 1组孔柱插接限位件 42-6。所述孔柱插接限位件 42-6由 2个插接 限位孔 42-6-1和 3个插接限位柱 42-6-2组成。 盖板 42的上插头座部 42-4包括沿上下向设置的 2个插头插接限位柱 42-4-1 和沿上插头座部 42-4下侧的右侧边缘和前侧边缘的向下设置的插接板 42-4-2。上 插头座部 42-4的左侧设有与第一下插头座部 41-7的第一下插头槽 41-7-3相应的 开口向下的盖板插头槽 42-4-3。
盖板 42还包括位于其下侧后部边缘的向下设置的后插接板 42-7、 位于其下 侧右部边缘的向下设置的 2块右限位板 42-8和位于其下侧前部边缘的向下设置的 前插接板 42-9。
盖板 42还包括位于其下侧右部的从左方靠近右限位板 42-8的沿上下向设置 的 1组插接件 42-10。 所述插接件 42-10由 2个插接柱 42-10-1组成。 盖板 42还 包括位于其下侧的左右向中部的下部腔体 42- 11。
盖板 42还包括位于其下侧的在前方靠近后侧边缘、在左方靠近右侧边缘和在 后方靠近前侧边缘的连续设置且向下凸起的三角形的半包围压条 42-12, 半包围 压条 42-12的下端位于同一水平面上。
见图 28和图 29, 2个插头 43均包括插头基座 43-1和圆柱形插头 43-2。 插 头基座 43-1的下侧设有与第一下插头座部 41-7的第一插头插接限位柱 41-7-1相 应的开口向下的下孔座 43-1-1 ;插头基座 43-1的上侧设有与盖板 42的上插头座 部 42-4的插头插接限位柱 42-4-1相应的开口向上的上孔座 43-1-2。插头基座 43_1 的下侧前部靠近前侧边缘的后部和靠近右侧边缘的左部设有与第一下插头座部
41- 7的插接板 41-7-2相应的下插接槽 43-1-3。 插头基座 43_1的上侧前部靠近前 侧边缘的后部和靠近右侧边缘的左部设有与盖板 42的上插头座部 42-4的插接板
42- 4-2相应的上插接槽 43-1-4。 插头基座 43_1的左侧中部设有向左凸出的基本 呈圆柱形的扣合部 43-1-5。
各插头 43的圆柱形插头 43-2的外形与相应的第一安装座 30的插接孔 30-2 和插接孔 30-4的形状相对应, 且沿前后方向的轴线设置。
见图 12,电路装置 20的传输单元 21的铜套 21-1的内径与相应的铜插针 21_3 的铜棒 21-3-1的直径相应。第一电线 21-2a的右端由其端头剥去一小段绝缘塑料 包皮后的铜芯和火线铜构件 24-1的右端共同插入相应的火线铜套 21-la的后端中 然后通过压接固定且电连接在相应的火线铜套 21-la的后端上; 第二电线 21-2b 的右端由其端头剥去一小段绝缘塑料包皮后的铜芯和零线铜构件 24-2 的右端插 入相应的零线铜套 21-lb的后端中然后通过压接固定且电连接在相应的零线铜套 21-lb的后端上。 见图 12、 图 28和图 29, 铜套 21-1和相应的铜构件 24的右端相应部分以及 传输件 21-2的右端的相应部分共同作为嵌件在插头基座 43-1和圆柱形插头 43-2 注塑时形成一体,且铜套 21-1的前部位于圆柱形插头 43-2中与圆柱形插头 43-2 同轴设置且从插头 43 的所朝方向与外界相通, 铜套 21-1 的后部位于插头基座 43-1中。
见图 10和图 24,第一电线 21-2a的右端设置在第二座体 41的火线线槽部 41-8 的腔体中和火线线槽延伸部 41-15的腔体中, 第二电线 21-2b的右端设置在第二 座体 41的零线线槽部 41-9的腔体中和零线线槽延伸部 41-24的腔体中。
前侧电热片 22a由其相应的右端的 2个限位孔 22-5套在第二座体 41的前柱 孔插接限位件 41-9的 2个前插接限位柱 41-9-1上;
后侧电热片 22b由其相应的右端的 2个限位孔 22-5套在第二座体 41的后柱 孔插接限位件 41-18的 2个后插接限位柱 41-18-1上。
各盖板 42从上向下配合安装在第二座体 41的相应的第一盖板安装部 41b和 第二盖板安装部 41d上, 火线插头 43a嵌接固定在第一盖板安装部 41b的第一下 插头座部 41-7和前盖板 42a的上插头座部 42-4中, 零线插头 43b嵌接固定在第 二盖板安装部 41d的第二下插头座部 41-16和后盖板 42b的上插头座部 42-4中, 而构成第二安装座 40。 其中:
①见图 23, 盖板 42的上限位槽 42-1的截面形状与第二座体 41的前上限位 槽部 41-2、 后上限位槽部 41-4和中上限位槽部 41-6的截面形状相同, 且在左右 向和上下向上相互对齐, 各盖板 42的上限位槽 42-1分别位于相应的第二座体 41 的前上限位槽部 41-2、 中上限位槽部 41-6和后上限位槽部 41-4之间, 从而第二 座体 41的前上限位槽部 41-2、 盖板 42的上限位槽 42-1、 第二座体 41的中上限 位槽部 41-6和第二座体 41的后上限位槽部 41-4形成贯通第二安装座 40的上部 限位槽 40-1。
②火线插头 43a 由其插头基座 43-1 的下孔座 43_1_1套在第一下插头座部
41-7的第一插头插接限位柱 41-7-1上, 第一下插头座部 41-7的插接板 41-7-2插 入相应的火线插头 43a的下插接槽 43-1-3中; 插头基座 43_1 的扣合部 43_1_5 的下部位于第一下插头座部 41-7的第一下插头槽 41-7-3中,并与第一下插头座部 41-7的第一下插头槽 41-7-3的内壁紧密贴合;插头基座 43-1的扣合部 43_1_5的 上部位于前盖板 42a的上插头座部 42-4的盖板插头槽 42-4-3中, 并与前盖板 42a 的上插头座部 42-4的盖板插头槽 42-4-3的内壁紧密贴合, 也即插头基座 43_1的 扣合部 43-1-5被压紧密闭固定在第二座体 41与前盖板 42a之间。第一电线 21-2a 的右端设置在第二座体 41的火线线槽部 41-8的腔体中;火线铜构件 24-1的左端 与前侧电热片 22a的右端电极铜皮 22-2的连接段 22_2_2处的焊点 22_4的焊料焊 接固定而使得前侧电热片 22a的右端电极铜皮 22-2与火线铜构件 24_1的左端电
③零线插头 43b 由其插头基座 43-1 的下孔座 43-1-1套在第二下插头座部 41-16 的第二插头插接限位柱 41-16-1 上, 第二下插头座部 41-16 的第二插接板 41-16-2插入相应的零线插头 43b的下插接槽 43-1-3中;插头基座 43_ 1的扣合部 43-1-5的下部位于第二下插头座部 41-16的第二下插头槽 41-16-3中, 并与第二 下插头座部 41-16的第二下插头槽 41-16-3的内壁紧密贴合; 插头基座 43_1的扣 合部 43-1-5的上部位于后盖板 42b的上插头座部 42-4的盖板插头槽 42-4-3中, 并与后盖板 42b的上插头座部 42-4的盖板插头槽 42-4-3的内壁紧密贴合,也即插 头基座 43-1的扣合部 43-1-5被压紧密闭固定在第二座体 41与前盖板 42a之间。 第二电线 21-2b的右端设置在第二座体 41的零线线槽部 41-17的腔体中;零线铜 构件 24-2的左端与后侧电热片 22b的右端电极铜皮 22-2的连接段 22_2_2处的焊 点 22-4的焊料焊接固定而使得后侧电热片 22b的右端电极铜皮 22-2与零线铜构 件 24-2的左端电连接。
④前盖板 42a的线槽扣合部 42-5扣合在第一电线 21_2a的右端部位上,且位 于第二座体 41的火线线槽延伸部 41-15的上方, 且与火线线槽延伸部 41-15上下 方向共同夹紧第一电线 21_2a的右端部位。
⑤后盖板 42b的线槽扣合部 42-5扣合在第二电线 21-2b的右端部位上,且位 于第二座体 41的零线线槽延伸部 41-24的上方, 且与零线线槽延伸部 41-24从上 下方向共同夹紧第二电线 21-2b的右端部位。
⑥前盖板 42a的孔柱插接限位件 42-6的 2个插接限位孔 42-6-1分别套在第二 座体 41的前柱孔插接限位件 41-9的相应 1个前插接限位柱 41-9-1上, 孔柱插接 限位件 42-6的 3个插接限位柱 42-6-2则分别穿过前侧电热片 22a右端的相应一个 限位孔 22-5而插入第二座体 41的前柱孔插接限位件 41-9的相应一个插接限位孔 41-9-2中,而使得前前盖板 42a的左部边缘的下端面和第二座体 41的第一盖板安 装部 41b的左部边缘的上端面分别从上下方向贴合在前侧电热片 22a的右端的上 下表面上。
后盖板 42b的孔柱插接限位件 42-6的 2个插接限位孔 42-6-1分别套在第二座 体 41的后柱孔插接限位件 41-18的相应 1个后插接限位柱 41-18-1上, 孔柱插接 限位件 42-6的 3个插接限位柱 42-6-2则分别穿过后侧电热片 22b右端的相应一个 限位孔 22-5而插入第二座体 41的后柱孔插接限位件 41-18的相应一个插接限位 孔 41-18-2中, 而使得后盖板 42b的左部边缘的下端面和第二座体 41的第二盖板 安装部 41d的左部边缘的上端面分别从上下方向贴合在后侧电热片 22b的右端的 上下表面上。
前盖板 42a的上插头座部 42-4的插头插接限位柱 42-4-1插入相应的火线插头 43a的插头基座 43-1的下孔座 43_1_1中; 前盖板 42a的上插头座部 42-4的插接 板 42-4-2插入相应的火线插头 43a的上插接槽 43_1_4中。
后盖板 42b的上插头座部 42-4的插头插接限位柱 42-4-1插入相应的零线插头
43b的插头基座 43-1的下孔座 43-1-1中; 后盖板 42b的上插头座部 42-4的插接 板 42-4-2插入相应的零线插头 43b的上插接槽 43-1-4中。
⑦前盖板 42a的后插接板 42-7的下端位于第二座体 41的第二后插接槽 41-19 中, 后盖板 42b的 2块右限位板 42-8的下端面与第二座体 41的相应前右侧台阶 41-11的上端面相接触,前盖板 42a的前插接板 42-9的下端位于第二座体 41的第 一前插接槽 41-12中。
后盖板 42b的后插接板 42-7的下端位于第二座体 41 的第一后插接槽 41-10 中, 前盖板 42a的 2块右限位板 42-8的下端面与第二座体 41的相应后右侧台阶 41-20的上端面相接触,后盖板 42b的前插接板 42-9的下端位于第二座体 41的第 二前插接槽 41-21中。
⑧前盖板 42a的插接件 42-10的 2个插接柱 42-10-1分别从上方套在第二座体 41的前柱孔 41-14的相应一个插接孔 41-14-1中。
后盖板 42b的插接件 42-10的 2个插接柱 42-10-1分别从上方套在第二座体
41的后柱孔 41-23的相应一个插接孔 41-23-1中。
⑨前盖板 42a的半包围压条 42-12位于第二座体 41的前半包围条状凸起平台
41-13的上方,前盖板 42a由其半包围压条 42-12通过粘结剂粘结或者加热熔接而 与第二座体 41的前半包围条状凸起平台 41-13密封固定连接在一起。 前盖板 42a 的下部腔体 42-11则成为第二安装座 40的第一腔体。
后盖板 42b的半包围压条 42-12位于第二座体 41 的后半包围条状凸起平台 41-22的上方,后盖板 42b由其半包围压条 42-12通过粘结剂粘结或者加热熔接而 与第二座体 41的后半包围条状凸起平台 41-22密封固定连接在一起。 后盖板 42b 的下部腔体 42-11则成为第二安装座 40的第二腔体。
⑩ 用绝缘胶 (采用上海东和胶粘剂有限公司生产的型号为 DH-54水性聚氨 酯胶) 通过各盖板 42的注胶孔 42-2注满各盖板 42与第二座体 41形成的相应的 空间中直至从排气孔 42-3中溢出, 从而使得包括铜构件 24、 各铜构件 24与相应 的电热片 22的电连接部位、第一电线 21_2a的右端部分和第二电线 21_2b的右端 部分均处于绝缘密封状态。
(实施例 2、 电热式组件)
本实施例其余部分与实施例 1相同,其不同之处在于:第一安装座 30的盖板 32不设注胶孔 32-2和排气孔 32-3, 因此第一安装座 30的主腔体中也不用注入绝 缘胶。
第二安装座 40的 2块盖板 42也均不设注胶孔 42-2和排气孔 42-3,因此各盖 板 42与第二座体 41形成的相应的空间中也不用注入绝缘胶。 (实施例 3、 电热式组件)
见图 31和图 32, 本实施例其余部分与实施例 1相同, 其不同之处在于: 电热 式组件 200的第一安装座 30的位于前插座 30-3中的插接孔 30-2和位于后插座 30-5中的插接孔 30-4均沿左右方向的轴线同向设置; 第二安装座 40的两个插头 43也相应的沿左右方向的轴线同向设置。
第一安装座 30的第一座体 31的前卡接扣部 31-3和后卡接扣部 31-5均为截面 呈 " L"形的孔的部位, 其所述 "L"形的孔的一个开口向左, 另一个开口向上; 第二安装座 40的第二座体 41的前卡接扣部 41-3和后卡接扣部 41-5均为相应的 截面呈 "L"形的孔的部位, 其所述 "L"形的孔的一个开口向右, 另一个开口向 上。使用时, 电热式组件的第一安装座 30的前部和相邻的电热式组件的第二安装 座 40的前部通过设置在其第一座体 31的前卡接扣部 31-3和相邻的电热式组件的 第二座体 41的前卡接扣部 41-3中的连接件固定连接; 电热式组件的第一安装座 30的后部和相邻的电热式组件的第二安装座 40的后部通过设置在其第一座体 31 的后卡接扣部 31-5和相邻的电热式组件的第二座体 41的后卡接扣部 41-5中的连 接件固定连接。
见图 33至图 35, 所述连接件 5为左右对称的注塑一体件, 包括位于中部的 连接部 51和位于连接部 51左右两侧的弹性卡接部 52。 连接部 51的形状基本呈 "口 "字形, 弹性卡接部 52的形状为设有自由端的从上方折回的折弯形, 且弹性 卡接部 52从连接部 51的左右两侧下部连接在连接部 51上, 从而在连接部 51与 各弹性卡接部 52之间形成了相应一个变形槽 53。使用时, 连接件 52由其弹性卡 接部 52的自由端部位被向下压缩而伸入电热式组件的相应一个卡接扣部的 " L " 形的孔中,由于此时弹性卡接部 52的自由端部的端面 52a被电热式组件的相应的
" L "形的孔的内壁所阻挡, 所以使得连接件 52将左右相邻的两个电热式组件固 定连接在一起 (也即将左右相邻的两块自发热式地板固定连接在一起)。
(实施例 4、 自发热式地板)
见图 1, 本实施例的自发热式地板 1包括地板主体和电热式组件。 地板主体 包括上部主体 11和底板 12。 上部主体 11从上方粘结固定在底板 12上构成地板 主体。 电热式组件采用实施例 1所述的电热式组件 200。
见图 1和图 2, 自发热式地板 1的基本形状为长方体形, 自发热式地板 1的 地板主体的前后两侧设有插接部位 13。位于自发热式地板 1的地板主体的前侧的 插接部位 13为插接榫 13-1, 位于自发热式地板 1的地板主体的后侧的插接部位 13为相应的插接槽 13-2。 插接榫 13-1是使用时与前侧相邻的自发热式地板的插 接槽相互连接配合的部位,插接槽 13-2是使用时与后侧相邻的相应的自发热式地 板的插接榫相互连接配合的部位。
见图 1、 图 3和图 5, 上部主体 11为木质材料制成的一体件。 上部主体 11 的基本形状为板状长方体形,且上部主体 11的左右两侧为下部经过切削加工而形 成的插接限位部 i i-i, 上部主体 11的前侧为上部经过切削加工而形成的下部向 前凸出的上插接榫 11-2, 以及上部主体 11的后侧为下部经过切削加工而形成的 开口向后和向下的下部缺口 11-3。
见图 5, 所述的 2个插接限位部 11-1按照所处的左右位置的不同而分为左插 接限位部 11-11和右插接限位部 11-12。 左插接限位部 11-11的截面的下侧轮廓与 第一安装座 30的截面的上侧轮廓相应;右插接限位部 11-12的截面的下侧轮廓与 第二安装座 40的截面的上侧轮廓相应。 上部主体 11的左插接限位部 11-11包括 均沿上部主体 11 的前后方向伸展的凹槽部 11-1-1、 凸出部 11-1-2 和遮盖部 11-1-3。 凹槽部 11-1-1、 凸出部 11-1-2和遮盖部 11-1-3在左右方向上按照从内 向外的次序依次设置。 凹槽部 11-1-1的开口向下, 凸出部 11-1-2向下凸起, 遮 盖部 11-1-3为板体,且遮盖部 11-1-3的下端面高于凹槽部 11-1-1的下端面, 凹 槽部 11-1-1的下端面高于凸出部 11-1-2的下端面。
上部主体 11的右插接限位部 11-12包括均沿上部主体 11的前后方向伸展的 凹槽部 11-1-1、 凸出部 11-1-2和遮盖部 11-1-3。 凹槽部 11_1_1、 凸出部 11_1_2 和遮盖部 11-1-3在左右方向上按照从内向外的次序依次设置。 凹槽部 11-1-1的 开口向下, 凸出部 11-1-2 向下凸起, 遮盖部 11-1-3为板体, 且遮盖部 11-1-3 的下端面高于凹槽部 i i-1-i 的下端面, 凹槽部 i i-1-i 的下端面高于凸出部
11- 1-2的下端面。 且右插接限位部 11-12的凹槽部 11-1-1和凸出部 11_1_2与左 插接限位部 11-11的凹槽部 i i-1-i和凸出部 11-1-2相对于经过地板主体的短边 方向的中央直线的水平面对称设置。
见图 3、 图 6和图 8, 底板 12为木质材料制成的一体件。底板 12的基本形状 为板状长方体形,且底板 12的左右两侧为上部经过切削加工而形成的插接支撑部
12- 1 , 底板 12 的前侧为下部经过切削加工而形成的与上部主体 11 的上插接榫 11-2相应的上部向前凸出的下插接榫 12-2, 底板 12的后侧为上部经过切削加工 而形成的与上部主体 11 的下部缺口 11-3 相应的开口向后和向上的上部缺口 12-3,底板 12的中间部位的上表面分前后沿左右方向设置 2条开口向上的上部凹 槽 12-4,底板 12还在其 2条上部凹槽 12-4的朝向上方的槽壁上沿左右方向各设 有 1条开口向上的电线槽 12-5。
见图 5,所述的 2个插接支撑部 12-1按照所处的左右位置不同而分为左插接 支撑部 12-11和右插接支撑部 12-12。 左插接支撑部 12-11的截面的上侧轮廓与 第一安装座 30的截面的下侧轮廓相应;右插接支撑部 12-12的截面的上侧轮廓与 第二安装座 40的截面的下侧轮廓相应。 底板 12的 2个左插接支撑部 12-11相对 于经过底板 12的短边方向的中央直线的铅垂面对称设置。 底板 12的每个插接支 撑部 12-1包括均沿底板 12的前后方向伸展的凹槽部 12-1-1、 凸起部 12-1-2和 托板部 12-1-3。凹槽部 12-1-1、凸起部 12-1-2和托板部 12_1_3在左右方向上按 照从内向外的次序依次设置。 凹槽部 12-1-1的开口向上, 凸起部 12-1-2向上凸 起,托板部 12-1-3为板体,且凸起部 12-1-2的上端面高于凹槽部 12-1-1的上端 面, 凹槽部 12-1-1的上端面高于托板部 12-1-3的上端面。
底板 12的下插接榫 12-2与上部主体 11的上插接榫 11-2共同形成自发热式 地板 1的插接榫 13-1 ; 底板 12的上部缺口 12-3与上部主体 11的下部缺口 11_3 共同形成自发热式地板 1的插接槽 13-2。
见图 6, 底板 12的所述的 2条上部凹槽 12-4按照所处的前后位置的不同分 为上部前凹槽 12-4a和上部后凹槽 12-4b。 2条上部凹槽 12_4均沿地板长边方向 贯通底板 12, 上部凹槽 12-4的深度为 0. 3至 1. 1毫米 (本实施例为 0. 7毫米), 且上部前凹槽 12-4a和上部后凹槽 12-4b的大小相同。
见图 6, 底板 12的所述 2条电线槽 12-5按照所处的前后位置的不同分为前 电线槽 12-5a和后电线槽 12-5b。2条电线槽 12_5均沿地板长边方向贯通底板 12。
见图 3, 将电热式组件 200的电热片 22的位于第一安装座 30与第二安装座 40之间的部位分别设置在底板 12的相应的上部凹槽 12-3中, 电热式组件 200的 前侧电热片 22a的位于第一安装座 30与第二安装座 40之间的部位设置在底板 12 的上部前凹槽 12-3-1中, 电热式组件 200的后侧电热片 22b的位于第一安装座 30与第二安装座 40之间的部位设置在上部后凹槽 12-3-2中, 第一安装座 30和 第二安装座 40分别从左右方向的相应一个外侧露出地板主体, 且电热片 22下侧 粘结固定在底板 12上; 第一电线 21-2a和第二电线 21-2b分别位于底板 12的相 应的前电线槽 12-5a和后电线槽 12-5b中, 第一安装座 30的火线线槽部 31-8位 于底板 12的前电线槽 12-5a的左端中,第一安装座 30的零线线槽部 31-9位于底 板 12的后电线槽 12-5b的左端中, 第二安装座 40的火线线槽部 41-8位于底板 12的前电线槽 12-5a的右端中, 第二安装座 40的零线线槽部 41-9位于底板 12 的后电线槽 12-5b的右端中。 将电热式组件 200的第一安装座 30和第二安装座 40由其各自下部分别粘结设置在底板 12的相应的插接支撑部 12-1上,然后将上 部主体 11由其下端面通过聚氨酯热熔胶粘结固定在底板 12的上端面上而构成地 板主体, 且电热式组件 200的第一安装座 30由其上部限位槽 30-1和下部限位槽 31-1卡接固定在上部主体 11 的左插接限位部 11-11和底板 12的左插接支撑部 12-11之间, 第一安装座 30的前插座 30-3和后插座 30-5的相应部分向左凸出上 部主体 11和底板 12左端;电热式组件 200的第二安装座 40由其上部限位槽 40-1 和下部限位槽 41-1卡接固定在上部主体 11的右插接限位部 11-12和底板 12的右 插接支撑部 12-12之间, 第二安装座 40的火线插头 43a、 零线插头 43b、 第二座 体 41的前卡接扣部 41-3和第二座体 41的后卡接扣部 41-5的相应部分向右凸出 上部主体 11和底板 12右端。 还可以在上部主体 11的相应的插接限位部 11-1的 下表面涂胶, 将电热式组件 200的第一安装座 30和第二安装座 40粘结固定在上 部主体 11的右插接限位部 11-12和底板 12的右插接支撑部 12-12之间, 增加牢 固。 因此电热式组件 200的第一安装座 30和第二安装座 40做为自发热式地板 1 的左右两侧相应的供电插接件。 (实施例 5 )
本实施例的自发热式地板 1其余部分与实施例 3相同, 其不同之处在于: 电 热式组件采用实施例 3所述的电热式组件 200。 第一安装座 30位于上部主体 11 和底板 12之间; 第二安装座 40的火线插头 43a和零线插头 43b相应部分向右凸 出上部主体 11和底板 12右端。
(实施例 6)
本实施例的自发热式地板 1其余部分与实施例 4相同, 其不同之处在于: 本 实施例的自发热式地板 1的长度为实施例 4的自发热式地板的长度的一半。
(应用例 1、 自发热式地板系统)
见图 36和图 37, 本应用例在进行自发热式地板系统描述时, 其前后、 左右 和上下方向与实施例 1所述的方向相同,即以图 36中供电线路 600的长度方向为 前后方向, 即图 37中下方为前侧, 上方为后侧, 也即以图 37的上下左右方向为 描述的上下左右方向。
见图 36和图 37, 本实施例的自发热式地板系统包括自发热式地板、 和供电 系统。 供电系统为供电线路 600。 自发热式地板采用实施例 4和实施例 6的自发 热式地板 1相结合进行铺设。
见图 36,本实施例的供电线路 600是一种在前后方向上进行插接而电连接的 供电线路 600, 可以和实施例 3所述的自发热式地板 1相互配合使用。 图 35所示 意的是该供电线路 600放置在地面上,由水平面对其剖切后而得到的俯视示意图。 图中的上下方向为后前方向。
见图 36,供电线路 600包括多个形状结构相同的供电插座 6和一根护套线 7。 护套线 7中包括 2根电线, 2根电线分为第一电线 71和第二电线 72, 第一电线
71和第二电线 72中的铜导线为铜丝绞合线。每个供电插座 6均包括座体 61和供 电插钉 62。座体 61为具有嵌件的注塑一体件。座体 61包括座体主部 61-1、连接 套部 61-2和注塑连接部 61-3。 连接套部 61-2从后方连接在座体主部 61-1的左 部后侧上。 连接套部 61-2设有插接孔 61_2a, 插接孔 61_2a的形状为旋转体形。
供电插钉 62为 " L形"。 制作时先将一组多个供电插钉 62等间隔 (所述间隔 等于自发热式地板 1的宽度)钉在护套线 7中的第一电线 71上;将另外一组多个 供电插钉 62等间隔(所述间隔等于自发热式地板 1的宽度)钉在护套线 7中的第 二电线 72上; 分属于不同组的相邻近的两个供电插钉 62之间的沿护套线 7长度 方向间的距离等于自发热式地板 1的第二安装座 40的火线插头 43a与零线插头 43b之间的距离。
各供电插钉 62的尾部向左依次穿过护套线 7的位于右方的表皮、相应的一根 电线的位于右方的表皮、 该电线中的铜丝绞合线、 该电线的位于左方的表皮和护 套线 7的位于左方的表皮后, 其头部由于径向尺寸较大而被阻挡在护套线 7的位 于右方的表皮的右方。然后将伸出护套线 7的左侧外的部分向后折 90度后形成" L " 形的供电插钉 62(也即供电插针 62的向后折弯的部分沿护套线的长度方向设置)。
各供电插钉 62和护套线 7的相应的一段长度所构成的电连接组件作为嵌件在 相应的供电插座 6的座体 61注塑时与该座体 61形成一体件。各供电插钉 62的右 端的头部被包覆在座体主部 61-1的塑料材质中, 供电插钉 62的向左穿过护套线 7的左部后向后折弯的部分则位于连接套部 61-2的插接孔 61-2a的轴线上,用于 与设置在自发热式地板 1上的插头 43中的铜套 21-1电连接。座体 61与相应的护 套线 7 的伸出座体 61 的部位的外表之间通过因注塑而连为一体的注塑连接部 61-3而密闭固定连接, 从而构成相应一个供电插座 6。 依次进行上述的注塑, 最 后得到多个供电插座 6与护套线 7相连且电连接而组成的供电线路 600。使用时, 护套线 7中的第一电线 71和第二电线 72分别与火线和零线进行电连接, 从而使 得两组供电插座 6中的一组供电插座 6成为火线供电插座 6a, 另一组供电插座 6 成为零线供电插座 6b。位于第一电线 71上的一组火线供电插座 6a中的一个火线 供电插座插座 6a和位于该火线供电插座 6b的后方相邻近的一个位于第二电线 72 上的相应一个零线供电插座 6b为一组。
在安装本发明的自发热式地板系统时, 可先将房间的地面上铺设一层保温材 料做为保温层, 本实施例采用可发性聚苯乙烯板铺设在地面上做为保温层。
见图 37, 将供电线路 600沿所需铺设的房间的右边铺设在墙角处 (图 37中 只画出 3组供电插座 6), 并按从前向后的方式确定各组供电插座 6的次序, 分别 是第一组供电插座 601,第二组供电插座 602和第三组供电插座 603。将自发热式 地板 1按照从右向左和从前向后的次序 (或者按照从右向左和从后向前的次序) 进行安装, 在图 37中画出了第一自发热式地板 101、 第二自发热式地板 102、 第 三自发热式地板 103、第四自发热式地板 104、第五自发热式地板 105和第六自发 热式地板 106及供电线路 600相互安装在一起的示意图。 其中第一自发热式地板 101、 第二自发热式地板 102、 第四自发热式地板 104、 第五自发热式地板 105和 第六自发热式地板 106均采用实施例 4所述的自发热式地板, 第三自发热式地板 103采用实施例 6所述的自发热式地板。
以安装图中第一排的第一自发热式地板 101为例, 将第一自发热式地板 101 的第二安装座 40的火线插头 43a和零线插头 43b分别插入相应的第一组供电插座 601的火线供电插座 6a和零线供电插座 6b中, 形成相互插接配合结构, 且形成 防水连接。 各供电插座 6的供电插钉 62则分别插入相应的插头 43的铜套 21-1 中, 形成过盈配合且电连接。
见图 30,使第二自发热式地板 102沿前后方向将其火线插头 43a和零线插头
43b分别插入第一自发热式地板 101的第一安装座 30的前插座 30-3和后插座 30-5 的插接孔中, 形成相互插接配合, 且防水连接; 第一自发热式地板 101的第一安 装座 30的前插座 30-3的插接孔 30-2中的火线铜插针 21-3a的铜棒 21_3_1插入 第二自发热式地板 102的第二安装座 40的火线插头 43a中的火线铜套 21_la中, 形成过盈配合且电连接; 第一自发热式地板 101的第一安装座 30的后插座 30-5 的插接孔 30-4中的零线铜插针 21-3b的铜棒 21-3-1插入第二自发热式地板 102 第二安装座 40的零线插头 43b中的零线铜套 21-lb中, 形成过盈配合且电连接。 同时第二自发热式地板 102的第二安装座 40的前卡接扣部 41-3插入第一安装座 30的前卡接扣部 31-3中,第二安装座 40的后卡接扣部 41-5插入第一自发热式地 板 101的第一安装座 30的后卡接扣部 31-5中, 形成相互卡接配合结构, 从而第 一自发热式地板 101与第二自发热式地板 102固定连接在一起。
然后按相同的方法铺设位于后侧相邻的第二排的第三自发热式地板 103时, 在将第三自发热式地板 103 沿前后方向安装在供电线路 600 的第二组供电插头 601上的同时将第三自发热式地板 103的插接榫 13-1插入第二自发热式地板 102 的插接槽 13-2中,形成第三自发热式地板 103与第二自发热式地板 102间的相互 插接配合。
从而按照从右向左, 从前向后的安装次序完成第四自发热式地板 104, 第五 自发热式地板 105和第六自发热式地板 106的安装, 从而完成整个房间的自发热 式地板的安装。 其中位于房间边角处需要裁切的地板还可采用普通地板代替。 且 所有处于每排地板末端的一块未与第二安装座 40连接的第一安装座 30的前插座 30-3和后插座 30-5的插接孔中的铜插针 21-3的铜棒 21-3-1的裸露部分进行相 应的绝缘密封处理。
每一排的自发热式地板 1则以并联方式连接, 从而每一个自发热式地板 1均 为一个相对独立的发热单元。 当电源接通时, 所有自发热式地板 1一起发热用来 取暖, 即便是某一块损坏, 也不会影响其他的自发热式地板 1的正常工作而且所 有接头之间全部防水连接, 安全可靠。
以上诸实施例及应用例仅供说明本发明之用, 而非对本发明的限制, 有关技 术领域的技术人员在不脱离本发明的精神和范围的情况下, 还可以作出各种变换 和变化, 例如改变插头的插接方向等, 因此所有等同的技术方案均应该归入本发 明的专利保护范围之内。 工业应用性:
( 1 )本发明的电热式组件的第一安装座和第二安装座与电热片的安装均采用 组装的方式, 结构简单, 便于大批量工业化生产, 而且成品率较高。
( 2 )本发明的电热式组件中的所有电连接部位均被固定设置在相应的第一安 装座和第二安装座的腔体中, 而使得本发明的电热式组件是一种密封性较好的电 热式组件, 不会产生漏电现象, 大大提高了产品的安全性和可靠性。
( 3 )本发明的电热式组件中的所有电连接部位均被固定设置在相应的第一安 装座和第二安装座的腔体中, 通过将绝缘胶压注到并注满相应的第一安装座和第 二安装座的腔体中, 进一步提高本发明的电热式组件的绝缘密封性。
(4) 本发明的电热式组件的电热片的导电发热层优选 800至 1000目的石墨 粉作为主要的导电材料, 使得整个电热片的不同部位的温度非常接近, 最大的温 度差值也能保持在 1度以内, 从而整个电热片发热较为均匀, 而且导电发热层和 铜皮被压实真空密封在两块环氧树脂薄板之间, 避免了电极处产生较大的电流, 使电极的使用寿命大大延长。
( 5 )本发明的电热式组件的电热片的导电发热层和铜皮被压实密封在两块环 氧树脂薄板之间, 使导电发热层和铜皮与空气隔绝, 从而大大提高了电热片的使 用寿命。
(6)本发明的电热式组件中还设有温度开关或自恢复保险丝。温度开关是一 种用双金属片作为感温元件的温度开关, 当电热式组件正常工作时, 双金属片处 于自由状态, 触点处于闭合状态。 当温度升高至动作温度值时, 双金属元件受热 产生内应力而迅速动作, 打开触点而切断电路, 从而起到热保护地板的作用。 当 温度降到设定温度时触点自动闭合, 恢复正常工作状态, 无需人工更换, 结构简 单可靠。
( 7 )本发明的自发热式地板以设置在其上部主体和底板构成的内部腔体中的 电热片作为发热元件, 还在上部主体和底板的左右两端分别设有插接限位部和插 接支撑部, 可将自发热式地板的电热式组件的第一安装座和第二安装座牢牢的嵌 接固定在自发热式地板中, 结构简单可靠, 而且便于大批量工业化生产。
( 8 )本发明的电热式组件的电热片设置在自发热式地板的底板的凹槽中, 自 发热式地板的底板与上部主体的材质相同且通过聚氨酯热熔胶直接粘结成为一 体, 避免了不同材质之间相互粘结受热胀冷缩影响而产生开裂的问题; 还通过粘 结剂使得电热片的上侧面粘结在上部面板上, 以及使得电热片的下侧面粘结在底 板上, 结构可靠。
( 9 )本发明的自发热式地板的电热式组件的第一安装座和相邻的相应的自发 热式地板的电热式组件的第二安装座在相互固定连接配合且电连接时, 可以采用 沿地板长边方向也即左右方向相互插接固定连接配合且电连接; 还可以采用沿地 板左右方向的外侧部位的前后方向相互插接固定连接配合且电连接, 形式多种多 样, 可以适应不同的安装要求。
( 10 ) 本发明的电热式组件不仅可以用在地板中发热取暖, 还可应用于墙板 中, 应用广泛。

Claims

权利要求书
1、 一种电热式组件, 其特征在于: 包括电路装置 (20)、 第一安装座 (30) 和第二安装座(40); 第一安装座(30)是使用时由其插座部位与相邻的电热式组 件的第二安装座(40)的插头部位相互密闭插接且电连接的部件;第二安装座(40) 是使用时由其插头部位与相邻的电热式组件的第一安装座 (30) 的插座部位相互 密闭插接且电连接的部件;
电路装置 (20) 包括传输单元 (21)、 电热片 (22)、 串联器件 (23) 和铜构 件(24); 传输单元(21) 由火线单元(21a)和零线单元(21b)组成; 火线单元
(21a)和零线单元(21b)均包括依次电连接的铜套(21-1)、 传输件(21-2)和 铜插针(21-3); 传输件(21-2)为包覆有绝缘塑料包皮的单铜芯电线; 火线单元
(21a)的铜套(21-1)、传输件(21-2)和铜插针(21-3)依次为火线铜套(21-la)、 第一电线 (21-2a)和火线铜插针 (21-3a), 零线单元(21b) 的铜套 (21-1)、 传 输件 (21-2)和铜插针 (21-3)依次为零线铜套 (21-lb), 第二电线 (21-2b)和 零线铜插针 (21-3b); 电热片 (22) 为 2 片分前后在同一个平面上平行设置, 2 片电热片(22)按照所处的前后位置的不同而称为前侧电热片(22a)和后侧电热 片 (22b); 每片电热片 (22) 是在左右端各设置一个电极的薄片状密封防水式电 热器件; 串联器件 (23) 为温度开关或自恢复保险丝或铜导线;
铜构件(24)包括火线铜构件(24-1)和零线铜构件(24-2); 串联器件(23) 连接在 2片电热片(22)左端电极之间, 前侧电热片(22a) 的右端电极通过火线 铜构件 (24-1) 与火线单元 (21a) 电连接, 后侧电热片 (22b) 的右端电极通过 零线铜构件 (24-2) 与零线单元 (21b) 电连接;
第一安装座(30)包括均为注塑一体件的第一座体(31)和盖板(32); 盖板
(32) 从上向下配合安装在第一座体 (31) 上, 盖板 (32) 在其下侧后端、 下侧 左端和下侧前端与第一座体 (31) 固定连接在一起, 且在盖板 (32) 与第一座体 (31) 之间形成了第一安装座 (30) 的主腔体; 第一安装座 (30) 还包括位于其 左侧前部的前插座 (30-3) 和位于其左侧后部的后插座 (30-5); 前插座 (30-3) 和后插座 (30-5) 的插接方向均朝向同一个方向, 也即均朝向前后向的前方或后 方, 或均朝向左右向的左方; 前插座(30-3)和后插座(30-5)均由第一座体(31) 和盖板(32)相互配合后构成或者均单独设置在第一座体(31)上;前插座(30-3) 和后插座 (30-5) 均设有开口方向与插接方向一致的插接孔;
火线铜插针 (21-3a) 的插接部位设置在第一安装座 (30) 的前插座 (30-3) 中, 第一电线 (21-2a) 左端伸入第一安装座 (30) 的主腔体中且与火线铜插针 (21-3a) 电连接; 零线铜插针 (21-3b) 的插接部位设置在第一安装座 (30) 的 后插座 (30-4) 中, 第二电线 (21-2b)左端伸入第一安装座 (30) 的主腔体中且 与零线铜插针(21-3b) 电连接; 前侧电热片 (22a)位于第一电线 (21_2a) 的上 方, 前侧电热片(22a) 的左端被限位和夹紧在盖板(32)下侧右端前部与第一座 体 (31) 的上侧右端前部之间; 后侧电热片 (22b) 位于第二电线 (21-2b) 的上 方, 后侧电热片(22b) 的左端被限位夹紧在盖板(32)下侧右端后部与第一座体 (31) 的上侧右端后部之间; 串联器件(23)位于第一安装座(30) 的主腔体中; 第二安装座 (40) 包括第二座体 (41)、 2块盖板 (42) 和 2个插头 (43); 第二座体 (41)、 2块盖板 (42) 均为注塑一体件; 2块盖板 (42) 按其所处的前 后位置分为前盖板(42a)和后盖板(42b), 2个盖板(42)的结构形状基本相同; 2 个插头 (43) 按其所处的前后位置分为火线插头 (43a) 和零线插头 (43b); 2 个插头 (43) 的结构形状基本相同, 均为具有嵌件的注塑一体件;
前盖板(42)从上向下配合安装在第二座体(41)的前部上, 火线插头(43a) 嵌接固定在第二座体(41)和前盖板(42a)之间; 前盖板(42a)在其下侧后端、 下侧右端和下侧前端与第二座体(41) 固定连接在一起, 且在前盖板(42a)与第 二座体 (41) 之间形成第二安装座 (40) 的第一腔体;
后盖板(42b)从上向下配合安装在第二座体(41)的后部上,零线插头(43b) 嵌接固定在第二座体(41)和后盖板(42b)之间; 后盖板(42b)在其下侧后端、 下侧右端和下侧前端与第二座体(41) 固定连接在一起, 且在后盖板(42b)与第 二座体 (41) 之间形成第二安装座 (40) 的第二腔体;
火线插头 (43a) 和零线插头 (43b) 的插接方向均朝向同一个方向, 也即均 朝向前后向的后方或前方, 或均朝向左右向的右方, 或均朝向上下向的下方或上 方;
电路装置(20)的火线单元(21a)的火线铜套(21_la)及第一电线(21_2a) 的端头相应的一小部分和相应的火线铜构件 (24-1) 的一端共同做为嵌件在火线 插头(43a)注塑时与火线插头(43a)形成一体, 且火线铜套(21_la) 的从火线 插头 (43a) 的所朝方向与外界相通; 火线铜构件 (24-1) 与前侧电热片 (22a) 的右端电极位于第一腔体中;
电路装置(20)的零线单元(21b)的零线铜套(21-lb)及第二电线(21-2b) 的端头相应的一小部分和相应的零线铜构件 (24-2) 的一端共同做为嵌件在零线 插头(43b)注塑时与零线插头(43b)形成一体, 且零线铜套(21-lb) 的从零线 插头 (43b) 的所朝方向与外界相通; 零线铜构件 (24-2) 与后侧电热片 (22b) 的右端电极位于第二腔体中;
前侧电热片 (22a) 的右端被限位和夹紧在前盖板 (42a) 下侧左端与第二座 体(41)的上侧左端前部之间;后侧电热片(22b)的右端被限位夹紧在后盖板(42b) 下侧左端与第二座体 (41) 的上侧左端后部之间。
2、 根据权利要求 1所述的电热式组件, 其特征在于: 电热片(22)还包括两 组限位孔(22-5), 两组限位孔(22-5)分别相应设置在电热片(22)的左右两端; 所述的一组限位孔 (22-5) 为 3至 8个在上下向上贯通的通孔;
第一座体(31) 为一体件, 包括前段连接部 (31a)、 盖板安装部 (31b)和后 段连接部 (31c), 前段连接部 (31a)、 盖板安装部 (31b) 和后段连接部 (31c) 依次相连;
盖板安装部 (31b) 包括前侧下半插座部 (31-6)、 后侧下半插座部 (31-7)、 前腔体 (31-17)、 后腔体 (31-18) 和 2组柱孔插接限位件 (31-10);
前侧下半插座部 (31-6)位于盖板安装部 (31b) 的左侧前部且向左凸出; 后 侧下半插座部 (31-7) 位于盖板安装部 (31b) 的左侧后部且向左凸出; 2组柱孔 插接限位件 (31-10) 沿上下向设置, 柱孔插接限位件 (31-10) 按照所处的前后 位置的不同分为前侧柱孔插接限位件(31-lOa)和后侧柱孔插接限位件(31-10b); 前腔体(31-17)位于盖板安装部(31b)的上侧前部的左右向中部;后腔体(31-18) 位于盖板安装部 (31b) 的上侧后部的左右向中部;
第一安装座 (30) 的盖板(32)包括前侧上半插座部 (32-4)、 后侧上半插座 部 (32-5)、 上部腔体 (32-15) 和 2组孔柱插接限位件 (32-8);
前侧上半插座部 (32-4) 位于盖板 (32) 左侧前部并向左凸出, 且与盖板安 装部 (31b) 的前侧下半插座部 (31-6) 相对应; 后侧上半插座部 (32-5) 位于盖 板(32)左侧后部并向左凸出, 且与盖板安装部(31b)的后侧下半插座部(31-7) 相对应;
2组孔柱插接限位件 (32-8)沿上下向设置, 2组孔柱插接限位件 (32-8) 按 照所处的前后位置的不同分为前侧孔柱插接限位件(32-8a)和后侧孔柱插接限位 件 (32-8b); 盖板 (32) 的前侧孔柱插接限位件 (32-8a) 与第一座体 (31) 的前 侧柱孔插接限位件 (31-lOa) 相应, 形成相互插接配合; 盖板 (32) 的后侧孔柱 插接限位件 (32-8b) 与第一座体 (31) 的后侧柱孔插接限位件 (31-10b) 相应, 形成相互插接配合; 上部腔体 (32-15) 位于盖板 (32) 的下侧的左右向中部; 盖板(32)从上向下配合安装在第一座体(31) 的盖板安装部(31b)上而构 成第一安装座 (30), 且盖板(32) 的孔柱插接限位件(32-8)与相应的第一座体 (31) 的柱孔插接限位件 (31-10) 形成相互间插接配合;
2 片电热片 (22) 由其各自左端的一组限位孔 (22-5) 分别设置在相应的第 一座体 (31) 的柱孔插接限位件 (31-10)和盖板 (32) 的孔柱插接限位件 (32-8) 上;
盖板 (32) 的前侧上半插座部 (32-4) 与第一座体 (31) 的前侧下半插座部
(31-6)共同构成第一安装座(30)的位于其左侧前部且向左凸出的前插座(30-3) 且盖板(32)的前侧上半插座部(32-4)与第一座体(31)的前侧下半插座部(31-6) 共同形成第一安装座(30)的前插座(30-3)的开口向后插接孔(30-2);盖板(32) 的后侧上半插座部 (32-5) 与第一座体 (31) 的后侧下半插座部 (31-7) 共同构 成第一安装座 (30) 的位于其左侧后部且向左凸出的后插座 (30-5)且盖板(32) 的后侧上半插座部 (32-5) 与第一座体 (31) 的后侧下半插座部 (31-7) 共同形 成第一安装座 (30) 的后插座 (30-5) 的开口向后的插接孔 (30-4); 盖板 (32) 的上部腔体 (32-15) 与第一座体 (31) 的前腔体 (31-17) 和后腔体 (31-18) 相 互连通, 共同构成第一安装座 (30) 的主腔体;
电路装置 (20) 的传输单元 (21) 的左端和相应一端的串联器件 (23) 位于 第一安装座(30)的主腔体中;火线单元(21a)和零线单元(21b)的铜插针(21_3) 的头部分别位于第一安装座 (30) 的前插座 (30-3) 的插接孔 (30-2) 和后插座
(30-5) 的插接孔 (30-4) 中, 且与其同轴; 各铜插针 (21-3) 的尾部位于第一 安装座 (30) 的主腔体中; 盖板 (32) 的下侧与第一座体 (31) 的上侧相接触的 部分通过粘结剂粘结或者加热熔接而密封固定连接在一起, 且电路装置 (20) 的 相应一端的所有电路裸露部位位于第一安装座 (30) 的主腔体中; 电热片 (22) 的左端被限位夹紧固定在第一安装座 (30) 和盖板 (32) 之间;
第二安装座 (40) 包括第二座体 (41)、 盖板 (42) 和 2个插头 (43);
第二座体(41)为一体件, 包括前段连接部(41a)、 第一盖板安装部(41b)、 中段连接部(41c)、第二盖板安装部(41d)和后段连接部(41e);前段连接部(41a)、 第一盖板安装部(41b)、 中段连接部(41c)、 第二盖板安装部(41d)和后段连接 部 (41e) 依次相连;
第一盖板安装部 (41b) 包括第一下插头座部 (41-7) 和前柱孔插接限位件 (41-9); 第一下插头座部 (41-7) 位于第一盖板安装部 (41b) 的右部; 前柱孔 插接限位件 (41-9) 沿上下向设置;
第二盖板安装部 (41d) 的结构与第一盖板安装部 (41b) 的结构基本相同, 包括第二下插头座部 (41-16) 和后柱孔插接限位件 (41-18); 第二下插头座部 (41-16) 位于第二盖板安装部 (41d) 的右部; 后柱孔插接限位件 (41-18)沿上 下向设置;
第二安装座(40)的盖板(42)有 2块,按其所处的前后位置分为前盖板(42a) 和后盖板(42b), 2个盖板(42)的结构形状基本相同,均包括上插头座部(42-4)、 下部腔体(42-11)和孔柱插接限位件(42-6); 上插头座部(42-4)位于盖板(32) 左侧前部; 孔柱插接限位件 (42-6) 沿上下向设置, 孔柱插接限位件 (42-6) 与 第二座体 (41) 的前柱孔插接限位件 (41-9) 相应, 形成相互插接配合;
2 片电热片 (22) 由其各自右端的一组限位孔 (22-5) 分别套在相应的第二 座体 (41) 的前柱孔插接限位件 (41-9)、 后柱孔插接限位件 (41-18) 和各相应 的盖板 (42) 的孔柱插接限位件 (42-6) 上; 下部腔体 (42-11) 位于盖板 (42) 下侧的左右向中部;
第二安装座(40)的 2个插头(43)按其所处的前后位置分为火线插头(43a) 和零线插头(43b),两个插头(43)的结构形状基本相同,均包括插头基座(43-1) 和圆柱形插头(43-2); 插头(43)为具有嵌件的注塑一体件, 圆柱形插头(43-2) 的外形与第一安装座 (30) 的相应的插接孔 (30-2) 和插接孔 (30-4) 的形状相 对应, 且沿前后方向的轴线或左右方向的轴线设置; 电路装置 (20) 的传输单元 (21) 的铜套 (21-1) 及传输件 (21-2) 的端头相应的一小部分和相应的铜构件 (24) 的一端在插头基座 (43-1) 和圆柱形插头 (43-2) 注塑时形成一体, 且铜 套 (21-1) 的前部位于圆柱形插头 (43-2) 中与圆柱形插头 (43-2) 同轴设置且 从插头(43) 的所朝方向与外界相通, 铜套(21-1) 的后部位于插头基座(43-1) 中;
各盖板 (42) 从上向下配合安装在第二座体 (41) 的相应的第一盖板安装部
(41b)和第二盖板安装部(41d)上, 火线插头(43a)嵌接固定在第一盖板安装 部 (41b) 的第一下插头座部 (41-7) 和前盖板 (42a) 的上插头座部 (42-4) 中, 零线插头 (43b) 嵌接固定在第二盖板安装部 (41d) 的第二下插头座部 (41-16) 和后盖板(42b)的上插头座部(42-4)中,而构成第二安装座(40);前盖板(42a) 的下部腔体 (42-11) 则成为第二安装座 (40) 的第一腔体; 后盖板 (42b) 的下 部腔体 (42-11) 则成为第二安装座 (40) 的第二腔体;
电路装置 (20) 的传输单元 (21) 的右端和相应一端的铜构件 (24) 位于第 二安装座 (40) 的盖板 (32) 的下部腔体 (42-11) 中; 盖板 (42) 的下侧与第二 座体 (41) 的上侧相接触的部分通过粘结剂粘结或者加热熔接而密封固定连接在 一起; 电热片(22)的右端被限位夹紧固定在第二安装座(40)和相应的盖板(42) 之间。
3、 根据权利要求 2 所述的电热式组件, 其特征在于: 电路装置 (20) 的 2 片电热片 (22) 均包括 1条方带状导电发热层 (22-1)、 2片电极铜皮 (22-2)、 起绝缘隔离和保护作用的含有玻璃纤维的环氧树脂外层 (22-3); 所述电极铜皮 (22-2) 为平面状 "L"形铜皮, 2片电极铜皮 (22-2)均由按照前后方向设置的 压贴段 (22-2-1) 和按照左右方向设置且位于左右向外侧的连接段 (22-2-2) 相 连构成, 2 片电极铜皮 (22-2) 分别从上方由其压贴段压贴在导电发热层的左端 和右端之上而相应作为左端电极铜片和右端电极铜片, 各电极铜皮 (22-2) 的连 接段位于左右方向的外侧; 环氧树脂外层 (22-3) 整体覆盖包围在导电发热层 (22-1) 及电极铜皮 (22-2) 的上下及四周; 环氧树脂外层 (22_3) 的包覆在电 极铜皮 (22-2) 的连接段处的部位通过机械加工而在其上表面设置露出电极铜皮 (22-2)的连接段的一部分的一个缺口, 再将该缺口设置成焊点(22-4); 串联器 件(23)的一端与前侧电热片(22a)的左端电极铜皮(22-2)的连接段(22_2_2) 处的焊点(22-4)的焊料焊接固定而使得前侧电热片(22)的左端电极铜皮(22-2) 与串联器件( 23 )的相应一端电连接;串联器件( 23 )的另一端与后侧电热片( 22b ) 的左端电极铜皮 (22-2) 的连接段 (22-2-2) 处的焊点 (22-4) 的焊料焊接固定 而使得后侧电热片 (22b) 的左端电极铜皮(22-2)与串联器件(23) 的另一端电 连接;
电路装置(20)的传输单元(21)的火线铜插针(21-3a)和零线铜插针(21-3b) 均包括铜棒 (21-3-1)和 L形铜片 (21-3-2): L形铜片 (21_3_2) 由左右向铅垂 设置的阻挡片(21-3-2a)和前后向铅垂设置的连接片(21-3_2b)首尾相连构成; 铜棒(21-3-1) 的尾部铆接固定在 L形铜片 (21-3-2) 的阻挡片 (21_3_2a)上而 构成相应的铜插针 (21-3), L 形铜片 (21-3-2) 的连接片 (21_3_2b) 的后端开 有用于进行电连接的连接孔; 第一电线(21-2a)的裸露出铜导线的左端头部穿过 火线铜插针 (21-3a) 的 L形铜片 (21_3_2) 的连接片 (21_3_2b) 的连接孔并焊 接在该连接片 (21-3_2b) 的后端部位而与火线铜插针 (21-3a) 电连接; 第二电 线 (21-2b) 的裸露出铜导线的左端头部穿过零线铜插针 (21-3b) 的 L 形铜片 (21-3-2) 的连接片 (21-3_2b) 的连接孔并焊接在该连接片 (21_3_2b) 的后端 部位而与零线铜插针(21-3b) 电连接; 串联器件(23)为温度开关; 铜构件(24) 为裸铜线;
第一电线(21_2a)的右端由其端头剥去一小段绝缘塑料包皮后的铜芯和火线 铜构件(24-1)的右端共同插入相应的火线铜套(21-la)的后端中然后通过压接 固定且电连接在相应的火线铜套(21-la)的后端上, 该部分结构共同做为嵌接在 火线插头(43a)注塑时与其形成一体; 火线铜构件(24-1) 的左端与前侧电热片 (22a) 的右端电极铜皮(22-2) 的连接段(22_2_2)处的焊点 (22-4) 的焊料焊 接固定而使得前侧电热片 (22a) 的右端电极铜皮 (22-2) 与火线铜构件 (24_1) 的左端电连接;
第二电线(21-2b)的右端由其端头剥去一小段绝缘塑料包皮后的铜芯和零线 铜构件(24-2)的右端插入相应的零线铜套(21-lb)的后端中然后通过压接固定 且电连接在相应的零线铜套(21-lb)的后端上; 该部分结构共同做为嵌接在零线 插头(43b)注塑时与其形成一体;零线铜构件(24-2)的左端与后侧电热片(22b) 的右端电极铜皮 (22-2) 的连接段 (22-2-2) 处的焊点 (22-4) 的焊料焊接固定 而使得后侧电热片 (22b) 的右端电极铜皮(22-2)与零线铜构件(24-2) 的左端 电连接。
4、 根据权利要求 3所述的电热式组件, 其特征在于: 第一座体(31)还包括 位于其下侧右部的开口向下的贯通其前后的下部限位槽 (31-1);
第一座体(31) 的前段连接部(31a)包括位于其上侧右部的开口向上的前上 限位槽部(31-2)和位于其左侧且向左凸出的卡接方向向后的前卡接扣部(31-3);
第一座体(31) 的后段连接部(31c)包括位于其上侧右部的开口向上的后上 限位槽部(31-4)和位于其左侧且向左凸出的卡接方向向后的后卡接扣部(31-5);
第一座体 (31) 的盖板安装部 (31b) 的柱孔插接限位件 (31-10) 位于盖板 安装部 (31b) 的上侧右部边缘且沿上下向设置; 前侧柱孔插接限位件 (31-lOa) 和后侧柱孔插接限位件 (31-10b) 均由 2个插接限位柱 (31-10-1) 和 3个插接限 位孔 (31-10-2) 组成;
第一安装座 (30) 的盖板 (32) 的孔柱插接限位件 (32-8) 位于盖板 (32) 的下侧右部边缘且沿上下向设置, 盖板(32) 的前侧孔柱插接限位件(32-8a)和 后侧孔柱插接限位件 (32-8b) 均由 2个插接限位孔 (32-8-1) 和 3个插接限位柱 (32-8-2) 组成, 且盖板 (32) 的插接限位孔 (32-8-1) 与第一座体 (31) 的插接 限位柱 (31-10-1)相应设置, 盖板 (32)的插接限位柱 (32-8-2)与第一座体 (31) 的插接限位孔(31-10-2)相应设置;电热片(22)由其相应一端的一组限位孔(22-5) 分别套在相应的第一座体(31)的柱孔插接限位件(31-10)的插接限位柱(31-10-1) 和盖板 (32) 的孔柱插接限位件 (32-8) 的插接限位柱 (32-8-2) 上;
第一安装座 (30) 的盖板 (32) 还包括位于其上侧右部的开口向上的与第一 座体 (31) 的前上限位槽部 (31-2) 和后上限位槽部 (31-4) 相对应的上限位槽 (32-1); 盖板 (32) 的上限位槽 (32-1) 的截面形状与第一座体 (31) 的前上限 位槽部 (31-2) 和后上限位槽部 (31-4) 的截面形状相同, 且在左右向和上下向 上相互对齐, 盖板 (32) 的上限位槽 (32-1) 位于第一座体 (31) 的前上限位槽 部 (31-2) 和后上限位槽部 (31-4) 之间, 从而第一座体 (31) 的前上限位槽部 (31-2)、盖板 (32)的上限位槽 (32-1)和第一座体 (31)的后上限位槽部 (31-4) 形成贯通第一安装座 (30) 的上部限位槽 (30-1);
第二座体 (41) 还包括位于其下侧左部的开口向下的贯通其前后的下部限位 槽 (41-1);
第二座体(41) 的前段连接部(41a)包括位于其上侧左部的开口向上的前上 限位槽部(41-2)和位于其右侧且向右凸出的卡接方向向前的前卡接扣部(41-3), 且前卡接扣部 (41-3) 与第一座体 (31) 的前卡接扣部 (31-3) 相对应, 使用时 第二座体(41)的前卡接扣部(41-3)与相应的相邻的电热式组件的第一座体(31) 的前卡接扣部 (31-3) 形成相互间在前后方向上的插接配合, 从而形成该电热式 组件与相应的相邻的相同结构的电热式组件在前后方向和左右方向上的固定连 接;
第二座体(41) 的后段连接部(41e)包括位于其上侧左部的开口向上的后上 限位槽部(41-4)和位于其右侧且向右凸出的卡接方向向前的后卡接扣部(41-5), 且后卡接扣部 (41-5) 与第一座体 (31) 的后卡接扣部 (31-5) 相对应, 使用时 第二座体(41)的后卡接扣部(41-5)与相应的相邻的电热式组件的第一座体(31) 的后卡接扣部 (31-5) 形成相互间在前后方向上的插接配合, 从而形成该电热式 组件与相应的相邻的相同结构的电热式组件在前后方向和左右方向上的固定连 接;
第二座体(41) 的中段连接部(41c)包括位于其上侧左部的开口向上的中上 限位槽部 (41-6); 第二座体(41) 的第一盖板安装部 (41b) 的前柱孔插接限位件(41-9)位于 第一盖板安装部(41b)的上侧左部边缘且沿上下向设置; 所述的前柱孔插接限位 件 (41-9) 由 2个前插接限位柱 (41-9-1) 和 3个前插接限位孔 (41-9-2) 组成; 第二座体 (41) 的第二盖板安装部 (41d) 的后柱孔插接限位件 (41-18) 位 于第二盖板安装部(41d)的上侧左部边缘且沿上下向设置; 所述的后柱孔插接限 位件 (41-18) 由 2个后插接限位柱 (41-18-1) 和 3个后插接限位孔 (41-18-2) 组成;
第二安装座(40)的前盖板(42a)的孔柱插接限位件(42-6)位于前盖板(42a) 的下侧右部边缘且沿上下向设置; 所述的孔柱插接限位件 (42-6) 由 2个插接限 位孔 (42-6-1)和 3个插接限位柱 (42-6-2) 组成, 且分别与第二座体 (41) 的第 一盖板安装部 (41b) 的前插接限位柱 (41-9-1) 和前插接限位孔 (41-9-2) 相应 设置; 前侧电热片 (22) 由其相应一端的一组限位孔 (22-5) 分别套在相应的第 二座体(41 )的前柱孔插接限位件(41-9)的前插接限位柱(41-9-1 )和前盖板(42a) 的孔柱插接限位件 (42-6) 的插接限位柱 (42-6-2) 上;
第二安装座(40)的后盖板(42b)的孔柱插接限位件(42-6)位于后盖板(42b) 的下侧右部边缘且沿上下向设置; 所述的孔柱插接限位件 (42-6) 由 2个插接限 位孔 (42-6-1)和 3个插接限位柱 (42-6-2) 组成, 且分别与第二座体 (41) 的第 二盖板安装部 (41d) 的后插接限位柱 (41-18-1) 和后插接限位孔 (41-18-2) 相 应设置; 后侧电热片 (22) 由其相应一端的一组限位孔 (22-5) 分别套在相应的 第二座体(41) 的后柱孔插接限位件(41-18) 的后插接限位柱(41-18-1)和后盖 板 (42b) 的孔柱插接限位件 (42-6) 的插接限位柱 (42-6-2) 上;
第二安装座 (40) 的盖板 (42) 还包括位于其上侧左部的开口向上的与第二 座体(41)的前上限位槽部(41-2)、后上限位槽部(41-4)和中上限位槽部(41-6) 相对应的上限位槽 (42-1); 盖板 (42) 的上限位槽 (42-1) 的截面形状与第二座 体(41) 的前上限位槽部(41-2)、 后上限位槽部(41-4)和中上限位槽部(41-6) 的截面形状相同,且在左右向和上下向上相互对齐,各盖板 (42)的上限位槽 (42-1) 分别位于相应的第二座体 (41) 的前上限位槽部 (41-2)、 中上限位槽部 (41-6) 和后上限位槽部 (41-4) 之间, 从而第二座体 (41) 的前上限位槽部 (41-2)、 盖 板 (42) 的上限位槽 (42-1)、 第二座体 (41) 的中上限位槽部 (41-6) 和第二座 体(41)的后上限位槽部(41-4)形成贯通第二安装座(40)的上部限位槽(40_1)。
5、 根据权利要求 4所述的电热式组件, 其特征在于: 第一座体(31) 的盖板 安装部(31b)还包括位于其右侧前部向右凸出且开口向上的火线线槽部(31-8)、 位于其右侧后部向右凸出且开口向上的零线线槽部(31-9)、位于其上侧右部前侧 且从左方靠近火线线槽部 (31-8) 的开口向上的火线线槽延伸部 (31-19-1 ) 和位 于其上侧右部后侧且从左方靠近零线线槽部 (31-9) 的开口向上的零线线槽延伸 部 (31-19-2);
盖板安装部(31b)的前侧下半插座部(31-6)包括铅垂设置的前端板(31-6-2) 和开口向上、 轴线沿前后向设置、 后端与外界相通的半圆柱形的前插头槽 ( 31-6-1 ), 前插头槽 (31-6-1 ) 的前端由上述前端板 (31-6-2) 封闭; 该前端板 (31-6-2)上设有开口向上、 轴线与前插头槽(31-6-1 ) 的轴线相同、 直径较小于 前插头槽 (31-6-1 ) 的半圆柱形的火线插针槽 (31-6-3 );
盖板安装部(31b)的后侧下半插座部(31-7)包括铅垂设置的前端板(31-7-2) 和开口向上、 轴线沿前后向设置、 后端与外界相通的半圆柱形的后插头槽 ( 31-7-1 ), 后插头槽 (31-7-1 ) 的前端由上述前端板 (31-7-2) 封闭; 该前端板 (31-7-2)上设有开口向上、 轴线与后插头槽(31-7-1 ) 的轴线相同、 直径较小于 后插头槽 (31-7-1 ) 的半圆柱形的零线插针槽 (31-7-3 );
盖板安装部 (31b ) 还包括位于其上侧后部边缘的开口向上的后插接槽 (31-11 )、 位于其左部边缘的 3个左侧台阶 (31-12)、 位于其上侧前部边缘的开 口向上的前插接槽 (31-13 ) 和位于其右部边缘前后向中部的右侧台阶 (31-14); 盖板安装部(31b)还包括位于其上侧的在前方靠近后侧边缘、在右方靠近左 侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的半包围条状凸起平 台 (31-15 ), 且半包围条状凸起平台 (31-15 ) 通过前侧下半插座部 (31-6) 和后 侧下半插座部 (31-7) 相连通, 前侧下半插座部 (31-6) 的上端面和后侧下半插 座部 (31-7) 的上端面均与半包围条状凸起平台 (31-15 ) 的上端面位于同一平面 内;
盖板安装部(31b)还包括位于其上侧左部的从右方靠近半包围条状凸起平台
(31-15 )的沿上下向设置的 1组柱孔插接件 (31-16);所述 1组柱孔插接件 (31-16) 由 2个插接柱 (31-16-1 ) 和 4个插接孔 (31-16-2) 组成; 盖板安装部 (31b) 的 前腔体 (31-17) 与火线线槽部 (31-8) 的腔体相连通, 盖板安装部 (31b) 的后 腔体 (31-18 ) 与零线线槽部 (31-9) 的腔体相连通; 柱孔插接件 (31-16) 的 1 个插接柱(31-16-1 )为前腔体插接柱, 位于前腔体(31-17) 中且位于前侧下半插 座部 (31-6) 的前端板 (31-6-2) 的前方, 另 1 个插接柱 (31-16-1 ) 为后腔体插 接柱, 位于后腔体(31-18) 中且位于后侧下半插座部 (31-7) 的前端板(31-7-2) 的前方;
第一安装座 (30) 的盖板 (32) 还包括位于其下侧右部边缘前部且开口向下 的火线扣合部(32-6)和位于其下侧右部边缘后部且开口向下的零线扣合部(32-7) 位于其下侧右部边缘且沿上下向设置的 2组孔柱插接限位件 (32-8);
盖板(32) 的前侧上半插座部(32-4)包括铅垂设置的前端板(32-4-2)和开 口向下、 轴线沿前后向设置、 后端与外界相通的半圆柱形的前插头槽 (32-4-1), 前插头槽 (32-4-1) 的前端由上述前端板 (32-4-2) 封闭; 该前端板 (32-4-2) 的 上端设有开口向下、 轴线与前插头槽 (32-4-1) 的轴线相同、 直径较小于前插头 槽 (32-4-1) 的半圆柱形的火线插针槽 (32-4-3);
盖板(32) 的后侧上半插座部(32-5)包括铅垂设置的前端板(32-5-2)和开 口向下、 轴线沿前后向设置、 后端与外界相通的半圆柱形的后插头槽 (32-5-1), 后插头槽 (32-5-1) 的前端由上述前端板 (32-5-2) 封闭; 该前端板 (32-5-2) 的 下端设有开口向下、 轴线与后插头槽 (32-5-1) 的轴线相同、 直径较小于后插头 槽 (32-5-1) 的半圆柱形的零线插针槽 (32-5-3);
盖板(32)还包括位于其下侧后部边缘的向下设置的后插接板(32-9)、 位于 其下侧左部边缘的向下设置的 3块左限位板 (32-10)、 位于其下侧前部边缘的向 下设置的前插接板(32-11)和位于下侧右部边缘的向下设置的右限位板(32-12); 盖板 (32) 还包括位于其下侧的在前方靠近后侧边缘、 在右方靠近左侧边缘 和在后方靠近前侧边缘的连续设置且向下凸起的半包围压条 (32-13), 半包围压 条 (32-13) 的下端位于同一水平面上;
盖板(32)还包括位于其下侧左部的从右方靠近半包围压条(32-13) 的沿上 下向设置的 1组孔柱插接件 (32-14); 所述 1组孔柱插接件 (32-14) 由 2个插接 孔座 (32-14-1)和 4个插接柱 (32-14-2)组成; 盖板 (32)的孔柱插接件 (32-14) 的 2个插接孔座(32-14-1)均位于上部腔体(32-15) 中, 且其中的 1个插接孔座 (32-14-1) 为前侧插接孔座, 位于前侧上半插座部 (32-4) 的前端板 (32-4-2) 的前方, 另 1个插接孔座 (32-14-1) 为后侧插接孔座, 位于上半插座部 (32-5) 的前端板 (32-5-2) 的前方;
火线铜插针(21-3a) 的铜棒(21-3-1) 的直径与第一座体(31) 的前侧下半 插座部 (31-6) 的火线插针槽 (31-6-3) 的直径相同, 且火线铜插针 (21_3a) 的 铜棒 (21-3-1) 的尾部同轴线放置在第一座体 (31) 的前侧下半插座部 (31-6) 的火线插针槽 (31-6-3) 中, 火线铜插针 (21-3a) 的 L形铜片 (21_3_2) 的阻挡 片 (21-3-2a) 的下部位于第一座体 (31) 的前腔体 (31-17) 中且位于前侧下半 插座部(31-6)的前端板 (31-6-2)与前腔体插接柱(31-16-1)之间, L形铜片(21-3-2) 的连接片 (21-3_2b) 的下部位于前腔体 (31-17) 中; 火线铜插针 (21-3a) 的 L 形铜片(21-3-2)的阻挡片(21-3-2a)的上部位于盖板(32)的上部腔体(32-15) 中且位于前侧上半插座部 (32-4) 的前端板 (32-4-2) 与前侧插接孔座 (32-14-1) 之间, 火线铜插针 (21-3a) 的 L形铜片 (21-3-2) 的连接片 (21_3_2b) 的上部 位于盖板 (32) 的上部腔体 (32-15) 中;
盖板(32) 的前侧上半插座部(32-4) 的火线插针槽(32-4-3) 的直径与第一 座体(31) 的前侧下半插座部(31-6) 的火线插针槽(31-6-3) 的直径相同, 且两 者同轴线前后相互对齐而形成第一安装座 (30) 的火线插针孔; 盖板 (32) 由其 前侧上半插座部 (32-4) 的火线插针槽 (32-4-3) 扣合在火线铜插针 (21_3a) 的 铜棒(21-3-1)的尾部的上表面上,而使得第一安装座(30)与火线铜插针(21-3a) 的铜棒 (21-3-1) 紧配合固定在一起; 盖板 (32) 的前侧上半插座部 (32-4) 的 前插头槽(32-4-1) 的直径与第一座体(31) 的前侧下半插座部(31-6) 的前插头 槽 (31-6-1) 的直径相等, 且两者同轴线前后相互对齐而形成第一安装座 (30) 的开口向后的前插头孔 (30-2), 火线铜插针 (21-3a) 的铜棒 (21_3_1) 的头部 位于该前插头孔 (30-2) 中;
零线铜插针(21-3b) 的铜棒(21-3-1) 的直径与第一座体(31) 的后侧下半 插座部 (31-7) 的零线插针槽 (31-7-3) 的直径相同, 且零线铜插针 (21_3b) 的 铜棒 (21-3-1) 的尾部同轴线放置在第一座体 (31) 的后侧下半插座部 (31-7) 的零线插针槽 (31-7-3) 中, 零线铜插针 (21-3b) 的 L形铜片 (21_3_2) 的阻挡 片 (21-3-2a) 的下部位于第一座体 (31) 的后腔体 (31-18) 中且位于后侧下半 插座部(31-7)的前端板 (31-7-2)与后腔体插接柱(31-16-1)之间, L形铜片(21-3-2) 的连接片 (21-3_2b) 的下部位于后腔体 (31-18) 中; 零线铜插针 (21_3b) 的 L 形铜片 (21-3-2)的阻挡片 (21-3-2a)的上部位于盖板 (32)的上部腔体 (32-15) 中且位于后侧上半插座部 (32-5) 的前端板 (32-5-2) 与后侧插接孔座 (32-14-1) 之间, 零线铜插针 (21-3b) 的 L形铜片 (21-3-2) 的连接片 (21_3_2b) 的上部 位于盖板 (32) 的上部腔体 (32-15) 中;
盖板(32) 的后侧上半插座部(32-5) 的零线插针槽(32-5-3) 的直径与第一 座体(31) 的后侧下半插座部(31-7) 的零线插针槽(31-7-3) 的直径相同, 且两 者同轴线前后相互对齐而形成第一安装座 (30) 的零线插针孔; 盖板 (32) 由其 后侧上半插座部 (32-5) 的零线插针槽 (32-5-3) 扣合在零线铜插针 (21_3b) 的 铜棒(21-3-1)的尾部的上表面上,而使得第一安装座(30)与零线铜插针(21-3b) 的铜棒 (21-3-1) 紧配合固定在一起; 盖板 (32) 的后侧上半插座部 (32-5) 的 后插头槽(32-5-1) 的直径与第一座体(31) 的后侧下半插座部(31-7) 的后插头 槽 (31-7-1) 的直径相等, 且两者同轴线前后相互对齐而形成第一安装座 (30) 的开口向后的后插头孔 (30-3), 零线铜插针 (21-3b) 的铜棒 (21-3-1) 的头部 位于该后插头孔 (30-3) 中;
第一电线 (21-2a) 的左端依次设置在第一座体 (31) 的火线线槽部 (31-8) 的腔体中和火线线槽延伸部 (31-19-1) 的腔体中;
第二电线 (21-2b) 的左端依次设置在第一座体 (31) 的零线线槽部 (31-9) 的腔体中和零线线槽延伸部 (31-19-2) 的腔体中;
串联器件 (23) 位于第一座体 (31) 的前后向的中部的上表面上且位于盖板 (32) 的上部腔体 (32-15) 中;
盖板 (32) 的火线扣合部 (32-6) 扣合在第一电线 (21-2a) 的左端部位上, 位于第一座体 (31) 的火线线槽延伸部 (31-19-1) 的上方, 且与火线线槽延伸部 (31-19-1) 从上下方向共同夹紧第一电线 (21-2a) 的左端部位;
盖板 (32) 的零线扣合部 (32-7) 扣合在第二电线 (21-2b) 的左端部位上, 位于第一座体 (31) 的零线线槽延伸部 (31-19-2) 的上方, 且与零线线槽延伸部 (31-19-2) 从上下方向共同夹紧第二电线 (21-2b) 的左端部位;
盖板 (32) 的前侧孔柱插接限位件 (32-8a) 的 2个插接限位孔 (32-8-1) 分 别套在第一座体 (31) 的前侧柱孔插接限位件 (31-lOa) 的相应 1个插接限位柱 (31-10-1) 上, 前侧孔柱插接限位件 (32-8a) 的 3个插接限位柱 (32-8-2) 则分 别穿过前侧电热片 (22a) 左端的相应一个限位孔 (22-5) 而插入第一座体 (31) 的前侧柱孔插接限位件 (31-lOa) 的相应一个插接限位孔 (31-10-2) 中, 而使得 盖板(32) 的右部边缘的前侧下端面和第一座体(31) 的盖板安装部(31b) 的右 部边缘的前侧上端面分别从上下方向贴合在前侧电热片(22a)的左端的上下表面 上;
盖板 (32) 的后侧孔柱插接限位件 (32-8b) 的 2个插接限位孔 (32-8-1) 分 别套在第一座体 31 的后侧柱孔插接限位件 (31-10b) 的相应 1 个插接限位柱 (31-10-1) 上, 后侧孔柱插接限位件 (32-8b) 的 3个插接限位柱 (32-8-2) 则分 别穿过后侧电热片 (22b) 左端的相应一个限位孔 (22-5) 而插入第一座体 (31 ) 的后侧孔柱插接限位件(32-8b) 的相应一个插接限位孔(31-10-2) 中, 而使得盖 板(32) 的右部边缘的后侧下端面和第一座体(31 ) 的盖板安装部(31b) 的右部 边缘的后侧上端面分别从上下方向贴合在后侧电热片 ( 22b)的左端的上下表面上; 盖板(32)的后插接板(32-9)的下端位于第一座体(31 )的后插接槽(31-11 ) 中, 盖板 (32) 的 3块左限位板 (32-10) 的下端面与第一座体 (31 ) 的相应一个 左侧台阶 (31-12) 的上端面相接触, 盖板 (32) 的前插接板 (32-11 ) 的下端位 于第一座体 (31 ) 的前插接槽 (31-13 ) 中, 盖板 (32) 的右限位板 (32-12) 的 下端面与第一座体 (31 ) 的右侧台阶 (31-14) 的上端面相接触;
盖板 (32) 的孔柱插接件 (32-14) 的 2个插接孔座 (32-14-1 ) 分别从上方 套在第一座体(31 ) 的柱孔插接件(31-16) 的相应一个插接柱(31-16-1 )上, 盖 板(32) 的孔柱插接件(32-14) 的 4个插接柱(32-14-2)分别从上方插入第一座 体 (31 ) 的柱孔插接件 (31-16) 的相应一个插接孔 (31-16-2) 中;
盖板(32) 的半包围压条(32-13 )位于第一座体(31 ) 的半包围条状凸起平 台 (31-15 ) 的上方, 盖板 (32) 由其半包围压条 (32-13 ) 通过粘结剂粘结或者 加热熔接而与第一座体(31 ) 的半包围条状凸起平台 (31-15 )密封固定连接在一 起;
所述的第一盖板安装部(41b) 的第一下插头座部(41-7)包括沿上下向设置 的 2个第一插头插接限位柱(41-7-1 )和沿第一下插头座部(41-7)上侧的右侧边 缘和前侧边缘的向上设置的插接板 (41-7-2); 第一下插头座部 (41-7) 的左侧还 设有基本呈半圆弧形的开口向上的第一下插头槽(41-7-3 );第二盖板安装部(41d) 的第二下插头座部 (41-16 ) 包括沿上下向设置的 2 个第二插头插接限位柱
(41-16-1 )和沿第二下插头座部(41-16)上侧的右侧边缘和前侧边缘的向上设置 的第二插接板 (41-16-2); 第二下插头座部 (41-16) 的左侧还设有基本呈半圆弧 形的开口向上的第二下插头槽 (41-16-3 );
第二座体(41 )的第一盖板安装部(41b)还包括位于其左侧后部向左凸出且 开口向上的火线线槽部(41-8)、位于其上侧后部边缘的开口向上的第一后插接槽
(41-10)、 位于其右部边缘的前右侧台阶 (41-11 )和位于其上侧前部边缘的开口 向上的第一前插接槽 (41-12);
第一盖板安装部(41b)还包括位于其上侧的在前方靠近后侧边缘、在左方靠 近右侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的前半包围条状 凸起平台(41-13 )、位于其上侧右部的从左方靠近前半包围条状凸起平台(41-13 ) 的沿上下向设置的 1组前柱孔 (41-14); 所述 1组前柱孔 (41-14) 由 2个插接孔 (41-14-1 ) 组成; 第一盖板安装部 (41b) 还包括位于其上侧的左右向中部的第 一腔体(41-15 ), 且所述第一腔体(41-15 )与火线线槽部(41-8) 的腔体相连通; 前柱孔 (41-14) 的 1个插接孔 (41-14-1 ) 位于第一腔体 (41-15 ) 中且位于第一 盖板安装部 (41b) 的前部, 另 1个插接孔 (41-14-1 ) 位于第一腔体 (41-15 ) 中 且位于第一盖板安装部 (41b) 的后部;
第二盖板安装部(41d)还包括位于其左侧后部向左凸出且开口向上的零线线 槽部 (41-17)、 位于其上侧后部边缘的开口向上的第二后插接槽 (41-19)、 位于 其右部边缘的后右侧台阶(41-20)和位于其上侧前部边缘的开口向上的第二前插 接槽 (41-21 );
第二盖板安装部(41d)还包括位于其上侧的在前方靠近后侧边缘、在左方靠 近右侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的后半包围条状 凸起平台(41-22)、位于其上侧右部的从左方靠近后半包围条状凸起平台(41-22) 的沿上下向设置的 1组后柱孔 (41-23 ); 所述 1组后柱孔 (41-23 ) 由 2个插接孔
41-23-1组成: 第二盖板安装部 (41d) 还包括位于其上侧的左右向中部的第二腔 体(41-24), 且所述第二腔体(41-24)与零线线槽部(41-17) 的腔体相连通; 后 柱孔 (41-23 ) 的 1个插接孔 (41-23-1 ) 位于第二腔体 (41-24) 中且位于第二盖 板安装部 (41d) 的前部, 另 1个插接孔 (41-23-1 ) 位于第二腔体 (41-24) 中且 位于第二盖板安装部 (41d) 的后部;
盖板(42)还包括位于其下侧左部边缘后部且开口向下的线槽扣合部(42-5 ); 盖板(42)的上插头座部(42-4)包括沿上下向设置的 2个插头插接限位柱(42-4-1 ) 和沿上插头座部 (42-4)下侧的右侧边缘和前侧边缘的向下设置的插接板 (42-4-2); 盖板(42)还包括位于其下侧后部边缘的向下设置的后插接板(42-7)、 位于 其下侧右部边缘的向下设置的 2块右限位板 (42-8) 和位于其下侧前部边缘的向 下设置的前插接板 (42-9);
盖板 (42) 还包括位于其下侧右部的从左方靠近右限位板 (42-8) 的沿上下 向设置的 1组插接件(42-10); 所述插接件(42-10) 由 2个插接柱(42-10-1 )组 成; 盖板 (42) 还包括位于其下侧的左右向中部的下部腔体 (42-11 );
盖板 (42) 还包括位于其下侧的在前方靠近后侧边缘、 在左方靠近右侧边缘 和在后方靠近前侧边缘的连续设置且向下凸起的三角形的半包围压条 (42-12), 半包围压条 (42-12) 的下端位于同一水平面上;
插头 (43) 的插头基座 (43-1) 的下侧设有与第一下插头座部 (41-7) 的第一 插头插接限位柱(41-7-1)相应的开口向下的下孔座(43-1-1); 插头基座(43-1) 的上侧设有与盖板(42) 的上插头座部(42-4) 的插头插接限位柱(42-4-1)相应 的开口向上的上孔座(43-1-2); 插头基座(43-1)的下侧前部靠近前侧边缘的后 部和靠近右侧边缘的左部设有与第一下插头座部(41-7)的插接板(41-7-2)相应 的下插接槽(43-1-3); 插头基座(43-1)的上侧前部靠近前侧边缘的后部和靠近 右侧边缘的左部设有与盖板(42) 的上插头座部(42-4) 的插接板(42-4-2)相应 的上插接槽(43-1-4); 插头基座(43-1)的左侧中部设有向左凸出的基本呈圆柱 形的扣合部 (43-1-5);
火线插头(43a) 由其插头基座(43-1) 的下孔座(43_1_1)套在第一下插头 座部 (41-7) 的第一插头插接限位柱(41-7-1)上, 第一下插头座部 (41-7) 的插 接板 (41-7-2) 插入相应的火线插头 (43a) 的下插接槽 (43_1_3) 中; 插头基座
(43-1) 的扣合部 (43-1-5) 的下部位于第一下插头座部 (41-7) 的第一下插头 槽 (41-7-3) 中, 并与第一下插头座部 (41-7) 的第一下插头槽 (41-7-3) 的内壁 紧密贴合; 插头基座 (43-1) 的扣合部 (43-1-5) 的上部位于前盖板(42a) 的上 插头座部 (42-4) 的盖板插头槽 (42-4-3) 中, 并与前盖板 (42a) 的上插头座部
(42-4) 的盖板插头槽(42-4-3) 的内壁紧密贴合, 也即插头基座(43_1) 的扣合 部 (43-1-5)被压紧密闭固定在第二座体(41)与前盖板(42a)之间; 第一电线 (21-2a) 的右端设置在第二座体 (41) 的火线线槽部 (41-8) 的腔体中;
零线插头(43b) 由其插头基座(43-1) 的下孔座(43-1-1)套在第二下插头 座部 (41-16) 的第二插头插接限位柱 (41-16-1) 上, 第二下插头座部 (41-16) 的, 第二插接板 (41-16-2) 插入相应的零线插头 (43b) 的下插接槽 (43-1-3) 中; 插头基座 (43-1) 的扣合部 (43-1-5) 的下部位于第二下插头座部 (41-16) 的第二下插头槽 (41-16-3) 中, 并与第二下插头座部 (41-16) 的第二下插头槽
(41-16-3) 的内壁紧密贴合; 插头基座 (43-1) 的扣合部 (43-1-5) 的上部位于 后盖板(42b)的上插头座部(42-4)的盖板插头槽(42-4-3)中,并与后盖板(42b) 的上插头座部 (42-4)的盖板插头槽 (42-4-3)的内壁紧密贴合,也即插头基座 (43-1) 的扣合部 (43-1-5)被压紧密闭固定在第二座体(41)与前盖板(42a)之间; 第 二电线 (21-2b) 的右端设置在第二座体(41) 的零线线槽部 (41-17) 的腔体中; 前盖板 (42a) 的线槽扣合部 (42-5) 扣合在第一电线 (21_2a) 的右端部位 上, 且位于第二座体 (41) 的火线线槽的 (41-8) 的右端延伸部的上方, 且与该 右端延伸部从上下方向共同夹紧第一电线 (21-2a) 的右端部位;
后盖板 (42b) 的线槽扣合部 (42-5) 扣合在第二电线 (21-2b) 的右端部位 上, 且位于第二座体(41) 的零线线槽部 (41-17) 的右端延伸部的上方, 且与该 右端延伸部从上下方向共同夹紧第二电线 (21_2b) 的右端部位;
前盖板 (42a) 的孔柱插接限位件 (42-6) 的 2个插接限位孔 (42-6-1) 分别 套在第二座体(41)的前柱孔插接限位件(41-9)的相应 1个前插接限位柱(41-9-1) 上, 孔柱插接限位件(42-6) 的 3个插接限位柱(42-6-2)则分别穿过前侧电热片 (22a)右端的相应一个限位孔(22-5)而插入第二座体(41) 的前柱孔插接限位 件 (41-9) 的相应一个插接限位孔 (41-9-2) 中, 而使得前前盖板 (42a) 的左部 边缘的下端面和第二座体(41)的第一盖板安装部(41b)的左部边缘的上端面分 别从上下方向贴合在前侧电热片 (22a) 的右端的上下表面上;
后盖板 (42b) 的孔柱插接限位件 (42-6) 的 2个插接限位孔 (42-6-1) 分别 套在第二座体 (41) 的后柱孔插接限位件 (41-18) 的相应 1 个后插接限位柱 (41-18-1) 上, 孔柱插接限位件 (42-6) 的 3个插接限位柱 (42-6-2) 则分别穿 过后侧电热片 (22b)右端的相应一个限位孔(22-5)而插入第二座体(41) 的后 柱孔插接限位件(41-18)的相应一个插接限位孔(41-18-2)中,而使得后盖板(42b) 的左部边缘的下端面和第二座体(41)的第二盖板安装部(41d)的左部边缘的上 端面分别从上下方向贴合在后侧电热片 (22b) 的右端的上下表面上;
前盖板 (42a) 的上插头座部 (42-4) 的插头插接限位柱 (42-4-1) 插入相应 的火线插头 (43a) 的插头基座 (43-1) 的下孔座 (43_1_1) 中; 前盖板 (42a) 的上插头座部 (42-4) 的插接板 (42-4-2) 插入相应的火线插头 (43a) 的上插接 槽 (43-1-4) 中;
后盖板 (42b) 的上插头座部 (42-4) 的插头插接限位柱 (42-4-1) 插入相应 的零线插头 (43b) 的插头基座 (43-1) 的下孔座 (43-1-1) 中; 后盖板 (42b) 的上插头座部 (42-4) 的插接板 (42-4-2) 插入相应的零线插头 (43b) 的上插接 槽 (43-1-4) 中;
前盖板 (42a) 的后插接板 (42-7) 的下端位于第二座体 (41) 的第二后插接 槽(41-19)中, 后盖板(42b)的 2块右限位板(42-8)的下端面与第二座体(41) 的相应前右侧台阶 (41-11) 的上端面相接触, 前盖板 (42a) 的前插接板 (42-9) 的下端位于第二座体 (41) 的第一前插接槽 (41-12) 中; 后盖板(42b) 的后插接板 (42-7) 的下端位于第二座体(41) 的第一后插接 槽(41-10)中, 前盖板(42a)的 2块右限位板(42-8)的下端面与第二座体(41) 的相应后右侧台阶 (41-20) 的上端面相接触, 后盖板 (42b) 的前插接板 (42-9) 的下端位于第二座体 (41) 的第二前插接槽 (41-21) 中;
前盖板 (42a) 的插接件 (42-10) 的 2个插接柱 (42-10-1) 分别从上方套在 第二座体 (41) 的前柱孔 (41-14) 的相应一个插接孔 (41-14-1) 中;
后盖板 (42b) 的插接件 (42-10) 的 2个插接柱 (42-10-1) 分别从上方套在 第二座体 (41) 的后柱孔 (41-23) 的相应一个插接孔 (41-23-1) 中;
前盖板 (42a) 的半包围压条 (42-12) 位于第二座体 (41) 的前半包围条状 凸起平台 (41-13) 的上方, 前盖板 (42a) 由其半包围压条 (42-12) 通过粘结剂 粘结或者加热熔接而与第二座体(41) 的前半包围条状凸起平台 (41-13)密封固 定连接在一起;
后盖板 (42b) 的半包围压条 (42-12) 位于第二座体 (41) 的后半包围条状 凸起平台 (41-22) 的上方, 后盖板 (42b) 由其半包围压条 (42-12) 通过粘结剂 粘结或者加热熔接而与第二座体(41) 的后半包围条状凸起平台 (41-22)密封固 定连接在一起。
6、 根据权利要求 5所述的电热式组件, 其特征在于: 第一安装座(30) 的盖 板(32)还包括贯通其板体上下向的 2个通孔, 其中一个是注胶孔(32-2), 另一 个是排气孔(32-3);绝缘胶通过盖板(32)的注胶孔(32-2)注满第一安装座(30) 的主腔体中直至从排气孔(32-3) 中溢出, 从而使得包括串联器件(23)、 串联器 件(23)与 2片电热片 (22) 的电连接部位、 火线铜插针(21-3a) 的位于第一安 装座 (30) 的主腔体中的部位、 火线铜插针 (21-3a) 与第一电线 (21-2a) 的电 连接部位、 零线铜插针(21-3b) 的位于第一安装座(30) 的主腔体中的部位、 零 线铜插针 (21-3b) 与第二电线 (21-2b) 的电连接部位在内的所有电路裸露部位 均处于绝缘密封状态;
第二安装座 (40) 的盖板 (42) 还包括贯通其板体上下向的 2个通孔, 其中 一个是注胶孔 (42-2), 另一个是排气孔 (42-3); 绝缘胶通过各盖板 (42) 的注 胶孔 (42-2) 注满各盖板 (42) 与第二座体 (41) 形成的相应的空间中直至从排 气孔 (42-3) 中溢出, 从而使得包括铜构件 (24)、 各铜构件 (24) 与相应的电热 片 (22) 的电连接部位、 第一电线 (21-2a) 的右端部分和第二电线 (21_2b) 的 右端部分均处于绝缘密封状态。
7、 一种自发热式地板, 包括地板主体和电热式组件(200), 地板主体包括上 部主体(11)和底板(12), 地板主体由上部主体(11) 的下端面粘结固定在底板 (12) 的上端面上而构成; 自发热式地板的地板主体在前后两侧设有使用时用于 与相邻的自发热式地板相连接的连接部; 电热式组件(200)设置在上部主体(11) 和底板 (12) 之间; 其特征在于: 所述地板主体的左右两侧均设有属于电热式组 件( 200 )的供电插接件;上部主体 α 1 )的左右两侧各设有 1个插接限位部 α 1- 1 ),
2个插接限位部(11-1)按照所处的左右位置的不同而分为左插接限位部(11-11) 和右插接限位部 (11-12); 左右 2个插接限位部 (11-1) 均沿地板的短边方向贯 穿地板的上部主体 (11);
底板(12) 的左右两侧也各设有 1个与上部主体(11) 的插接限位部 (11-1) 相对应的插接支撑部 (12-1); 2个插接支撑部 (12-1)按照所处的左右位置不同 而分为左插接支撑部(12-11)和右插接支撑部(12-12); 2个插接支撑部(12-1) 均沿地板的短边方向贯穿底板(12); 底板(12)的中间部位的上表面分前后沿左 右方向设有 2条开口向上的上部凹槽(12-4), 该 2条上部凹槽(12-4)按照所处 的前后位置的不同分为上部前凹槽 (12_4a) 和上部后凹槽 (12_4b); 底板 (12) 还在其 2条上部凹槽 (12-4) 的朝向上方的槽壁上沿左右方向各设有 1条开口向 上的电线槽(12-5); 所述 2条电线槽(12-5)按照所处的上部凹槽(12-4) 的不 同分为前电线槽 (12-5a)和后电线槽 (12-5b), 2条电线槽 (12_5)和 2条上部 凹槽 (12-4) 均沿地板长边方向贯通底板 (12);
电热式组件包括电路装置 (20)、 第一安装座 (30) 和第二安装座 (40); 第 一安装座 (30) 是使用时由其插座部位与相邻的电热式组件的第二安装座 (40) 的插头部位相互密闭插接且电连接的部件; 第二安装座 (40) 是使用时由其插头 部位与相邻的电热式组件的第一安装座 (30) 的插座部位相互密闭插接且电连接 的部件;
电路装置 (20) 包括传输单元 (21)、 电热片 (22)、 串联器件 (23) 和铜构 件(24); 传输单元(21) 由火线单元(21a)和零线单元(21b)组成; 火线单元
(21a)和零线单元(21b)均包括依次电连接的铜套(21-1)、 传输件(21-2)和 铜插针(21-3); 传输件(21-2)为包覆有绝缘塑料包皮的单铜芯电线; 火线单元
(21a)的铜套(21-1)、传输件(21-2)和铜插针(21-3)依次为火线铜套(21-la)、 第一电线 (21-2a)和火线铜插针 (21-3a), 零线单元(21b) 的铜套 (21_1)、 传 输件 (21-2)和铜插针 (21-3)依次为零线铜套 (21-lb), 第二电线 (21-2b)和 零线铜插针 (21-3b); 电热片 (22) 为 2 片分前后在同一个平面上平行设置, 2 片电热片(22)按照所处的前后位置的不同而称为前侧电热片(22a)和后侧电热 片 (22b); 每片电热片 (22) 是在左右端各设置一个电极的薄片状密封防水式电 热器件; 串联器件 (23) 为温度开关或自恢复保险丝或铜导线;
铜构件(24)包括火线铜构件(24-1)和零线铜构件(24-2); 串联器件(23) 连接在 2片电热片(22)左端电极之间, 前侧电热片(22a) 的右端电极通过火线 铜构件 (24-1) 与火线单元 (21a) 电连接, 后侧电热片 (22b) 的右端电极通过 零线铜构件 (24-2) 与零线单元 (21b) 电连接;
第一安装座(30)包括均为注塑一体件的第一座体(31)和盖板(32); 盖板 (32) 从上向下配合安装在第一座体 (31) 上, 盖板 (32) 在其下侧后端、 下侧 左端和下侧前端与第一座体 (31) 固定连接在一起, 且在盖板 (32) 与第一座体 (31) 之间形成了第一安装座 (30) 的主腔体; 第一安装座 (30) 还包括位于其 左侧前部的前插座 (30-3) 和位于其左侧后部的后插座 (30-5); 前插座 (30-3) 和后插座 (30-5) 的插接方向均朝向同一个方向, 也即均朝向前后向的前方或后 方, 或均朝向左右向的左方; 前插座(30-3)和后插座(30-5)均由第一座体(31) 和盖板(32)相互配合后构成或者均单独设置在第一座体(31)上;前插座(30-3) 和后插座 (30-5) 均设有开口方向与插接方向一致的插接孔;
火线铜插针 (21-3a) 的插接部位设置在第一安装座 (30) 的前插座 (30-3) 中, 第一电线 (21-2a) 左端伸入第一安装座 (30) 的主腔体中且与火线铜插针 (21-3a) 电连接; 零线铜插针 (21-3b) 的插接部位设置在第一安装座 (30) 的 后插座 (30-4) 中, 第二电线 (21-2b)左端伸入第一安装座 (30) 的主腔体中且 与零线铜插针(21-3b) 电连接; 前侧电热片 (22a)位于第一电线 (21_2a) 的上 方, 前侧电热片(22a) 的左端被限位和夹紧在盖板(32)下侧右端前部与第一座 体 (31) 的上侧右端前部之间; 后侧电热片 (22b) 位于第二电线 (21-2b) 的上 方, 后侧电热片(22b) 的左端被限位夹紧在盖板(32)下侧右端后部与第一座体 (31) 的上侧右端后部之间; 串联器件(23)位于第一安装座(30) 的主腔体中; 第二安装座 (40) 包括第二座体 (41)、 2块盖板 (42) 和 2个插头 (43); 第二座体 (41)、 2块盖板 (42) 均为注塑一体件; 2块盖板 (42) 按其所处的前 后位置分为前盖板(42a)和后盖板(42b), 2个盖板(42)的结构形状基本相同; 2 个插头 (43) 按其所处的前后位置分为火线插头 (43a) 和零线插头 (43b); 2 个插头 (43) 的结构形状基本相同, 均为具有嵌件的注塑一体件; 前盖板(42)从上向下配合安装在第二座体(41)的前部上, 火线插头(43a) 嵌接固定在第二座体(41)和前盖板(42a)之间; 前盖板(42a)在其下侧后端、 下侧右端和下侧前端与第二座体(41) 固定连接在一起, 且在前盖板(42a)与第 二座体 (41) 之间形成第二安装座 (40) 的第一腔体;
后盖板(42b)从上向下配合安装在第二座体(41)的后部上,零线插头(43b) 嵌接固定在第二座体(41)和后盖板(42b)之间; 后盖板(42b)在其下侧后端、 下侧右端和下侧前端与第二座体(41) 固定连接在一起, 且在后盖板(42b)与第 二座体 (41) 之间形成第二安装座 (40) 的第二腔体;
火线插头 (43a) 和零线插头 (43b) 的插接方向均朝向同一个方向, 也即均 朝向前后向的后方或前方, 或均朝向左右向的右方;
电路装置(20)的火线单元(21a)的火线铜套(21-la)及第一电线(21_2a) 的端头相应的一小部分和相应的火线铜构件 (24-1) 的一端共同做为嵌件在火线 插头(43a)注塑时与火线插头(43a)形成一体, 且火线铜套(21_la) 的从火线 插头 (43a) 的所朝方向与外界相通; 火线铜构件 (24-1) 与前侧电热片 (22a) 的右端电极位于第一腔体中;
电路装置(20)的零线单元(21b)的零线铜套(21-lb)及第二电线(21-2b) 的端头相应的一小部分和相应的零线铜构件 (24-2) 的一端共同做为嵌件在零线 插头(43b)注塑时与零线插头(43b)形成一体, 且零线铜套(21-lb) 的从零线 插头 (43b) 的所朝方向与外界相通; 零线铜构件 (24-2) 与后侧电热片 (22b) 的右端电极位于第二腔体中;
前侧电热片 (22a) 的右端被限位和夹紧在前盖板 (42a) 下侧左端与第二座 体(41)的上侧左端前部之间;后侧电热片(22b)的右端被限位夹紧在后盖板(42b) 下侧左端与第二座体 (41) 的上侧左端后部之间;
电热式组件(200) 的 2片电热片 (22)设置在底板(12) 的相应的上部凹槽 (12-4) 中; 第一电线 (21_2a) 设置在底板 (12) 的前电线槽 (12_5a) 中; 第 二电线 (21-2b) 设置在底板 (12) 的后电线槽 (12-5b) 中; 第一安装座 (30) 固定在上部主体(11)的左插接限位部(11-11)与底板(12)的左插接支撑部(12-11) 之间; 第二安装座 (40) 固定在上部主体 (11) 的右插接限位部 (11-12) 与底板 (12) 的右插接支撑部 (12-12) 之间。
8、 根据权利要求 7所述的自发热式地板, 其特征在于: 自发热式地板 (1) 的地板主体前后两侧的连接部为可进行相应的插接配合的插接部位(13);位于自 发热式地板 (1) 的地板主体的前侧的插接部位 (13) 为插接榫 (13-1), 位于自 发热式地板 (1) 的地板主体的后侧的插接部位 (13) 为相应的插接槽 (13-2); 插接榫 (13-1) 是使用时与前侧相邻的自发热式地板的插接槽相互插接连接配合 的部位, 插接槽 (13-2) 是使用时与后侧相邻的相应的自发热式地板的插接榫相 互插接连接配合的部位;
上部主体 (11) 的基本形状为板状长方体形, 且上部主体 (11) 的左右两侧 为下部经过切削加工而形成的插接限位部 αι-ι), 上部主体(11)的前侧为上部 经过切削加工而形成的下部向前凸出的上插接榫(11-2), 以及上部主体(11)的 后侧为下部经过切削加工而形成的开口向后和向下的下部缺口 (11-3);
底板 (12) 的基本形状为板状长方体形, 且底板 (12) 的左右两侧为上部经 过切削加工而形成的插接支撑部(12-1), 底板(12)的前侧为下部经过切削加工 而形成的与上部主体 (11) 的上插接榫 (11-2)相应的上部向前凸出的下插接榫 (12-2), 底板(12)的后侧为上部经过切削加工而形成的与上部主体(11)的下 部缺口 (11-3)相应的开口向后和向上的上部缺口 (12-3);
底板 (12) 的下插接榫 (12-2) 与上部主体 (11) 的上插接榫 (11-2)共同 形成自发热式地板(1)的地板主体的插接榫( 13-1);底板( 12)的上部缺口( 12-3) 与上部主体 11的下部缺口 (11-3)共同形成自发热式地板 (1) 的地板主体的插 接槽 (13-2)。
9、 根据权利要求 8所述的自发热式地板, 其特征在于: 电热片(22)还包括 两组限位孔(22-5), 两组限位孔(22-5)分别相应设置在电热片 (22) 的左右两 端; 所述的一组限位孔 (22-5) 为 3至 8个在上下向上贯通的通孔;
第一座体(31) 为一体件, 包括前段连接部 (31a)、 盖板安装部 (31b)和后 段连接部 (31c), 前段连接部 (31a)、 盖板安装部 (31b) 和后段连接部 (31c) 依次相连;
盖板安装部 (31b) 包括前侧下半插座部 (31-6)、 后侧下半插座部 (31-7)、 前腔体 (31-17)、 后腔体 (31-18) 和 2组柱孔插接限位件 (31-10);
前侧下半插座部 (31-6)位于盖板安装部 (31b) 的左侧前部且向左凸出; 后 侧下半插座部 (31-7) 位于盖板安装部 (31b) 的左侧后部且向左凸出; 2组柱孔 插接限位件 (31-10) 沿上下向设置, 柱孔插接限位件 (31-10) 按照所处的前后 位置的不同分为前侧柱孔插接限位件(31-lOa)和后侧柱孔插接限位件(31-10b); 前腔体(31-17)位于盖板安装部(31b)的上侧前部的左右向中部;后腔体(31-18) 位于盖板安装部 (31b) 的上侧后部的左右向中部;
第一安装座 (30) 的盖板(32)包括前侧上半插座部 (32-4)、 后侧上半插座 部 (32-5)、 上部腔体 (32-15) 和 2组孔柱插接限位件 (32-8);
前侧上半插座部 (32-4) 位于盖板 (32) 左侧前部向左凸出, 且与盖板安装 部 (31b) 的前侧下半插座部 (31-6) 相对应; 后侧上半插座部 (32-5) 位于盖板 (32)左侧后部向左凸出, 且与盖板安装部 (31b) 的后侧下半插座部 (31-7)相 对应;
2组孔柱插接限位件 (32-8)沿上下向设置, 2组孔柱插接限位件 (32-8) 按 照所处的前后位置的不同分为前侧孔柱插接限位件(32-8a)和后侧孔柱插接限位 件 (32-8b); 盖板 (32) 的前侧孔柱插接限位件 (32-8a) 与第一座体 (31) 的前 侧柱孔插接限位件 (31-lOa) 相应, 形成相互插接配合; 盖板 (32) 的后侧孔柱 插接限位件 (32-8b) 与第一座体 (31) 的后侧柱孔插接限位件 (31-10b) 相应, 形成相互插接配合; 上部腔体 (32-15) 位于盖板 (32) 的下侧的左右向中部; 盖板(32)从上向下配合安装在第一座体(31) 的盖板安装部(31b)上而构 成第一安装座 (30), 且盖板(32) 的孔柱插接限位件(32-8)与相应的第一座体 (31) 的柱孔插接限位件 (31-10) 形成相互间插接配合;
电热片 (22) 由其各自左端的一组限位孔 (22-5) 分别设置在相应的第一座 体 (31) 的柱孔插接限位件 (31-10)和盖板 (32) 的孔柱插接限位件 (32-8)上; 盖板 (32) 的前侧上半插座部 (32-4) 与第一座体 (31) 的前侧下半插座部 (31-6)共同构成第一安装座(30)的位于其左侧前部且向左凸出的前插座(30-3) 且盖板(32)的前侧上半插座部(32-4)与第一座体(31)的前侧下半插座部(31-6) 共同形成第一安装座(30)的前插座(30-3)的开口向后插接孔(30-2);盖板(32) 的后侧上半插座部 (32-5) 与第一座体 (31) 的后侧下半插座部 (31-7) 共同构 成第一安装座 (30) 的位于其左侧后部且向左凸出的后插座 (30-5)且盖板(32) 的后侧上半插座部 (32-5) 与第一座体 (31) 的后侧下半插座部 (31-7) 共同形 成第一安装座 (30) 的后插座 (30-5) 的开口向后的插接孔 (30-4); 盖板 (32) 的上部腔体 (32-15) 与第一座体 (31) 的前腔体 (31-17) 和后腔体 (31-18) 相 互连通, 共同构成第一安装座 (30) 的主腔体;
电路装置 (20) 的传输单元 (21) 的左端和相应一端的串联器件 (23) 位于 第一安装座(30)的主腔体中;火线单元(21a)和零线单元(21b)的铜插针(21_3) 的头部分别位于第一安装座 (30) 的前插座 (30-3) 的插接孔 (30-2) 和后插座 (30-5) 的插接孔 (30-4) 中, 且与其同轴; 各铜插针 (21-3) 的尾部位于第一 安装座 (30) 的主腔体中; 盖板 (32) 的下侧与第一座体 (31) 的上侧相接触的 部分通过粘结剂粘结或者加热熔接而密封固定连接在一起, 且电路装置 (20) 的 相应一端的所有电路裸露部位位于第一安装座 (30) 的主腔体中; 电热片 (22) 的左端被限位夹紧固定在第一安装座 (30) 和盖板 (32) 之间;
第二安装座 (40) 包括第二座体 (41)、 盖板 (42) 和 2个插头 (43);
第二座体(41)为一体件, 包括前段连接部(41a)、 第一盖板安装部(41b)、 中段连接部(41c)、第二盖板安装部(41d)和后段连接部(41e);前段连接部(41a)、 第一盖板安装部(41b)、 中段连接部(41c)、 第二盖板安装部(41d)和后段连接 部 (41e) 依次相连;
第一盖板安装部 (41b) 包括第一下插头座部 (41-7) 和前柱孔插接限位件 (41-9); 第一下插头座部 (41-7) 位于第一盖板安装部 (41b) 的右部; 前柱孔 插接限位件 (41-9) 沿上下向设置;
第二盖板安装部 (41d) 的结构与第一盖板安装部 (41b) 的结构基本相同, 包括第二下插头座部 (41-16) 和后柱孔插接限位件 (41-18); 第二下插头座部 (41-16) 位于第二盖板安装部 (41d) 的右部; 后柱孔插接限位件 (41-18)沿上 下向设置;
第二安装座(40)的盖板(42)有 2块,按其所处的前后位置分为前盖板(42a) 和后盖板(42b), 2个盖板(42)的结构形状基本相同,均包括上插头座部(42-4)、 下部腔体(42-11)和孔柱插接限位件(42-6); 上插头座部(42-4)位于盖板(32) 左侧前部; 孔柱插接限位件 (42-6) 沿上下向设置, 孔柱插接限位件 (42-6) 与 第二座体 (41) 的前柱孔插接限位件 (41-9) 相应, 形成相互插接配合;
2 片电热片 (22) 由其各自右端的一组限位孔 (22-5) 分别套在相应的第二 座体 (41) 的前柱孔插接限位件 (41-9)、 后柱孔插接限位件 (41-18) 和相应的 盖板 (42) 的孔柱插接限位件 (42-6) 上; 下部腔体 (42-11) 位于盖板 (42) 下 侧的左右向中部;
第二安装座(40)的 2个插头(43)按其所处的前后位置分为火线插头(43a) 和零线插头(43b),两个插头(43)的结构形状基本相同,均包括插头基座(43-1) 和圆柱形插头(43-2); 插头(43)为具有嵌件的注塑一体件, 圆柱形插头(43-2) 的外形与第一安装座 (30) 的相应的插接孔 (30-2) 和插接孔 (30-4) 的形状相 对应, 且沿前后方向的轴线或左右方向的轴线设置; 电路装置 (20) 的传输单元 (21) 的铜套 (21-1) 及传输件 (21-2) 的端头相应的一小部分和相应的铜构件 (24) 的一端在插头基座 (43-1) 和圆柱形插头 (43-2) 注塑时形成一体, 且铜 套 (21-1) 的前部位于圆柱形插头 (43-2) 中与圆柱形插头 (43-2) 同轴设置且 从插头(43) 的所朝方向与外界相通, 铜套(21-1) 的后部位于插头基座(43-1) 中;
各盖板 (42) 从上向下配合安装在第二座体 (41) 的相应的第一盖板安装部 (41b)和第二盖板安装部(41d)上, 火线插头(43a)嵌接固定在第一盖板安装 部 (41b) 的第一下插头座部 (41-7) 和前盖板 (42a) 的上插头座部 (42-4) 中, 零线插头 (43b) 嵌接固定在第二盖板安装部 (41d) 的第二下插头座部 (41-16) 和后盖板(42b)的上插头座部(42-4)中,而构成第二安装座(40);前盖板(42a) 的下部腔体 (42-11) 则成为第二安装座 (40) 的第一腔体; 后盖板 (42b) 的下 部腔体 (42-11) 则成为第二安装座 (40) 的第二腔体;
电路装置 (20) 的传输单元 (21) 的右端和相应一端的铜构件 (24) 位于第 二安装座 (40) 的盖板 (32) 的下部腔体 (42-11) 中; 盖板 (42) 的下侧与第二 座体 (41) 的上侧相接触的部分通过粘结剂粘结或者加热熔接而密封固定连接在 一起; 电热片(22)的右端被限位夹紧固定在第二安装座(40)和相应的盖板(42) 之间。
10、 根据权利要求 9所述的自发热式地板, 其特征在于: 电路装置 (20) 的
2片电热片 (22) 均包括 1条方带状导电发热层 (22-1)、 2片电极铜皮 (22-2)、 起绝缘隔离和保护作用的含有玻璃纤维的环氧树脂外层 (22-3); 所述电极铜皮
(22-2) 为平面状 "L"形铜皮, 2片电极铜皮 (22-2)均由按照前后方向设置的 压贴段 (22-2-1) 和按照左右方向设置且位于左右向外侧的连接段 (22-2-2) 相 连构成, 2 片电极铜皮 (22-2) 分别从上方由其压贴段压贴在导电发热层的左端 和右端之上而相应作为左端电极铜片和右端电极铜片, 各电极铜皮 (22-2) 的连 接段位于左右方向的外侧; 环氧树脂外层 (22-3) 整体覆盖包围在导电发热层
(22-1) 及电极铜皮 (22-2) 的上下及四周; 环氧树脂外层 (22-3) 的包覆在电 极铜皮 (22-2) 的连接段处的部位通过机械加工而在其上表面设置露出电极铜皮
(22-2)的连接段的一部分的一个缺口, 再将该缺口设置成焊点(22-4); 串联器 件(23)的一端与前侧电热片(22a)的左端电极铜皮(22-2)的连接段(22_2_2) 处的焊点(22-4)的焊料焊接固定而使得前侧电热片(22)的左端电极铜皮(22-2) 与串联器件( 23 )的相应一端电连接;串联器件( 23 )的另一端与后侧电热片( 22b ) 的左端电极铜皮 (22-2) 的连接段 (22-2-2) 处的焊点 (22-4) 的焊料焊接固定 而使得后侧电热片 (22b) 的左端电极铜皮(22-2)与串联器件(23) 的另一端电 连接;
电路装置(20)的传输单元(21)的火线铜插针(21-3a)和零线铜插针(21-3b) 均包括铜棒 (21-3-1)和 L形铜片 (21-3-2): L形铜片 (21_3_2) 由左右向铅垂 设置的阻挡片(21-3-2a)和前后向铅垂设置的连接片(21-3_2b)首尾相连构成; 铜棒(21-3-1) 的尾部铆接固定在 L形铜片 (21-3-2) 的阻挡片 (21_3_2a)上而 构成相应的铜插针 (21-3), L 形铜片 (21-3-2) 的连接片 (21_3_2b) 的后端开 有用于进行电连接的连接孔; 第一电线(21-2a)的裸露出铜导线的左端头部穿过 火线铜插针 (21-3a) 的 L形铜片 (21_3_2) 的连接片 (21_3_2b) 的连接孔并焊 接在该连接片 (21-3_2b) 的后端部位而与火线铜插针 (21-3a) 电连接; 第二电 线 (21-2b) 的裸露出铜导线的左端头部穿过零线铜插针 (21-3b) 的 L 形铜片 (21-3-2) 的连接片 (21-3_2b) 的连接孔并焊接在该连接片 (21_3_2b) 的后端 部位而与零线铜插针(21-3b) 电连接; 串联器件(23)为温度开关; 铜构件(24) 为裸铜线;
第一电线(21_2a)的右端由其端头剥去一小段绝缘塑料包皮后的铜芯和火线 铜构件(24-1)的右端共同插入相应的火线铜套(21-la)的后端中然后通过压接 固定且电连接在相应的火线铜套(21-la)的后端上, 该部分结构共同做为嵌接在 火线插头(43a)注塑时与其形成一体; 火线铜构件(24-1) 的左端与前侧电热片 (22a) 的右端电极铜皮(22-2) 的连接段(22_2_2)处的焊点 (22-4) 的焊料焊 接固定而使得前侧电热片 (22a) 的右端电极铜皮 (22-2) 与火线铜构件 (24-1) 的左端电连接;
第二电线(21-2b)的右端由其端头剥去一小段绝缘塑料包皮后的铜芯和零线 铜构件(24-2)的右端插入相应的零线铜套(21-lb)的后端中然后通过压接固定 且电连接在相应的零线铜套(21-lb)的后端上; 该部分结构共同做为嵌接在零线 插头(43b)注塑时与其形成一体;零线铜构件(24-2)的左端与后侧电热片(22b) 的右端电极铜皮 (22-2) 的连接段 (22-2-2) 处的焊点 (22-4) 的焊料焊接固定 而使得后侧电热片 (22b) 的右端电极铜皮(22-2)与零线铜构件(24-2) 的左端 电连接。
11、 根据权利要求 10所述的自发热式地板, 其特征在于: 底板(12) 的左插 接限位部(11-11)的截面的下侧轮廓与第一安装座(30)的截面的上侧轮廓相应; 右插接限位部(11-12) 的截面的下侧轮廓与第二安装座(40) 的截面的上侧轮廓 相应;
底板 (12) 的左插接支撑部 (12-11) 的截面的上侧轮廓与第一安装座 (30) 的截面的下侧轮廓相应; 右插接支撑部(12-12)的截面的上侧轮廓与第二安装座 (40) 的截面的下侧轮廓相应;
第一座体 (31) 还包括位于其下侧右部的开口向下的贯通其前后的下部限位 槽 (31-1);
第一座体(31) 的前段连接部(31a)包括位于其上侧右部的开口向上的前上 限位槽部(31-2)和位于其左侧且向左凸出的卡接方向向后的前卡接扣部(31-3);
第一座体(31) 的后段连接部(31c)包括位于其上侧右部的开口向上的后上 限位槽部(31-4)和位于其左侧且向左凸出的卡接方向向后的后卡接扣部(31-5);
第一座体 (31) 的盖板安装部 (31b) 的柱孔插接限位件 (31-10) 位于盖板 安装部 (31b) 的上侧右部边缘且沿上下向设置; 前侧柱孔插接限位件 (31-lOa) 和后侧柱孔插接限位件 (31-10b) 均由 2个插接限位柱 (31-10-1) 和 3个插接限 位孔 (31-10-2) 组成;
第一安装座 (30) 的盖板 (32) 的孔柱插接限位件 (32-8) 位于盖板 (32) 的下侧右部边缘且沿上下向设置, 盖板(32) 的前侧孔柱插接限位件(32-8a)和 后侧孔柱插接限位件 (32-8b) 均由 2个插接限位孔 (32-8-1) 和 3个插接限位柱 (32-8-2) 组成, 且盖板 (32) 的插接限位孔 (32-8-1) 与第一座体 (31) 的插接 限位柱 (31-10-1)相应设置, 盖板 (32)的插接限位柱 (32-8-2)与第一座体 (31) 的插接限位孔(31-10-2)相应设置;电热片(22)由其相应一端的一组限位孔(22-5) 分别套在相应的第一座体(31)的柱孔插接限位件(31-10)的插接限位柱(31-10-1) 和盖板 (32) 的孔柱插接限位件 (32-8) 的插接限位柱 (32-8-2) 上;
第一安装座 (30) 的盖板 (32) 还包括位于其上侧右部的开口向上的与第一 座体 (31) 的前上限位槽部 (31-2) 和后上限位槽部 (31-4) 相对应的上限位槽 (32-1); 盖板 (32) 的上限位槽 (32-1) 的截面形状与第一座体 (31) 的前上限 位槽部 (31-2) 和后上限位槽部 (31-4) 的截面形状相同, 且在左右向和上下向 上相互对齐, 盖板 (32) 的上限位槽 (32-1) 位于第一座体 (31) 的前上限位槽 部 (31-2) 和后上限位槽部 (31-4) 之间, 从而第一座体 (31) 的前上限位槽部 (31-2)、盖板(32)的上限位槽(32-1)和第一座体(31)的后上限位槽部(31-4) 形成贯通第一安装座 (30) 的上部限位槽 (30-1); 第二座体 (41) 还包括位于其下侧左部的开口向下的贯通其前后的下部限位 槽 (41-1);
第二座体(41) 的前段连接部(41a)包括位于其上侧左部的开口向上的前上 限位槽部(41-2)和位于其右侧且向右凸出的卡接方向向前的前卡接扣部(41-3), 且前卡接扣部 (41-3) 与第一座体 (31) 的前卡接扣部 (31-3) 相对应, 使用时 第二座体(41)的前卡接扣部(41-3)与相应的相邻的电热式组件的第一座体(31) 的前卡接扣部 (31-3) 形成相互间在前后方向上的插接配合, 从而形成该电热式 组件与相应的相邻的相同结构的电热式组件在前后方向和左右方向上的固定连 接;
第二座体(41) 的后段连接部(41e)包括位于其上侧左部的开口向上的后上 限位槽部(41-4)和位于其右侧且向右凸出的卡接方向向前的后卡接扣部(41-5), 且后卡接扣部 (41-5) 与第一座体 (31) 的后卡接扣部 (31-5) 相对应, 使用时 第二座体(41)的后卡接扣部(41-5)与相应的相邻的电热式组件的第一座体(31) 的后卡接扣部 (31-5) 形成相互间在前后方向上的插接配合, 从而形成该电热式 组件与相应的相邻的相同结构的电热式组件在前后方向和左右方向上的固定连 接;
第二座体(41) 的中段连接部(41c)包括位于其上侧左部的开口向上的中上 限位槽部 (41-6);
第二座体(41) 的第一盖板安装部 (41b) 的前柱孔插接限位件(41-9)位于 第一盖板安装部(41b)的上侧左部边缘且沿上下向设置; 所述的前柱孔插接限位 件 (41-9) 由 2个前插接限位柱 (41-9-1) 和 3个前插接限位孔 (41-9-2) 组成; 第二座体 (41) 的第二盖板安装部 (41d) 的后柱孔插接限位件 (41-18) 位 于第二盖板安装部(41d)的上侧左部边缘且沿上下向设置; 所述的后柱孔插接限 位件 (41-18) 由 2个后插接限位柱 (41-18-1) 和 3个后插接限位孔 (41-18-2) 组成;
第二安装座(40)的前盖板(42a)的孔柱插接限位件(42-6)位于前盖板(42a) 的下侧右部边缘且沿上下向设置; 所述的孔柱插接限位件 (42-6) 由 2个插接限 位孔 (42-6-1)和 3个插接限位柱 (42-6-2) 组成, 且分别与第二座体 (41) 的第 一盖板安装部 (41b) 的前插接限位柱 (41-9-1) 和前插接限位孔 (41-9-2) 相应 设置; 前侧电热片 (22) 由其相应一端的一组限位孔 (22-5) 分别套在相应的第 二座体(41 )的前柱孔插接限位件(41-9)的前插接限位柱(41-9-1 )和前盖板(42a) 的孔柱插接限位件 (42-6) 的插接限位柱 (42-6-2) 上;
第二安装座(40)的后盖板(42b)的孔柱插接限位件(42-6)位于后盖板(42b) 的下侧右部边缘且沿上下向设置; 所述的孔柱插接限位件 (42-6) 由 2个插接限 位孔 (42-6-1)和 3个插接限位柱 (42-6-2) 组成, 且分别与第二座体 (41) 的第 二盖板安装部 (41d) 的后插接限位柱 (41-18-1) 和后插接限位孔 (41-18-2) 相 应设置; 后侧电热片 (22) 由其相应一端的一组限位孔 (22-5) 分别套在相应的 第二座体(41) 的后柱孔插接限位件(41-18) 的后插接限位柱(41-18-1)和后盖 板 (42b) 的孔柱插接限位件 (42-6) 的插接限位柱 (42-6-2) 上;
第二安装座 (40) 的盖板 (42) 还包括位于其上侧左部的开口向上的与第二 座体(41)的前上限位槽部(41-2)、后上限位槽部(41-4)和中上限位槽部(41-6) 相对应的上限位槽 (42-1); 盖板 (42) 的上限位槽 (42-1) 的截面形状与第二座 体(41) 的前上限位槽部(41-2)、 后上限位槽部(41-4)和中上限位槽部(41-6) 的截面形状相同,且在左右向和上下向上相互对齐,各盖板 (42)的上限位槽 (42-1) 分别位于相应的第二座体 (41) 的前上限位槽部 (41-2)、 中上限位槽部 (41-6) 和后上限位槽部 (41-4) 之间, 从而第二座体 (41) 的前上限位槽部 (41-2)、 盖 板 (42) 的上限位槽 (42-1)、 第二座体 (41) 的中上限位槽部 (41-6) 和第二座 体(41)的后上限位槽部(41-4)形成贯通第二安装座(40)的上部限位槽(40-1); 电热式组件(200) 的第一安装座(30) 由其上部限位槽(30-1)和下部限位 槽 (31-1) 卡接固定在上部主体 (11) 的左插接限位部 (11-11)和底板 (12) 的 左插接支撑部 (12-11) 之间; 电热式组件 (200) 的第二安装座 (40) 由其上部 限位槽 (40-1) 和下部限位槽 (41-1) 卡接固定在上部主体 (11) 的右插接限位 部(11-12)和底板(12) 的右插接支撑部(12-12)之间, 从而电热式组件(200) 的第一安装座(30)和第二安装座(40)做为自发热式地板(1) 的左右两侧相应 的供电插接件。
12、 根据权利要求 11所述的自发热式地板, 其特征在于: 第一座体(31) 的 盖板安装部 (31b) 还包括位于其右侧前部向右凸出且开口向上的火线线槽部 (31-8)、 位于其右侧后部向右凸出且开口向上的零线线槽部 (31-9)、 位于其上 侧右部前侧且从左方靠近火线线槽部 (31-8) 的开口向上的火线线槽延伸部 (31-19-1) 和位于其上侧右部后侧且从左方靠近零线线槽部 (31-9) 的开口向上 的零线线槽延伸部 (31-19-2);
盖板安装部(31b)的前侧下半插座部(31-6)包括铅垂设置的前端板(31-6-2) 和开口向上、 轴线沿前后向设置、 后端与外界相通的半圆柱形的前插头槽
( 31-6-1 ), 前插头槽 (31-6-1 ) 的前端由上述前端板 (31-6-2) 封闭; 该前端板 (31-6-2)上设有开口向上、 轴线与前插头槽(31-6-1 ) 的轴线相同、 直径较小于 前插头槽 (31-6-1 ) 的半圆柱形的火线插针槽 (31-6-3 );
盖板安装部(31b)的后侧下半插座部(31-7)包括铅垂设置的前端板(31-7-2) 和开口向上、 轴线沿前后向设置、 后端与外界相通的半圆柱形的后插头槽 ( 31-7-1 ), 后插头槽 (31-7-1 ) 的前端由上述前端板 (31-7-2) 封闭; 该前端板 (31-7-2)上设有开口向上、 轴线与后插头槽(31-7-1 ) 的轴线相同、 直径较小于 后插头槽 (31-7-1 ) 的半圆柱形的零线插针槽 (31-7-3 );
盖板安装部 (31b ) 还包括位于其上侧后部边缘的开口向上的后插接槽
(31-11 )、 位于其左部边缘的 3个左侧台阶 (31-12)、 位于其上侧前部边缘的开 口向上的前插接槽 (31-13 ) 和位于其右部边缘前后向中部的右侧台阶 (31-14); 盖板安装部(31b)还包括位于其上侧的在前方靠近后侧边缘、在右方靠近左 侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的半包围条状凸起平 台 (31-15 ), 且半包围条状凸起平台 (31-15 ) 通过前侧下半插座部 (31-6) 和后 侧下半插座部 (31-7) 相连通, 前侧下半插座部 (31-6) 的上端面和后侧下半插 座部 (31-7) 的上端面均与半包围条状凸起平台 (31-15 ) 的上端面位于同一平面 内;
盖板安装部(31b)还包括位于其上侧左部的从右方靠近半包围条状凸起平台 (31-15 )的沿上下向设置的 1组柱孔插接件 (31-16);所述 1组柱孔插接件 (31-16) 由 2个插接柱 (31-16-1 ) 和 4个插接孔 (31-16-2) 组成; 盖板安装部 (31b) 的 前腔体 (31-17) 与火线线槽部 (31-8) 的腔体相连通, 盖板安装部 (31b) 的后 腔体 (31-18 ) 与零线线槽部 (31-9) 的腔体相连通; 柱孔插接件 (31-16) 的 1 个插接柱(31-16-1 )为前腔体插接柱, 位于前腔体(31-17) 中且位于前侧下半插 座部 (31-6) 的前端板 (31-6-2) 的前方, 另 1 个插接柱 (31-16-1 ) 为后腔体插 接柱, 位于后腔体(31-18) 中且位于后侧下半插座部 (31-7) 的前端板(31-7-2) 的前方;
第一安装座 (30) 的盖板 (32) 还包括位于其下侧右部边缘前部且开口向下 的火线扣合部(32-6)和位于其下侧右部边缘后部且开口向下的零线扣合部(32-7) 位于其下侧右部边缘且沿上下向设置的 2组孔柱插接限位件 (32-8);
盖板(32) 的前侧上半插座部(32-4)包括铅垂设置的前端板(32-4-2)和开 口向下、 轴线沿前后向设置、 后端与外界相通的半圆柱形的前插头槽 (32-4-1), 前插头槽 (32-4-1) 的前端由上述前端板 (32-4-2) 封闭; 该前端板 (32-4-2) 的 上端设有开口向下、 轴线与前插头槽 (32-4-1) 的轴线相同、 直径较小于前插头 槽 (32-4-1) 的半圆柱形的火线插针槽 (32-4-3);
盖板(32) 的后侧上半插座部(32-5)包括铅垂设置的前端板(32-5-2)和开 口向下、 轴线沿前后向设置、 后端与外界相通的半圆柱形的后插头槽 (32-5-1), 后插头槽 (32-5-1) 的前端由上述前端板 (32-5-2) 封闭; 该前端板 (32-5-2) 的 下端设有开口向下、 轴线与后插头槽 (32-5-1) 的轴线相同、 直径较小于后插头 槽 (32-5-1) 的半圆柱形的零线插针槽 (32-5-3);
盖板(32)还包括位于其下侧后部边缘的向下设置的后插接板(32-9)、 位于 其下侧左部边缘的向下设置的 3块左限位板 (32-10)、 位于其下侧前部边缘的向 下设置的前插接板(32-11)和位于下侧右部边缘的向下设置的右限位板(32-12); 盖板 (32) 还包括位于其下侧的在前方靠近后侧边缘、 在右方靠近左侧边缘 和在后方靠近前侧边缘的连续设置且向下凸起的半包围压条 (32-13), 半包围压 条 (32-13) 的下端位于同一水平面上;
盖板(32)还包括位于其下侧左部的从右方靠近半包围压条(32-13) 的沿上 下向设置的 1组孔柱插接件 (32-14); 所述 1组孔柱插接件 (32-14) 由 2个插接 孔座 (32-14-1)和 4个插接柱 (32-14-2)组成; 盖板 (32)的孔柱插接件 (32-14) 的 2个插接孔座(32-14-1)均位于上部腔体(32-15) 中, 且其中的 1个插接孔座 (32-14-1) 为前侧插接孔座, 位于前侧上半插座部 (32-4) 的前端板 (32-4-2) 的前方, 另 1个插接孔座 (32-14-1) 为后侧插接孔座, 位于上半插座部 (32-5) 的前端板 (32-5-2) 的前方;
火线铜插针(21-3a) 的铜棒(21-3-1) 的直径与第一座体(31) 的前侧下半 插座部 (31-6) 的火线插针槽 (31-6-3) 的直径相同, 且火线铜插针 (21-3a) 的 铜棒 (21-3-1) 的尾部同轴线放置在第一座体 (31) 的前侧下半插座部 (31-6) 的火线插针槽 (31-6-3) 中, 火线铜插针 (21-3a) 的 L形铜片 (21_3_2) 的阻挡 片 (21-3-2a) 的下部位于第一座体 (31) 的前腔体 (31-17) 中且位于前侧下半 插座部(31-6)的前端板 (31-6-2)与前腔体插接柱(31-16-1)之间, L形铜片(21-3-2) 的连接片 (21-3_2b) 的下部位于前腔体 (31-17) 中; 火线铜插针 (21-3a) 的 L 形铜片(21-3-2)的阻挡片(21-3-2a)的上部位于盖板(32)的上部腔体(32-15) 中且位于前侧上半插座部 (32-4) 的前端板 (32-4-2) 与前侧插接孔座 (32-14-1) 之间, 火线铜插针 (21-3a) 的 L形铜片 (21-3-2) 的连接片 (21_3_2b) 的上部 位于盖板 (32) 的上部腔体 (32-15) 中;
盖板(32) 的前侧上半插座部(32-4) 的火线插针槽(32-4-3) 的直径与第一 座体(31) 的前侧下半插座部(31-6) 的火线插针槽(31-6-3) 的直径相同, 且两 者同轴线前后相互对齐而形成第一安装座 (30) 的火线插针孔; 盖板 (32) 由其 前侧上半插座部 (32-4) 的火线插针槽 (32-4-3) 扣合在火线铜插针 (21_3a) 的 铜棒(21-3-1)的尾部的上表面上,而使得第一安装座(30)与火线铜插针(21-3a) 的铜棒 (21-3-1) 紧配合固定在一起; 盖板 (32) 的前侧上半插座部 (32-4) 的 前插头槽(32-4-1) 的直径与第一座体(31) 的前侧下半插座部(31-6) 的前插头 槽 (31-6-1) 的直径相等, 且两者同轴线前后相互对齐而形成第一安装座 (30) 的开口向后的前插头孔 (30-2), 火线铜插针 (21-3a) 的铜棒 (21_3_1) 的头部 位于该前插头孔 (30-2) 中;
零线铜插针(21-3b) 的铜棒(21-3-1) 的直径与第一座体(31) 的后侧下半 插座部 (31-7) 的零线插针槽 (31-7-3) 的直径相同, 且零线铜插针 (21-3b) 的 铜棒 (21-3-1) 的尾部同轴线放置在第一座体 (31) 的后侧下半插座部 (31-7) 的零线插针槽 (31-7-3) 中, 零线铜插针 (21-3b) 的 L形铜片 (21_3_2) 的阻挡 片 (21-3-2a) 的下部位于第一座体 (31) 的后腔体 (31-18) 中且位于后侧下半 插座部(31-7)的前端板 (31-7-2)与后腔体插接柱(31-16-1)之间, L形铜片(21-3-2) 的连接片 (21-3_2b) 的下部位于后腔体 (31-18) 中; 零线铜插针 (21-3b) 的 L 形铜片(21-3-2)的阻挡片(21-3-2a)的上部位于盖板(32)的上部腔体(32-15) 中且位于后侧上半插座部 (32-5) 的前端板 (32-5-2) 与后侧插接孔座 (32-14-1) 之间, 零线铜插针 (21-3b) 的 L形铜片 (21-3-2) 的连接片 (21_3_2b) 的上部 位于盖板 (32) 的上部腔体 (32-15) 中;
盖板(32) 的后侧上半插座部(32-5) 的零线插针槽(32-5-3) 的直径与第一 座体(31) 的后侧下半插座部(31-7) 的零线插针槽(31-7-3) 的直径相同, 且两 者同轴线前后相互对齐而形成第一安装座 (30) 的零线插针孔; 盖板 (32) 由其 后侧上半插座部 (32-5) 的零线插针槽 (32-5-3) 扣合在零线铜插针 (21_3b) 的 铜棒(21-3-1)的尾部的上表面上,而使得第一安装座(30)与零线铜插针(21-3b) 的铜棒 (21-3-1) 紧配合固定在一起; 盖板 (32) 的后侧上半插座部 (32-5) 的 后插头槽(32-5-1) 的直径与第一座体(31) 的后侧下半插座部(31-7) 的后插头 槽 (31-7-1) 的直径相等, 且两者同轴线前后相互对齐而形成第一安装座 (30) 的开口向后的后插头孔 (30-3), 零线铜插针 (21-3b) 的铜棒 (21-3-1) 的头部 位于该后插头孔 (30-3) 中;
第一电线 (21-2a) 的左端依次设置在第一座体 (31) 的火线线槽部 (31-8) 的腔体中和火线线槽延伸部 (31-19-1) 的腔体中;
第二电线 (21-2b) 的左端依次设置在第一座体 (31) 的零线线槽部 (31-9) 的腔体中和零线线槽延伸部 (31-19-2) 的腔体中;
串联器件 (23) 位于第一座体 (31) 的前后向的中部的上表面上且位于盖板 (32) 的上部腔体 (32-15) 中;
盖板 (32) 的火线扣合部 (32-6) 扣合在第一电线 (21-2a) 的左端部位上, 位于第一座体 (31) 的火线线槽延伸部 (31-19-1) 的上方, 且与火线线槽延伸部 (31-19-1) 从上下方向共同夹紧第一电线 (21-2a) 的左端部位;
盖板 (32) 的零线扣合部 (32-7) 扣合在第二电线 (21-2b) 的左端部位上, 位于第一座体 (31) 的零线线槽延伸部 (31-19-2) 的上方, 且与零线线槽延伸部 (31-19-2) 从上下方向共同夹紧第二电线 (21-2b) 的左端部位;
盖板 (32) 的前侧孔柱插接限位件 (32-8a) 的 2个插接限位孔 (32-8-1) 分 别套在第一座体 (31) 的前侧柱孔插接限位件 (31-lOa) 的相应 1个插接限位柱 (31-10-1) 上, 前侧孔柱插接限位件 (32-8a) 的 3个插接限位柱 (32-8-2) 则分 别穿过前侧电热片 (22a) 左端的相应一个限位孔 (22-5) 而插入第一座体 (31) 的前侧柱孔插接限位件 (31-lOa) 的相应一个插接限位孔 (31-10-2) 中, 而使得 盖板(32) 的右部边缘的前侧下端面和第一座体(31) 的盖板安装部(31b) 的右 部边缘的前侧上端面分别从上下方向贴合在前侧电热片(22a)的左端的上下表面 上;
盖板 (32) 的后侧孔柱插接限位件 (32-8b) 的 2个插接限位孔 (32-8-1) 分 别套在第一座体 31 的后侧柱孔插接限位件 (31-10b) 的相应 1 个插接限位柱 (31-10-1) 上, 后侧孔柱插接限位件 (32-8b) 的 3个插接限位柱 (32-8-2) 则分 别穿过后侧电热片 (22b) 左端的相应一个限位孔 (22-5) 而插入第一座体 (31) 的后侧孔柱插接限位件(32-8b) 的相应一个插接限位孔(31-10-2) 中, 而使得盖 板(32) 的右部边缘的后侧下端面和第一座体(31) 的盖板安装部(31b) 的右部 边缘的后侧上端面分别从上下方向贴合在后侧电热片 (22b)的左端的上下表面上; 盖板(32)的后插接板(32-9)的下端位于第一座体(31)的后插接槽(31-11) 中, 盖板 (32) 的 3块左限位板 (32-10) 的下端面与第一座体 (31) 的相应一个 左侧台阶 (31-12) 的上端面相接触, 盖板 (32) 的前插接板 (32-11) 的下端位 于第一座体 (31) 的前插接槽 (31-13) 中, 盖板 (32) 的右限位板 (32-12) 的 下端面与第一座体 (31) 的右侧台阶 (31-14) 的上端面相接触;
盖板 (32) 的孔柱插接件 (32-14) 的 2个插接孔座 (32-14-1) 分别从上方 套在第一座体(31) 的柱孔插接件(31-16) 的相应一个插接柱(31-16-1)上, 盖 板(32) 的孔柱插接件(32-14) 的 4个插接柱(32-14-2)分别从上方插入第一座 体 (31) 的柱孔插接件 (31-16) 的相应一个插接孔 (31-16-2) 中;
盖板(32) 的半包围压条(32-13)位于第一座体(31) 的半包围条状凸起平 台 (31-15) 的上方, 盖板 (32) 由其半包围压条 (32-13) 通过粘结剂粘结或者 加热熔接而与第一座体(31) 的半包围条状凸起平台 (31-15)密封固定连接在一 起;
所述的第一盖板安装部(41b) 的第一下插头座部(41-7)包括沿上下向设置 的 2个第一插头插接限位柱(41-7-1)和沿第一下插头座部(41-7)上侧的右侧边 缘和前侧边缘的向上设置的插接板 (41-7-2); 第一下插头座部 (41-7) 的左侧还 设有基本呈半圆弧形的开口向上的第一下插头槽 (41-7-3);
第二盖板安装部 (41d) 的第二下插头座部 (41-16) 包括沿上下向设置的 2 个第二插头插接限位柱(41-16-1)和沿第二下插头座部(41-16)上侧的右侧边缘 和前侧边缘的向上设置的第二插接板 (41-16-2); 第二下插头座部 (41-16) 的左 侧还设有基本呈半圆弧形的开口向上的第二下插头槽 (41-16-3);
第二座体(41)的第一盖板安装部(41b)还包括位于其左侧后部向左凸出且 开口向上的火线线槽部(41-8)、位于其上侧后部边缘的开口向上的第一后插接槽
(41-10)、 位于其右部边缘的前右侧台阶 (41-11)和位于其上侧前部边缘的开口 向上的第一前插接槽 (41-12);
第一盖板安装部(41b)还包括位于其上侧的在前方靠近后侧边缘、在左方靠 近右侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的前半包围条状 凸起平台(41-13)、位于其上侧右部的从左方靠近前半包围条状凸起平台(41-13) 的沿上下向设置的 1组前柱孔 (41-14); 所述 1组前柱孔 (41-14) 由 2个插接孔
(41-14-1) 组成; 第一盖板安装部 (41b) 还包括位于其上侧的左右向中部的第 一腔体(41-15), 且所述第一腔体(41-15)与火线线槽部(41-8) 的腔体相连通; 前柱孔 (41-14) 的 1个插接孔 (41-14-1) 位于第一腔体 (41-15) 中且位于第一 盖板安装部 (41b) 的前部, 另 1个插接孔 (41-14-1) 位于第一腔体 (41-15) 中 且位于第一盖板安装部 (41b) 的后部;
第二盖板安装部(41d)还包括位于其左侧后部向左凸出且开口向上的零线线 槽部 (41-17)、 位于其上侧后部边缘的开口向上的第二后插接槽 (41-19)、 位于 其右部边缘的后右侧台阶(41-20)和位于其上侧前部边缘的开口向上的第二前插 接槽 (41-21 );
第二盖板安装部(41d)还包括位于其上侧的在前方靠近后侧边缘、在左方靠 近右侧边缘和在后方靠近前侧边缘的连续设置的向上凸起的等高的后半包围条状 凸起平台(41-22)、位于其上侧右部的从左方靠近后半包围条状凸起平台(41-22) 的沿上下向设置的 1组后柱孔 (41-23 ); 所述 1组后柱孔 (41-23 ) 由 2个插接孔 41-23-1组成: 第二盖板安装部 (41d) 还包括位于其上侧的左右向中部的第二腔 体(41-24), 且所述第二腔体(41-24)与零线线槽部(41-17) 的腔体相连通; 后 柱孔 (41-23 ) 的 1个插接孔 (41-23-1 ) 位于第二腔体 (41-24) 中且位于第二盖 板安装部 (41d) 的前部, 另 1个插接孔 (41-23-1 ) 位于第二腔体 (41-24) 中且 位于第二盖板安装部 (41d) 的后部;
盖板(42)还包括位于其下侧左部边缘后部且开口向下的线槽扣合部(42-5 ); 盖板(42)的上插头座部(42-4)包括沿上下向设置的 2个插头插接限位柱(42-4-1 ) 和沿上插头座部 (42-4)下侧的右侧边缘和前侧边缘的向下设置的插接板 (42-4-2);
盖板(42)还包括位于其下侧后部边缘的向下设置的后插接板(42-7)、 位于 其下侧右部边缘的向下设置的 2块右限位板 (42-8) 和位于其下侧前部边缘的向 下设置的前插接板 (42-9);
盖板 (42) 还包括位于其下侧右部的从左方靠近右限位板 (42-8) 的沿上下 向设置的 1组插接件(42-10); 所述插接件(42-10) 由 2个插接柱(42-10-1 )组 成; 盖板 (42) 还包括位于其下侧的左右向中部的下部腔体 (42-11 );
盖板 (42) 还包括位于其下侧的在前方靠近后侧边缘、 在左方靠近右侧边缘 和在后方靠近前侧边缘的连续设置且向下凸起的三角形的半包围压条 (42-12), 半包围压条 (42-12) 的下端位于同一水平面上;
插头 (43) 的插头基座 (43-1 ) 的下侧设有与第一下插头座部 (41-7) 的第一 插头插接限位柱(41-7-1 )相应的开口向下的下孔座(43-1-1 ); 插头基座(43-1 ) 的上侧设有与盖板(42) 的上插头座部(42-4) 的插头插接限位柱(42-4-1 )相应 的开口向上的上孔座(43-1-2); 插头基座(43-1 )的下侧前部靠近前侧边缘的后 部和靠近右侧边缘的左部设有与第一下插头座部(41-7)的插接板(41-7-2)相应 的下插接槽(43-1-3); 插头基座(43-1)的上侧前部靠近前侧边缘的后部和靠近 右侧边缘的左部设有与盖板(42) 的上插头座部(42-4) 的插接板(42-4-2)相应 的上插接槽(43-1-4); 插头基座(43-1)的左侧中部设有向左凸出的基本呈圆柱 形的扣合部 (43-1-5);
火线插头(43a) 由其插头基座(43-1) 的下孔座(43_1_1)套在第一下插头 座部 (41-7) 的第一插头插接限位柱(41-7-1)上, 第一下插头座部 (41-7) 的插 接板 (41-7-2) 插入相应的火线插头 (43a) 的下插接槽 (43_1_3) 中; 插头基座 (43-1) 的扣合部 (43-1-5) 的下部位于第一下插头座部 (41-7) 的第一下插头 槽 (41-7-3) 中, 并与第一下插头座部 (41-7) 的第一下插头槽 (41-7-3) 的内壁 紧密贴合; 插头基座 (43-1) 的扣合部 (43-1-5) 的上部位于前盖板(42a) 的上 插头座部 (42-4) 的盖板插头槽 (42-4-3) 中, 并与前盖板 (42a) 的上插头座部 (42-4) 的盖板插头槽(42-4-3) 的内壁紧密贴合, 也即插头基座(43_1) 的扣合 部 (43-1-5)被压紧密闭固定在第二座体(41)与前盖板(42a)之间; 第一电线 (21-2a) 的右端设置在第二座体 (41) 的火线线槽部 (41-8) 的腔体中;
零线插头(43b) 由其插头基座(43-1) 的下孔座(43-1-1)套在第二下插头 座部 (41-16) 的第二插头插接限位柱 (41-16-1) 上, 第二下插头座部 (41-16) 的, 第二插接板 (41-16-2) 插入相应的零线插头 (43b) 的下插接槽 (43-1-3) 中; 插头基座 (43-1) 的扣合部 (43-1-5) 的下部位于第二下插头座部 (41-16) 的第二下插头槽 (41-16-3) 中, 并与第二下插头座部 (41-16) 的第二下插头槽 (41-16-3) 的内壁紧密贴合; 插头基座 (43-1) 的扣合部 (43_1_5) 的上部位于 后盖板(42b)的上插头座部(42-4)的盖板插头槽(42-4-3)中,并与后盖板(42b) 的上插头座部 (42-4)的盖板插头槽 (42-4-3)的内壁紧密贴合,也即插头基座 (43-1) 的扣合部 (43-1-5)被压紧密闭固定在第二座体(41)与前盖板(42a)之间; 第 二电线 (21-2b) 的右端设置在第二座体(41) 的零线线槽部 (41-17) 的腔体中; 前盖板 (42a) 的线槽扣合部 (42-5) 扣合在第一电线 (21_2a) 的右端部位 上, 且位于第二座体 (41) 的火线线槽的 (41-8) 的右端延伸部的上方, 且与该 右端延伸部从上下方向共同夹紧第一电线 (21-2a) 的右端部位;
后盖板 (42b) 的线槽扣合部 (42-5) 扣合在第二电线 (21-2b) 的右端部位 上, 且位于第二座体(41) 的零线线槽部 (41-17) 的右端延伸部的上方, 且与该 右端延伸部从上下方向共同夹紧第二电线 (21_2b) 的右端部位;
前盖板 (42a) 的孔柱插接限位件 (42-6) 的 2个插接限位孔 (42-6-1) 分别 套在第二座体(41)的前柱孔插接限位件(41-9)的相应 1个前插接限位柱(41-9-1) 上, 孔柱插接限位件(42-6) 的 3个插接限位柱(42-6-2)则分别穿过前侧电热片 (22a)右端的相应一个限位孔(22-5)而插入第二座体(41) 的前柱孔插接限位 件 (41-9) 的相应一个插接限位孔 (41-9-2) 中, 而使得前前盖板 (42a) 的左部 边缘的下端面和第二座体(41)的第一盖板安装部(41b)的左部边缘的上端面分 别从上下方向贴合在前侧电热片 (22a) 的右端的上下表面上;
后盖板 (42b) 的孔柱插接限位件 (42-6) 的 2个插接限位孔 (42-6-1) 分别 套在第二座体 (41) 的后柱孔插接限位件 (41-18) 的相应 1 个后插接限位柱 (41-18-1) 上, 孔柱插接限位件 (42-6) 的 3个插接限位柱 (42-6-2) 则分别穿 过后侧电热片 (22b)右端的相应一个限位孔(22-5)而插入第二座体(41) 的后 柱孔插接限位件(41-18)的相应一个插接限位孔(41-18-2)中,而使得后盖板(42b) 的左部边缘的下端面和第二座体(41)的第二盖板安装部(41d)的左部边缘的上 端面分别从上下方向贴合在后侧电热片 (22b) 的右端的上下表面上;
前盖板 (42a) 的上插头座部 (42-4) 的插头插接限位柱 (42-4-1) 插入相应 的火线插头 (43a) 的插头基座 (43-1) 的下孔座 (43_1_1) 中; 前盖板 (42a) 的上插头座部 (42-4) 的插接板 (42-4-2) 插入相应的火线插头 (43a) 的上插接 槽 (43-1-4) 中;
后盖板 (42b) 的上插头座部 (42-4) 的插头插接限位柱 (42-4-1) 插入相应 的零线插头 (43b) 的插头基座 (43-1) 的下孔座 (43-1-1) 中; 后盖板 (42b) 的上插头座部 (42-4) 的插接板 (42-4-2) 插入相应的零线插头 (43b) 的上插接 槽 (43-1-4) 中;
前盖板 (42a) 的后插接板 (42-7) 的下端位于第二座体 (41) 的第二后插接 槽(41-19)中, 后盖板(42b)的 2块右限位板(42-8)的下端面与第二座体(41) 的相应前右侧台阶 (41-11) 的上端面相接触, 前盖板 (42a) 的前插接板 (42-9) 的下端位于第二座体 (41) 的第一前插接槽 (41-12) 中;
后盖板(42b) 的后插接板 (42-7) 的下端位于第二座体(41) 的第一后插接 槽(41-10)中, 前盖板(42a)的 2块右限位板(42-8)的下端面与第二座体(41) 的相应后右侧台阶 (41-20) 的上端面相接触, 后盖板 (42b) 的前插接板 (42-9) 的下端位于第二座体 (41) 的第二前插接槽 (41-21) 中;
前盖板 (42a) 的插接件 (42-10) 的 2个插接柱 (42-10-1) 分别从上方套在 第二座体 (41) 的前柱孔 (41-14) 的相应一个插接孔 (41-14-1) 中; 后盖板 (42b) 的插接件 (42-10) 的 2个插接柱 (42-10-1) 分别从上方套在 第二座体 (41) 的后柱孔 (41-23) 的相应一个插接孔 (41-23-1) 中;
前盖板 (42a) 的半包围压条 (42-12) 位于第二座体 (41) 的前半包围条状 凸起平台 (41-13) 的上方, 前盖板 (42a) 由其半包围压条 (42-12) 通过粘结剂 粘结或者加热熔接而与第二座体(41) 的前半包围条状凸起平台 (41-13)密封固 定连接在一起;
后盖板 (42b) 的半包围压条 (42-12) 位于第二座体 (41) 的后半包围条状 凸起平台 (41-22) 的上方, 后盖板 (42b) 由其半包围压条 (42-12) 通过粘结剂 粘结或者加热熔接而与第二座体(41) 的后半包围条状凸起平台 (41-22)密封固 定连接在一起。
13、 根据权利要求 12所述的自发热式地板, 其特征在于: 第一安装座 (30) 的盖板 (32) 还包括贯通其板体上下向的 2个通孔, 其中一个是注胶孔 (32-2), 另一个是排气孔 (32-3); 绝缘胶通过盖板 (32) 的注胶孔 (32-2) 注满第一安装 座(30)的主腔体中直至从排气孔(32-3)中溢出, 从而使得包括串联器件(23)、 串联器件(23)与 2片电热片 (22) 的电连接部位、 火线铜插针(21-3a) 的位于 第一安装座(30) 的主腔体中的部位、 火线铜插针(21-3a)与第一电线 (21-2a) 的电连接部位、零线铜插针(21-3b)的位于第一安装座(30)的主腔体中的部位、 零线铜插针 (21-3b) 与第二电线 (21-2b) 的电连接部位在内的所有电路裸露部 位均处于绝缘密封状态;
第二安装座 (40) 的盖板 (42) 还包括贯通其板体上下向的 2个通孔, 其中 一个是注胶孔 (42-2), 另一个是排气孔 (42-3); 绝缘胶通过各盖板 (42) 的注 胶孔 (42-2) 注满各盖板 (42) 与第二座体 (41) 形成的相应的空间中直至从排 气孔 (42-3) 中溢出, 从而使得包括铜构件 (24)、 各铜构件 (24) 与相应的电热 片 (22) 的电连接部位、 第一电线 (21-2a) 的右端部分和第二电线 (21_2b) 的 右端部分均处于绝缘密封状态。
PCT/CN2012/071812 2011-09-27 2012-03-01 自发热式地板及其电热式组件 WO2013044610A1 (zh)

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