WO2017097241A1 - 一种静电吸尘空气净化夹置电热膜地暖玻璃地板 - Google Patents

一种静电吸尘空气净化夹置电热膜地暖玻璃地板 Download PDF

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Publication number
WO2017097241A1
WO2017097241A1 PCT/CN2016/109094 CN2016109094W WO2017097241A1 WO 2017097241 A1 WO2017097241 A1 WO 2017097241A1 CN 2016109094 W CN2016109094 W CN 2016109094W WO 2017097241 A1 WO2017097241 A1 WO 2017097241A1
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WO
WIPO (PCT)
Prior art keywords
glass
film
floor
electric heating
layer
Prior art date
Application number
PCT/CN2016/109094
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English (en)
French (fr)
Inventor
徐宝安
Original Assignee
淄博环能海臣环保技术服务有限公司
徐宝安
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Application filed by 淄博环能海臣环保技术服务有限公司, 徐宝安 filed Critical 淄博环能海臣环保技术服务有限公司
Publication of WO2017097241A1 publication Critical patent/WO2017097241A1/zh

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
    • F24D13/00—Electric heating systems
    • F24D13/02—Electric heating systems solely using resistance heating, e.g. underfloor heating
    • F24D13/022—Electric heating systems solely using resistance heating, e.g. underfloor heating resistances incorporated in construction elements
    • F24D13/024—Electric heating systems solely using resistance heating, e.g. underfloor heating resistances incorporated in construction elements in walls, floors, ceilings
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00—Flooring
    • E04F15/02—Flooring or floor layers composed of a number of similar elements
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00—Flooring
    • E04F15/02—Flooring or floor layers composed of a number of similar elements
    • E04F15/02005—Construction of joints, e.g. dividing strips
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
    • F24D13/00—Electric heating systems
    • F24D13/02—Electric heating systems solely using resistance heating, e.g. underfloor heating
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F2290/00—Specially adapted covering, lining or flooring elements not otherwise provided for
    • E04F2290/02—Specially adapted covering, lining or flooring elements not otherwise provided for for accommodating service installations or utility lines, e.g. heating conduits, electrical lines, lighting devices or service outlets
    • E04F2290/023—Specially adapted covering, lining or flooring elements not otherwise provided for for accommodating service installations or utility lines, e.g. heating conduits, electrical lines, lighting devices or service outlets for heating
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
    • F24D2200/00—Heat sources or energy sources
    • F24D2200/08—Electric heater

Definitions

  • the present invention relates to an electrostatic dust-collecting air-cleaning laminated glass floor for an electric heating film, which belongs to the field of floor applications.
  • an electrostatic dust-cleaning air-cleaning laminated electric heating floor is proposed, and a high-voltage DC power source for use with the same, that is, a drag brush for cleaning dust.
  • the electric heating film is placed on the warm glass floor electrical connection slot, and the electric heating film is placed on the warm glass floor, and the electric connection is inserted diagonally, the electric heating film is placed on the warm glass floor electrical connection slot, and the electric heating film is placed on the socket.
  • the glass floor is electrically connected to the keys, corresponding to complementary adaptation. Adjacent to the surrounding two of the surrounding of the warm glass floor The side is provided with a recessed heat-insulating film to heat the glass floor electrical connection slot, and the recessed heat-insulating film is used to warm the glass floor electrical connection slot.
  • the concave surface of the socket is rectangular, or has a circular arc shape or a stepped shape;
  • the other adjacent sides of the membrane floor heating glass floor are provided with a convex electric heating film to heat the glass floor electrical connection, and the protruding convex electric heating film is used to warm the glass floor.
  • the convex surface of the glass key is rectangular or round. Curved, or stepped.
  • the deep-length recessed interlayer electric heating film is used to warm the glass floor electrical connection slot, and the closed pipe is formed by electrically connecting the pinned electric heating film to the warm glass floor, and the closed pipe is formed for positioning the power wire. groove.
  • the depth of the recessed glass floor electrical connection slot is greater than or equal to the length of the warm glass floor electrical connection key that sandwiches the electric heating film, and the sum of the thickness of the power supply wire disposed in the electrical connection slot of the warm glass floor.
  • the upper key groove surface of the electric glass floor electrical connection slot is placed on the electric heating film, or the key groove surface is inserted downward, or the upper key groove surface and the lower key groove surface are provided, and an electrical connection contact surface is provided.
  • the electric heating film is placed on the warm glass floor to electrically connect the upper key surface of the key, or the lower key surface, or the upper key surface and the lower key surface, and an electrical connection contact surface.
  • the electrically conductive material film layer and the electric glass floor electrical connection slot for sandwiching the electric heating film are realized, and the electric glass floor is electrically connected with the electric heating film.
  • the electrostatic dust cleaning air is placed on the back of the electrically insulating panel of the electric heating floor to warm the glass floor, and the conductive material layer and the electrically insulating bonding material film are bonded between the back surface of the warm glass floor substrate board and the electric heating film.
  • the layer, and the glass floor substrate board with the electric heating film are laminated and pressed in order. Both ends of the electrothermal film are provided with electrical connection electrodes electrically insulated from the film layer of the bonded conductive material.
  • the electrically insulating panel of the warm glass floor is a two-layer structure, that is, an electrically insulating panel layer and an intermediate transition electrically insulating composite layer.
  • the electrostatically insulated air purifying interlayer is provided with an electrically insulating panel for heating the glass floor, and a layer of a bonding conductive material is disposed between the intermediate transitional electrically insulating composite layer.
  • the electrostatic dust-collecting air cleaning is placed between the back side of the electric insulating panel of the electric heating floor and the intermediate layer of the intermediate electrical insulating composite board, and the glass floor panel is bonded to the middle by bonding the conductive material film layer
  • the ferroelectric insulated composite board layer is laminated and pressed in sequence.
  • the back side of the intermediate transition electric insulating composite board layer is compounded with an electric heating film, an intermediate transition electric insulating composite board layer having a back surface compounded with an electric heating film, and an electric insulating bonding material film between the anode surface of the warm glass floor substrate board with the electric heating film interposed therebetween
  • the layer, the electric glass floor substrate plate with the electric insulation sandwiching the electric heating film is sequentially laminated and pressed and formed.
  • Both ends of the electrothermal film are provided with electrical connection electrodes electrically insulated from the bonding film layer of the conductive material. Or electrostatic dust-collecting air-cleaning laminated electric heating film to warm the glass floor of the middle of the transitional electrically insulating composite board layer, and between the positive surface of the warm glass floor substrate board with the electric heating film, through the electrically insulating bonding material film layer, electric heating film The electrically insulating adhesive material film layer and the male surface of the warm glass floor substrate plate with the electric heating film interposed therebetween are sequentially laminated and bonded. Both ends of the electrothermal film are provided with electrical connection electrodes electrically insulated from the film layer of the bonded conductive material.
  • the electrostatic dust-collecting air cleaning is placed in the recessed glass floor electrical connection slot of the electric heating floor heating glass floor, firstly, the power supply wire is installed, and the power supply wire is electrically connected with the electrical connection electrode provided at both ends of the electric heating film. Then, install the protruding electric heating film to warm the glass floor electrical connection button, and install the power wire in the recessed glass floor electrical connection slot.
  • connection slot Purifying the electrical connection slot of the warm glass floor by placing an electric heating film through an electrostatic vacuum air, and electrically connecting the plug, and the other electrostatic dust cleaning corresponding to the electric heating film to heat the glass floor.
  • the connection slot is electrically connected to the electrical connection plug.
  • the joints that are electrically connected to each other are filled with an electrically insulating sealant, so that the joints of the electrical connection are waterproof, dustproof, electric Insulating sealants have good electrical insulation properties to prevent electrical breakdown and leakage.
  • An electrostatically-cleaning air-purifying electric heating film is used to heat a glass floor, and the conductive material film layer is bonded to the conductive adhesive film. Or a composite of a conductive material web and a conductive adhesive film. The surface of the conductive adhesive film bonded to the glass panel, or a decorative surface.
  • the conductive material web is a metal mesh or a carbon fiber mesh.
  • the back of the glass panel is bonded to the conductive substrate by a conductive material web, and is bonded to the surface of the glass substrate.
  • An electrostatic dust-collecting air-cleaning laminated electric heating film to warm a glass floor which is bonded to a conductive material film layer, is a composite conductive material film layer on the back of the glass panel, or a composite film layer of a positive surface of a glass substrate, or The composite conductive material film layer on the back of the glass panel and the conductive material film layer on the male side of the glass substrate board.
  • Glass The conductive material film layer of the glass floor is either a metal film layer compounded on the back surface of the glass panel or laminated on the male side of the glass substrate board, or a carbon film layer.
  • the conductive material film layer is directly bonded to the composite metal film layer by vacuum evaporation, silver mirror reaction, or spray coating or brush plating. Or an organic material film layer, a conductive carbon material film layer formed by dry distillation.
  • the conductive material film layer of the glass floor is combined with the glass adhesive film to form a bonded conductive material film layer.
  • the back of the glass panel is bonded to the male side of the glass substrate by a glass adhesive film. Or bonding a conductive material film layer, which is a conductive glass, and a composite layer of a glass adhesive film.
  • An electrostatic dust-collecting air purifying electric heating film is used to warm the glass floor, and the glass electric insulating surface plate of the glass floor is a tempered glass plate.
  • the back surface of the tempered glass plate is a light-transmitting conductive film, or the back surface of the tempered glass plate is a mirror surface, or a surface having a pattern.
  • the pattern is made by printing, printing, pasting, baking, and sanding.
  • an electrostatically insulated panel of an electrostatically cleaned glass floor that is electrostatically dust-cleaned, and has a two-layer structure, that is, an electrically insulating panel layer, and an intermediate transition electrically insulating composite layer. Electrostatic vacuum air purification is placed on the electric heating film.
  • the warm glass floor, between the electrically insulating panel and the intermediate transition electrically insulating composite layer, is provided with a bonding conductive material film layer.
  • the electrostatic dust-collecting air-cleaning laminated electric heating film is used to heat the glass floor of the composite layer on the back side of the electrically insulating panel, and the intermediate transitional electrical insulating composite layer is between the male surface, and the glass floor panel is bonded by bonding the conductive material film layer And the intermediate transitional electrical insulation composite layer, which is laminated and bonded in turn.
  • An electrostatic dust-collecting air purifying electric heating film is used to warm a glass floor, and the glass floor electric insulating base glass plate is at least one layer, and the glass floor electric insulating base glass plate is a tempered glass plate.
  • the glass floor electrical insulating substrate glass plate is a solid plate, or a hollow channel tube glass plate supported by glass ribs between the upper and lower layers.
  • An electrostatic dust-collecting air-cleaning electric heating film is used to warm a glass floor, and a glass panel and a conductive material film layer are bonded to a glass floor electrical connection slot, which are two similar electrically insulating base glass plates.
  • the glass plate of the laminated electrically insulating substrate composed of the small symmetric bonding is formed by concentric symmetry bonding with the film layer of the conductive material to form an electrostatic vacuum air cleaning and clamping the electric heating film to connect the annular key and the groove of the warm glass floor.
  • the thermal material web is combined with the electrically insulating bonding material film layer.
  • the electrothermal film is a carbon material film layer, or a metal film layer, or a metal electric heating wire, or a carbon fiber electric heating wire, or an electrothermal film made of a semiconductor functional plastic electrothermal material.
  • the electrode drawn from the electrothermal film is connected to the power lead.
  • the electric heating film is an electric heating wire mesh, or an electrothermal functional plastic mesh, or an electric heating carbon fiber mesh, or an electric heating carbon film mesh, or an electrothermal metal film mesh. Both ends of the electrothermal film are provided with an electrical connection electrode electrically insulated from the film layer of the bonding conductive material. Electrically connected to the electrode and electrically connected to the power lead.
  • the electrostatic dust-collecting air is cleaned by placing an electric heating film on the warm glass floor, and the recessed glass floor electrical connection slot is first installed with a power supply wire, and the power supply wire is electrically connected with the electrical connection electrode provided at both ends of the electric heating film. Then, install the protruding electric heating film to warm the glass floor electrical connection button, and install the power wire in the recessed glass floor electrical connection slot.
  • An electrostatic dust-collecting air-cleaning laminated electric heating film is used to warm the glass floor, and the conductive material film layer is connected with the positive electrode of the DC high-voltage generator, and the electric current is made to positively charge the conductive material film layer, through electrostatic induction, in the glass panel Surface sensing produces a negative charge that is used to electrostatically adsorb dust from the air and repel negative ions in the air into the air.
  • the operating voltage rating of the DC high voltage generator is proportional to the thickness of the electrically insulating panel.
  • the operating voltage rating of the DC high voltage generator is typically set at least 1000 volts.
  • An electrostatic vacuum air purification device is provided with an electric heating film to warm a glass floor, wherein the DC high voltage generator is a positive electric generator, or the DC high voltage generator is a positive and negative ion generator.
  • the positive electrode of the positive and negative ion generator is electrically connected with the conductive material film layer of the warm glass floor of the electrostatic dust cleaning and the electric heating film.
  • An electrostatic dust-collecting air cleaning electric heating film is used to warm the glass floor, and the electrostatic dust-collecting air is cleaned by the electric heating film to clean the surface of the glass floor to remove dust, and the power supply needs to be disconnected and discharged to the ground.
  • An electrostatic dust-collecting air purifying electric heating film to warm the glass floor, the brushing head is a silk material, or a synthetic fiber, a plastic scraper, a plastic roller material that generates negative electricity by friction with the panel. Or it can be charged, grounded and dischargeable conductor fiber, plastic scraper, plastic roller material, or conductor fiber, plastic scraper, plastic roller material for inductive charging, light discharge.
  • the invention has the advantages of various floors, and solves the problem that the dust caused by the convection of the floor heating circulation cannot be settled, causing indoor air pollution, and the floor static electricity has a good purifying effect on the air dust. It also has many advantages such as high color, high strength, environmental protection and energy saving. It provides a good modern product for the improvement of people's quality of life and energy saving. It is the development direction of the future floor.
  • FIG. 1 is a top plan view of an electrostatic dust-cleaning air-cleaning laminated electric heating floor heating glass floor according to the present invention
  • FIG. 2 is a top cross-sectional view of an electrostatic dust-cleaning air-filled electric heating floor heating glass floor according to the present invention
  • FIG. 3 is an electrostatic dust-cleaning air-cleaning electric heating film to warm the glass floor of the present invention.
  • FIG. 4 is a front cross-sectional view of an electrostatic dust-cleaning air-cleaning laminated electric floor heating glass floor according to the present invention;
  • FIG. 5 is an electrostatic dust-collecting air cleaning clamp of the present invention.
  • FIG. 6 is a front cross-sectional view of an electrostatic dust-cleaning air-filled electric heating floor heating glass floor according to the present invention; [0037] FIG. FIG.
  • FIG. 8 is a front cross-sectional view of a warm glass floor of an electrostatically-cleaning air-cleaning laminated electric heating film according to the present invention
  • FIG. 10 is a front cross-sectional view of a warm glass floor of an electrostatic dust-collecting electric heating film according to the present invention
  • FIG. 11 is a first aspect of the present invention
  • FIG. 12 is a top cross-sectional view of a warm glass floor of an electrostatic dust-collecting electric heating film according to the present invention
  • FIG. 14 is a front cross-sectional view of a warm glass floor of an electrostatically-cleaning air-cleaning laminated electric heating film according to the present invention
  • FIG. Figure 15 is a right side sectional view of an electrostatic dust-collecting electric heating film on a warm glass floor according to the present invention
  • Figure 16 is an electrostatic dust-cleaning air-cleaning electric heating film to warm a glass floor of the present invention.
  • FIG. 17 is a right side cross-sectional view of an electrostatic dust-cleaning air-cleaning laminated glass floor of the present invention
  • FIG. 18 is an electrostatic dust-cleaning air-cleaning sandwich of the present invention.
  • FIG. 19 is a front cross-sectional view of a warm glass floor of an electrostatically-cleaning air-cleaning laminated electric heating film according to the present invention
  • FIG. Figure 15 is a right side sectional view of an electrostatic dust-collecting electric heating film on a warm glass floor according to the present invention
  • Figure 16 is an electrostatic dust-cleaning
  • FIG. 19 is a top cross-sectional view of an electrostatic dust-cleaning air-filled electric heating floor heating glass floor according to the present invention
  • FIG. 20 is an electrostatic vacuum air purification process of the present invention.
  • 21 is a top plan view of an electrostatic dust-cleaning air-cleaning electric heating floor heating glass floor according to the present invention
  • FIG. 22 is a top cross-sectional view of an electrostatic dust-cleaning air-cleaning electric heating floor heating glass floor according to the present invention
  • FIG. 23 is a right side sectional view of an electrostatic dust-collecting and electric heating film to warm a glass floor according to the present invention
  • FIG. 24 is an electrostatic dust-collecting air-cleaning electric heating film heating method according to the present invention.
  • FIG. 25 is a left side cross-sectional view showing the installation of an electrostatic dust-collecting electric heating film on a warm glass floor according to the present invention.
  • FIG. 26 is a left side cross-sectional view showing the installation of an electrostatic dust-collecting and electric heating film on a warm glass floor according to the present invention.
  • FIG. 2, FIG. 3 and FIG. 4 are a first embodiment of an electrostatic dust-cleaning air-filled electric heating floor heating glass floor, as shown in the drawing: an electrostatic vacuum air purification clamping device
  • Electric heating floor heating glass floor including floor panel 1, floor substrate board 2, intermediate transition electrical insulation composite board layer 9, connection slot 5, connection plug 6 , electrostatic vacuum air purification sandwich electric heating film to warm the glass floor panel 1, is an electrically insulating glass panel, between the back of the electrically insulating glass panel 1 and the intermediate transitional electrically insulating composite board layer 9, is provided with a bonding conductive mesh film 3 and a conductive adhesive 4, and an intermediate transitional electrically insulating composite board layer 9 and interposed Electrothermal film to warm the glass floor substrate board 2 between the male side, with adhesive glue 8, electric heating film 10 and electrical insulation layer 11; floor panel 1, intermediate transitional electrical insulation composite board layer 9 and floor substrate board 2 are stacked one after another Press-bonding is formed, and both ends of the electrothermal film 10 are provided with electrical connection electrodes electrically insulated from
  • the electric heating film is placed on the warm glass floor electrical connection slot 5, and the electric heating film is placed on the warm glass floor, and the electrical connection key 6 is diagonally divided, and the electric heating film is placed on the warm glass floor electrical connection slot 5, and the interlayer is placed.
  • the concave surface of the electric heating glass floor electrical connection slot 5 is rectangular; the other adjacent sides of the warm glass floor are sandwiched by the electric heating film, and the heated glass floor electric connection key 6 is provided with a convex electric heating film.
  • the convex laminated electric heating film is used to warm the glass floor, and the convex surface of the electrical connection key 6 is rectangular; the deep long depression is placed on the electric heating film to warm the glass Glass floor, electrical connection slot 5, with a short protruding electric heating film, the warm glass floor is electrically connected with the inserting key 6 and the closed pipe is formed as a positioning groove for arranging the power wire; the recessed glass floor electrical connection plug The depth of the groove 5 is greater than or equal to the warm glass floor on which the electric heating film is placed, the length of the electrical connection pin 6, and the thickness of the power supply wire in the socket 5 of the warm glass floor which is sandwiched with the electric heating film;
  • the upper surface of the electric heating floor heating glass floor electrical connection slot 5 is provided with a high-voltage electric connection surface 7; the electric heating film is placed on the warm glass floor to electrically connect the upper key surface of the insertion key 6, and a high-voltage electric connection surface is provided. 7; realizing a conductive material film layer and a warm glass floor sandwich
  • FIG. 2, FIG. 5 and FIG. 6 are a second embodiment of an electrostatically-cleaned glass floor with an electrostatic dust-collecting electric heating film; as shown in the figure: the back of the electrically insulating panel of the floor panel 1, Through the grid film 3, the conductive adhesive 4 and the grid film 3 , a trapezoidal stack of the intermediate transition electrically insulating composite sheet layer 9 is press-bonded and formed.
  • the other is equivalent to Figure 1, Figure 2, Figure 3 and Figure 4.
  • FIG. 2, FIG. 7 and FIG. 8 are a third embodiment of an electrostatic precipitating air-cleaning laminated electric floor heating glass floor; as shown in the figure: the back of the electrically insulating glass panel 1 and the floor base Between the male faces of the material plate 2, the grid film 3, the conductive adhesive 4, the adhesive glue 8, the electrothermal film 10 and the electrically insulating layer 11 are laminated and bonded. Others are the same as in Figures 1, 2, 3 and 4.
  • FIG. 2, FIG. 9 and FIG. 10 are a fourth embodiment of an electrostatic dust-cleaning air-filled electric heating floor heating glass floor; as shown in the figure:
  • the floor substrate board 2 is composited with a floor base.
  • the composite panel 12, the other is equivalent to Figures 1, 2, 7 and 8.
  • FIG. 11, FIG. 12, FIG. 13 and FIG. 14 are a fifth embodiment of an electrostatically charged air-cleaning laminated electric floor heating warm glass floor; as shown in the figure: the back side of the electrically insulating panel of the floor panel 1, Through the grid film 3, the conductive paste 4 and the grid film 3, a trapezoidal stack of the intermediate transition electrically insulating composite sheet layer 9 is press-bonded and formed.
  • the floor substrate plate 2 is a hollow grooved pipe profile plate provided with pipe groove profile substrate pipe holes 12 supported between the upper and lower layers by ribs. Others are equivalent to Figure 1, Figure 2, Figure 3, and Figure 4.
  • FIG. 11, FIG. 12, FIG. 15 and FIG. 16 are a sixth embodiment of an electrostatic precipitating air-cleaning electric heating floor heating glass floor; as shown in the figure: the back of the electrically insulating glass panel 1 and the floor base Between the male faces of the material plate 2, the grid film 3, the conductive adhesive 4, the adhesive glue 8, the electrothermal film 10 and the electrically insulating layer 11 are laminated and bonded. Others are equal to Figure 11, Figure 12, Figure 13, and Figure 14. [0065] FIG. 17, FIG. 18, FIG. 19 and FIG.
  • FIGS. 20 are a seventh embodiment of an electrostatic precipitating air-cleaning and warming glass floor panel; as shown in the figure: the back side of the electrically insulating panel of the floor panel 1 is passed through The grid film 3 and the conductive paste 4 are press-bonded and formed with the trapezoidal stack of the intermediate transition electrically insulating composite sheet layer 9. Others are equivalent to Figures 1, 2, 3 and 4.
  • FIG. 21, FIG. 22, FIG. 23 and FIG. 24 are an eighth embodiment of an electrostatically charged air-cleaning laminated electric floor heating warm glass floor; as shown in the figure: the back side of the electrically insulating panel of the floor panel 1
  • the grid film 3 and the conductive paste 4 are press-bonded and formed with the trapezoidal stack of the intermediate transition electrically insulating composite sheet layer 9.
  • the floor substrate plate 2 is a hollow grooved pipe profile plate provided with pipe groove profile substrate pipe holes 12 supported between the upper and lower layers by ribs. The other is equivalent to Figure 1, Figure 2, Figure 3 and Figure 4.

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Abstract

一种静电吸尘空气净化夹置电热膜地暖玻璃地板，在玻璃面板（1）与基材板（2）之间，依次设有粘结导电材料膜层（3）、电绝缘粘结材料膜层（9）和电热膜（10），粘结导电材料膜层（3）产生静电，静电对空气粉尘有着良好的吸附作用，解决了地暖循环对流造成的粉尘不能沉降的问题。

Description

说明书 发明名称：一种静电吸尘空气净化夹置电热膜地暖玻璃地板 技术领域
[0001] 本发明涉及一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 属于地板应用领 域。
背景技术
[0002] 目前， 随着节能环保的需求， 低温热源采暖广泛普及， 地暖被广泛应用。 然而 ， 由于地暖是从底部供热， 则会产生自下而上的对流循环。 这样就会使灰尘始 终漂浮于空气中， 难以沉降。 使得室内空气污浊， 对人身健康产生了巨大危害 。 这就使得地暖虽然让人的体感舒适， 但是， 严重的室内空气悬浮物增多现象 ， 会使人体的健康受到极大的伤害， 成为人身健康的隐形杀手。 这就使得目前 ， 常用的地板品种如： 石材地板、 陶瓷地板、 竹、 木地板、 玻璃地板等， 应用 于低温地暖采暖吋， 不能解决室内空气污浊的问题。
技术问题
[0003] 常用的地板品种如： 石材地板、 陶瓷地板、 竹、 木地板、 玻璃地板等， 应用于 低温地暖采暖吋， 不能解决室内空气污浊的问题。 。
问题的解决方案
技术解决方案
[0004] 为了解决这一问题， 发明了静电吸尘空气净化夹置电热膜地暖玻璃地板， 以及 与之配套使用的高压直流电源， 即清扫灰尘用的拖刷。
[0005] 本发明解决其技术问题所采用的技术方案是： 一种静电吸尘空气净化夹置电热 膜地暖玻璃地板， 包括地板面板、 地板基材板、 连接插槽、 连接插键。 其静电 吸尘空气净化夹置电热膜地暖玻璃地板的面板， 为电绝缘玻璃面板， 与夹置电 热膜地暖玻璃地板基材板之间， 设有粘结导电材料膜层。
[0006] 夹置电热膜地暖玻璃地板电连接插槽， 和夹置电热膜地暖玻璃地板电连接插键 对角线分割， 夹置电热膜地暖玻璃地板电连接插槽， 和夹置电热膜地暖玻璃地 板电连接插键之间， 对应互补适配。 夹置电热膜地暖玻璃地板的周边的相邻两 边， 设有凹陷的夹置电热膜地暖玻璃地板电连接插槽， 凹陷的夹置电热膜地暖 玻璃地板电连接插槽的凹面为矩形， 或为圆弧形， 或为阶梯形； 夹置电热膜地 暖玻璃地板周边的另外相邻两边， 设有凸出的夹置电热膜地暖玻璃地板电连接 插键， 凸出的夹置电热膜地暖玻璃地板电连接插键的凸面为矩形， 或为圆弧形 ， 或为阶梯形。
[0007] 深度长的凹陷夹置电热膜地暖玻璃地板电连接插槽， 与凸出短的夹置电热膜地 暖玻璃地板电连接插键插装后， 形成的封闭管道， 为布置电源导线的定位槽。 凹陷的玻璃地板电连接插槽的深度， 大于、 等于夹置电热膜地暖玻璃地板电连 接插键的长度， 与夹置电热膜地暖玻璃地板电连接插槽内设置电源导线的粗度 之和。
[0008] 夹置电热膜地暖玻璃地板电连接插槽的上插键槽面， 或下插键槽面， 或上插键 槽面和下插键槽面， 设有电连接触面。 夹置电热膜地暖玻璃地板电连接插键的 上插键面， 或下插键面， 或上插键面和下插键面， 设有电连接触面。 实现导电 材料膜层与夹置电热膜地暖玻璃地板电连接插槽， 和夹置电热膜地暖玻璃地板 电连接插键电连接。
[0009] 静电吸尘空气净化夹置电热膜地暖玻璃地板的电绝缘面板背面， 与夹置电热膜 地暖玻璃地板基材板阳面之间， 通过粘结导电材料膜层、 电绝缘粘结材料膜层 ， 与复合有电热膜的玻璃地板基材板， 依次叠摞压合粘接成型。 电热膜的两端 ， 设有与粘结导电材料膜层之间电绝缘的电连接电极。 或静电吸尘空气净化夹 置电热膜地暖玻璃地板的电绝缘面板背面， 与夹置电热膜地暖玻璃地板基材板 阳面之间， 通过粘结导电材料膜层、 电绝缘粘结材料膜层、 电热膜、 电绝缘粘 结材料膜层、 玻璃地板基材板， 依次叠摞压合粘接成型。 电热膜的两端， 设有 与粘结导电材料膜层之间电绝缘的电连接电极。 或静电吸尘空气净化夹置电热 膜地暖玻璃地板的电绝缘面板为两层结构， 即电绝缘面板层和中间过渡电绝缘 复合板层。 静电吸尘空气净化夹置电热膜地暖玻璃地板的电绝缘面板， 与中间 过渡电绝缘复合板层之间， 设有粘结导电材料膜层。
[0010] 静电吸尘空气净化夹置电热膜地暖玻璃地板的电绝缘面板背面， 与中间过渡电 绝缘复合板层阳面之间， 通过粘结导电材料膜层， 将玻璃地板面板和与中间过 渡电绝缘复合板层， 依次叠摞压合粘接成型。 中间过渡电绝缘复合板层的背面 复合有电热膜， 背面复合有电热膜的中间过渡电绝缘复合板层， 与夹置电热膜 地暖玻璃地板基材板阳面之间， 通过电绝缘粘结材料膜层， 与电绝缘夹置电热 膜地暖玻璃地板基材板， 依次叠摞压合粘接成型。
[0011] 电热膜的两端， 设有与粘结导电材料膜层之间电绝缘的电连接电极。 或静电吸 尘空气净化夹置电热膜地暖玻璃地板的中间过渡电绝缘复合板层的背面， 与夹 置电热膜地暖玻璃地板基材板阳面之间， 通过电绝缘粘结材料膜层、 电热膜、 电绝缘粘结材料膜层， 与夹置电热膜地暖玻璃地板基材板的阳面， 依次叠摞压 合粘接成型。 电热膜的两端， 设有与粘结导电材料膜层之间电绝缘的电连接电 极。
[0012] 静电吸尘空气净化夹置电热膜地暖玻璃地板的凹陷玻璃地板电连接插槽内， 先 安装敷设电源导线， 并将电源导线与电热膜两端， 设有的电连接电极电连接后 ， 再安装敷设凸出的夹置电热膜地暖玻璃地板电连接插键， 将电源导线封装在 凹陷的玻璃地板电连接插槽内。
[0013] 通过一块静电吸尘空气净化夹置电热膜地暖玻璃地板的电连接插槽， 和电连接 插键， 与其它与之对应的另外静电吸尘空气净化夹置电热膜地暖玻璃地板的电 连接插槽， 和电连接插键相互插装电连接。
[0014] 在玻璃地板的电连接插槽， 和其它电连接插键， 相互插装电连接的接缝处， 填 充有电绝缘密封胶， 使电连接的接缝处， 防水、 防尘， 电绝缘密封胶有良好的 电绝缘特性， 防止电击穿漏电。
[0015] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 其粘结导电材料膜层， 为导 电粘结剂薄膜。 或为导电材料网与导电粘结剂薄膜复合组成。 导电粘结剂薄膜 与玻璃面板粘接的表面， 或为装饰面。 导电材料网为金属网， 或为碳纤维网。 玻璃面板背部， 通过导电材料网， 与导电粘结剂薄膜复合组成的粘结导电材料 膜层， 与玻璃基材板阳面粘接压合成型
[0016] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 其粘结导电材料膜层， 为玻 璃面板背部复合导电材料膜层， 或为玻璃基材板阳面复合导电材料膜层， 或为 玻璃面板背部复合导电材料膜层， 和玻璃基材板阳面均复合导电材料膜层。 玻 璃地板的导电材料膜层， 或为复合于玻璃面板背面， 或复合于玻璃基材板阳面 的金属膜层， 或碳膜层。
[0017] 导电材料膜层通过真空蒸镀， 或银镜反应， 或喷涂、 或刷镀， 直接粘贴复合金 属膜层。 或有机材料膜层， 通过干馏形成的导电碳材料膜层。 玻璃地板的导电 材料膜层， 与玻璃粘结剂薄膜， 复合组成粘结导电材料膜层。 玻璃面板背部， 通过玻璃粘结剂薄膜， 与玻璃基材板阳面粘接压合成型。 或粘结导电材料膜层 ， 为导电玻璃， 与玻璃粘结剂薄膜复合层。
[0018] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 其玻璃地板的玻璃电绝缘面 板， 为钢化玻璃板。 其中， 钢化玻璃板的背面为透光导电膜， 或钢化玻璃板的 背面为镜面， 或为复合有图案的面。 图案通过喷绘、 印花、 粘贴、 烤花、 磨砂 制成。
[0019] 或静电吸尘空气净化夹置电热膜地暖玻璃地板的电绝缘面板， 为两层结构， 即 电绝缘面板层， 和中间过渡电绝缘复合板层。 静电吸尘空气净化夹置电热膜地 暖玻璃地板， 电绝缘面板与中间过渡电绝缘复合板层之间， 设有粘结导电材料 膜层。
[0020] 静电吸尘空气净化夹置电热膜地暖玻璃地板的电绝缘面板背面上的复合图案层 ， 与中间过渡电绝缘复合板层阳面之间， 通过粘结导电材料膜层， 将玻璃地板 面板和与中间过渡电绝缘复合板层， 依次叠摞压合粘接成型。
[0021] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 其玻璃地板电绝缘基材玻璃 板为至少一层， 玻璃地板电绝缘基材玻璃板为钢化玻璃板。 玻璃地板电绝缘基 材玻璃板为实心板， 或为上下两层之间， 通过玻璃筋肋连接支撑的空心槽管玻 璃板。
[0022] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 其玻璃面板和导电材料膜层 粘接处玻璃地板电连接插槽， 为两块相似电绝缘基材玻璃板， 以面大底小对称 粘接组成的夹胶电绝缘基材玻璃板， 与导电材料膜层同心对称粘接形成静电吸 尘空气净化夹置电热膜地暖玻璃地板连接环形键、 槽。
[0023] 夹置在玻璃地板电绝缘面板， 与中间过渡电绝缘复合板层之间的电热膜， 或夹 置在中间过渡电绝缘复合板层， 与玻璃地板电绝缘基材板之间的电热膜， 为电 热材料网与电绝缘粘结材料膜层复合而成。 电热膜复合电绝缘材料， 粘接加装 在两层玻璃之间。 电热膜为碳材料膜层， 或为金属膜层、 或为金属电热丝， 或 为碳纤维电热丝， 或为半导体功能塑胶电热材料所制作的电热膜。 电热膜引出 的电极， 与电源导线连接。 或电热膜为电热金属丝网， 或为电热功能塑胶网， 或为电热碳纤维网， 或为电热碳膜网， 或为电热金属膜网。 电热膜的两端， 设 有与粘结导电材料膜层之间， 电绝缘的电连接电极。 电连接电极， 与电源导线 电连接。
[0024] 静电吸尘空气净化夹置电热膜地暖玻璃地板， 凹陷的玻璃地板电连接插槽内， 先安装敷设电源导线， 并将电源导线与电热膜两端设有的电连接电极电连接后 ， 再安装敷设凸出的夹置电热膜地暖玻璃地板电连接插键， 将电源导线封装在 凹陷的玻璃地板电连接插槽内。
[0025] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 其导电材料膜层与直流高压 发生器的正电极连接， 通电使导电材料膜层带正电， 通过静电感应， 在玻璃面 板的表面感应产生负电， 用于静电吸附空气中的尘埃， 并将空气中的负离子排 斥到空气中。
[0026] 直流高压发生器的工作额定电压， 与电绝缘面板的厚度成正比。 直流高压发生 器的工作额定电压， 一般设置在至少 1000伏特。
[0027] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 其直流高压发生器为正电发 生器， 或直流高压发生器为正负离子发生器。 其中， 正负离子发生器的正电极 ， 与静电吸尘空气净化夹置电热膜地暖玻璃地板的导电材料膜层电连接。
[0028] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 其静电吸尘空气净化夹置电 热膜地暖玻璃地板表面进行清除灰尘吋， 需断掉电源， 并对地放电。 用与地板 表面摩擦产生负电， 或自身通有负电的拖刷清扫， 用水冲洗拖刷， 或接地消电 ， 或光照消电， 实现放电清灰。
[0029] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 其拖刷的头为丝质材料， 或 为与面板摩擦产生负电的合成纤维、 塑胶刮板、 塑胶滚轮材料。 或为可充电， 接地可放电的导体纤维、 塑胶刮板、 塑胶滚轮材料， 或为可感应充电， 光照放 电的导体纤维、 塑胶刮板、 塑胶滚轮材料。 发明的有益效果
有益效果
[0030] 本发明兼具各种地板的优点， 并解决了地暖循环对流造成的粉尘不能沉降， 造 成室内空气污染， 而且因地板静电对空气粉尘有着良好的净化作用。 它还具有 花色多、 强度高、 环保节能等诸多优点， 对于人们生活质量的提高， 节约能源 ， 提供了很好的一种现代产品， 是未来地板的发展方向。
对附图的简要说明
附图说明
[0031] 图 1是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的俯视图；
[0032] 图 2是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的俯视剖面图； [0033] 图 3是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的右视剖面图； [0034] 图 4是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的前视剖面图； [0035] 图 5是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的右视剖面图； [0036] 图 6是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的前视剖面图； [0037] 图 7是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的右视剖面图； [0038] 图 8是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的前视剖面图； [0039] 图 9是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的右视剖面图； [0040] 图 10是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的前视剖面图； [0041] 图 11是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的俯视图； [0042] 图 12是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的俯视剖面图； [0043] 图 13是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的右视剖面图； [0044] 图 14是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的前视剖面图； [0045] 图 15是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的右视剖面图； [0046] 图 16是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的前视剖面图； [0047] 图 17是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的右视剖面图； [0048] 图 18是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的俯视图； [0049] 图 19是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的俯视剖面图； [0050] 图 20是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的前视剖面图； [0051] 图 21是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的俯视图； [0052] 图 22是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的俯视剖面图； [0053] 图 23是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的右视剖面图； [0054] 图 24是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的前视剖面图； [0055] 图 25是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的安装左视剖面 图；
[0056] 图 26是本发明一种静电吸尘空气净化夹置电热膜地暖玻璃地板的安装左视剖面 图。
[0057] 图中： 1地板面板、 2地板基材板、 3导电网膜、 4导电胶、 5连接插槽、 6连接插 键、 7高压电连接面、 8粘结胶、 9中间过渡电绝缘复合板层、 10电热膜、 11电绝 缘层、 12地板基材复合板、 13中空夹层、 14高压电连接点、 15电源线、 16电绝 缘密封胶、 17地面、 18负离子发生电极
[0058] 图 1、 图 2、 图 3和图 4为一种静电吸尘空气净化夹置电热膜地暖玻璃地板的第一 实施例， 如图中所示： 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 包括 地板面板 1、 地板基材板 2、 中间过渡电绝缘复合板层 9、 连接插槽 5、 连接插键 6 ， 静电吸尘空气净化夹置电热膜地暖玻璃地板的面板 1， 为电绝缘玻璃面板， 电 绝缘玻璃面板 1背面与中间过渡电绝缘复合板层 9之间， 设有粘结导电网膜 3和导 电胶 4， 中间过渡电绝缘复合板层 9与夹置电热膜地暖玻璃地板基材板 2阳面之间 ， 设有粘结胶 8、 电热膜 10和电绝缘层 11 ; 地板面板 1、 中间过渡电绝缘复合板 层 9和地板基材板 2依次叠摞压合粘接成型， 电热膜 10的两端设有与粘结导电材 料膜层之间电绝缘的电连接电极。
[0059] 夹置电热膜地暖玻璃地板电连接插槽 5， 和夹置电热膜地暖玻璃地板电连接插 键 6对角线分割， 夹置电热膜地暖玻璃地板电连接插槽 5， 和夹置电热膜地暖玻 璃地板电连接插键 6之间， 对应互补适配； 夹置电热膜地暖玻璃地板的周边的相 邻两边， 设有凹陷的夹置电热膜地暖玻璃地板电连接插槽 5， 凹陷的夹置电热膜 地暖玻璃地板电连接插槽 5的凹面为矩形； 夹置电热膜地暖玻璃地板周边的另外 相邻两边， 设有凸出的夹置电热膜地暖玻璃地板电连接插键 6， 凸出的夹置电热 膜地暖玻璃地板， 电连接插键 6的凸面为矩形； 深度长的凹陷夹置电热膜地暖玻 璃地板， 电连接插槽 5， 与凸出短的夹置电热膜地暖玻璃地板电连接插键 6插装 后， 形成的封闭管道， 为布置电源导线的定位槽； 凹陷的玻璃地板电连接插槽 5 的深度， 大于、 等于夹置电热膜地暖玻璃地板， 电连接插键 6的长度， 与夹置电 热膜地暖玻璃地板电连接插槽 5内， 设置电源导线的粗度之和； 夹置电热膜地暖 玻璃地板电连接插槽 5的上插键槽面， 设有高压电连接面 7; 夹置电热膜地暖玻 璃地板电连接插键 6的上插键面， 设有高压电连接面 7; 实现导电材料膜层与夹 置电热膜地暖玻璃地板， 电连接插槽 5， 和夹置电热膜地暖玻璃地板电连接插键 6电连接。
[0060] 图 1、 图 2、 图 5和图 6为一种静电吸尘空气净化夹置电热膜地暖玻璃地板的第二 实施例； 如图中所示： 地板面板 1的电绝缘面板背面， 通过电网膜 3、 导电胶 4和 电网膜 3， 与中间过渡电绝缘复合板层 9梯形叠摞压合粘接成型。 其它等同于图 1 、 图 2、 图 3和图 4。
[0061] 图 1、 图 2、 图 7和图 8为一种静电吸尘空气净化夹置电热膜地暖玻璃地板的第三 实施例； 如图中所示： 电绝缘玻璃面板 1背面与地板基材板 2阳面之间， 通过电 网膜 3、 导电胶 4、 粘结胶 8、 电热膜 10和电绝缘层 11叠摞压合粘接成型。 其它等 同于图 1、 图 2、 图 3和图 4。
[0062] 图 1、 图 2、 图 9和图 10为一种静电吸尘空气净化夹置电热膜地暖玻璃地板的第 四实施例； 如图中所示： 地板基材板 2复合有地板基材复合板 12， 其它等同于图 1、 图 2、 图 7和 8。
[0063] 图 11、 图 12、 图 13和图 14为一种静电吸尘空气净化夹置电热膜地暖玻璃地板的 第五实施例； 如图中所示： 地板面板 1的电绝缘面板背面， 通过电网膜 3、 导电 胶 4和电网膜 3， 与中间过渡电绝缘复合板层 9梯形叠摞压合粘接成型。 地板基材 板 2为上下两层之间， 通过筋肋连接支撑的设有管槽型材基板管孔 12的空心槽管 型材板。 其它等同于图 1、 图 2、 图 3和图 4。
[0064] 图 11、 图 12、 图 15和图 16为一种静电吸尘空气净化夹置电热膜地暖玻璃地板的 第六实施例； 如图中所示： 电绝缘玻璃面板 1背面与地板基材板 2阳面之间， 通 过电网膜 3、 导电胶 4、 粘结胶 8、 电热膜 10和电绝缘层 11叠摞压合粘接成型。 其 它等于图 11、 图 12、 图 13和图 14。 [0065] 图 17、 图 18、 图 19和 20为一种静电吸尘空气净化夹置电热膜地暖玻璃地板的第 七实施例； 如图中所示： 地板面板 1的电绝缘面板背面， 通过电网膜 3和导电胶 4 ， 与中间过渡电绝缘复合板层 9梯形叠摞压合粘接成型。 其它等同于图 1、 图 2、 图 3和图 4。
[0066] 图 21、 图 22、 图 23和 24为一种静电吸尘空气净化夹置电热膜地暖玻璃地板的第 八实施例； 如图中所示： 地板面板 1的电绝缘面板背面， 通过电网膜 3和导电胶 4 ， 与中间过渡电绝缘复合板层 9梯形叠摞压合粘接成型。 地板基材板 2为上下两 层之间， 通过筋肋连接支撑的设有管槽型材基板管孔 12的空心槽管型材板。 其 它等同于图 1、 图 2、 图 3和图 4。

Claims

权利要求书
[权利要求 1] 一种静电吸尘空气净化夹置电热膜地暖玻璃地板， 包括地板面板、 地 板基材板、 连接插槽、 连接插键， 其特征是： 静电吸尘空气净化夹置 电热膜地暖玻璃地板的面板， 为电绝缘玻璃面板， 与夹置电热膜地暖 玻璃地板基材板之间， 设有粘结导电材料膜层； 夹置电热膜地暖玻璃 地板电连接插槽， 和夹置电热膜地暖玻璃地板电连接插键对角线分割 ， 夹置电热膜地暖玻璃地板电连接插槽， 和夹置电热膜地暖玻璃地板 电连接插键之间， 对应互补适配； 夹置电热膜地暖玻璃地板的周边的 相邻两边， 设有凹陷的夹置电热膜地暖玻璃地板电连接插槽， 凹陷的 夹置电热膜地暖玻璃地板电连接插槽的凹面为矩形， 或为圆弧形， 或 为阶梯形； 夹置电热膜地暖玻璃地板周边的另外相邻两边， 设有凸出 的夹置电热膜地暖玻璃地板电连接插键， 凸出的夹置电热膜地暖玻璃 地板， 电连接插键的凸面为矩形， 或为圆弧形， 或为阶梯形； 深度长 的凹陷夹置电热膜地暖玻璃地板， 电连接插槽， 与凸出短的夹置电热 膜地暖玻璃地板电连接插键插装后， 形成的封闭管道， 为布置电源导 线的定位槽； 凹陷的玻璃地板电连接插槽的深度， 大于、 等于夹置电 热膜地暖玻璃地板， 电连接插键的长度， 与夹置电热膜地暖玻璃地板 电连接插槽内， 设置电源导线的粗度之和； 夹置电热膜地暖玻璃地板 电连接插槽的上插键槽面， 或下插键槽面， 或上插键槽面和下插键槽 面， 设有电连接触面； 夹置电热膜地暖玻璃地板电连接插键的上插键 面， 或下插键面， 或上插键面和下插键面， 设有电连接触面； 实现导 电材料膜层与夹置电热膜地暖玻璃地板， 电连接插槽， 和夹置电热膜 地暖玻璃地板电连接插键电连接； 静电吸尘空气净化夹置电热膜地暖 玻璃地板的电绝缘面板背面， 与夹置电热膜地暖玻璃地板基材板阳面 之间， 通过粘结导电材料膜层、 电绝缘粘结材料膜层， 与复合有电热 膜的玻璃地板基材板， 依次叠摞压合粘接成型， 电热膜的两端设有与 粘结导电材料膜层之间电绝缘的电连接电极； 或静电吸尘空气净化夹 置电热膜地暖玻璃地板的电绝缘面板背面， 与夹置电热膜地暖玻璃地 板基材板阳面之间， 通过粘结导电材料膜层、 电绝缘粘结材料膜层、 电热膜、 电绝缘粘结材料膜层、 玻璃地板基材板， 依次叠摞压合粘接 成型， 电热膜的两端设有与粘结导电材料膜层之间电绝缘的电连接电 极； 或静电吸尘空气净化夹置电热膜地暖玻璃地板的电绝缘面板为两 层结构， 即电绝缘面板层和中间过渡电绝缘复合板层； 静电吸尘空气 净化夹置电热膜地暖玻璃地板的电绝缘面板与中间过渡电绝缘复合板 层之间， 设有粘结导电材料膜层； 静电吸尘空气净化夹置电热膜地暖 玻璃地板的电绝缘面板背面， 与中间过渡电绝缘复合板层阳面之间， 通过粘结导电材料膜层， 将玻璃地板面板和与中间过渡电绝缘复合板 层， 依次叠摞压合粘接成型； 中间过渡电绝缘复合板层的背面复合有 电热膜， 背面复合有电热膜的中间过渡电绝缘复合板层， 与夹置电热 膜地暖玻璃地板基材板阳面之间， 通过电绝缘粘结材料膜层， 与电绝 缘夹置电热膜地暖玻璃地板基材板， 依次叠摞压合粘接成型， 电热膜 的两端设有与粘结导电材料膜层之间电绝缘的电连接电极； 或静电吸 尘空气净化夹置电热膜地暖玻璃地板的中间过渡电绝缘复合板层的背 面， 与夹置电热膜地暖玻璃地板基材板阳面之间， 通过电绝缘粘结材 料膜层、 电热膜、 电绝缘粘结材料膜层， 与夹置电热膜地暖玻璃地板 基材板的阳面， 依次叠摞压合粘接成型， 电热膜的两端设有与粘结导 电材料膜层之间电绝缘的电连接电极； 静电吸尘空气净化夹置电热膜 地暖玻璃地板的凹陷玻璃地板电连接插槽内， 先安装敷设电源导线， 并将电源导线与电热膜两端设有的电连接电极电连接后， 再安装敷设 凸出的夹置电热膜地暖玻璃地板电连接插键， 将电源导线封装在凹陷 的玻璃地板电连接插槽内； 通过一块静电吸尘空气净化夹置电热膜地 暖玻璃地板的电连接插槽和电连接插键， 与其它与之对应的另外静电 吸尘空气净化夹置电热膜地暖玻璃地板的电连接插槽和电连接插键相 互插装电连接； 在玻璃地板的电连接插槽， 和其它电连接插键， 相互 插装电连接的接缝处， 填充有电绝缘密封胶， 使电连接的接缝处， 防 水、 防尘， 电绝缘密封胶有良好的电绝缘特性， 防止电击穿漏电。
[权利要求 2] 根据权利要求 1所述的一种静电吸尘空气净化夹置电热膜地暖玻璃地 板， 其特征是： 粘结导电材料膜层， 为导电粘结剂薄膜； 或为导电材 料网与导电粘结剂薄膜复合组成； 导电粘结剂薄膜与玻璃面板粘接的 表面， 或为装饰面； 导电材料网为金属网， 或为碳纤维网， 玻璃面板 背部， 通过导电材料网， 与导电粘结剂薄膜复合组成的粘结导电材料 膜层， 与玻璃基材板阳面粘接压合成型。
[权利要求 3] 根据权利要求 1所述的一种静电吸尘空气净化夹置电热膜地暖玻璃地 板， 其特征是： 粘结导电材料膜层， 为玻璃面板背部复合导电材料膜 层， 或为玻璃基材板阳面复合导电材料膜层， 或为玻璃面板背部复合 导电材料膜层， 和玻璃基材板阳面均复合导电材料膜层， 玻璃地板的 导电材料膜层或为复合于玻璃面板背面， 或复合于玻璃基材板阳面的 金属膜层， 或碳膜层， 导电材料膜层通过真空蒸镀， 或银镜反应， 或 喷涂、 或刷镀， 直接粘贴复合金属膜层， 或有机材料膜层通过干馏形 成的导电碳材料膜层； 玻璃地板的导电材料膜层与玻璃粘结剂薄膜复 合组成粘结导电材料膜层， 玻璃面板背部， 通过玻璃粘结剂薄膜， 与 玻璃基材板阳面粘接压合成型； 或粘结导电材料膜层为导电玻璃与玻 璃粘结剂薄膜复合层。
[权利要求 4] 根据权利要求 1所述的一种静电吸尘空气净化夹置电热膜地暖玻璃地 板， 其特征是： 玻璃地板玻璃电绝缘面板为钢化玻璃板； 其中， 钢化 玻璃板的背面为透光导电膜， 或钢化玻璃板的背面为镜面， 或为复合 有图案的面， 图案通过喷绘、 印花、 粘贴、 烤花、 磨砂制成； 或静电 吸尘空气净化夹置电热膜地暖玻璃地板的电绝缘面板， 为两层结构， 即电绝缘面板层和中间过渡电绝缘复合板层； 静电吸尘空气净化夹置 电热膜地暖玻璃地板的电绝缘面板与中间过渡电绝缘复合板层之间， 设有粘结导电材料膜层； 静电吸尘空气净化夹置电热膜地暖玻璃地板 ， 电绝缘面板背面上的复合图案层， 与中间过渡电绝缘复合板层阳面 之间， 通过粘结导电材料膜层， 将玻璃地板面板和与中间过渡电绝缘 复合板层， 依次叠摞压合粘接成型。
[权利要求 5] 根据权利要求 1所述的一种静电吸尘空气净化夹置电热膜地暖玻璃地 板， 其特征是： 玻璃地板电绝缘基材玻璃板为至少一层， 玻璃地板电 绝缘基材玻璃板为钢化玻璃板， 玻璃地板电绝缘基材玻璃板为实心板 ， 或为上下两层之间， 通过玻璃筋肋连接支撑的空心槽管玻璃板。
[权利要求 6] 根据权利要求 1所述的一种静电吸尘空气净化夹置电热膜地暖玻璃地 板， 其特征是： 玻璃面板和导电材料膜层粘接处玻璃地板电连接插槽 ， 为两块相似电绝缘基材玻璃板， 以面大底小对称粘接组成的夹胶电 绝缘基材玻璃板， 与导电材料膜层， 同心对称粘接形成， 静电吸尘空 气净化夹置电热膜地暖玻璃地板， 连接环形键、 槽； 或玻璃面板和设 有周边台沿的导电材料膜层粘接， 形成静电吸尘空气净化夹置电热膜 地暖玻璃地板连接环形键、 槽； 夹置在玻璃地板电绝缘面板， 与中间 过渡电绝缘复合板层之间的电热膜， 或夹置在中间过渡电绝缘复合板 层， 与玻璃地板电绝缘基材板之间的电热膜， 为电热材料网与电绝缘 粘结材料膜层复合而成； 电热膜复合电绝缘材料， 粘接加装在两层玻 璃之间， 电热膜为碳材料膜层， 或为金属膜层、 或为金属电热丝， 或 为碳纤维电热丝， 或为半导体功能塑胶电热材料所制作的电热膜； 电 热膜引出的电极， 与电源导线连接； 或电热膜为电热金属丝网， 或为 电热功能塑胶网， 或为电热碳纤维网， 或为电热碳膜网， 或为电热金 属膜网； 电热膜的两端设有与粘结导电材料膜层之间电绝缘的电连接 电极； 电连接电极与电源导线电连接； 静电吸尘空气净化夹置电热膜 地暖玻璃地板的凹陷的玻璃地板电连接插槽内， 先安装敷设电源导线 ， 并将电源导线与电热膜两端设有的电连接电极电连接后， 再安装敷 设凸出的夹置电热膜地暖玻璃地板电连接插键， 将电源导线封装在凹 陷的玻璃地板电连接插槽内。
[权利要求 7] 根据权利要求 1所述的一种静电吸尘空气净化夹置电热膜地暖玻璃地 板， 其特征是： 导电材料膜层与直流高压发生器的正电极连接， 通电 使导电材料膜层带正电， 通过静电感应， 在玻璃面板的表面感应产生 负电， 用于静电吸附空气中的尘埃， 并将空气中的负离子排斥到空气 中； 直流高压发生器的工作额定电压， 与电绝缘面板的厚度成正比。
[权利要求 8] 根据权利要求 1所述的一种静电吸尘空气净化夹置电热膜地暖玻璃地 板， 其特征是： 直流高压发生器为正电发生器， 或直流高压发生器为 正负离子发生器， 其中， 正负离子发生器的正电极， 与静电吸尘空气 净化夹置电热膜地暖玻璃地板的导电材料膜层电连接。
[权利要求 9] 根据权利要求 1所述的一种静电吸尘空气净化夹置电热膜地暖玻璃地 板， 其特征是： 静电吸尘空气净化夹置电热膜地暖玻璃地板表面进行 清除灰尘吋， 需断掉电源， 并对地放电； 用与地板表面摩擦产生负电 ， 或自身通有负电的拖刷清扫， 用水冲洗拖刷， 或接地消电， 或光照 消电， 实现放电清灰。
[权利要求 10] 根据权利要求 1所述的一种静电吸尘空气净化夹置电热膜地暖玻璃地 板， 其特征是： 拖刷的头为丝质材料， 或为与面板摩擦产生负电的合 成纤维、 塑胶刮板、 塑胶滚轮材料， 或为可充电， 接地可放电的导体 纤维、 塑胶刮板、 塑胶滚轮材料， 或为可感应充电， 光照放电的导体 纤维、 塑胶刮板、 塑胶滚轮材料。
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