WO2017097239A1

WO2017097239A1 - Underfloor heating glass floor disposed externally to heating component for collecting dust and purifying air using static electricity

Info

Publication number: WO2017097239A1
Application number: PCT/CN2016/109092
Authority: WO
Inventors: 徐宝安
Original assignee: 淄博环能海臣环保技术服务有限公司; 徐宝安
Priority date: 2015-12-10
Filing date: 2016-12-08
Publication date: 2017-06-15
Also published as: CN105544925A

Abstract

An underfloor heating glass floor disposed externally to a heating component for collecting dust and purifying air using static electricity comprises an electrically isolated glass panel (1), a glass substrate panel (2), an electrically conducting mesh film (3) disposed therebetween, and a connection slot (5) and a connection link (6) disposed at edges of the floor. The floor is installed above a supporting and locating device that has a heating element laid thereon. The floor is simple in structure, and capable of purifying dust in the air by static electricity.

Description

Warm-up glass floor for electrostatic dust-cleaning external heat-dissipating component

[0001] The present invention relates to a warm glass floor for electrostatically dust-purifying external heat-releasing elements, which belongs to the field of floor applications.

Background technique

[0002] At present, with the demand for energy conservation and environmental protection, low-temperature heat source heating is widely used, and floor heating is widely used. However, since the floor heating supplies heat from the bottom, a bottom-up air convection cycle occurs. This will cause the dust to float in the air and it is difficult to settle. The indoor air is dirty, which has caused great harm to human health. This makes the floor heating comfortable, but the serious indoor air suspension phenomenon will cause great harm to the health of the human body and become an invisible killer of personal health. This makes the current common floor types such as: stone flooring, ceramic flooring, bamboo, wood flooring, glass flooring, etc., applied to low-temperature floor heating, can not solve the problem of indoor air pollution.

technical problem

[0003] Commonly used flooring types such as: stone flooring, ceramic flooring, bamboo, wood flooring, glass flooring, etc., are applied to low-temperature floor heating heating, and can not solve the problem of indoor air pollution.

Problem solution

Technical solution

[0004] In order to solve this problem, a warm glass floor for electrostatic dust-cleaning external heat-dissipating components and a high-voltage DC power source for use with the same, that is, a drag brush for cleaning dust, have been invented.

[0005] The technical solution adopted by the present invention to solve the technical problems thereof is as follows: An electrostatic dust-absorbing air purifying external heat-dissipating component for warming a glass floor, including a floor panel, a floor substrate board, a connection slot, and a connection key. The electrostatically cleaned air purifying external heat radiating element is provided with a panel of a warm glass floor, and a glass electrically insulating panel and a glass substrate plate are provided with a film of a bonding conductive material. The glass floor electrical connection slot, and the glass floor electrical connection key diagonally split, the glass floor electrical connection slot, and the glass floor electrical connection plug, corresponding to the complementary fit electrical connection.

[0006] The adjacent sides of the perimeter of the floor heating glass floor are provided with recessed glass floor electrical connection slots, recessed glass The concave surface of the glass floor electrical connection slot is rectangular, or has a circular arc shape or a stepped shape. The other adjacent sides of the floor heating glass floor are provided with electrical connection slots with the glass floor, and the corresponding glass floor electrical connection keys are matched. The convex surface of the protruding glass floor electrical connection key is rectangular, or circular, or stepped.

[0007] Between the back surface of the glass electrically insulating panel and the surface of the glass substrate, the glass panel and the glass substrate are laminated and bonded by bonding the conductive material film layer. The upper surface of the glass floor electrical connection slot has a slot surface, or a lower keyway surface, or an upper keyway surface and a lower keyway surface, and an electrical connection contact surface. The glass floor is electrically connected with the upper key surface of the key insertion, or the lower key surface, or the upper key surface and the lower key surface, and the electrical connection contact surface is provided to realize the electrical connection layer of the conductive material film layer and the glass floor, and The glass floor is electrically connected to the plug-in electrical connection. The electrical connection slot of the warm glass floor of the external heat release element is cleaned by an electrostatic dust-collecting air, and the electrical connection is inserted, and the other electrostatic dust-collecting air corresponding to the external heat-dissipating component is electrically connected to the warm glass floor. The slot and the electrical connection plug are electrically connected to each other.

[0008] The electrostatically cleaned glass floor of the electrostatically radiating air purifying external heat releasing component is installed on a supporting positioning device which is provided with a heat releasing cable, or an electric heating film, or a heat releasing pipe. In the electrical connection slot of the glass floor, and other electrical connection plugs, the joints that are electrically connected to each other are filled with electrically insulating sealant, so that the joints of the electrical connection are waterproof, dustproof, and electrically insulating sealant. It has good electrical insulation properties to prevent electrical breakdown and leakage.

[0009] An electrostatically cleaned air purifying external heat radiating element is a warm glass floor, which is bonded to a conductive material film layer, and is a 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 the decorative surface. The conductive material mesh is a metal mesh, or a carbon fiber mesh, a back of the glass panel, and a conductive conductive material film layer formed by a composite of a conductive adhesive film and a conductive adhesive film, and is bonded to the positive surface of the glass substrate.

[0010] An electrostatic dust-absorbing air purifying external heat-dissipating component for a warm glass floor, which is bonded to a conductive material film layer, which 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 a composite conductive material film layer on the back of the glass panel, and a conductive material film layer on the male side of the glass substrate. 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.

[0011] 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. Conductive glass floor The material film layer is combined with the glass adhesive film to form a bonded conductive material film layer, and the back of the glass panel is bonded to the positive surface of the glass substrate by a glass adhesive film. Or bonding the conductive material film layer, which is a composite layer of conductive glass and glass adhesive film.

[0012] An electrostatic dust-absorbing air purifying external heat-dissipating component for a warm glass floor, and the glass floor glass electrical insulating panel is a tempered glass panel. 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 patterned surface, and the pattern is formed by inkjet printing, printing, pasting, baking, and sanding.

[0013] The electrically insulating panel of the warm glass floor of the electrostatic precipitating air purifying external heat radiating element is a two-layer structure, that is, an electrically insulating panel layer, and an intermediate transition electric insulating composite board layer. The electrostatic precipitating air purifying external heat radiating element is provided with a layer of a conductive conductive material between the warm glass floor, the electric insulating panel and the intermediate transition electric insulating composite board layer. Electrostatic vacuuming air purifying external heat radiating element to heat the glass floor of the composite layer on the back of the electrically insulating panel, and the intermediate transitional electrical insulating composite layer between the male side, by bonding the conductive material film layer, the glass floor panel and The intermediate transition electric insulation composite plate layer is laminated and pressed in sequence.

[0014] An electrostatic dust-absorbing air purifying external heat-dissipating component for a warm glass floor, the glass floor electrical insulating substrate glass plate is at least one layer, and the glass floor electrically insulating base glass plate is a tempered glass plate. Glass floor electrical insulation The base glass plate is a solid plate, or a hollow channel glass plate supported by glass ribs between the upper and lower layers.

[0015] An electrostatic dust-collecting air purifying external heat-dissipating component for a warm glass floor, a glass panel and a conductive material film layer bonding glass floor electrical connection slot, which are two similar electrically insulating base glass plates, The glass plate of the laminated electrically insulating base material composed of the small bottom and the small symmetric bond is concentrically and symmetrically bonded with the film layer of the conductive material, and forms the electrostatic glass door to connect the annular key and the groove with the electrostatic exhausting air purifying external heat radiating element. Or the glass panel is bonded with a film of a conductive material provided with a peripheral rim, and the surface of the warm glass floor of the electrostatically absorbing air purification external heat radiating element is connected to the ring key and the groove.

[0016] An electrostatically cleaned air purifying external heat radiating element is provided on a warm glass floor, and a conductive material film layer is connected to a positive electrode of a DC high voltage generator, and the conductive material film layer is positively charged. By electrostatic induction, a negative electricity is induced on the surface of the glass panel to electrostatically adsorb dust in the air and repel negative ions in the air into the air.

[0017] The operating voltage rating of the DC high voltage generator is proportional to the thickness of the electrically insulating panel. DC high voltage occurs The rated voltage of the device is generally set at at least 1000 volts.

[0018] An electrostatic dust-absorbing air purifying external heat radiating element for a warm 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 to the conductive material film layer of the warm glass floor of the electrostatic exhaust air purifying external heat releasing element.

[0019] An electrostatic dust-cleaning air purifying external heat-dissipating component of a warm glass floor, the electrostatic dust-collecting air purifying external heat-dissipating component to clean the surface of the warm glass floor to remove dust, and the power supply needs to be disconnected and discharged to the ground. Use a negative electricity generated by rubbing against the surface of the floor, or a negative brush with a negative power, rinse the brush with water, or ground the electricity, or discharge the light to discharge the discharge.

[0020] An electrostatically cleaned air purifying external warming element for a warm glass floor, the head of which 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 it can be inductively charged, light-discharged conductor fiber, plastic scraper, plastic roller material.

Advantageous effects of the invention

Beneficial effect

[0021] 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 and environmental protection. It provides a modern product for the improvement of people's quality of life and energy conservation. It is the development direction of the future floor.

Brief description of the drawing

DRAWINGS

[0022] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

1 is a plan view of a warm composite floor of an electrostatic precipitating air purification built-in heat radiating element according to the present invention; [0024] FIG. 2 is a top cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention; Figure

3 is a right side cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention. [0025] FIG.

4 is a front cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention. 5 is a right side cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying built-in heat radiating element of the present invention. [0027] FIG.

6 is a front cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention.

7 is a right side cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention. [0029] FIG.

8 is a front cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention.

9 is a right side sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention.

10 is a front cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention.

11 is a right side cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention.

12 is a front cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention.

[0035] FIG. 13 is a plan view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element according to the present invention;

14 is a top cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element according to the present invention.

[0037] FIG. 15 is a right side sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention;

16 is a front cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention.

17 is a right side cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention. [0039] FIG.

18 is a front cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention. [0040] FIG.

19 is a right side cross-sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention. 20 is a front cross-sectional view of a warm composite floor of an electrostatic precipitating air purification built-in heat radiating element of the present invention. FIG. 21 is a plan view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element according to the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 23 is a right side sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element according to the present invention. FIG. FIG. 25 is a right side sectional view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention. FIG. 26 is an electrostatic drawing of the present invention. FIG. 27 is a top plan view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element according to the present invention; FIG. 28 is a static dust collecting air purification built-in method of the present invention. FIG. 29 is a right side view of a warm composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention. FIG. FIG 30 is a view of the front cross sectional view of electrostatic precipitation air cleaner built heat element to warm the flooring of the present invention

[0053] FIG. 31 is a left side cross-sectional view showing the installation of a heated composite floor of an electrostatic precipitating air purifying internal heat radiating element according to the present invention;

32 is a left side cross-sectional view showing the installation of a heated composite floor of an electrostatic precipitating air purifying internal heat radiating element of the present invention.

[0055] In the figure: 1 glass electrical insulation panel, 2 glass substrate board, 3 conductive mesh film, 4 conductive adhesive, 5 connection socket, 6 connection plug, 7 high voltage electrical connection surface, 8 two-layer glass substrate Board, 9 adhesive, 10 intermediate transition electrical insulation composite board layer, 11 tube groove profile substrate tube hole, 12 floor heating device, 13 electrical insulating sealant, 14 high voltage electrical connection Point, 15 ground, 16 electric heating film, 17 negative ion generating electrode

1, FIG. 2, FIG. 3 and FIG. 4 are a first embodiment of a warm glass floor of an electrostatic dust-cleaning external heat-dissipating component, as shown in the figure: Heated glass floor for heating elements, including floor panel 1, floor substrate board 2, connection slot 5, connection pin 6, electrostatic vacuum cleaning, external heat release element, warm glass floor panel 1 is glass electrically insulated panel Between the glass substrate board 2, a bonded conductive mesh film 3; a glass floor electrical connection slot 5, and a glass floor electrical connection key 6 diagonally divided, a glass floor electrical connection slot 5, and a glass The floor electrical connection keys 6 are correspondingly complementary to the electrical connection; the adjacent two sides of the floor of the floor heating glass floor are provided with a recessed glass floor electrical connection slot 5, and the concave surface of the recessed glass floor electrical connection slot 5 is Rectangular; the other adjacent sides of the floor heating glass floor are provided with a protruding glass floor electrical connection key 6 corresponding to the glass floor electrical connection slot 5, and the convex surface of the protruding glass floor electrical connection key 6 is The glass electrical insulating panel 1 and the glass substrate 2 are sequentially laminated and bonded to each other by bonding the conductive mesh film 3 between the back surface of the glass electrically insulating panel 1 and the surface of the glass substrate 2; The upper surface of the glass floor electrical connection slot 5 is provided with an electrical connection contact surface; the glass floor is electrically connected with the upper key surface of the insertion key, or the lower key surface, or the upper key surface and the lower key surface, The high-voltage electrical connection surface 7 is realized, and the conductive mesh film 3 and the glass floor electrical connection slot 5 are realized, and the glass floor electrical connection plug 6 is electrically connected.

1, FIG. 2, FIG. 5 and FIG. 6 are a second embodiment of a warm glass floor of an electrostatic dust-cleaning external heat-dissipating component; as shown in the figure: electrical connection of the glass electrical insulating panel 1 A high-voltage electrical connection surface 7 is disposed on the lower key groove surface of the slot 5, and a high-voltage electrical connection surface 7 is disposed on the upper key surface and the lower key surface of the glass substrate board 2 for connecting the key 6. The glass substrate 2 is a two-layer structure, and the others are equivalent to those of Fig. 1, Fig. 2, Fig. 3 and Fig. 4.

1, FIG. 2, FIG. 7 and FIG. 8 are a third embodiment of a warm glass floor for an electrostatic dust-cleaning external heat-dissipating component; as shown in the figure: a glass electrically insulating panel 1 and a conductive adhesive 4 A conductive mesh film 3 is disposed between the glass substrate 2 and the conductive paste 4. Others are equivalent to Figure 1, Figure 2, Figure 3, and Figure 4.

1, FIG. 2, FIG. 9 and FIG. 10 are a fourth embodiment of a warm glass floor for an electrostatic dust-cleaning external heat-dissipating component; as shown in the drawing: an electrically insulating panel of the glass electrical insulating panel 1. The back surface is laminated and bonded to the intermediate transition electrically insulating composite board layer 10 through the conductive paste 4 and the grid film ₃ . Others are equivalent to Figures 1, 2, 3 and 4.

1, FIG. 2, FIG. 11 and FIG. 12 are a fifth embodiment of a warm glass floor for an electrostatic dust-cleaning external heat-dissipating component; as shown in the drawing: a glass electrically insulating panel 1 and a conductive mesh film Between 3, glass substrate 2 conductive A conductive paste 4 is disposed between the webs 3. The intermediate transition electrically insulating composite board layer 10 is laminated and bonded. Others are equivalent to Figures 1, 2, 3 and 4.

[0061] FIG. 13, FIG. 14, FIG. 15 and FIG. 16 are a sixth embodiment of a warm glass floor of an electrostatic precipitating air purifying external heat releasing element; as shown in the drawing: the glass substrate board 2 is upper and lower layers Between the hollow channel tube glass plates supported by the tube groove substrate tube holes 11. Others are equivalent to Figure 1, Figure 2, Figure 3, and Figure 4.

[0062] FIG. 13, FIG. 14, FIG. 17 and FIG. 18 are a seventh embodiment of a warm glass floor of an electrostatic dust-cleaning external heat-dissipating component; as shown in the figure: the glass substrate plate 2 is two layers Between the hollow channel tube glass plates supported by the tube groove substrate tube holes 11. The other is equivalent to Figure 1, Figure 2, Figure 5 and Figure 6.

[0063] FIGS. 13, 14, 19 and 20 are eighth embodiments of a warm glass floor for electrostatically dust-purifying an external heat release element; as shown in the figure:

21, FIG. 22, FIG. 23 and FIG. 24 are a ninth embodiment of a warm glass floor of an electrostatic precipitating air purifying external heat releasing element; as shown in the drawing: an electrically insulating panel of the glass electrically insulating panel 1. The back side is formed by the conductive adhesive 4 and the grid film 3, and is formed by lamination and bonding of the intermediate transition electrically insulating composite board layer 10. Others are equivalent to Figure 1, Figure 2, Figure 3, and Figure 4.

21, FIG. 22, FIG. 25 and FIG. 26 are a tenth embodiment of a warm glass floor of an electrostatic precipitating air purifying external heat releasing element; as shown in the drawing: a glass electrically insulating panel 1 and a conductive mesh film Between the three, the conductive substrate 4 is disposed between the conductive substrate 3 of the glass substrate 2. It is formed by pressing and bonding the intermediate transitional electrical insulating composite layer 10 with a trapezoidal stack. Others are equivalent to Figure 1, Figure 2, Figure 3, and Figure 4.

27, FIG. 28, FIG. 29 and FIG. 30 are an eleventh embodiment of a warm glass floor of an electrostatic dust-cleaning external heat-dissipating component; as shown in the drawing: a glass electrically insulating panel 1 and a conductive mesh A conductive paste 4 is disposed between the films 3 and between the conductive substrates 3 of the glass substrate 2. It is formed by laminating and laminating with a layer of intermediate transition electrically insulating composite sheet. Others are equivalent to Figure 1, Figure 2, Figure 3, and Figure 4. The glass substrate sheet 2 is a hollow channel tube glass plate supported between the upper and lower layers through the tube-shaped profile substrate tube hole 11.

31 is a left side cross-sectional view showing the installation of a warm glass floor of an electrostatic dust-collecting external heat-dissipating component of the present invention: an electrical connection slot for a warm glass floor of an external heat-dissipating component by an electrostatically-cleaning air purification unit [0067] 5 and the electrical connection plug 6 and the corresponding electrostatic dust-cleaning external heat-dissipating component of the warm glass floor electrical connection slot 5, and the electrical connection plug 6 are plugged into each other; electrostatic cleaning air purification A warm glass floor with an external heat release element, installed on a heat-dissipating cable, or a heat-dissipating electric heating film, or a heat-dissipating pipe Above the positioning device; in the electrical connection slot of the glass floor, and other electrical connection pins, the joints that are electrically connected to each other, filled with electrically insulating sealant, so that the joints of the electrical connection, waterproof, prevent Dust, electrically insulating sealant has good electrical insulation properties to prevent electrical breakdown and leakage.

Figure 32 is a left side cross-sectional view showing the installation of a warm glass floor of an electrostatic precipitating air purification external heat radiating element of the present invention.

Claims

Claim

[Claim 1] An electrostatic dust-cleaning air-purifying external heat-dissipating component for a warm glass floor, comprising a floor panel, a floor substrate board, a connection slot, and a connection key, wherein: the electrostatic dust-cleaning air is externally placed The panel of the heating element of the warm glass floor is a glass electrically insulating panel, and a film of a conductive material is provided between the glass substrate and the glass substrate; the glass floor electrical connection slot, and the glass floor electrical connection are diagonally divided, the glass Between the floor electrical connection slot and the glass floor electrical connection plug, the complementary complementary electrical connection; the adjacent two sides of the floor of the floor heating glass floor, the recessed glass floor electrical connection slot, the recessed glass floor electrical connection plug The concave surface of the groove is rectangular, or has a circular arc shape, or is stepped; the other adjacent sides of the floor of the floor heating glass floor are provided with a protruding glass floor electrical connection button corresponding to the glass floor electrical connection slot, protruding The convex surface of the glass floor electrical connection key is rectangular, or circular, or stepped; the back of the glass electrically insulating panel, and the sunny side of the glass substrate By bonding the conductive material film layer, the glass panel and the glass substrate board are sequentially laminated and bonded; the glass floor is electrically connected to the upper keyway surface of the slot, or the keyway surface is inserted, or the keyway is inserted. The surface of the face and the bottom of the keyway are provided with electrical connection contacts; the glass floor is electrically connected with the upper key surface of the key insertion, or the lower key surface, or the upper key surface and the lower key surface, and the electrical connection contact surface is provided. A conductive material film layer and a glass floor electrical connection slot are realized, and the glass floor is electrically connected with a plug-in electrical connection; the electrical connection slot and the electrical connection key of the warm glass floor are cleaned by an electrostatic dust-removing element; Other electrostatic dust-absorbing air purifying external heat-dissipating components, the electrical connection slot of the warm glass floor, and the electrical connection plug-in and the plug-in electrical connection; the electrostatic dust-cleaning air purifying the external heat-dissipating component to the warm glass floor, Installed on a support positioning device with a heat-dissipating cable, or a heat-dissipating electric heating film, or a heat-dissipating pipe; in the electrical connection slot of the glass floor, and other electrical connection pins, plug-in electrical connections Seams, filled with an electrically insulating sealant, so that the seam at the electrical connection waterproof, dustproof, electrically insulating sealants have excellent electrical insulating properties, prevents leakage through electric shock.

[Claim 2] The warm glass floor of the electrostatic precipitating air purifying external heat releasing component according to claim 1, wherein: the conductive material film layer is bonded to the conductive adhesive film; or is a conductive material. The mesh is combined with a conductive adhesive film; the conductive adhesive film is bonded to the glass panel The surface of the conductive material is a metal mesh, or a carbon fiber mesh, a back of the glass panel, a conductive conductive material film, a conductive conductive material film layer, and a glass substrate plate. The positive surface is bonded and pressed.

[Claim 3] The warm glass floor of the electrostatic precipitating air purifying external heat radiating element according to claim 1, wherein: the conductive material film layer is bonded to the composite conductive material film layer on the back of the glass panel, or The surface of the composite material of the surface of the glass substrate is composite, or the film of the composite conductive material of the back of the glass panel, and the film of the conductive surface of the glass substrate, and the film of the conductive material of the glass floor or the back of the glass panel , or a metal film layer laminated on the male side of the glass substrate board, or a carbon film layer, a conductive material film layer by vacuum evaporation, or a silver mirror reaction, or spray coating, or brush plating, directly bonding the composite metal film layer, or organic material a conductive carbon material film layer formed by dry distillation; a conductive material film layer of a glass floor and a glass adhesive film composite to form a bonded conductive material film layer, a glass panel back, a glass adhesive film, and a glass substrate board The positive surface bonding and pressing type; or the bonding conductive material film layer is a composite layer of a conductive glass and a glass adhesive film.

[Claim 4] The warm glass floor of the electrostatic precipitating air purifying external heat radiating element according to claim 1, wherein: the glass floor glass electric insulating panel is a tempered glass plate; wherein, the back of the tempered glass plate The light-transmissive conductive film, or the back surface of the tempered glass plate is a mirror surface, or a patterned surface, the pattern is made by inkjet printing, printing, pasting, baking, and sanding; or the electrostatic dust-absorbing air purifies the external heat-dissipating component to warm the floor. The electric insulating panel of the glass floor is a two-layer structure, that is, an electrically insulating panel layer and an intermediate transition electric insulating composite board layer; an electrostatic dust-cleaning air purifying external heat-dissipating component to warm the glass floor, an electric insulating panel and an intermediate transition electric insulating composite board Between the layers, a film layer of a bonding conductive material is provided; the composite pattern layer on the back side of the electrically insulating panel of the warm glass floor of the electrostatic preheating element is cleaned, and the intermediate layer of the intermediate transition electrically insulating composite layer is passed between Bonding the conductive material film layer, and laminating the glass floor panel and the intermediate transitional electrical insulating composite board layer Type.

[Claim 5] The warm glass floor of the electrostatic precipitating air purifying external heat radiating element according to claim 1, wherein: the glass floor electric insulating base glass plate is at least one layer, and the glass floor electric insulating base The glass plate is made of tempered glass, and the glass floor is made of solid insulating substrate. The plate, or between the upper and lower layers, is connected by a glass rib to support the hollow channel tube glass plate. A warm glass floor for an electrostatic dust-collecting external heat-dissipating component according to claim 1, wherein: the glass panel and the conductive material film layer are provided with two similar electrical insulating bases. Glass plate, a laminated glass plate with a small symmetrical bond on the outer surface of the face, and a concentrically symmetric bond with the conductive material film layer to form an electrostatic dust-cleaning external heat-dissipating component to connect the ring button of the warm glass floor, The groove or the glass panel is bonded with a film of a conductive material provided with a peripheral rim, and the surface of the warm glass floor is connected to the ring-shaped key and the groove by the electrostatic dust-removing external heat-dissipating component.

A warm glass floor for an electrostatic dust-collecting external heat-dissipating component according to claim 1, wherein: the conductive material film layer is connected to the positive electrode of the DC high voltage generator, and the conductive material film layer is positively charged. By electrostatic induction, a negative electricity is induced on the surface of the glass panel to electrostatically adsorb dust in the air and repel negative ions in the air; the rated voltage of the DC high voltage generator is proportional to the thickness of the electrically insulating panel The warm glass floor of the electrostatic precipitating air purifying external heat radiating element according to claim 1, wherein: the DC high voltage generator is a positive electric generator, or the direct current high voltage generator is a positive and negative ion generator, wherein The positive electrode of the positive and negative ion generator is electrically connected to the conductive material film layer of the warm glass floor of the electrostatic discharge air purifying external heat release element.

A warm glass floor for an electrostatic dust-collecting external heat-dissipating component according to claim 1, wherein: the electrostatically-cleaning air purifies the surface of the warm glass floor of the external heat-dissipating component to remove dust, and the power supply needs to be disconnected. Discharge to the ground; use negative friction with the surface of the floor to generate negative electricity, or clean it with a negative electric brush, rinse with a water brush, or ground to eliminate electricity, or light to eliminate electricity, to achieve discharge cleaning.

The warm glass floor of the electrostatic precipitating air purifying external heat radiating element according to claim 1, wherein: the brush head is a silk material, or a synthetic fiber and a plastic scraper which generate negative electricity by friction with the panel. , plastic roller material, or rechargeable, grounded dischargeable conductor fiber, plastic scraper, plastic roller material, or conductive fiber for inductive charging, light discharge, plastic scraper, plastic roller material.