CN205100466U - Green building material electricity generation wall brick of built -in electric wiring - Google Patents
Green building material electricity generation wall brick of built -in electric wiring Download PDFInfo
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- CN205100466U CN205100466U CN201520937439.7U CN201520937439U CN205100466U CN 205100466 U CN205100466 U CN 205100466U CN 201520937439 U CN201520937439 U CN 201520937439U CN 205100466 U CN205100466 U CN 205100466U
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- mounting groove
- energy converter
- nogging
- built
- conductor
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- Y—GENERAL 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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/10—Photovoltaic [PV]
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- Y—GENERAL 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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
Abstract
The utility model relates to a green building material electricity generation wall brick of built -in electric wiring, it includes wall brick body, wall brick body openly is equipped with the mounting groove that is used for installing electric energy transducer, mounting groove edge is equipped with the installation device who is used for fixing or loosening electric energy transducer, this the internal anodal electric conductor of built -in anodal electric conductor and negative pole electric conductor of built -in negative pole electric conductor of being equipped with of wall brick, anodal electric conductor, the negative pole electric conductor is parallel to each other, and run through wall brick body opposite ends respectively, it can be with electric energy transducer just still to be equipped with in the mounting groove, the negative electrode respectively with anodal electric conductor, the negative pole electric conductor carries out anodal extraction electrode and negative pole extraction electrode that the electricity is connected, compared with the prior art, the utility model discloses product dismouting electric energy transducer convenient and fast, the maintenance of being convenient for reduces the maintenance cost to the circuit installation is convenient, saves installation space, and the circuit is built -in to make the product use safer.
Description
Technical field
The utility model relates to building field, particularly relates to a kind of generating nogging.
Background technology
Along with socioeconomic fast development, the construction industry of country is also in develop rapidly, building energy consumes increasing, country gives strong support and policy to the exploitation of green energy resource, a series of green energy resource product arises at the historic moment, and develop rapidly, the combination of solar photovoltaic assembly and constructional materials, achieve the new industrial zone of building materials generating and new product.
At present, photovoltaic product on market is a lot, but also there is no the combination of solar photovoltaic assembly and construction substrate walltile, even if having also is adopt a traditional glue bonding way, in use often there is the problems such as adhesive strength is inadequate, adhesive linkage is aging soon, tightness is bad, water resistance is poor in this mode, more distinct issues are embodied in the difference of effective service life of walltile and solar photovoltaic assembly.
General walltile is not when having artificial damage and not meeting with force majeure natural calamity, theoretic application life can reach 40-50, and quality is relatively better, the application life of the solar photovoltaic assembly that reliability is higher, the life-span that can maintain 80% firm power output is 25 years, poor quality's, the life-span is shorter.Because application life is different, certainly exist the problem of solar photovoltaic assembly maintaining and replacing.
According to traditional glue bonding way of dripping, solar photovoltaic assembly and construction substrate walltile are assembled, when solar photovoltaic assembly breaks down, photovoltaic module termination in application life, or integrally change inlaying the walltile being fixed wtih solar photovoltaic assembly, maintenance cost is high; Reduction maintenance cost, do not implement one substitute mode, independent replacing solar photovoltaic assembly or walltile, both need the glue that drips of fixed solar photovoltaic assembly to remove, reset procedure is very complicated and slow, even directly may destroy solar photovoltaic assembly, maintenance time is long, and maintenance difficulties is large, very inconvenient, therefore, do not advise adopting traditional glue bonding way of dripping to combine solar photovoltaic assembly and walltile.
Simultaneously, the metope of building needs to install a lot of walltile, solar photovoltaic assembly to be combined with construction substrate walltile, just the electric wiring that must relate between walltile and walltile is connected to, and adopt traditional drip glue bonding way to solar photovoltaic assembly and walltile in conjunction with time, carry out electric wiring connection, each row walltile all by all for these row solar photovoltaic assemblies just first must draw separately two conductor wires, negative electrode is together in series, again respectively with just, negative pole outlet line is electrically connected, then just can carry out power supply to use, installing space is provided for all conductor wires like this with regard to needing, circuit is not only made to install complicated, take large quantity space, and circuit exposes and is easy to cause danger.
In addition, luminous energy is converted to the photovoltaic electrification component of electric energy by energy converter except comprising, also comprise electrification component heat energy or mechanical energy being converted to electric energy, such as piezoelectric ceramic plate, thermo-electric generation plate etc., and the existing this solar photovoltaic assembly structure integrated with roof tile can only change the luminous energy of sunshine dress into electric energy, function is fixed, and can not utilize other regenerative resource natural fully.
Utility model content
Technical problem to be solved in the utility model is to provide a kind ofly keeps in repair easy and cost is low, easy to use and diverse in function, circuit simple installation and the green building material generating nogging of the built-in electric wiring in joint space-efficient.
The technical scheme that the utility model solves the problems of the technologies described above is as follows:
A kind of green building material generating nogging of built-in electric wiring, it comprises in flat nogging body, the front of described nogging body is provided with the mounting groove for installing energy converter, the edge of described mounting groove is provided with the erecting device for fixing or unclamp energy converter, the inside of described nogging body is provided with and is respectively used to just drawing energy converter, the cathode conductor of negative electrode and negative electrode conductor, described cathode conductor, described negative electrode conductor is parallel to each other, and run through the opposite end of described nogging body respectively, also being provided with in described mounting groove can by energy converter just, negative electrode respectively with cathode conductor, negative electrode conductor carries out the positive pole extraction electrode that is electrically connected and negative pole extraction electrode, one end of described positive pole extraction electrode and negative pole extraction electrode is all positioned at described mounting groove, the other end all penetrates in described nogging body and is also electrically connected with described cathode conductor or negative electrode conductor respectively.
Compared with prior art, the beneficial effects of the utility model are:
The utility model product is layed in the wall face of building, conveniently energy converter can be fixedly installed in mounting groove or therefrom by erecting device and take out, use convenient, not only be convenient to maintenance, thus reduction maintenance cost, can also change whenever and wherever possible according to different environment and different types of energy converter is installed, by natural luminous energy, heat energy, the regenerative resources such as mechanical energy convert electric energy to, make full use of the various regenerative resources of occurring in nature, practical function variation, improve natural energy resource utilization rate, energy conservation, and when the circuit carrying out generating nogging is installed, adjacent nogging only needs their cathode conductor to be electrically connected, their negative electrode conductor is electrically connected, the electric wiring that can complete a row nogging connects, circuit simple installation is quick, not only save installing space, and circuit built-in make product use safer.
On the basis of technique scheme, the utility model can also do following improvement.
As a kind of preferred embodiment of the present utility model, one end of described cathode conductor is provided with the conducting connecting part male of convex, the other end is provided with the conducting connecting part female of groove-like, one end of described negative electrode conductor is provided with the conducting connecting part male of convex, the other end is provided with the conducting connecting part female of groove-like, described conducting connecting part male is mated mutually with described conducting connecting part female, described conducting connecting part male, described conducting connecting part female is fixedly connected with described nogging body respectively, and be electrically connected with corresponding described cathode conductor or negative electrode conductor respectively.
The beneficial effect of above-mentioned preferred version is adopted to be: nogging body is when being layed in the wall face of building, adjacent two pieces of nogging bodies can be plugged together by the conducting connecting part male of convex that corresponds to each other and the conducting connecting part female of groove-like, the effect of connection line can be played, the positive and negative electrode often arranging generating nogging is together in series respectively, convenient circuit is installed and power supply, auxiliary fixing effect can be played again, avoid indivedual nogging body to occur to loosen.
As another kind of preferred embodiment of the present utility model, described cathode conductor is two, their mutually vertical and electrical connections, described negative electrode conductor is two, their mutually vertical and electrical connections, wherein a described cathode conductor is electrically connected with the positive pole of energy converter by described positive pole extraction electrode, and described negative electrode conductor in parallel is connected with the negative electricity of energy converter by described negative pole extraction electrode.
The beneficial effect of above-mentioned preferred version is adopted to be: no matter to be neighbouring or the adjacent nogging in left and right, their cathode conductor is only needed to be electrically connected, their negative electrode conductor is electrically connected simultaneously, the electric wiring that can complete horizontal and vertical two row noggings is connected, and electric wiring is connected more convenient.
As another kind of preferred embodiment of the present utility model, described erecting device is the first back-off and the second back-off that can fix or unclamp energy converter, and described first back-off, described second back-off lay respectively at the relative both sides of described mounting groove.
The beneficial effect of above-mentioned preferred version is adopted to be: the first back-off can fixing or unclamp energy converter and the second back-off are arranged on the relative both sides of mounting groove, can either by energy converter steadily be fixedly mounted in mounting groove, the space of the other both sides of mounting groove can be discharged again, thus save the material of space, saving making and installation device.
As another kind of preferred embodiment of the present utility model, described first back-off, described second back-off is fixedly connected with described nogging body respectively, and respectively and the first slot formed between described mounting groove for inserting energy converter and the second slot, near one end of described second back-off and described mounting groove, the distance between the sidewall of described second back-off is less than the length of energy converter along the first back-off and the second back-off line direction to described first back-off, near one end of described first back-off and described mounting groove, the distance between the sidewall of described first back-off is greater than the length of energy converter along the first back-off and the second back-off line direction to described second back-off, described first back-off is provided with breach near one end of described second back-off, described breach is greater than the length of energy converter along the first back-off and the second back-off line direction away from one end of described second back-off and the distance of described mounting groove between the sidewall of described second back-off, described indentation, there is provided with the fixed block for being fixed on by energy converter in described mounting groove, one end of described fixed block is inserted in described mounting groove from the gap between described breach and energy converter end, the other end stretches out described first back-off from described breach, described mounting groove and energy converter are along equal with the length in the second back-off line direction perpendicular to the first back-off.
The beneficial effect of above-mentioned preferred version is adopted to be: after the bosom of the first slot is inserted in one end of energy converter, its other end just can put into mounting groove, and by just inserting in the second slot to moving away from the first innermost direction of slot, energy converter is made to be withheld in mounting groove by the first back-off and the second back-off, again fixed block is inserted in the gap between energy converter end and breach by the breach on the first back-off, just can steadily energy converter be fixed in mounting groove, avoid it to shake, easy installation and removal, and the first back-off, second back-off is fixedly connected with nogging body, what energy converter was installed is more firm, if the mode of being fixedly connected with is formed in one, effect is better, not only fixing more firm, and convenient one-tenth produces.
As another kind of preferred embodiment of the present utility model, described fixed block is made up of elastomeric material.
The beneficial effect of above-mentioned preferred version is adopted to be: fixed block is made up of elastomeric material, has certain elasticity, and be fixed energy converter by deformation restoring force, dynamics is softer, can effectively avoid the end of energy converter to wear and tear.
As another kind of preferred embodiment of the present utility model, described mounting groove mates mutually with energy converter, described first back-off, described second back-off are fixedly connected with described nogging body is removable respectively, and respectively and formed between described mounting groove and be used for the first draw-in groove of stationary electric converter and the second draw-in groove.
The beneficial effect of above-mentioned preferred version is adopted to be: the first back-off, the second back-off can disassemble from nogging body, energy converter can directly be taken out in mounting groove, and when needs are installed, only energy converter need be put into mounting groove completely, install the first back-off, the second back-off again, they are fixedly connected with nogging body, energy converter just can by the first back-off and the second back-off steadily withhold in mounting groove, installing/dismounting is more convenient.
As another kind of preferred embodiment of the present utility model, described mounting groove mates mutually with energy converter, described first back-off, described second back-off is all greater than described mounting groove along the length perpendicular to the first back-off and the second back-off line direction along the length perpendicular to the first back-off and the second back-off line direction, described first back-off away from one end of described second back-off and described nogging body hinged, be fixedly connected with described nogging body is removable near one end of described second back-off, described second back-off is fixedly connected with described nogging body is removable, described first back-off, described second back-off respectively and formed between described mounting groove and be used for the first draw-in groove of stationary electric converter and the second draw-in groove.
The beneficial effect of above-mentioned preferred version is adopted to be: the first back-off can be separated with nogging body near one end of described second back-off, first back-off can be rotated around self one end away from described second back-off, thus open the first back-off, then the second back-off is unloaded, such energy converter just can directly take out in mounting groove, and when needs are installed, energy converter is only needed to put into mounting groove completely, install the first back-off again, second back-off, they are fixedly connected with nogging body, energy converter just can by the first back-off and the second back-off steadily withhold in mounting groove, installing/dismounting is more convenient.
As another kind of preferred embodiment of the present utility model, between described mounting groove and the back side of energy converter, be also provided with the gasket seal for extruding fit sealing energy converter.
The beneficial effect of above-mentioned preferred version is adopted to be: gasket seal has certain elasticity, under the effect of deformation restoring force, it can apply an extruding force to the back side of energy converter, the front of energy converter is contacted with the first back-off, the second back-off more tight, fixed effect is installed better.
As another kind of preferred embodiment of the present utility model, described first back-off is positioned at the top of described mounting groove, and described second back-off is positioned at the below of described mounting groove, and the left and right length of described first back-off is greater than the left and right length of described mounting groove.
The beneficial effect of above-mentioned preferred version is adopted to be: the first back-off can shelter from the gap between mounting groove upper side wall and energy converter upper end completely, thus avoid rainwater to flow in mounting groove from this gap when nogging body flows from top to bottom, the back side of energy converter is avoided to be drenched by rainwater, play waterproof effect, when fitted seal pad uses, waterproof effect is better.
Accompanying drawing explanation
Fig. 1 is the perspective view that a kind of scheme of the utility model product and energy converter combine;
Fig. 2 is the structural representation of Total Product side section in Fig. 1;
Fig. 3 is the structural representation that in Fig. 1, product looks up face;
Fig. 4 is the perspective view of the another kind of scheme of the utility model product;
In accompanying drawing, the list of parts representated by each label is as follows:
1, nogging body, 2, energy converter, 3, mounting groove, 4, positive pole extraction electrode, the 5, first back-off, the 6, second back-off, 7, conducting connecting part male, 8, conducting connecting part female, 9, cathode conductor, 10, fixed block, 11, gasket seal.
Detailed description of the invention
Be described principle of the present utility model and feature below in conjunction with accompanying drawing, example, only for explaining the utility model, is not intended to limit scope of the present utility model.
Embodiment
As Fig. 1, Fig. 2, Fig. 3, shown in Fig. 4, a kind of green building material generating nogging of built-in electric wiring, it comprises in flat nogging body 1, the front of described nogging body 1 is provided with the mounting groove 3 for installing energy converter 2, energy converter 2 is installed in described mounting groove 3, the edge of described mounting groove 3 is provided with the erecting device for fixing or unclamp energy converter 2, the inside of described nogging body 1 is provided with and is respectively used to just drawing energy converter 2, the cathode conductor 9 of negative electrode and negative electrode conductor, described cathode conductor 9, described negative electrode conductor is parallel to each other, and run through the opposite end of described nogging body 1 respectively, also being provided with in described mounting groove 3 can by energy converter 2 just, negative electrode respectively with cathode conductor 9, negative electrode conductor carries out the positive pole extraction electrode 4 that is electrically connected and negative pole extraction electrode, one end of described positive pole extraction electrode 4 and negative pole extraction electrode is all positioned at described mounting groove 3, the other end all penetrates in described nogging body 1 and is also electrically connected with described cathode conductor 9 or negative electrode conductor respectively, thus realize cathode conductor 9 and be electrically connected with the positive pole of energy converter 2, described negative electrode conductor is connected with the negative electricity of energy converter 2, described positive pole extraction electrode 4, described negative pole extraction electrode, described cathode conductor 9 or described negative electrode conductor can be conductive connecting piece, conductive connecting or conduction joint pin etc., such as: copper brace, copper cash, graphite column etc., such shape, material variation, production and processing is more flexible,
When such generating nogging conducting transmission line is installed, their cathode conductor 9 just can be electrically connected by adjacent nogging, their negative electrode conductor is electrically connected simultaneously, namely the electric wiring completing a row generating nogging connects, circuit simple installation is quick, not only save installing space, and circuit built-in make product use safer;
If described cathode conductor 9 is two, their mutually vertical and electrical connections, described negative electrode conductor is two, their mutually vertical and electrical connections, wherein a described cathode conductor 9 is electrically connected with the positive pole of energy converter 2 by described positive pole extraction electrode 4, described negative electrode conductor in parallel is connected with the negative electricity of energy converter 2 by described negative pole extraction electrode, then adjacent up and down nogging can be electrically connected by cathode conductor 9 and negative electrode conductor, thus the electric wiring completing horizontal and vertical two row generating noggings is connected, electric wiring is connected more convenient.
In the utility model product, if one end of described cathode conductor is provided with the conducting connecting part male 7 of convex, the other end is provided with the conducting connecting part female 8 of groove-like, one end of described negative electrode conductor is provided with the conducting connecting part male 7 of convex, the other end is provided with the conducting connecting part female 8 of groove-like, described conducting connecting part male 7 is mated mutually with described conducting connecting part female 8, described conducting connecting part male 7, described conducting connecting part female 8 is fixedly connected with described nogging body 1 respectively, and be electrically connected with corresponding described cathode conductor 9 or negative electrode conductor respectively, as shown in Figure 1, then nogging body 1 is when being layed in the wall face of building, adjacent two pieces of nogging bodies 1 can be plugged together by the conducting connecting part male 7 of convex that corresponds to each other and the conducting connecting part female 8 of groove-like, the effect of connection line can be played, just will often arrange generating nogging, negative electrode is together in series respectively, convenient circuit is installed and power supply, auxiliary fixing effect can be played again, indivedual nogging body 1 is avoided to occur to loosen, described conducting connecting part male 7 and the cross sectional shape of described conducting connecting part female 8 can be circular, oval, square or other geometries,
If described conducting connecting part male 7 is provided with plug resettlement groove away from one end of described nogging body 1, the conductive plug of convex is provided with in described plug resettlement groove, the electrically conductive socket of the groove-like matched with described conductive plug is also provided with in the groove of described conducting connecting part female 8, described conducting connecting part male 7 is electrically connected with described cathode conductor 9 or negative electrode conductor by described conductive plug, and described conducting connecting part female 8 is electrically connected with described cathode conductor 9 or negative electrode conductor by described electrically conductive socket; Then conducting connecting part male 7 and conducting connecting part female 8 carry out plugging together be connected time; play the just conducting connecting part male 7 of electric action and the conductive plug of conducting connecting part female 8 inside and electrically conductive socket; conducting connecting part male 7 can play a very good protection to conductive plug and electrically conductive socket with the housing parts of conducting connecting part female 8; them can be avoided to collide damage; can realize good water-proof function again, the cross sectional shape of described conductive plug, electrically conductive socket can be circular, oval, square or other geometries.
The utility model product is layed in skin face, and it has two kinds of mounting meanss, and one is pasted onto on metope with cement, now more firm in order to paste, and can arrange saw-tooth grooves at the back side of nogging body 1; One is after angle steel installed by wall, directly hangs on angle steel, namely arranges hook at the back side of nogging body 1, and this hook can be formed by the method for directly slotting on nogging body 1, as shown in Figure 4.
In the utility model product, anode interface groove and negative pole interface slot can also be set in the opposite end end of described nogging body 1, the positive pole attachment plug be electrically connected with corresponding described cathode conductor is equipped with in described anode interface groove, the negative pole attachment plug be electrically connected with corresponding described negative electrode conductor is equipped with in described negative pole interface slot, as shown in Figure 4, adjacent so described nogging body 1 just can plug together with anode interface groove or negative pole interface slot the electrical connection plug-in unit be connected by two and be fixedly connected with, this electrical connection plug-in unit is equipped with and runs through its two ends and can plug together with two described positive pole attachment plugs or two described negative pole attachment plugs the slot be connected simultaneously, the two ends of described slot are respectively equipped with and can plug together with described positive pole attachment plug or described negative pole attachment plug the electrically conductive socket shell fragment be connected, two described electrically conductive socket shell fragment electrical connections, described anode interface groove, negative pole interface slot, positive pole attachment plug, negative pole attachment plug, the cross sectional shape of electrical connection plug-in unit can be circular, oval, square or other geometries.
Described erecting device in the utility model product is preferably the first back-off 5 and the second back-off 6 can fixing or unclamp energy converter 2, described first back-off 5, described second back-off 6 lays respectively at the relative both sides of described mounting groove 3, both upper and lower both sides can be positioned at, also the left and right sides can be positioned at, gasket seal 11 for extruding fit sealing energy converter 2 can also be set between described mounting groove 3 and the back side of energy converter 2, make front and first back-off of energy converter 2, second back-off contact is tightr, installation fixed effect is better, described gasket seal 11 can be asbestos gasket, the elastomeric pads such as rubber sheet gasket, in addition, described erecting device is not limited to the mode that above-mentioned back-off inserts, also available dedicated sealing profile all belongs to protection domain from dismantled and assembled structures such as front buckle into.
In the utility model product, described first back-off 5, described second back-off 6 can be fixedly connected with described nogging body 1 respectively, as riveted joint, bonding, screw connects or one-body molded etc., and respectively and the first slot formed between described mounting groove 3 for inserting energy converter 2 and the second slot, now, described mounting groove 3 and energy converter 2 are along equal with the length in the second back-off 6 line direction perpendicular to the first back-off 5, near one end of described second back-off 6 and described mounting groove 3, the distance between the sidewall of described second back-off 6 is less than the length of energy converter 2 along the first back-off 5 and the second back-off 6 line direction to described first back-off 5, near one end of described first back-off 5 and described mounting groove 3, the distance between the sidewall of described first back-off 5 is greater than the length of energy converter 2 along the first back-off 5 and the second back-off 6 line direction to described second back-off 6, described first back-off 5 is provided with breach near one end of described second back-off 6, described breach is greater than the length of energy converter 2 along the first back-off 5 and the second back-off 6 line direction away from one end of described second back-off 6 and the distance of described mounting groove 3 between the sidewall of described second back-off 6, described indentation, there is provided with the fixed block 10 for being fixed on by energy converter 2 in described mounting groove 3, described fixed block 10 is made up of elastomeric materials such as rubber, one end of described fixed block 10 is inserted in described mounting groove 3 from the gap between described breach and energy converter 2 end, the other end stretches out described first back-off 5 from described breach,
Like this, the utility model product in use, after only needing one end of energy converter 2 to insert the bosom of the first slot, its other end just can put into mounting groove 3, and by just inserting in the second slot to moving away from the first innermost direction of slot, energy converter 2 is made to be withheld in mounting groove 3 by the first back-off 5 and the second back-off 6, again fixed block 10 is inserted in the gap between energy converter 2 end and breach by the breach on the first back-off 5, just can steadily energy converter 2 be fixed in mounting groove 3, avoid it to shake, easy installation and removal, and the first back-off 5, second back-off 6 is fixedly connected with nogging body 1, what energy converter 2 was installed is more firm, if the mode of being fixedly connected with is formed in one, effect is better, not only fixing more firm, and convenient one-tenth produces.
In the utility model product, described first back-off 5, described second back-off 6 can also be fixedly connected with described nogging body 1 is removable respectively, as bolt-hole connection, snap close connection, grafting etc., and respectively and formed between described mounting groove 3 and be used for the first draw-in groove of stationary electric converter 2 and the second draw-in groove, now described mounting groove 3 mates mutually with energy converter 2;
Like this, the utility model product in use, first back-off 5, second back-off 6 can disassemble from nogging body 1, energy converter 2 can directly be taken out in mounting groove 3, and when needs are installed, only energy converter 2 need be put into mounting groove 3 completely, install the first back-off 5, second back-off 6 again, they are fixedly connected with nogging body 1, energy converter 2 just can by the first back-off 5 and the second back-off 6 withholding in mounting groove 3 steadily, and installing/dismounting is more convenient.
The utility model product can also be designed to described first back-off 5, described second back-off 6 is all greater than described mounting groove 3 along the length perpendicular to the first back-off 5 and the second back-off 6 line direction along the length perpendicular to the first back-off 5 and the second back-off 6 line direction, described first back-off 5 away from one end of described second back-off 6 and described nogging body 1 hinged, be fixedly connected with described nogging body 1 is removable near one end of described second back-off 6, as bolt-hole connects, snap close connects, grafting etc., described second back-off 6 is fixedly connected with described nogging body 1 is removable, as bolt-hole connects, snap close connects, grafting etc., described first back-off 5, described second back-off 6 respectively and formed between described mounting groove 3 and be used for the first draw-in groove of stationary electric converter 2 and the second draw-in groove, described mounting groove 3 mates mutually with energy converter 2,
Like this, the utility model product in use, first back-off 5 can be separated with nogging body 1 near one end of described second back-off 6, first back-off 5 can be rotated around self one end away from described second back-off 6, thus open the first back-off 5, then the second back-off 6 is unloaded, such energy converter 2 just can directly take out in mounting groove 3, and when needs are installed, energy converter 2 is only needed to put into mounting groove 3 completely, install the first back-off 5 again, second back-off 6, they are fixedly connected with nogging body 1, energy converter 2 just can by the first back-off 5 and the second back-off 6 steadily withhold in mounting groove 3, installing/dismounting is more convenient.
In addition, if the utility model product design becomes described first back-off 5 to be positioned at the top of described mounting groove 3, described second back-off 6 is positioned at the below of described mounting groove 3, the left and right length of described first back-off 5 is greater than the left and right length of described mounting groove 3, the left and right length of described second back-off 6 is less than the left and right length of described mounting groove 3, then the first back-off 5 just can shelter from the gap between mounting groove 3 upper side wall and energy converter 2 upper end completely, thus avoid rainwater to flow in mounting groove 3 from this gap when nogging body 1 flows from top to bottom, the back side of energy converter 2 is avoided to be drenched by rainwater, play waterproof effect, when fitted seal pad uses, waterproof effect is better, and mounting groove 3 also can be designed to downward-sloping shape near the sidewall of the second back-off 6, the so not only convenient excretion when rainwater flows from top to bottom along nogging body 1, in the gap avoiding rainwater to be deposited between mounting groove 3 and energy converter 2, and finger directly can stretch into mobile energy converter 2 in mounting groove 3, thus the dismounting of convenient energy converter 2.
At present, the photovoltaic product on market is a lot, but the combination realizing photovoltaic module and construction substrate walltile still belongs to the first time.The utility model not only achieves the combination of walltile and photovoltaic module, and changes traditional photovoltaic module and the bonding way of attachment body, achieves fast demountable and the fixed form of the energy converters such as photovoltaic module.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. the green building material generating nogging of a built-in electric wiring, it comprises in flat nogging body (1), it is characterized in that, the front of described nogging body (1) is provided with the mounting groove (3) for installing energy converter (2), the edge of described mounting groove (3) is provided with the erecting device for fixing or unclamp energy converter (2), the inside of described nogging body (1) is provided with and is respectively used to just drawing energy converter (2), the cathode conductor (9) of negative electrode and negative electrode conductor, described cathode conductor (9), described negative electrode conductor is parallel to each other, and run through the opposite end of described nogging body (1) respectively, also being provided with in described mounting groove (3) can by energy converter (2) just, negative electrode respectively with cathode conductor (9), negative electrode conductor carries out the positive pole extraction electrode (4) that is electrically connected and negative pole extraction electrode, one end of described positive pole extraction electrode (4) and negative pole extraction electrode is all positioned at described mounting groove (3), the other end all penetrates in described nogging body (1) and is also electrically connected with described cathode conductor (9) or negative electrode conductor respectively.
2. the green building material generating nogging of built-in electric wiring according to claim 1, it is characterized in that, one end of described cathode conductor is provided with the conducting connecting part male (7) of convex, the other end is provided with the conducting connecting part female (8) of groove-like, one end of described negative electrode conductor is provided with the conducting connecting part male (7) of convex, the other end is provided with the conducting connecting part female (8) of groove-like, described conducting connecting part male (7) is mated mutually with described conducting connecting part female (8), described conducting connecting part male (7), described conducting connecting part female (8) is fixedly connected with described nogging body (1) respectively, and be electrically connected with corresponding described cathode conductor (9) or negative electrode conductor respectively.
3. the green building material generating nogging of built-in electric wiring according to claim 1, it is characterized in that, described cathode conductor (9) is two, their mutually vertical and electrical connections, described negative electrode conductor is two, their mutually vertical and electrical connections, wherein a described cathode conductor (9) is electrically connected with the positive pole of energy converter (2) by described positive pole extraction electrode (4), and described negative electrode conductor in parallel is connected with the negative electricity of energy converter (2) by described negative pole extraction electrode.
4. the green building material generating nogging of the built-in electric wiring according to any one of claim 1-3, it is characterized in that, described erecting device is the first back-off (5) and the second back-off (6) that can fix or unclamp energy converter (2), and described first back-off (5), described second back-off (6) lay respectively at the relative both sides of described mounting groove (3).
5. the green building material generating nogging of built-in electric wiring according to claim 4, it is characterized in that, described first back-off (5), described second back-off (6) is fixedly connected with described nogging body (1) respectively, and respectively and the first slot formed between described mounting groove (3) for inserting energy converter (2) and the second slot, described first back-off (5) is less than the length of energy converter (2) along the first back-off (5) and the second back-off (6) line direction near one end and described mounting groove (3) distance between the sidewall of described second back-off (6) of described second back-off (6), described second back-off (6) is greater than the length of energy converter (2) along the first back-off (5) and the second back-off (6) line direction near one end and described mounting groove (3) distance between the sidewall of described first back-off (5) of described first back-off (5), described first back-off (5) is provided with breach near one end of described second back-off (6), away from one end of described second back-off (6) and described mounting groove (3), the distance between the sidewall of described second back-off (6) is greater than energy converter (2) along the length of the first back-off (5) with the second back-off (6) line direction to described breach, described indentation, there is provided with the fixed block (10) for being fixed on by energy converter (2) in described mounting groove (3), one end of described fixed block (10) is inserted in described mounting groove (3) from the gap between described breach and energy converter (2) end, the other end stretches out described first back-off (5) from described breach, described mounting groove (3) and energy converter (2) are along equal with the length in the second back-off line direction perpendicular to the first back-off.
6. the green building material generating nogging of built-in electric wiring according to claim 5, it is characterized in that, described fixed block (10) is made up of elastomeric material.
7. the green building material generating nogging of built-in electric wiring according to claim 4, it is characterized in that, described mounting groove (3) mates mutually with energy converter (2), described first back-off (5), described second back-off (6) are fixedly connected with described nogging body (1) is removable respectively, and respectively and formed between described mounting groove (3) and be used for the first draw-in groove of stationary electric converter (2) and the second draw-in groove.
8. the green building material generating nogging of built-in electric wiring according to claim 4, it is characterized in that, described mounting groove (3) mates mutually with energy converter (2), described first back-off (5), described second back-off (6) is all greater than described mounting groove (3) along the length perpendicular to the first back-off (5) and the second back-off (6) line direction along perpendicular to the first back-off (5) and the length in the second back-off (6) line direction, described first back-off (5) away from one end of described second back-off (6) and described nogging body (1) hinged, be fixedly connected with described nogging body (1) is removable near one end of described second back-off (6), described second back-off (6) is fixedly connected with described nogging body (1) is removable, described first back-off (5), described second back-off (6) respectively and formed between described mounting groove (3) and be used for the first draw-in groove of stationary electric converter (2) and the second draw-in groove.
9. the green building material generating nogging of built-in electric wiring according to claim 4, it is characterized in that, between the back side of described mounting groove (3) and energy converter (2), being also provided with the gasket seal (11) for extruding fit sealing energy converter (2).
10. the green building material generating nogging of the built-in electric wiring according to any one of claim 5-9, it is characterized in that, described first back-off (5) is positioned at the top of described mounting groove (3), described second back-off (6) is positioned at the below of described mounting groove (3), and the left and right length of described first back-off (5) is greater than the left and right length of described mounting groove (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520937439.7U CN205100466U (en) | 2015-11-20 | 2015-11-20 | Green building material electricity generation wall brick of built -in electric wiring |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520937439.7U CN205100466U (en) | 2015-11-20 | 2015-11-20 | Green building material electricity generation wall brick of built -in electric wiring |
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| CN205100466U true CN205100466U (en) | 2016-03-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106013656A (en) * | 2016-07-13 | 2016-10-12 | 广东耀东华家具板材有限公司 | Integrated intelligent panel with built-in circuit |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106013656A (en) * | 2016-07-13 | 2016-10-12 | 广东耀东华家具板材有限公司 | Integrated intelligent panel with built-in circuit |
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Effective date of registration: 20170204 Address after: 610000 Sichuan, Chengdu, Chenghua District, South Building, No. two, building 8, building 3, unit 3, building 1, No. Patentee after: Wang Xueying Address before: Tianyu 611731 Chengdu Road, Sichuan province high tech Zone No. 19 Patentee before: Wang Deyan |