CN104358338B - Prepare the device and method of indoor heating upper/lower electrode formula conducting concrete plate - Google Patents
Prepare the device and method of indoor heating upper/lower electrode formula conducting concrete plate Download PDFInfo
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- CN104358338B CN104358338B CN201410717985.XA CN201410717985A CN104358338B CN 104358338 B CN104358338 B CN 104358338B CN 201410717985 A CN201410717985 A CN 201410717985A CN 104358338 B CN104358338 B CN 104358338B
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Abstract
The invention discloses the device and method preparing indoor heating upper/lower electrode formula conducting concrete plate.nullDescribed device includes tensioning equipment、End template and the molding side form in shaped as frame，The both sides that two electrode networks of clamping are relative respectively with utilizing tensioning equipment parallel interval，Unsettled extravagance stretches described two electrode networks，Prevent electrode network to be deformed or shift，End template is arranged at the lower section of two electrode networks，And fixing with tensioning equipment be connected，The splicing of molding side form is installed on end template，Molding side form includes the top layer side form frame installed that aligns the most successively、Middle level side form frame and bottom side form frame，Bottom side form frame coupling is assembled between lower electrode net and end template，Middle level side form frame coupling is assembled between described two electrode networks，Top layer side form frame is arranged on upper electrode net，By two electrode networks of regulation parallel distance on tensioning equipment，Coordinate the height adjusting molding side form，Altitude control can be realized thus make the conducting concrete plate of differing heights.
Description
Technical field
The invention relates to conducting concrete technical field, is specifically related to prepare indoor heating upper/lower electrode formula conducting concrete
The device and method of plate.
Background technology
The indoor heating method that people commonly use in the winter time has fin heating, air-conditioning heating, electric heater heating etc..But these methods
All there is same shortcoming, it is simply that heating is concentrated, local temperature is too high, it is impossible to make the homogeneous temperature distribution of indoor, thus be difficult to
Providing the user a comfortable heating environment, people are in such indoor heating environment and easily feel that scorching xerostomia etc. is bad
Reaction, on the other hand, the health of human body also easily at indoor generation airborne dust, is impacted by above-mentioned heating plant.
In recent years, floor heating is good due to its comfortableness, and room entirety heats up uniformly, and has been increasingly becoming the preferred heating of people
Mode.Floor heating can be divided into hot-water heating floor heating and Electrical heating floor heating according to its most conventional heating system.But existing
Having in technology, it is higher that both modes there is also the deficiency of himself, mainly construction cost.Hot-water heating floor mainly comprise portion
Part is boiler, water collecting and diversifying device, ground water pipe, radiator, temperature controller and connects accessory etc., except laying the construction on hot-water heating floor
Outside technique is sufficiently complex, also needing additionally to provide the special room placing boiler, unit are pork barrel is too high, later maintenance
Expense is the highest.Electrical heating floor mainly uses the main material of heating (such as carbon-fiber film, carbon epitaxial, carbon fiber cable, heating cable
Deng), temperature controller and connect accessory etc. and build and form, its construction cost is the highest, but also needs on the basis of original ground
Raise 5-6cm to build so that the most limited interior space is compressed further.
Based on cement, material makes conducting concrete plate, is directly laid to warming ground, is grinding of existing indoor heating field
Study carefully focus.Conducting concrete buttress, according to the difference of its electrode form, can be divided into two big classes, and a class is to use upper and lower distributed electrical
Pole, another kind of is to use left and right distributed electrode.The construction technology using the conducting concrete plate of left and right distributed electrode is simple,
Electrode can disposably put into molding after concreting is vibrated, but its resistance is relatively big, and heating efficiency is low.And use
The resistance of the conducting concrete plate of distributed electrode is then far smaller than the conducting concrete plate using left and right distributed electrode up and down, sends out
Heat is fast and uniform, but the construction technology of its complexity has become principal element of its development of constraint.Use the conduction of upper and lower distributed electrode
There is following difficult point in concrete slab in construction: 1, in order to make conducting concrete can be good at being connected with electrode, existing conduction
The electrode of concrete slab generally individually uses steel wire, but owing to the rigidity of steel wire is less, is susceptible to become in work progress
The problem such as shape, displacement, thus cause the position between two electrodes of conducting concrete accurately to control, and then ultimately result in and lead
Electricity concrete slab heating is uneven；2 so that upper layer concrete has enough weight to suppress the change of the steel wire as electrode
Shape, the thickness of the general conducting concrete plate using upper and lower distributed electrode at least needs to reach more than 5cm, and this adopts for indoor
For warm floor tile, its thickness is the most excessive, but according to existing Technology, cannot be further when actual fabrication
That is done by conducting concrete plate is thinner.
Summary of the invention
The purpose of the invention is to solve above-mentioned weak point of the prior art and provides one to prepare indoor heating with up and down
The device and method of electric pole type conducting concrete plate.
The purpose of the invention is achieved through the following technical solutions:
Provide the device preparing indoor heating upper/lower electrode formula conducting concrete plate, arrange up and down in described conducting concrete plate
There are two electrode networks of parallel interval, described two electrode networks, according to its relative position in described conducting concrete plate, divide
Not Wei upper electrode net and lower electrode net, described device includes tensioning equipment, end template and the molding side form in shaped as frame, stretch-draw
Equipment energy parallel interval ground clamps the both sides that described two electrode networks are relative, and unsettled extravagance stretches described two electrode networks, bed die
Plate is arranged at the lower section of described two electrode networks, and fixing with tensioning equipment is connected, and molding side form splices and is installed on end template,
The area of end template is more than or equal to the cross-sectional area of the inside casing of molding side form, and the inside casing of molding side form is positioned over end template all the time
Within outer rim, molding side form includes top layer side form frame, middle level side form frame and the bottom side form frame installed that align the most successively,
Bottom side form frame coupling is assembled between lower electrode net and end template, middle level side form frame coupling assembled in described two electrode networks it
Between, top layer side form frame is arranged on upper electrode net.
Specifically, described tensioning equipment includes base, base is relatively set with two pressure clamp for clamping described two respectively
The both sides that electrode network is relative, end template is i.e. arranged between two pressure clamp, described pressure clamp is provided with removable distance piece,
When pressure clamp clamps described two electrode networks, distance piece is clamped between described two electrode networks separate described two electrode networks,
By changing the distance piece of different-thickness, the parallel distance on tensioning equipment of two electrode networks described in scalable, then coordinate replacing
Corresponding middle level side form frame, thus the conducting concrete plate of differing heights can be produced.
Distance between two pressure clamp is adjustable, it is preferable that be provided with guide rail on described base, and at least one pressure clamp can be along institute
State guide rail and move and can be locked in described guide rail with the distance between two pressure clamp of regulation.
Preferably, said two pressure clamp can regulate height by vertical lift, is so between scalable lower electrode net and end template
Distance, to mate the bottom side form frame of differing heights, so can expand the adjusting range of conducting concrete plate, it is simple to further
Adjust the height of conducting concrete plate.Its vertical lift can make pressure clamp by pressure clamp coupling being set on vertical screw mandrel
Produce relative rotation with screw mandrel and realize.
Preferably, described top layer side form frame, middle level side form frame and bottom side form frame are all in square frame-shaped, especially, and bottom side form frame
With middle level side form frame respectively by two " [" shape half frame docking be spliced.
Owing to top layer side form frame and bottom side form frame height are relatively low, therefore top layer side form frame and bottom side form frame are preferably rigid metal frame,
And compare top layer side form frame due to middle level side form frame or bottom side form frame is the highest, and according to rigid metal material, its heavier mass,
Therefore side form frame in middle level is preferably wooden frame.In actual application, the height of top layer side form frame is it is often preferable that be equal to bottom side form frame
Highly.
Described end template is preferably wooden end template, for strengthening the support strength of described end template, preferably sets its bottom surface is parallel
Put some reinforcing square wood strips.When end template is square end template, described reinforcing square wood strip is preferably parallel to the edges of boards of end template
Arrange.The bottom surface that reinforcing square wood strip directly uses iron nail to be close to end template clenches.
Provide the method preparing indoor heating upper/lower electrode formula conducting concrete plate simultaneously, comprise the following steps:
A. the both sides that two electrode networks of clamping are relative respectively with utilizing tensioning equipment parallel interval, are used on tensioning equipment by changing
Separate the thickness of the distance piece of two electrode networks, the parallel distance on tensioning equipment of two electrode networks described in scalable, and middle level
The height of side form frame is then designed to just equal to the parallel distance of described two electrode networks；After clamping, the clamping of regulation tensioning equipment
Distance between end stretches described two electrode networks with unsettled extravagance, should be noted that and avoid stretch-draw tension to make electrode during regulation stretch-draw
Prestressing force is produced in net.
B. end template is placed in the lower section of good two electrode networks of stretch-draw.
C. between lower electrode net and end template, the bottom side form frame contour with its spacing is installed in splicing, at described two electrode networks
Between splicing the middle level side form frame contour with its spacing is installed, place top layer side form frame on the net at upper electrode, by top layer side form frame,
The inner circumferential side alignment of middle level side form frame and bottom side form frame forms it into the molding side form in shaped as frame, and is fixed and is installed on bed die
On plate.Preferably fixed installation mode is to offer position on top layer side form frame, middle level side form frame, bottom side form frame and end template
Put, installing hole that size is corresponding, use dish bolt fastening structure wear described installing hole with connect install top layer side form frame,
Middle level side form frame, bottom side form frame and end template.Although it addition, step C, be shaped side form assembly before, can pass through
The height of the operation tensioning equipment regulation described two electrode networks on tensioning equipment, can realize regulating lower electrode net and end template
Between distance, with obtain needed for height, but, in actual applications, bottom side form frame and the height one of top layer side form frame
As be changeless, need adjust conducting concrete plate height time, normally only regulate two electrode networks parallel distance, i.e.
Only change the height of middle level side form frame, therefore the function of the distance between regulation electrode network and the end template of tensioning equipment is inessential merit
Can technology.
D. end template is fixedly connected on tensioning equipment.The most fixing connected mode is to offer on end template and tensioning equipment
There is the connecting hole that position, size are corresponding, use dish bolt fastening structure to wear described connecting hole so that end template connects fixing
In tensioning equipment.
E. pour conducting concrete to the frame intracavity of molding side form, when pouring conducting concrete, answer scuppit to water slowly, it is to avoid because of to electrode
Excessive being allowed to of impact of net shifts, and puts vibration compacting on a vibration table after having poured, and dismantles stretch-draw and set after conducting concrete final set
Standby, top layer side form frame, middle level side form frame, bottom side form frame and end template；
F. the electrode network excision that will expose, and at incision brushing insulating barrier.
It is noted that the step included by said method is to prepare the step needed for conducting concrete plate, the invention especially
Said method step is not made concrete enforceable order limit, it is true that the order of part steps can basis in above-mentioned steps
Practical situation slightly adjusts, and end template is fixedly connected on tensioning equipment by such as step D, and it can arbitrarily be interspersed in step B and step
Between rapid E.
The beneficial effect of the invention:
The method preparing indoor heating upper/lower electrode formula conducting concrete plate of the invention, utilizes tensioning equipment parallel interval
The both sides that two electrode networks of clamping are relative respectively, ground, unsettled extravagance stretches described two electrode networks, can effectively prevent electrode network from producing
Deformation or displacement, it is parallel for accurately controlling two-layer electrode network, and ensures the distance between it, thus solves electrode network mixed
The problem that is difficult in concrete board forming process fix, it is to avoid due to the bending of electrode network or displacement cause between electrode network away from
From change and make conducting concrete plate current unevenness even, finally ensure that the heating power stable and uniform of conducting concrete plate,
Reduce the cracking phenomenon of conducting concrete plate.Non-conductive at the conducting concrete solving to be caused due to electrode network deformation or displacement,
While the problem such as generate heat uneven, it is achieved the control to the thickness of conducting concrete plate, can the thickness of the most thinning conducting concrete plate
Degree, thus realize the application in indoor heating field of the conducting concrete plate.
This prepares the device of indoor heating upper/lower electrode formula conducting concrete plate, and it is for pouring the one-tenth of shaped conductive concrete slab
Type side form includes top layer side form frame, middle level side form frame, bottom side form frame three-decker, is set in stretch-draw by two electrode networks of regulation
Standby upper parallel distance, coordinates the height of amendment middle level side form frame, it is convenient to produce the conducting concrete plate of differing heights,
Save material, reduce cost, it is achieved economized produces.
Top layer side form frame, middle level side form frame, three layers of side form frame of bottom side form frame, after stretch-draw electrode network completes, are in place,
Make upper and lower two-layer electrode network be located between these three layers of side form frames, these three layers of side form frames are coupled together be fixedly mounted on the most again
On end template, it is ensured that when vibrating, molding side form will not move, fix, really additionally, also end template is connected with tensioning equipment
Protecting and will not produce relative movement between electrode network and molding side form, above-mentioned connection fixed solution can solve conducting concrete easily
Plate vibrate difficulty problem so that ultra-thin conducting concrete plate can directly use vibration table to vibrate, convenient and swift, and effect of vibrating
The best.
The preparation facilities of the invention is simple and reasonable, and its corresponding preparation method is simple to operate, makes quick, Er Qiecheng
This is cheap, it is possible to achieve large-scale production, and easy to utilize.
Accompanying drawing explanation
Utilize accompanying drawing that innovation and creation are described further, but the embodiment in accompanying drawing do not constitute any restriction to the invention,
For those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain other according to the following drawings
Accompanying drawing.
Fig. 1 is the structural representation of end template.
Fig. 2 is the A-A cross section view of the end template of Fig. 1.
Fig. 3 is the structural representation of top layer side form frame.
Fig. 4 is the structural representation of middle level side form frame.
Fig. 5 is the structural representation of bottom side form frame.
The structural representation of the molding side form that Fig. 6 is made up of top layer side form frame, middle level side form frame and bottom side form frame.
Fig. 7 is that molding side form uses dish bolt fastening structure to be installed on the structural representation of end template.
Fig. 8 is the structural representation of tensioning equipment.
Fig. 9 is the B-B cross section view of the tensioning equipment of Fig. 8.
Figure 10 is the structural representation of the device preparing indoor heating upper/lower electrode formula conducting concrete plate of the invention.
Figure 11 is the C-C cross section view of the device preparing indoor heating upper/lower electrode formula conducting concrete plate of Figure 10.
Reference:
1-end template, 10-reinforces square wood strip,
2-molding side form, 20-top layer side form frame, 21-middle level side form frame, 210-middle level half frame, 22-bottom side form frame, 220-bottom
Half frame,
3-tensioning equipment, 30-base, 31-pressure clamp, 32-handwheel, 33-guide rail
4-electrode network, 40-upper electrode net, 41-lower electrode net,
5-dish bolt fastening structure,
6-installing hole,
7-connecting hole.
Detailed description of the invention
Embodiment 1
The preparation facilities as a example by the conducting concrete plate making 600 × 600 × 12mm, the invention made below and preparation method
Being further described, following example are only in order to illustrate the technical scheme of the invention, rather than to the invention protection domain
Restriction, although having made to explain to the invention with reference to preferred embodiment, those of ordinary skill in the art should manage
Solve, the technical scheme of the invention can be modified or equivalent, without deviating from the invention technical scheme
Spirit and scope.
The device of indoor heating upper/lower electrode formula conducting concrete plate is prepared in the invention, and it includes tensioning equipment 3, bed die
Plate 1 and the molding side form 2 in shaped as frame.
End template 1, as depicted in figs. 1 and 2, uses the square plate that plank sheathing for building is made, and its dimensions is
700×700×15mm.For strengthening the support strength of end template 1, the edges of boards being parallel to end template 1 in its bottom surface arrange some adding
Gu square wood strip 10, the sectional dimension reinforcing square wood strip 10 is 85 × 35mm, uses iron nail directly to clench in the bottom surface of end template 1.
Be further opened with on end template 1 for be connected with molding side form 2 install installing hole 6 and for is connected with tensioning equipment 3 fix
Connecting hole 7.
Molding side form 2, as shown in Figure 6, including the top layer side form frame 20 of installation, the middle level side form frame 21 of aliging the most successively
With bottom side form frame 22.Molding side form 2 total height is 12mm, and top layer side form frame 20 is to use height to enclose for the iron plate of 3mm
The square frame of the inside casing a size of 600 × 600mm become, is shown in Fig. 3, and middle level side form frame 21 is then the thick square wood strip system using 6mm high
The square frame made, its inside casing size is similarly 600 × 600mm, and bottom side form frame 22 is similar with top layer side form frame 20, is also to use
Being highly the iron plate making of 3mm, its inside casing size is similarly 600 × 600mm.Especially, top layer side form frame 20 be one whole
The square frame of body, but middle level side form frame 21 be then by two " middle level half frame 210 docking of [" shape is spliced, similarly, the end
Layer side form frame 22 is also that " docking of bottom half frame 220 of [" shape is spliced, and sees Fig. 4 and Fig. 5 respectively, so designs and is by two
Middle level side form frame 21 and bottom side form frame 22 dismount between electrode network for convenience.Top layer side form frame 20, middle level side form
All offer on frame 21 and bottom side form frame 22 for being connected the installing hole 6 installed with molding side form 2 and for end template 1
Fixing connecting hole 7 it is connected in the lump, on top layer side form frame 20, middle level side form frame 21 and bottom side form frame 22 with tensioning equipment 3
Installing hole 6 and connecting hole 7 position, size corresponding.Preferably, the aperture of installing hole 6 and connecting hole 7 is 10mm.
Molding side form 2 available dish bolt fastening structure 5 is fixedly installed on end template 1, such as Fig. 7 after wearing installing hole 6
Shown in, wherein, dish bolt fastening structure 5 preferably employs the dish-shaped bolt of M8 × 50.
Tensioning equipment 3, as shown in Figure 8 and Figure 9, including base 30, base 30 offers and connects for fixing with end template 1
The connecting hole 7 connect, base is also relatively set with two pressure clamp 31, for the both sides that two electrode networks 4 of clamping respectively are relative,
End template 1 is i.e. arranged between two pressure clamp 31.Distance piece (being not drawn in figure), pressure clamp 31 it is provided with in pressure clamp 31
When clamping two electrode networks 4, distance piece is clamped between two electrode networks 4 separate two electrode networks 4, therefore described
The thickness of distance piece is the parallel distance of two electrode networks 4, and meanwhile, the thickness of described distance piece also determines middle level side form frame
The height of 21, in the present embodiment, the thickness of described distance piece is 6mm.Pressure clamp 31 to the compression of electrode network 4 by turning
Start to take turns 32 realizations, rotate handwheel 32 and can compress electrode network 4 among pressure clamp 31 along the direction being perpendicular to electrode network 4.Excellent
Selection of land, base 30 is provided with the guide rail 33 of straight line, and in two pressure clamp being oppositely arranged 31, one is fixedly installed on base
On 30, another can move to regulate the distance between two pressure clamp 31 along guide rail 33, and this guide rail 33 can also be locked simultaneously
It is scheduled on guide rail and is located at, with retaining clip, the tensile state that electrode network 4 thereon keeps stable.
After device is ready to, following method can be used to carry out the preparation of indoor heating upper/lower electrode formula conducting concrete plate:
A. two electrode networks 4 are installed in two pressure clamp 31 of tensioning equipment 3, upper electrode net 40 and lower electrode net
The 41 described distance piece upper and lower surfaces being respectively placed in pressure clamp 31 are to open 6mm by two electrode network 4 parallel interval；
Move one of them pressure clamp 31 along guide rail 33, two unsettled extravagances of electrode network 4 to be stretched, avoid electrode network 4 to produce simultaneously
Raw prestressing force.
B. end template 1 is placed on base 30, is placed in the lower section of two good electrode networks 4 of stretch-draw, due to bottom side form frame
22 and the height of top layer side form frame 20 the most changeless, therefore when design pressure folder 31 and described distance piece, should be able to
Make lower electrode net 41 clamp stretch-draw on tensioning equipment 3 time, the vertical dimension between itself and end template 1 is just equal to bottom side
The height of framed 22, the most specially 3mm.
C. between lower electrode net 41 with end template 1, two bottom half frames 220 are docked and are assemblied to form bottom side form frame 22,
Between upper electrode net 40 with lower electrode net 41, two middle level half frames 210 are docked and be assemblied to form middle level side form frame 21, so
After again on upper electrode net 40 place top layer side form frame 20, by top layer side form frame 20, middle level side form frame 21 and bottom side form frame
The inside casing alignment of 22 forms it into the molding side form 2 in shaped as frame, finally uses dish bolt fastening structure 5 to wear top layer side respectively
Molding side form 2 is fixedly mounted on the end by the installing hole 6 of framed 20, middle level side form frame 21, bottom side form frame 22 and end template 1
In template 1, complete firmly to be located between molding side form 2 two electrode networks 4.
D. use dish bolt fastening structure 5 wear simultaneously top layer side form frame 20, middle level side form frame 21, bottom side form frame 22,
Connecting hole 7 on the base 30 of end template 1 and tensioning equipment 3, above-mentioned component is all connected into an entirety, to prevent
Relative movement between any two component, its final configuration is as shown in Figure 10 and Figure 11.
E., after the assembly of finishing device, conducting concrete is poured to the frame intracavity of molding side form 2, should be little when pouring conducting concrete
Shovel water slowly, it is to avoid because excessive being allowed to of the impact of electrode network 4 is shifted, after having poured, whole table apparatus is put vibrate on a vibration table close
Real, after conducting concrete final set, dismantle tensioning equipment 3, top layer side form frame 20, middle level side form frame 21, bottom side form frame 22
And end template 1.
F. the electrode network excision that finally will expose, and at incision brushing insulating barrier, complete the making of conducting concrete plate.
Molding side form 2 height of the present embodiment is 12mm, that therefore prepare according to above-mentioned preparation method, ultra-thin conduction coagulation
The height of soil plate is 12mm.Use above-mentioned preparation method, keep the height of bottom side form frame 22 and top layer side form frame 20 not
In the case of change, differing heights, the thinnest conducting concrete plate can be made by changing the height of middle level side form frame 21.
It is true that through reality preparation checking, use the preparation method of the invention, by the height of regulation middle level side form frame 21, can
To prepare the conducting concrete plate of any thickness in the range of 1-5cm.
Embodiment 2
The main technical schemes of the present embodiment is same as in Example 1, the most unaccounted feature, uses embodiment 1
In explanation, no longer repeat at this.The present embodiment is with the difference of embodiment 1, and said two pressure clamp 31 can be vertical
Lift adjustment height, the vertical lift of pressure clamp 31 is made pressure clamp 31 by shake adjusting handle (not shown) and is arranged in the inner
The screw mandrel (not shown) in portion produces relative rotation and then realizes lift adjustment, uses the regulation of screw mandrel stepless lifting, precise and stable.
Due to the height adjustable of two pressure clamp 31, therefore mixed in the indoor heating upper/lower electrode formula conduction that embodiment 1 is used
In the preparation method of concrete board, before carrying out step C, by regulating the height of two pressure clamp 31 and then can regulate in stretch-draw
The height of two electrode networks 4 on equipment, thus change the distance between lower electrode net 41 and end template 1.Due to two pressures
The height adjustable of power folder 31, thus the height of bottom side form frame 22 can be made the most unalterable, can be the most random
Change the bottom side form frame 22 of differing heights, in the preparation, then lower electrode net 41 can be made by the height of regulation pressure clamp 31
Mating with bottom side form frame 22 with the distance between end template 1, this design can be greatly expanded the height of conducting concrete plate and adjust
Adjusting range.When it should be noted that the vertical height of two pressure clamp 31 of regulation, it is necessary to ensure that be finally clamped in two thereon
The state that the compartment of terrain extravagance of electrode network 4 keeping parallelism stretches.
Claims (3)
1. the method preparing indoor heating upper/lower electrode formula conducting concrete plate, it is characterised in that comprise the following steps:
A. the both sides that two electrode networks of clamping are relative respectively with utilizing tensioning equipment parallel interval, wherein, described two electrodes
The parallel interval distance of net equal to the height of middle level side form frame, the distance between the pinching end of regulation tensioning equipment with
Unsettled extravagance stretches described two electrode networks；
B. end template is placed in the lower section of good two electrode networks of stretch-draw；
C. the height regulating described two electrode networks on tensioning equipment makes the distance etc. between lower electrode net and end template
Height in bottom side form frame；
D. between lower electrode net and end template, splice installing bottom layer side form frame, splicing peace between described two electrode networks
Dress middle level side form frame, places top layer side form frame on the net at upper electrode, by top layer side form frame, middle level side form frame and
The inner circumferential side alignment of bottom side form frame forms it into the molding side form in shaped as frame, and is fixed and is installed on end template
On；
E. end template is fixedly connected on tensioning equipment；
F. pour conducting concrete to the frame intracavity of molding side form, answer scuppit to water slowly when pouring conducting concrete, after having poured
Put vibration compacting on a vibration table, after conducting concrete final set, dismantle tensioning equipment, top layer side form frame, middle level
Side form frame, bottom side form frame and end template；
G. the electrode network excision that will expose, and at incision brushing insulating barrier.
The method preparing indoor heating upper/lower electrode formula conducting concrete plate the most according to claim 1, it is characterised in that:
In step D, top layer side form frame, middle level side form frame, bottom side form frame and end template offer position, size phase
Corresponding installing hole, uses dish bolt fastening structure to wear described installing hole and installs top layer side form frame, middle level to connect
Side form frame, bottom side form frame and end template.
The method preparing indoor heating upper/lower electrode formula conducting concrete plate the most according to claim 2, it is characterised in that:
In step E, end template with tensioning equipment offer the connecting hole that position, size are corresponding, use dish spiral shell
Bolt connecting structure wears described connecting hole makes end template be connected and fixed on tensioning equipment.
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| CN201410717985.XA CN104358338B (en) | 2014-12-01 | 2014-12-01 | Prepare the device and method of indoor heating upper/lower electrode formula conducting concrete plate |
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| GB2265211A (en) * | 1992-03-20 | 1993-09-22 | Francis John Mcgorry | A panel heater with a heating element embeded in a fire retardant matrix |
| JP2000334721A (en) * | 1999-05-27 | 2000-12-05 | Yukinori Hayashi | Electric heating element-reinforced heat-conductive concrete body |
| CN102869132A (en) * | 2011-07-08 | 2013-01-09 | 立泰高新科技股份有限公司 | Electric heating structure for building panel and road paved panel |
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