CN102718390B - Combined tin bath cover brick structure - Google Patents
Combined tin bath cover brick structure Download PDFInfo
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- CN102718390B CN102718390B CN201210176235.7A CN201210176235A CN102718390B CN 102718390 B CN102718390 B CN 102718390B CN 201210176235 A CN201210176235 A CN 201210176235A CN 102718390 B CN102718390 B CN 102718390B
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B18/00—Shaping glass in contact with the surface of a liquid
- C03B18/02—Forming sheets
- C03B18/16—Construction of the float tank; Use of material for the float tank; Coating or protection of the tank wall
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- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
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- Organic Chemistry (AREA)
- Furnace Housings, Linings, Walls, And Ceilings (AREA)
- Roof Covering Using Slabs Or Stiff Sheets (AREA)
Abstract
The invention relates to a combined tin bath cover brick structure, which comprises at least two rows of hung support beams which are arranged in parallel, wherein each hung support beam is formed by hung bridge bricks orderly connected via an abutting joint; a plug brick is arranged between the adjacent hung support beams; each hung bridge brick comprises a hung bridge brick hot-face brick of which the main body is an inverted T-shaped brick body; the middle bump part of the inverted T-shaped brick body is a hung upright post; the upper end part of the hung upright post is provided with a hanging structure matched with a hung element; hung bridge brick insulating bricks are respectively arranged on a table board, which extends towards the left and right ends from the hung upright post, at the bottom part of the hung bridge brick hot-face brick; the hung bridge brick insulating bricks are connected with the hung upright posts side by side; a support structure for supporting the plug brick is arranged at the front side and/or rear side of the bottom part of the hung bridge brick hot-face brick; and butt ports are respectively arranged on the left and right end faces of the bottom part of the hung bridge brick hot-face brick.
Description
Technical field
The present invention relates to float tin groove technical field, particularly a kind of Combined type tin groove roof brick structure.
Background technology
Molten tin bath is the core heat construction equipment of float glass, molten tin bath mainly consists of molten tin bath bottom and tin groove roof, tin groove roof adopts integrated structure mostly at present, Combined type tin groove roof mainly comprises Combined type tin groove roof brick and metal hanging part, and Combined type tin groove roof brick is by metal hanging part and molten tin bath overhead guard steel structure connection.
Chinese patent ZL02245922.8 discloses a kind of Combined type tin groove roof brick, two rows with certain pitch arrangement, laterally hang support between bridges and have longitudinal bridges, longitudinally bridges have formed " well " word structure with horizontal hanging bridges, at the built-in plate brick that is placed with in the space of well word structure, the groove of plate brick bottom surrounding fastens mutually with the boss of horizontal, vertical bridges two bottom sides, plate brick is played to support effect, the surrounding perisporium of plate brick and corresponding horizontal stroke, vertical bridges snug fit; Plate brick and longitudinally bridges are all laterally hung bridges to two rows and are played a supporting role, to prevent that two rows from laterally hanging bridges and close or open in the process of slinging outward, make top cover brick form a stable one-piece construction, horizontal, vertical bridges and plate brick have been together to form the smooth tin groove roof brick structure of lower surface, the lower surface of tin groove roof brick structure is hot side, and upper surface is huyashi-chuuka (cold chinese-style noodles).
In order to guarantee that tin groove roof brick has certain intensity and heat-insulating property simultaneously, three kinds of brick bodies in top cover brick all adopt by light-weight insulating brick and the hard refractory brick with respective shapes and size and form in the mode stacking up and down.Wherein, laterally in hanging bridges, the main body of its hard refractory brick is rectangular tiles body, be stacked below light-weight insulating brick at an upper portion thereof covers completely, because its hanging bearing position must be arranged on hard refractory brick, so the hanging groove being arranged on adjacent hanging bridges binding surface just must be extended downwardly into by the end face of light-weight insulating brick on hard refractory brick always, so just make metal hanging part from the hot side of top cover brick close to, position is in high-temperature area, in order to ensure the reliability of production safety and use and to prevent suspender member high temperature ablation, suspender member just must adopt expensive high temperature heat-resisting to make.
In addition, in said structure, in order to make metal hanging part as much as possible away from hot side, can only be by increasing the height of hard refractory brick, the height that reduces light-weight insulating brick is realized, and the overall weight that the consequence of bringing is like this tin groove roof increases greatly, also require metal hanging part to possess higher intensity simultaneously, and the integral heat insulation performance of tin groove roof also can decline, make to improve production security and reliability and the target reducing production costs and pursue light-duty, the target of the tin groove roof of good heat insulating is contradiction each other, also seek less than a comparatively desirable technical scheme addressing this problem at present.And at present, for the safety and reliability of producing, often the height setting of hard refractory brick in the scope of a higher safety, this runs counter to the target of pursuing the tin groove roof of light-duty, good heat preservation performance.
Moreover the light-weight insulating brick in said structure all adopts sizing insulating brick at present, because the density of sizing insulating brick is larger, its heat retaining property is also poor, thereby has affected the integral heat insulation performance of tin groove roof brick structure.
Summary of the invention
The object of this invention is to provide a kind of Combined type tin groove roof brick structure, not increasing tin groove roof brick structure collectivity weight, do not reduce its heat-insulating property, guarantee under the prerequisite of the safety and reliability produced simultaneously, can adopt the metal hanging part of plain metal material or lower use temperature heat-resisting alloy steel material to realize being connected of tin groove roof hanging bridges and molten tin bath overhead guard steel construction.
For achieving the above object, the present invention adopts following technical scheme: a kind of Combined type tin groove roof brick structure, the hanging supporting beam that comprises the parallel laying of at least two rows, hanging supporting beam docks and forms successively by hanging bridges, between adjacent hanging supporting beam, be equipped with chock brick, described hanging bridges comprise that main body is the hanging bridges hot side brick of inverted T-shaped brick body; The center protrusion of inverted T-shaped brick body is partly hanging column, and the upper end of hanging column is provided with for the hanging structure with suspender member adaptation; The table top that stretches to left and right two ends from hanging column in hanging bridges hot side brick bottom is respectively arranged with hanging bridges insulating brick, and hanging bridges insulating brick joins and exists side by side with hanging column; The leading flank of hanging bridges hot side brick bottom and or trailing flank be provided with the support structure for support chock brick; On the left and right end face of hanging bridges hot side brick bottom, there is respectively mating interface.
The face that described hanging bridges insulating brick is relative with hanging column coincide and fits, and the forward and backward side of hanging bridges insulating brick is corresponding concordant with the forward and backward side of hanging column.
The both ends of the surface of described hanging bridges hot side brick bottom are concordant with the corresponding end face of corresponding hanging bridges insulating brick, or the both ends of the surface of hanging bridges hot side brick bottom corresponding end face outstanding or the corresponding hanging bridges of indentation insulating brick forms cross structure.
On the end face of described each hanging bridges insulating brick away from hanging column, there is the docking structure that coincide and coordinate for the corresponding portion with adjacent hanging bridges.
Described hanging structure is to be symmetricly set on the left and right end face of hanging column or the hanging draw-in groove on forward and backward side.
Described hanging bridges insulating brick is made by light heat insulation material.
Described light heat insulation material is sal tapetum fibrosum, sal fibrefelt or sal fiberboard or sizing light heat insulation material or unsetting light heat insulation material.
In the present invention, it is the hanging bridges hot side brick of inverted T-shaped brick laying structure that the hanging bridges of composition hanging supporting beam have adopted main body, so just hanging structure can be arranged on to the upper end of hanging column, hanging bridges insulating brick is arranged on to the both sides of hanging column, hanging bridges insulating brick is with hanging column the state of existing side by side that joins, the height that this structure makes to hang column can not be subject to any restriction of insulating brick, the upper end of hanging column can extend near the huyashi-chuuka (cold chinese-style noodles) of tin groove roof brick structure, compared with prior art, be arranged on the hanging structure of hanging column upper end just greatly away from the hot side of top cover brick structure, envrionment temperature significantly reduces, therefore can substitute existing high temperature heat-resisting suspender member with the metal hanging part of plain metal material or lower use temperature heat-resisting alloy steel material, not only reduced the material cost of suspender member, and reduced be in use the heated degree of deterioration of suspender member, thereby extended the work-ing life of metal hanging part, reduced use cost, simultaneously, in metal hanging part, only have hook portion to stretch in the hanging structure of hanging bridges, and outside its main part is exposed to, be conducive to the heat radiation of metal hanging part itself, further extended the work-ing life of suspender member, strong assurance the security of producing and the reliability of use.In addition, hanging bridges hot side brick adopts after inverted T-shaped structure, the height that jut in the middle of only having hangs column increases, the extension on both sides, bottom can reduce its height, thereby height that can corresponding increase insulating brick, can not only reduce on the whole the overall weight of tin groove roof brick structure like this, and do not lose or improved its integral heat insulation performance, solved well in prior art, improve production security and reliability and reduce production costs with pursue light-duty, this technical problem of contradiction each other of the tin groove roof brick structure of good heat insulating.
In the present invention, due to hanging bridges insulating brick, the insulating brick of chock brick adopts the light heat insulation materials such as sal fiberboard to make, relatively the shape density of lagging material of such material significantly reduces, heat retaining property significantly improves, this insulating brick lightweight more for sizing insulating brick of the prior art, heat insulation effect is better, therefore can relatively reduce being used for the height of hot side brick of support insulating brick, correspondingly increase the height (in the situation that keeping height overall constant) of insulating brick simultaneously, further obviously alleviated on the whole the overall weight of tin groove roof brick structure, improved its integral heat insulation performance, also reduced the requirement to metal hanging part intensity simultaneously, to extending the work-ing life of metal hanging part, also made contribution.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of Combined type tin groove roof brick structure of the present invention embodiment 1;
Fig. 2 is the structural representation of hanging bridges in Fig. 1;
Fig. 3 is the structural representation of a kind of Combined type tin groove roof brick structure of the present invention embodiment 2.
Embodiment
Embodiment 1:
Shown in Fig. 1 and Fig. 2, be a kind of embodiment of a kind of Combined type tin groove roof brick structure of the present invention, it adopts integrated structure, by hanging bridges 3 and 1 liang of generic module of chock brick, be combined into the smooth tin groove roof brick structure of lower surface, this structure can be passed through metal hanging part and molten tin bath overhead guard steel structure connection.The upper surface of this tin groove roof brick structure is huyashi-chuuka (cold chinese-style noodles), and lower surface is hot side.
In Fig. 1, there are two rows with hanging supporting beam certain arranged with interval, that be arranged in parallel, every row hangs supporting beam, and by hanging bridges 3, the mode with end face docking is spliced, and the length direction along hanging supporting beam between adjacent hanging supporting beam is placed with chock brick 1 successively.
Above-mentioned chock brick 1, is formed by the chock brick hot side brick 13 of bottom and folded the establishing of the chock brick insulating brick on top 12; Chock brick insulating brick can adopt whole brick structure or as required by upper and lower stacked the forming of some insulating brick bodies; The bottom surface of chock brick hot side brick 13 is planes; The forward and backward two ends of chock brick hot side brick are arranged with the holder structure that is subject to docking for the support structure of the front and back sides with hanging bridges bottom, this is subject to holder structure is the groove of being commissioned that is symmetricly set in the intersection, Yu Qi bottom surface, forward and backward two ends of chock brick hot side brick, and this groove of being commissioned coordinates with the support flange docking of hanging bridges hot side brick; The end face of chock brick hot side brick is for the folded chock brick insulating brick of establishing; On the end face of chock brick hot side brick, offer loss of weight groove 14, loss of weight groove is arranged symmetrically in the centre of described end face, and the sidewall of loss of weight groove is the wall of a sealing; When concrete application, the shape of loss of weight groove can be diversified, as be made as square or rectangular shape etc., but in force, for making this hot side brick section structure optimization and being convenient to moulding, the loss of weight groove of foregoing " rectangular shape " can be deformed into the truncated rectangular pyramids shape of handstand conventionally; The quantity of loss of weight groove can be set according to practical situation; In loss of weight groove, be provided with chock brick light thermal-insulation block filler 15, this light thermal-insulation block filler is by sal tapetum fibrosum, sal fibrefelt or sal fiberboard, or other light heat insulation materials such as light heat insulation materials or unsetting light heat insulation material of shaping are made; Chock brick light thermal-insulation block filler can adopt bonding mode compound or combination to be arranged in loss of weight groove, and its end face is not advisable higher than the end face of hot side brick body, preferably concordant; Chock brick light thermal-insulation block filler 15 also can be and be wholely set with chock brick insulating brick 12; Chock brick hot side brick is hard refractory brick; Chock brick is arranged with two handles 7 on a diagonal lines of its end face, so that install or change chock brick, uses.
Above-mentioned hanging bridges 3, by hanging bridges hot side brick 32 and hanging bridges insulating brick 31, formed, the main body of hanging bridges hot side brick is inverted T-shaped brick laying structure, the center protrusion of inverted T-shaped is partly hanging column 33, the upper end of hanging column is provided with for the hanging structure 37 with suspender member adaptation, hanging bridges insulating brick 31 joins to existing side by side and is arranged on a left side, hanging bridges hot side brick in-line bottom, right-hand member stretches out on the table top of hanging column, in order there to be good heat insulation effect, hanging bridges insulating brick 31 coincide laminating with hanging column 33 and puts, between hanging column 33 and hanging bridges insulating brick 31 exist side by side interface hang more than draw-in groove part be also provided be convenient to install metal hanging part insert space 36.
The above-mentioned space 36 that inserts, is to realize by dwindling the size of hanging column 33 upper end heads, the head more than hanging draw-in groove of hanging column, and its gauge reduces to some extent than the gauge at the hanging following position of draw-in groove; Certainly, while specifically implementing, insert space 36 and a recess also can be set by the corresponding position at insulating brick realize.The object that inserts space that setting is convenient to install suspender member is in order to facilitate suspender member to insert and to facilitate suspender member rationally stressed when connecting.And when the position of hanging column top and hanging draw-in groove is higher than insulating brick end face time, with regard to unnecessary setting, this inserts space.
For ease of clear, describe and understand, the left and right end face perpendicular to its length direction of above-mentioned inverted T-shaped hanging bridges hot side brick in-line bottom is defined as to end face, the forward and backward side that is parallel to accordingly its length direction is defined as side, and same definition is also applicable to hang the hanging uprights of bridges.
In the present embodiment, hanging bridges insulating brick and hanging column join and exist side by side and put, and the forward and backward side of hanging bridges insulating brick is corresponding concordant with the forward and backward side of hanging column; The both ends of the surface of hanging bridges hot side brick bottom are concordant with the corresponding end face of corresponding hanging bridges insulating brick, can certainly be that the both ends of the surface corresponding end face outstanding or the corresponding hanging bridges of indentation insulating brick of hanging bridges hot side brick bottom forms cross structure; On the end face of each hanging bridges insulating brick away from hanging column, have the docking structure that coincide and coordinate for the corresponding portion with adjacent hanging bridges, this docking structure can be plane docking structure or complementary convex-concave docking structure; Such object one is to be convenient to adjacent hanging bridges docking, the 2nd, can obtain good heat-insulating property.When implementing, hanging bridges insulating brick allows appropriate difference with the thickness of hanging column, hanging bridges insulating brick also allows not concordant with the forward and backward side of hanging column, both height also can be different as required, and both relative faces also can have less fit-up gap or both, and both are bonding.
In the present embodiment, the hanging structure 37 of hanging column upper end is for be symmetricly set on hanging draw-in groove in the left and right both ends of the surface of hanging column, that connect front and back sides simultaneously, this hanging structure of draw-in groove and the hanging portion of suspender member are suitable, and above-mentioned hanging draw-in groove also can be opened on former and later two sides of hanging column certainly.Above-mentioned hanging column is rectangular structure, and certainly, the rectangular structure of hanging column also can adopt some other distressed structure, as on its left and right end face, protuberance or recess being set, as long as be convenient to and corresponding hanging bridges insulating brick combination.Such object is to be convenient to hang coordinating of bridges and chock brick, can obtain good heat-insulating property.
Before above-mentioned hanging bridges hot side brick bottom, on rear two sides, be arranged with the support structure for support chock brick, before the in-line bottom that this support structure is the inverted T-shaped brick body of hanging bridges hot side brick, the support flange 34 extending outward along the bottom surface symmetry of brick body on rear two sides, make its in-line bottom form a base structure, the support flange that hanging bridges are positioned at its bottom by this plays support effect to chock brick hot side brick, when practical application, above-mentioned support structure also only arranges on the leading flank bottom in-line or trailing flank, the hanging supporting beam that the brick body of this structure is applicable to tin groove roof outermost one side is used.
In the both ends of the surface of above-mentioned hanging bridges hot side brick bottom, there is respectively mating interface, this mating interface can adopt plane docking form, also can adopt complementary convex-concave docking form, a kind of docking structure after the present embodiment adopts, as depicted in figs. 1 and 2, in the both ends of the surface of hanging bridges hot side brick in-line bottom, be respectively equipped with mating interface 35, this mating interface is complementary convex-concave docking structure, for the docking that coincide when adjacent hanging bridges hot side brick end face docks, coordinate, not fragile in order to guarantee the convex part of hanging in bridges hot side brick convex-concave docking structure, this convex-concave docking structure is arranged on the spatial altitude position higher than support flange.Certainly, the mating interface of the convex-concave docking structure of this complementation can be also some other structure formation; As be the complementary convex-concave docking structure of staggered step type, particularly, for the mating interface of one end is the flange of the step type that stretched out to end face extension by bottom surface, the mating interface of the other end is arranged on the groove of the step type of bottom surface and end face intersection, and the flange of this step type and groove are complementary.
In the present embodiment, form adjacent hanging bridges that same row hangs supporting beam by the docking that coincide of the end face of hanging bridges hot side brick bottom and the end face of hanging bridges insulating brick, and hanging bridges insulating brick is existed side by side and is arranged and join continuously with hanging column, each forward and backward side of hanging bridges has formed the forward and backward side of hanging supporting beam, the forward and backward both ends of the surface of each chock brick all coordinate with process gap with the front and back sides of corresponding hanging supporting beam, the adjacent hanging supporting beam support of two rows that same row's chock brick 1 is comprised of hanging bridges 3.
Embodiment 2:
A kind of Combined type tin groove roof brick structure shown in Fig. 3, is combined into the smooth tin groove roof brick structure of lower surface by hanging bridges 3, chock brick 1 and supporting brick 2 three generic modules, and supporting brick plays the effect of rock steady structure and supplemental support.The difference of itself and embodiment 1 is: be also provided with supporting brick 2 alternate with chock brick 1; The corresponding hanging bridges support of each supporting brick in two adjacent row's hanging supporting beams, the forward and backward two ends support of supporting brick is at the ad hoc support structure place at correspondence hanging bridges hot side brick middle part, and this support structure is served as reasons and hung the support flange that the Yan Qi bottom surface, forward and backward two sides of bridges hot side brick bottom extends outward; The two sides of supporting brick are by pasting adjacent chock brick.Chock brick is just pressed the seam crossing of putting at adjacent hanging bridges 3 like this, can improve the resistance to overturning of top cover brick structure.
In the present embodiment, above-mentioned supporting brick 2, is formed by the supporting brick insulating brick 22 on top and folded the establishing of the supporting brick hot side brick of bottom 21, and both can adopt mode compound or combination to form one.Wherein, the bottom surface of supporting brick hot side brick 21 is planes; The forward and backward two ends of hot side brick body are arranged with the holder structure that is subject to docking for the support structure of the front and back sides with hanging bridges bottom; This is subject to holder structure is the groove of being commissioned that is symmetricly set in the intersection, Yu Qi bottom surface, forward and backward two ends of hot side brick body; This groove of being commissioned coordinates with the support flange docking of the front and back sides of corresponding hanging bridges bottom; The arranged on left and right sides face of the bottom of hot side brick body is arranged with the supporting structure that docked by holder structure for the left and right side with chock brick hot side brick bottom; The supporting flang 25 that the arranged on left and right sides face that this supporting structure is the bottom by hot side brick body extends outward along its bottom surface symmetry; This supporting flang coordinates with the holder structure docking that is subject to that is arranged on the left and right side of adjacent chock brick hot side brick bottom, and chock brick is played to auxiliary supporting role; The end face of hot side brick body is used for stacking supporting brick insulating brick; On the end face of supporting brick hot side brick, offer loss of weight groove 23, loss of weight groove is arranged symmetrically in the centre of supporting brick hot side brick end face, and the sidewall of loss of weight groove is the wall of a sealing; When concrete application, the shape of loss of weight groove 23 can be diversified, as be made as square or rectangular shape etc., but in force, for making this hot side brick section structure optimization and being convenient to moulding, the loss of weight groove of foregoing " rectangular shape " can be deformed into the truncated rectangular pyramids shape of handstand conventionally; The quantity of loss of weight groove also can be set as required; In loss of weight groove, fill out and be provided with supporting brick light thermal-insulation block filler 24, this light thermal-insulation block filler is by sal tapetum fibrosum, sal fibrefelt or sal fiberboard, or other light heat insulation material such as light heat insulation material or unsetting light heat insulation material of shaping is made; Supporting brick light thermal-insulation block filler can adopt bonding mode compound or combination to be arranged in loss of weight groove, and its end face is not advisable higher than the end face of hot side brick body, preferably concordant; Supporting brick hot side brick is hard refractory brick.Wherein, supporting brick insulating brick 22 is light-weight insulating brick, can adopt sal tapetum fibrosum, sal fibrefelt or sal fiberboard, or the light heat insulation materials such as other sizing light heat insulation material or unsetting light heat insulation material are made, also can adopt several combinations in previous materials or be composited, supporting brick insulating brick can be arranged to monoblock type insulating brick body and also can or combine by folded two of establishing or two above insulating brick volume recombinations up and down as required.Supporting brick hot side brick and supporting brick insulating brick adopt mode compound or combination to form modular structure.This supporting brick is when implementing, and supporting brick light thermal-insulation block filler 24 also can be and be wholely set with chock brick insulating brick 22.
In the present embodiment, above-mentioned chock brick, not only the forward and backward two ends of its chock brick hot side brick are arranged with the holder structure that is subject to docking for the support structure of the front and back sides with hanging bridges bottom; And, the arranged on left and right sides face of the bottom of its chock brick hot side brick is also arranged with the holder structure that is subject to docking for the supporting structure of the left and right side with supporting brick bottom, this is subject to holder structure is to be symmetricly set in the arranged on left and right sides face of chock brick hot side brick and the groove of being commissioned of its intersection, bottom surface, and this groove of being commissioned coordinates with the supporting flang docking of the left and right side of supporting brick hot side brick.
In the present embodiment, above-mentioned hanging bridges, are not only arranged with the support structure for support chock brick on its hanging forward and backward two sides of bridges hot side brick; And, at the middle part of the support flange of this support structure, be also arranged with the ad hoc support structure for support supporting brick.
In the various embodiments described above, hang bridges insulating brick and chock brick insulating brick or be light-weight insulating brick with supporting brick insulating brick, can adopt sal tapetum fibrosum, sal fibrefelt or sal fiberboard, or the light heat insulation materials such as other sizing light heat insulation material or unsetting light heat insulation material are made, and also can adopt several combinations in previous materials or be composited.The insulating brick of three generic module bricks can be arranged to monoblock type insulating brick body as required, also can be by folding up and down more than two or two insulating brick volume recombinations of establishing or combining.And hanging bridges hot side brick, chock brick hot side brick or and supporting brick hot side brick be hard refractory brick, the insulating brick corresponding with its top adopts mode compound or combination to form modular structure.
In other embodiment of Combined type tin groove roof brick structure of the present invention, the hanging structure of hanging column upper end is that hanging column is run through in the axis, front and back along hanging column being arranged on the hanging forward and backward side of column, or for running through hanging column in the axis, left and right along hanging column being arranged on hanging column left and right end face, and with the suitable hole clipping structure of metal hanging part.Similarly, support structure on the forward and backward two sides of the in-line bottom of hanging bridges hot side brick inverted T-shaped brick body is flange, and when application, the holder structure that is subject at the forward and backward two ends bottom chock brick hot side brick is grooves accordingly, when both dock, flange coincide and coordinates with groove; The left and right both ends of the surface of the in-line bottom of hanging bridges hot side brick inverted T-shaped brick body can be concordant plane, also can have respectively complementary convex-concave mating interface.
The present invention in the specific implementation, hanging structure in above-described embodiment, support and be subject to holder structure or and support and be subject to holder structure and mating interface structure, can new be combined to form new embodiment by what these three kinds of structures are different to above-described embodiment, describe in detail no longer one by one herein.In addition, in above-described embodiment, adopted hanging supporting beam, in the middle of practical application, more rows' hanging supporting beam has been set as required, between every adjacent hanging supporting beam, all arrange chock brick or and supporting brick, be combined into the tin groove roof brick structure of desired shape and size.
Claims (7)
1. a Combined type tin groove roof brick structure, the hanging supporting beam that comprises the parallel laying of at least two rows, hanging supporting beam docks and forms successively by hanging bridges, between adjacent hanging supporting beam, be equipped with chock brick, it is characterized in that: described hanging bridges comprise that main body is the hanging bridges hot side brick of inverted T-shaped brick body; The center protrusion of inverted T-shaped brick body is partly hanging column, and the upper end of hanging column is provided with for the hanging structure with suspender member adaptation; The table top that stretches to left and right two ends from hanging column in hanging bridges hot side brick bottom is respectively arranged with hanging bridges insulating brick, and hanging bridges insulating brick joins and exists side by side with hanging column; The leading flank of hanging bridges hot side brick bottom and or trailing flank be provided with the support structure for support chock brick; On the left and right end face of hanging bridges hot side brick bottom, there is respectively mating interface.
2. Combined type tin groove roof brick structure according to claim 1, is characterized in that: the face that described hanging bridges insulating brick is relative with hanging column coincide and fits, and the forward and backward side of hanging bridges insulating brick is corresponding concordant with the forward and backward side of hanging column.
3. Combined type tin groove roof brick structure according to claim 2, it is characterized in that: the both ends of the surface of described hanging bridges hot side brick bottom are concordant with the corresponding end face of corresponding hanging bridges insulating brick, or the both ends of the surface of hanging bridges hot side brick bottom corresponding end face outstanding or the corresponding hanging bridges of indentation insulating brick forms cross structure.
4. according to the Combined type tin groove roof brick structure described in claim 2 or 3, it is characterized in that: on the end face of described each hanging bridges insulating brick away from hanging column, there is the docking structure that coincide and coordinate for the corresponding portion with adjacent hanging bridges.
5. according to the Combined type tin groove roof brick structure described in arbitrary claim in claim 1-3, it is characterized in that: described hanging structure is to be symmetricly set on the left and right end face of hanging column or the hanging draw-in groove on forward and backward side.
6. according to the Combined type tin groove roof brick structure described in arbitrary claim in claim 1-3, it is characterized in that: described hanging bridges insulating brick is made by light heat insulation material.
7. Combined type tin groove roof brick structure according to claim 6, is characterized in that: described light heat insulation material is sal tapetum fibrosum, sal fibrefelt or sal fiberboard or sizing light heat insulation material or unsetting light heat insulation material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210176235.7A CN102718390B (en) | 2012-05-31 | 2012-05-31 | Combined tin bath cover brick structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210176235.7A CN102718390B (en) | 2012-05-31 | 2012-05-31 | Combined tin bath cover brick structure |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102718390A CN102718390A (en) | 2012-10-10 |
| CN102718390B true CN102718390B (en) | 2014-09-24 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201210176235.7A Active CN102718390B (en) | 2012-05-31 | 2012-05-31 | Combined tin bath cover brick structure |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105110608B (en) * | 2015-07-23 | 2018-04-17 | 北京诠道科技有限公司 | A kind of tin groove roof brick |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2181060B1 (en) * | 1972-04-21 | 1976-06-11 | Pilkington Brothers Ltd | |
| CN201704198U (en) * | 2010-07-01 | 2011-01-12 | 深圳市凯盛科技工程有限公司 | Protective gas flow guide device of tin bath |
| CN202658067U (en) * | 2012-05-31 | 2013-01-09 | 河南中原特种耐火材料有限公司 | Combined brick structure for tin bath top cover |
-
2012
- 2012-05-31 CN CN201210176235.7A patent/CN102718390B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2181060B1 (en) * | 1972-04-21 | 1976-06-11 | Pilkington Brothers Ltd | |
| CN201704198U (en) * | 2010-07-01 | 2011-01-12 | 深圳市凯盛科技工程有限公司 | Protective gas flow guide device of tin bath |
| CN202658067U (en) * | 2012-05-31 | 2013-01-09 | 河南中原特种耐火材料有限公司 | Combined brick structure for tin bath top cover |
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| Publication number | Publication date |
|---|---|
| CN102718390A (en) | 2012-10-10 |
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