CN204367142U - A kind of energy-saving board plate forming groove - Google Patents
A kind of energy-saving board plate forming groove Download PDFInfo
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- CN204367142U CN204367142U CN201520005084.8U CN201520005084U CN204367142U CN 204367142 U CN204367142 U CN 204367142U CN 201520005084 U CN201520005084 U CN 201520005084U CN 204367142 U CN204367142 U CN 204367142U
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Abstract
A kind of energy-saving board plate forming groove disclosed in the utility model, comprising: bed die, biside plate, locating slip plate, backform and two end plates.The top of bed die arranges groove along its length; Biside plate is close to the both sides being arranged on bed die respectively, and the bottom of side plate is connected wing plate, and the two ends, side of side plate arrange limit sliding chutes respectively.Wing plate bottom biside plate is flexibly connected with locating slip plate.The bottom of backform arranges projection along its length, and backform is arranged on the top of side plate.Two end plates is separately positioned on the two ends of bed die, is positioned at the limit sliding chutes of side plate.This plate forming groove structure is simple, is easy to dismounting, and the energy-conserving plate material after convenient extraction is shaping, enhances productivity, the hollow energy-saving board that energy production performance is qualified.
Description
Technical field
The utility model relates to energy saving building material technical field, particularly a kind of energy-saving board plate forming groove.
Background technology
With science and technology and economic fast development, energy saving building material obtains applying more and more widely.By the foam after foaming fully and cement, sand, additive and water are uniformly mixed formation mud, then by slurry prime in plate forming groove, mud can form light energy-saving wall board after air-dry coagulating.
But, energy-conserving plate material shaped device structure of the prior art is not easy to assemble, the long period is needed to carry out die-filling and form removal, after plate forming, the lifting operating space of panel forming apparatus is smaller simultaneously, increase the difficulty that sheet material extracts lifting, cause the whole sheet material production cycle long, production efficiency is low, deficiency in economic performance.The energy-conserving plate material that the energy-conserving plate material shaped device of prior art is produced simultaneously is solid slab, and need the mud of cast more, production cost is higher.
Utility model content
For solving the problem, it is simple that the utility model provides a kind of structure, is easy to dismounting, and the energy-conserving plate material after convenient extraction is shaping, enhances productivity, the energy-saving board plate forming groove of the hollow energy-saving board that energy production performance is qualified.
A kind of energy-saving board plate forming groove that the utility model provides, comprising:
Bed die, be strip hollow-core construction, top arranges groove along its length;
Biside plate, is close to the both sides being arranged on described bed die respectively; The bottom of described side plate is connected wing plate; The two ends, side of described side plate arrange limit sliding chutes respectively;
Locating slip plate, is flexibly connected with described wing plate; Wing plate bottom described biside plate can the slippage of relatively described locating slip plate;
Backform, be strip hollow-core construction, bottom arranges projection along its length; The projection of described backform can with the groove fit of described bed die; Described backform is arranged on the top of described side plate;
Two end plates, is separately positioned on the two ends of described bed die, is positioned at the limit sliding chutes of described side plate; The top of described end plate arranges groove, fits tightly with the bottom surface of described backform; The bottom of described end plate arranges projection, fits tightly with the end face of described bed die;
Wherein, described biside plate, two end plates, bed die and backform form the described plate forming groove of a boring; To produce the slurry prime of described energy-saving board in described plate forming groove, described mud is air-dry solidifies the described energy-saving board of rear formation.
As preferably, described locating slip plate arranges two slotted holes; Wing plate bottom described biside plate is connected screw respectively, and described two screws are limited in described two slotted holes respectively; Described screw along the slotted hole slippage of described locating slip plate, and then can change the spacing between described biside plate.
As preferably, described end plate vertical direction evenly arranges multiple circular hole.
As preferably, described plate forming groove also comprises:
Multiplely draw core pipe, cylindrical, horizontally disposed, quantity is identical with described circular hole quantity; Described aperture of drawing the external diameter of core pipe to equal described circular hole, length is not less than the length of described side plate; Described multiple core pipe correspondence of drawing is located in multiple circular holes of described two end plates.
As preferably, bottoming hole is offered respectively in top and the bottom of described end plate.
As preferably, described plate forming groove also comprises:
Two heater blocks, are located in the bottoming hole on described end plate top and the bottoming hole of bottom respectively; The outer wall of described heater block is close to the inwall of described end plate bottoming hole.
The energy-saving board plate forming groove that the utility model provides forms the plate forming groove of a boring by arranging biside plate, two end plates, bed die and backform, the slurry prime of energy-saving board will be produced in this plate forming groove, until mud is air-dry solidify after form energy-saving board.Top arranges the bed die of groove along its length and bottom arranges protruding backform along its length, shaping energy-saving board side is made to be groove side, opposite side is protruding side, the groove side of energy-saving board can form good coordinating with the protruding side of another block energy-saving board, strengthens the steadiness connected between polylith energy-saving board.The wing plate of side plate bottom is flexibly connected with locating slip plate, makes biside plate energy relative limit sliding plate horizontal sliding, when biside plate slippage is to when being close to backform and bed die, forms plate forming groove with end plate, facilitate follow-up grouting procedure; When biside plate slippage is to maximum spacing, facilitates the two clamping plates of clamping plate device to stretch into respectively in the space at energy-saving board and biside plate interval and carry out extraction lifting work.This plate forming groove structure is simple, is easy to dismounting, conveniently carries out die-filling and form removal work, reduces the difficulty that sheet material extracts lifting, reduces the whole sheet material production cycle, enhance productivity, enhance economic benefit.
Accompanying drawing explanation
Fig. 1 is the general assembly drawing of the energy-saving board plate forming groove that the utility model embodiment provides;
Fig. 2 is the structure chart of backform in the energy-saving board plate forming groove that provides of the utility model embodiment;
Fig. 3 is the structure chart of bed die in the energy-saving board plate forming groove that provides of the utility model embodiment;
Fig. 4 is the structure chart of locating slip plate in the energy-saving board plate forming groove that provides of the utility model embodiment;
Fig. 5 is the structure chart of the energy-saving board plate forming groove end plates that the utility model embodiment provides.
(parts of wherein each label representative are followed successively by: 1 backform, 2 side plates, 3 end plates, 4 bed dies, 5 wing plates, 6 locating slip plates, 7 limit sliding chutes, 8 draw core pipe, 9 heater blocks)
Detailed description of the invention
In order to understand the utility model in depth, below in conjunction with drawings and the specific embodiments, the utility model is described in detail.
See accompanying drawing 1, a kind of energy-saving board plate forming groove that the utility model provides, comprising: bed die 4, biside plate 2, locating slip plate 6, backform 1 and two end plates 3.Wherein, see accompanying drawing 3, bed die 4 is strip hollow-core construction, and top arranges groove along its length.After mud fills up the inner space of whole plate forming groove, mud is full of the groove of whole bed die 4 under Gravitative Loads, ensures that shaping rear energy-saving board has standard-sized groove side.As a kind of preferred embodiment, bed die 4 adopts high molecular weight plastic material, not easily with mud adhesion, there is longer service life, there is good rigidity and heat resistance, certain extrusion stress can be born, not easily deform, ensure that shaping energy-saving board has the groove side of same size.The bed die 4 of hollow-core construction saves material under the prerequisite of proof strength performance, reduces production cost, has the advantage of environmental protection and energy saving.Biside plate 2 is close to the both sides being arranged on bed die 4 respectively, the bottom of side plate 2 is connected wing plate 5, wing plate 5 energy relative limit sliding plate 6 slippage bottom biside plate 2, wing plate 5 bottom side plate 2 is flexibly connected with locating slip plate 6, make biside plate 2 energy relative limit sliding plate 6 horizontal sliding, when biside plate 2 slippage is to when being close to backform 1 and bed die 4, forms plate forming groove with end plate 3, facilitate follow-up grouting procedure; When biside plate 2 slippage is to maximum spacing, facilitates the two clamping plates of clamping plate device to stretch into respectively in the space at energy-saving board and biside plate 2 interval and carry out extraction lifting work.
See accompanying drawing 2, backform 1 is strip hollow-core construction, and bottom arranges projection along its length.As a kind of preferred embodiment, backform 1 adopts high molecular weight plastic material, not easily with mud adhesion, there is longer service life, there is good rigidity and heat resistance, certain extrusion stress can be born, not easily deform, ensure that shaping energy-saving board has the protruding side of same size.The backform 1 of hollow-core construction saves material under the prerequisite of proof strength performance, reduces production cost, has the advantage of environmental protection and energy saving.The projection of backform 1 can with the groove fit of bed die 4, make the protruding side of the groove side of the energy-saving board produced or protruding side and another block energy-saving board or groove side be formed good fit, strengthen the steadiness connected between polylith energy-saving board.Backform 1 is arranged on the top of side plate 2, backform 1 width is greater than the width of energy-saving board, die-filling complete after carry out grouting works, after mud fills up the inner space of whole plate forming groove, backform 1 is placed between biside plate 2 top by operating personnel, and the mud that extruding is inner, make the mud at plate forming groove top be adjacent to the lower surface of backform 1, ensure that shaping rear energy-saving board has standard-sized protruding side.
The two ends, side of side plate 2 arrange limit sliding chutes 7 respectively, two end plates 3 is separately positioned on the two ends of bed die 4, be positioned at the limit sliding chutes 7 of side plate 2, after press setter completes, prevent two end plates 3 from outwards translating in the limit sliding chutes 7 at side plate 2 two ends, end plate 3 and side plate 2 fit tightly, and prevent mud from overflowing from the gap between end plate 3 and side plate 2.The top of end plate 3 arranges groove, fits tightly with the bottom surface of backform 1, and the bottom of end plate 3 arranges projection, fits tightly with the end face of bed die 4, can prevent mud from overflowing from the gap between end plate 3 and backform 1 and bed die 4 like this.End plate 3, side plate 2, backform 1 and bed die 4 form a closed hollow-core construction, be plate forming groove, mud is poured and is squeezed in plate forming groove, and mud is air-dry solidifies rear formation energy-saving board, makes each size of shaping rear energy-saving board and performance parameter arrive designing requirement like this.
Further, see accompanying drawing 4, locating slip plate 6 arranges two slotted holes, wing plate 5 bottom biside plate 2 is connected screw respectively, two screws are limited in two slotted holes respectively, screw can along the slotted hole slippage of locating slip plate 6, and make biside plate 2 relative limit sliding plate 6 move, and then changes the spacing between biside plate 2.When biside plate 2 slippage is to when being close to backform 1 and bed die 4, forms plate forming groove with end plate 3, facilitate follow-up grouting procedure; After energy-saving board is shaping, biside plate 2 is reverse shuffle relatively, drive corresponding screw slippage in slotted hole, after screw is positioned at the end of slotted hole, spacing between biside plate 2 is maximum, now, the two clamping plates of clamping plate device stretches in the space at energy-saving board and biside plate 2 interval and carries out extraction lifting work by energy handled easily personnel respectively.Meanwhile, use screw to be connected with wing plate 5, make wing plate 5 and side plate 2 be separated with locating slip plate 6 after conveniently unloading screw, realize the quick partition of this plate forming groove, improve form removal efficiency, shorten the sheet material production cycle.
Further, see accompanying drawing 5, end plate 3 vertical direction evenly arranges multiple circular hole.Plate forming groove also comprises and multiplely draws core pipe 8, draw core pipe 8 cylindrical, horizontally disposed, quantity is identical with the circular hole quantity on end plate 3, the external diameter of core pipe 8 is drawn to equal the aperture of circular hole, length is not less than the length of side plate 2, such guarantee mud can not overflow from the gap of drawing between core pipe 8 outer wall and end plate 3, multiple core pipe 8 correspondence of drawing is located in multiple circular holes of two end plates 3, make mud fill up this plate forming groove like this, by air-dry energy-saving board inside of solidifying aftershaping, there is multiple cylindrical hole.Quantity due to cylindrical hole too much can cause energy-saving board intensity to reduce, and performance cannot meet building instructions for use, therefore selects the cylindrical hole of fair amount under the prerequisite of proof strength performance, save the raw materials for production of sheet material, reduces production cost.As a kind of preferred embodiment, uniform 6 circular holes of end plate 3 in the vertical direction, 6 draw core pipe 8 from top to bottom respectively correspondence be located in 6 circular holes.
Further, bottoming hole is offered respectively in the top of end plate 3 and bottom.Plate forming groove also comprises two heater blocks 9.Two heater blocks 9 are located in the bottoming hole on end plate 3 top and the bottoming hole of bottom respectively, and the outer wall of heater block 9 is close to the inwall of end plate 3 bottoming hole, ensure that mud can not overflow from the gap between heater block 9 and end plate 3.Heater block 9 can accelerate the air-dry process of solidifying of mud, shortens energy-saving board molding time, shortens the production cycle, increases economic efficiency.As a kind of preferred embodiment, the electric heating iron of heater block 9 to be power be 500W.
The energy-saving board plate forming groove that the utility model provides forms the plate forming groove of a boring by arranging biside plate 2, two end plates 3, bed die 4 and backform 1, the slurry prime of energy-saving board will be produced in this plate forming groove, until mud is air-dry solidify after form energy-saving board.Top arranges the bed die 4 of groove along its length and bottom arranges protruding backform 1 along its length, shaping energy-saving board side is made to be groove side, opposite side is protruding side, the groove side of energy-saving board can form good coordinating with the protruding side of another block energy-saving board, strengthens the steadiness connected between polylith energy-saving board.Wing plate 5 bottom side plate 2 is flexibly connected with locating slip plate 6, makes biside plate 2 energy relative limit sliding plate 6 horizontal sliding, when biside plate 2 slippage is to when being close to backform 1 and bed die 4, forms plate forming groove with end plate 3, facilitate follow-up grouting procedure; When biside plate 2 slippage is to maximum spacing, facilitates the two clamping plates of clamping plate device to stretch into respectively in the space at energy-saving board and biside plate 2 interval and carry out extraction lifting work.This plate forming groove structure is simple, is easy to dismounting, conveniently carries out die-filling and form removal work, reduces the difficulty that sheet material extracts lifting, shortens the whole sheet material production cycle, enhance productivity, enhance economic benefit.
Above-described detailed description of the invention; the purpose of this utility model, technical scheme and beneficial effect are further described; be understood that; the foregoing is only detailed description of the invention of the present utility model; be not limited to the utility model; all within spirit of the present utility model and principle, any amendment made, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (6)
1. an energy-saving board plate forming groove, is characterized in that, comprising:
Bed die, be strip hollow-core construction, top arranges groove along its length;
Biside plate, is close to the both sides being arranged on described bed die respectively; The bottom of described side plate is connected wing plate; The two ends, side of described side plate arrange limit sliding chutes respectively;
Locating slip plate, is flexibly connected with described wing plate; Wing plate bottom described biside plate can the slippage of relatively described locating slip plate;
Backform, be strip hollow-core construction, bottom arranges projection along its length; The projection of described backform can with the groove fit of described bed die; Described backform is arranged on the top of described side plate;
Two end plates, is separately positioned on the two ends of described bed die, is positioned at the limit sliding chutes of described side plate; The top of described end plate arranges groove, fits tightly with the bottom surface of described backform; The bottom of described end plate arranges projection, fits tightly with the end face of described bed die;
Wherein, described biside plate, two end plates, bed die and backform form the described plate forming groove of a boring; To produce the slurry prime of described energy-saving board in described plate forming groove, described mud is air-dry solidifies the described energy-saving board of rear formation.
2. plate forming groove according to claim 1, is characterized in that:
Described locating slip plate arranges two slotted holes; Wing plate bottom described biside plate is connected screw respectively, and described two screws are limited in described two slotted holes respectively; Described screw along the slotted hole slippage of described locating slip plate, and then can change the spacing between described biside plate.
3. plate forming groove according to claim 1, is characterized in that:
Described end plate vertical direction evenly arranges multiple circular hole.
4. plate forming groove according to claim 3, is characterized in that, described plate forming groove also comprises:
Multiplely draw core pipe, cylindrical, horizontally disposed, quantity is identical with described circular hole quantity; Described aperture of drawing the external diameter of core pipe to equal described circular hole, length is not less than the length of described side plate; Described multiple core pipe correspondence of drawing is located in multiple circular holes of described two end plates.
5. plate forming groove according to claim 1, is characterized in that:
Bottoming hole is offered respectively in top and the bottom of described end plate.
6. plate forming groove according to claim 5, is characterized in that, described plate forming groove also comprises:
Two heater blocks, are located in the bottoming hole on described end plate top and the bottoming hole of bottom respectively; The outer wall of described heater block is close to the inwall of described end plate bottoming hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520005084.8U CN204367142U (en) | 2015-01-06 | 2015-01-06 | A kind of energy-saving board plate forming groove |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520005084.8U CN204367142U (en) | 2015-01-06 | 2015-01-06 | A kind of energy-saving board plate forming groove |
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| CN204367142U true CN204367142U (en) | 2015-06-03 |
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| CN201520005084.8U Active CN204367142U (en) | 2015-01-06 | 2015-01-06 | A kind of energy-saving board plate forming groove |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110682414A (en) * | 2019-10-30 | 2020-01-14 | 南宁学院 | Universal lower die for cement brick molding |
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2015
- 2015-01-06 CN CN201520005084.8U patent/CN204367142U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110682414A (en) * | 2019-10-30 | 2020-01-14 | 南宁学院 | Universal lower die for cement brick molding |
| CN110682414B (en) * | 2019-10-30 | 2021-04-09 | 南宁学院 | Universal lower die for cement brick molding |
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