CN205369701U - Low temperature cold storage house board among PU expanded material - Google Patents
Low temperature cold storage house board among PU expanded material Download PDFInfo
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- CN205369701U CN205369701U CN201620107415.3U CN201620107415U CN205369701U CN 205369701 U CN205369701 U CN 205369701U CN 201620107415 U CN201620107415 U CN 201620107415U CN 205369701 U CN205369701 U CN 205369701U
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- spill
- convex
- plate
- endosexine
- face plate
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Abstract
The utility model discloses a low temperature cold storage house board among PU expanded material, including spill concatenation tip and the convex concatenation tip that sets up in opposite directions, spill concatenation tip includes the interior face plate of spill, the outer face plate of spill and spill foam thermal insulation board, convex concatenation tip includes the interior face plate of convex, the outer face plate of convex and convex foam thermal insulation board, the interior face plate of spill the outer face plate of spill in the convex face plate with the outer face plate of convex all is provided with C shape and turns over the hem, in the spill face plate with the face plate coplane links together in the convex, the outer face plate of spill with the outer face plate coplane of convex links together. The utility model discloses direct tip through face plate including the make -up machine and outer face plate is processed out C shape and is turned over the hem to carry out the face and strengthen, reduced the work workload in the production process promptly for traditional technical scheme, improved low temperature cold storage house board among PU expanded material's cleanliness factor again.
Description
Technical field
This utility model relates to low-temperature cold store plate in a kind of PU expanded material, belongs to insulation material technical field.
Background technology
PU expanded material such as hard polyurethane foams has the following characteristics that heat conductivity is low, and thermal property is good；Moistureproof, waterproof；Fire prevention, fire-retardant, high temperature resistant；Non-deformability is strong, and not easy to crack, facing is stable, safety；Porosity Stability Analysis of Structures, substantially hole-closing structure, not only excellent thermal insulation performance, and freeze thawing resistance, sound absorption properties well；The average life of PU expanded material thermal insulation structure, when normal use with maintenance, more than 30 years can be reached, and under the lifetime regular service conditions of structure, in dry, moist or couple corrosion, and due to insecticide, fungus or algal grown or due under the exogenous influences such as rodentine destruction all without being damaged；Comprehensive cost performance is high.In view of These characteristics, PU expanded material is widely used in the insulation occasions such as freezing and refrigeration.
PU expanded material is fixed between color steel tile or stainless-steel sheet interlayer mainly through adhesives such as silicic acid ketone by conventional PU expanded material cold storage plate, uses the adhesives such as silicic acid ketone can produce volatile harmful gas, not environmentally and health is unfavorable；In addition, conventional PU expanded material cold storage plate requires over welding manner processing seal structure at the color steel tile splicing end or the stainless-steel sheet of adjacent two boards, to ensure good sealing property and plate face intensity, aforesaid way not only workload greatly but also easily affects the cleanliness factor of PU expanded material cold storage plate.
Summary of the invention
The deficiency that this utility model exists for prior art just, it is provided that low-temperature cold store plate in a kind of PU expanded material, meets actual operation requirements.
For solving the problems referred to above, technical solution adopted in the utility model is as follows:
Low-temperature cold store plate in a kind of PU expanded material, including: the spill splicing end being oppositely arranged and convex splicing end；
Described spill splicing end includes spill endosexine plate, spill appearance laminate and the spill foaming insulation board between described spill endosexine plate and described spill appearance laminate, one end that described spill foaming insulation board splices end towards described convex is provided with female seat Mosaic face, one end that described spill endosexine plate and described spill appearance laminate splice end towards described convex is provided with a C shape flanging, and the end of a described C shape flanging embeds in described spill foaming insulation board；
Described convex splicing end includes convex endosexine plate, convex appearance laminate and the convex foaming insulation board between described convex endosexine plate and described convex appearance laminate, one end that described convex foaming insulation board splices end towards described spill is provided with male seal Mosaic face, one end that described convex endosexine plate and described convex appearance laminate splice end towards described spill is provided with the 2nd C shape flanging, and the end of described 2nd C shape flanging embeds in described convex foaming insulation board；
Described female seat Mosaic face and described male seal Mosaic face shape match and fit in opposite directions setting, and described spill endosexine plate is together with the plate coplanar connection of described convex endosexine, described spill appearance laminate is together with described convex appearance laminate coplanar connection.
It is PU expanded material as the improvement of technique scheme, described spill foaming insulation board and described convex foaming insulation board to make.
Improvement as technique scheme, the described female seat Mosaic face of described spill foaming insulation board is additionally provided with pre-buried coupling hook, described pre-buried coupling hook, between described spill endosexine plate and described spill appearance laminate, the described male seal Mosaic face of described convex foaming insulation board is additionally provided with the pre-buried connection hanging scroll coordinating described pre-buried coupling hook.
Improvement as technique scheme, described pre-buried coupling hook is arranged by rotary mounting shafts, and described rotary mounting shafts is perpendicular to described spill endosexine plate, described rotary mounting shafts is additionally provided with rotating handles, described rotating handles and described pre-buried coupling hook and is respectively arranged at the two sides of described spill endosexine plate.
Compared with prior art, implementation result of the present utility model is as follows for this utility model:
Low-temperature cold store plate in a kind of PU expanded material described in the utility model, C shape flanging is processed in the end of endosexine plate and appearance laminate either directly through forming machine, thus carrying out the reinforcement of plate face, namely reduce the labor operation amount in production process relative to traditional technical scheme, improve again the cleanliness factor of low-temperature cold store plate in PU expanded material；And by using pre-buried coupling hook, thus avoid silicic acid ketone etc. to seal the use of adhesive, more environmentally-friendly health.
Accompanying drawing explanation
Fig. 1 is the interlayer cross-sectional view of low-temperature cold store plate in a kind of PU expanded material described in the utility model；
Fig. 2 is the board face structure schematic diagram of low-temperature cold store plate in a kind of PU expanded material described in the utility model.
Detailed description of the invention
Content of the present utility model is described below in conjunction with specific embodiments.
As depicted in figs. 1 and 2, for low temperature cold structure schematic diagram in a kind of PU expanded material described in the utility model.
Low-temperature cold store plate in a kind of PU expanded material described in the utility model, including: the spill splicing end 1 being oppositely arranged and convex splicing end 2；Described spill splicing end 1 includes spill endosexine plate 11, spill appearance laminate 12 and the spill foaming insulation board 13 between described spill endosexine plate 11 and described spill appearance laminate 12, one end that described spill foaming insulation board 13 splices end 2 towards described convex is provided with female seat Mosaic face 131, one end that described spill endosexine plate 11 and described spill appearance laminate 12 splice end 2 towards described convex is provided with a C shape flanging 111, and the end of a described C shape flanging 111 embeds in described spill foaming insulation board 13；Described convex splicing end 2 includes convex endosexine plate 21, convex appearance laminate 22 and the convex foaming insulation board 23 between described convex endosexine plate 21 and described convex appearance laminate 22, one end that described convex foaming insulation board 23 splices end 1 towards described spill is provided with male seal Mosaic face 231, one end that described convex endosexine plate 21 and described convex appearance laminate 22 splice end 1 towards described spill is provided with the 2nd C shape flanging 211, and the end of described 2nd C shape flanging 211 embeds in described convex foaming insulation board 23；Described female seat Mosaic face 131 and described male seal Mosaic face 231 shape match and fit in opposite directions setting, and described spill endosexine plate 11 is together with plate 21 coplanar connection of described convex endosexine, described spill appearance laminate 12 is together with described convex appearance laminate 22 coplanar connection.
Specifically described spill foaming insulation board 13 and described convex foaming insulation board 23 are PU expanded material and make.In addition, the described female seat Mosaic face 131 of described spill foaming insulation board 13 is additionally provided with pre-buried coupling hook 132, described pre-buried coupling hook 132, between described spill endosexine plate 11 and described spill appearance laminate 12, the described male seal Mosaic face 231 of described convex foaming insulation board 23 is additionally provided with the pre-buried connection hanging scroll 232 coordinating described pre-buried coupling hook 132.Described pre-buried coupling hook 132 is arranged by rotary mounting shafts 133, and described rotary mounting shafts 133 is perpendicular to described spill endosexine plate 11, described rotary mounting shafts 133 is additionally provided with rotating handles 134, described rotating handles 134 and described pre-buried coupling hook 132 and is respectively arranged at the two sides of described spill endosexine plate 11.
As shown in Figure 2, it is arranged above part sectioned view, in figure, dotted line is perspective ray, when needs carry out splicing operation, have only to by rotating described rotating handles 134, described pre-buried coupling hook 132 is made to be rotated into the shown state below Fig. 2 around described rotary mounting shafts 133, then the described spill of low-temperature cold store plate in adjacent PU expanded material is spliced end 1 and described convex splicing end 2 is stitched together in opposite directions, make described female seat Mosaic face 131 and described male seal Mosaic face 231 bonded to each other, it is rotated further by described rotating handles 134, make described pre-buried coupling hook 132 be rotated into the shown state above Fig. 2 around described rotary mounting shafts 133 and namely complete the splicing operation of low-temperature cold store plate in PU expanded material.
Above content is the detailed description in conjunction with specific embodiments this utility model made, it is impossible to assert that this utility model is embodied as being only limitted to these explanations.For this utility model person of ordinary skill in the field, without departing from the concept of the premise utility, it is also possible to make some simple deduction or replace, the scope of this utility model protection all should be considered as belonging to.
Claims (4)
1. a low-temperature cold store plate in PU expanded material, is characterized in that, including: spill splicing end (1) being oppositely arranged and convex splicing end (2)；
Described spill splicing end (1) includes spill endosexine plate (11), spill appearance laminate (12), and it is positioned at the spill foaming insulation board (13) between described spill endosexine plate (11) and described spill appearance laminate (12), one end that described spill foaming insulation board (13) splices end (2) towards described convex is provided with female seat Mosaic face (131), one end that described spill endosexine plate (11) and described spill appearance laminate (12) splice end (2) towards described convex is provided with C shape flanging (111), and the end of described C shape flanging (111) embeds in described spill foaming insulation board (13)；
Described convex splicing end (2) includes convex endosexine plate (21), convex appearance laminate (22), and it is positioned at the convex foaming insulation board (23) between described convex endosexine plate (21) and described convex appearance laminate (22), one end that described convex foaming insulation board (23) splices end (1) towards described spill is provided with male seal Mosaic face (231), one end that described convex endosexine plate (21) and described convex appearance laminate (22) splice end (1) towards described spill is provided with the 2nd C shape flanging (211), and the end of described 2nd C shape flanging (211) embeds in described convex foaming insulation board (23)；
Described female seat Mosaic face (131) and described male seal Mosaic face (231) shape match and fit in opposite directions setting, and described spill endosexine plate (11) and described convex endosexine plate (21) coplanar connection are together, described spill appearance laminate (12) and described convex appearance laminate (22) coplanar connection are together.
2. low-temperature cold store plate in a kind of PU expanded material as claimed in claim 1, is characterized in that, described spill foaming insulation board (13) and described convex foaming insulation board (23) are PU expanded material and make.
3. low-temperature cold store plate in a kind of PU expanded material as claimed in claim 1, it is characterized in that, the described female seat Mosaic face (131) of described spill foaming insulation board (13) is additionally provided with pre-buried coupling hook (132), described pre-buried coupling hook (132) is positioned between described spill endosexine plate (11) and described spill appearance laminate (12), and the described male seal Mosaic face (231) of described convex foaming insulation board (23) is additionally provided with the pre-buried connection hanging scroll (232) coordinating described pre-buried coupling hook (132).
4. low-temperature cold store plate in a kind of PU expanded material as claimed in claim 3, it is characterized in that, described pre-buried coupling hook (132) is arranged by rotary mounting shafts (133), and described rotary mounting shafts (133) is perpendicular to described spill endosexine plate (11), described rotary mounting shafts (133) is additionally provided with rotating handles (134), described rotating handles (134) and described pre-buried coupling hook (132) and is respectively arranged at the two sides of described spill endosexine plate (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620107415.3U CN205369701U (en) | 2016-02-03 | 2016-02-03 | Low temperature cold storage house board among PU expanded material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620107415.3U CN205369701U (en) | 2016-02-03 | 2016-02-03 | Low temperature cold storage house board among PU expanded material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205369701U true CN205369701U (en) | 2016-07-06 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620107415.3U Active CN205369701U (en) | 2016-02-03 | 2016-02-03 | Low temperature cold storage house board among PU expanded material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205369701U (en) |
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2016
- 2016-02-03 CN CN201620107415.3U patent/CN205369701U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |