TH65703B - Vacuum insulation Thermal insulation box And the production process of vacuum insulation - Google Patents

Claims (8)

Disclaimer (all) which will not appear on the advertisement page. : ------ 24/01/2018 ------ (OCR) Page 1 of the number 2 pages Disclaimer 1. Method for producing vacuum insulation. Constructed with Wrapping the core made from the fiber assembly with the encapsulation section Compression of the core together with the encapsulation with external compression force. Before removing the compressed air Inside of the encapsulation The construction of the sealed welds along at least two lines facing each other of the edges. Of the encapsulation in a compressed state and the removal of compressed air pressure and the internal sealing of the enclosure after the sealing joint has been formed. Rights 1, which are left in the compressed state, the core has a thickness of 1/10 or less of the pre-compression thickness. 3. Method for producing vacuum insulation according to claim 1 or 2 named. The sealing welding part is made. With a distance from the core is 5 mm or less. 4. Insulation box Which consists of vacuum insulation that is produced by According to any of the clauses 1 to 3 5. Vacuum insulation The core assembly includes a fiber spool assembly and a core shroud shroud. On the inside of the enclosure, compressed air is removed and sealed, where the vacuum insulation is produced by any of the above claims 1 to 3 at the part of the wrapper. The cladding has a sealing connection at its edges. The sealed coupling is fixed along the outer contour of the core and the thickness of the core wherever atmospheric pressure. When the core is removed from the inside of the encapsulation, it is 10 or more times the vacuum insulation thickness before the core is removed. 6. Vacuum insulation according to claim 5, which is repaired. The distance between the sealing joints And the core of the log is 5 mm or less at at least two sides facing each other of the edges of the encapsulation. 7. Vacuum thermal insulation according to claim 5 or 6 on the name of the fiber assembly is a fiberglass insert. Page 2 of the number 2 Page 8. Vacuum insulation according to claim 5 or 6 at the core, there is no solder for the Solder fiber assembly 9. Vacuum insulation according to claim 5 or 6, where the width of the sealing joint is 50 mm or more, 1 0. Insulation box assembled with insulation. Heat, vacuum, according to any Clause 5 to 9 ------------ 1.Vacuum insulation production method That method consists of The encapsulation of the core made from the fiber assembly with the encapsulation unit. Compressing the core together with the encapsulation by external compression force to the compressed state. And get a thickness of 1/10 or less of the pre-compression Compression has been performed first. Eliminating the compressed air inside of the enclosure The construction of the sealed welds along at least two lines facing each other of the edges. Of the encapsulation in the compressed state and the removal of compressed air and the inner sealing of the encapsulation after the sealing joint has been formed 2. Method according to claim 1, where the sealing link is formed so that the distance from the core is 5 mm or less. 3.Insulation box It consists of vacuum insulation manufactured by means of claim 1 or 2. 4. Vacuum insulation It consists of a core containing a fiber assembly. And encapsulation That wrapped the core on the inside of it Inside it is compressed air is removed and the vacuum insulation is sealed, there is an overall thermal insulation thickness of 10 mm or more, where the enclosure has a sealed connection at its edges. The distance between the sealing link and the core is 5 mm or less at at least two sides of the edge of the encapsulation facing each other. Sealed coupling is fixed along the outer contour of the core and the thickness of the core at atmospheric pressure. When the core is removed from the inside of the encapsulation, it is 10 or more times the insulation thickness. 5. Vacuum heat insulation according to claim 4, where the fiber assembly is strand. 6. Vacuum heat insulation according to claim 4 or 5, where the cores do not have a solder joint for Synchronizing the fiber assembly 7. Vacuum insulation according to any of Claim 4 to 6 where the width of the sealing weld is 50 mm or more. 8. Insulation box containing vacuum insulation as per any of Claims 4 to 7.