This would not only improve the beauty of the shape of the electric water bags but would also further enhance their heat protection. The thickness of outer layer 3 and inner layer 4 is 0. 5? 4mm. The thickening of the shell makes the use of electro-heat water bags safer and more reliable. The thickness of the three outer and four inner layers is 0. 7? 3mm. The outer layer 3 of upper crust 1 and the outer layer 3 of lower crust 2 together form the whole outer layer, the inner layer 4 of upper crust 1 and the inner layer 4 of lower crust 2 together form the whole inner layer, and the whole outer layer is covered by the outer surface of the whole inner layer。
The method of making the shell of the electro-heat water bag is as follows:
A. The outer layer 3 and the inner layer 4 of the soft pvc material, which are first made from the abbreviation process, are all hexagonal; b) and then welded between the outer layer 3 and the inner layer 4 by the hyper-weekly thermal welding process, with several welding points 5, i. E. Formation of 1 or 2 of the upper or lower crust, with the same specification of 1 and 2 of the upper and lower crust, and both of the upper and lower crust; c) welding of 4 of the inner layer 1 and 4 of the lower crust, which are combined by the high-helicate welding process; d) final welding of 3 of the outer layer 1 and 3 of the lower of the lower shell, with the outward of 3 of the upper and lower of the upper shell, i. E., a positive six-side shell. The double-layered structure of the shell of the resulting electro-thermal water bag can use the characteristics of the air-conductive heat differential to achieve slow temperature and heat-proofness。
Example six:
See figure 16, figure 17 and figure 18, which is a practical new type of electro-heat water bag with a shell for filling liquids and an electro-heat wire distributed within the shell, which is a flexible pvc double-layered structure with a rectangular shape. The bilayered structure of the outer shell can use air-conductive heat differential characteristics to achieve slow temperature and heat-proofing of electric thermal water bags. The outer casings include upper crust 1 and lower crust 2, upper crust 1 and lower shell 2, including outer layer 3 and inner layer 4 from the plating process, several welding points 5 between outer layer 3 and inner layer 4 using the high choreography welding process, and the outer layer 3 under the influence of several welding points 5, to form an arbitrary inner formation of grids, which not only enhances the beauty of the external shape of the electrothermal water bag, but also enhances its heat resistance. The thickness of outer 3 and inner 4 is 0. 5? 4 . The thickening of the shell makes the use of electro-heat water bags safer and more reliable. The thickness of the three outer and four inner layers is 0. 7? 3mm. The outer layer 3 of upper crust 1 and the outer layer 3 of lower crust 2 together form the whole outer layer, the inner layer 4 of upper crust 1 and the inner layer 4 of lower crust 2 together form the whole inner layer, and the whole outer layer is covered by the outer surface of the whole inner layer。
The method of making the shell of the electro-heat water bag is as follows:
A. The outer layer 3 and the inner layer 4 of the soft pvc material first obtained through the abbreviation process and the outer layer 3 and the inner layer 4 are rectangled; b) and then welded several welding points 5 between the outer layer 3 and the inner layer 4 by the hyper-weekly thermal welding process, i. E. Formation of the outer crust 1 or the lower shell 2 with the same specifications as the upper shell 1 and the lower shell 2 and rectangles 1 and 2; c) re-welding the outer edge of the upper crust 1 and the outer layer 4 of the lower shell 2 through the high-weekly thermal welding process; d) final welding of the outer layer 3 and the outer layer 3 of the lower shell 2 together, i. E. Formation of the rectangular shell. The double-layered structure of the shell of the resulting electro-thermal water bag can use the characteristics of the air-conductive heat differential to achieve slow temperature and heat-proofness。
Example seven:
See figure 19, figure 20 and figure 21, which is a practical new type of electro-heat water bag with a shell for filling liquids and an electro-heat wire distributed within the shell, which is a flexible pvc double-layered structure with a circular shape. The bilayered structure of the outer shell can use air-conductive heat differential characteristics to achieve slow temperature and heat-proofing of electric thermal water bags. The outer casings include upper crust 1 and lower crust 2, upper crust 1 and lower shell 2, including outer layer 3 and inner layer 4 from the plating process, several welding points 5 between outer layer 3 and inner layer 4 using the high choreography welding process, and the outer layer 3 under the influence of several welding points 5, to form an arbitrary inner formation of grids, which not only enhances the beauty of the external shape of the electrothermal water bag, but also enhances its heat resistance. The thickness of outer 3 and inner 4 is 0. 5? 4 . The thickening of the shell makes the use of electro-heat water bags safer and more reliable. The thickness of the three outer and four inner layers is 0. 7? 3mm. The outer layer of upper crust 1 is covered by three-and-a-half of the outer layer of upper crust 1 is covered by four outer surfaces of upper crust 1, the outer layer of lower crust 2 is covered by three-and-a-half of the outer layer of lower crust 2 is covered by four outer surfaces of lower crust 2 and the outer layer of upper crust 1 is not interconnected with three of lower crust 2。
The method of making the shell of the electro-heat water bag is as follows:
A. The outer layer 3 and the inner layer 4 of the soft pvc material, which are first made from the abbreviation process, are rounded and the outer layer 3 and the inner layer 4 are rounded; b) and then welded between the outer layer 3 and the inner layer 4 by the hyper-weekly thermal welding process; c) the outer layer 3 is welded together by the high-weekly thermal welding process, i. E. The outer layer 1 or the lower crust 2 is formed into the upper crust 1 or the lower crust 2 and the upper and lower crust 1 and the lower shell 2 are rounded; d) the upper crust 1 and the lower crust are welded together at the end through the high-weekly thermal welding process. The double-layered structure of the shell of the electric thermal water bag produced in this way can use the characteristics of the air-conducted heat differential to achieve slow temperature and heat-proofness
Example eight:
As shown in figure 22, figure 23 and figure 24, this practical new type of electro-heat water bag has a shell for filling liquids and an electro-heat wire distributed within the shell, which is a two-layer structure made of soft pvc, with a positive hexagonal shape. The bilayered structure of the outer shell can use air-conductive heat differential characteristics to achieve slow temperature and heat-proofing of electric thermal water bags. The outer casings include upper crust 1 and lower crust 2, upper crust 1 and lower shell 2, including outer layer 3 and inner layer 4 from the plating process, several welding points 5 between outer layer 3 and inner layer 4 using the high choreography welding process, and the outer layer 3 under the influence of several welding points 5, to form an arbitrary inner formation of grids, which not only enhances the beauty of the external shape of the electrothermal water bag, but also enhances its heat resistance. The thickness of outer layer 3 and inner layer 4 is 0. 5? 4mm. The thickening of the shell makes the use of electro-heat water bags safer and more reliable. The thickness of the three outer and four inner layers is 0. 7? 3mm. The outer layer of upper crust 1 is covered by three-and-a-half of the outer layer of upper crust 1 is covered by four outer surfaces of upper crust 1, the outer layer of lower crust 2 is covered by three-and-a-half of the outer layer of lower crust 2 is covered by four outer surfaces of lower crust 2 and the outer layer of upper crust 1 is not interconnected with three of lower crust 2。
The method of making the shell of the electro-heat water bag is as follows:
A. The outer layer 3 and the inner layer 4 of the soft pvc material, which are first made from the abbreviation process, are positive hexagon 3 and the inner layer 4; b) and then weld several welding points between the outer layer 3 and the inner layer 4 by the hyper-weekly thermal welding process; c) welding the outer layer 3 together with the inner layer through the high-weekly thermal welding process, i. E. Forming the upper crust 1 or the lower crust 2 and the upper and lower crust 1 and the lower crust 2 are both positive hexagons; d) finally welding through the high-weekly thermal welding process, welding the outer side of the upper crust 1 and the lower shell 2 together, i. E. Forming the outer side of the six sides. The double-layered structure of the shell of the resulting electro-thermal water bag can use the characteristics of the air-conductive heat differential to achieve slow temperature and heat-proofness。
Example nine:
See figure 25, figure 26 and figure 27 for this practical new type of electro-heat water bag with a shell for filling liquids and an electro-heat wire distributed within the shell, which is a two-layer structure made of soft pvc and a rectangular shape. The bilayered structure of the outer shell can use air-conductive heat differential characteristics to achieve slow temperature and heat-proofing of electric thermal water bags. The outer casings include upper crust 1 and lower crust 2, upper crust 1 and lower shell 2, including outer layer 3 and inner layer 4 from the plating process, several welding points 5 between outer layer 3 and inner layer 4 using the high choreography welding process, and the outer layer 3 under the influence of several welding points 5, to form an arbitrary inner formation of grids, which not only enhances the beauty of the external shape of the electrothermal water bag, but also enhances its heat resistance. The thickness of outer 3 and inner 4 is 0. 5? 4 . The thickening of the shell makes the use of electro-heat water bags safer and more reliable. The thickness of the three outer and four inner layers is 0. 7? 3mm. The outer layer of upper crust 1 is covered by three-and-a-half of the outer layer of upper crust 1 is covered by four outer surfaces of upper crust 1, the outer layer of lower crust 2 is covered by three-and-a-half of the outer layer of lower crust 2 is covered by four outer surfaces of lower crust 2 and the outer layer of upper crust 1 is not interconnected with three of lower crust 2。
The method of making the shell of the electro-heat water bag is as follows:
A the outer layer 3 and the inner layer 4 are rectangles in the outer layer and 4 in the inner layer, which are first made of soft pvc materials through a plating process; b) welding between 3 and 4 in the outer layer, and then several welding points 5 in the inner layer, in the upper layer, by a high-ecstasy thermal welding process; c) welding the outer layer 3 together in the outer layer, i. E. Formation of upper or lower crust 1 or lower crust 2 with the same specifications as upper and lower crust 2 and rectangle between upper and lower crust 1 and lower crust 2; d) final welding of upper crust 1 and lower crust 2 by a high-ecular thermal pressure process. The double-layered structure of the shell of the electric thermal water bag produced in this way can use the characteristics of the air-conducted heat differential to achieve slow temperature and heat-proofness
With the above-mentioned examples of practical and innovative implementation, the above-mentioned statement allows the staff concerned to make a wide variety of changes and modifications to the extent that they do not deviate from the current practical and new technological thinking. The practical new technical scope of this subparagraph is not limited to the content of the notes, but must be determined in terms of the scope of claims。
Sovereignty
1. An electric thermal water bag, which is characterized by the presence of a shell for filling liquids and electrical thermal wire distributed within the shell, which is made from a flexible pvc abbreviated process consisting of the upper crust (1) and the lower crust (2), and the surroundings of the upper crust (1) and the lower crust (2) described, which are compacted by thermal pressure welding. 2. As described in claim 1, an electro-hot water bag is characterized by the fact that both the upper and lower crust (1) and the lower crust (2) are single-layered structures and that there are several welding points between the inner surface of the upper and lower crust (1) and the inner surface of the lower crust (2) by thermal pressure welding process (5). 3. As described in claim 1, an electro-thermal water bag is characterized by the two-layer structure of the upper crust (1) and the lower crust (2) described, both of which include the outer layer (3) and the inner layer (4) made from the plating process, and by the use of a number of welding points in the heat welding process (5) between the outer layer (3) and the inner layer (4) described. 4. An electrothermal water bag, as described in claim 3, is characterized by the fact that the outer layer (3) of the upper crust (1) and the outer layer (3) of the lower crust (2), together, form the whole outer layer, and the inner layer (4) of the upper crust (1) and the lower crust (2) together form the whole inner layer, and the entire outer layer of the said outer layer is covered by the outer surface of the entire inner layer. 5. As described in claim 3, an electrothermal water bag is characterised by the fact that the outer layer (3) half of the upper crust (1), as described, is covered by the outer layer (4), the outer layer (3) half of the lower crust (2), as described, by the outer layer (4), of the lower crust (2), and that the outer layer (3) of the upper crust (1) is not connected to each other。
The [patent summary] is a practical new type of electro-heat water bag with a shell for filling liquids and an electro-heat wire distributed within the shell, which is made of flexible pvc plasticization techniques, which include the upper and lower crust, and the surroundings of the upper and lower crust are compacted by thermal pressure welding process. The electric thermal water bag can be made at will, not easily broken, not leaky, and is safer to use。
A61f7/08
Cn204951312
Cn201520701075
Yang shik
"the applicant, yang shik"
January 13, 2016
10 september 2015
