Patent US3654016A successfully refreshed from Google Patents.
US3654016A
Expired / Lapsed
US
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Method and apparatus for adhering foil to a surface
Assignee: Admiral Coated Products Inc
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Filing: 1969-10-08
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Granted: 1972-04-04
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Expires: 1989-10-08
Abstract
Abstract A method and apparatus for adhering foil to a given surface. The foil is initially supported at one face of a flexible carrier which must be stripped from the foil subsequent to the adhering thereof to the surface. The foil is adhered to the surface by heat-ironing brought about through suitable rollers, and subsequent to the adhering of the foil to the surface the carrier is continuously wound onto a stake-up roll so that the carrier is progressively from the foil to carry out the stripping operations. These stripping operations are brought about in part by movement of the surface and foil with respect to a stripping roll and in part by movement of the stripping roll with respect to the surface to which the foil is adhered, so that the extent to which the surface and foil must be fed is diminished by the extent to which the stripping roll is moved with respect to the surface and the foil adhering thereto. Also the carrier and foil are derived from a supply roll supported on a swingable frame which moves the supply roll from a given starting position to a given end position during the adhering of the foil to the surface, and a return structure returns the swingable frame back to its starting position after the operations are completed, so that in this way the edge of the foil which is first displaced toward the surface is backed up from the region of the last of the series of heat-ironing rollers to the region of the first thereof, thus reducing waste of foil.
Inventors
- 👤 Martin J Alexander
Bibliographic Details
Application Number
—
Jurisdiction
US
Data Source
google_patents
Last Synchronized
2026-11-02 17:21
CPC Classifications
B; B32; B32B; B32B37/00; B32B37/06; B27; B27D; B27D1/00; B32B37/10; B32B37/14; B32B37/16; B32B37/20; Y; Y10; Y10T; Y10T156/00; Y10T156/17; Y10T156/1702; Y10T156/1705; Y10T156/19; Y10T156/195; Y10T156/1956
Claims Analysis
Total Claims: 12
Claim 1
Independent Claim
181 words
In a method of adhering to a given surface a foil which is initially carried by a flexible carrier at one face of the latter, the steps of heat-irOning the foil to the surface by applying heat and pressure through the carrier to the foil while the foil engages but does not move with respect to the surface, and continuously winding the carrier onto a take-up roll while progressively peeling the carrier from the foil subsequent to heat-ironing thereof to said surface, so that said carrier is progressively stripped from the foil while the latter adheres to the surface, said heat-ironing being brought about by a plurality of rollers which sequentially bring about heat-ironing of the foil to the surface and with the edge of the foil at the end of one complete cycle of operation being situated in the region of the last of the rollers which is actuated, and backing said edge of the foil to the region of the first of the rollers to be actuated prior to the next operating cycle so that foil waste is reduced.
Claim 2
Dependent Claim
181 words
In a method of adhering to a given surface a foil which is initially carried by a flexible carrier at one face of the latter, the steps of heat-irOning the foil to the surface by applying heat and pressure through the carrier to the foil while the foil engages but does not move with respect to the surface, and continuously winding the carrier onto a take-up roll while progressively peeling the carrier from the foil subsequent to heat-ironing thereof to said surface, so that said carrier is progressively stripped from the foil while the latter adheres to the surface, said heat-ironing being brought about by a plurality of rollers which sequentially bring about heat-ironing of the foil to the surface and with the edge of the foil at the end of one complete cycle of operation being situated in the region of the last of the rollers which is actuated, and backing said edge of the foil to the region of the first of the rollers to be actuated prior to the next operating cycle so that foil waste is reduced.
Claim 3
Dependent Claim
197 words
In a method of adhering to a given surface a foil which is initially carried by a flexible carrier at one face of the latter, the steps of heat-ironing the foil to the surface by applying heat and pressure through the carrier to the foil while the foil engages but does not move with respect to the surface, and continuously winding the carrier onto a take-up roll while progressively peeling the carrier from the foil subsequent to heat-ironing thereof to said surface, so that said carrier is progressively stripped from the foil while the latter adheres to the surface, the stripping of the carrier from the foil being carried out in two operations during one of which the surface and foil are moved together with respect to a stripping roll around which the carrier moves to the take-up roll and during the other of which the stripping roll is moved with respect to the surface and foil which remain stationary, during the continuous take-up of the carrier onto the take-up roll, whereby the stroke required for the surface and foil is diminished to the extent that the stripping roll moves with respect thereto during said other operation.
Claim 4
Dependent Claim
197 words
In a method of adhering to a given surface a foil which is initially carried by a flexible carrier at one face of the latter, the steps of heat-ironing the foil to the surface by applying heat and pressure through the carrier to the foil while the foil engages but does not move with respect to the surface, and continuously winding the carrier onto a take-up roll while progressively peeling the carrier from the foil subsequent to heat-ironing thereof to said surface, so that said carrier is progressively stripped from the foil while the latter adheres to the surface, the stripping of the carrier from the foil being carried out in two operations during one of which the surface and foil are moved together with respect to a stripping roll around which the carrier moves to the take-up roll and during the other of which the stripping roll is moved with respect to the surface and foil which remain stationary, during the continuous take-up of the carrier onto the take-up roll, whereby the stroke required for the surface and foil is diminished to the extent that the stripping roll moves with respect thereto during said other operation.
Claim 5
Dependent Claim
193 words
In an apparatus for adhering to a given surface a foil which initially is carried at one face of a flexible carrier, feed means for feeding the surface along a given stroke, roller means coacting with said feed means for heat-ironing the foil to the surface during feeding of the latter along said stroke while applying heat and pressure to the foil through the carrier by way of said roller means, and take-up means continuously winding the carrier onto a take-up roll subsequent to heat-ironing of the foil to the surface for continuously peeling the carrier from the foil, said take-up means including a stripper roll around which the carrier extends and guide rolls directing the carrier from the stripper roll to the take-up roll, said feed means feeding the surface through a stroke shorter than the distance required to completely strip the carrier from the foil which adheres to the surface, and shifting means coacting with said stripper roll for shifting the latter through the remainder of said required distance so that the length of the apparatus is shortened to the extent that the stripper roll is moved by said shifting means.
Claim 6
Dependent Claim
193 words
In an apparatus for adhering to a given surface a foil which initially is carried at one face of a flexible carrier, feed means for feeding the surface along a given stroke, roller means coacting with said feed means for heat-ironing the foil to the surface during feeding of the latter along said stroke while applying heat and pressure to the foil through the carrier by way of said roller means, and take-up means continuously winding the carrier onto a take-up roll subsequent to heat-ironing of the foil to the surface for continuously peeling the carrier from the foil, said take-up means including a stripper roll around which the carrier extends and guide rolls directing the carrier from the stripper roll to the take-up roll, said feed means feeding the surface through a stroke shorter than the distance required to completely strip the carrier from the foil which adheres to the surface, and shifting means coacting with said stripper roll for shifting the latter through the remainder of said required distance so that the length of the apparatus is shortened to the extent that the stripper roll is moved by said shifting means.
Claim 7
Dependent Claim
80 words
The combination of claim 3 and wherein said stripping roll is initially located on one side of the first of the series of guide rolls which receive the carrier from the stripping roll, and cam means actuated by said shifting means and coacting with said first guide roll for camming the latter upwardly to a higher operating position while said stripping roll is shifted by said shifting means beneath and past said first guide roll to the opposite side thereof.
Claim 8
Dependent Claim
40 words
The combination of claim 4 and, said combination further comprising a cradle carries said first guide roll and a bracket supports said cradle for swinging movement together with said first guide roll in response to the action of camming means.
Claim 9
Dependent Claim
165 words
In an apparatus for adhering to a given surface a foil which initially is carried at one face of a flexible carrier, feed means for feeding the surface along a giVen stroke, roller means coacting with said feed means for heat-ironing the foil to the surface during feeding of the latter along said stroke while applying heat and pressure to the foil through the carrier by way of said roller means, and take-up means continuously winding the carrier onto a take-up roll subsequent to heat-ironing of the foil to the surface for continuously peeling the carrier from the foil, said roller means including a series of rollers located one after the other along the path of movement of the surface and foil by said feed means, and actuating means cooperating with said series of rollers for subsequently actuating the latter for heat-ironing the foil to the surface by applying heat and pressure to the foil through the carrier by each of said series of rollers.
Claim 10
Dependent Claim
165 words
In an apparatus for adhering to a given surface a foil which initially is carried at one face of a flexible carrier, feed means for feeding the surface along a giVen stroke, roller means coacting with said feed means for heat-ironing the foil to the surface during feeding of the latter along said stroke while applying heat and pressure to the foil through the carrier by way of said roller means, and take-up means continuously winding the carrier onto a take-up roll subsequent to heat-ironing of the foil to the surface for continuously peeling the carrier from the foil, said roller means including a series of rollers located one after the other along the path of movement of the surface and foil by said feed means, and actuating means cooperating with said series of rollers for subsequently actuating the latter for heat-ironing the foil to the surface by applying heat and pressure to the foil through the carrier by each of said series of rollers.
Claim 11
Dependent Claim
92 words
The combination of claim 6, a supply roll from which the carrier and foil are supplied, a swingable frame supporting said supply roll for swinging movement toward said roller means, said frame and supply roll swinging from a given starting position to a given end position during heat-ironing of the foil to the surface by said roller means, and return means coacting with said frame for swinging the latter and said supply roll from said end position back to said starting position to reduce the extent to which the foil is wasted.
Claim 12
Dependent Claim
48 words
The combination of claim 7 and wherein the distance through which said swingable frame displaces said foil carrier between starting and end positions of said frame and supply roll corresponds approximately to the distance between the first and last of the series of rollers of said roller means.
References Cited (Backward Citations)
USPTO Annuity & Maintenance Windows
| Annuity Stage | Window Opens | Payment Deadline | Surcharge Period Until | Estimated Fee | Status |
|---|---|---|---|---|---|
| 3.5 Years (Year 4) | 1975-04-04 | 1975-10-04 | 1976-04-04 | $2000.00 | Window Closed / Lapsed |
| 7.5 Years (Year 8) | 1979-04-04 | 1979-10-04 | 1980-04-04 | $3760.00 | Window Closed / Lapsed |
| 11.5 Years (Year 12) | 1983-04-04 | 1983-10-04 | 1984-04-04 | $7700.00 | Window Closed / Lapsed |