초록 ▼

There is provided a resealable flap or label adapted to be placed in sealing engagement with an orifice of a flexible container. The resealable flap comprises a body having an interior portion and a pair of indented side edges. The flap has at least one hook cut extending from one of the pair of sid

There is provided a resealable flap or label adapted to be placed in sealing engagement with an orifice of a flexible container. The resealable flap comprises a body having an interior portion and a pair of indented side edges. The flap has at least one hook cut extending from one of the pair of side edges to the interior portion. The body has an adhesive portion that removable connects the body over the orifice. The resealable flap or label has perforations for the at least one hook cut, which allows application of the flap by a blow on type applicator.

대표청구항 ▼

There is provided a resealable flap or label adapted to be placed in sealing engagement with an orifice of a flexible container. The resealable flap comprises a body having an interior portion and a pair of indented side edges. The flap has at least one hook cut extending from one of the pair of sid

There is provided a resealable flap or label adapted to be placed in sealing engagement with an orifice of a flexible container. The resealable flap comprises a body having an interior portion and a pair of indented side edges. The flap has at least one hook cut extending from one of the pair of side edges to the interior portion. The body has an adhesive portion that removable connects the body over the orifice. The resealable flap or label has perforations for the at least one hook cut, which allows application of the flap by a blow on type applicator. ls being positioned between the channels along their long sides, and wherein a plurality of indicators are positioned in individual ones of the plurality of channels along their lengths, thereby to arrange the indicators within the individual sensors with their unique visible patterns in two-dimensions. 5. The temperature measurement system of claim 4, which additionally comprises a reader including a video substrate imaging device that compares the visual pattern of the individual plurality of sensors to a library of patterns corresponding to specific temperature values, and displays an image of the substrate with indications of the temperatures of the plurality of sensors overlying the substrate image at locations of the sensors thereacross. 6. The temperature measurement system of claim 4, wherein the physical characteristic of the plurality indicators that visibly changes includes their color. 7. The temperature measurement system of claim 4, wherein the substrate is a semiconductor wafer. 8. A temperature measurement system, comprising: a substrate, and a plurality of temperature sensors positioned at spaced apart locations across at least one surface of the substrate, the temperature sensors individually including: a plurality of channels formed adjacent one another into said at least one substrate surface with portions of the substrate remaining as walls between the channels, a rigid thermally conductive and visible radiation transparent cover attached to said at lest one surface adjacent the channels and to tops of the walls between them in a manner to seal the tops of the channels, and a plurality of indicators attached to bottom surfaces of the channels with spaces between top surfaces of the indicators and an underside of the cover, the indicators individually having a physical characteristic that visibly changes in an abrupt and irreversible manner as the sensor is raised above a threshold temperature that is different from threshold temperatures wherein the physical characteristic of other indicators visibly change, the indicators being arranged within the channels of the individual sensors to form visible patterns for the plurality of sensors that are unique for individual ones of the threshold temperatures, and wherein the plurality of indicators are attached to the bottom surfaces of the channels by a pressure sensitive adhesive layer carried by a back side of the indicators. 9. The temperature measurement system of claim 8, wherein the plurality of indicators are arranged such that the unique visible patterns are two-dimensional. 10. A temperature measurement system, comprising: a substrate, and a plurality of temperature sensors positioned at spaced apart locations across at least one surface of the substrate, the temperature sensors individually including: a cavity formed into said at least one surface of the substrate, wherein the cavity is formed of a plurality of channels arranged adjacent one another with portions of the substrate remaining as walls between the channels, a rigid thermally conductive and visible radiation transparent cover attached to the substrate in a manner to seal the cavity, and a plurality of indicators attached to a bottom surface of the cavity with spaces between top surfaces of the indicators and an underside of the cover, the indicators individually having a physical characteristic that visibly changes in an abrupt and irreversible manner as the sensor is raised above a threshold temperature that is different from threshold temperatures wherein the physical characteristic of other indicators visibly change, the indicators being arranged within the sensor cavity to form visible two-dimensional patterns among the plurality of sensors that are unique for individual ones of the threshold temperatures, and wherein a plurality of the indicators are positioned in individual ones of the plurality of channels. 11. The temperature measurement system of claim 10,