Abstract: The present invention provides a combine system in the present invention can be used as dual propose temperature monitoring indicator. The system comprises of scanning devise, QR barcode and temperature indicator providing visual characteristic, which changed depending on time and temperature after triggering, had occurred. The device is not susceptible to environmental conditions and can be stored in room temperature.

Abstract: The present invention provides a combine system in the present invention can be used as dual propose temperature monitoring indicator. The system comprises of scanning devise, QR barcode and temperature indicator providing visual characteristic, which changed depending on time and temperature after triggering, had occurred. The device is not susceptible to environmental conditions and can be stored in room temperature.

Abstract: A system and method for providing enhanced interactive sessions via digital channels. The method includes establishing, by a bot integration system, a first channel with a bot; establishing, by the bot integration system, a second channel with at least one service system; and initiating, by the bot integration system, an enhanced interactive session via the second channel, wherein conducting the enhanced interactive session includes communicating transaction data between the bot integration system and the at least one service system based on communications sent via the first channel.

Abstract: A synchronized display server and a method for providing synchronized displays. The synchronized display server includes a processing circuity; and a memory, the memory containing instructions that configure the synchronized display server to: establish a first data session with a user device and a second data session with a contact center representative device; obtain display data to be displayed on the user device, wherein the display data is communicated over the second data session; obtain communication data related to communications between the user device and a contact center associated with the contact center representative device, wherein the display data is communicated over the first data session; generate, based on the obtained display data and communication data, a synchronized display; and send, via the first data session and the second data session, wherein each of the user device and the contact center representative device displays the sent synchronized display.

Abstract: A disposable device for measuring UV radiation comprising: a matrix, at least one photochrome compound provided to said matrix wherein said photochromic compound is capable of changing its color when exposed to UV radiation, color changing agent distributed within said matrix, wherein said color changing agent irreversibly changes the device's color as a function of the UV dose irradiated, whereby said device is not affected by ambient conditions and visible light.

Abstract: The present invention provides a device capable of exhibiting a time-temperature dependence that comprises an upper layer carrying a first reactant selected from a group of materials such as chelating agents and a base layer carrying a second reactant adapted to react with the first reactant upon triggering. A barrier layer is provided between the upper layer and the base layer. Visual characteristic is changed depending on time and temperature after triggering had occurred while the device is not susceptible to environmental conditions and can be stored in room temperature.

Abstract: A polymer-based color changing article manufactured by injection, extrusion or similar methods that comprises transparent polymer matrix, polymeric color changing enhancer additive distributed within the polymer matrix that does not change its optical properties and a chemical compound capable of reversible changing its original color due to a photochemical reaction. The polymer-based color changing article can be used for applications such as lenses, color changing protective shields or sheets for controlling the intensity of light irradiation within a room, car, greenhouse, games, toys, memorabilia, packages for light sensitive food, beverages, and drugs.

Abstract: A disposable device for measuring UV radiation comprising: a matrix, at least one photochrome compound provided to said matrix wherein said photochromic compound is capable of changing its color when exposed to UV radiation, color changing agent distributed within said matrix, wherein said color changing agent irreversibly changes the device's color as a function of the UV dose irradiated, whereby said device is not affected by ambient conditions and visible light.

Abstract: The present invention provides a device capable of exhibiting a time-temperature dependence that comprises an upper layer carrying a first reactant selected from a group of materials such as chelating agents and a base layer carrying a second reactant adapted to react with the first reactant upon triggering. A barrier layer is provided between the upper layer and the base layer Visual characteristic is changed depending on time and temperature after triggering had occurred while the device is not susceptible to environmental conditions and can be stored in room temperature.

Abstract: Disposable dosimeter for sun radiation comprising polymeric matrix with distributed therein at least one active chemical compound capable to change its original color to a new color due to a reversible photo-chemical reaction induced upon exposing the dosimeter to UV radiation. The transparency of the matrix is sufficient to enable easy visual detection of the change of the original color to the new color. The matrix is provided with porous structure suitable for absorbing thereinto of a sunscreen loti n when it is applied to the dosimeter.

Abstract: A reusable dosimeter for sun radiation comprising a matrix with at least one active chemical compound distributed therein, capable of reversibly changing its original color to a new color due to a chemical reaction induced by exposure to UV radiation, said matrix made of a material having transparency sufficient for visual detection the change of the original compound's color to the new color, said active chemical compound being capable of changing its color after exposure to UV radiation with an efficacy corresponding to at least 1 MED, and reverting back to its original color after being kept in the dark for about 6 hours.

Abstract: A disposable dosimeter for sun radiation comprising a matrix with at least one active chemical compound distributed therein, capable of changing its original color to a new color due to a chemical reaction induced by exposure to UV radiation, said matrix made of a material having transparency sufficient for visual detection the change of the original compound's color to the new color, said matrix containing at least one absorbing compound capable of absorbing the UV radiation, said active chemical compound being capable of changing its color after exposure to UV radiation with an efficacy corresponding to at least 1 MED, said UV radiation being accumulated during at least 15 minutes of exposure and said active chemical compound having a resistance to change the new color neither during exposure to temperatures up to 50.degree. C., nor during exposure to visible light.