Abstract: A method for digital image enhancement on a display of an electronic device includes receiving, by the electronic device, an original image, sensing, by the electronic device, an ambient light, generating, by the electronic device, a virtual content appearance of the original image based on the ambient light and characteristics of the display of the electronic device, determining, by the electronic device, a compensating color tone for the original image based on the virtual content appearance, modifying, by the electronic device, the original image based on the compensating color tone for the original image, and displaying, by the electronic device, the modified original image for a current viewing condition.

Abstract: A housing arrangement has a blower motor including a rotation shaft that traverses through an underside and a topside of the blower motor, the rotation shaft being configured to mount a fan impeller thereupon, a first housing part that receives the blower motor, a second housing part that covers the blower motor received in the first housing part, a first decoupling unit arranged circumferentially between the underside of the blower motor and an inner bottom of the first housing part, and a second decoupling unit arranged circumferentially between the topside of the blower motor and an inner surface of the second housing part. Here, the spring stiffness of the first and the second decoupling units are substantially constant in an axial direction, a radial direction, or a normal direction.

Abstract: A housing arrangement has a blower motor including a rotation shaft that traverses through an underside and a topside of the blower motor, the rotation shaft being configured to mount a fan impeller thereupon, a first housing part that receives the blower motor, a second housing part that covers the blower motor received in the first housing part, a first decoupling unit arranged circumferentially between the underside of the blower motor and an inner bottom of the first housing part, and a second decoupling unit arranged circumferentially between the topside of the blower motor and an inner surface of the second housing part. Here, the spring stiffness of the first and the second decoupling units are substantially constant in an axial direction, a radial direction, or a normal direction.

Abstract: Disclosed are fleet mobile payment methods and systems. In an embodiment, a plurality of vehicle cards are assigned to a plurality of vehicles associated with the company, each of the plurality of vehicle cards being assigned to one vehicle. The states of the vehicle cards are initially set to suspended status. A virtual token is sent from an activation server to a mobile device corresponding to a user of the mobile device. The vehicle card may be activated by receipt of the virtual token, together with vehicle identification, by the activation server. Additional authentication may be required to complete the transaction. In preferred embodiments, the vehicle cards revert to suspended status following each authorized use.

Abstract: Disclosed are fleet mobile payment methods and systems. In an embodiment, a plurality of vehicle cards are assigned to a plurality of vehicles associated with the company, each of the plurality of vehicle cards being assigned to one vehicle. The states of the vehicle cards are initially set to suspended status. A virtual token is sent from an activation server to a mobile device corresponding to a user of the mobile device. The vehicle card may be activated by receipt of the virtual token, together with vehicle identification, by the activation server. Additional authentication may be required to complete the transaction. In preferred embodiments, the vehicle cards revert to suspended status following each authorized use.

Abstract: Compositions are described that are suitable for formulating cytokines, preferably tumor necrosis factor, that maintain their biological activities over a wide range of temperatures by, among other aspects, decreasing them sensitivity to agitation, and preventing oligomer and particulate matter formation.

Abstract: Shipping fever, and other stress-related diseases in livestock, are treated by administration of a microencapsulated composition comprising IL-2 conjugated with a polyoxyethylene polymer, and mixed with a release-modulating amount of humen serum albumin. The microcapsules are administered parenterally, and release an effective amount of conjugated IL-2 continuously over a period of 14-30 days. These microcapsules are also effective in the treatment of cancer in mammals.