Abstract: A container for an electronic device has pivotally coupled first and second portions. The first portion is configured to house the electronic device and has an opening for receiving the electronic device and for displaying the electronic device when the container is configured in a first configuration. The second portion is configured to act as a mount for mounting the container on a surface when the container is configured in the first configuration and the first portion is displaying the electronic device. The second portion is further configured to cover the opening in the first portion, and thus the electronic device, when the container is configured in a second configuration.

Abstract: A container for an electronic device has pivotally coupled first and second portions. The first portion is configured to house the electronic device and has an opening for receiving the electronic device and for displaying the electronic device when the container is configured in a first configuration. The second portion is configured to act as a mount for mounting the container on a surface when the container is configured in the first configuration and the first portion is displaying the electronic device. The second portion is further configured to cover the opening in the first portion, and thus the electronic device, when the container is configured in a second configuration.

Abstract: The present invention provides a topical composition comprising about 6% to about 15% nifedipine and about 6% to about 15% pentoxifylline for treating severe vascular occlusive wounds. The present invention also provides a method and a kit for treating the vascular occlusive wound by applying the composition to the open wound, and cleaning and dressing the wound at least once daily.

Abstract: A method (300) and a system (100) for controlling a casting process are described herein. The system (100) generally includes a die casting device (110) and a measuring device (120). The die casting device (110) includes a mold (130) configured to produce molded parts (140). The measuring device (120) may determine a position of the mold (130) within the die casting device (110) in a casting cycle. The measuring device (120) may determine an incremental increase in weight of molded parts (140) associated with the casting cycle. Based on the incremental increase in weight of molded parts (140), the measuring device (120) may provide a notification in response to a trigger event. The measuring device (120) may also reset the die casting device (110) for another casting cycle based on the incremental increase in weight of molded parts (140).

Abstract: A method (300) and a system (100) for controlling a casting process are described herein. The system (100) generally includes a die casting device (110) and a measuring device (120). The die casting device (110) includes a mold (130) configured to produce molded parts (140). The measuring device (120) may determine a position of the mold (130) within the die casting device (110) in a casting cycle. The measuring device (120) may determine an incremental increase in weight of molded parts (140) associated with the casting cycle. Based on the incremental increase in weight of molded parts (140), the measuring device (120) may provide a notification in response to a trigger event. The measuring device (120) may also reset the die casting device (110) for another casting cycle based on the incremental increase in weight of molded parts (140).

Abstract: The present invention is in the field of exercise equipment. The device utilizes two seperate cables each rotatably wound about sheaves with resistance provided by means of friction braking mechanisms. It offers the user an adjustable incline bench seat, a variable resistance control means and the device is colapseable for compact storage and portability.