Abstract: Fluid flow control devices for medical use are disclosed. On one end, a fluid flow control device is configured to be attached to a manifold that is in-line with an infusion setup and the other end of the fluid flow control device is configured to be attached to a sampling or infusion device, such as a syringe. In one aspect, a fluid flow control device has an external casing and an internal casing which is configured to be movably housed within the external casing. The internal casing mates with a fluid outlet on the external casing and upon separating the internal and external casings a fluid flow path is established.

Abstract: Fluid flow control devices for medical use are disclosed. On one end, a fluid flow control device is configured to be attached to a manifold that is in-line with an infusion setup and the other end of the fluid flow control device is configured to be attached to a sampling or infusion device, such as a syringe. In one aspect, a fluid flow control device has an external casing and an internal casing which is configured to be movably housed within the external casing. The internal casing mates with a fluid outlet on the external casing and upon separating the internal and external casings a fluid flow path is established.

Abstract: Fluid flow control devices for medical use are disclosed. On one end, a fluid flow control device is configured to be attached to a manifold that is in-line with an infusion setup and the other end of the fluid flow control device is configured to be attached to a sampling or infusion device, such as a syringe. In one aspect, a fluid flow control device has an external casing and an internal casing which is configured to be movably housed within the external casing. The internal casing mates with a fluid outlet on the external casing and upon separating the internal and external casings a fluid flow path is established.

Abstract: Fluid flow control devices for medical use are disclosed. On one end, a fluid flow control device is configured to be attached to a manifold that is in-line with an infusion setup and the other end of the fluid flow control device is configured to be attached to a sampling or infusion device, such as a syringe. In one aspect, a fluid flow control device has an external casing and an internal casing which is configured to be movably housed within the external casing. The internal casing mates with a fluid outlet on the external casing and upon separating the internal and external casings a fluid flow path is established.

Abstract: According to some embodiments of the present invention, a display device includes: a display panel; and an integrated circuit (IC) assembly coupled to the display panel, the IC assembly comprising: a flexible substrate; a first flexible thermally conductive layer on the flexible substrate; and an IC chip on the flexible substrate and thermally coupled to the first flexible thermally conductive layer.

Abstract: According to some embodiments of the present invention, a display device includes: a display panel; and an integrated circuit (IC) assembly coupled to the display panel, the IC assembly comprising: a flexible substrate; a first flexible thermally conductive layer on the flexible substrate; and an IC chip on the flexible substrate and thermally coupled to the first flexible thermally conductive layer.

Abstract: The system for controlling the temperature of electronic devices under test includes a housing, a seal, a heat-exchanger within the housing, and a Peltier module within the housing. The housing is configured to removably enclose an electronic device coupled to a platform. The seal is configured to be positioned between the housing and the platform. The Peltier module is configured to transfer heat from the heat-exchanger to the electronic device. In use a controller measures the temperature of the electronic device and controls the Peltier module to transfer heat towards or away from the electronic device.

Abstract: The system for controlling the temperature of electronic devices under test includes a housing, a seal, a heat-exchanger within the housing, and a Peltier module within the housing. The housing is configured to removably enclose an electronic device coupled to a platform. The seal is configured to be positioned between the housing and the platform. The Peltier module is configured to transfer heat from the heat-exchanger to the electronic device. In use a controller measures the temperature of the electronic device and controls the Peltier module to transfer heat towards or away from the electronic device.