Abstract: A cylinder head, a transfer and bonding system and a method of driving the same to produce a display device that includes light emitting elements provides uniform pressure to light emitting elements during a transfer and bonding process. The cylinder head may include a first bracket accommodating the first transmissive portion; a second transmissive portion spaced apart from the first transmissive portion in a direction by an air layer; a second bracket accommodating the second transmissive portion; and an elastic member surrounding side surfaces of the first bracket and the second bracket, wherein one of the first bracket and the second bracket includes an air path that extends to the air layer.

Abstract: In various examples, a portable computing device is provided that has a bottom shell and a top shell pivotally coupled to the bottom shell for movement between a closed position and at least one open position. A display fits within a perimeter rim of the top shell, the display being obscured from view when the top shell is in the closed position and being viewable when the top shell is in the at least one open position. A coupling linkage couples the display, the top shell, and the bottom shell, to move the display between at least a first position with the display closer to the top shell when the top shell is in the closed position and a second position with at least a portion of the display farther from the top shell when the top shell is in the open position.

Abstract: Medicinal container bags are presented. Bags can include openers capable of sealing an opening of the bag. Disclosed bags further comprise electronic assemblies configured to detect opening or closing events as the openers move along the rims of the bag opening. The assemblies can compile usage data based on opener movement, and then provide the data to remote monitoring systems.

Abstract: Medicinal container bags are presented. Bags can include openers capable of sealing an opening of the bag. Disclosed bags further comprise electronic assemblies configured to detect opening or closing events as the openers move along the rims of the bag opening. The assemblies can compile usage data based on opener movement, and then provide the data to remote monitoring systems.

Abstract: Medicinal container bags are presented. Bags can include openers capable of sealing an opening of the bag. Disclosed bags further comprise electronic assemblies configured to detect opening or closing events as the openers move along the rims of the bag opening. The assemblies can compile usage data based on opener movement, and then provide the data to remote monitoring systems.

Abstract: Medicinal container bags are presented. Bags can include openers capable of sealing an opening of the bag. Disclosed bags further comprise electronic assemblies configured to detect opening or closing events as the openers move along the rims of the bag opening. The assemblies can compile usage data based on opener movement, and then provide the data to remote monitoring systems.

Abstract: Medicinal container bags are presented. Bags can include openers capable of sealing an opening of the bag. Disclosed bags further comprise electronic assemblies configured to detect opening or closing events as the openers move along the rims of the bag opening. The assemblies can compile usage data based on opener movement, and then provide the data to remote monitoring systems.

Abstract: Medicinal container bags are presented. Bags can include openers capable of sealing an opening of the bag. Disclosed bags further comprise electronic assemblies configured to detect opening or closing events as the openers move along the rims of the bag opening. The assemblies can compile usage data based on opener movement, and then provide the data to remote monitoring systems.

Abstract: Medicinal container bags are presented. Bags can include openers capable of sealing an opening of the bag. Disclosed bags further comprise electronic assemblies configured to detect opening or closing events as the openers move along the rims of the bag opening. The assemblies can compile usage data based on opener movement, and then provide the data to remote monitoring systems.

Abstract: Medicinal container bags are presented. Bags can include openers capable of sealing an opening of the bag. Disclosed bags further comprise electronic assemblies configured to detect opening or closing events as the openers The assemblies can compile usage data based on opener movement, and then provide the data to remote monitoring systems.

Abstract: A pivot device for portable computers is provided that may be constructed using a pivot bearing, located at the rear edge of a main body of the portable computer and a pivot member that is fastenably attached to a display housing. Thus, the display housing is rotatably connected to the main body. The pivot member may be constructed using both a lower support part, that is mounted to the lower portion of the display housing, and a side support part that extends radially away from the hinge axis to fastenably attach to the side portion of the display body. In the second embodiment of this invention, the side support part of the pivot member has a hook that engages the inner surface of the side wall in the display housing.

Abstract: A portable computer having a burglarproof device for an auxiliary memory, is made up of a system main body having a receiving area at a predetermined position; an auxiliary memory assembly mounted in the receiving area of the system main body; and locking means disposed at a predetermined position of the system main body and the auxiliary memory assembly and of which locking state is released when a predetermined number is set.

Abstract: A portable notebook computer having an ergonomically designed keyboard made up of two rotatably separable keyboard sections. Upon opening up the lid of the notebook computer, the user may manually rotate the keyboard sections apart to a desired angle. When the user is finished working on the notebook computer, the user folds the lid onto the main body of the computer. While the lid is being closed, the separated sections of the keyboard are automatically driven together in response to the user closing the lid. Thus, the user is not required to make an additional maneuver of rotating the keyboard sections together.