Abstract: A condiment grinder comprises a housing with at least two separate chambers, each configured to hold one of the condiments. A separate grinder is mounted on a side of the housing adjacent each chamber for grinding and dispensing the condiment from the respective chamber. The grinders each have a rotational axis which intersects the axis of the other grinders at the approximate center of the housing. A separate hand crank, operative to rotate each grinder about its axis, is disposed on the opposite side of the housing from the respective grinder to which it is connected.

Abstract: A vacuum type positioning apparatus (10), used in insert-molding machine for positioning an inserted workpiece (181), is provided. The vacuum type positioning apparatus includes a vacsorb unit (11) and a positioning unit (15). The positioning unit connects with the vacsorb unit. The positioning unit has an attaching wall (1912). The vacsorb unit provides a suction pressure for the positioning unit to attach the inserted workpiece with the attaching wall.

Abstract: A mold structure (100) includes a mold plate (402) and a fiber-optic sensor (30) mounted therein. The fiber-optic sensor may detect whether a metal insert has been put into the mold plate before the mold structure is closed. If the metal insert is already put in a desired position, the mold structure can be closed so as to avoid leaving out the metal insert. Therefore, the production and efficiency are greatly increased.

Abstract: A control apparatus for controlling a plurality of computers is described. The control apparatus includes a memory, a clock generator, a clock switch circuit, and a main module. The clock switch circuit switches between a system clock and a corresponding clock of a digital video signal. The main module directly stores the digital video signal into the memory according to the corresponding clock through the clock switch circuit. The main module reads the digital video signal from the memory according to the system clock. The main module also receives a remote control signal sent from a remote computer to control the plurality of computers.

Abstract: A control apparatus for controlling a plurality of computers is described. The control apparatus includes a memory, a clock generator, a clock switch circuit, and a main module. The clock switch circuit switches between a system clock and a corresponding clock of a digital video signal. The main module directly stores the digital video signal into the memory according to the corresponding clock through the clock switch circuit. The main module reads the digital video signal from the memory according to the system clock. The main module also receives a remote control signal sent from a remote computer to control the plurality of computers.

Abstract: The invention relates to methods and products for the preparation of antigen presenting cells, and for the modulation of T cell activation, for example to prepare actvated T cells. The invention further relates to antigen presenting cells and activated T cells thus prepared. The invention further relates to methods and uses of such antigen presenting cells for activation of T cells in vitro, ex vivo, or in vivo, for treatment of e.g. a condition associated with immuno impairment, or for vaccination. The invention further relates to methods and uses of such activated T cells for treatment of e.g. a condition associated with immuno impairment.