The compensator comprises at least an A-plate, an O-plate and a negative C-plate.

A phase difference-compensating element (56) is comprised of a C-plate (86) and an O plate (85).

A phase difference-compensating element (56) is comprised of a C-plate (85) and an O-plate (86).

Axially adjustment means (D) and (C) of the drive side plate cylinder (1) and the operating side plate cylinder (2) are fitted to the shafts (1c) and (2b) of the drive side plate cylinder (1) and the operating side plate cylinder (2).

The C-plate (86) is disposed between the liquid crystal display device (51) and the analyzer (68) at an upper part of the O-plate (85).

The hotplate is heated to a temperature of from about 350 °C or higher, and the substrate is forced to contac the heated hotplate.

The C-plate (86) and the O-plate (86) together are disposed between the liquid crystal display device (51) and the beam splitter (48).

The plating assembly includes a first plate, and at least one additional plate connected to the first plate, the at least one additional plate extending transversely to the first plate.

The fixed plate is also called top plate and sliding plate is also called bottom plate (1).

A C-plate assembly for use in a cable-guided fishing assembly is disclosed.

In the VA-LCD, a polynorbornene based polymer film is used as a protection film and/or as a negative C-plate retardation film for an upper polarization plate and/or a lower polarization plate.

The fixed plate is also called top plate (3) and sliding plate is also called bottom plate (1).

Additionally, a positively birefringent A-plate compensator layer (245) and one or more negatively birefringent C-plate compensator layers (210, 240) may be used in the display.

The transition from the cold plate (-38°C) to the hot one (+240°C) activates the thermal shock enhancing the food color and texture.

An alloy plate is used as the cathode plate.