Abstract: A computer program product enables an advertisement audience dynamical detection circuit to conduct an advertisement audience quantity detecting operation. The advertisement audience quantity detecting operation includes: receiving a probe request frame transmitted from other wireless communication device; recording the arrival time of the probe request frame; inspecting the frame field configuration of the probe request frame; allocating the probe request to a corresponding data group according to the arrival time and frame field configuration of the probe request frame and a sequence control value in the header of the probe request frame while ensuring all probe request frames in the same data group have same frame field configuration; and calculating an estimated quantity of advertisement audiences passing through a specific location in a specific time period based on a total quantity of resulting data groups.

Abstract: A sleep induction device for oscillating a bed to induce a user of the bed to sleep can be applied to a bed of any size. A bed including a drive leg support including a movable leg holder slidable in a predetermined direction within a predetermined range, a drive means for reciprocally sliding the movable leg holder within a predetermined range, and a driven leg support including the movable leg holder, wherein the sleep induction device oscillates a bed having legs mounted on the drive leg support and the driven leg support by reciprocally oscillated by reciprocally sliding the movable leg holder of the drive leg support.

Abstract: A computer program product enables an advertisement audience dynamical detection circuit to conduct an advertisement audience quantity detecting operation. The advertisement audience quantity detecting operation includes: receiving a probe request frame transmitted from other wireless communication device; recording the arrival time of the probe request frame; inspecting the frame field configuration of the probe request frame; allocating the probe request to a corresponding data group according to the arrival time and frame field configuration of the probe request frame and a sequence control value in the header of the probe request frame while ensuring all probe request frames in the same data group have same frame field configuration; and calculating an estimated quantity of advertisement audiences passing through a specific location in a specific time period based on a total quantity of resulting data groups.

Abstract: A bed device has a bed body having a frame part and a mattress laid on the frame part, and an excreta treatment unit located below the mattress. The mattress has a through hole at a section corresponding to buttocks of a user. The excreta treatment unit has an excreta recovery unit attached to the through hole, an excreta storage unit configured to store excreta recovered at the excreta recovery unit, and a cleaning unit attached to the excreta recovery unit for jetting washing water upward via the through hole. The excreta recovery unit has a cup fitted to the through hole, a recovery pipe provided between the cup and the excreta storage unit, and a convex part extending upward from an edge of the cup to be inserted between the buttocks.

Abstract: A method for reducing outgassing pollution in a semiconductor process includes matching a pressure of a VCE with a pressure of a process chamber before reaction gas is injected into the process chamber, injecting the reaction gas into the process chamber, opening a partitioning door disposed between the VCE and the process chamber, and extracting from the VCE gas formed by a reaction between residual reaction gas on a wafer surface and gas in the VCE through an exhaust of the VCE.

Abstract: A semiconductor apparatus includes a reaction chamber, a vacuum cassette elevator having an exhaust, a door, an air-extracting device and a control device. Controlled by the controlled devices, the air-extracting device coupled to the exhaust can extract from the vacuum cassette elevator gas formed by residual reaction gas on the wafer reacting with the air in the vacuum cassette elevator.

Abstract: A combination process of vacuum sputtering and wet coating produces a high conductivity and light attenuation anti-reflection coating on a substrate of a CRT surface. The coating includes five layers by vacuum sputtering and one layer on top of the coating by conventional wet process. The layers produced by vacuum sputtering provides high anti-reflection, low resistivity, and light-attenuation effect. The layer produced by wet process provides fingerprint proof effect.

Abstract: An anti-reflection with high conductivity and transmission controlled multi-layer coating for Flat CRT products is provided which includes five layers coating by vacuum sputtering and one layer coating by conventional wet process. The first layer is formed by an oxide material. The second layer is arranged on an underlying first layer and is formed by a metal. The third layer is arranged on an underlying second layer and is coated by vacuum sputtering. The third layer provides high conductivity thin film with resistance as low as 102 &OHgr;/square. The fourth layer is arranged on an underlying third layer and is formed by an oxide material. The fifth layer is formed by an oxide material. The fourth layer and fifth layer are coated by vacuum sputtering. The sixth layer is deposited on the top surface and is formed by a wet silica coating process.

Abstract: An anti-reflection with high conductivity and transmission controlled multi-layer coating for Flat CRT products is provided which includes five layers coating by vacuum sputtering and one layer coating by conventional wet process. The first layer is formed by an oxide material. The second layer is arranged on an underlying first layer and is formed by a metal. The third layer is arranged on an underlying second layer and is coated by vacuum sputtering. The third layer provides high conductivity thin film with resistance as low as 102 &OHgr;/square. The fourth layer is arranged on an underlying third layer and is formed by an oxide material. The fifth layer is formed by an oxide material. The fourth layer and fifth layer are coated by vacuum sputtering. The sixth layer is deposited on the top surface and is formed by a wet silica coating process.

Abstract: A method for manufacturing molded products of polyethylene terephthalate by injection molding a material containing polyethylene terephthalate as the principal component characterized by using virgin and/or waste polyethylene terephthalate of average molecular weight of more than 10000 to which polymer such as nylon and/or inorganic fillers can be added as required, and molding said material under the following molding conditions by a general type or vent type molding machine:(a) Control of a temperature of a cylinder of the molding machine in the range of melting temperature of resin plus/minus 35.degree. C., and(b) Control of the staying hour of resin in the cylinder to be within 15 minutes.