Abstract: An apparatus includes a holding mechanism that holds a substrate, a material container where a film-forming material is gasified, a release port for releasing the gasified film-forming material toward the substrate; a material container heating unit for heating the material container, a transport pipe that is detachably linked to the material container by a linking portion and serves to transport the gasified film-forming material from the material container to the release port, a transport pipe heating unit for heating a remaining zone of the transport pipe other than a portion in a vicinity of the linking portion, and a linking portion heating unit that is disposed independently from the transport pipe heating unit and serves for heating the portion of the transport pipe in the vicinity of the linking portion.

Abstract: In a vapor deposition method of forming a film of an organic compound on a substrate, a material containing portion filled with a vapor deposition material is heated, to thereby evaporate or sublimate the vapor deposition material and discharge the vapor deposition material to a film formation space of a vacuum chamber through a plurality of pipings connected to the material containing portion, and a piping having a smaller conductance among the pipings having different conductances is provided with a flow rate adjusting mechanism for controlling an amount of the vapor deposition material released into the vacuum chamber, whereby a film formation speed can be adjusted finely.

Abstract: An order placement and acceptance system includes a first data processing device for sending a design data for processing and manufacture of a predetermined item, a second data processing device for obtaining the design data sent from the first data processing device and for sending at least a part of the design data, and a third data processing device for obtaining at least the part of the design data sent from the second data processing device.

Abstract: In a structure for attaching a pillar garnish according to the present invention, the structure includes: a reference attaching portion; a plurality of first movable attaching portions provided on a door side in a widthwise direction of the pillar garnish; and a plurality of second movable attaching portions provided on an widthwise outer side away from the door. Each of the first movable attaching portions allows only the thermal expansion and contraction of the pillar garnish in its longitudinal direction, while each of the second movable attaching portions allows the thermal expansion and contraction of the pillar garnish in its widthwise and longitudinal directions. In addition, since the arrangement provided is such that, at the second movable attaching portions, the pillar garnish is attached in such a manner as to urge the pillar garnish toward a widthwise reference position.

Abstract: An order placement and acceptance system includes a first data processing device for sending a design data for processing and manufacture of a predetermined item, a second data processing device for obtaining the design data sent from the first data processing device and for sending at least a part of the design data, and a third data processing device for obtaining at least the part of the design data sent from the second data processing device.

Abstract: A cleaning member comprising an ether series polyurethane rubber elastic body, the curing agent component of said ether series polyurethane rubber elastic body essentially consisting of a bifunctional component, or in addition, said ether series polyurethane rubber elastic body further containing a water repellency-adding material having an active group capable of chemically bonding to said polyurethane rubber.

Abstract: A memory stores a vehicle identifier code which enables identification of a vehicle carrying the same type of electronic control unit (ECU) correspondingly to an ECU identification code (ECU-ID) and display means for displaying the vehicle identifier code is displayed on the basis of the ECU-ID provided by an ECU, and a predetermined fault diagnostic program corresponding to the vehicle identifier code is selected and initiated in response to the input of a verification signal of the displayed vehicle identifier code. When a plurality of faulty parts of a vehicle are detected, a priority table is referred to and fault codes corresponding to the plurality of faulty parts are displayed with priority. The necessary specific work procedure is sequentially displayed according to the selected diagnostic program.