摘要:
The invention relates to a device (10) for applying a thin coat consisting of a fluid coating medium on the curved surface (12) of a screen of a cathode-ray tube (11). Said device comprises a rotary table (20) that can be driven rotationally. The rotary table also includes a location (30) for the object (11) to be coated to fix said object in such a way that it cannot rotate and a processing tank (50) surrounding the location (30) and the rotary table (20) that is locked to prevent turning. A first annular gap is provided between the spray ring (60) and the upper part (51) of the processing tank (50) while the location (30) is fitted with a suction cone (32). A second annular gap (37) is formed between said cone and an outer wall of the processing tank (50). An annealing chamber (36) is formed inside said second annular gap. A laminar flow (A) is directed towards the spray ring (60) or the upper part of the processing tank (50). The bottom (54) of the processing tank (50) is connected to a suction device (B).
摘要:
The invention relates to a device (10) for applying a thin coat consisting of a fluid coating medium on the curved surface (12) of a screen of a cathode-ray tube (11). Said device comprises a rotary table (20) that can be driven rotationally. The rotary table also includes a location (30) for the object (11) to be coated to fix said object in such a way that it cannot rotate and a processing tank (50) surrounding the location (30) and the rotary table (20) that is locked to prevent turning. A first annular gap is provided between the spray ring (60) and the upper part (51) of the processing tank (50) while the location (30) is fitted with a suction cone (32). A second annular gap (37) is formed between said cone and an outer wall of the processing tank (50). An annealing chamber (36) is formed inside said second annular gap. A laminar flow (A) is directed towards the spray ring (60) or the upper part of the processing tank (50). The bottom (54) of the processing tank (50) is connected to a suction device (B).
摘要:
The invention relates to a method for isolating and detaching thin, fragile, plate-like substrates (11). Said plate-like substrates (11) are cut from a substrate block (13), which is preferably mounted on a baseplate (12) by means of adhesive, are gripped at evenly distributed points on the free outer surface thereof (16) and are displaced in an oscillating manner, such that the plate-like substrates (11) are automatically and individually removed free of damage from the sawn substrate block and from the layer of adhesive.
摘要:
The invention relates to a device (10) for loading substrates (11) into and unloading them from a clean room (12), comprising a lock device (14) onto which a transport box (13) for receiving the substrates (11) can be placed and which is fitted with a hermetically sealing lock opening (46), and a process unit (16) adjacent to the lock opening (46). To allow for a valid adjustment of the lock device in relation to the process unit even when the lock device is exchanged, the invention provides for an adapter device (20) to be positioned between the process unit (16) and the lock device (14) to which the lock device (14) can be removably fixed and which is maintained at the level of the process unit (16) and can be adjustably aligned in relation to same.
摘要:
Un système de transfert de substrats dans une salle propre (100) comprend une boîte (1) de réception d'une cassette (101) qui contient les substrats (102) et un fond (2) qui ferme hermétiquement la boîte (1) et qui peut être verrouillé et déverrouillé sur la boîte (1) par un mécanisme de verrouillage. Le mécanisme de verrouillage comprend un disque de verrouillage en forme de C (15) monté pivotant dans le fond (2) de la boîte qui entraîne, de préférence au moyen de tiges de poussée (24a, 24b; 324a, 324b), des éléments de verrouillage (21a, 21b; 321a, 321b) qui s'engagent dans des fentes de verrouillage (11a, 11b) ménagées dans la boîte (1). Le disque de verrouillage en forme de C (25) comprend des passages (26a, 26b) dans lesquels s'engagent des axes de verrouillage (41a, 41b) d'un disque rotatif (43) monté dans un sas (4). Entraîné par un dispositif d'entraînement faisant partie du système, le disque rotatif (45) effectue un mouvement de pivotement qui déclenche le verrouillage et le déverrouillage du fond (2) sur la boîte (1). Un cadre de réception (3) permet de positionner la boîte (1) avec précision et un mécanisme de blocage bloque la boîte (1) dans le cadre de réception (3). Le mécanisme de blocage est mécaniquement couplé au disque rotatif (45), de sorte que lorsque le fond (2) est verrouillé dans la boîte (1) par pivotement du disque de verrouillage en forme de C (25), le blocage de la boîte (1) dans le cadre de réception (3) est annulé, alors que lorsque le fond (2) est déverrouillé de la boîte (1) par pivotement du disque rotatif (45), la boîte est bloquée dans le cadre de réception (3).