摘要:
The present invention discloses a pod which includes a lower cover member, an upper cover member and a guiding locking piece. The guiding locking piece deployed on one side of the upper cover member of pod, the overall structure of which is formed by a flat base linking to a first slope that links to a second slope, two openings deployed on two side areas of the overall structure, and an upper locking piece and a lower locking piece deployed in each of two openings. When the mask is placed into the lower cover member of pod and is covered by the upper cover member, the mask is pushed to certain position and supported and locked by the upper locking piece and the lower locking piece.
摘要:
A pellicle frame for pellicle for use with a photomask in a wafer lithographic processing process is disclosed to have the frame body made of a material containing silver that absorbs sulfide released from other materials of the pellicle, preventing formation of crystals on the mask pattern of the photomask after exposure. In an alternate form, the pellicle frame is made of aluminum alloy, ceramics, or stainless steel, and then coated with a layer of silver and a black coating of polymer, for example, Teflon, PEEK (Polyaryletherketone) or PFA (Perfluoroalkoxy).
摘要:
An airtight semiconductor transferring container is disclosed to included a container base, an elastically deformable packing member covered on the top surface of the container base, and a top cover closed on the container base, the top cover having an outer cover body, and an elastically deformable inner lining shell fitted into the outer cover body, the elastically deformable inner lining shell having a downwardly protruding peripheral flange, which is pressed on the border area of the elastically deformable packing member to keep the inside space of the airtight semiconductor transferring container in an airtight status after closing of the top cover on the container base.
摘要:
A wafer holding device for a wafer pod is disclosed. The disclosed wafer holding device includes a support frame mounted on one side of the housing of the wafer pod, an actuating frame, two rotating arms and two wafer retainers. When the housing and the base of a wafer pod are assembled, the actuating frame moves and forces the wafer retainers to rotate in a direction perpendicular to the edge surface of the wafers.
摘要:
The present invention discloses a guiding locking piece deployed on one side of the body of pod, the overall structure of which is formed by a flat base linking to a first slope that links to a second slope, two first openings deployed on two side areas of the overall structure, and an upper locking piece and a lower locking piece deployed in each of said first openings, and at least a leading track further set up near the central area of the overall structure. When the mask is placed in pod, the mask is pushed to certain position and supported and locked by the upper locking piece and the lower locking piece.
摘要:
The present invention discloses a pod which includes a lower cover member, an upper cover member and a guiding locking piece. The a guiding locking piece deployed on one side of the upper cover member of pod, the overall structure of which is formed by a flat base linking to a first slope that links to a second slope, two openings deployed on two side areas of the overall structure, and an upper locking piece and a lower locking piece deployed in each of two openings. When the mask is placed into the lower cover member of pod and is covered by the upper cover member, the mask is pushed to certain position and supported and locked by the upper locking piece and the lower locking piece.
摘要:
A wafer holding device for a wafer pod is disclosed. The disclosed wafer holding device includes a support frame mounted on one side of the housing of the wafer pod, an actuating frame, two rotating arms and two wafer retainers. When the housing and the base of a wafer pod are assembled, the actuating frame moves and forces the wafer retainers to rotate in a direction perpendicular to the edge surface of the wafers.
摘要:
A method and system for enabling an auxiliary system, such as a SideShow device, to support enhanced features is provided. Specifically, one embodiment of the present invention sets forth a method, which includes the steps of emulating a physical communication channel to establish a virtual communication channel, encapsulating data associated with a first function defined by a first Application Programming Interface (API) and utilized to implement an enhanced feature, and sending the encapsulated data through the virtual communication channel for an embedded operation system (OS) to manage hardware resources of the auxiliary system to perform the enhanced feature.
摘要:
An airtight semiconductor transferring container is disclosed to included a container base, an elastically deformable packing member covered on the top surface of the container base, and a top cover closed on the container base, the top cover having an outer cover body, and an elastically deformable inner lining shell fitted into the outer cover body, the elastically deformable inner lining shell having a downwardly protruding peripheral flange, which is pressed on the border area of the elastically deformable packing member to keep the inside space of the airtight semiconductor transferring container in an airtight status after closing of the top cover on the container base.
摘要:
A reticle carrier is disclosed in the invention, which may be combined with an inflator. The reticle carrier comprises a lid and a base; a combination of the lid and the base forms an internal space for receiving at least a reticle. The base includes a body having a plurality of through holes; each of the through holes has an inner-opening at one end and an outer opening at another end thereof; a plurality of tongues are disposed on the inner-opening of the through holes for elastically sealing the through holes. The inflator allows gases to fill into the reticle carrier via the through holes, so that the reticle carrier may be effectively cleaned by allowing gases to be filled into the reticle carrier, thus making the reticle carrier safer for storage.