Abstract: A substrate storage container is disclosed that includes: a container body that stores semiconductor wafers W being supported by pairs of left and right supporting pieces; a removable door that opens and closes an open front of container body; and interface portions that are provided in the container body and the door and are connected to a load port apparatus of processing equipment. The door is positioned and connected to the load port apparatus when the open front of container body is opened and closed by the door. The container body, its paired supporting pieces, the door and the interface portions are all formed of conductive materials so that their surface resistance values are specified to fall within the range of 103 to 1012?, to thereby inhibit adherence of particles to these due to electrification of static electricity.

Abstract: A substrate container includes: a container main body including an opening and containing a substrate; a lid body closing the opening; and a pair of handles provided on a pair of opposing side walls of the container main body, and the handle is secured to an edge portion of the side wall.

Abstract: A substrate container includes: a container main body including an opening and containing a substrate; a lid body closing the opening; and a pair of handles provided on a pair of opposing side walls of the container main body, and the handle is secured to an edge portion of the side wall.

Abstract: A fit-holding groove is formed by notching the outer periphery of a door element to be fitted to close a container body. A sealing element interposed between the container body and door element is composed of an endless portion to be fitted into the fit-holding groove, a protruding part projected from the peripheral corner of the endless portion, obliquely and outwardly with respect to the open front of the container body, forming a substantially acute angle between itself and the contact surface of the open front of the container body and a pair of fitting ribs projectively formed on the obverse surface of the endless portion so as to be fitted in contact with the compartmentalized inner wall of the fit-holding portion.

Abstract: A fit-holding groove is formed by notching the outer periphery of a door element to be fitted to close a container body. A sealing element interposed between the container body and door element is composed of an endless portion to be fitted into the fit-holding groove, a protruding part projected from the peripheral corner of the endless portion, obliquely and outwardly with respect to the open front of the container body, forming a substantially acute angle between itself and the contact surface of the open front of the container body and a pair of fitting ribs projectively formed on the obverse surface of the endless portion so as to be fitted in contact with the compartmentalized inner wall of the fit-holding portion.

Abstract: Disclosed is a container box for storage and transportation of wafer materials or other precision substrate plates in the electronic industries as well as for automatic loading of the wafer materials on a wafer-processing machine. Several accessory parts can be mounted on the container box as selected according to the usage conditions of the container box so as to accomplish improvements in the weight decrease, handleableness and storage. The wafer container box consists of a box body having a front opening and a covering thereon and comprises an upper mounting means provided on the top wall of the box body for supporting a robotic flange, a lower side mounting means provided on the outer surface of each of the side walls of the box body for supporting a side rail, and a side mounting means provided on the outer surface of each of the oppositely facing side walls of the box body for supporting a manual handle, each in a demountable fashion.

Abstract: Disclosed is a container box for storage and transportation of wafer materials or other precision substrate plates in the electronic industries as well as for automatic loading of the wafer materials on a wafer-processing machine. Several accessoty parts can be mounted on the container box as selected according to the usage conditions of the container box so as to accomplish improvements in the weight decrease, handleableness and storage. The wafer container box consists of a box body having a front opening and a covering thereon and comprises an upper mounting means provided on the top wall of the box body for supporting a robotic flange, a lower side mounting means provided on the outer surface of each of the side walls of the box body for supporting a side rail, and a side mounting means provided on the outer surface of each of the oppositely facing side walls of the box body for supporting a manual handle, each in a demountable fashion.

Abstract: Disclosed is a container box for storage and transportation of wafer materials or other precision substrate plates in the electronic industries as well as for automatic loading of the wafer materials on a wafer-processing machine. Several accessory parts can be mounted on the container box as selected according to the usage conditions of the container box so as to accomplish improvements in the weight decrease, handleableness and storage. The wafer container box consists of a box body having a front opening and a covering thereon and comprises an upper mounting means provided on the top wall of the box body for supporting a robotic flange, a lower side mounting means provided on the outer surface of each of the side walls of the box body for supporting a side rail, and a side mounting means provided on the outer surface of each of the oppositely facing side walls of the box body for supporting a manual handle, each in a demountable fashion.

Abstract: A storage container for multiple wafers in alignment in its pod, includes: a hollow door element which opens and hermetically closes the open front of the pod; and a guide arrangement for guiding and positioning the door element into the open front when the door element is closed. This guide arrangement is configured of a first inclined guide portion, at least, formed in the underpart of the opening of the pod, gradually going outwards toward the distal end; and a second inclined guide portion, at least, formed in the underpart of the periphery of the door element, gradually going outwards from the inner side to the outer side and coming in contact with the first inclined guide portion when the door element is closed.

Abstract: A wristwatch having a sound-emitting device or alarm therein includes a watch case, a cover glass and a case back. The sound-emitting device is mounted in the watch case from the back side in a mounting opening formed in the watch case. The watch case is formed with a sound-emitting aperture on the top surface over at least a portion of the mounting opening of smaller size than the mounting opening.

Abstract: A digital watch case which includes a cylindrical watch barrel, glass cover, glass sealing means and parting plate mounted from the upper end of the barrel, and a back cover mounted from the opposite end. The watch case is characterized in that the thickness of the watch shell is reduced by providing a receiving surface on a flange of the barrel which extends inside the outer surface of the glass cover. The parting plate supports the glass cover and covers the watch body except for the display area. The back cover is secured to the watch shell by a radial spring means attached to the watch back. Packing means are supported on the back cover to engage compressively with the under horizontal surface of the flange and the back cover.

Abstract: A waterproof watch case construction depends on gaskets alone for waterproofing and is free of cement. The construction is such that a broken crystal can be readily replaced, and the watch case itself can be of any shape, including square, ovoid and hexagonal, as well as circular. The watch crystal is located positively by means of a bezel and a ring which compress a gasket both axially and radially against the watch crystal.

Abstract: A watch case in which a bezel of a crystal and a case band are removably secured together by engagement of a plate spring secured to the bezel with an inclined surface of the case band. A waterproof relation can be obtained between the bezel and the case band by providing a gasket between the bezel and the case band. The plate opening has one portion secured in a recess of the bezel and a bent portion engaging the inclined surface.

Abstract: A water-tight watch case construction is provided which includes a case body, a crystal mounted in one end of the case body, and a back cover connected to the other end thereof. The crystal is provided with a beveled top edge and a vertical surface between the top and under surfaces thereof. The portion of the case body adjacent the vertical surface of the crystal is recessed for thereby defining a gasket seat and a peripheral flange overlying the beveled edge of the crystal. A gasket is mounted in the gasket seat and the vertical edge of the crystal is compressively engaged therewith. Underlying the crystal is a supporting flange releasably mounted in the case body for supporting the crystal along a marginal portion of the underside surface thereof. Releasably securing the supporting flange in position is a supporting frame connected to the dial assembly of the watch which is provided with an elbow abutting a relief provided on the back cover of the watch.

Abstract: An improved water-tight mounting for a timepiece comprising an annular crystal having a chamfered surface on the exterior edge thereof, a bezel including a stepped crystal support engaging the chamfered surface of the crystal and an interior annular groove corresponding to the vertical edge of the crystal, a gasket in the annular groove abutting the vertical edge of the crystal, a crystal bearing ring supported between the gasket and a bearing surface provided in the timepiece case body, the ring being located interiorly in the mounting relative to the bezel and another gasket between the case body and bezel for providing a water-tight seal therebetween.