Abstract: The present invention provides an integrated wiring member (46, 47, 48) for a solar cell module, including a first wiring member, a second wiring member, and an insulating and protecting film for insulating the first wiring member and the second wiring member from each other. Herein, the first wiring member and the second wiring member are integrated with each other through the insulating and protecting film.

Abstract: A solar cell module 1a is constituted from a main frame member 10a and a sub-frame member 20a that hold a solar cell panel 9. The main frame member 10a is constituted from a main outer wall 11, a main holding upper piece 12, a main holding lower piece 13, and a main bottom piece 16 and, also, the sub-frame member 20a is constituted from a sub-outer wall 21, a sub-holding upper piece 22, a sub-holding lower piece 23, a sub-base piece 24, a sub-inner wall 25, and a sub-bottom piece 26. Then, the main bottom piece 16 and the sub-bottom piece 26 are formed so as not to collide with each other, such that the projecting position heights of the pieces are different.

Abstract: A solar cell module (1a) is constituted such that a solar cell panel (9) is held using a main frame member (10) that holds one side of the solar cell panel (9) and a sub-frame member (20) that holds an adjoining side that adjoins this one side, the main frame member (10) is constituted from a solar cell panel main holding portion (11), a main wall portion (12), and a main bottom piece (16), the sub-frame member (20) is constituted from a solar cell panel sub-holding portion (21), a sub-wall portion (22), and a sub-bottom piece (26), the sub-bottom piece (26) of the sub-frame member (20) is positioned above the main bottom piece (16) of the main frame member (10), the lower surface near the side end of this sub-bottom piece (26) abuts against the upper surface near the side end of the main bottom piece (16), and a water barrier piece (28) bent upward is formed at the inner side edge of this sub-bottom piece (26).

Abstract: A wiring sheet in accordance with the present invention is a wiring sheet having wirings provided on an insulating base material for electrically connecting back surface electrode type solar cells each having first conductivity type electrodes and second conductivity type electrodes arranged on one surface of a semiconductor substrate, wherein a cell arrangement portion located at least one of both ends of cell arrangement portions aligned in a second direction on the insulating base material and a cell arrangement portion adjacent to that cell arrangement portion in a first direction are arranged such that a first conductivity type wiring in one cell arrangement portion and a second conductivity type wiring in the other cell arrangement portion are adjacent to each other in the first direction, and one of combinations of the wirings having different conductivity types is electrically connected between said one cell arrangement portion and said other cell arrangement portion.

Abstract: A solar cell module (1a) is constituted such that a solar cell panel (9) is held using a main frame member (10) that holds one side of the solar cell panel (9) and a sub-frame member (20) that holds an adjoining side that adjoins this one side, the main frame member (10) is constituted from a solar cell panel main holding portion (11), a main wall portion (12), and a main bottom piece (16), the sub-frame member (20) is constituted from a solar cell panel sub-holding portion (21), a sub-wall portion (22), and a sub-bottom piece (26), the sub-bottom piece (26) of the sub-frame member (20) is positioned above the main bottom piece (16) of the main frame member (10), the lower surface near the side end of this sub-bottom piece (26) abuts against the upper surface near the side end of the main bottom piece (16), and a water barrier piece (28) bent upward is formed at the inner side edge of this sub-bottom piece (26).

Abstract: There are provided a solar cell including a semiconductor substrate and a busbar electrode extending in a first direction and a finger electrode extending in a second direction on a first surface of the semiconductor substrate the finger electrode and the busbar electrode being electrically connected to each other, and a side portion of the busbar electrode being curved such that a width of the busbar electrode increases toward an end portion of the busbar electrode in a region near the end portion of the busbar electrode in the first direction a solar cell string, and a solar cell module.

Abstract: A solar cell module 1a is constituted from a main frame member 10a and a sub-frame member 20a that hold a solar cell panel 9. The main frame member 10a is constituted from a main outer wall 11, a main holding upper piece 12, a main holding lower piece 13, and a main bottom piece 16 and, also, the sub-frame member 20a is constituted from a sub-outer wall 21, a sub-holding upper piece 22, a sub-holding lower piece 23, a sub-base piece 24, a sub-inner wall 25, and a sub-bottom piece 26. Then, the main bottom piece 16 and the sub-bottom piece 26 are formed so as not to collide with each other, such that the projecting position heights of the pieces are different.

Abstract: The present invention provides an integrated wiring member (46, 47, 48) for a solar cell module, including a first wiring member, a second wiring member, and an insulating and protecting film for insulating the first wiring member and the second wiring member from each other. Herein, the first wiring member and the second wiring member are integrated with each other through the insulating and protecting film.

Abstract: An apparatus for controlling the pressure in a cargo tank 1 supplies BOG generated from liquefied natural gas stored in the cargo tank 1 to a burning system 6 through a compressor. In this apparatus, a reliquefaction plant 5 is disposed on the downstream side of first and second compressors 3 and 4 and on the upstream side of the cargo tank 1 so that BOG discharged from the second compressor 4 is liquefied by the reliquefaction plant 5 and the liquefied fluid is returned again into the cargo tank 1.

Abstract: A method of fabricating a semiconductor device capable of increasing the selectivity of a low dielectric constant insulator film to an etching mask layer such as an etching stopper film without increasing the thickness of the etching mask layer is obtained. This method of fabricating a semiconductor device comprises steps of forming a first insulator film including a polymer film containing C and H, forming a first etching mask layer containing Si on a prescribed region of the first insulator film and plasma-etching the first insulator film with etching gas containing nitrogen and monochromated ion energy having a narrow energy width through a mask of the first etching mask layer.

Abstract: In a liquid crystal display device that achieves display by using an active-matrix liquid crystal panel, for a predetermined time after the driving of the liquid crystal panel is stopped, a voltage is kept applied only to the opposing electrode through which all the liquid crystal layers constituting the liquid crystal panel are driven. This helps shorten the time required for the electric charge accumulated in the liquid crystal panel to be discharged and thereby prevent degradation of display quality and deterioration of the liquid crystal panel through simple control.

Abstract: A pressure control device of a cargo tank (1) for supplying the BOG of the stored liquefied natural gas producing inside the cargo tank to a incineration treating system (6) through compressors so as to control a pressure in the cargo tank (1), wherein a re-liquefying device (5) is disposed on the downstream side of the first and second compressors (3, 4), i.e.

Abstract: A method of fabricating a semiconductor device capable of increasing the selectivity of a low dielectric constant insulator film to an etching mask layer such as an etching stopper film without increasing the thickness of the etching mask layer is obtained.

Abstract: An interconnection pattern made of an aluminum alloy, such as Al—Cu, on a semiconductor IC, is dry etched in an etching gas containing a chlorine component. A photo resist stripping process is carried out at a location down stream of the etching process using a conventional stripping gas, such as CF4+02, at room temperature. Before the resist-stripped substrate is exposed to open air, the substrate is heated in a vacuum to a temperature above 100° C., to remove residual chlorine components.

Abstract: A center site on net is prepared to record every data requested by client to be recorded by electronic database system and, when the center site recorded these data, the center site issues any receipt to the client.

Abstract: In a liquid crystal display device that achieves display by using an active-matrix liquid crystal panel, for a predetermined time after the driving of the liquid crystal panel is stopped, a voltage is kept applied only to the opposing electrode through which all the liquid crystal layers constituting the liquid crystal panel are driven. This helps shorten the time required for the electric charge accumulated in the liquid crystal panel to be discharged and thereby prevent degradation of display quality and deterioration of the liquid crystal panel through simple control.

Abstract: An interconnection pattern made of aluminum alloy, such as Al-Cu, on a semiconductor IC, is dry etched in an etching gas containing a chlorine component. Residual chlorine components on the substrate are difficult to remove, thus causing corrosion problems with respect to the patterned aluminum alloy layer. Accordingly, to prevent such corrosion, a photo resist stripping process is carried out at a location down stream of the etching process using a conventional stripping gas, such as CF4+O2, at room temperature. Next, and before the resist-stripped substrate is exposed to open air, the substrate is heated in a vacuum to a temperature above 100° C., to thus remove residual chlorine components. In an alternative method, the heating process is carried out concurrently with the resist stripping process.

Abstract: Provided is a method for liquefying natural gas which can be applied to LNG plants of a wide range of capacity and can produce LNG both efficiently and economically. Feed gas of natural gas or a non-liquefied component of recycle gas which is produced during a process of liquefying natural gas is liquefied by using a first refrigerant, for instant consisting of a C3 refrigerant, and a second refrigerant which is different from the first refrigerant, for instance consisting of a C2 refrigerant, in a stepwise fashion. The flow is then liquefied by a substantially isentropic expansion process. The non-liquefied component remaining from this expansion process is then pressurized by a compressor, and combined with the non-liquefied component of the natural gas for recycling the combined flow. The compressor is driven by power obtained from the substantially isentropic expansion process.

Abstract: A matrix-type display device is a liquid crystal device having 240 vertical lines on a display screen, and is provided with a driving circuit which writes a signal simultaneously into two vertical lines in one in every three scanning lines of an EDTV2 signal, in which a number of scanning lines is 180 per field, when an image based on the EDTV2 signal is displayed on the display screen. As a result, a circuit having a complicated configuration is not required, and an image based on the EDTV2 signal can be displayed on the whole display screen of a liquid crystal module having 240 vertical lines without a non-image portion.

Abstract: A matrix type display device capable of receiving more than one video signal, which displays an image based on a first video signal with a smaller aspect ratio than an aspect ratio of a screen in width by inputting a second video signal in sync with a first video signal to at least a part of column drivers corresponding to a remaining portion on the screen where the image based on the first video signal is not displayed, so that the processing of the first and second video signals is started at the same time and carried out at the same timing. Consequently, the present matrix type display device can readily display a natural image based on an input video signal with a smaller aspect ratio than the that of the screen.