Abstract: The described embodiments concern one or more methods, systems, apparatuses, and computer readable mediums storing processor-executable process steps to authenticate mobile subscribers for using a foreign application when they are outside of their home telecom carrier's mobile network zone (“foreign zone”). A mobile subscriber can be authenticated through data roaming service, voice roaming service, and/or WiFi service. After cross network authentication, a mobile subscriber can use the foreign application to provide the same or similar services in a foreign zone, such as foreign country, through the home services in connection with the subscriber's home telecom carrier in a similar manner like he/she can use in his/her home zone, such as home country.

Abstract: The described embodiments concern one or more methods, systems, apparatuses, and computer readable mediums storing processor-executable process steps to authenticate mobile subscribers for using a foreign application when they are outside of their home telecom carrier's mobile network zone (“foreign zone”). A mobile subscriber can be authenticated through data roaming service, voice roaming service, and/or WiFi service. After cross network authentication, a mobile subscriber can use the foreign application to provide the same or similar services in a foreign zone, such as foreign country, through the home services in connection with the subscriber's home telecom carrier in a similar manner like he/she can use in his/her home zone, such as home country.

Abstract: Provided is a method of treating a wafer in the state where the wafer is fixed on a support plate with an adhesive composition. Although the wafer is treated by a chemical, heating, or exothermic treatment, the method achieves sufficient adhesiveness during the step of treating a surface of the wafer and allows detachment of the support plate from the wafer without damaging the wafer or leaving the adhesive on the wafer after the wafer treating step. The method of treating a wafer of the present invention includes the steps of: fixing a wafer on a support plate via an adhesive composition containing a curable adhesive component to be crosslinked and cured by light irradiation or heating; crosslinking and curing the curable adhesive component by light irradiation or heating of the adhesive composition; treating a surface of the wafer fixed on the support plate by a chemical, heating, or exothermic treatment; and detaching the support plate from the treated wafer.

Abstract: According to one embodiment, a solar cell module includes: a casing including a wall; a box made of a resin and attached to the casing, the box including a terminal accommodating part; a cable configured to connect an external part, an end part of the cable introduced to the box; and a terminal fitting, accommodated in the terminal accommodating part, the terminal fitting connected to the cable and an output conductor, wherein: the wall is formed with a first opening for attaching the box from an outer surface side; the terminal accommodating part is formed with a second opening at a position opposed to the wall; and the second opening faces an inner part of the casing through the first opening when the box is attached to the casing.

Abstract: To provide an electrical junction box equipped with a bracket having a new structure that can stably and strongly secure the electrical junction box to a vehicle body to exert sufficient strength against an external force applied by bolt-fastening of a terminal hardware in an external wiring. A separate bracket attaches an electrical junction box main body to a vehicle body side support member. The separate bracket is provided with latch portions. Fixing positions between the latch portions and the electrical junction box main body are set on both sides of bolt connecting sections along the vehicle body side support member.

Abstract: Provided is a method of treating a wafer in the state where the wafer is fixed on a support plate with an adhesive composition. Although the wafer is treated by a chemical, heating, or exothermic treatment, the method achieves sufficient adhesiveness during the step of treating a surface of the wafer and allows detachment of the support plate from the wafer without damaging the wafer or leaving the adhesive on the wafer after the wafer treating step. The method of treating a wafer of the present invention includes the steps of: fixing a wafer on a support plate via an adhesive composition containing a curable adhesive component to be crosslinked and cured by light irradiation or heating; crosslinking and curing the curable adhesive component by light irradiation or heating of the adhesive composition; treating a surface of the wafer fixed on the support plate by a chemical, heating, or exothermic treatment; and detaching the support plate from the treated wafer.

Abstract: According to one embodiment, a solar cell module includes: a casing including a wall; a box made of a resin and attached to the casing, the box including a terminal accommodating part; a cable configured to connect an external part, an end part of the cable introduced to the box; and a terminal fitting, accommodated in the terminal accommodating part, the terminal fitting connected to the cable and an output conductor, wherein: the wall is formed with a first opening for attaching the box from an outer surface side; the terminal accommodating part is formed with a second opening at a position opposed to the wall; and the second opening faces an inner part of the casing through the first opening when the box is attached to the casing.

Abstract: A terminal (20) formed of an electrically conductive plate member is accommodated into a box (11). The terminal (20) includes a cable connecting portion (26) to be connected to a cable (80) and a cell-side connecting portion (27) located at an extending leading end portion (32) extending from the cable connecting portion (26), located outside the box (11) and insertable into a housing (91) through an opening (98) formed in the housing (91) to be connected to an electrode of solar cells (95) in the housing (91).

Abstract: The present invention aims to provide an adhesive composition which has high initial adhesion and can strongly fix an adherend, while can be peeled off easily by light irradiation even after undergoing a high-temperature process at 200° C. or higher. The present invention also aims to provide an adhesive tape produced from the adhesive composition, and wafer treatment method using the adhesive composition. The present invention provides an adhesive composition including an adhesive component, a photoinitiator, and a silicone compound containing a functional group that is crosslinkable with the adhesive component.

Abstract: A new electrical junction box in which even if a plurality of bolts are connected to external electrical cables, an external electrical power supply cable from a jump starter can be surely connected to a target connecting bolt, thereby avoiding a problem of an error in coupling by a simple structure. A coupling error check wall is provided around an alternator connecting bolt. An alligator clip for jump starting is prevented to be connected to the alternator connecting bolt. The alligator clip for jump starting is permitted to be connected to a battery connecting bolt.

Abstract: An electrical junction box having a in which a plurality of connecting bolts are juxtaposed on a bolt support section and that exerts excellent strength to realize a reinforcing structure without interfering with mounting of a connecting plate onto the connecting bolts. Inserting slits are provided in a peripheral wall and a proximal end of a partition wall. A connecting plate is previously disposed through the slits on one surface of a bolt support section. A plurality of connecting bolts are attached to the bolt support section so that the bolt support section bridges the plural connecting bolts.

Abstract: A stud bolt assembly can couple two electrical conductive members to each other with stability and reliability in connection while avoiding breakage and deformation of the members upon coupling them to each other and an electrical junction box equipped with the stud bolt assembly. Electrical conductive member 24a and a connecting terminal 90 are mounted on a shaft portion 44 of a stud bolt 36. The electrical conductive member 24a is secured to the connecting terminal 90 by fastening a nut 96 on the shaft portion 44. The stud bolt 36 is displaced in a bolt cover 38 in an axial direction. The electrical conductive member 24a and connecting terminal 90 mounted on the shaft portion 44 are firmly and directly fastened between the nut 96 and a distal end surface 50 of a proximal end side projection 48 of the stud bolt 36.

Abstract: To provide an electrical junction box equipped with a bracket having a new structure that can stably and strongly secure the electrical junction box to a vehicle body to exert sufficient strength against an external force applied by bolt-fastening of a terminal hardware in an external wiring. A separate bracket attaches an electrical junction box main body to a vehicle body side support member. The separate bracket is provided with latch portions. Fixing positions between the latch portions and the electrical junction box main body are set on both sides of bolt connecting sections along the vehicle body side support member.

Abstract: An electrical junction box having a in which a plurality of connecting bolts are juxtaposed on a bolt support section and that exerts excellent strength to realize a reinforcing structure without interfering with mounting of a connecting plate onto the connecting bolts. Inserting slits are provided in a peripheral wall and a proximal end of a partition wall. A connecting plate is previously disposed through the slits on one surface of a bolt support section. A plurality of connecting bolts are attached to the bolt support section so that the bolt support section bridges the plural connecting bolts.

Abstract: A new electrical junction box in which even if a plurality of bolts are connected to external electrical cables, an external electrical power supply cable from a jump starter can be surely connected to a target connecting bolt, thereby avoiding a problem of an error in coupling by a simple structure. A coupling error check wall is provided around an alternator connecting bolt. An alligator clip for jump starting is prevented to be connected to the alternator connecting bolt. The alligator clip for jump starting is permitted to be connected to a battery connecting bolt.

Abstract: A stud bolt assembly can couple two electrical conductive members to each other with stability and reliability in connection while avoiding breakage and deformation of the members upon coupling them to each other and an electrical junction box equipped with the stud bolt assembly. Electrical conductive member 24a and a connecting terminal 90 are mounted on a shaft portion 44 of a stud bolt 36. The electrical conductive member 24a is secured to the connecting terminal 90 by fastening a nut 96 on the shaft portion 44. The stud bolt 36 is displaced in a bolt cover 38 in an axial direction. The electrical conductive member 24a and connecting terminal 90 mounted on the shaft portion 44 are firmly and directly fastened between the nut 96 and a distal end surface 50 of a proximal end side projection 48 of the stud bolt 36.

Abstract: It is an object of the invention to provide a novel ?-conjugated polymer compound capable of expecting an application as a functional material having a solubility, a heat resistance, an electrochemical activity and a fluorescence, and a method for producing the same. A dihalide is represented by the following formula: (wherein R1 represents a halogen, R2 represents an alkyl group or a silyl group having a substituent, and R3 represents a hydrogen or an alkyl group).

Abstract: An electrical junction box including a casing assembly including an upper casing and a lower casing, a laminated body contained in the casing assembly and layering bus bars and insulation plates alternately, and an electrical current sensor attached to a predetermined bus bar. The predetermined bus bar out of the bus bars is divided into a first bus bar member that passes a through-hole in the electrical current sensor and a second bus bar member to be connected to the first bus bar member by a bolt B and a nut N after the first bus bar member passes the through-hole. A nut-receiving recess for the nut N is provided on a bottom side of the lowermost insulation plate of the laminated body. The lower casing is provided with an attachment hole for the bolt. The bolt passes upward through the attachment hole and passes connecting portions of the first and second bus bars and is fastened and secured to the connecting portions by the nut.

Abstract: A spare fuse containing section includes side walls which each include a pair of pinch pieces. The pair of pinch pieces on the side walls clamp an input terminal and output terminal of a low-height fuse. A stopper portion 25 having an H-shaped cross section may project from a bottom wall of the spare fuse containing section. The side walls 21 may also be provided with protrusions that engage stepped portions on a fuse body.

Abstract: It is an object of the invention to provide a novel ?-conjugated polymer compound capable of expecting an application as a functional material having a solubility, a heat resistance, an electrochemical activity and a fluorescence, and a method for producing the same. A dihalide is represented by the following formula: (wherein R1 represents a halogen, R2 represents an alkyl group or a silyl group having a substituent, and R3 represents a hydrogen or an alkyl group).