Abstract: A polymer containing a structural unit including an aromatic hydroxy group bonded to a main chain, where the aromatic hydroxy group is protected by an acid-labile group represented by the following formula (ALU-1) and is deprotected by action of an acid to become alkali-soluble. This provides: a polymer that makes it possible to form a resist film with which it is possible to form a pattern having extremely high isolated space resolution, small LER, and excellent rectangularity, effects of development loading and residue defects being suppressed, and the pattern having etching resistance and suppressed pattern collapse in the produced resist pattern; a chemically amplified positive resist composition containing the polymer; a resist patterning process using the chemically amplified positive resist composition; and a mask blank including the chemically amplified positive resist composition.

Abstract: A chemically amplified positive resist composition is provided comprising a polymer comprising units containing a phenolic hydroxy group and units containing a phenolic hydroxy group protected with an acid labile group, in which a carbon atom neighboring the carbon atom to which the phenolic hydroxy group protected with an acid labile group is attached is substituted with a specific group. A resist pattern with a high resolution, reduced LER, rectangularity, minimized influence of develop loading, and few development residue defects can be formed.

Abstract: A chemically amplified positive resist composition comprising (A) a base polymer, (B) a photoacid generator, and (C) a quencher is provided. The base polymer (A) contains a polymer comprising phenolic hydroxy group-containing units, aromatic ring-containing units, and units containing a phenolic hydroxy group protected with an acid labile group. The photoacid generator (B) and the quencher (C) are present in a weight ratio (B)/(C) of less than 3/1. The resist composition exhibits a very high isolated-space resolution and forms a pattern with reduced LER, rectangularity, minimized influences of develop loading and residue defects.

Abstract: A system is provided for displaying data. The system comprises a managing device. The managing device is configured to receive user input specifying lesson data. The managing device is further configured to transmit a display command to display teaching data corresponding to the lesson data, the display command including the lesson data. The system further comprises a plurality of study devices. The study devices comprise a receiving component configured to receive, from the managing device, the display command. The study devices further comprise a teaching component configured to display, in response to the display command, the teaching data on a teaching screen. The study devices still further comprise a notebook component. The notebook component is configured to receive notebook data. The notebook component is further configured to display, on a notebook screen, the notebook data.

Abstract: A system is provided for displaying data. The system comprises a managing device. The managing device is configured to receive user input specifying lesson data. The managing device is further configured to transmit a display command to display teaching data corresponding to the lesson data, the display command including the lesson data. The system further comprises a plurality of study devices. The study devices comprise a receiving component configured to receive, from the managing device, the display command. The study devices further comprise a teaching component configured to display, in response to the display command, the teaching data on a teaching screen. The study devices still further comprise a notebook component. The notebook component is configured to receive notebook data. The notebook component is further configured to display, on a notebook screen, the notebook data.

Abstract: A molding attaching clip 30 includes a fixed portion 31 to be fixed in a groove 15 of a roof panel 10, a pair of elastically deformable wall portions 32 which are erected from the fixed portion 31, a pair of engaging portions 33 which are provided on the pair of wall portions 32, and an elastically deformable guide portion 36 which is projected from the fixed portion 31. A roof molding 20 includes a head portion 21 for covering the groove 15, and a projected portion 27 which is protruded from a back face of the head portion 21. The projected portion has a pair of locking portions 24 which are provided on both side faces thereof, and a receiving groove 26 which is formed in the projected portion 27. On occasion of engaging the roof molding 20 with the molding attaching clip 30, the roof molding 20 is positioned so that the pair of locking portions 24 can be engaged with the pair of engaging portions 33, by butting the receiving groove 26 against the guide portion 36.

Abstract: A molding attaching clip 30 includes a fixed portion 31 to be fixed in a groove 15 of a roof panel 10, a pair of elastically deformable wall portions 32 which are erected from the fixed portion 31, a pair of engaging portions 33 which are provided on the pair of wall portions 32, and an elastically deformable guide portion 36 which is projected from the fixed portion 31. A roof molding 20 includes a head portion 21 for covering the groove 15, and a projected portion 27 which is protruded from a back face of the head portion 21. The projected portion has a pair of locking portions 24 which are provided on both side faces thereof, and a receiving groove 26 which is formed in the projected portion 27. On occasion of engaging the roof molding 20 with the molding attaching clip 30, the roof molding 20 is positioned so that the pair of locking portions 24 can be engaged with the pair of engaging portions 33, by butting the receiving groove 26 against the guide portion 36.

Abstract: A door assembly for vehicles includes a space defined between a door inner panel and a door trimming, in which a door locking device for holding a vehicle door on a vehicle body is accommodated so as to be secured on the door inner panel. A key cylinder and a connecting rod for a door outside handle are arranged between a door outer panel and the door inner panel, and a locking lever and an opening lever of the door locking device are placed in the space connected to the key cylinder and the connecting rod.

Abstract: A synchronization control device and a synchronization control method are provided in which it includes controllers Am and As1 of a master section and a slave section for accurately synchronizing rotational frequency and rotation phases of driving electric motors Mm and Ms1. The controller As1 includes rotational frequency detectors Ss1, Fs1, a master phase counter Cm1, and a slave phase counter Cs1, and detects at all times both of a rotational frequency and a rotation phase of the electric motors Mm of the master based upon an output of the rotary encoder Pm, and further detects at all times both of a rotational frequency and a rotation phase of the electric motor Ms1 of the slave.

Abstract: A door assemble for vehicles includes a space defined between a door inner panel and a door trimming, in which a door locking device for holding a vehicle door on a vehicle body is accommodated so as to be secured on the door inner panel.

Abstract: A vehicle door assembly includes a door inner panel having a hinge attachment portion on which is to be mounted a pair of door hinge devices and a lock attachment portion on which is to be mounted a door lock device. A base panel has four arm portions that connect the base panel to the door inner panel. The four arm portions include first and a second arm portions fixed to the hinge attachment portion of the door inner panel, and a third arm portion attached to the lock attachment portion of the door inner panel.

Abstract: A front portion structure of an automobile vehicle body having front side members disposed in right and left side portions of a vehicle body and extending in the longitudinal direction and an instrument panel reinforcement disposed between right and left front pillars and extending in the lateral direction. Pillar braces are connected to the front side members in the right and left side portions and the instrument panel reinforcement.

Abstract: A mounting jig for positioning and adhering respective temporarily-retaining clips of a clip set for a window glass at a peripheral edge portion of the window glass includes a body, two nippers positioned at an end portion of the body which nip a pair of strut members of the clip set, and a positioner provided for each nipper which abuts an edge of the window glass to position the nippers at the peripheral edge portion of the window glass.

Abstract: A temporarily-retaining clip set for a window glass includes two temporarily-retaining clips for a window glass, each temporarily-retaining clip for a window glass having a base plate, a first surface of the base plate being adhered to a peripheral edge portion of a window glass, and elastic supporting bodies extending from a second surface of the base plate which is opposite the first surface, the elastic supporting bodies engaging a mounting flange provided at an edge portion of an opening portion in which the window glass is mounted; and strut members connecting the second surfaces of the base plates of the two temporarily-retaining clips such that the second surfaces face each other with a predetermined gap being formed therebetween, the strut members enabling cancellation of connection of the base plates. Accordingly, the two temporarily-retaining clips are nipped by a mounting jig via the strut members, and are adhered to the window glass in succession.

Abstract: A molding includes a molding body and a weir member. The weir member is longitudinary fitted along the molding body corresponding to a front pillar of the automobile body and to an arcuate body portion interconnecting the front pillar and a roof panel of the automobile body. The molding body and weir member have a pin and a pin insertion hole so that the weir member is retained on a desired position on the molding body when the molding is installed to the automobile body.

Abstract: A synchronization control device and a synchronization control method are provided in which it includes controllers Am and As1 of a master section and a slave section for accurately synchronizing rotational frequency and rotation phases of driving electric motors Mm and Ms1. The controller As1 includes rotational frequency detectors Ss1, Fs1, a master phase counter Cm1, and a slave phase counter Cs1, and detects at all times both of a rotational frequency and a rotation phase of the electric motors Mm of the master based upon an output of the rotary encoder Pm, and further detects at all times both of a rotational frequency and a rotation phase of the electric motor Ms1 of the slave.