Abstract: The present invention provides: a catalyst which has high activity and enables the production of an olefin polymer that has a polar group; and a method for producing the polymer. A catalyst for olefin polymerization, which contains a metal complex represented by general formula (C1); and a method for producing an ethylene (co)polymer, wherein (1) ethylene is polymerized, (2) ethylene and an olefin having a polar group represented by general formula (1) are copolymerized, or (3) ethylene, an olefin having a polar group represented by general formula (1) and another monomer are copolymerized, with use of the above-described catalyst. (In the formulae, the symbols are as defined in the description; and at least one of R6 and R7 represents a 9-fluorenyl analogous group represented by general formula (2).

Abstract: A transmission range determination unit of a video distribution device receives information about a display position for a video gallery display screen from a terminal device and determines, according to the received information, a transmission range for video gallery data in which display images of video data items are arranged, to be a size greater than a possible display range of the terminal device. A video gallery display screen generation unit generates the video gallery display screen in which the display images of the video data items included in the transmission range determined by the transmission range determination unit are arranged according to an arrangement of the display images of the video data items which is defined by the video gallery data, wherein the video gallery display screen generation unit distributes the generated video gallery display screen to the terminal device.

Abstract: A terminal device includes a reception unit that receives from a video distribution device, a video gallery display Screen in which display images of Video data items transmitted from transmission Source devices are arranged by group, a display unit that has a display region to display a part of the video gallery display Screen; and a control unit that controls the display of the display unit wherein according to an instruction to designate a display target region in the Video gallery display Screen, the control unit changes the number of the display images of the video data items displayed in the display range in the video gallery display Screen, and according to the number of the display images displayed in the display range, the control unit changes difference among groups in a degree of identification display which is determined for each group so as to identify the group.

Abstract: A transmission range determination unit of a video distribution device receives information about a display position for a video gallery display screen from a terminal device and determines, according to the received information, a transmission range for video gallery data in which display images of video data items are arranged, to be a size greater than a possible display range of the terminal device. A video gallery display screen generation unit generates the video gallery display screen in which the display images of the video data items included in the transmission range determined by the transmission range determination unit are arranged according to an arrangement of the display images of the video data items which is defined by the video gallery data, wherein the video gallery display screen generation unit distributes the generated video gallery display screen to the terminal device.

Abstract: A terminal device includes a reception unit that receives from a video distribution device, a video gallery display Screen in which display images of Video data items transmitted from transmission Source devices are arranged by group, a display unit that has a display region to display a part of the video gallery display Screen; and a control unit that controls the display of the display unit wherein according to an instruction to designate a display target region in the Video gallery display Screen, the control unit changes the number of the display images of the video data items displayed in the display range in the video gallery display Screen, and according to the number of the display images displayed in the display range, the control unit changes difference among groups in a degree of identification display which is determined for each group so as to identify the group.

Abstract: A reception unit of a terminal device receives a video gallery display screen in which display images of video data items are arranged, where the video gallery display screen has a screen range greater than a display size of a display unit. A gallery display control unit that makes the display unit display a partial region of the video gallery display screen received by the reception unit, as a display range of the display unit, and information which indicates that there is a displayable region outside the display range. The gallery display control unit moves the display range in the video gallery display screen according to a display movement operation.

Abstract: A monofilament for mowing characterized by being produced by spinning a resin composition, said resin composition comprising 70-97 parts by weight of a polylactic acid resin (A) and 30-3 parts by weight of an adipate plasticizer (B), each relative to 100 parts by weight of the sum of the polylactic acid resin (A) and the adipate plasticizer (B). Thus, the monofilament for mowing, which is biodegradable, shows an excellent mowing performance and has a high breakage resistance and high abrasion resistance, is provided.

Abstract: A detector (60) is supported on a lock arm (15) of the housing (10) movably between a standby position and a detection position. The detector (60) includes restricting portions (69) and the housing (10) include escaping portions (28). The escaping portions (28) extend in a direction intersecting a connecting direction, and the restricting portions (69) are inserted therein when the detector (60) is inclined in a connecting process and brought into contact with a wall surface facing in a moving direction of the detector (60) to prevent the detector (60) from reaching the detection position while being kept in an inclined state when the detector (60) moves from the standby position toward the detection position.

Abstract: A lever-type connector has an outer housing (40) includes accommodating chambers (44) and lock receiving portions (52) at position facing the accommodating chambers (44) and outer surfaces. Inner connectors (11) are connectable to a mating connector by being inserted into the accommodating chambers (44). A rotatable lever (70) is mounted on the outer surfaces of the outer housing (40). The lever (70) includes locks (76) for restricting rotation of the lever by being fit into the lock receiving portions (52) from outer sides when the lever (70) is assembled with the outer housing (40). The inner connector (10) includes a releasing portion (26) for pressing the locking portion (76) from an inner side to separate the lock (76) from the lock receiving portion (52) when the inner connector (10) is inserted into the accommodating chamber (44).

Abstract: A lever-type connector has a lever (30) rotatably supported on support shafts (22) on outer side surfaces of side walls (21) of a wire cover (20). Guide ribs (14) are formed on outer surfaces of a first housing (10) and extend parallel to an assembling direction of the wire cover (20). Guide grooves (24) are formed in inner surfaces of the side walls (21) and are engageable with the guide ribs (14). Two housing-side lock projections (16) on the outer surface of the first housing (10) and two cover-side lock projections (27) on the inner surface of the side wall (21) are arranged to be located respectively at opposite sides of the guide rib (14) and at opposite sides of the guide groove (24) in a direction substantially parallel to the side wall (21) and intersecting the assembling direction of the side wall (21).

Abstract: A connector has a first housing (10), a second housing (40) including a base (41) arranged behind the first housing (10), and a retainer (60) between the base (41) and the first housing (10) and movable between partial and full locking positions along facing surfaces of the base and the first housing. The retainer (60) includes operating portions (62) projecting forward so that tips thereof are exposed at a front of the first housing (10). The first housing (10) has locking receiving portions (18, 19) arranged side by side in a moving direction of the retainer (60), and the operating portion (62) is formed with a lock (66) for resiliently locking the locking receiving portions (18, 19) when the retainer (60). An engaging direction of the lock (66) and the locking receiving portions (18, 19) intersects assembling directions of the retainer (60) and the first housing (10).

Abstract: A detector (60) is supported on a lock arm (15) of the housing (10) movably between a standby position and a detection position. The detector (60) includes restricting portions (69) and the housing (10) include escaping portions (28). The escaping portions (28) extend in a direction intersecting a connecting direction, and the restricting portions (69) are inserted therein when the detector (60) is inclined in a connecting process and brought into contact with a wall surface facing in a moving direction of the detector (60) to prevent the detector (60) from reaching the detection position while being kept in an inclined state when the detector (60) moves from the standby position toward the detection position.

Abstract: A monofilament for mowing characterized by being produced by spinning a resin composition, said resin composition comprising 70-97 parts by weight of a polylactic acid resin (A) and 30-3 parts by weight of an adipate plasticizer (B), each relative to 100 parts by weight of the sum of the polylactic acid resin (A) and the adipate plasticizer (B). Thus, the monofilament for mowing, which is biodegradable, shows an excellent mowing performance and has a high breakage resistance and high abrasion resistance, is provided.

Abstract: A lever-type connector has an outer housing (40) includes accommodating chambers (44) and lock receiving portions (52) at position facing the accommodating chambers (44) and outer surfaces. Inner connectors (11) are connectable to a mating connector by being inserted into the accommodating chambers (44). A rotatable lever (70) is mounted on the outer surfaces of the outer housing (40). The lever (70) includes locks (76) for restricting rotation of the lever by being fit into the lock receiving portions (52) from outer sides when the lever (70) is assembled with the outer housing (40). The inner connector (10) includes a releasing portion (26) for pressing the locking portion (76) from an inner side to separate the lock (76) from the lock receiving portion (52) when the inner connector (10) is inserted into the accommodating chamber (44).

Abstract: A lever-type connector has a lever (30) rotatably supported on support shafts (22) on outer side surfaces of side walls (21) of a wire cover (20). Guide ribs (14) are formed on outer surfaces of a first housing (10) and extend parallel to an assembling direction of the wire cover (20). Guide grooves (24) are formed in inner surfaces of the side walls (21) and are engageable with the guide ribs (14). Two housing-side lock projections (16) on the outer surface of the first housing (10) and two cover-side lock projections (27) on the inner surface of the side wall (21) are arranged to be located respectively at opposite sides of the guide rib (14) and at opposite sides of the guide groove (24) in a direction substantially parallel to the side wall (21) and intersecting the assembling direction of the side wall (21).

Abstract: A connector has a first housing (10), a second housing (40) including a base (41) arranged behind the first housing (10), and a retainer (60) between the base (41) and the first housing (10) and movable between partial and full locking positions along facing surfaces of the base and the first housing. The retainer (60) includes operating portions (62) projecting forward so that tips thereof are exposed at a front of the first housing (10). The first housing (10) has locking receiving portions (18, 19) arranged side by side in a moving direction of the retainer (60), and the operating portion (62) is formed with a lock (66) for resiliently locking the locking receiving portions (18, 19) when the retainer (60). An engaging direction of the lock (66) and the locking receiving portions (18, 19) intersects assembling directions of the retainer (60) and the first housing (10).

Abstract: A connector (X) includes a housing (10) with a plurality of terminal accommodating chambers (14). An accommodating recess (11) is formed in a rear surface of the housing (10) and communicates with the rear ends of the terminal accommodating chambers (14). A rubber plug (20) is accommodated in the accommodating recess (11) and includes a plurality of wire insertion holes (22) corresponding to the terminal accommodating chambers (14). Drainage paths (23) are formed in the rear surface of the rubber plug (20) and reach the outer periphery thereof.

Abstract: In the conventional technologies, although the placed comment is displayed according to time or position of the comment placement, the display cannot be executed by varying display form. For example, an entire comment placed for an entire scene of image content or for an entire page of electronic book content, and a partial comment placed for an object in the scene of the image content or a specific character string in the page of the electronic book content are similarly displayed without varying the display form. In order to solve the problems, we provide a content viewing apparatus, where it is determined that a comment placed for content is the entire comment or the partial comment, and if it is the entire comment, the comment is displayed by moving display, and if it is the partial comment, the comment is fixedly displayed in a predetermined area within the display.

Abstract: A connector (X) includes a housing (10) with a plurality of terminal accommodating chambers (14). An accommodating recess (11) is formed in a rear surface of the housing (10) and communicates with the rear ends of the terminal accommodating chambers (14). A rubber plug (20) is accommodated in the accommodating recess (11) and includes a plurality of wire insertion holes (22) corresponding to the terminal accommodating chambers (14). Drainage paths (23) are formed in the rear surface of the rubber plug (20) and reach the outer periphery thereof.

Abstract: A test device includes a movable mounting table having a temperature controlling mechanism therein; a probe card provided with a plurality of probes positioned above the mounting table; and a first temperature control unit for controlling the temperature controlling mechanism so that a target object on the mounting table can be heated to a predetermined temperature to test electrical characteristics of the target object. The mounting table is provided with a heater facing a plurality of probes protruding from the mounting table in the high-temperature test on the target object.