mhurhangee/ep-ind-claims huggingface dataset:
A control device for a hybrid vehicle, said hybrid vehicle including an internal combustion engine generating vehicle driving force, a power storage device capable of being charged and discharged, and an electric motor receiving supply of electric power from said power storage device for generating vehicle driving force, a second electric motor; a power split device mechanically coupling the engine, electric motor, and second electric motor, the second electric motor being configured to receive some output from the internal combustion engine via the power split device for generating electric power, and to receive supply of electric power from the power storage device to operate as an electric motor for cranking up and starting the engine; said control device comprising: a running mode control unit controlling switching of a running mode including a first mode (CD mode) in which operation of said internal combustion engine for maintaining a state of charge indicating a charging state of said power storage device is not performed and vehicle generating force is generated using electric power supplied from the power storage device, and a second mode (CS mode) in which said internal combustion engine is operated as necessary to drive the second electric motor to generate electric power for maintaining said state of charge at a predetermined target, and characterized by a discharge allowable power control unit increasing, when said running mode is at said first mode and said internal combustion engine is stopped, a discharge allowable power (Wout) that can be discharged by said power storage device to greater than when said running mode is at said first mode and said internal combustion engine is operating, or than when said running mode is at said second mode, said control device further comprising a determination unit carrying out a start determination of said internal combustion engine based on said discharge allowable power. a running mode control unit controlling switching of a running mode including a first mode (CD mode) in which operation of said internal combustion engine for maintaining a state of charge indicating a charging state of said power storage device is not performed and vehicle generating force is generated using electric power supplied from the power storage device, and a second mode (CS mode) in which said internal combustion engine is operated as necessary to drive the second electric motor to generate electric power for maintaining said state of charge at a predetermined target, and characterized by a discharge allowable power control unit increasing, when said running mode is at said first mode and said internal combustion engine is stopped, a discharge allowable power (Wout) that can be discharged by said power storage device to greater than when said running mode is at said first mode and said internal combustion engine is operating, or than when said running mode is at said second mode, said control device further comprising a determination unit carrying out a start determination of said internal combustion engine based on said discharge allowable power.
A communication control device comprising: an acquisition unit configured to acquire first information for identifying a resource for random access with respect to each of a plurality of time division duplex, TDD, configurations each indicating a link direction of each subframe in a radio frame of a TDD method, and second information for identifying a resource for random access with respect to each of the plurality of TDD configurations; and a communication control unit configured to announce the first information and report the second information, wherein the resource for random access with respect to each of the plurality of TDD configurations, which is identified from the second information, includes the resource for random access with respect to any of the plurality of TDD configurations, which is identified from the first information. an acquisition unit configured to acquire first information for identifying a resource for random access with respect to each of a plurality of time division duplex, TDD, configurations each indicating a link direction of each subframe in a radio frame of a TDD method, and second information for identifying a resource for random access with respect to each of the plurality of TDD configurations; and a communication control unit configured to announce the first information and report the second information, wherein the resource for random access with respect to each of the plurality of TDD configurations, which is identified from the second information, includes the resource for random access with respect to any of the plurality of TDD configurations, which is identified from the first information.
An electronic device comprising: display controlling means (104, 308) for, when a first stroke is inputted on an edit view area of a display, displaying an elongate first area in a first style, the first area including a display area of the first stroke and having a band shape which is long in a direction in which a handwritten character corresponding to the first stroke is written, displaying a second area in a second style different from the first style, the second area being the area of the edit view area other than the first area, and displaying one or more first handwriting candidates on the display by searching an auto-complete dictionary based on the first stroke, the first handwriting candidates comprising words which begin with the character corresponding to the first stroke; and processing means (101, 308) for entering, when one of the first handwriting candidates is selected, the word of the selected first handwriting candidate in place of the character corresponding to the first stroke, wherein the processing means (101, 308) is configured to enter the first stroke when the second area is operated. display controlling means (104, 308) for, when a first stroke is inputted on an edit view area of a display, displaying an elongate first area in a first style, the first area including a display area of the first stroke and having a band shape which is long in a direction in which a handwritten character corresponding to the first stroke is written, displaying a second area in a second style different from the first style, the second area being the area of the edit view area other than the first area, and displaying one or more first handwriting candidates on the display by searching an auto-complete dictionary based on the first stroke, the first handwriting candidates comprising words which begin with the character corresponding to the first stroke; and processing means (101, 308) for entering, when one of the first handwriting candidates is selected, the word of the selected first handwriting candidate in place of the character corresponding to the first stroke, wherein the processing means (101, 308) is configured to enter the first stroke when the second area is operated.
A printing apparatus comprising: an ink container tray which is adapted to hold an ink container; a guide portion adapted to guide the ink container tray in a movable manner between an ink container mounting position when mounting the ink container onto the ink container tray and an ink supply position; and characterized by a locking mechanism (731, 741) which, when the ink container tray is positioned further to the ink container mounting position side than a predetermined position between the ink supply position and the ink container mounting position, is adapted to stop the ink container tray from moving further to the ink supply position side than the predetermined position. an ink container tray which is adapted to hold an ink container; a guide portion adapted to guide the ink container tray in a movable manner between an ink container mounting position when mounting the ink container onto the ink container tray and an ink supply position; and characterized by a locking mechanism (731, 741) which, when the ink container tray is positioned further to the ink container mounting position side than a predetermined position between the ink supply position and the ink container mounting position, is adapted to stop the ink container tray from moving further to the ink supply position side than the predetermined position.
An adjustable surgical retractor comprising, a retractor frame having an adjustable circumference comprising: four curved frame segments (100, 500, 600), each frame segment (100, 500, 600) comprising a first and second substantially straight arm portion and a curve portion there between where the long axis of each frame segment (100, 500, 600) bends to form an angle, each frame segment having a top and bottom face with an inner edge and an outer edge, wherein the frame segments (100, 500, 600) are configured to be connected with a first arm portion of one frame segment (100, 500, 600) to a second arm portion of an adjacent frame segment (100, 500, 600), and four connectors (106, 206, 306, 406, 606, 706) configured to receive arm portions of two adjacent frame segments (100, 500, 600) to form the retractor frame, characterized in that each connector (106, 206, 306, 406, 606, 706) can be in (i) an unlocked configuration that allows the arm portions of the adjacent frame segments (100, 500, 600) to move along each other allowing the circumference of the frame to adjust or (ii) a locked configuration that fixes an arm portion at a position relative to an arm portion of the adjacent frame segment (100, 500, 600); and two or more retractor blades (107, 114, 614, 707) coupled to the frame where the face of the retractor blade (107, 114, 614, 707) is substantially perpendicular to the plane of the frame defined by the bent long axis of each frame segment. four curved frame segments (100, 500, 600), each frame segment (100, 500, 600) comprising a first and second substantially straight arm portion and a curve portion there between where the long axis of each frame segment (100, 500, 600) bends to form an angle, each frame segment having a top and bottom face with an inner edge and an outer edge, wherein the frame segments (100, 500, 600) are configured to be connected with a first arm portion of one frame segment (100, 500, 600) to a second arm portion of an adjacent frame segment (100, 500, 600), and four connectors (106, 206, 306, 406, 606, 706) configured to receive arm portions of two adjacent frame segments (100, 500, 600) to form the retractor frame, characterized in that each connector (106, 206, 306, 406, 606, 706) can be in (i) an unlocked configuration that allows the arm portions of the adjacent frame segments (100, 500, 600) to move along each other allowing the circumference of the frame to adjust or (ii) a locked configuration that fixes an arm portion at a position relative to an arm portion of the adjacent frame segment (100, 500, 600); and two or more retractor blades (107, 114, 614, 707) coupled to the frame where the face of the retractor blade (107, 114, 614, 707) is substantially perpendicular to the plane of the frame defined by the bent long axis of each frame segment.
A cloned or recombinant defective interfering influenza A virus for use in a method of treatment or prophylaxis of respiratory virus infections, wherein the cloned or recombinant defective interfering influenza A virus comprises RNA derived from segment 1, 2 or 3, wherein said RNA comprises: (a) an RNA of between 300 to 600 nucleotides in length; (b) at least 100 nucleotides from the 5' and 3' ends of segment 1, 2 or 3; and (c) a central deletion of nucleotides of said segment; wherein said defective interfering influenza virus is capable of interfering with RNA production from segments 1, 2 and 3 of influenza A, and wherein said defective interfering influenza virus is not 1/244. wherein the cloned or recombinant defective interfering influenza A virus comprises RNA derived from segment 1, 2 or 3, wherein said RNA comprises: (a) an RNA of between 300 to 600 nucleotides in length; (b) at least 100 nucleotides from the 5' and 3' ends of segment 1, 2 or 3; and (c) a central deletion of nucleotides of said segment; (a) an RNA of between 300 to 600 nucleotides in length; (b) at least 100 nucleotides from the 5' and 3' ends of segment 1, 2 or 3; and (c) a central deletion of nucleotides of said segment; wherein said defective interfering influenza virus is capable of interfering with RNA production from segments 1, 2 and 3 of influenza A, and wherein said defective interfering influenza virus is not 1/244.
A downhole control system for actuating hydraulically controlled devices positioned in a well, the system comprising: a first set of N hydraulically controlled devices (48, 52, 56) positioned in the well; a second set of at least one hydraulically controlled device positioned in the well; a common control line ported to a first side of each of the hydraulically controlled devices in the first set; and N control lines (66, 68, 70) each ported to a second side of one of the hydraulically controlled devices in the first set, wherein, a first control line of the N control lines is ported to a first side of a first hydraulically controlled device of the second set; wherein, a second control line of the N control lines is ported to a second side of the first hydraulically controlled device of the second set; wherein hydraulic pressure in the common control line prevents actuation of the hydraulically controlled devices in the first set while hydraulic pressure in the first and second control lines actuates the first hydraulically controlled device of the second set, such that N+1 control lines are operable to actuate N+1 hydraulically controlled devices; and wherein a control valve is positioned between the first and second control lines and the first hydraulically controlled device of the second set, the control valve operable to allow and prevent actuation of the first hydraulically controlled device of the second set responsive to hydraulic pressure in the first and second control lines. a first set of N hydraulically controlled devices (48, 52, 56) positioned in the well; a second set of at least one hydraulically controlled device positioned in the well; a common control line ported to a first side of each of the hydraulically controlled devices in the first set; and N control lines (66, 68, 70) each ported to a second side of one of the hydraulically controlled devices in the first set, wherein, a first control line of the N control lines is ported to a first side of a first hydraulically controlled device of the second set; wherein, a second control line of the N control lines is ported to a second side of the first hydraulically controlled device of the second set; wherein hydraulic pressure in the common control line prevents actuation of the hydraulically controlled devices in the first set while hydraulic pressure in the first and second control lines actuates the first hydraulically controlled device of the second set, such that N+1 control lines are operable to actuate N+1 hydraulically controlled devices; and wherein a control valve is positioned between the first and second control lines and the first hydraulically controlled device of the second set, the control valve operable to allow and prevent actuation of the first hydraulically controlled device of the second set responsive to hydraulic pressure in the first and second control lines.
A roll stand as part of a roll stand group in a high-speed wire rod mill train, with at least one pair of rolls or rolling rings and a driveshaft that is connected to a motor, characterized in that a separate drive unit, which respectively comprises a motor and a driveshaft, is assigned to each roll stand of this roll stand group, and in that the motor, the driveshaft and the at least one pair of rolls or rolling rings are arranged linearly to one another.
Cooking appliance with a cooking chamber and a water connection on the cooking chamber side, having a cartridge holder with a water sprinkling piece, which has - a top side water inlet connecting piece which can be connected to the water connection and - a fastening region for a cartridge to be arranged in the cooking chamber, characterised in that the water sprinkling piece has an intermediate section between the fastening region and the water inlet connection, from which pressurised water entering the water inlet connecting piece leaves again at the side, - and that the water sprinkling piece - is designed to laterally deflect water leaving the water connection in order to sprinkle the walls (2a-2c) of the cooking chamber with water and wherein - the cartridge holder additionally has a water distribution piece (9; 41), which has at least one radially extending water guiding duct (18-20; 42-44, 46, 47) for the beam formation of the deflected water leaving the water sprinkling piece. - a top side water inlet connecting piece which can be connected to the water connection and - a fastening region for a cartridge to be arranged in the cooking chamber, characterised in that the water sprinkling piece has an intermediate section between the fastening region and the water inlet connection, from which pressurised water entering the water inlet connecting piece leaves again at the side, - and that the water sprinkling piece - is designed to laterally deflect water leaving the water connection in order to sprinkle the walls (2a-2c) of the cooking chamber with water and wherein - the cartridge holder additionally has a water distribution piece (9; 41), which has at least one radially extending water guiding duct (18-20; 42-44, 46, 47) for the beam formation of the deflected water leaving the water sprinkling piece.
A delivery device comprising: at least one lumen (33, 35); a means for aiding in expelling materials from the lumen; and an opening through which the materials may be expelled from the delivery device in vivo, characterised in that at least a portion of a surface of the lumen of the delivery device in contact with the materials has a surface functionality capable of modulating the pH of the microenvironment near the surface. at least one lumen (33, 35); a means for aiding in expelling materials from the lumen; and an opening through which the materials may be expelled from the delivery device in vivo,
An apparatus for on-demand dust and/or moisture protection for current-carrying device connection means or connecting means, including a standard device plug which is connectable to a standard-conforming device socket (3; 3a) which is a component of an electrical connecting cable, the standard device plug according to IEC/EN 60320 being enclosed by a housing of the standard device plug, which housing is open in the plug-in direction and comprises a fastening flange for receiving a circumferential sealing means, and the housing having means for fastening to or in an equipment to be supplied with electrical energy, characterized in that an extension of the standard device plug's housing wall in the plug-in direction as well as a free space between the wall inner side of the standard device plug's housing and the standard device plug are formed such that both the standard-conforming socket according to IEC/EN 60320 can be inserted in an unimpeded manner and such a socket according to IEC/EN 60320 is insertable, which is integrated or received in a sealing housing which is open in the plug-in direction, and the inner contour of the sealing housing being formed to be complementary to the outer contour of the housing wall of the standard device plug's housing such that, during the plug-in operation, both the electrical connection is achieved and the socket's sealing housing enters into a tightly close contact and positive fit with the standard plug's housing, and thereby the standard device plug's housing is encompassed at the outside.
A moulding sand comprising water, a binder and a silica sand matrix, characterised in that it further comprises sodium salt of carboxymethyl starch (CMS-Na), having a degree of substitution in the range of 0.2 to 0.9, in the amount of 0.2 to 2.5 parts by weight per 100 parts by weight of the matrix, wherein the moulding sand composition does not comprise pulverised coal and carbon resins.
A method for paging, comprising: sending, by a terminal device, a message requesting to resume a radio resource control connected state to an access network device, wherein the message requesting to resume the RRC connected state is used for indicating a location update of the terminal device; sending, by the terminal device, movement information of the terminal device to the access network device; and receiving, by the terminal device, a target paging area where the access network device initiates paging to the terminal device, wherein the target paging area is determined by the access network device based on the movement information; the method is characterised in that the movement information comprises time information; wherein the time information is used for indicating information of absolute time when the terminal device camps on each serving cell during a movement process of the terminal device in a previous RRC inactive state. sending, by a terminal device, a message requesting to resume a radio resource control connected state to an access network device, wherein the message requesting to resume the RRC connected state is used for indicating a location update of the terminal device; sending, by the terminal device, movement information of the terminal device to the access network device; and receiving, by the terminal device, a target paging area where the access network device initiates paging to the terminal device, wherein the target paging area is determined by the access network device based on the movement information; the method is characterised in that the movement information comprises time information; wherein the time information is used for indicating information of absolute time when the terminal device camps on each serving cell during a movement process of the terminal device in a previous RRC inactive state.