mhurhangee/ep-ind-claims huggingface dataset:
An aircraft having a hybrid electrical propulsion system comprising an electric motor and a heat engine, the aircraft comprising: a fuselage defining a longitudinal axis between a forward end and an aft end; and an electrical system of the hybrid electrical propulsion system having an electric storage and an electric-motor controller electrically connected to the electric storage, wherein the electric-motor controller is positioned on a top portion of the aircraft; wherein the electric storage is positioned on a bottom side of a cabin of the aircraft opposite from the electric-motor controller, wherein the electrical system includes at least one conductor extending from the electric storage, up a first side of a cabin wall of the aircraft to the electric-motor controller. a fuselage defining a longitudinal axis between a forward end and an aft end; and an electrical system of the hybrid electrical propulsion system having an electric storage and an electric-motor controller electrically connected to the electric storage, wherein the electric-motor controller is positioned on a top portion of the aircraft; wherein the electric storage is positioned on a bottom side of a cabin of the aircraft opposite from the electric-motor controller, wherein the electrical system includes at least one conductor extending from the electric storage, up a first side of a cabin wall of the aircraft to the electric-motor controller.
A cutter blade (201, 301) for a packing container accommodating a roll of packing material, wherein said cutter blade (201, 301) is provided with teeth (203, 205, 207, 209, 211, 303, 305, 307, 309, 311) along a cutting side (213, 313) of said cutter blade (201, 301) for cutting said packing material in a cutting direction of said cutter blade (201, 301), wherein said cutting side (213, 313) comprises a first portion (215, 315), a second portion (217, 317) and an intermediate portion (219, 319) between said first portion (215, 315) and said second portion (217, 317), wherein a first tooth top line (225, 325) connects tooth tops of teeth of said first portion (215, 315), a second tooth top line (227, 327) connects tooth tops of teeth of said second portion (217, 317) and wherein an intermediate tooth top line (219, 319) connects tooth tops of teeth of said intermediate portion (219, 319), wherein said first tooth top line (225, 325) and/or said second tooth top line (227, 327) enclose an obtuse angle (G, H) between 91 and 179 degrees with said intermediate tooth top line (229, 329), characterized in that, a distance in said cutting direction between said first tooth top line (225, 325) and a first root line (234, 334) that connects roots of said teeth (205, 305) of said first portion (215, 315) and/or a distance in said cutting direction between said second tooth top line (227, 327) and a second root line (236, 336) that connects roots of said teeth (209, 309) of said second portion (217, 317) is larger than a distance in said cutting direction between said intermediate tooth top line (229, 329) and an intermediate root line (245, 345) that connects roots of said teeth (207, 307) of said intermediate portion (219, 319).
A process for preparing a compound of formula or a solvate thereof wherein X is a leaving group; and R 1 is C 1 -C 6 alkyl; which comprises oxidative rearrangement of a compound of formula or a solvate thereof X is a leaving group; and R 1 is C 1 -C 6 alkyl;
A bioelectric sensor device comprising: a central portion having a left edge and a right edge; a first arm extending from the left edge of the central portion, wherein at least a portion of the first arm extends along a first arm axis, wherein the central portion comprises an anatomical alignment mark adapted to align the central portion with an anatomical feature of a lateral surface of a torso of a patient, and further wherein the first arm is adapted to be disposed on an anterior or posterior surface of the torso; a sensor disposed on the first arm along the first arm axis; and a connector electrically connected to the sensor a second arm extending from the right edge of the central portion, wherein at least a portion of the second arm extends along a second arm axis; and a sensor disposed on the second arm along the second arm axis and electrically connected to the connector a third arm extending from the left edge of the central portion, wherein at least a portion of the third arm extends along a third arm axis; a sensor disposed on the third arm along the third arm axis and electrically connected to the connector a fourth arm extending from the right edge of the central portion, wherein at least a portion of the fourth arm extends along a fourth arm axis; a sensor disposed on the fourth arm along the fourth arm axis and electrically connected to the connector; characterized in that the sensor device further comprises: a retainer for each of the first, second, third and fourth arm adapted to releasably fix the first, second, third and fourth arm in an undeployed configuration, wherein the first, second, third and fourth arms are folded or rolled up when in the undeployed configuration. a central portion having a left edge and a right edge; a first arm extending from the left edge of the central portion, wherein at least a portion of the first arm extends along a first arm axis, wherein the central portion comprises an anatomical alignment mark adapted to align the central portion with an anatomical feature of a lateral surface of a torso of a patient, and further wherein the first arm is adapted to be disposed on an anterior or posterior surface of the torso; a sensor disposed on the first arm along the first arm axis; and a connector electrically connected to the sensor a second arm extending from the right edge of the central portion, wherein at least a portion of the second arm extends along a second arm axis; and a sensor disposed on the second arm along the second arm axis and electrically connected to the connector a third arm extending from the left edge of the central portion, wherein at least a portion of the third arm extends along a third arm axis; a sensor disposed on the third arm along the third arm axis and electrically connected to the connector a fourth arm extending from the right edge of the central portion, wherein at least a portion of the fourth arm extends along a fourth arm axis; a sensor disposed on the fourth arm along the fourth arm axis and electrically connected to the connector;
An austenitic heat resistant alloy, comprising: a base metal having a chemical composition consisting of, in mass%, C: 0.030 to 0.120%, Si: 0.02 to 1.00%, Mn: 0.10 to 2.00%, Cr: 20.0% or more to less than 28.0%, Ni: more than 35.0% to 50.0% or less, W: 4.0 to 10.0%, Ti: 0.01 to 0.30%, Nb: 0.01 to 1.00%, sol. Al: 0.0005 to 0.0400%, B: 0.0005 to 0.0100%, Zr: 0 to 0.1000%, Ca: 0 to 0.0500%, REM: 0 to 0.2000%, Hf: 0 to 0.2000%, Pd: 0 to 0.2000%, P: 0.040% or less, S: 0.010% or less, N: less than 0.020%, O: 0.0050% or less, Mo: less than 0.5%, Co: 0 to 0.80%, and Cu: 0 to 0.50%, with the balance being Fe and impurities; and a Ni-Fe oxide having a spinel type structure, on or above a surface of the base metal. a base metal having a chemical composition consisting of, in mass%, C: 0.030 to 0.120%, Si: 0.02 to 1.00%, Mn: 0.10 to 2.00%, Cr: 20.0% or more to less than 28.0%, Ni: more than 35.0% to 50.0% or less, W: 4.0 to 10.0%, Ti: 0.01 to 0.30%, Nb: 0.01 to 1.00%, sol. Al: 0.0005 to 0.0400%, B: 0.0005 to 0.0100%, Zr: 0 to 0.1000%, Ca: 0 to 0.0500%, REM: 0 to 0.2000%, Hf: 0 to 0.2000%, Pd: 0 to 0.2000%, P: 0.040% or less, S: 0.010% or less, N: less than 0.020%, O: 0.0050% or less, Mo: less than 0.5%, Co: 0 to 0.80%, and Cu: 0 to 0.50%, with the balance being Fe and impurities; and a Ni-Fe oxide having a spinel type structure, on or above a surface of the base metal.
Modular connecting piece for connecting a terminal head (1.6) to a protecting tube (4.1), comprising: a first mounting part (2.2) and a second mounting part (2.3, 2.4) for receiving a measuring insert (3.3), wherein the first mounting part (2.2) is mechanically connectable to the second mounting part, wherein the first mounting part (2.2) has a first chamber (2.12) in which an electrical connection, especially a terminal block, of the insert is insertable, wherein the second mounting part (2.3, 2.4) has a second chamber (2.13) into which a shaft portion of the measuring insert (3.3) is insertable, wherein the first and the second chamber (2.12, 2.13) communicate, when mechanically connected to each other, via an opening between the first and the second mounting part (2.2, 2.3., 2.4), through which opening the shaft portion of the measuring insert is insertable, wherein a gasket (2.8, 2.6) for sealing the opening in a gas tight manner, when the shaft part of the measuring insert (3.3) is inserted into the opening, is provided in the first and/or second mounting (2.2, 2.3, 2.4) part, characterised in that the first mounting part (2.2) has an inlet (2.10) for letting a purging gas flow into the first chamber (2.12) of the first mounting part (2.2), and in that the second mounting part (2.3, 2.4) has an outlet (2.11) for letting a purging gas flow out of the second chamber (2.13) of the second mounting part. a first mounting part (2.2) and a second mounting part (2.3, 2.4) for receiving a measuring insert (3.3), wherein the first mounting part (2.2) is mechanically connectable to the second mounting part, wherein the first mounting part (2.2) has a first chamber (2.12) in which an electrical connection, especially a terminal block, of the insert is insertable, wherein the second mounting part (2.3, 2.4) has a second chamber (2.13) into which a shaft portion of the measuring insert (3.3) is insertable, wherein the first and the second chamber (2.12, 2.13) communicate, when mechanically connected to each other, via an opening between the first and the second mounting part (2.2, 2.3., 2.4), through which opening the shaft portion of the measuring insert is insertable, wherein a gasket (2.8, 2.6) for sealing the opening in a gas tight manner, when the shaft part of the measuring insert (3.3) is inserted into the opening, is provided in the first and/or second mounting (2.2, 2.3, 2.4) part, characterised in that the first mounting part (2.2) has an inlet (2.10) for letting a purging gas flow into the first chamber (2.12) of the first mounting part (2.2), and in that the second mounting part (2.3, 2.4) has an outlet (2.11) for letting a purging gas flow out of the second chamber (2.13) of the second mounting part.
An apparatus, installable over a power cord of a device, comprising: a sensor unit configured to monitor voltage in the power cord of the device and to detect loss of voltage in the power cord; a positioning module configured to be in a sleep mode when the voltage in the power cord is monitored; activate in response to the detected loss of voltage; acquire a first positioning information of the apparatus; and transmit a first status message comprising at least the first positioning information to a remote unit. a sensor unit configured to monitor voltage in the power cord of the device and to detect loss of voltage in the power cord; a positioning module configured to be in a sleep mode when the voltage in the power cord is monitored; activate in response to the detected loss of voltage; acquire a first positioning information of the apparatus; and transmit a first status message comprising at least the first positioning information to a remote unit. be in a sleep mode when the voltage in the power cord is monitored; activate in response to the detected loss of voltage; acquire a first positioning information of the apparatus; and transmit a first status message comprising at least the first positioning information to a remote unit.
A method of locating an agricultural working apparatus (4, 5, 7) which can be connected to an agricultural working machine and which is positioned by the working machine in a region of a territory to be processed and separated in order to locate the agricultural working apparatus (4, 5, 7) again at a later time and connect it to the working machine, wherein the position of the working machine is determined in positioning of the working apparatus (4, 5, 7) by a position locating method and established and stored as a starting point (A, A') after positioning a mapping run is carried out which includes a travel distance (WS, WS') of predeterminable length, during which the working machine moves away from the detected position of the working apparatus (4, 5, 7), wherein the travel distance (WS, WS') covered and also the end point (B, B') of said travel distance (WS, WS') are recorded using the position locating method, a locating run is carried out to locate and re-connect the agricultural working apparatus (4, 5, 7) to the working machine, in which the end point (B, B') of the travel distance (WS, WS') of the mapping run is automatically approached using the position locating method in order automatically to approach the starting point (A, A') starting from said end point (B, B') over the travel distance (WS, WS') recorded during the mapping run, characterised in that a specific situation of use of the working apparatus (4, 5, 7) on the field is recorded and retrievably stored in the control device, which is retrieved and taken into account in the approach travel.
A fixation apparatus for fixing a toner image transferred to a transfer target medium onto the transfer target medium with heat, the fixation apparatus comprising: a first belt without end; a second belt without end which is in contact with an outer circumferential surface of the first belt; a pressurization member which is provided inside the first belt and pressurizes a portion of contact between the first belt and the second belt toward the second belt; a drive roller which is provided inside the second belt along the portion of contact and rotationally drives the second belt; and a heating unit which heats at least one of the first belt and the second belt and provides heat to the transfer target medium passing through the portion of contact, the drive roller being in contact with both of the first belt and the second belt, characterized in that at least one end of opposing ends of the drive roller protrudes from the second belt in an axial direction of the drive roller, and this protruding portion of the drive roller from the second belt is in contact with the first belt, a diameter of the drive roller in a portion of contact between the drive roller and the second belt is smaller than a diameter of the drive roller in a portion of contact between the drive roller and the first belt. a first belt without end; a second belt without end which is in contact with an outer circumferential surface of the first belt; a pressurization member which is provided inside the first belt and pressurizes a portion of contact between the first belt and the second belt toward the second belt; a drive roller which is provided inside the second belt along the portion of contact and rotationally drives the second belt; and a heating unit which heats at least one of the first belt and the second belt and provides heat to the transfer target medium passing through the portion of contact, the drive roller being in contact with both of the first belt and the second belt, characterized in that at least one end of opposing ends of the drive roller protrudes from the second belt in an axial direction of the drive roller, and this protruding portion of the drive roller from the second belt is in contact with the first belt, a diameter of the drive roller in a portion of contact between the drive roller and the second belt is smaller than a diameter of the drive roller in a portion of contact between the drive roller and the first belt.
: A retainer system (110; 210) for couplers (120, 140; 220, 240) defining terminal ends of a pair of electric cables, the system comprising in combination: a coupling pair (120, 140; 220, 240), comprising a first coupler attached to a first one of the pair of electric cables and a second coupler attached to a second one of the pair of electric cables; the coupling pair including a slit (130; 230) located behind a face of a female coupler (120; 220) of the pair of electric cables, the slit extending at least partially into a surface of the female coupler, and a prong located on an ear pivotably attached to a male coupler (140; 240) of the pair of electric cables, the ear adapted to pivot so as to releasably engage the slit (130; 230), the male coupler adapted to be coupled to the female coupler (120; 220) with the prong engaging the slit; the slit sized to receive the prong within the slit; characterized in that the ear is formed in a side of a plug mass of the male coupler (140; 240) and the ear resides in a gap formed in the side wall of the plug mass, and that the ear includes a base pivotably attached to the male coupler (140; 240) and a tip on an end of the ear opposite the base, with the prong located between the base and the tip, the tip including a pad thereon, the ear flared out away from a side wall of the plug mass of the male coupler (140; 240) with the ear adapted to be deflected in towards the side wall to bring the ear coplanar with the side wall when the ear is depressed. a coupling pair (120, 140; 220, 240), comprising a first coupler attached to a first one of the pair of electric cables and a second coupler attached to a second one of the pair of electric cables; the coupling pair including a slit (130; 230) located behind a face of a female coupler (120; 220) of the pair of electric cables, the slit extending at least partially into a surface of the female coupler, and a prong located on an ear pivotably attached to a male coupler (140; 240) of the pair of electric cables, the ear adapted to pivot so as to releasably engage the slit (130; 230), the male coupler adapted to be coupled to the female coupler (120; 220) with the prong engaging the slit; the slit sized to receive the prong within the slit; characterized in that the ear is formed in a side of a plug mass of the male coupler (140; 240) and the ear resides in a gap formed in the side wall of the plug mass, and that the ear includes a base pivotably attached to the male coupler (140; 240) and a tip on an end of the ear opposite the base, with the prong located between the base and the tip, the tip including a pad thereon, the ear flared out away from a side wall of the plug mass of the male coupler (140; 240) with the ear adapted to be deflected in towards the side wall to bring the ear coplanar with the side wall when the ear is depressed.
A screening arrangement for a window, preferably a roof window, comprising a frame with a top piece, a bottom piece, two side pieces (23, 24), and at least one electrical outlet (25, 26), the screening arrangement comprising: a bottom element, and two side rails (8, 9), the bottom element being movable with respect to the two side rails (8, 9) between a first non-screening position and a second screening position by means of an electrical drive means comprising an electrical motor, a first transmission means (711, 712, 713), and at least one electrical connection device (714, 715) for providing electrical power to the motor arranged in said bottom element, and a second transmission means (810, 910) arranged in each of the side rails (8, 9) and at least one electrical guide (811, 812; 911, 912) extending substatially in a longitudinal direction of at least one of the side rails (8, 9), characterized in that at least one of the side rails (8, 9) comprises at least one electrical contact means (813, 814) adapted for, in a mounted position of the screening arrangement on the frame of the window, establishing an electrical connection between the electrical outlet (25, 26) and the at least one electrical guide (811, 812; 911, 912) such that electrical power is provided to the at least one electrical guide (811, 812; 911, 912), and that the at least one electrical connection device (714, 715) is adapted for, in the mounted position of the screening arrangement, being in electrical connection with the at least one electrical guide (811, 812, 911, 912) such that electrical power is provided to the motor. a bottom element, and two side rails (8, 9), the bottom element being movable with respect to the two side rails (8, 9) between a first non-screening position and a second screening position by means of an electrical drive means comprising an electrical motor, a first transmission means (711, 712, 713), and at least one electrical connection device (714, 715) for providing electrical power to the motor arranged in said bottom element, and a second transmission means (810, 910) arranged in each of the side rails (8, 9) and at least one electrical guide (811, 812; 911, 912) extending substatially in a longitudinal direction of at least one of the side rails (8, 9), characterized in that at least one of the side rails (8, 9) comprises at least one electrical contact means (813, 814) adapted for, in a mounted position of the screening arrangement on the frame of the window, establishing an electrical connection between the electrical outlet (25, 26) and the at least one electrical guide (811, 812; 911, 912) such that electrical power is provided to the at least one electrical guide (811, 812; 911, 912), and that the at least one electrical connection device (714, 715) is adapted for, in the mounted position of the screening arrangement, being in electrical connection with the at least one electrical guide (811, 812, 911, 912) such that electrical power is provided to the motor.
A method for detecting a hepatitis A virus target nucleic acid in a sample, said method comprising: contacting a sample suspected of containing HAV with an oligomer combination for amplifying a HAV nucleic acid target region, said oligomer combination comprising: (a) a first HAV amplification oligomer comprising a first target-hybridizing sequence that is SEQ ID NO: 2; and (b) a second HAV amplification oligomer comprising a second target-hybridizing sequence that is SEQ ID NO: 35; performing an in vitro nucleic acid amplification reaction, wherein any HAV target nucleic acid present in said sample is used as a template for generating a HAV amplification product; and detecting the presence or absence of the HAV amplification product, thereby indicating the presence or absence of HAV in said sample. contacting a sample suspected of containing HAV with an oligomer combination for amplifying a HAV nucleic acid target region, said oligomer combination comprising: (a) a first HAV amplification oligomer comprising a first target-hybridizing sequence that is SEQ ID NO: 2; and (b) a second HAV amplification oligomer comprising a second target-hybridizing sequence that is SEQ ID NO: 35; (a) a first HAV amplification oligomer comprising a first target-hybridizing sequence that is SEQ ID NO: 2; and (b) a second HAV amplification oligomer comprising a second target-hybridizing sequence that is SEQ ID NO: 35; performing an in vitro nucleic acid amplification reaction, wherein any HAV target nucleic acid present in said sample is used as a template for generating a HAV amplification product; and detecting the presence or absence of the HAV amplification product, thereby indicating the presence or absence of HAV in said sample.