mhurhangee/ep-ind-claims huggingface dataset:
A method for switching the type of gases loaded on a ship, which is provided with: a hull; a tank provided in the hull and storing either ammonia or carbon dioxide; a supply line through which the other of the ammonia and the carbon dioxide is supplied to the tank; a first discharge line through which mixed gas of the ammonia and the carbon dioxide is discharged from the tank; and a water tank provided in the hull and storing water, the method comprising: discharging mixed gas of ammonia and carbon dioxide from the tank through the first discharge line when the other of the ammonia and the carbon dioxide is supplied to the tank through the supply line; and introducing the mixed gas, which is discharged from the tank through the first discharge line, to the water tank. a hull; a tank provided in the hull and storing either ammonia or carbon dioxide; a supply line through which the other of the ammonia and the carbon dioxide is supplied to the tank; a first discharge line through which mixed gas of the ammonia and the carbon dioxide is discharged from the tank; and a water tank provided in the hull and storing water, the method comprising: discharging mixed gas of ammonia and carbon dioxide from the tank through the first discharge line when the other of the ammonia and the carbon dioxide is supplied to the tank through the supply line; and introducing the mixed gas, which is discharged from the tank through the first discharge line, to the water tank. discharging mixed gas of ammonia and carbon dioxide from the tank through the first discharge line when the other of the ammonia and the carbon dioxide is supplied to the tank through the supply line; and introducing the mixed gas, which is discharged from the tank through the first discharge line, to the water tank.
A biopsy system comprising: (a) a biopsy device (100, 101), wherein the biopsy device comprises a probe couplable to a holster; (b) an outer cannula, wherein the outer cannula extends distally from the probe and defines a lateral aperture; (c) a cutter, wherein the cutter is movable relative to the outer cannula and is configured to sever tissue protruding through the aperture; (d) a tissue sample holder, wherein the tissue sample holder is detachably coupled to a proximal end of the probe; (e) a vacuum source, wherein the vacuum source is configured to apply vacuum to the cutter; (f) a cutter actuation assembly including a sleeve secured to the cutter, a gear, and a nut member, wherein the sleeve includes a threaded section having external threading, wherein the gear is disposed coaxially about the sleeve and is operable to rotate the cutter via the sleeve, wherein the nut member includes internal threading positioned to engage the external threading of the sleeve such that the internal threading and external threading are operable to translate the cutter in response to rotation of the cutter, wherein cutter actuation assembly is configured, in a cutting cycle, to retract the cutter to a proximal position relative to the lateral aperture, advance the cutter to a distal position in order to cut tissue positioned in the lateral aperture, and oscillate the cutter proximally and distally after advancing to the distal position. (a) a biopsy device (100, 101), wherein the biopsy device comprises a probe couplable to a holster; (b) an outer cannula, wherein the outer cannula extends distally from the probe and defines a lateral aperture; (c) a cutter, wherein the cutter is movable relative to the outer cannula and is configured to sever tissue protruding through the aperture; (d) a tissue sample holder, wherein the tissue sample holder is detachably coupled to a proximal end of the probe; (e) a vacuum source, wherein the vacuum source is configured to apply vacuum to the cutter; (f) a cutter actuation assembly including a sleeve secured to the cutter, a gear, and a nut member, wherein the sleeve includes a threaded section having external threading, wherein the gear is disposed coaxially about the sleeve and is operable to rotate the cutter via the sleeve, wherein the nut member includes internal threading positioned to engage the external threading of the sleeve such that the internal threading and external threading are operable to translate the cutter in response to rotation of the cutter, wherein cutter actuation assembly is configured, in a cutting cycle, to retract the cutter to a proximal position relative to the lateral aperture, advance the cutter to a distal position in order to cut tissue positioned in the lateral aperture, and oscillate the cutter proximally and distally after advancing to the distal position.
Closure arrangement for a laundry treatment appliance, such as a washing machine or a tumble dryer comprising a loading opening arranged in a housing wall, on which loading opening a door comprising a bowl-shaped window is pivotally mounted by means of a hinge arrangement, and the hinge arrangement being arranged opposite a latch for engaging in the door, characterised in that the bowl-shaped window is fastened to a support made of glass, to which the hinge arrangement and the latch are fixed using an adhesive.
Method for protecting data, at least comprising the steps: Selecting data in a first location of a screen, Copying the selected data to a memory, Determining if the selected or copied data represents confidential information, Setting a flag to mark the copied data in that memory as confidential data in case it is determined that the copied data represents confidential information, Pasting the copied data into a second location of the screen, and Deleting the copied data and the flag from the memory in case an encrypted data transfer is started within a predefined time after pasting the copied data. Selecting data in a first location of a screen, Copying the selected data to a memory, Determining if the selected or copied data represents confidential information, Setting a flag to mark the copied data in that memory as confidential data in case it is determined that the copied data represents confidential information, Pasting the copied data into a second location of the screen, and Deleting the copied data and the flag from the memory in case an encrypted data transfer is started within a predefined time after pasting the copied data.
A medical device, comprising: an elongate member, including: a distal end, and a channel extending through the elongate member to the distal end; and a distal tip at the distal end of the elongate member; and an illumination unit extending through the channel to the distal tip, wherein the illumination unit is configured to illuminate an area distal to the distal tip, and wherein the illumination unit includes: a light source configured to emit light, a near-field diffuser (223, 223') configured to diffuse a first portion of light emitted by the light source, and emit the diffused first portion of light into the area distal to the distal tip, a far-field aperture, wherein a second portion of light emitted by the light source is unobstructed as the second portion of light leaves the light source, enters the aperture, and exits the aperture into the area distal to the distal tip. a distal end, and a channel extending through the elongate member to the distal end; and a distal tip at the distal end of the elongate member; and an illumination unit extending through the channel to the distal tip, wherein the illumination unit is configured to illuminate an area distal to the distal tip, and wherein the illumination unit includes: a light source configured to emit light, a near-field diffuser (223, 223') configured to diffuse a first portion of light emitted by the light source, and emit the diffused first portion of light into the area distal to the distal tip, a far-field aperture, wherein a second portion of light emitted by the light source is unobstructed as the second portion of light leaves the light source, enters the aperture, and exits the aperture into the area distal to the distal tip. a light source configured to emit light, a near-field diffuser (223, 223') configured to diffuse a first portion of light emitted by the light source, and emit the diffused first portion of light into the area distal to the distal tip, a far-field aperture, wherein a second portion of light emitted by the light source is unobstructed as the second portion of light leaves the light source, enters the aperture, and exits the aperture into the area distal to the distal tip.
A method of producing an immune cell expressing a CD138-specific chimeric antigen receptor, the method comprising transfecting ex vivo an immune cell with an expression vector that encodes the CAR and one or more hypoxia- responsive regulatory elements functionally related thereto.
A memory controller comprising: scrubber logic comprising circuitry to perform a first patrol scrub of a plurality of active segments of a memory, and, if no first uncorrectable error event is detected based on the first patrol scrub, to perform a second patrol scrub of one or more segments of the memory while the one or more segments are each available as a spare segment for the plurality of active segments; and sparer logic comprising circuitry to receive an indication of a first uncorrectable error event detected based on the first patrol scrub, wherein, of a first handler process and a second handler process, the sparer logic to signal only the first handler process in response to the indication of the first uncorrectable error event, the sparer logic further to receive an indication of a second uncorrectable error event detected based on the second patrol scrub, wherein, of the first handler process and the second handler process, the sparer logic to signal only the second handler process in response to the indication of the second uncorrectable error event, wherein signaling the first handler process results in a machine check exception. scrubber logic comprising circuitry to perform a first patrol scrub of a plurality of active segments of a memory, and, if no first uncorrectable error event is detected based on the first patrol scrub, to perform a second patrol scrub of one or more segments of the memory while the one or more segments are each available as a spare segment for the plurality of active segments; and sparer logic comprising circuitry to receive an indication of a first uncorrectable error event detected based on the first patrol scrub, wherein, of a first handler process and a second handler process, the sparer logic to signal only the first handler process in response to the indication of the first uncorrectable error event, the sparer logic further to receive an indication of a second uncorrectable error event detected based on the second patrol scrub, wherein, of the first handler process and the second handler process, the sparer logic to signal only the second handler process in response to the indication of the second uncorrectable error event, wherein signaling the first handler process results in a machine check exception.
A method for use in predicting sand production from a geomechanical reservoir system, the method comprising: receiving data indicative of plastic deformation, gradual sanding and massive sanding of material within the geomechanical reservoir system; computing, on a computer system, a value of one or more hardening parameters based on a first fit of a hardening model to the received plastic deformation data, wherein said hardening model models plastic deformation behavior of said material within the geomechanical reservoir system; computing, on a computer system, a value of a critical plastic strain based on a second fit of the geomechanical model comprising said hardening model to the received massive sanding data; computing, on a computer system, a value of at least one parameter of a production function based on a third fit of the geomechanical model comprising said production function to the received gradual sanding data and using a value of at least one value of said hardening parameters and said value of said critical plastic strain, wherein said production function predicts sand production from said geomechanical reservoir system; and outputting to a user interface device, a monitor, a computer readable storage medium, a local computer, or a computer that is part of a network, at least one value of said one or more hardening parameters, said value of said critical plastic strain, or said value of at least one parameter of said production function. receiving data indicative of plastic deformation, gradual sanding and massive sanding of material within the geomechanical reservoir system; computing, on a computer system, a value of one or more hardening parameters based on a first fit of a hardening model to the received plastic deformation data, wherein said hardening model models plastic deformation behavior of said material within the geomechanical reservoir system; computing, on a computer system, a value of a critical plastic strain based on a second fit of the geomechanical model comprising said hardening model to the received massive sanding data; computing, on a computer system, a value of at least one parameter of a production function based on a third fit of the geomechanical model comprising said production function to the received gradual sanding data and using a value of at least one value of said hardening parameters and said value of said critical plastic strain, wherein said production function predicts sand production from said geomechanical reservoir system; and outputting to a user interface device, a monitor, a computer readable storage medium, a local computer, or a computer that is part of a network, at least one value of said one or more hardening parameters, said value of said critical plastic strain, or said value of at least one parameter of said production function.
A wireless communication method, comprising: receiving, by a terminal device, cell reselection priority information of Radio Resource Control, RRC, release information sent by a network device, wherein the cell reselection priority information comprises priority information and slice information; and determining, by the terminal device, a target cell for cell selection or reselection according to the priority information and the slice information; if the terminal device does not determine the target cell which satisfies a cell reselection rule, if there is second slice information pre-stored by the terminal device, performing, by the terminal device, cell search according to the pre-stored second slice information; if there is no second slice information pre-stored by the terminal device, performing, by the terminal device a cell reselection according to first slice information carried in system information of a currently camped cell; wherein slice information comprises at least one of: a slice identity, Network Slice Selection Assistance Information, NSSAI, a slice type or a service type, a cell identity, a cell identity range, a frequency point index, a Public Land Mobile Network, PLMN, and a Tracking Area, TA, identity. receiving, by a terminal device, cell reselection priority information of Radio Resource Control, RRC, release information sent by a network device, wherein the cell reselection priority information comprises priority information and slice information; and determining, by the terminal device, a target cell for cell selection or reselection according to the priority information and the slice information; if the terminal device does not determine the target cell which satisfies a cell reselection rule, if there is second slice information pre-stored by the terminal device, performing, by the terminal device, cell search according to the pre-stored second slice information; if there is no second slice information pre-stored by the terminal device, performing, by the terminal device a cell reselection according to first slice information carried in system information of a currently camped cell; wherein slice information comprises at least one of: a slice identity, Network Slice Selection Assistance Information, NSSAI, a slice type or a service type, a cell identity, a cell identity range, a frequency point index, a Public Land Mobile Network, PLMN, and a Tracking Area, TA, identity.
A pharmaceutical composition for use to prevent or treat an ischemic cerebrovascular disease, by intranasal administration, the composition comprising a linear Fas targeting peptide consisting of an amino acid sequence of SEQ ID NO: 1(YCDEHFCY), as an active ingredient.
A connector of a wiper blade device which connects a wiper blade selectively to a first wiper arm and a second wiper arm of different sizes, the connector comprising: a body which comprises a pair of sidewalls facing each other and an upper surface formed adjacent to the sidewalls; a pin insertion portion which is formed in the sidewalls in a widthwise direction of the body and into which a first pin of the first wiper arm or a second pin of the second wiper arm can be inserted; and a plurality of slits which are formed in the upper surface of the body along a lengthwise direction of the body, wherein the slits comprise a first slit into which a first leg of the first wiper arm can be inserted and a second slit into which a second leg of the second wiper arm can be inserted, wherein the slits further comprise a third slit which is symmetrical to the first slit with respect to a central axis in the lengthwise direction of the body, and wherein the slits further comprise a fourth slit which is symmetrical to the second slit with respect to the central axis in the lengthwise direction of the body, characterized in that the first slit, the second slit, the third slit, and the fourth slit are located on a same line along the widthwise direction of the body. a body which comprises a pair of sidewalls facing each other and an upper surface formed adjacent to the sidewalls; a pin insertion portion which is formed in the sidewalls in a widthwise direction of the body and into which a first pin of the first wiper arm or a second pin of the second wiper arm can be inserted; and a plurality of slits which are formed in the upper surface of the body along a lengthwise direction of the body, wherein the slits comprise a first slit into which a first leg of the first wiper arm can be inserted and a second slit into which a second leg of the second wiper arm can be inserted, wherein the slits further comprise a third slit which is symmetrical to the first slit with respect to a central axis in the lengthwise direction of the body, and wherein the slits further comprise a fourth slit which is symmetrical to the second slit with respect to the central axis in the lengthwise direction of the body, characterized in that the first slit, the second slit, the third slit, and the fourth slit are located on a same line along the widthwise direction of the body.
A functionalized elastomer comprising the reaction product of a living elastomeric polymer and a polymerization terminator of formula I, wherein the functionalized elastomer comprises repeat units of a diene monomer and optionally a vinyl aromatic monomer, and the functionalized elastomer comprises at least 92 percent by weight of cis 1,4 microstructure content based on the weight of the polydiene content of the functionalized elastomer wherein R 1 is selected from a C1 to C4 linear alkyl or from a C1 to C4 branched alkanediyl; X 1, X 2, X 3 are independently selected from O, S or from a group of formula or where R 2 is selected from a C1 to C18 linear or branched alkyl; Z is R 3, -OR 4 or -R 5 -X 4; R 3 and R 4 are independently selected from a C1 to C18 linear or branched alkyl; R 5 is selected from a C1 to C18 alkanediyl or dialkyl ether diyl; X 4 is a halogen or a group of the structure IV, V, VI, VII or VIII wherein R 6, R 7, R 8, R 9 and R 10 are independently selected from H or from a C1 to C8 alkyl; R 11 is selected from a C2 to C8 alkanediyl; R 12 and R 13 are independently selected from H, aryl or FROM C1 to C8 alkyl; and Q is N or a group of structure IX wherein R 14 is selected from a C1 to C8 alkyl.
A vehicle front structure comprising: a panel portion being arranged on an upper surface of a vehicle front portion; a headlight being arranged below a front end portion of the panel portion and being attached to a vehicle body; and a protrusion portion being provided at the front end portion of the panel portion and protruding toward an upper surface side of the headlight, wherein the headlight is fixed to the vehicle body in a manner incapable of being displaced in response to a load input from the protrusion portion, and is set so as to fracture due to the load input from the protrusion portion, characterized in that a fragile portion (40, 46) is formed in a region of the headlight, the region being opposed to the protrusion portion, the fragile portion (40, 46) being more fragile against a load from above a vehicle than other regions of an upper portion of the headlight, the fragile portion being set so as to serve as a cracking starting point in response to the load from above the vehicle. a panel portion being arranged on an upper surface of a vehicle front portion; a headlight being arranged below a front end portion of the panel portion and being attached to a vehicle body; and a protrusion portion being provided at the front end portion of the panel portion and protruding toward an upper surface side of the headlight, wherein the headlight is fixed to the vehicle body in a manner incapable of being displaced in response to a load input from the protrusion portion, and is set so as to fracture due to the load input from the protrusion portion, characterized in that a fragile portion (40, 46) is formed in a region of the headlight, the region being opposed to the protrusion portion, the fragile portion (40, 46) being more fragile against a load from above a vehicle than other regions of an upper portion of the headlight, the fragile portion being set so as to serve as a cracking starting point in response to the load from above the vehicle.
Reciprocating-piston internal combustion engine having at least one engine cylinder (2, 3) and at least one piston (5, 6) oscillating therein, and having at least one balancing mass which is driven in an oscillating manner by a crankshaft via a crank throw and a compensating connecting rod, and which is guided in a translatory fashion by means of a linear guide assigned in each case to the respective balancing mass, and a bearing for articulatedly connecting to the compensating connecting rod is disposed on the balancing mass in a middle portion, characterized in that at least two mutually spaced apart guide elements (18, 19) provided in the form of guide bolts (20, 21) fixedly connected to the engine housing constitute the linear guide for the balancing mass, and guide bores (31, 32) cooperating with the guide bolts (20,21) are provided in the distal end portions of the balancing mass, and the guide elements (18, 19) are positioned at a radial distance (37, 38) on either side of the crankshaft axis and are disposed spaced apart from one another in the axial direction with respect to the crankshaft axis and the bearing for articulated connecting to the balancing mass is disposed between the both of the guide elements (18, 19) spaced apart from each other.