mhurhangee/ep-ind-claims huggingface dataset:
An endoscopic treatment tool (1, 51), comprising a treatment part which is adapted to conduct treatment of tissue within a body cavity; an operation part which is adapted to operate the treatment part; an operation shaft member which connects the treatment part and the operation part; and a coil sheath part through which the operation shaft member passes so that the operation shaft member is capable of forward or backward movement, wherein the coil sheath part comprises a first coil sheath formed by helically winding one, two, or three wires; and a second coil sheath that has a lower compressive resistance than the first coil sheath, and that has a higher rotation follow-up capability than the first coil sheath, wherein the first coil sheath and the second coil sheath are disposed so as to coaxially and radially overlap; a first end part and a second end part of the second coil sheath are respectively connected to the treatment part and the operation part so as to be incapable of relative rotation around an axis of the second coil sheath; a first end part of the first coil sheath is incapable of moving in the axial direction relative to the treatment part, wherein the operation part includes a main body in which a sliding space elongated in a longitudinal direction inside the main body is formed and a slider slidingly coupled to the main body and configured to be capable of relatively sliding with respect to the main body, the operation shaft member connects the treatment part and the slider, the operation shaft member is capable of moving relative to the main body in an axial direction of the operation shaft member, the first end part and a second end part of the first coil sheath are respectively connected to the treatment part and the main body so as to be incapable of moving relative to the treatment part and the main body in the axial direction of the first coil sheath, the operation part, the second coil sheath and the treatment part rotate relative to the first coil sheath, characterized in that, the second end part of the second coil sheath is capable of freely moving in an axial direction relative to the first coil sheath; the second end part of the second coil sheath is connected to a sliding member which is configured to freely slide inside the sliding space in an axial direction of the second coil sheath; the second end part of the second coil sheath and the sliding member are inserted into the sliding space and freely slide inside the sliding space in an axial direction of the first coil sheath, the second end part of the second coil sheath and the sliding member are configured to be incapable of rotating around the axis of the second coil sheath relative to the main body; and the sliding member slides inside the sliding space in the axial direction of the second coil sheath in accordance with a difference in length between the first coil sheath and the second coil sheath that occurs when bending the coil sheath part.
A pesticidal mixture comprising a component A and a component B, wherein component A is a compound of formula I wherein L is a direct bond or methylene; A 1 and A 2 are C-H; R 1 is ethyl or trifluoroethyl; R 2 is trifluoromethyl; each R 3 is independently chloro or fluoro; R 4 is methyl; R 5 is hydrogen; p is 2 or 3; and component B is a fungicide selected from azoxystrobin, cyproconazole and a compound of formula IIIA L is a direct bond or methylene; A 1 and A 2 are C-H; R 1 is ethyl or trifluoroethyl; R 2 is trifluoromethyl; each R 3 is independently chloro or fluoro; R 4 is methyl; R 5 is hydrogen; p is 2 or 3;
A parking assistance apparatus comprising: a processor configured to extract a parking space from a surrounding image of a vehicle and to generate an image having a target parking position (Ti) in overlap with the parking space, the surrounding image being captured by an imaging apparatus provided in the vehicle; and a memory configured to store history information associating a parking position of the vehicle with the parking space; wherein the processor is configured to adjust a position of the target parking position (Ti) in the image on the basis of statistical processing of the history information, characterized in that statistical processing is executed on a plurality of deviation rates, calculated by the processor and stored in the memory as the history information, which respectively indicate the extent to which a past parking position of the vehicle deviates from the center of the parking space. a processor configured to extract a parking space from a surrounding image of a vehicle and to generate an image having a target parking position (Ti) in overlap with the parking space, the surrounding image being captured by an imaging apparatus provided in the vehicle; and a memory configured to store history information associating a parking position of the vehicle with the parking space; wherein the processor is configured to adjust a position of the target parking position (Ti) in the image on the basis of statistical processing of the history information, characterized in that statistical processing is executed on a plurality of deviation rates, calculated by the processor and stored in the memory as the history information, which respectively indicate the extent to which a past parking position of the vehicle deviates from the center of the parking space.
A method for producing a variable heavy domain that binds specifically to a target antigen, the method comprising: a) providing a library, preferably a nucleic acid display library, of chimeric, unpaired VH domains wherein diversity lies in the FR1-FR3 regions, wherein the FR1-FR3 region sequences of said domains are human sequences, and wherein each member of the library comprises the CDR3 region sequence from the VH domain of a reference antibody, preferably a rodent, lagomorph, avian, camelid, shark, or human antibody, that binds specifically to the target antigen; b) optionally introducing, preferably by random mutagenesis, additional amino acid sequence diversity into the library of step (a); c) contacting the library with the antigen; d) selecting from the library at least one chimeric, unpaired VH that binds specifically to the target antigen, thereby producing a VH domain that binds specifically to the target antigen; and e) optionally introducing, preferably by random mutagenesis, additional amino acid sequence diversity into the VH domain(s) selected in step (d). a) providing a library, preferably a nucleic acid display library, of chimeric, unpaired VH domains wherein diversity lies in the FR1-FR3 regions, wherein the FR1-FR3 region sequences of said domains are human sequences, and wherein each member of the library comprises the CDR3 region sequence from the VH domain of a reference antibody, preferably a rodent, lagomorph, avian, camelid, shark, or human antibody, that binds specifically to the target antigen; b) optionally introducing, preferably by random mutagenesis, additional amino acid sequence diversity into the library of step (a); c) contacting the library with the antigen; d) selecting from the library at least one chimeric, unpaired VH that binds specifically to the target antigen, thereby producing a VH domain that binds specifically to the target antigen; and e) optionally introducing, preferably by random mutagenesis, additional amino acid sequence diversity into the VH domain(s) selected in step (d).
A method of manufacturing a cylindrical trielectrode cell, the method comprising: a step of preparing a cylindrical can having an electrode assembly housed therein; a step of manufacturing a reference electrode assembly by coupling lithium metal to one side of a reference electrode lead; a step of separating the cap assembly coupled to an open top end of the cylindrical can; a step of inserting the reference electrode assembly such that the lithium metal is inserted into the electrode assembly and one side of the reference electrode lead is drawn out of the cylindrical can; a step of coupling the separated cap assembly to the open top end of the cylindrical can; a step of mounting a holder to surround a side surface of the cap assembly and a side surface end of the cylindrical can; and a step of putting an adhesive inside the holder and hardening the adhesive. a step of preparing a cylindrical can having an electrode assembly housed therein; a step of manufacturing a reference electrode assembly by coupling lithium metal to one side of a reference electrode lead; a step of separating the cap assembly coupled to an open top end of the cylindrical can; a step of inserting the reference electrode assembly such that the lithium metal is inserted into the electrode assembly and one side of the reference electrode lead is drawn out of the cylindrical can; a step of coupling the separated cap assembly to the open top end of the cylindrical can; a step of mounting a holder to surround a side surface of the cap assembly and a side surface end of the cylindrical can; and a step of putting an adhesive inside the holder and hardening the adhesive.
Drive system for a wind turbine with - a transmission unit comprising at least one planet wheel stage (11, 12), which has a hollow wheel (114, 124), several planet wheels (113, 123), a planet carrier (112, 122) and a sun wheel (111, 121), - a first shaft associated with the transmission unit, which has a coupling flange that can be elastically connected to a work machine shaft or rotor shaft and is mounted via the planet carrier, - a gear case enclosing the transmission unit and a motor unit or generator unit connected to a second shaft of the transmission unit, which gear case has a cardanic circumferentially symmetrical or partially symmetrical suspension for connection to a supporting structural element of the wind turbine, characterised in that the cardanic suspension is formed by a ring support fully circumferentially radially enclosing the gear case, which ring support has several essentially equidistantly arranged drill holes in the circumferential direction, into which elastic bolts are inserted which can be connected to a corresponding torque support (71, 72) on the supporting structural element of the wind turbine, or the cardanic suspension is formed by two ring segment supports (13a, 13b) partially circumferentially radially enclosing the gear case, each of which has several essentially equidistantly arranged drill holes in the circumferential direction, into which elastic bolts are inserted which can be connected to corresponding torque supports (71a, 72a) on the supporting structural element of the wind turbine. - a transmission unit comprising at least one planet wheel stage (11, 12), which has a hollow wheel (114, 124), several planet wheels (113, 123), a planet carrier (112, 122) and a sun wheel (111, 121), - a first shaft associated with the transmission unit, which has a coupling flange that can be elastically connected to a work machine shaft or rotor shaft and is mounted via the planet carrier, - a gear case enclosing the transmission unit and a motor unit or generator unit connected to a second shaft of the transmission unit, which gear case has a cardanic circumferentially symmetrical or partially symmetrical suspension for connection to a supporting structural element of the wind turbine,
A thin film piezoelectric device, comprising: a piezoelectric element including: a lower electrode disposed over a first region of a substrate; a first piezoelectric layer having a first polarization disposed over the lower electrode; a second piezoelectric layer having the first polarization disposed over the first piezoelectric layer; an intervening layer disposed between the first and second piezoelectric layers (315, 325) in at least a portion of the first region, wherein the intervening layer is of a different composition than that of the first and second piezoelectric layers, wherein the intervening layer comprises a first layer that interfaces the first piezoelectric layer, a second layer that interfaces the second piezoelectric layer, and a third layer between the first layer and the second layer, and wherein each of the first layer and the second layer is at least one of Pt, Ir, an alloy thereof, or an oxide thereof, wherein the first layer is in direct contact with the first piezoelectric layer, the second layer is in direct contact with the second piezoelectric layer, and wherein the third layer is one of a Ti, W, or TiW layer; and an upper electrode disposed over the second piezoelectric layer; wherein the piezoelectric element is in fluid communication with a pumping chamber of a microfluidic device, or wherein the piezoelectric element is disposed over a sealed cavity of an ultrasonic transducer. a lower electrode disposed over a first region of a substrate; a first piezoelectric layer having a first polarization disposed over the lower electrode; a second piezoelectric layer having the first polarization disposed over the first piezoelectric layer; an intervening layer disposed between the first and second piezoelectric layers (315, 325) in at least a portion of the first region, wherein the intervening layer is of a different composition than that of the first and second piezoelectric layers, wherein the intervening layer comprises a first layer that interfaces the first piezoelectric layer, a second layer that interfaces the second piezoelectric layer, and a third layer between the first layer and the second layer, and wherein each of the first layer and the second layer is at least one of Pt, Ir, an alloy thereof, or an oxide thereof, wherein the first layer is in direct contact with the first piezoelectric layer, the second layer is in direct contact with the second piezoelectric layer, and wherein the third layer is one of a Ti, W, or TiW layer; and an upper electrode disposed over the second piezoelectric layer;
A device for filling a can with sliver, which is produced in a spinning preparation installation, e.g. a draw frame, a carding machine or a combing machine, wherein the device is adapted to accommodate simultaneously an empty and a full can, including a silver coiling head with a revolving coiler plate, wherein at least the revolving coiler plate is supported to be displaceable, wherein the device includes at least one guiding device for the sliver, characterized in that the at least one guiding device is adaptable to the course of the sliver during the displacement procedure of the revolving coiler plate.
An excess temperature indicator for providing a visual indication of past exposure of the indicator to an elevated temperature exceeding a threshold temperature, the indicator comprising: (a) an upper layer having a viewable outer surface and a heat-fusible inner surface; (b) a viewing window in the upper layer; (c) a wick attached to the inner surface of the upper layer, the wick having a first portion disposed to be viewable through the viewing window; (d) a reservoir of indicator material disposed in wicking contact with the wick, the indicator material being heat-fusible in response to exposure of the indicator to said elevated temperature to provide a wickable liquid indicator, the liquid indicator being transported along the wick to change the visual appearance of the wick; (e) a base layer (20, 114) covering the wick; (f) a region of fused upper layer material attaching the wick to the upper layer; and (g) a window seal between the upper layer and the wick, the window seal extending around the viewing window to prevent migration of the indicator material from the wick into the upper layer and comprising an area of fused upper layer material extending across the viewing window, characterized in that the region of fused upper layer material provides a moderate strength bond between the wick and the upper layer and the window seal provides a high strength bond between the wick and the upper layer, and in that the wick has a second portion disposed away from the viewing window, the reservoir of indicator material being disposed in wicking contact with the second portion of the wick; (a) an upper layer having a viewable outer surface and a heat-fusible inner surface; (b) a viewing window in the upper layer; (c) a wick attached to the inner surface of the upper layer, the wick having a first portion disposed to be viewable through the viewing window; (d) a reservoir of indicator material disposed in wicking contact with the wick, the indicator material being heat-fusible in response to exposure of the indicator to said elevated temperature to provide a wickable liquid indicator, the liquid indicator being transported along the wick to change the visual appearance of the wick; (e) a base layer (20, 114) covering the wick; (f) a region of fused upper layer material attaching the wick to the upper layer; and (g) a window seal between the upper layer and the wick, the window seal extending around the viewing window to prevent migration of the indicator material from the wick into the upper layer and comprising an area of fused upper layer material extending across the viewing window, characterized in that the region of fused upper layer material provides a moderate strength bond between the wick and the upper layer and the window seal provides a high strength bond between the wick and the upper layer, and in that the wick has a second portion disposed away from the viewing window, the reservoir of indicator material being disposed in wicking contact with the second portion of the wick;
Household appliance comprising a fluid-carrying flow line system and a maintenance product container that is detachably received in the household appliance, in which container a maintenance product that is suitable for the maintenance of the flow line system and has a solid aggregate state is contained, the maintenance product container being received in the household appliance such that the opening of said container is in the geocentric direction, i.e. points downwards, and, in order to carry out a maintenance programme, a spray device being present which protrudes into the opening of the maintenance product container for spraying the maintenance product with a liquid, thereby producing a solution of the maintenance product as needed, characterised in that the maintenance product container can be inserted into a carriage which is movably guided by suitable guide means and the carriage can be entirely removed from the household appliance.
A method for calculating torque being produced by a turbocharged internal combustion engine during acceleration under load, the method comprising: during acceleration under load, 1) processing a data value for actual boost and a data value (MAP_NOMINAL) for boost selected from a boost map that contains data values for boost, each of which represents boost that would prevail during steady state engine operation at a respective speed with the engine developing a respective torque and each of which is correlated with a respective set of data values for engine speed and torque, the selection being made using a data value for engine speed and a data value (TQI_SP) for estimated torque that possesses some inaccuracy due to some disparity between the data value for actual boost and the data value (MAP_NOMINAL) selected from the map, to yield a boost disparity data value (MAP_DELTAP) representing disparity between the data value for actual boost and the data value (MAP_NOMINAL) for boost selected from the map, and 2) processing the boost disparity data value (MAP_DELTAP) and the data value (TQI_SP) for estimated torque to select from a torque map that contains data values (TQI_DELTAP) for calculated torque, each of which is correlated with a respective set of data values (MAP_DELTAP) for boost disparity and estimated torque (TQI_SP), a data value (TQI_DELTAP) for calculated torque correlated with the boost disparity data value (MAP_DELTAP) and the data value (TQI_SP) for estimated torque. 1) processing a data value for actual boost and a data value (MAP_NOMINAL) for boost selected from a boost map that contains data values for boost, each of which represents boost that would prevail during steady state engine operation at a respective speed with the engine developing a respective torque and each of which is correlated with a respective set of data values for engine speed and torque, the selection being made using a data value for engine speed and a data value (TQI_SP) for estimated torque that possesses some inaccuracy due to some disparity between the data value for actual boost and the data value (MAP_NOMINAL) selected from the map, to yield a boost disparity data value (MAP_DELTAP) representing disparity between the data value for actual boost and the data value (MAP_NOMINAL) for boost selected from the map, and 2) processing the boost disparity data value (MAP_DELTAP) and the data value (TQI_SP) for estimated torque to select from a torque map that contains data values (TQI_DELTAP) for calculated torque, each of which is correlated with a respective set of data values (MAP_DELTAP) for boost disparity and estimated torque (TQI_SP), a data value (TQI_DELTAP) for calculated torque correlated with the boost disparity data value (MAP_DELTAP) and the data value (TQI_SP) for estimated torque.
A method of screening for the onset or predisposition to the onset of a large intestine neoplasm or monitoring the progress of a large intestine neoplasm in an individual, said method comprising assessing the level of expression of one or more genes or transcripts selected from: (i) the gene, genes or transcripts detected by Affymetrix probeset IDs: 205935_at; and/or (ii) FOXF1 in a biological sample from said individual wherein a lower level of expression of the genes or transcripts of group (i) and/or group (ii) relative to control levels is indicative of a neoplastic large intestine cell or a cell predisposed to the onset of a neoplastic state. (i) the gene, genes or transcripts detected by Affymetrix probeset IDs: 205935_at; and/or (ii) FOXF1