mhurhangee/ep-ind-claims huggingface dataset:
Method of thermochemical-thermal treatment of reduced-carbon steels having a carbon content of 0.1 to 0.4 per cent by weight, in which an edge zone of a workpiece has been case-hardened relative to a core, comprising the following method steps: a) carbonitriding the edge zone of the workpiece at a fixed case hardening depth with a carbon content between 0.65 and 1.2 per cent by weight and a nitrogen content of at least 0.1 per cent by weight and at most 0.5 per cent by weight of nitrogen at a temperature between 850°C and 1000°C, b) cooling and performing an austenitization step at a material-dependent austenitization temperature between 800°C and 1000°C, c) treating the workpiece in the lower bainite range at a bainitization temperature of 150°C to 250°C until attainment of a volume content of bainite of at least 50 per cent by weight, d) cooling the workpiece to room temperature after attainment of a volume content of bainite of at least 50 per cent by weight in the carburized region, characterized in that, after method step b), the workpiece is cooled down to temperatures below the lower bainite range and, prior to performance of method step c), an intermediate annealing step is conducted at a temperature between 550°C and 650°C with a subsequent austenitization step at austenitization temperature. a) carbonitriding the edge zone of the workpiece at a fixed case hardening depth with a carbon content between 0.65 and 1.2 per cent by weight and a nitrogen content of at least 0.1 per cent by weight and at most 0.5 per cent by weight of nitrogen at a temperature between 850°C and 1000°C, b) cooling and performing an austenitization step at a material-dependent austenitization temperature between 800°C and 1000°C, c) treating the workpiece in the lower bainite range at a bainitization temperature of 150°C to 250°C until attainment of a volume content of bainite of at least 50 per cent by weight, d) cooling the workpiece to room temperature after attainment of a volume content of bainite of at least 50 per cent by weight in the carburized region, characterized in that, after method step b), the workpiece is cooled down to temperatures below the lower bainite range and, prior to performance of method step c), an intermediate annealing step is conducted at a temperature between 550°C and 650°C with a subsequent austenitization step at austenitization temperature.
A solid oxide-type cell (1, 8) comprising: a first electrode layer; a solid electrolyte layer on the first electrode layer, the solid electrolyte layer containing Zr; a middle layer on the solid electrolyte layer, the middle layer containing CeO 2 which also contains a rare earth element other than Ce; and an air electrode layer on the middle layer, wherein a boundary region between the solid electrolyte layer and the middle layer includes a basing point at which a molarity of the Ce and a molarity of the Zr are equal, in a top view, a part of the boundary region which is overlapped with an outer-peripheral portion of the middle layer is defined as a first boundary region, and another part of the boundary region which is overlapped with a center portion of the middle layer is defined as a second boundary region, a Ce content of at least a part of the first boundary region is different from a Ce content of the second boundary region, and the Ce content of the second boundary region is less than the Ce content of the first boundary region. a first electrode layer; a solid electrolyte layer on the first electrode layer, the solid electrolyte layer containing Zr; a middle layer on the solid electrolyte layer, the middle layer containing CeO 2 which also contains a rare earth element other than Ce; and an air electrode layer on the middle layer, wherein a boundary region between the solid electrolyte layer and the middle layer includes a basing point at which a molarity of the Ce and a molarity of the Zr are equal, in a top view, a part of the boundary region which is overlapped with an outer-peripheral portion of the middle layer is defined as a first boundary region, and another part of the boundary region which is overlapped with a center portion of the middle layer is defined as a second boundary region, a Ce content of at least a part of the first boundary region is different from a Ce content of the second boundary region, and the Ce content of the second boundary region is less than the Ce content of the first boundary region.
A method for purifying a protein by a porous membrane having a substrate surface coated with a polymer having protein adsorption ability, wherein a degree of multilayering of the porous membrane is 1.1 or more, comprising: an adsorption step of passing a stock solution containing an adsorption target protein through the porous membrane to allow the polymer to adsorb the adsorption target protein; and an elution step of passing an eluent through the porous membrane to allow the adsorption target protein that is adsorbed on the polymer to elute in the eluent, wherein in the elution step, at least one eluent is passed in an opposite direction with respect to a direction of passage of the stock solution in the adsorption step. an adsorption step of passing a stock solution containing an adsorption target protein through the porous membrane to allow the polymer to adsorb the adsorption target protein; and an elution step of passing an eluent through the porous membrane to allow the adsorption target protein that is adsorbed on the polymer to elute in the eluent, wherein in the elution step, at least one eluent is passed in an opposite direction with respect to a direction of passage of the stock solution in the adsorption step.
A method for generating reference signals used in Single User Spatial Multiplexing between a mobile terminal and an access node in a cellular communication network, the method comprising: - selecting (304, 404), from a plurality of groups of cyclic shift sets, a group of cyclic shift sets based on at least one of a transmission rank and a number of configured antennas of the mobile terminal, each group of cyclic shift sets comprising a plurality of cyclic shift sets; - receiving (306, 406), by the mobile terminal, a cyclic shift set indicator; characterized by - selecting (308, 408), from the selected group of cyclic shift sets, a cyclic shift set based on the received cyclic shift set indicator, each cyclic shift set comprising at least one parameter, wherein each parameter indicates a cyclic shift and wherein the cyclic shift sets of different groups of cyclic shift sets comprise a different number of parameters; and - generating (310, 410), based on at least one parameter of the selected cyclic shift set, at least one reference signal for one or more layers of a Single User Spatial Multiplexing transmission scheme to be simultaneously transmitted. - selecting (304, 404), from a plurality of groups of cyclic shift sets, a group of cyclic shift sets based on at least one of a transmission rank and a number of configured antennas of the mobile terminal, each group of cyclic shift sets comprising a plurality of cyclic shift sets; - receiving (306, 406), by the mobile terminal, a cyclic shift set indicator; characterized by - selecting (308, 408), from the selected group of cyclic shift sets, a cyclic shift set based on the received cyclic shift set indicator, each cyclic shift set comprising at least one parameter, wherein each parameter indicates a cyclic shift and wherein the cyclic shift sets of different groups of cyclic shift sets comprise a different number of parameters; and - generating (310, 410), based on at least one parameter of the selected cyclic shift set, at least one reference signal for one or more layers of a Single User Spatial Multiplexing transmission scheme to be simultaneously transmitted.
An analyzer comprising: a means for mounting a liquid container; a plurality of means for mounting, each, one of a plurality of tip containers accommodating respectively a plurality of pipette tips; each of the plurality of tip containers comprising a tip container body; wherein each of the plurality of means for mounting the plurality of a tip containers is provided with an open part for accommodating, each, one of the plurality of tip container bodies; a dispensing section arranged to equip a pipette tip accommodated in a tip container and dispense a quantity of liquid from the liquid container to a reaction container via the equipped pipette tip; a central processing unit arranged to prohibit a process of equipping the pipette tip by the dispensing section when a cover is detected on the tip container, and arranged to permit the process when no cover is detected; and a reaction detection section arranged to interrogate a property of the liquid in the reaction container; characterized in that a plurality of cover detecting sections are arranged to detect, each, a cover mounted on a tip container; wherein one of the plurality of cover detecting sections is provided in each of the plurality of open parts.
A method for operating a system for handling containers (10, 15), wherein said system for handling containers (10, 15) has a first handling device which handles the containers (10, 15) in a first predetermined manner, and at least one second handling device which handles the containers (10, 15) in a second predetermined manner, and a transport device (32, 34) which transports the containers from the first handling device to the second handling device, characterized in that a control device controls the handling of the containers (10, 15) by at least one of the two handling devices (4, 6) using at least one first physical parameter which is characteristic of environmental conditions at an operating site of the system and using at least one second physical parameter which is characteristic of a physical property of the containers to be handled, wherein at least one of these physical parameters (P1, P2) is determined and an operating recipe is determined independently of the system and taking this parameter (P1, P2) as a basis, which operating recipe is used by the control device to control at least one handling device and wherein the operating recipe is determined at least at a different location from the operating site and wherein the environmental conditions are taken into account and on the basis of this local conditions the operating recipe is obtained.
A liquid curable epoxy resin composition comprising a cycloaliphatic epoxy compound; a silica; and a phosphite ester, the cycloaliphatic epoxy compound having at least one alicyclic skeleton and two or more epoxy groups per molecule, wherein the phosphite ester is selected from the group consisting of bis(2,6-di-t-butyl-4-methylphenyl)pentaerythriol diphosphite, tris(2-ethylhexyl)phosphite, and triisodecyl phosphite.
A cleaning article for removable attachment to a handle and having a longitudinal axis, said cleaning article comprising: at least one layer of tow fibers, said tow fibers extending laterally outward from proximal ends juxtaposed with said longitudinal axis to distal ends laterally remote therefrom, said layer further having first and second opposed faces and defining a tow fiber width across said longitudinal axis between said distal ends of said fibers; and a generally planar sheet disposed on said first face of said at least one layer of tow fibers, said sheet having first and second opposed longitudinal edges defining a sheet width therebetween, characterized by said sheet being elastically contracted to have a sheet width predominantly less than said tow fiber width, wherein said distal ends of said tow fibers overhang the edges of said sheet. at least one layer of tow fibers, said tow fibers extending laterally outward from proximal ends juxtaposed with said longitudinal axis to distal ends laterally remote therefrom, said layer further having first and second opposed faces and defining a tow fiber width across said longitudinal axis between said distal ends of said fibers; and a generally planar sheet disposed on said first face of said at least one layer of tow fibers, said sheet having first and second opposed longitudinal edges defining a sheet width therebetween, characterized by said sheet being elastically contracted to have a sheet width predominantly less than said tow fiber width, wherein said distal ends of said tow fibers overhang the edges of said sheet.
A vertebral implant for treatment of spondylolisthesis, comprising: - an assembly configured to be secured to a first vertebral body, wherein the assembly includes a frame having a posterior end and anterior end, the frame includes a central section, a right lateral section, and a left lateral section, the central section includes a longitudinal member defining a lumen therethrough, the longitudinal member extends from the posterior end to the anterior end of the frame, - a reducing plate configured to be secured to a second vertebral body; and - an actuator configured to move the reducing plate relative to the frame, wherein, - the reducing plate is configured to be slidably received on the longitudinal member of the central section, - the central section, the right lateral section, and the left lateral section are integrally formed, - the assembly includes a first endplate and a second endplate, the first endplate coupled to the left lateral section of the frame and the second endplate coupled to the right lateral section of the frame. - an assembly configured to be secured to a first vertebral body, wherein the assembly includes a frame having a posterior end and anterior end, the frame includes a central section, a right lateral section, and a left lateral section, the central section includes a longitudinal member defining a lumen therethrough, the longitudinal member extends from the posterior end to the anterior end of the frame, - a reducing plate configured to be secured to a second vertebral body; and - an actuator configured to move the reducing plate relative to the frame, wherein, - the reducing plate is configured to be slidably received on the longitudinal member of the central section, - the central section, the right lateral section, and the left lateral section are integrally formed, - the assembly includes a first endplate and a second endplate, the first endplate coupled to the left lateral section of the frame and the second endplate coupled to the right lateral section of the frame.
A rubber composition, comprising a conjugated diene polymer, and a silica having a nitrogen adsorption specific surface area of 40 to 400 m 2 /g, the conjugated diene polymer being obtained by polymerizing a monomer component including a conjugated diene compound and a silicon-containing vinyl compound in the presence of a polymerization initiator represented by the following formula: wherein i represents 0 or 1; R 11 represents a C 1-100 hydrocarbylene group; R 12 and R 13 each represent an optionally substituted hydrocarbyl group or a trihydrocarbylsilyl group, or R 12 and R 13 are bonded to each other to form a hydrocarbylene group optionally containing at least one, as a hetero atom, selected from the group consisting of a silicon atom, a nitrogen atom, and an oxygen atom; and M represents an alkali metal atom, to produce a copolymer, and then reacting a compound containing at least one of a nitrogen atom and a silicon atom with an active terminal of the copolymer, wherein an amount of the conjugated diene polymer is 1 to 90% by mass and an amount of a polyisoprene-based rubber is 0 to 70% by mass, each based on 100% by mass of a rubber component of the rubber composition, and an amount of the silica is 10 to 150 parts by mass for each 100 parts by mass of the rubber component.
A computer program product for implementing a method for performing a scoped data recovery, the computer program product comprising one or more computer-readable storage media having stored thereon computer-executable instructions that, when executed by one or more processors of the computing system, cause the computing system to perform the method, the method comprising: an act of defining a disaster recovery policy that specifies which software applications among a plurality of different software applications are to be restored after a disastrous event has occurred; an act of receiving, from a generated virtual hard disk, difference data comprising data differences between data received from a user and one or more preloaded data images, the virtual hard disk being configured to receive the difference data from the user; wherein a logical backup representation is generated that includes data hash values for the preloaded data images as well as the difference data received from the user; an act of determining, based on the disaster recovery policy, which software application's data is to be restored; and an act of restoring the software application delta data to the user according to the policy. an act of defining a disaster recovery policy that specifies which software applications among a plurality of different software applications are to be restored after a disastrous event has occurred; an act of receiving, from a generated virtual hard disk, difference data comprising data differences between data received from a user and one or more preloaded data images, the virtual hard disk being configured to receive the difference data from the user; wherein a logical backup representation is generated that includes data hash values for the preloaded data images as well as the difference data received from the user; an act of determining, based on the disaster recovery policy, which software application's data is to be restored; and an act of restoring the software application delta data to the user according to the policy.
A knotless tissue repair construct (100, 200, 300, 500, 520, 540, 560, 580) comprising: An anchor body formed of a soft material, the anchor body having a proximal end, a distal end, and a longitudinal axis; a repair suture having a first end, a second end and a cannulated length, the first end fixedly coupled to the anchor body, the cannulated length interwoven along and through a first sidewall of the anchor body and the second end extending proximally from the anchor body proximal end; and a deploying suture interwoven repeatedly through and along the anchor body and also within the cannulated length of the repair suture that is interwoven along and through the first sidewall of the anchor body; wherein tension on the deploying suture is configured to change the anchor body to a deployed configuration; wherein the deploying suture is configured to operatively couple to the repair suture second end and draw the repair suture second end back through the anchor body and through the cannulated length, forming a repair loop, and wherein tension on the repair suture second end is configured to knotlessly lock the repair loop, characterized in that the deploying suture is configured to operatively couple to the repair suture second end and draw the repair suture second end back through the anchor body while the anchor body is in the deployed configuration. An anchor body formed of a soft material, the anchor body having a proximal end, a distal end, and a longitudinal axis; a repair suture having a first end, a second end and a cannulated length, the first end fixedly coupled to the anchor body, the cannulated length interwoven along and through a first sidewall of the anchor body and the second end extending proximally from the anchor body proximal end; and a deploying suture interwoven repeatedly through and along the anchor body and also within the cannulated length of the repair suture that is interwoven along and through the first sidewall of the anchor body; wherein tension on the deploying suture is configured to change the anchor body to a deployed configuration; wherein the deploying suture is configured to operatively couple to the repair suture second end and draw the repair suture second end back through the anchor body and through the cannulated length, forming a repair loop, and wherein tension on the repair suture second end is configured to knotlessly lock the repair loop, characterized in that the deploying suture is configured to operatively couple to the repair suture second end and draw the repair suture second end back through the anchor body while the anchor body is in the deployed configuration. suture second end and draw the repair suture second end back through the anchor body and through the cannulated length, forming a repair loop, and wherein tension on the repair suture second end is configured to knotlessly lock the repair loop, characterized in that the deploying suture is configured to operatively couple to the repair suture second end and draw the repair suture second end back through the anchor body while the anchor body is in the deployed configuration.
Disk brake for a brake disk ring of an azimuth drive of a wind power installation having a brake housing which comprises two housing halves (6, 7) which flank on opposite sides a receiving jaw for the brake disk ring, wherein in each housing half (6, 7) at least two brake pistons are mounted, which hydraulically pressurize friction lining carriers associated with the receiving jaw, wherein at least one housing half includes a cleansing channel which extends from a housing rear side to a housing front area, where the receiving jaw and the friction lining carriers are provided, characterized in that the cleansing channel, in the vicinity of the receiving jaw, is continued in a cleansing groove which is open towards a housing front side.
A communication receiver comprising: an input for receiving a radio frequency, RF, input signal; and at least one finite impulse response, FIR, discrete time filter, DTF that comprises: an input circuit comprising an input port for sampling the RF input signal at a sampling frequency that is within a tolerance of 10% of the frequency of the input RF input signal; and N parallel branches, each branch having a set of unit sampling capacitances, where each unit sampling capacitance is independently selectively coupleable to an output summing node; wherein the communication receiver is characterized in that the input circuit comprises a parallel input shunt inductance configured to resonate a reactive part of the equivalent input impedance of the N parallel branches around the sampling frequency, thereby converting an equivalent input impedance of the at least one FIR DTF at the sampling frequency to a real impedance; and the at least one FIR DTF is configured to directly perform down conversion of the RF input signal. an input for receiving a radio frequency, RF, input signal; and at least one finite impulse response, FIR, discrete time filter, DTF that comprises: an input circuit comprising an input port for sampling the RF input signal at a sampling frequency that is within a tolerance of 10% of the frequency of the input RF input signal; and N parallel branches, each branch having a set of unit sampling capacitances, where each unit sampling capacitance is independently selectively coupleable to an output summing node; wherein the communication receiver is characterized in that the input circuit comprises a parallel input shunt inductance configured to resonate a reactive part of the equivalent input impedance of the N parallel branches around the sampling frequency, thereby converting an equivalent input impedance of the at least one FIR DTF at the sampling frequency to a real impedance; and an input circuit comprising an input port for sampling the RF input signal at a sampling frequency that is within a tolerance of 10% of the frequency of the input RF input signal; and N parallel branches, each branch having a set of unit sampling capacitances, where each unit sampling capacitance is independently selectively coupleable to an output summing node; the at least one FIR DTF is configured to directly perform down conversion of the RF input signal.