mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying a renal allograft recipient at risk of allograft rejection comprising the steps of (a) determining the expression levels of a preselected gene set comprising the 7 genes ANXA5, TSC22D1, AP1M1, CLK1, EFTUD2, SENP6, and SENP7; in a blood specimen obtained from the renal allograft recipient; (b) comparing the expression levels of the preselected genes with the expression levels of the preselected genes in a control, and (c) determining the recipient is at risk for allograft rejection if the expression level of one or more genes in the gene set in the specimen is altered from the expression level of the same one or more gene set genes in the control. (a) determining the expression levels of a preselected gene set comprising the 7 genes ANXA5, TSC22D1, AP1M1, CLK1, EFTUD2, SENP6, and SENP7; in a blood specimen obtained from the renal allograft recipient; (b) comparing the expression levels of the preselected genes with the expression levels of the preselected genes in a control, and (c) determining the recipient is at risk for allograft rejection if the expression level of one or more genes in the gene set in the specimen is altered from the expression level of the same one or more gene set genes in the control.
A method for the production of secondary metabolites, the method comprising: (a) transforming Synechocystis sp. bacteria with one or more of a polyketide synthase gene, a peptide synthetase gene, or a fatty acid synthase gene required for production of secondary metabolites; (b) culturing the Synechocystis sp. bacteria under conditions suitable for the expression of the one or more genes required for production of the secondary metabolites; and (c) purifying the secondary metabolites from the bacteria, wherein said Synechocystis sp. bacteria express an exogenous phosphopantetheinyl transferase from Nodularia spumigena. (a) transforming Synechocystis sp. bacteria with one or more of a polyketide synthase gene, a peptide synthetase gene, or a fatty acid synthase gene required for production of secondary metabolites; (b) culturing the Synechocystis sp. bacteria under conditions suitable for the expression of the one or more genes required for production of the secondary metabolites; and (c) purifying the secondary metabolites from the bacteria,
Sliding patio doors comprising a bottom sill having parallel rails and a first sliding door and a second sliding door that can be moved over the rails in order to open and close the sliding patio doors, wherein the first sliding door has been provided with a first base profile at the bottom side, to which base profile a first running carriage has been attached and the second sliding door has been provided with a second base profile at the bottom side, to which base profile a second running carriage has been attached with which the sliding doors travel alongside each other over their individual rail, wherein the first running carriage has been provided with a first running wheel and a first flight and the second running carriage has been provided with a second running wheel and a second flight, wherein the first flight and the second flight have been positioned for in travel direction contacting each other as a result of which the one sliding door takes along the other sliding door, wherein the first running carriage has been provided with a first adjusting foot to which the first running wheel has been bearing mounted, wherein the first adjusting foot is adjustable relative to the first base profile in order to adjust the height of the first sliding door relative to its rail at the location of the first running carriage, characterized in that the first flight has been attached to the first adjusting foot.
A field device calibrator comprising: a first loop communication module operably coupleable to a process communication loop, the first loop communication module being configured to communicate completely digitally; a second loop communication module operably coupleable to the process communication loop; a controller coupled to the first and second loop communication modules (120, 118); characterised in that it has detection circuitry operably coupleable to the process communication loop; and the controller is coupled to the detection circuitry, the controller being configured to test the type of the process communication prior to calibration using the detection circuitry and to communicate with and calibrate the field device depending on the type of process communication detected, In a calibration source disposed within the calibrator for generating a, known input to the field device.
A system for interaction with a user comprising: a display; a sensor configured to detect an object and generate data related to the object; and a controller configured to determine a first pose of the object 120) from the data and display a first representative image representing said first pose of said object on the display and to determine a second pose of the object and display a second representative image representing said second pose of said object on the display, wherein the second representative image is associated with a displayed element, wherein the object comprises a hand; and characterized in that: the second pose comprises a closed hand pose; and wherein the controller is configured such that a position of the displayed element may be manipulated by manipulating the position of the object when the second representative image is associated with the displayed element. a display; a sensor configured to detect an object and generate data related to the object; and a controller configured to determine a first pose of the object 120) from the data and display a first representative image representing said first pose of said object on the display and to determine a second pose of the object and display a second representative image representing said second pose of said object on the display, wherein the second representative image is associated with a displayed element, wherein the object comprises a hand; and characterized in that: the second pose comprises a closed hand pose; and wherein the controller is configured such that a position of the displayed element may be manipulated by manipulating the position of the object when the second representative image is associated with the displayed element. the second pose comprises a closed hand pose; and wherein the controller is configured such that a position of the displayed element may be manipulated by manipulating the position of the object when the second representative image is associated with the displayed element.
An ultrasonic fluid measurement instrument comprising: a fluid channel having a measurement part forming a plurality of split channels by means of a plurality of partition boards, halfway across the fluid channel; at least a pair of ultrasonic transmitter-receivers (16, 17) that transmit ultrasonic waves into fluid flowing through the split channels and receive ultrasonic waves that have passed through fluid; and an arithmetic unit that calculates at least one of flow velocity and flow volume of fluid according to propagation time of ultrasonic waves from the ultrasonic transmitter-receivers (16, 17), wherein the measurement part is provided with an approach channel (5, 6) for preliminarily rectifying fluid flowing to the split channels, characterized in that L is set to be longer than H, assuming that H is the height of the short side of the ultrasonic fluid measurement instrument, and L is the length of the approach channel (5, 6) in the flow direction, the approach channel (5, 6) has a fixed size of cross section in the direction of the fluid flow, the thickness of the partition boards is set to be shorter than the wavelength of ultrasonic waves from the ultrasonic transmitter-receivers (16, 17), and the partition boards are mounted slopewise toward one of an upstream side and downstream side. a fluid channel having a measurement part forming a plurality of split channels by means of a plurality of partition boards, halfway across the fluid channel; at least a pair of ultrasonic transmitter-receivers (16, 17) that transmit ultrasonic waves into fluid flowing through the split channels and receive ultrasonic waves that have passed through fluid; and an arithmetic unit that calculates at least one of flow velocity and flow volume of fluid according to propagation time of ultrasonic waves from the ultrasonic transmitter-receivers (16, 17), wherein the measurement part is provided with an approach channel (5, 6) for preliminarily rectifying fluid flowing to the split channels, characterized in that L is set to be longer than H, assuming that H is the height of the short side of the ultrasonic fluid measurement instrument, and L is the length of the approach channel (5, 6) in the flow direction, the approach channel (5, 6) has a fixed size of cross section in the direction of the fluid flow, the thickness of the partition boards is set to be shorter than the wavelength of ultrasonic waves from the ultrasonic transmitter-receivers (16, 17), and the partition boards are mounted slopewise toward one of an upstream side and downstream side.
Handheld kitchen appliance with a retaining device for bringing together cable-like elements (6, 8), having a clamping section for receiving the elements (6, 8), which clamping section has at least two clamping elements (16, 18) aligned in the closed position, wherein an actuation section is provided for transferring the clamping elements (16, 18) into an open position, which actuation section is disposed on either side of a pivot axis in relation to the clamping section, wherein the handheld kitchen appliance has a power cable (6, 8) for power supply, and wherein the retaining device is embodied to receive the power cable (6, 8), wherein the arrangement of the actuation section in relation to the clamping section is embodied on either side of the pivot axis as a rocker-like arrangement, and wherein the pivot axis runs through a connecting section connecting the clamping elements (16, 18) to each other, wherein the actuation section has two actuation elements (42, 44) with stable form, which are embodied as extensions of the clamping elements (16, 18) extending beyond the pivot axis, characterised in that the clamping elements (16, 18) and the actuation elements (42, 44) with stable form are embodied in a plate-like manner.
A method for determining parameter values associated with an electrical grid, the electrical grid having a point of interconnection where the electrical grid is electrically coupled to a power source, the method comprising: measuring real power at the point of interconnection of the electrical grid to obtain a plurality of real power values (Pn); measuring reactive power at the point of interconnection of the electrical grid to obtain a plurality of reactive power values (Qn); measuring a voltage at the point of interconnection of the electrical grid to obtain a plurality of voltage values (Vn); characterized in that the method further comprises: estimating parameter values of the electrical grid utilizing the plurality of real power values (Pn), the plurality of reactive power values (Qn), and the plurality of voltage values (Vn), and a mathematical estimation technique; and controlling a windfarm comprising a plurality of wind turbines (14,15,16) to generate electrical power to the electrical grid based upon the parameter values, and wherein the parameter values of the electrical grid comprise an electrical line resistance value (r), an electrical line reactance value (x), and a phasor voltage (V g) and are determined from the following equation: P n + jQ n = V n 2 − V n ⋅ V g e − j θ r − jx measuring real power at the point of interconnection of the electrical grid to obtain a plurality of real power values (Pn); measuring reactive power at the point of interconnection of the electrical grid to obtain a plurality of reactive power values (Qn); measuring a voltage at the point of interconnection of the electrical grid to obtain a plurality of voltage values (Vn); characterized in that the method further comprises: estimating parameter values of the electrical grid utilizing the plurality of real power values (Pn), the plurality of reactive power values (Qn), and the plurality of voltage values (Vn), and a mathematical estimation technique; and controlling a windfarm comprising a plurality of wind turbines (14,15,16) to generate electrical power to the electrical grid based upon the parameter values, and wherein the parameter values of the electrical grid comprise an electrical line resistance value (r), an electrical line reactance value (x), and a phasor voltage (V g) and are determined from the following equation: P n + jQ n = V n 2 − V n ⋅ V g e − j θ r − jx estimating parameter values of the electrical grid utilizing the plurality of real power values (Pn), the plurality of reactive power values (Qn), and the plurality of voltage values (Vn), and a mathematical estimation technique; and controlling a windfarm comprising a plurality of wind turbines (14,15,16) to generate electrical power to the electrical grid based upon the parameter values, and wherein the parameter values of the electrical grid comprise an electrical line resistance value (r), an electrical line reactance value (x), and a phasor voltage (V g) and are determined from the following equation: P n + jQ n = V n 2 − V n ⋅ V g e − j θ r − jx
A burning apparatus for railway repair, defining an axis and comprising: an air compressor assembly including an inlet opening and an outlet opening, and a combustion assembly connected to the outlet opening of the air compressor assembly, wherein the air compressor assembly and the combustion assembly are axially disposed along the axis, and wherein the air compressor assembly compresses air into the combustion assembly, wherein the air compressor assembly further comprises: a body axially disposed along the axis, a motor including a motor shaft and disposed in the body, and a propeller driven by the motor through the motor shaft and guiding air into the body, characterised in that the body comprises: an outer housing, and an inner housing disposed in the outer housing and connected to the outer housing, the motor disposed therein, wherein the inner housing and the outer housing defining an air passage therebetween, and the propeller guides air from the air compressor assembly into the combustion assembly through the air passage. an air compressor assembly including an inlet opening and an outlet opening, and a combustion assembly connected to the outlet opening of the air compressor assembly, wherein the air compressor assembly and the combustion assembly are axially disposed along the axis, and wherein the air compressor assembly compresses air into the combustion assembly, wherein the air compressor assembly further comprises: a body axially disposed along the axis, a motor including a motor shaft and disposed in the body, and a propeller driven by the motor through the motor shaft and guiding air into the body, a body axially disposed along the axis, a motor including a motor shaft and disposed in the body, and a propeller driven by the motor through the motor shaft and guiding air into the body, characterised in that the body comprises: an outer housing, and an inner housing disposed in the outer housing and connected to the outer housing, the motor disposed therein, wherein the inner housing and the outer housing defining an air passage therebetween, and the propeller guides air from the air compressor assembly into the combustion assembly through the air passage. an outer housing, and an inner housing disposed in the outer housing and connected to the outer housing, the motor disposed therein, wherein the inner housing and the outer housing defining an air passage therebetween, and the propeller guides air from the air compressor assembly into the combustion assembly through the air passage.
A method of preserving virtual memory in a computer system, comprising: identifying a preserved virtual memory allocation that is populated with state by an application, wherein the preserved virtual memory allocation is identified by the application using an API to select reboot-persistent virtual memory; shutting down the application, leaving physical memory and paging files associated with the preserved virtual memory allocation undisturbed; rebooting an operating system in the computer system without modifying the preserved virtual memory allocation; restarting the application after the operating system has been rebooted; and reconnecting the application to the preserved virtual memory allocation. identifying a preserved virtual memory allocation that is populated with state by an application, wherein the preserved virtual memory allocation is identified by the application using an API to select reboot-persistent virtual memory; shutting down the application, leaving physical memory and paging files associated with the preserved virtual memory allocation undisturbed; rebooting an operating system in the computer system without modifying the preserved virtual memory allocation; restarting the application after the operating system has been rebooted; and reconnecting the application to the preserved virtual memory allocation.
Method for producing a Seebeck leg module with a prespecified number of Seebeck legs (12, 14) which are arranged between two ceramic supports, wherein the ceramic supports, at least on their sides which face the Seebeck legs (12, 14), are composed of an electrically insulating material, wherein the Seebeck legs (12, 14) are connected to one another in a prespecified order by metal connectors, and wherein the metal connectors are connected to the respective Seebeck legs (12, 14) by means of contact-making layers, characterized in that the prespecified number of Seebeck legs (12, 14) are divided into a prespecified number of module rows (10, 10'), wherein in each case two adjacent Seebeck legs (12, 14) of one module row (10, 10') are electrically and mechanically connected to one another by a metal connector, wherein the individual metal connectors are arranged in the form of a continuous chain (20, 20') and are connected to one another by means of a connecting web in each case, wherein the connecting webs are severed after completion of the electrical and mechanical connection between the Seebeck legs (12, 14) and the metal connectors.
Method for the electrical discharge machining of workpieces by electrical discharge pulses (22, 23, 31, 32, 83, 84) generated by a power module of an electrical discharge machine between a tool electrode and a workpiece, characterized in that for a number N1 of occurring electrical discharge pulses (22, 23, 31, 32, 61, 62, 63), the discharge voltage Ubr of each electrical discharge pulses is acquired and stored, whereby a front discharge voltage Ubr,front and a side discharge voltage Ubr,side is determined out of the amount of N1 stored discharge voltages (22, 23, 31, 32, 61, 62, 63) and the voltage Uhps produced by the power module of the generator is adjusted in function of the determined front discharge voltage Ubr,front to provoke the generation of front discharges pulses between the tool electrode and the workpiece.
A method for setting the transmission power of a radio transmission of a transmitting radio, the method comprising: determining the position of a first radio and of a second radio (12, 13), wherein for determining the position geo location information are used; calculating the distance (D1, D2) between the first radio and the second radio (12, 13) based on the determined positions of the first and second radio (11, 12, 13); calculating the attenuation of a radio transmission from the transmitting first radio to the receiving second radio (12, 13) based on the calculated distance; and setting the transmission power of the transmitting first radio based on the calculated attenuation of the radio transmission, wherein setting the transmission power of the transmitting first radio includes determining altitude information of the transmitting first radio and the receiving second radio (12, 13) based on geo location information, and setting the transmission power based on the calculated attenuation between the radios, a predetermined necessary signal-to-noise-ratio between the transmitting first radio and the receiving second radio and the determined altitude information. determining the position of a first radio and of a second radio (12, 13), wherein for determining the position geo location information are used; calculating the distance (D1, D2) between the first radio and the second radio (12, 13) based on the determined positions of the first and second radio (11, 12, 13); calculating the attenuation of a radio transmission from the transmitting first radio to the receiving second radio (12, 13) based on the calculated distance; and setting the transmission power of the transmitting first radio based on the calculated attenuation of the radio transmission, wherein setting the transmission power of the transmitting first radio includes determining altitude information of the transmitting first radio and the receiving second radio (12, 13) based on geo location information, and setting the transmission power based on the calculated attenuation between the radios, a predetermined necessary signal-to-noise-ratio between the transmitting first radio and the receiving second radio and the determined altitude information.