mhurhangee/ep-ind-claims huggingface dataset:
A method for providing licensed execution of a software program in a virtual computing environment, comprising: - installing said software program on a virtual machine, - installing a license manager associated with said software program on a real machine, and - executing said software program on said virtual machine by accessing said license manager installed on said real machine, wherein said software program and said license manager are bundled in a block of software, characterized in, that said method further comprises installing at least a portion of said block of software on a host computer system by: - detecting whether said host computer system is a virtual machine, and - upon detection of a virtual machine, aborting installation of said license manager on the detected virtual machine and carrying out said installation of said software program on said virtual machine. - installing said software program on a virtual machine, - installing a license manager associated with said software program on a real machine, and - executing said software program on said virtual machine by accessing said license manager installed on said real machine, - detecting whether said host computer system is a virtual machine, and - upon detection of a virtual machine, aborting installation of said license manager on the detected virtual machine and carrying out said installation of said software program on said virtual machine.
Marine drilling riser joint, adapted for the securement of one or more umbilicals thereto, the riser joint comprising: - a riser pipe; - one or more peripheral lines (5a, 5b) extending parallel to the riser pipe; - one or more buoyancy modules (6a, 6b, 6c, 6d, 6e) arranged circumferentially around the riser pipe; - connector fitting arrangements at each end thereof; the marine drilling riser joint further comprising one or more umbilical gutter assemblies (8a, 8b), connected to or formed integral in an outer surface of a buoyancy module on the exterior of the marine drilling riser joint and provided parallel to the riser pipe, the umbilical gutter assembly comprising: - an umbilical gutter adapted to accommodate one or more umbilicals; the marine drilling riser joint being characterized by a resilient gutter cover (82a, 82b), which is elastically deformable by a loom tool, which resilient gutter cover in a closed position covers the umbilical gutter and in an elastically deformed position provides a working clearance to allow the one or more umbilicals to be introduced into the umbilical gutter. - a riser pipe; - one or more peripheral lines (5a, 5b) extending parallel to the riser pipe; - one or more buoyancy modules (6a, 6b, 6c, 6d, 6e) arranged circumferentially around the riser pipe; - connector fitting arrangements at each end thereof; - an umbilical gutter adapted to accommodate one or more umbilicals; the marine drilling riser joint being characterized by a resilient gutter cover (82a, 82b), which is elastically deformable by a loom tool, which resilient gutter cover in a closed position covers the umbilical gutter and in an elastically deformed position provides a working clearance to allow the one or more umbilicals to be introduced into the umbilical gutter.
A method of reusing energy of a work attachment (824, 824', 826, 826') of a wheel loader (800, 800'), the method comprising: opening hydraulic fluid flow through a first flow control device, the first flow control device fluidly connected between an accumulator and a head chamber of a first hydraulic cylinder (130; 830, 830'), wherein the first hydraulic cylinder is connected to a boom (824, 824') of the work attachment (824, 824', 826, 826'); compressing the head chamber by moving a piston and rod of the first hydraulic cylinder (130, 830, 830') with the work attachment (824, 824', 826, 826') and thereby charging the accumulator with the hydraulic fluid flow; and simultaneously actuating a second hydraulic cylinder (160, 860, 860') for tilting a bucket (826, 826') of the work attachment (824, 824', 826, 826') by opening hydraulic fluid flow through a second flow control device connected between the second hydraulic cylinder (160, 860, 860') and the head chamber of the first hydraulic cylinder (130, 830, 830') and thereby positioning the bucket (826, 826') of the work attachment (824, 824', 826, 826') to a loading configuration with the second hydraulic cylinder (160, 860, 860'), in which during downward movement of the boom (824, 824') the bucket (826, 826') simultaneously tilts upwards. opening hydraulic fluid flow through a first flow control device, the first flow control device fluidly connected between an accumulator and a head chamber of a first hydraulic cylinder (130; 830, 830'), wherein the first hydraulic cylinder is connected to a boom (824, 824') of the work attachment (824, 824', 826, 826'); compressing the head chamber by moving a piston and rod of the first hydraulic cylinder (130, 830, 830') with the work attachment (824, 824', 826, 826') and thereby charging the accumulator with the hydraulic fluid flow; and simultaneously actuating a second hydraulic cylinder (160, 860, 860') for tilting a bucket (826, 826') of the work attachment (824, 824', 826, 826') by opening hydraulic fluid flow through a second flow control device connected between the second hydraulic cylinder (160, 860, 860') and the head chamber of the first hydraulic cylinder (130, 830, 830') and thereby positioning the bucket (826, 826') of the work attachment (824, 824', 826, 826') to a loading configuration with the second hydraulic cylinder (160, 860, 860'), in which during downward movement of the boom (824, 824') the bucket (826, 826') simultaneously tilts upwards.
A test method for testing a solid-propellant rocket engine comprising: - a mass of solid propellant; - a casing extending along an axis and comprising two annular end portions (6, 7) opposite to each other along said axis; - a heat protection arranged to coat an inner surface of the casing and delimiting a housing containing said mass of solid propellant; said heat protection including a coating portion comprising: - a fixed portion, coating at least one of said annular end portions and - at least one movable portion, which has a first face that adheres to the mass of solid propellant and can be moved between a back position, where it is closer to the fixed portion, and a forward position, where it is more distant from the fixed portion; the method comprising the steps of: - moving the movable portion to the forward position; - checking the adhesion of the mass of solid propellant to the movable portion and/or any defects after the moving step; characterized in that the movement of the movable portion to the forward position is made by exerting, on the movable portion, a thrust oriented from the fixed portion towards the mass of solid propellant. - a mass of solid propellant; - a casing extending along an axis and comprising two annular end portions (6, 7) opposite to each other along said axis; - a heat protection arranged to coat an inner surface of the casing and delimiting a housing containing said mass of solid propellant; - a fixed portion, coating at least one of said annular end portions and - at least one movable portion, which has a first face that adheres to the mass of solid propellant and can be moved between a back position, where it is closer to the fixed portion, and a forward position, where it is more distant from the fixed portion; - moving the movable portion to the forward position; - checking the adhesion of the mass of solid propellant to the movable portion and/or any defects after the moving step;
A method of detecting a suction event of a blood pump, the method comprising: determining a flow waveform of blood flow through the blood pump; identifying a pulse in the flow waveform; evaluating the pulse to detect the suction event by: locating a suction marker reference point in the pulse based on a midpoint in a diastolic segment of the pulse; identifying a suction marker location in the pulse where a suction marker flow minimum (SMF MIN) is reached; and using the suction marker location to identify a probability of occurrence of the suction event. determining a flow waveform of blood flow through the blood pump; identifying a pulse in the flow waveform; evaluating the pulse to detect the suction event by: locating a suction marker reference point in the pulse based on a midpoint in a diastolic segment of the pulse; identifying a suction marker location in the pulse where a suction marker flow minimum (SMF MIN) is reached; and using the suction marker location to identify a probability of occurrence of the suction event. locating a suction marker reference point in the pulse based on a midpoint in a diastolic segment of the pulse; identifying a suction marker location in the pulse where a suction marker flow minimum (SMF MIN) is reached; and using the suction marker location to identify a probability of occurrence of the suction event.
A signal processing device comprising: a priority information generation unit configured to generate priority information indicating a priority of an audio object to a decoding device on a basis of at least one element expressing a feature of the audio object, wherein the at least one element is a distance and/or an angle between a reference position and the audio object in a space.
An austenite steel having excellent ductility comprising: 8 wt% to 15 wt% of manganese (Mn); 3 wt% or less, excluding 0 wt%, of copper; a content of carbon satisfying relationships of 33.5C + Mn ≥ 25 and 33.5C - Mn ≤ 23; 2 wt% to 8 wt% of chromium (Cr.); and optionally one or more selected from 0.05 wt% or less, excluding 0 wt%, of titanium (Ti), 0.1 wt% or less, excluding 0 wt%, of niobium (Nb) and 0.002 wt% to 0.2 wt% of nitrogen, and iron (Fe) as well as unavoidable impurities as a remainder. 8 wt% to 15 wt% of manganese (Mn); 3 wt% or less, excluding 0 wt%, of copper; a content of carbon satisfying relationships of 33.5C + Mn ≥ 25 and 33.5C - Mn ≤ 23; 2 wt% to 8 wt% of chromium (Cr.); and optionally one or more selected from 0.05 wt% or less, excluding 0 wt%, of titanium (Ti), 0.1 wt% or less, excluding 0 wt%, of niobium (Nb) and 0.002 wt% to 0.2 wt% of nitrogen, and iron (Fe) as well as unavoidable impurities as a remainder.
A method of selecting a peptide of interest, the method comprising the steps of: a) preparing a peptide library using an mRNA-displayed cow antibody scaffold polypeptide comprising the peptide of interest to be identified; b) selecting the peptide of interest from the peptide library by contacting a target molecule with the peptide of interest wherein the target molecule is immobilized on a solid support or is in solution; and c) identifying the amino acid sequence of the peptide of interest, wherein the cow antibody scaffold polypeptide comprises the sequence MGCTSVHQETKKYQS(X*) c SYTYNYEHVDVWGCGSADYKDDDDKKK (SEQ ID NO: 3) wherein (X*) c is a random sequence of amino acids, and wherein X* is an amino acid sequence and c is the number of amino acids in the random sequence of amino acids. a) preparing a peptide library using an mRNA-displayed cow antibody scaffold polypeptide comprising the peptide of interest to be identified; b) selecting the peptide of interest from the peptide library by contacting a target molecule with the peptide of interest wherein the target molecule is immobilized on a solid support or is in solution; and c) identifying the amino acid sequence of the peptide of interest, wherein the cow antibody scaffold polypeptide comprises the sequence MGCTSVHQETKKYQS(X*) c SYTYNYEHVDVWGCGSADYKDDDDKKK (SEQ ID NO: 3) wherein (X*) c is a random sequence of amino acids, and wherein X* is an amino acid sequence and c is the number of amino acids in the random sequence of amino acids.
A compound selected from the group consisting of: or a pharmaceutically acceptable salt thereof; or a pharmaceutically acceptable salt thereof; or a pharmaceutically acceptable salt thereof; or a pharmaceutically acceptable salt thereof. or a pharmaceutically acceptable salt thereof; or a pharmaceutically acceptable salt thereof; or a pharmaceutically acceptable salt thereof; or a pharmaceutically acceptable salt thereof.
Square mashed netting with strap-like mesh legs, formed by knitted longitudinal mesh legs and knitted connection points, wherein the cross mesh legs are formed as a strap-like warp knit fabric, corresponding to the longitudinal mesh legs regarding their structure and appearance, characterized in that the strap-like warp knit fabric of the cross mesh legs has border wales in fringe lapping that have approximately half the denier of the other knitting stitches.
A display panel, comprising: a base substrate; an auxiliary electrode on the base substrate; a first electrode spaced apart from the auxiliary electrode when viewed in a plan view; a first light emitting unit on the auxiliary electrode and the first electrode; a conductive thin film layer on the first light emitting unit; a second light emitting unit on the conductive thin film layer; a first contact hole through at least the first light emitting unit, the conductive thin film layer, and the second light emitting unit to expose the auxiliary electrode; an insulating layer including a first part disposed in the first contact hole; and a second electrode including a first electrode part and a second electrode part, the first electrode part being on the first part of the insulating layer and having at least a portion in the first contact hole, and the second electrode part overlapping the first electrode when viewed in a plan view, the second electrode part being on the second light emitting unit, wherein a first portion of the first part of the insulating layer is between the first electrode part and the conductive thin film layer to insulate the first electrode part from the conductive thin film layer. a base substrate; an auxiliary electrode on the base substrate; a first electrode spaced apart from the auxiliary electrode when viewed in a plan view; a first light emitting unit on the auxiliary electrode and the first electrode; a conductive thin film layer on the first light emitting unit; a second light emitting unit on the conductive thin film layer; a first contact hole through at least the first light emitting unit, the conductive thin film layer, and the second light emitting unit to expose the auxiliary electrode; an insulating layer including a first part disposed in the first contact hole; and a second electrode including a first electrode part and a second electrode part, the first electrode part being on the first part of the insulating layer and having at least a portion in the first contact hole, and the second electrode part overlapping the first electrode when viewed in a plan view, the second electrode part being on the second light emitting unit, wherein a first portion of the first part of the insulating layer is between the first electrode part and the conductive thin film layer to insulate the first electrode part from the conductive thin film layer.
Plastic-clad steel pipeline for transporting media, such as liquids or gases, having a cladding comprising at least two layers (3, 4) separately applied thermoplastically to the pipes of the pipeline, characterised in that the individual layers (3, 4) are bonded to one another only non-positively in the course of the cladding, wherein at least the surface of one layer (3, 4) is provided with a coating in the contact plane which increases the static friction of the friction partners.
Process for preparing cephradine, said process comprising a. converting D-dihydrophenylglycine (DHPG) into an activated form (DHPGa) which is an amide or an ester; and b. reacting 7-aminodesacetoxy-cephalosporanic acid (7-ADCA) with D-dihydrophenylglycine in activated form (DHPGa) in the presence of a penicillin acylase in an aqueous reaction mixture to form cephradine, characterized in that at least step (a) and step (b) of the process are carried out under anaerobic conditions. a. converting D-dihydrophenylglycine (DHPG) into an activated form (DHPGa) which is an amide or an ester; and b. reacting 7-aminodesacetoxy-cephalosporanic acid (7-ADCA) with D-dihydrophenylglycine in activated form (DHPGa) in the presence of a penicillin acylase in an aqueous reaction mixture to form cephradine,
Bottle box with a floor, a receiving device (40; 44) for bottles and several side walls defining a bottle box opening, characterised in that a side wall or at least a substantial part thereof is articulated on the bottle box such that it can be swivelled over the bottle box opening in the direction, preferably completely, to the oppositely-situated side wall, the floor on the side of the side wall forms a drawn-up floor edge; and the swivellable side wall has at the centre of its lower edge a U-shaped recess which in interaction with a correspondingly-formed depression in the drawn-up bottom edge serves as a grip opening and facilitates the folding up of the side wall.
A damping device (15, 15', 15", 15'") designed to impede the transmission of vibrations to a further element, comprising: - an oscillating beam element, which extends mainly parallel to an axis, is constrained to said further element and is designed to flexurally oscillate, in use, in a plane parallel to said axis to counter the transmission of vibrations to said further element; - an actuator, which comprises a transmission element (32, 32", 32'") operatively connected to said beam element and extending mainly along said axis; said actuator being controllable to apply a direct tensile or compressive load along said axis on said transmission element (32, 32", 32'") that is variable according to the frequency of the vibrations to be dampened; characterized in that said beam element is tubular and in that said transmission element (32, 32", 32'") is partly housed inside said beam element; said damping device (15, 15', 15", 15'") further comprising a mass operatively connected to said beam element and arranged at an axial end of said beam element. - an oscillating beam element, which extends mainly parallel to an axis, is constrained to said further element and is designed to flexurally oscillate, in use, in a plane parallel to said axis to counter the transmission of vibrations to said further element; - an actuator, which comprises a transmission element (32, 32", 32'") operatively connected to said beam element and extending mainly along said axis;
Fluid rotary machine having a housing, a shaft which is guided out of the housing and a sensor arrangement having a transmitter, which is operatively connected to the shaft, and a receiver, wherein the sensor arrangement has an accommodation area in which the transmitter is arranged, and the accommodation area is fluidically connected to the interior of the housing and is sealed to the outside, characterized in that the receiver is arranged outside the housing and the accommodation area, wherein the sensor arrangement has a sensor housing in which the accommodation area is arranged, and the transmitter has a carrier element which interacts with the sensor housing with low friction.
A battery, comprising: one or more battery cells, wherein each battery cell comprises a plurality of battery cell segments (114a, 114b... 114m, 114n) internal to the battery cell, a segmented anode sheet acting as an anode, a segmented cathode sheet acting as a cathode, a negative electrode and a positive electrode, wherein each battery cell segment (114a, 114b... 114m, 114n) comprises: an anode segment (132m, 132n) being a segment of the segmented anode sheet; a cathode segment (140m, 140n) being a segment of the segmented cathode sheet; one or more insulators (126, 210) configured to both electrically and chemically insulate each battery cell segment from adjacent battery cell segments of the plurality of battery cell segments (114a, 114b... 114m, 114n); and one or more current limiters (122m, 122n, 144m, and 144n) each electrically connected to the negative electrode and the anode segment or to the positive electrode and the cathode segment, wherein the one or more current limiters are configured to electrically isolate the battery cell segment from the negative or positive electrode the one or more limiters are electrically connected to when a short circuit occurs within the battery cell segment. an anode segment (132m, 132n) being a segment of the segmented anode sheet; a cathode segment (140m, 140n) being a segment of the segmented cathode sheet; one or more insulators (126, 210) configured to both electrically and chemically insulate each battery cell segment from adjacent battery cell segments of the plurality of battery cell segments (114a, 114b... 114m, 114n); and one or more current limiters (122m, 122n, 144m, and 144n) each electrically connected to the negative electrode and the anode segment or to the positive electrode and the cathode segment, wherein the one or more current limiters are configured to electrically isolate the battery cell segment from the negative or positive electrode the one or more limiters are electrically connected to when a short circuit occurs within the battery cell segment.
A pharmaceutical composition comprising a testosterone ester (C≤12), water, a first additive, and a second additive; wherein: the first additive is a reaction mixture from the reaction of castor oil with ethylene oxide; the second additive is a caprylic/capric triglyceride; and the pharmaceutical composition has been formulated for administration nasally. the first additive is a reaction mixture from the reaction of castor oil with ethylene oxide; the second additive is a caprylic/capric triglyceride; and the pharmaceutical composition has been formulated for administration nasally.
Apparatus for controlling a device for transporting blood in a blood conduit of an extracorporeal blood circuit of an extracorporeal blood treatment apparatus, comprising means (28; 62) for setting a particular volume flow for the blood flowing in the blood conduit, means (27; 61) for producing a control signal for the device for transporting blood in the blood conduit, which means are designed such that a control signal for the device for transporting blood is of such a size that the blood in the blood conduit is transported at the predetermined volume flow rate, means (28; 62) for setting a particular first limit value for the pressure in the blood conduit, means (27; 64, 65) for determining the pressure in the blood conduit, and means (27; 61) for comparing the pressure in the blood conduit with the predetermined first limit value for the pressure in the blood conduit, an alarm device which triggers an alarm at a particular second limit value for the pressure in the blood conduit, wherein the first limit value is above the second limit value, wherein the means (27, 61) for producing a control signal for the device for transporting blood are configured such that a control signal for the device for transporting blood is produced when the predetermined first limit value for the pressure in the blood conduit is reached, which control signal is of such a size that when the blood is transported in the blood conduit, a pressure is produced that corresponds to the first limit value.