mhurhangee/patent-ind-claim-en huggingface dataset:
A method for production of a nonwoven web, comprising: preparing a homogeneous mixture consisting of defibrated wood pulp and staple fibers being either viscose or lyocell; passing the homogeneous mixture through a perforated rotating cylinder onto a foraminous carrier; airforming the mixture to obtain at least one homogeneous airlaid web; hydroentangling the airlaid web to consolidate the web on at least one side; and drying the hydroentangled web to obtain the nonwoven web; wherein the airforming and hydroentangling is conducted in a continuous operation, a content of the defibrated wood pulp in the mixture is no less than 50 % by weight and a content of the staple fibers is no more than 50 % by weight, no binder, adhesive or thermal bonding fibers are utilized, a fiber length of the defibrated wood pulp is no more than 3.5 mm, a fiber length of the staple fibers is no less than 8.0 mm, a basis weight of the nonwoven web is from 20 g/m 2 to 100 g/m 2 , and a thickness of the nonwoven web is from 0.25 mm to 2 mm. preparing a homogeneous mixture consisting of defibrated wood pulp and staple fibers being either viscose or lyocell; passing the homogeneous mixture through a perforated rotating cylinder onto a foraminous carrier; airforming the mixture to obtain at least one homogeneous airlaid web; hydroentangling the airlaid web to consolidate the web on at least one side; and drying the hydroentangled web to obtain the nonwoven web; wherein the airforming and hydroentangling is conducted in a continuous operation, a content of the defibrated wood pulp in the mixture is no less than 50 % by weight and a content of the staple fibers is no more than 50 % by weight, no binder, adhesive or thermal bonding fibers are utilized, a fiber length of the defibrated wood pulp is no more than 3.5 mm, a fiber length of the staple fibers is no less than 8.0 mm, a basis weight of the nonwoven web is from 20 g/m 2 to 100 g/m 2 , and a thickness of the nonwoven web is from 0.25 mm to 2 mm.
A method for preparing coated lithiated graphite powder, characterized in that the lithiation of the powdered graphite occurs with lithium intercalation by a non-electrochemical process starting from metallic lithium, wherein, in a first process step, a powdered graphite is mixed with lithium metal powder and reacted by stirring, grinding and/or pressing to form Li graphite intercalates, and, depending on the desired final stoichiometry, the two mentioned raw materials are used at the molar ratio Li:C of 1: minimum 3 to 1: maximum 600, and a stabilizing coating layer is applied outside of an electrochemical cell by a non-electrochemical process, in which the coating agent is selected from: N 2 , CO 2 , CO, O 2 , N 2 O, NO, NO 2 , HF, F 2 , PF 3 , PF 5 , POF 3 , carbonic acid esters, lithium chelatoborate solutions, sulfur organic compounds, nitrogen-containing organic compounds, phosphoric acid or organic phosphorus-containing compounds, fluorine-containing organic and inorganic compounds and/or silicon-containing compounds.
A method of manufacturing an artificial turf fiber, the method comprising: - creating a polymer mixture comprising: • an LLDPE polymer in an amount of 60-99 % by weight of the polymer mixture, the LLDPE polymer having a density in a range of 0.918 g/cm 3 to 0.920 g/cm 3 ; • an LDPE polymer in an amount of 1-15% by weight of the polymer mixture, the LDPE polymer having a density in a range of 0.919 g/cm 3 to 0.921 g/cm 3 ; - extruding the polymer mixture into a monofilament ; - quenching the monofilament; - reheating the monofilament; - stretching the reheated monofilament to form the monofilament into the artificial turf fiber . - creating a polymer mixture comprising: • an LLDPE polymer in an amount of 60-99 % by weight of the polymer mixture, the LLDPE polymer having a density in a range of 0.918 g/cm 3 to 0.920 g/cm 3 ; • an LDPE polymer in an amount of 1-15% by weight of the polymer mixture, the LDPE polymer having a density in a range of 0.919 g/cm 3 to 0.921 g/cm 3 ; • an LLDPE polymer in an amount of 60-99 % by weight of the polymer mixture, the LLDPE polymer having a density in a range of 0.918 g/cm 3 to 0.920 g/cm 3 ; • an LDPE polymer in an amount of 1-15% by weight of the polymer mixture, the LDPE polymer having a density in a range of 0.919 g/cm 3 to 0.921 g/cm 3 ; - extruding the polymer mixture into a monofilament ; - quenching the monofilament; - reheating the monofilament; - stretching the reheated monofilament to form the monofilament into the artificial turf fiber .
Spectacle frame with a lens mount comprising two openings for receiving spectacle lenses and two slots each arranged one below the other at the terminal ends on the right and left for receiving one clip hinge element each, and comprising two clip hinge elements received by the slots , which engage in the lens mount at the terminal ends on the right and left, and two interchangeable spectacle temples which pivotally engage in the clip hinge elements on the right and left, characterized in that the clip hinge elements each include a fastening clip formed in a U-shape out of a flat material and two hinge eyes formed in one piece out of the fastening clip , comprising a hinge pin received by the hinge eyes , wherein the hinge eyes each include a cutout configured to receive the hinge pin , and wherein the mutually opposite hinge eyes are formed at an angle to each other out of a first leg of the fastening clip , wherein the hinge eyes point towards the opposite leg of the fastening clip , and wherein the fastening clip engages in the lens mount with the leg including the hinge eyes and with the opposite leg , which rest against the outer edge of the mount front and the mount inner side , wherein the leg including the hinge eyes rests against the mount front , and wherein the hinge eyes , proceeding from the leg of the fastening clip resting against the mount front , are guided through the slots of the lens mount , and on the mount side the spectacle temples each include three strips pointing in the longitudinal direction of the spectacle temples , which are configured in such a way that the centrally arranged strip has a U-shaped bracket angled at the mount-side end of the strip and the two outer strips each include a hook of U-shaped design at the mount-side end of the strips, wherein in an attached and open position of the spectacle temple the hooks formed at the mount-side ends of the strips extend in a U-shaped manner away from the wearer, and wherein the formed hooks each comprise an opening pointing in the longitudinal direction of the spectacle temple , through which the hinge pin can be guided into the hook , wherein due to the U-shaped configuration of the hooks , the spectacle temples engage in the hinge pin of the clip hinge element in a pivotally abutting manner, and wherein the hooks are offset towards the formed bracket by an S-shaped or step-shaped configuration of the strips forming the hooks in such a way that the bracket rests against a portion of the hinge pin guided into the hook in such a way that in an attached position of the spectacle temple the hinge pin does not move out of the opening of the hooks , wherein the bracket is configured in such a way that in an attached and open position of the spectacle temple at least one portion of a portion of the bracket facing the mount inner side flatly rests against the leg of the fastening clip resting against the mount inner side , and wherein the strips forming the bracket and the hooks are formed out of a flat material.
A method of determining blade tip timing measurement uncertainty comprising: a) measuring time of arrival of each of a set of blades at each of a reference set of stationary probes ; b) deriving a reference blade tip parameter from the measurements and the position of each of the probes ; c) calculating a reference condition number from the position of each of the probes and each targeted engine order; d) calculating a reference mean condition number from the reference condition numbers; e) defining an integer subset x and determining all combinations of x probes ; f) for each combination, calculating a condition number from the position of each probe of the reference set of probes and each targeted engine order; g) for each combination, calculating a combination mean condition number from the combination condition numbers; h) ordering the combination means from step g) relative to the reference mean and selecting a predetermined number of combinations; i) deriving a blade tip parameter from the measurements and the position of each probe of the selected combination; and j) calculating uncertainty of the blade tip parameter for each selected combination as a percentage of the reference blade tip parameter. a) measuring time of arrival of each of a set of blades at each of a reference set of stationary probes ; b) deriving a reference blade tip parameter from the measurements and the position of each of the probes ; c) calculating a reference condition number from the position of each of the probes and each targeted engine order; d) calculating a reference mean condition number from the reference condition numbers; e) defining an integer subset x and determining all combinations of x probes ; f) for each combination, calculating a condition number from the position of each probe of the reference set of probes and each targeted engine order; g) for each combination, calculating a combination mean condition number from the combination condition numbers; h) ordering the combination means from step g) relative to the reference mean and selecting a predetermined number of combinations; i) deriving a blade tip parameter from the measurements and the position of each probe of the selected combination; and j) calculating uncertainty of the blade tip parameter for each selected combination as a percentage of the reference blade tip parameter.
A multi-range on-site full-automatic pressure and electric signal calibration instrument, comprising: a housing ; operation and control components including a power switch and a plurality of interfaces incorporated in the housing and a gas pressure generation unit incorporated in the housing , a gas pressure control unit incorporated in the housing , a power supply unit incorporated in the housing , and a pressure detection unit incorporated in the housing , a pressure output port of the pressure control unit being communicated in parallel with two pressure connectors , one for installation of a gauge to be calibrated in the pressure detection unit and the other for installation of a pressure standard device in the pressure detection unit , the pressure control unit being in signal connection with the pressure standard device in the pressure detection unit , and the power supply unit being in electrical connection with the pressure detection unit , characterized in that the instrument further includes an electric signal detection unit ; the control components include a display and a keyboard ; the gas pressure generation unit is a gas pressurizing pump communicated with atmosphere, a pressure output pipe of the gas pressure generation unit being in communication with the gas pressure control unit ; the pressure standard device is a manually replaceable standard gauge of a different range or a plurality of switchable pressure modules of different ranges; the electric signal detection unit is in signal connection with the pressure control unit and the gauge to be calibrated in the pressure detection unit ; and the power supply unit is also in electrical connection with the gas pressure generation unit , the pressure control unit and the electric signal detection unit , respectively.
A flow measurement device comprising: a flexible tube fluidically coupled to and configured to flow fluid received from a pipe, preferably a production string , the flexible tube comprising an end fixed to the pipe and a throat (144 244, 245, 246, 247, 445, 448, 544) of reduced diameter, the throat residing between a first portion of the flexible tube converging along a flow direction of the fluid and a second portion of the flexible tube diverging along the flow direction of the fluid; an actuator coupled to the flexible tube, the actuator configured to move a wall of the flexible tube with respect to the fixed end of the flexible tube to change a position and a cross section of the throat; and a plurality of sensors coupled to the flexible tube, a first sensor of the plurality of sensors coupled to the first portion of the flexible tube and a second sensor of the plurality of sensors coupled to the second portion of the flexible tube, the first sensor configured to detect at least one fluid parameter of the fluid flowing upstream of the throat and the second sensor configured to detect at least one fluid parameter of the fluid flowing downstream of the throat. a flexible tube fluidically coupled to and configured to flow fluid received from a pipe, preferably a production string , the flexible tube comprising an end fixed to the pipe and a throat (144 244, 245, 246, 247, 445, 448, 544) of reduced diameter, the throat residing between a first portion of the flexible tube converging along a flow direction of the fluid and a second portion of the flexible tube diverging along the flow direction of the fluid; an actuator coupled to the flexible tube, the actuator configured to move a wall of the flexible tube with respect to the fixed end of the flexible tube to change a position and a cross section of the throat; and a plurality of sensors coupled to the flexible tube, a first sensor of the plurality of sensors coupled to the first portion of the flexible tube and a second sensor of the plurality of sensors coupled to the second portion of the flexible tube, the first sensor configured to detect at least one fluid parameter of the fluid flowing upstream of the throat and the second sensor configured to detect at least one fluid parameter of the fluid flowing downstream of the throat.
An anti-CD25 antibody or antigen-binding fragment thereof, comprising: a) a variable heavy chain region comprising the amino acid sequence of SEQ ID NO:1 or comprising the amino acid sequence of SEQ ID NO:2; and b) a variable light chain region comprising the amino acid sequence of SEQ ID NO:3 or comprising the amino acid sequence of SEQ ID NO:4. a) a variable heavy chain region comprising the amino acid sequence of SEQ ID NO:1 or comprising the amino acid sequence of SEQ ID NO:2; and b) a variable light chain region comprising the amino acid sequence of SEQ ID NO:3 or comprising the amino acid sequence of SEQ ID NO:4.
A converter comprising: a first bridge arm comprising a first switch unit (D1) and a second switch unit (D2) electrically coupled in series at an output terminal (AC); a second bridge arm comprising a first voltage source and a second voltage source electrically coupled in series at a neutral point terminal (O); characterised in that the converter further comprises: a switch circuit directly and electrically coupled to the neutral point terminal (O) and the output terminal (AC); and a voltage clamp circuit electrically coupled to the output terminal (AC), the neutral point terminal (O), and one of a positive input terminal (P) and a negative input terminal (N), the voltage clamp circuit configured to clamp a voltage across the switch circuit . a first bridge arm comprising a first switch unit (D1) and a second switch unit (D2) electrically coupled in series at an output terminal (AC); a second bridge arm comprising a first voltage source and a second voltage source electrically coupled in series at a neutral point terminal (O); characterised in that the converter further comprises: a switch circuit directly and electrically coupled to the neutral point terminal (O) and the output terminal (AC); and a voltage clamp circuit electrically coupled to the output terminal (AC), the neutral point terminal (O), and one of a positive input terminal (P) and a negative input terminal (N), the voltage clamp circuit configured to clamp a voltage across the switch circuit . a switch circuit directly and electrically coupled to the neutral point terminal (O) and the output terminal (AC); and a voltage clamp circuit electrically coupled to the output terminal (AC), the neutral point terminal (O), and one of a positive input terminal (P) and a negative input terminal (N), the voltage clamp circuit configured to clamp a voltage across the switch circuit .
A coating composition comprising for the production of matte clear coatings for the automotive industry organic solvent-based or water-based comprising at least one binder (A), optionally at least one crosslinking agent (B), and at least one silica-based (SiO 2 ) -based matting agent (M), characterized in that the coating composition comprises a combination of a) a silica-based (SiO 2 ) -based matting agent surface-modified with one or more waxes, and b) an organic matting agent based on a urea-methanal polymer, and c) polyamide particles. a) a silica-based (SiO 2 ) -based matting agent surface-modified with one or more waxes, and b) an organic matting agent based on a urea-methanal polymer, and c) polyamide particles.
An electrical apparatus for powering an electrical machine with two different energy sources, comprising an electrical drive system having a battery and a super capacitor , and an electrical machine , wherein the electrical machine comprises a rotor, a first separate multi-phase stator winding and a second separate multi-phase stator winding , wherein the drive system comprises a first multi-phase bridge inverter connected to the first multi-phase stator winding and where the capacitor is connected between the high potential side and the low potential side of the first multi-phase bridge inverter , wherein the drive system comprises a second multi-phase bridge inverter connected to the second multi-phase stator winding and where the battery is connected between the high potential side and the low potential side of the second multi-phase bridge inverter , wherein the apparatus further comprises a switch adapted to connect and disconnect the first multi-phase bridge inverter to and from the second multi-phase bridge inverter , where the high potential side of the first multi-phase bridge inverter is connected and disconnected to the high potential side of the second multi-phase bridge inverter and the low potential side of the first multi-phase bridge inverter is connected and disconnected to the low potential side of the second multi-phase bridge inverter , characterized in that said capacitor is a super capacitor, and said switch is opened at a predefined operation state of the electrical apparatus; when the drive system powers the electrical machine , such that the electrical machine is powered from the battery by the second multi-phase bridge inverter through the second multi-phase stator winding and that the electrical machine is powered from the super capacitor by the first multi-phase bridge inverter through the first multi-phase stator winding , or; when the voltage of the super capacitor is lower than the voltage of the battery when the electrical machine is used for regenerative braking, such that the regenerative braking energy charges the super capacitor to a voltage higher than the voltage of the battery , in order to reduce transient power that the battery has to deliver and receive. said capacitor is a super capacitor, and said switch is opened at a predefined operation state of the electrical apparatus; when the drive system powers the electrical machine , such that the electrical machine is powered from the battery by the second multi-phase bridge inverter through the second multi-phase stator winding and that the electrical machine is powered from the super capacitor by the first multi-phase bridge inverter through the first multi-phase stator winding , or; when the voltage of the super capacitor is lower than the voltage of the battery when the electrical machine is used for regenerative braking, such that the regenerative braking energy charges the super capacitor to a voltage higher than the voltage of the battery , in order to reduce transient power that the battery has to deliver and receive.
: A method for detecting an access disconnect, the method comprising: placing an acoustic sensor upstream of a venous access site on the venous side of a haemodialysis or other treatment machine; detecting a first heart beat of a patient; determining a first acoustic baseline signal from the first heart beat; sensing a second heart beat of the patient; determining a second acoustic signal from the second heart beat; comparing the second acoustic signal to the first acoustic baseline signal; and sending an alert if the step of comparing indicates that the access disconnect or a leak has occurred. placing an acoustic sensor upstream of a venous access site on the venous side of a haemodialysis or other treatment machine; detecting a first heart beat of a patient; determining a first acoustic baseline signal from the first heart beat; sensing a second heart beat of the patient; determining a second acoustic signal from the second heart beat; comparing the second acoustic signal to the first acoustic baseline signal; and sending an alert if the step of comparing indicates that the access disconnect or a leak has occurred.
Rollo assembly intended for use in an open roof construction for a vehicle, comprising a rollo screen having opposite forward and rearward sides and two opposite lateral sides , a winding tube for winding and unwinding the rollo screen at the rearward side, an operating beam connected to the forward side and having two outer ends , and two longitudinally extending guides for guiding respective ones of the outer ends of the operating beam and respective ones of the lateral sides of the rollo screen , wherein said lateral sides are provided with retention members (17;18) cooperating with corresponding parts of the guides for retaining said lateral sides in said guides, wherein the rollo screen is provided with light transmitting and emitting members which have an end portion extending at least up to a first one of the lateral sides of the rollo screen and wherein at least the guide intended for guiding said first one of the lateral sides is provided with at least one elongate light bar extending longitudinally along said guide in such a position that it can transmit light into said end portion of the light transmitting and emitting members , characterized in that said end portion of the light transmitting and emitting members protrudes laterally beyond the respective lateral side of the rollo screen and wherein the elongate light bar is located laterally with respect to the respective protruding end portion and wherein the elongate light bar is provided with a recess extending longitudinally and intended for at least partially receiving said protruding end portion .