mhurhangee/patent-ind-claim-en huggingface dataset:
A driveline cable for an implantable heart pump, the driveline cable comprising: a plurality of conductors wound along a longitudinal axis of the cable, each conductor comprising a plurality of uninsulated wire strands disposed within an outer insulating layer, wherein the plurality of uninsulated wire strands in each conductor are loosely packed such that a majority of the uninsulated wire strands are movable relative other wire strands when the conductor is flexed, wherein the plurality of wire strands of each conductor are of a 30 gauge or higher and each conductor comprises a plurality of bunches of wire strands, each bunch having at least 32 wire strands of the plurality of wire strands; and an outer jacket disposed about the wound plurality of conductors. a plurality of conductors wound along a longitudinal axis of the cable, each conductor comprising a plurality of uninsulated wire strands disposed within an outer insulating layer, wherein the plurality of uninsulated wire strands in each conductor are loosely packed such that a majority of the uninsulated wire strands are movable relative other wire strands when the conductor is flexed, wherein the plurality of wire strands of each conductor are of a 30 gauge or higher and each conductor comprises a plurality of bunches of wire strands, each bunch having at least 32 wire strands of the plurality of wire strands; and an outer jacket disposed about the wound plurality of conductors.
A system comprising; (a) at least 32 different types of sequence-barcoded mRNA capture beads, each type of bead comprises a unique combination of the presence or absence of each member of a set of short nucleotide sequences attached thereto, said members of said set of short nucleotide sequences: i) comprise, first, second, third, fourth, and fifth barcode sequences, and ii) are unique with respect to each other; (b) a set of optically labeled oligonucleotides each of which hybridizes to one, and only one, of said members of said set of short nucleotide sequences, and wherein said set of optically labeled oligonucleotides comprises: first, second, third, fourth, and fifth optically labeled oligonucleotides, wherein the presence or absence of each member of said set of short oligonucleotide sequences on each bead after hybridization identifies said unique combination of the presence or absence of said short nucleotide sequences attached to each bead; and (c) at least 32 chambers, microchambers, or microwells; wherein each chamber, microchamber, or microwell contains one type, and only one type, of said sequence-barcoded mRNA capture beads. (a) at least 32 different types of sequence-barcoded mRNA capture beads, each type of bead comprises a unique combination of the presence or absence of each member of a set of short nucleotide sequences attached thereto, said members of said set of short nucleotide sequences: i) comprise, first, second, third, fourth, and fifth barcode sequences, and ii) are unique with respect to each other; (b) a set of optically labeled oligonucleotides each of which hybridizes to one, and only one, of said members of said set of short nucleotide sequences, and wherein said set of optically labeled oligonucleotides comprises: first, second, third, fourth, and fifth optically labeled oligonucleotides, wherein the presence or absence of each member of said set of short oligonucleotide sequences on each bead after hybridization identifies said unique combination of the presence or absence of said short nucleotide sequences attached to each bead; and wherein said set of optically labeled oligonucleotides comprises: first, second, third, fourth, and fifth optically labeled oligonucleotides, wherein the presence or absence of each member of said set of short oligonucleotide sequences on each bead after hybridization identifies said unique combination of the presence or absence of said short nucleotide sequences attached to each bead; and (c) at least 32 chambers, microchambers, or microwells; wherein each chamber, microchamber, or microwell contains one type, and only one type, of said sequence-barcoded mRNA capture beads.
Apparatus for detecting a physical manipulation on an electronic security module that stores security-relevant data, comprising: a sensor device for generating sensor data that describe a physical influence on the security module ; and a first and a second monitoring device , wherein the first monitoring device is set up to receive the generated sensor data from the sensor device and to take the received sensor data as a basis for generating first monitoring data; and the second monitoring device is set up to receive the first monitoring data from the first monitoring device and to use the received first monitoring data to detect a manipulation of the security module , wherein the second monitoring device is further set up to receive the captured sensor data from the sensor device and to take the received sensor data as a basis for generating second monitoring data; and the second monitoring device evaluates the first and second monitoring data by means of a neural network in order to detect a physical manipulation of the security module . a sensor device for generating sensor data that describe a physical influence on the security module ; and a first and a second monitoring device , wherein the first monitoring device is set up to receive the generated sensor data from the sensor device and to take the received sensor data as a basis for generating first monitoring data; and the second monitoring device is set up to receive the first monitoring data from the first monitoring device and to use the received first monitoring data to detect a manipulation of the security module , wherein the second monitoring device is further set up to receive the captured sensor data from the sensor device and to take the received sensor data as a basis for generating second monitoring data; and the second monitoring device evaluates the first and second monitoring data by means of a neural network in order to detect a physical manipulation of the security module .
Structure for a horse trailer, with two side walls , a front wall and a roof , wherein the side walls , the front wall and the roof are formed from individual modular components that are connected to each other, and wherein at least the front wall is assembled from at least three modular components , wherein the front wall includes a front modular component and two lateral corner modular components , characterized in that at least one corner modular component includes an entry door and/or a storage space hatch , and wherein the front modular component and the corner modular components have a height that is higher than the side wall .
A composite powder containing microstructured particles obtainable by means of a method in which large particles are combined with small particles, wherein - the large particles have an average particle diameter within the range from 0.1 μm to 10 mm, - the large particles comprise at least one polymer, - the small particles are arranged on the surface of the large particles and/or distributed inhomogeneously within the large particles, - the small particles comprise sphere-shaped precipitated calcium carbonate particles having an average diameter within the range from 0.05 μm to 50.0 μm, characterized in that the sphere-shaped calcium carbonate particles are obtainable by means of a method in which a. a calcium hydroxide suspension is initially charged, b. carbon dioxide or a carbon dioxide-containing gas mixture is introduced into the suspension from step a. and c. resultant calcium carbonate particles are separated off, with 0.3% by weight to 0.7% by weight of at least one aminotri-salkylenephosphonic acid being further added, and the particles of the composite powder have an average particle size d 50 within the range from 10 μm to less than 200 μm. - the large particles have an average particle diameter within the range from 0.1 μm to 10 mm, - the large particles comprise at least one polymer, - the small particles are arranged on the surface of the large particles and/or distributed inhomogeneously within the large particles, - the small particles comprise sphere-shaped precipitated calcium carbonate particles having an average diameter within the range from 0.05 μm to 50.0 μm, the sphere-shaped calcium carbonate particles are obtainable by means of a method in which a. a calcium hydroxide suspension is initially charged, b. carbon dioxide or a carbon dioxide-containing gas mixture is introduced into the suspension from step a. and c. resultant calcium carbonate particles are separated off, a. a calcium hydroxide suspension is initially charged, b. carbon dioxide or a carbon dioxide-containing gas mixture is introduced into the suspension from step a. and c. resultant calcium carbonate particles are separated off, with 0.3% by weight to 0.7% by weight of at least one aminotri-salkylenephosphonic acid being further added, and the particles of the composite powder have an average particle size d 50 within the range from 10 μm to less than 200 μm.
A method for producing metallic silver by electro-deposition, comprising electrolyzing an electrolyte solution containing Ce(NO 3 ) 3 in an anode zone and an electrolyte solution containing AgNO 3 in a cathode zone by using an electrolytic cell with an anion exchange membrane, wherein the electrolyte solution in the cathode zone and the electrolyte solution in the anode zone are not in fluid communication with each other, and after the electrolyzing is complete, the metallic silver is obtained at the cathode, and a solution containing Ce 4+ is obtained in the anode zone.
A power tool comprising: a tool housing ; a motor assembly received in the tool housing having a rear end portion , a front end portion , and a motor output shaft ; a transmission housing coupled to the tool housing: a transmission assembly received in the transmission housing and to which the motor output shaft is drivingly coupled; and a partition assembly including a rear cover covering a rear end portion of the transmission housing that faces the front end portion of the motor assembly wherein the rear cover of the transmission housing and the front end portion of the motor assembly together define at least a first labyrinth path and a second labyrinth path therebetween configured to inhibit grease or dust migration between the transmission housing and the motor assembly ; characterized in that the rear cover comprises a first plate received over the rear end portion of the transmission housing and a second plate received over the first plate , the first plate defining the first labyrinth path and the second plate defining the second labyrinth path . a tool housing ; a motor assembly received in the tool housing having a rear end portion , a front end portion , and a motor output shaft ; a transmission housing coupled to the tool housing: a transmission assembly received in the transmission housing and to which the motor output shaft is drivingly coupled; and a partition assembly including a rear cover covering a rear end portion of the transmission housing that faces the front end portion of the motor assembly wherein the rear cover of the transmission housing and the front end portion of the motor assembly together define at least a first labyrinth path and a second labyrinth path therebetween configured to inhibit grease or dust migration between the transmission housing and the motor assembly ; characterized in that the rear cover comprises a first plate received over the rear end portion of the transmission housing and a second plate received over the first plate , the first plate defining the first labyrinth path and the second plate defining the second labyrinth path . a transmission assembly received in the transmission housing and to which the motor output shaft is drivingly coupled; and a partition assembly including a rear cover covering a rear end portion of the transmission housing that faces the front end portion of the motor assembly wherein the rear cover of the transmission housing and the front end portion of the motor assembly together define at least a first labyrinth path and a second labyrinth path therebetween configured to inhibit grease or dust migration between the transmission housing and the motor assembly ; characterized in that the rear cover comprises a first plate received over the rear end portion of the transmission housing and a second plate received over the first plate , the first plate defining the first labyrinth path and the second plate defining the second labyrinth path .
Respiratory apparatus comprising a sensor and a respiratory mask , the respiratory mask comprising a mask body having an enclosing wall that defines an interior cavity, and the sensor having a transmitter of electromagnetic radiation and a receiver of electromagnetic radiation, wherein the enclosing wall has a sensor portion including first and second sensor windows , a portion of the interior cavity being defined between the first and second sensor windows , and the sensor being mounted relative to the sensor portion of the respiratory mask , such that electromagnetic radiation from the transmitter is transmitted, in use, through the first window of the sensor portion of the enclosing wall, through the portion of the interior cavity defined between the first and second windows , through the second window, to the receiver, wherein the respiratory mask further comprises an inspiratory gas inlet port for delivering inspiratory gas to the wearer, and the sensor portion is spaced from the inspiratory gas inlet port .
Porous tea granules comprising leaf tea particles and binder, wherein: • at least 50 % by weight of the leaf tea particles have a particle size of 100 μm to 300 μm; • the binder is a tea-based binder comprising tea solids; • the tea granules comprise binder in an amount of 1 to 40% by dry weight; and • the porous tea granules have a D of more than 350 μm. • at least 50 % by weight of the leaf tea particles have a particle size of 100 μm to 300 μm; • the binder is a tea-based binder comprising tea solids; • the tea granules comprise binder in an amount of 1 to 40% by dry weight; and • the porous tea granules have a D of more than 350 μm.
A standalone radiopharmaceutical preparation hotcell for preparing a radiopharmaceutical, said hotcell comprising: a housing ; a plurality of compartments defined within the housing , the plurality of compartments including at least a pharmaceutical synthesizing and dispensing compartment and a different second compartment , the housing separating the plurality of compartments from an external environment surrounding the hotcell , wherein a plurality of walls are installed within housing to form said plurality of compartments and wherein an intercompartment door or hatch is installed between the pharmaceutical synthesizing and dispensing compartment and the different second compartment ; a compartment pressurization system configured to maintain the synthesizing and dispensing compartment at a first pressure and maintain the second compartment at a different second pressure, wherein the first pressure is greater than the second pressure, the compartment pressurization system including a ducting system ; a first compartment pressure sensor configured to determine a current pressure of the synthesizing and dispensing compartment and a second compartment pressure sensor configured to determine a current pressure of the second compartment ; and a controller configured to operate at least one of a valve of the compartment pressurization system or a fan of the compartment pressurization system , based on the current pressures, to maintain the synthesizing and dispensing compartment and the second compartment at the first and second pressures. a housing ; a plurality of compartments defined within the housing , the plurality of compartments including at least a pharmaceutical synthesizing and dispensing compartment and a different second compartment , the housing separating the plurality of compartments from an external environment surrounding the hotcell , wherein a plurality of walls are installed within housing to form said plurality of compartments and wherein an intercompartment door or hatch is installed between the pharmaceutical synthesizing and dispensing compartment and the different second compartment ; a compartment pressurization system configured to maintain the synthesizing and dispensing compartment at a first pressure and maintain the second compartment at a different second pressure, wherein the first pressure is greater than the second pressure, the compartment pressurization system including a ducting system ; a first compartment pressure sensor configured to determine a current pressure of the synthesizing and dispensing compartment and a second compartment pressure sensor configured to determine a current pressure of the second compartment ; and a controller configured to operate at least one of a valve of the compartment pressurization system or a fan of the compartment pressurization system , based on the current pressures, to maintain the synthesizing and dispensing compartment and the second compartment at the first and second pressures.
A valve actuator comprising: a plurality of electric motor rotors; a plurality of electric motor stators proximate the rotors; and, a drive train comprising: a plurality of sub-trains, each sub-train driven by at least one rotor, and, a final drive comprising a primary output gear and a primary output shaft for connection to a valve member drive formation, the primary output shaft defining an output axis, in which each sub-train is configured to simultaneously drive the primary output gear, and in which the final drive is ungeared between the primary output gear and the output shaft characterised in that the electric motor stators are permanent magnet stators and at least two of the plurality of rotors share a common stator permanent magnet. a plurality of electric motor rotors; a plurality of electric motor stators proximate the rotors; and, a drive train comprising: a plurality of sub-trains, each sub-train driven by at least one rotor, and, a final drive comprising a primary output gear and a primary output shaft for connection to a valve member drive formation, the primary output shaft defining an output axis, a plurality of sub-trains, each sub-train driven by at least one rotor, and, a final drive comprising a primary output gear and a primary output shaft for connection to a valve member drive formation, the primary output shaft defining an output axis, in which each sub-train is configured to simultaneously drive the primary output gear, and in which the final drive is ungeared between the primary output gear and the output shaft characterised in that the electric motor stators are permanent magnet stators and at least two of the plurality of rotors share a common stator permanent magnet.
A stunner for stunning an animal comprising: a housing having a front end ; an inner chamber in the housing having a forward end and a rearward end; a piston slideable within the inner chamber ; a stunning rod within the housing and capable of being driven by the piston forward and rearward towards and away from the front end of the housing ; a first pressure chamber adjacent the inner chamber , the first pressure chamber being in communication with the rearward end of the inner chamber , the first pressure chamber supplying a pressurized fluid rearward of the piston ; a second pressure chamber adjacent the inner chamber , the second pressure chamber being in communication with the forward end of the inner chamber , the second pressure chamber supplying a pressurized fluid forward of the piston , the second pressure chamber being smaller than the first pressure chamber ; and a valve system to alternately allow flow of the pressurized fluid into the first and the second pressure chambers and the rearward end of the inner chamber to move the piston and drive the stunning rod forward to stun an animal, and into the forward end of the inner chamber to move the piston and drive the stunning rod rearward and retract the stunning rod , characterized by the pressurized fluid being pre-supplied into the second pressure chamber at the same time the first pressure chamber is pressurized, the valve system being actuated by the piston reaching the end of the drive stroke to open a passage between the second pressure chamber and the front of the piston . a housing having a front end ; an inner chamber in the housing having a forward end and a rearward end; a piston slideable within the inner chamber ; a stunning rod within the housing and capable of being driven by the piston forward and rearward towards and away from the front end of the housing ; a first pressure chamber adjacent the inner chamber , the first pressure chamber being in communication with the rearward end of the inner chamber , the first pressure chamber supplying a pressurized fluid rearward of the piston ; a second pressure chamber adjacent the inner chamber , the second pressure chamber being in communication with the forward end of the inner chamber , the second pressure chamber supplying a pressurized fluid forward of the piston , the second pressure chamber being smaller than the first pressure chamber ; and a valve system to alternately allow flow of the pressurized fluid into the first and the second pressure chambers and the rearward end of the inner chamber to move the piston and drive the stunning rod forward to stun an animal, and into the forward end of the inner chamber to move the piston and drive the stunning rod rearward and retract the stunning rod , characterized by the pressurized fluid being pre-supplied into the second pressure chamber at the same time the first pressure chamber is pressurized, the valve system being actuated by the piston reaching the end of the drive stroke to open a passage between the second pressure chamber and the front of the piston .
Protection module for a vehicle intended to protect a pedestrian in the event of an impact between the front end of the vehicle and the pedestrian , the vehicle comprising a bumper, the protection module comprising an inflatable structure which, in an inactive position, intended to be integrated into the front end of the vehicle or into the rear end of the vehicle bonnet at the angle it forms with the windscreen and which, in the protective position, intended to be deployed outwards from the front end or from the rear end of the bonnet at the angle it forms with the windscreen, the protection module further comprising a gas-generating device for inflating the inflatable structure, characterized in that the inflatable structure comprises a first impact section intended to be arranged on the bumper of the vehicle and a second impact section intended to be arranged on the bonnet of the vehicle , characterized in that each impact section comprising a retaining means intended to surround in the protective position at least half the circumference of the pedestrian's body .
A method of inserting pilot symbols into OFDM sub-frames for transmission by a plurality of transmitting antennas , the OFDM sub-frames having a time domain and a frequency domain, each OFDM sub-frame comprising a plurality of OFDM symbols, the method comprising: for each sub-frame, defining a set of at least two OFDM symbols none of which are consecutive that are to contain pilot symbols; at each antenna , inserting pilot symbols only in each of the sets of at least two OFDM symbols in a scattered pattern that does not interfere with the scattered pattern inserted by any other antenna of the plurality of antennas. for each sub-frame, defining a set of at least two OFDM symbols none of which are consecutive that are to contain pilot symbols; at each antenna , inserting pilot symbols only in each of the sets of at least two OFDM symbols in a scattered pattern that does not interfere with the scattered pattern inserted by any other antenna of the plurality of antennas.