mhurhangee/patent-ind-claim-en huggingface dataset:
Lid for connection to a housing , comprising a closure having a pivot pin , which pivot pin is adapted to be inserted into an insertion opening of a pivot pin carrier in an insertion direction until it has assumed an insertion position thereof, with said pivot pin being secured in its insertion position against the insertion direction by means of a resilient element of a securing device provided in the pivot pin carrier , which pivot pin is mounted in the pivot pin carrier in a manner that allows it to rotate about an axis of rotation between an open position and a locked position thereof, and which pivot pin can be moved from its open position into its locked position by rotating it, characterized in that said pivot pin and said pivot pin carrier form an effective positive locking in the locked position by means of a locking device , which prevents axial movement of the pivot pin against the insertion direction , and which axial positive locking is released in the open position.
A method for producing a 1C polyurethane system adapted for creating an elastic flooring, the method comprising: - creating an initial mixture comprising: • a mixture of MDI monomers, the MDI monomers comprising 2,2' MDI , 2,4' MDI and 4,4' MDI , wherein at least 5,9% by weight of the initial mixture consist of the 2,2' MDI; • a polyol component comprising a CO 2 based polyethercarbonate polyol ; - reacting the initial mixture into a prepolymer mixture, the prepolymer mixture comprising a prepolymer, the prepolymer mixture being adapted for use as the 1C polyurethane system. - creating an initial mixture comprising: • a mixture of MDI monomers, the MDI monomers comprising 2,2' MDI , 2,4' MDI and 4,4' MDI , wherein at least 5,9% by weight of the initial mixture consist of the 2,2' MDI; • a polyol component comprising a CO 2 based polyethercarbonate polyol ; • a mixture of MDI monomers, the MDI monomers comprising 2,2' MDI , 2,4' MDI and 4,4' MDI , wherein at least 5,9% by weight of the initial mixture consist of the 2,2' MDI; • a polyol component comprising a CO 2 based polyethercarbonate polyol ; - reacting the initial mixture into a prepolymer mixture, the prepolymer mixture comprising a prepolymer, the prepolymer mixture being adapted for use as the 1C polyurethane system.
A connection system for connecting an electrical device to a plurality of electrical conductors , the connection system comprising - a body for installing in or through a hole in a wall or ceiling, said body having a lower part for being positioned close to a front surface of said wall or ceiling when installed, said body having an upper part for being positioned away from said front surface of said wall or ceiling when installed, - a mounting assembly for fixing the connection system to said wall or ceiling, said mounting assembly being connectable to, connected to and/or part of said lower part of said body ; - a plurality of connectors for connecting the plurality of electrical conductors to the device, said plurality of connectors being arranged in or on said upper part of said body and next to each other in a direction (Z) that extends away from the mounting assembly when installed; and - a protective cover for covering the plurality of connectors when installed, the connection system further comprises: - at least one cable guide for guiding at least one cable , said at least one cable guide being part of or fixed to said upper part of the body, in which the at least one cable guide and the plurality of connectors are arranged such as to enable a connection of the plurality of electrical conductors to the plurality of connectors , the plurality of electrical conductors being provided in the form of insulated and encapsulated wires in the at least one cable guided by the at least one cable guide . - a body for installing in or through a hole in a wall or ceiling, said body having a lower part for being positioned close to a front surface of said wall or ceiling when installed, said body having an upper part for being positioned away from said front surface of said wall or ceiling when installed, - a mounting assembly for fixing the connection system to said wall or ceiling, said mounting assembly being connectable to, connected to and/or part of said lower part of said body ; - a plurality of connectors for connecting the plurality of electrical conductors to the device, said plurality of connectors being arranged in or on said upper part of said body and next to each other in a direction (Z) that extends away from the mounting assembly when installed; and - a protective cover for covering the plurality of connectors when installed, the connection system further comprises: - at least one cable guide for guiding at least one cable , said at least one cable guide being part of or fixed to said upper part of the body, in which the at least one cable guide and the plurality of connectors are arranged such as to enable a connection of the plurality of electrical conductors to the plurality of connectors , the plurality of electrical conductors being provided in the form of insulated and encapsulated wires in the at least one cable guided by the at least one cable guide .
A support system comprising: a bladder , the bladder comprising: a first flexible sheet and a second flexible sheet , the first and second flexible sheets bonded together at a seam , wherein the first and second flexible sheets and the seam cooperate to define an inflatable compartment , the inflatable compartment defining a plurality of inflatable cells , each of the plurality of inflatable cells defining a corresponding contact node ; an envelope enclosing the bladder , the envelope comprising a first sheet and a second sheet bonded to the first sheet , thereby defining an interior region of the envelope ; a pump ; a valve system operable to enable fluid communication of an outlet of the pump with the inflatable compartment or with an atmosphere surrounding the support system; and a controller operable to control valves of the valve system, characterized in that the inflatable compartment and the plurality of inflatable cells are selectively inflatable and the pump is coupled in fluid communication with the interior region of said envelope , the pump configured to selectively remove air from the interior region of the envelope and thereby cause the first sheet and the second sheet of the envelope to selectively conform to surfaces of the bladder and the valve system is operable to enable selective fluid communication of an inlet of the pump with the interior region of the envelope .
A method performed by a first terminal in a wireless communication system, the method comprising: receiving, from a base station, at least one parameter associated with a sidelink transmission; identifying whether the terminal is configured to simultaneously transmit an uplink transmission and the sidelink transmission; transmitting, to a second terminal, the sidelink transmission in case that no uplink transmission is configured, wherein a transmission power for the sidelink transmission is identified from two or more transmission power values; and transmitting, to the base station, the uplink transmission in case that the terminal is configured to simultaneously transmit the uplink transmission and the sidelink transmission, wherein the sidelink transmission is not transmitted to the second terminal, in case that the terminal is configured to simultaneously transmit the uplink transmission and the sidelink transmission. receiving, from a base station, at least one parameter associated with a sidelink transmission; identifying whether the terminal is configured to simultaneously transmit an uplink transmission and the sidelink transmission; transmitting, to a second terminal, the sidelink transmission in case that no uplink transmission is configured, wherein a transmission power for the sidelink transmission is identified from two or more transmission power values; and transmitting, to the base station, the uplink transmission in case that the terminal is configured to simultaneously transmit the uplink transmission and the sidelink transmission, wherein the sidelink transmission is not transmitted to the second terminal, in case that the terminal is configured to simultaneously transmit the uplink transmission and the sidelink transmission.
A system including: a pressure vessel ; a fluid source ; a line coupled to the pressure vessel and to the fluid source , wherein pressurized fluid flows through the line ; an apparatus including: a pipe connected in the line so that the pressurized fluid flows through the pipe between the pressure vessel and the fluid source , the pipe having a conduit wall that is exposed to pressure cycling of the pressure vessel ; a containment structure including a cavity separated from an interior of the pipe by a portion of the conduit wall ; and the portion of the conduit wall having a weakness configured such that the conduit wall fails at the weakness to permit the fluid to flow from the interior of the pipe into the cavity of the containment structure ; and a sensor configured to determine a value of a physical property in the cavity ; and a controller in signal communication with the sensor and configured to detect a change in the value. a pressure vessel ; a fluid source ; a line coupled to the pressure vessel and to the fluid source , wherein pressurized fluid flows through the line ; an apparatus including: a pipe connected in the line so that the pressurized fluid flows through the pipe between the pressure vessel and the fluid source , the pipe having a conduit wall that is exposed to pressure cycling of the pressure vessel ; a containment structure including a cavity separated from an interior of the pipe by a portion of the conduit wall ; and the portion of the conduit wall having a weakness configured such that the conduit wall fails at the weakness to permit the fluid to flow from the interior of the pipe into the cavity of the containment structure ; and a pipe connected in the line so that the pressurized fluid flows through the pipe between the pressure vessel and the fluid source , the pipe having a conduit wall that is exposed to pressure cycling of the pressure vessel ; a containment structure including a cavity separated from an interior of the pipe by a portion of the conduit wall ; and the portion of the conduit wall having a weakness configured such that the conduit wall fails at the weakness to permit the fluid to flow from the interior of the pipe into the cavity of the containment structure ; and a sensor configured to determine a value of a physical property in the cavity ; and a controller in signal communication with the sensor and configured to detect a change in the value.
An electric machine and a cooling system for cooling the electric machine; the electric machine (6;206) comprising a stator (8; 208) comprising a stator supporting structure (11; 211) and a plurality of active stator sectors supported by the stator supporting structure (11; 211), and a rotor (7; 207) which rotates about an axis of rotation (A2) and has a rotor supporting structure (10; 210) and a plurality of active rotor sectors supported by the rotor supporting structure (10; 210); the cooling system (27; 127; 227) comprising a cooling circuit (28; 128; 128, 228) extending partly along a plurality of through channels adjacent to at least the active rotor sectors or the active stator sectors ; wherein the plurality of through channels extend, parallel to the axis of rotation (A2), between a cooling fluid inlet end and a cooling fluid outlet end ; wherein the cooling system (27; 127) comprises a suction assembly (29; 129) designed to draw cooling fluid from the outlet end of the plurality of through channels ; the cooling circuit (28; 128) extending partly along the suction assembly (29; 129); wherein the plurality of through channels comprise a plurality of straight through channels , each adjacent to a respective active rotor sector ; wherein each active rotor sector comprises at least two rows of magnetized modules , stacked radially with respect to the axis of rotation (A2); the plurality of straight through channels comprising a plurality of intermediate through channels , each bounded by two rows of magnetized modules of a respective active rotor sector .
A method for detection of a cyber-threat to a computer system, the method arranged to be performed by a processing apparatus, the method comprising: receiving input data associated with a first entity associated with the computer system; deriving metrics from the received input data, the metrics representative of characteristics of the received input data; analysing the derived metrics using one or more models that include a first model, which is a self-learning model; and determining, in accordance with the analysed metrics and a model of normal behaviour of the first entity, a cyber-threat risk parameter indicative of a likelihood of a cyber-threat, wherein the cyber-threat risk parameter is determined at least by comparing the analysed metrics with the model of normal behaviour of the first entity; continually updating the model of normal behaviour of the first entity in accordance with the analysis of the derived metrics, whereby the model is updated when new data is received that is deemed within the limits of normal behaviour and whereby the model of normal behaviour is used as a moving benchmark, allowing detection of behaviour that seems to fall outside of a normal pattern of life; and determining whether or not there is a threat by comparing the cyber-threat risk parameter with a moving threshold. receiving input data associated with a first entity associated with the computer system; deriving metrics from the received input data, the metrics representative of characteristics of the received input data; analysing the derived metrics using one or more models that include a first model, which is a self-learning model; and determining, in accordance with the analysed metrics and a model of normal behaviour of the first entity, a cyber-threat risk parameter indicative of a likelihood of a cyber-threat, wherein the cyber-threat risk parameter is determined at least by comparing the analysed metrics with the model of normal behaviour of the first entity; continually updating the model of normal behaviour of the first entity in accordance with the analysis of the derived metrics, whereby the model is updated when new data is received that is deemed within the limits of normal behaviour and whereby the model of normal behaviour is used as a moving benchmark, allowing detection of behaviour that seems to fall outside of a normal pattern of life; and determining whether or not there is a threat by comparing the cyber-threat risk parameter with a moving threshold.
A wireless communication device comprising a speaker apparatus comprising a housing and a single vibrating element encapsulated in the housing so that a cavity is established next to the single vibrating element in the housing, wherein the housing comprises a first outlet for emitting a first sound and a second outlet for emitting a second sound through the cavity , wherein the first outlet and the second outlet are situated on opposite sides of the speaker apparatus , and wherein the single vibrating element is configured to generate a respective controlled sound for both an earpiece functionality and a handsfree functionality, characterised in that the housing is configured such that the first sound is louder than the second sound, wherein the second sound is damped with respect to the first sound, wherein the first sound is generated by a first side of the single vibrating element and the second sound is generated by a second, opposite side of the single vibrating element , and, wherein the single vibrating element is arranged between the first outlet and the second outlet such that the single vibrating element is closer to the first outlet than to the second outlet .
A method for plasmid-free production of a recombinant protein of interest, comprising the steps of a) cultivating a population of bacterial expression host cells which are Escherichia coli (E.coli) cells, b) harvesting the protein of interest, and c) isolating and purifying it, wherein in step a), cultivation is in a mode that employs the addition of a feeding medium, said mode being selected from the fed-batch, semi-continuous or continuous mode, and wherein (i) a DNA construct comprising one or two copies of a gene of interest is integrated at a preselected locus in the bacterial genome of the expression host cells or wherein two DNA constructs comprising a gene of interest are integrated at a preselected locus in the bacterial genome of the expression host cell; (ii) said gene of interest encoding the protein of interest is under the control of an inducible promoter that enables expression of said protein, wherein the inducible promoter is the P BAD promoter. a) cultivating a population of bacterial expression host cells which are Escherichia coli (E.coli) cells, b) harvesting the protein of interest, and c) isolating and purifying it, (i) a DNA construct comprising one or two copies of a gene of interest is integrated at a preselected locus in the bacterial genome of the expression host cells or wherein two DNA constructs comprising a gene of interest are integrated at a preselected locus in the bacterial genome of the expression host cell; (ii) said gene of interest encoding the protein of interest is under the control of an inducible promoter that enables expression of said protein, wherein the inducible promoter is the P BAD promoter.
A burner apparatus , comprising: a burner housing; a jet pump located inside the burner housing, the jet pump having a jet pump bell and a combustion air inlet that receives combustion air, a chamber to receive the combustion air from the combustion air inlet , and a tapered portion of the chamber that tapers to a jet pump outlet having a smaller diameter than the diameter of the combustion air inlet , wherein the jet pump outlet is positioned within the jet pump bell and allows the combustion air to be pumped into the jet pump bell , wherein negative pressure, within the jet pump bell , generated from the jet pump can be used to pull flue gas from at least one of an exhaust stack or fired chamber; the jet pump further comprising a flue gas inlet connected to the jet pump bell to allow flue gas to mix with the combustion air in the jet pump bell to form a combustion air-flue gas mixture; the burner apparatus further comprising a burner throat located downstream of the jet pump bell ; and a plurality of fuel inlets connected to the burner throat to allow fuel to mix with the combustion air/flue gas mixture to form a combustion air-flue gas-fuel mixture, wherein the combustion air-flue gas-fuel mixture is ignited and the flame and resultant flue gas exits the burner apparatus at an outlet ; wherein the jet pump bell includes a tapered portion that tapers to an outlet having a smaller diameter than a maximum diameter of the jet pump bell, wherein the plurality of fuel inlets are arranged around a circumference of the burner throat and on an upstream portion thereof. a burner housing; a jet pump located inside the burner housing, the jet pump having a jet pump bell and a combustion air inlet that receives combustion air, a chamber to receive the combustion air from the combustion air inlet , and a tapered portion of the chamber that tapers to a jet pump outlet having a smaller diameter than the diameter of the combustion air inlet , wherein the jet pump outlet is positioned within the jet pump bell and allows the combustion air to be pumped into the jet pump bell , wherein negative pressure, within the jet pump bell , generated from the jet pump can be used to pull flue gas from at least one of an exhaust stack or fired chamber; the jet pump further comprising a flue gas inlet connected to the jet pump bell to allow flue gas to mix with the combustion air in the jet pump bell to form a combustion air-flue gas mixture; the burner apparatus further comprising a burner throat located downstream of the jet pump bell ; and a plurality of fuel inlets connected to the burner throat to allow fuel to mix with the combustion air/flue gas mixture to form a combustion air-flue gas-fuel mixture, wherein the combustion air-flue gas-fuel mixture is ignited and the flame and resultant flue gas exits the burner apparatus at an outlet ; wherein the jet pump bell includes a tapered portion that tapers to an outlet having a smaller diameter than a maximum diameter of the jet pump bell, wherein the plurality of fuel inlets are arranged around a circumference of the burner throat and on an upstream portion thereof.
An energy storage device, wherein an additive in an electrolyte solution of the energy storage device is a bissulfonate compound having a structure shown by General Formula (I): wherein R 1 is phenyl or tolyl; and R 2 and R 3 are independently selected from the group consisting of halogen atom or haloalkyl containing one carbon atom.
A continuously transposed conductor (CTC) cable comprising: a plurality of electrically insulated strands connected in parallel at their ends, each strand comprising: a conductor ; and an extruded insulation layer formed at least partially around the conductor , wherein the extruded insulation layer is substantially free of solvents. a conductor ; and an extruded insulation layer formed at least partially around the conductor , wherein the extruded insulation layer is substantially free of solvents.
An antenna comprising: a radial waveguide defining a waveguide region between opposed first and second surfaces ; a radio frequency, RF, probe disposed in the waveguide region for generating RF signals; a plurality of radiating slot antenna elements disposed on the first surface for emitting the RF signals from the waveguide region ; a plurality of spaced apart conductive elements disposed within the waveguide region ; a plurality of tunable elements , each tunable element comprising a quarter wavelength RF choke coupled through a variable capacitance and an inductive line to a respective one of the conductive elements ; a plurality of DC control lines , each DC control line being connected to at least one of the tunable elements to adjust the variable capacitance thereof; and a control circuit coupled to the DC control lines and configured to selectively apply DC current values to adjust the variable capacitances of the tunable elements to control a propagation direction of the RF signals from the RF probe. a radial waveguide defining a waveguide region between opposed first and second surfaces ; a radio frequency, RF, probe disposed in the waveguide region for generating RF signals; a plurality of radiating slot antenna elements disposed on the first surface for emitting the RF signals from the waveguide region ; a plurality of spaced apart conductive elements disposed within the waveguide region ; a plurality of tunable elements , each tunable element comprising a quarter wavelength RF choke coupled through a variable capacitance and an inductive line to a respective one of the conductive elements ; a plurality of DC control lines , each DC control line being connected to at least one of the tunable elements to adjust the variable capacitance thereof; and a control circuit coupled to the DC control lines and configured to selectively apply DC current values to adjust the variable capacitances of the tunable elements to control a propagation direction of the RF signals from the RF probe.