mhurhangee/patent-ind-claim-en huggingface dataset:
Drive system for a vehicle , wherein the drive system comprises a combustion engine with an output shaft , a gear box with an input shaft , an electric machine which comprises a stator and a rotor , and a planetary gear which comprises a sun wheel , a ring wheel and a planet wheel holder and a hybrid energy storage which is connectable to the electric machine such that it is possible to store and consume, respectively, electric energy at different operation conditions of the vehicle , wherein the output shaft of the combustion engine is connected to a first of said components of the planetary gear such that a rotation of this shaft leads to a rotation of this component, wherein the input shaft of the gear box is connected to a second of said components of the planetary gear such that a rotation of this shaft leads to a rotation of this component and the rotor of the electric machine is connected to a third of said components of the planetary gear such that a rotation of the rotor leads to a rotation of this component, wherein the drive system comprises an electric circuit with a resistor and an electric switch with which the electric machine is connectable to the electric circuit and the resistor , characterized in that that the electric switch is configured to be manually moved to a position in which it connects the electric circuit to the electric machine during a starting process of the vehicle when the hybrid energy storage is estimated to have an undesired function, the drive system comprising an indication member which indicates when the hybrid energy storage is estimated to have an undesired function.
Container holder assembly for use in a medicament delivery device, comprising - a tubular body elongated in an axial direction, said tubular body having a proximal end and an opposite distal end, and - a retaining member releasably arranged to said tubular body for securing an elongated container placed inside the tubular body, - said retaining member comprises a resilient structure capable of exerting an axial force on said container in said tubular body for holding the container in a fixed position inside the tubular body and thereby avoiding breakage or displacement of the container, characterized in that the retaining member and the tubular body respectively comprises a first locking means in the form of at least two protrusions and a second locking means in the form of at least two cut-outs that are capable of guiding said at least two protrusions along the at least two cut-outs as the first and second locking means are rotated relative each other in the fashion of a bayonet connection wherein the retaining member is guided in an axial direction in relation to the tubular body and thereby locks the retaining member to the tubular body, and wherein said retaining member is releasably arranged to an end of the tubular body and adapted to resiliently abut an end of said container for axially urging the container and tubular body towards each other, wherein said retaining member is arranged with flexible gripping means capable of abutting the end of the container, such as to achieve said axial force by the resilient structure of said retaining member. - a tubular body elongated in an axial direction, said tubular body having a proximal end and an opposite distal end, and - a retaining member releasably arranged to said tubular body for securing an elongated container placed inside the tubular body, - said retaining member comprises a resilient structure capable of exerting an axial force on said container in said tubular body for holding the container in a fixed position inside the tubular body and thereby avoiding breakage or displacement of the container,
A liquid handling device, comprising: - means for harvesting energy; - energy storage arranged for storing the harvested energy in the liquid handling device; - an electronic component connected to the energy storage and configured to use the energy storage as a power source; wherein the liquid handling device is a hand-held pipette ; characterized in that : the means for harvesting is a magnet-through-coil system connected to a button of the pipette and configured to harvest energy when the button is pushed or released, or the means for harvesting energy comprises a thermoelectric generator, or the means for harvesting energy comprises piezoelectric material and said piezoelectric material is incorporated in a material of a part of the pipette. - means for harvesting energy; - energy storage arranged for storing the harvested energy in the liquid handling device; - an electronic component connected to the energy storage and configured to use the energy storage as a power source; the means for harvesting is a magnet-through-coil system connected to a button of the pipette and configured to harvest energy when the button is pushed or released, or the means for harvesting energy comprises a thermoelectric generator, or the means for harvesting energy comprises piezoelectric material and said piezoelectric material is incorporated in a material of a part of the pipette.
- A composite pressure vessel comprising a monolayer liner and a reinforcing structure arranged on top of the liner, the liner being made by injection moulding, the liner comprising at least two shells weldable together, wherein each shell is made of a polymer composition comprising at least 45% by weight of an aromatic polyamide relative to the total weight of said polymer composition, and at least 10% by weight of an aliphatic polyamide relative to the total weight of said polymer composition, the maximum content of aromatic group-containing repeating units in an aliphatic polyamide being 0 mol% based on 100 mol% repeating units in the polymer, wherein the aromatic polyamide is a polyphthalamide (PPA).
A method for temperature compensation of a test tone used in meter verification, the method comprising: using a drive amplifier to provide a drive signal to a drive circuit, wherein the drive circuit includes a drive mechanism in a meter assembly of a vibratory meter; measuring a first maximum amplitude of the drive signal at a first temperature of the drive circuit, the first maximum amplitude being an amplitude of the drive signal maximized to just prior to the onset of signal clipping; measuring a second maximum amplitude of the drive signal at a second temperature of the drive circuit, the second maximum amplitude being an amplitude of the drive signal maximized to just prior to the onset of signal clipping; and determining a maximum amplitude-to-temperature relationship for the drive circuit based on the first maximum amplitude at the first temperature and the second maximum amplitude at the second temperature measuring the temperature of the drive circuit; determining a maximum amplitude based on the determined maximum amplitude-to-temperature relationship and the measured temperature; and setting a maximum amplitude of the drive signal provided by the drive amplifier to the determined maximum amplitude. using a drive amplifier to provide a drive signal to a drive circuit, wherein the drive circuit includes a drive mechanism in a meter assembly of a vibratory meter; measuring a first maximum amplitude of the drive signal at a first temperature of the drive circuit, the first maximum amplitude being an amplitude of the drive signal maximized to just prior to the onset of signal clipping; measuring a second maximum amplitude of the drive signal at a second temperature of the drive circuit, the second maximum amplitude being an amplitude of the drive signal maximized to just prior to the onset of signal clipping; and determining a maximum amplitude-to-temperature relationship for the drive circuit based on the first maximum amplitude at the first temperature and the second maximum amplitude at the second temperature measuring the temperature of the drive circuit; determining a maximum amplitude based on the determined maximum amplitude-to-temperature relationship and the measured temperature; and setting a maximum amplitude of the drive signal provided by the drive amplifier to the determined maximum amplitude.
A stick insertion device for inserting a stick into an ice cream product extruded from an extrusion jet and having a height seen in the extrusion direction of the extrusion jet , and at least one end point which is substantially parallel to the extrusion direction and into which the stick is inserted with orientation substantially perpendicular to the extrusion direction , wherein the stick insertion device comprises: - a stick pusher , capable of making a linear and reciprocating movement, - an actuator with a first and a secondary outer position, used to activate the stick pusher , - a servo mechanism for controlling the actuator's movement, - a control unit , connected to the servo mechanism , characterised in that the stick insertion device comprises - at least one sensor for measurement of the stick's position in relation to the ice cream product's height, horizontal position in relation to the ice cream product's end point and angle in relation to the ice cream product's end point , that the control unit is connected to the at least one sensor , that the control unit is adapted to control the stroke length of the servo mechanism and start time and end time for the insertion of the stick based on signals from the aforementioned at least one sensor . wherein the stick insertion device comprises: - a stick pusher , capable of making a linear and reciprocating movement, - an actuator with a first and a secondary outer position, used to activate the stick pusher , - a servo mechanism for controlling the actuator's movement, - a control unit , connected to the servo mechanism , - a stick pusher , capable of making a linear and reciprocating movement, - an actuator with a first and a secondary outer position, used to activate the stick pusher , - a servo mechanism for controlling the actuator's movement, - a control unit , connected to the servo mechanism , characterised in that the stick insertion device comprises - at least one sensor for measurement of the stick's position in relation to the ice cream product's height, horizontal position in relation to the ice cream product's end point and angle in relation to the ice cream product's end point , - at least one sensor for measurement of the stick's position in relation to the ice cream product's height, horizontal position in relation to the ice cream product's end point and angle in relation to the ice cream product's end point , that the control unit is connected to the at least one sensor , that the control unit is adapted to control the stroke length of the servo mechanism and start time and end time for the insertion of the stick based on signals from the aforementioned at least one sensor .
An operating method of a transmitting apparatus in a multimedia system, the operating method comprising: inputting at least one network layer packet; generating a link layer packet based on the at least one network layer packet, wherein the link layer packet comprises a header and a payload , the header comprising a base header , and transmitting the link layer packet, characterized in that : the base header includes packet type information indicating a type of the at least one network layer packet, and payload configuration information indicating whether the link layer packet includes a single network layer packet, and in case that the link layer packet includes the single network layer packet, the base header further includes header mode information indicating whether an additional header following the base header is present. inputting at least one network layer packet; generating a link layer packet based on the at least one network layer packet, wherein the link layer packet comprises a header and a payload , the header comprising a base header , and transmitting the link layer packet, characterized in that : the base header includes packet type information indicating a type of the at least one network layer packet, and payload configuration information indicating whether the link layer packet includes a single network layer packet, and in case that the link layer packet includes the single network layer packet, the base header further includes header mode information indicating whether an additional header following the base header is present. the base header includes packet type information indicating a type of the at least one network layer packet, and payload configuration information indicating whether the link layer packet includes a single network layer packet, and in case that the link layer packet includes the single network layer packet, the base header further includes header mode information indicating whether an additional header following the base header is present.
Method of using a nonwoven comprising a1) 5-50 wt% of matrix fibres and a2) 50-95 wt% of at least partly thermally fused binding fibres, wherein the nonwoven is obtainable in that regions of fused binding fibres that are spherical or akin to stretched sails can be obtained by thermal consolidation with hot air and/or by calendering of the nonwoven, characterized in that the matrix fibres and the binding fibres are staple fibres and the nonwoven is a wet-laid nonwoven, as a light diffusion element. a1) 5-50 wt% of matrix fibres and a2) 50-95 wt% of at least partly thermally fused binding fibres, wherein the nonwoven is obtainable in that regions of fused binding fibres that are spherical or akin to stretched sails can be obtained by thermal consolidation with hot air and/or by calendering of the nonwoven, characterized in that the matrix fibres and the binding fibres are staple fibres and the nonwoven is a wet-laid nonwoven, as a light diffusion element.
A method of manufacturing a double-walled titanium conduit, comprising: stitch welding a set of intimately concentric seamless tubings to form a stitch layer , the stitch welding forming a pattern including a number of first lines which run parallel along a length of the tubings and a number of second lines which run perpendicular to the first lines along a width of the tubings; providing the stitch layer between an inner wall tubing and an outer wall tubing of the double-walled titanium conduit such that the tubings are arranged concentrically; seam welding respective ends of the inner wall tubing and the outer wall tubing to the stitch layer around the respective circumferences of the tubings to create a welded assembly ; die forming the welded assembly at temperature and pressure to form inner structures between the inner wall tubing and the outer wall tubing according to the stitch welding lines and to enable a diffusion bond process among the inner wall tubing , the stitch layer , and the outer wall tubing ; and removing the double-walled titanium conduit from the die . stitch welding a set of intimately concentric seamless tubings to form a stitch layer , the stitch welding forming a pattern including a number of first lines which run parallel along a length of the tubings and a number of second lines which run perpendicular to the first lines along a width of the tubings; providing the stitch layer between an inner wall tubing and an outer wall tubing of the double-walled titanium conduit such that the tubings are arranged concentrically; seam welding respective ends of the inner wall tubing and the outer wall tubing to the stitch layer around the respective circumferences of the tubings to create a welded assembly ; die forming the welded assembly at temperature and pressure to form inner structures between the inner wall tubing and the outer wall tubing according to the stitch welding lines and to enable a diffusion bond process among the inner wall tubing , the stitch layer , and the outer wall tubing ; and removing the double-walled titanium conduit from the die .
A fluid supply system , comprising: a centrifugal pump ; a starting pump that is connected to the centrifugal pump in series, is provided downstream of the centrifugal pump , and has a discharge flow rate less than that of the centrifugal pump ; a measuring valve that is provided downstream of the centrifugal pump and the starting pump , measures an amount of fluid discharged from the centrifugal pump or the starting pump , and discharges the fluid to a downstream each time the fluid reaches a predetermined flow amount; a differential pressure valve that is provided downstream of the centrifugal pump and the starting pump , and is driven based on a differential pressure between an upstream pressure and a downstream pressure of the measuring valve ; and a flow rate control valve that is provided downstream of the centrifugal pump and upstream of the differential pressure valve and has a valve opening speed that is set slower than that of the differential pressure valve , characterized in that : the valve opening speed of the flow rate control valve is 1/5 to 1/10 of the valve opening speed of the differential pressure valve . a centrifugal pump ; a starting pump that is connected to the centrifugal pump in series, is provided downstream of the centrifugal pump , and has a discharge flow rate less than that of the centrifugal pump ; a measuring valve that is provided downstream of the centrifugal pump and the starting pump , measures an amount of fluid discharged from the centrifugal pump or the starting pump , and discharges the fluid to a downstream each time the fluid reaches a predetermined flow amount; a differential pressure valve that is provided downstream of the centrifugal pump and the starting pump , and is driven based on a differential pressure between an upstream pressure and a downstream pressure of the measuring valve ; and a flow rate control valve that is provided downstream of the centrifugal pump and upstream of the differential pressure valve and has a valve opening speed that is set slower than that of the differential pressure valve , characterized in that : the valve opening speed of the flow rate control valve is 1/5 to 1/10 of the valve opening speed of the differential pressure valve .
A method of wireless communication, performed by an apparatus, comprising: receiving a measurement report from a first wireless device operating in a specific area and operating on a spectrum that is different from an authorized shared access, ASA, spectrum, wherein the measurement report includes inter-frequency measurements of a carrier frequency of the ASA spectrum; and adjusting a configuration for a second wireless device operating on the ASA spectrum based at least in part on the measurement report. receiving a measurement report from a first wireless device operating in a specific area and operating on a spectrum that is different from an authorized shared access, ASA, spectrum, wherein the measurement report includes inter-frequency measurements of a carrier frequency of the ASA spectrum; and adjusting a configuration for a second wireless device operating on the ASA spectrum based at least in part on the measurement report.
A method for wireless communication, comprising: receiving , by a user equipment, UE , a grant indicating allocated uplink resources of an uplink shared channel for an uplink transmission, the allocated uplink resources including resources allocated for transmission of uplink control information, UCI, and lacking resources allocated for transmission of other uplink shared channel information; identifying , based at least in part on one or more of a modulation order or code rate for the UCI indicated in the grant, a number of bits per resource element,BPRE, for the UCl; and determining , based at least in part on the BPRE, an uplink power for transmission of the UCI. receiving , by a user equipment, UE , a grant indicating allocated uplink resources of an uplink shared channel for an uplink transmission, the allocated uplink resources including resources allocated for transmission of uplink control information, UCI, and lacking resources allocated for transmission of other uplink shared channel information; identifying , based at least in part on one or more of a modulation order or code rate for the UCI indicated in the grant, a number of bits per resource element,BPRE, for the UCl; and determining , based at least in part on the BPRE, an uplink power for transmission of the UCI.
A suspension system receiving an associated cable, the suspension system comprising: first and second mount arms disposed in spaced relation; and a collar assembly having first and second collar members dimensioned to circumferentially enclose around the associated cable in a first assembled position, and a second open position, where the first and second collar members do not circumferentially enclose the associated cable; characterized in that : first and second posts in spaced relation extend between and join the first and second mount arms together, the first post including a first sheave assembly having a rotatable first sheave secured thereto, and the second post including a second sheave assembly having a rotatable second sheave secured thereto; the collar assembly is mounted to the first and second mount arms for rotation relative thereto; and a float attachment is joined to the first mount arm, the float attachment configured and mounted for rotation relative to the first mount arm. first and second mount arms disposed in spaced relation; and a collar assembly having first and second collar members dimensioned to circumferentially enclose around the associated cable in a first assembled position, and a second open position, where the first and second collar members do not circumferentially enclose the associated cable; characterized in that : first and second posts in spaced relation extend between and join the first and second mount arms together, the first post including a first sheave assembly having a rotatable first sheave secured thereto, and the second post including a second sheave assembly having a rotatable second sheave secured thereto; the collar assembly is mounted to the first and second mount arms for rotation relative thereto; and a float attachment is joined to the first mount arm, the float attachment configured and mounted for rotation relative to the first mount arm. first and second posts in spaced relation extend between and join the first and second mount arms together, the first post including a first sheave assembly having a rotatable first sheave secured thereto, and the second post including a second sheave assembly having a rotatable second sheave secured thereto; the collar assembly is mounted to the first and second mount arms for rotation relative thereto; and a float attachment is joined to the first mount arm, the float attachment configured and mounted for rotation relative to the first mount arm.