mhurhangee/patent-ind-claim-en huggingface dataset:
A tool for measuring relative concentricity deviations in a confined space between a turbine rotor and a turbine diaphragm, the tool comprising: a housing ; a sensor coupled with the housing, the sensor being adapted to measure a distance from the housing to the turbine rotor; an axial spring plunger connected to the housing; a radial spring plunger connected to the housing and orthogonal to the axial spring plunger; and a sliding or rolling surface on a side of the housing opposite from one of the axial spring plunger and the radial spring plunger, wherein said axial spring plunger and said radial spring plunger are adapted for engagement with one of the turbine rotor or the turbine diaphragm, and the sliding or rolling surface is adapted for engagement with the other one of the turbine rotor or the turbine diaphragm. a housing ; a sensor coupled with the housing, the sensor being adapted to measure a distance from the housing to the turbine rotor; an axial spring plunger connected to the housing; a radial spring plunger connected to the housing and orthogonal to the axial spring plunger; and a sliding or rolling surface on a side of the housing opposite from one of the axial spring plunger and the radial spring plunger, wherein said axial spring plunger and said radial spring plunger are adapted for engagement with one of the turbine rotor or the turbine diaphragm, and the sliding or rolling surface is adapted for engagement with the other one of the turbine rotor or the turbine diaphragm.
A fire suppression system (110; 310; 410; 510), comprising: a vessel (120; 220; 320; 420; 520) having an opening and configured to contain a pressurised fire suppression agent (125; 225); a disk (130; 230; 330; 430; 530) configured to seal the opening of the vessel (120; 220; 320; 420; 520) and retain the pressurised fire suppression agent (125; 225); a plug (140; 240; 340; 555) configured to block the opening of the vessel and to support and retain the disk (130; 230; 330; 430; 530); a retainer (150; 250; 350; 570) configured to constrain the plug (140; 240; 340; 555), in a position adjacent to the disk , and to non-destructively change shape in response to an increase in temperature above a transition temperature, thereby releasing the plug (140; 240; 340; 555); and an exhaust port configured to direct the fire suppression agent , characterized in that the pressurised fire suppression agent (125; 225) causing the rupture of the disk (130; 230; 330; 430; 530) and pushing further the plug from the vessel releasing the fire suppression agent to exhaust port . a vessel (120; 220; 320; 420; 520) having an opening and configured to contain a pressurised fire suppression agent (125; 225); a disk (130; 230; 330; 430; 530) configured to seal the opening of the vessel (120; 220; 320; 420; 520) and retain the pressurised fire suppression agent (125; 225); a plug (140; 240; 340; 555) configured to block the opening of the vessel and to support and retain the disk (130; 230; 330; 430; 530); a retainer (150; 250; 350; 570) configured to constrain the plug (140; 240; 340; 555), in a position adjacent to the disk , and to non-destructively change shape in response to an increase in temperature above a transition temperature, thereby releasing the plug (140; 240; 340; 555); and an exhaust port configured to direct the fire suppression agent , characterized in that the pressurised fire suppression agent (125; 225) causing the rupture of the disk (130; 230; 330; 430; 530) and pushing further the plug from the vessel releasing the fire suppression agent to exhaust port .
A pump assembly comprising a vertical pump arranged in a canister , wherein the vertical pump comprises a pump column disposed between a pump head and a pump bowl in an axial direction (A), wherein a fluid is pumped during operation from a column inlet at the pump bowl to a column outlet at the pump head by means of a pump device arranged in the pump column , wherein the pump column is supported in a stabilizing manner by means of at least two damping arms provided on an outer surface of the pump column , wherein each damping arm has an support end for supporting the respective damping arm on an inner surface of the canister in a radial direction perpendicular to the axial direction (A) and the pump assembly comprises a vibration damper comprising each damping arm , and a holding device being mounted around the pump column and having a shape corresponding to the pump column , wherein each damping arm is mounted to the holding device , the holding device comprising a first retainer and a second retainer , the first retainer and the second retainer being mounted around the pump column , wherein each damping arm is connected to the first retainer and to the second retainer , and wherein each support end is movable independently from the other support end or the other support ends with respect to the axial direction (A), characterized in that the damping arms are orientated along the axial direction (A) with their support end extending towards the pump head such that each support end is located above the first retainer and the second retainer with respect to the axial direction (A). wherein the vertical pump comprises a pump column disposed between a pump head and a pump bowl in an axial direction (A), wherein a fluid is pumped during operation from a column inlet at the pump bowl to a column outlet at the pump head by means of a pump device arranged in the pump column , wherein the pump column is supported in a stabilizing manner by means of at least two damping arms provided on an outer surface of the pump column , wherein each damping arm has an support end for supporting the respective damping arm on an inner surface of the canister in a radial direction perpendicular to the axial direction (A) and the pump assembly comprises a vibration damper comprising each damping arm , and a holding device being mounted around the pump column and having a shape corresponding to the pump column , wherein each damping arm is mounted to the holding device , the holding device comprising a first retainer and a second retainer , the first retainer and the second retainer being mounted around the pump column , wherein each damping arm is connected to the first retainer and to the second retainer , and wherein each support end is movable independently from the other support end or the other support ends with respect to the axial direction (A), characterized in that the damping arms are orientated along the axial direction (A) with their support end extending towards the pump head such that each support end is located above the first retainer and the second retainer with respect to the axial direction (A).
A blanking panel for preventing the exchange of cold and hot air in an electronics rack having at least one module comprising: a face having a top edge and an oppositely positioned bottom edge ; a first planar member extending transversely from the top or bottom edge ; and a second planar member slidably engaged with the first planar member , the second planar member configured for parallel movement relative to the first planar member , wherein the first and second planar members are configured to prevent airflow from a superior side of the blanking panel to an inferior side of the blanking panel, and wherein said blanking panel extends from a front end of the electronics rack to a rear end of the electronics rack. a face having a top edge and an oppositely positioned bottom edge ; a first planar member extending transversely from the top or bottom edge ; and a second planar member slidably engaged with the first planar member , the second planar member configured for parallel movement relative to the first planar member , wherein the first and second planar members are configured to prevent airflow from a superior side of the blanking panel to an inferior side of the blanking panel, and wherein said blanking panel extends from a front end of the electronics rack to a rear end of the electronics rack.
A method performed by at least one apparatus , the method comprising: receiving a request for assistance data for a satellite signal based positioning of a device , the request including a request for a satellite specific ionospheric model (action 611); assembling upon the request assistance data for a satellite signal based positioning of the device , the assistance data comprising a satellite specific ionospheric model for at least one specific satellite and a time stamp that relates the satellite specific ionospheric model to particular ephemeris data for the at least one specific satellite (action 612; 712); and providing the assistance data for transmission (action 613; 713). receiving a request for assistance data for a satellite signal based positioning of a device , the request including a request for a satellite specific ionospheric model (action 611); assembling upon the request assistance data for a satellite signal based positioning of the device , the assistance data comprising a satellite specific ionospheric model for at least one specific satellite and a time stamp that relates the satellite specific ionospheric model to particular ephemeris data for the at least one specific satellite (action 612; 712); and providing the assistance data for transmission (action 613; 713).
A frictional drive apparatus comprising: a motor ; a driving pulley configured to rotate by the motor ; a belt connected to the driving pulley ; a driven pulley configured to rotate by an operation of the belt ; a pressing unit in contact with an inner surface of the belt ; an elastic unit configured to press the pressing unit towards the belt ; characterised in that it comprises a reverse rotation preventer provided on a drive shaft of the driving pulley and configured to prevent a reverse rotation of the driving pulley . a motor ; a driving pulley configured to rotate by the motor ; a belt connected to the driving pulley ; a driven pulley configured to rotate by an operation of the belt ; a pressing unit in contact with an inner surface of the belt ; an elastic unit configured to press the pressing unit towards the belt ; characterised in that it comprises a reverse rotation preventer provided on a drive shaft of the driving pulley and configured to prevent a reverse rotation of the driving pulley .
A pharmaceutical composition for topical use comprising diclofenac in the form of salt with epolamine (diclofenac-epolamine), at a concentration of 2.6% by weight, on the weight of the composition, the composition comprising lecithin in a weight ratio ranging from 0.5:1 to 0.9:1 with respect to diclofenac-epolamine.
A connector element comprising: - a plug-side section for being plugged together with a complementary plug-in connector; - a board-side section for arranging the connector element on at least one shielding element of a coaxial conductor ; - a stop section that is arranged between the plug-side section and the board-side section and that is furthermore designed to be arranged on a mounting plate ; and - a sealing system with at least one annular first section for a keyed arrangement on the at least one coaxial conductor , and a second section for a keyed arrangement on the mounting plate , wherein the first section of the sealing system has a peripheral projection that extends in a mounted state to a lateral surface of the coaxial conductor , wherein the first section of the sealing system furthermore has a peripheral projection that extends to the stop section of the connector element , and wherein the second section of the sealing system has a peripheral projection that extends to the mounting plate in a mounted state. - a plug-side section for being plugged together with a complementary plug-in connector; - a board-side section for arranging the connector element on at least one shielding element of a coaxial conductor ; - a stop section that is arranged between the plug-side section and the board-side section and that is furthermore designed to be arranged on a mounting plate ; and - a sealing system with at least one annular first section for a keyed arrangement on the at least one coaxial conductor , and a second section for a keyed arrangement on the mounting plate , wherein the first section of the sealing system has a peripheral projection that extends in a mounted state to a lateral surface of the coaxial conductor , wherein the first section of the sealing system furthermore has a peripheral projection that extends to the stop section of the connector element , and wherein the second section of the sealing system has a peripheral projection that extends to the mounting plate in a mounted state.
An electrophotographic photosensitive member comprising an electro-conductive support, an undercoat layer, a charge generation layer and a charge transport layer in this order, wherein an atomic concentration ratio R of an oxygen atom to an aluminum atom on a surface of the electro-conductive support, as measured by energy dispersive X-ray spectroscopy according to the description, satisfies the following Expression : 1.6 ≤ R and the undercoat layer comprises a titanium oxide particle that is surface-treated with at least one chemical compound represented by the following Formulae (A-1) to (A-10), wherein R 1 to R 10 represent a methyl group, an ethyl group or an acetyl group; X 1 to X 5 represent a hydrogen atom or a methyl group; and n is 1 to 7, and wherein an arithmetic average roughness Sa of the surface of the electro-conductive support as determined according to the description is 3 μm or less, an atomic concentration ratio R of an oxygen atom to an aluminum atom on a surface of the electro-conductive support, as measured by energy dispersive X-ray spectroscopy according to the description, satisfies the following Expression : 1.6 ≤ R and the undercoat layer comprises a titanium oxide particle that is surface-treated with at least one chemical compound represented by the following Formulae (A-1) to (A-10), wherein R 1 to R 10 represent a methyl group, an ethyl group or an acetyl group; X 1 to X 5 represent a hydrogen atom or a methyl group; and n is 1 to 7, and wherein an arithmetic average roughness Sa of the surface of the electro-conductive support as determined according to the description is 3 μm or less,
A control method for a drum washing machine, in a load imbalance detection function having a pre-weighing process followed by a weighing process, wherein a velocity fluctuation threshold is set as a weighing protection threshold to control whether or not the weighing process is entered, the method characterised by : step A, acquiring (S101) an average starting power of a drum in a starting process of the drum; step B, determining (S102) a load range to which a current load of the drum belongs according to the average starting power; step C, setting (S103) the velocity fluctuation threshold according to the determined load range. step A, acquiring (S101) an average starting power of a drum in a starting process of the drum; step B, determining (S102) a load range to which a current load of the drum belongs according to the average starting power; step C, setting (S103) the velocity fluctuation threshold according to the determined load range.
A floating photovoltaic power plant comprising a pliable mat , the mat being fixed to an endless, elongated floatation element which surrounds the mat , characterised in that the mat is arranged on a surface of a body of water and in contact therewith, the mat having a plurality of photovoltaic modules fixed thereon and being surrounded by the floatation element such that the mat is located inside the floatation element .
A method for solidifying a photopolymerizable, diffusely reflecting material by irradiation, wherein the material coats a transparent material confining element, such as a material support or a tank bottom , and the irradiation of a surface to be solidified is performed through the transparent material confining element into the material , characterized in that a) the thickness of the material confining element and b) the coated surface and/or the construction field and/or the surface to be solidified of the material are adapted to one another such that the thickness of the material confining element is at least 1/4, preferably at least 1/3, preferably at least 1/2, of the diameter of the coated surface, or the surface to be solidified, or the construction field, respectively, wherein by the diameter of the coated surface or surface to be solidified, the distance between the points that are farthest apart from each other, of the surface is understood.
A modified polymer comprising a repeating unit derived from a styrene-based compound represented by Formula 1 below: wherein, in Formula 1, R is a hydrogen atom, a C 1 -C 20 alkyl group, a C 3 -C 20 cycloalkyl group, a C 6 -C 20 aryl group, or a C 7 -C 20 arylalkyl group, and n is an integer of 1 to 11, wherein the modified polymer is a copolymer including a conjugated diene-based monomer-derived unit and an aromatic vinyl-based monomer-derived unit.
A vehicle body structure having an underframe formed by a floor of the vehicle body , side beams disposed at both width direction sides of the floor and extending in a longitudinal direction of the vehicle body, bolster beams extending in the width direction of the vehicle body, and center beams crossing the bolster beams and extending in the longitudinal direction of the vehicle body toward end sections of the vehicle body; characterised in that : each bolster beam is joined to a lower surface or a side surface of the side beams and the center beams which cross the bolster beam; each bolster beam has two air spring bearings and a center pin bearing disposed on a lower surface of the bolster beam for joining to respectively air springs and a center pin, the air spring bearings being located on opposite sides of the center pin bearing in the width direction of the vehicle body; and wires and pipes are passed through a space formed between the floor and the bolster beams. each bolster beam is joined to a lower surface or a side surface of the side beams and the center beams which cross the bolster beam; each bolster beam has two air spring bearings and a center pin bearing disposed on a lower surface of the bolster beam for joining to respectively air springs and a center pin, the air spring bearings being located on opposite sides of the center pin bearing in the width direction of the vehicle body; and wires and pipes are passed through a space formed between the floor and the bolster beams.
A method for wireless communication by a base station, BS, comprising: identifying a physical uplink control channel, PUCCH, format to be used for a subsequent PUCCH transmission; identifying a PUCCH resource mapping rule based at least in part on the PUCCH format; determining an uplink transmission resource to be used for the subsequent PUCCH transmission based at least in part on the PUCCH resource mapping rule, wherein the uplink transmission resource comprises one or more resource blocks; and transmitting a signal indicative of the uplink transmission resource, characterized in that the PUCCH resource mapping rule is identified as an implicit resource mapping rule for the subsequent PUCCH transmission relative to a current or immediately upcoming TTI or slot, wherein the PUCCH transmission is transmitted on aggregated slots or TTIs, wherein the implicit resource mapping rule is based on a pre-defined mapping rule known to both the BS and a receiving user equipment, UE. identifying a physical uplink control channel, PUCCH, format to be used for a subsequent PUCCH transmission; identifying a PUCCH resource mapping rule based at least in part on the PUCCH format; determining an uplink transmission resource to be used for the subsequent PUCCH transmission based at least in part on the PUCCH resource mapping rule, wherein the uplink transmission resource comprises one or more resource blocks; and transmitting a signal indicative of the uplink transmission resource, characterized in that the PUCCH resource mapping rule is identified as an implicit resource mapping rule for the subsequent PUCCH transmission relative to a current or immediately upcoming TTI or slot, wherein the PUCCH transmission is transmitted on aggregated slots or TTIs, wherein the implicit resource mapping rule is based on a pre-defined mapping rule known to both the BS and a receiving user equipment, UE.
A tubular gripping assembly , comprising: a power tong fluid grip housing configured to actuate between an open position and a closed position; and an inflatable bladder apparatus coupled to an inner surface of the power tong fluid grip housing and configured to grip a tubular member when the power tong fluid grip housing is in the closed position and the inflatable bladder apparatus is inflated; characterized in that the assembly further comprises: a mechanized docking and undocking fluid connector configured to provide hydraulic communication to the tubular gripping assembly when in a docked position and to allow for rotation of the power tong fluid grip housing when in an undocked position; a latch mechanism, operative in response to a remote control signal provided through the mechanized docking and undocking fluid connector in the docked position, to secure the power tong fluid grip housing in the closed position when the latch mechanism is in the engaged position and to allow the power tong fluid grip housing to be actuated to the open position when the latch mechanism is in the disengaged position. a power tong fluid grip housing configured to actuate between an open position and a closed position; and an inflatable bladder apparatus coupled to an inner surface of the power tong fluid grip housing and configured to grip a tubular member when the power tong fluid grip housing is in the closed position and the inflatable bladder apparatus is inflated; characterized in that the assembly further comprises: a mechanized docking and undocking fluid connector configured to provide hydraulic communication to the tubular gripping assembly when in a docked position and to allow for rotation of the power tong fluid grip housing when in an undocked position; a latch mechanism, operative in response to a remote control signal provided through the mechanized docking and undocking fluid connector in the docked position, to secure the power tong fluid grip housing in the closed position when the latch mechanism is in the engaged position and to allow the power tong fluid grip housing to be actuated to the open position when the latch mechanism is in the disengaged position. a mechanized docking and undocking fluid connector configured to provide hydraulic communication to the tubular gripping assembly when in a docked position and to allow for rotation of the power tong fluid grip housing when in an undocked position; a latch mechanism, operative in response to a remote control signal provided through the mechanized docking and undocking fluid connector in the docked position, to secure the power tong fluid grip housing in the closed position when the latch mechanism is in the engaged position and to allow the power tong fluid grip housing to be actuated to the open position when the latch mechanism is in the disengaged position.