mhurhangee/patent-ind-claim-en huggingface dataset:
A turbomolecular pump comprising: a housing ; a pumping mechanism disposed in said housing, said pumping mechanism comprising a rotor shaft having an axis of rotation ; a plurality of bearings supporting said rotor shaft for rotation relative to said housing about said axis of rotation, said plurality of bearings including a rolling bearing supported by a resilient bearing support ; a lubricant supply system that includes a lubricant collection passage ; and a lubricant transfer device provided on said rotor shaft to transfer lubricant from said lubricant supply system to said rolling bearing, wherein said housing comprises a face disposed opposite an end face of said resilient bearing support and said lubricant collection passage is defined in said face to receive lubricant transferred to said rolling bearing that has passed through said rolling bearing and said resilient bearing support defines a lubricant through-passage to receive said lubricant from said lubricant passage and conduct said received lubricant towards a lubricant reservoir (82 , 82 84); and characterised in that the pump further comprises a plurality of support elements disposed in said lubricant collection passage, wherein said end face of said resilient bearing support is disposed in abutting relation with said support elements. a housing ; a pumping mechanism disposed in said housing, said pumping mechanism comprising a rotor shaft having an axis of rotation ; a plurality of bearings supporting said rotor shaft for rotation relative to said housing about said axis of rotation, said plurality of bearings including a rolling bearing supported by a resilient bearing support ; a lubricant supply system that includes a lubricant collection passage ; and a lubricant transfer device provided on said rotor shaft to transfer lubricant from said lubricant supply system to said rolling bearing, wherein said housing comprises a face disposed opposite an end face of said resilient bearing support and said lubricant collection passage is defined in said face to receive lubricant transferred to said rolling bearing that has passed through said rolling bearing and said resilient bearing support defines a lubricant through-passage to receive said lubricant from said lubricant passage and conduct said received lubricant towards a lubricant reservoir (82 , 82 84); and characterised in that the pump further comprises a plurality of support elements disposed in said lubricant collection passage, wherein said end face of said resilient bearing support is disposed in abutting relation with said support elements.
A method for receiving a null data packet announcement, NDPA, frame comprising: receiving, by an apparatus, a NDPA frame that includes one or more station information fields, wherein a length of each of the one or more station information fields is 4 bytes, each of the one or more station information fields comprises an association identifier field, a feedback type field, and an index of number of columns field, and a most significant bit of the front 12 bits of the third and fourth bytes in each of the one or more station information fields is set to 1, wherein the most significant bit of the front 12 bits of the third and fourth bytes is: the 28th bit, B27, of each of the one or more station information fields; and receiving, by the apparatus, a null data packet, NDP, frame after receiving the NDPA frame. receiving, by an apparatus, a NDPA frame that includes one or more station information fields, wherein a length of each of the one or more station information fields is 4 bytes, each of the one or more station information fields comprises an association identifier field, a feedback type field, and an index of number of columns field, and a most significant bit of the front 12 bits of the third and fourth bytes in each of the one or more station information fields is set to 1, wherein the most significant bit of the front 12 bits of the third and fourth bytes is: the 28th bit, B27, of each of the one or more station information fields; and receiving, by the apparatus, a null data packet, NDP, frame after receiving the NDPA frame.
A fire extinguishing nozzle, the fire extinguishing nozzle comprising a mixing chamber , a ventilation chamber comprising at least three air inlet holes and a foaming chamber , wherein said ventilation chamber is coupled to said mixing chamber and said foaming chamber is coupled to said ventilation chamber and wherein: said ventilation chamber and/or said foaming chamber comprise a mesh , wherein said mesh is oriented in the radial plane of the inner cross-section of the ventilation chamber and/or foaming chamber, and said foaming chamber comprises a foam separator element suited to separate a foamed foam in the foaming chamber into at least two streams, wherein the foam separator element is oriented in the radial plane of the inner cross-section of the foaming chamber . said ventilation chamber and/or said foaming chamber comprise a mesh , wherein said mesh is oriented in the radial plane of the inner cross-section of the ventilation chamber and/or foaming chamber, and said foaming chamber comprises a foam separator element suited to separate a foamed foam in the foaming chamber into at least two streams, wherein the foam separator element is oriented in the radial plane of the inner cross-section of the foaming chamber .
A hydraulic machine comprising: - a fixed part , - a part rotatably mounted about an axis (O-O) with respect to the fixed part, - a stack of disks forming a brake or clutch, the disks being able to be in abutment against one another by way of friction surfaces having a mean friction radius (R f ) measured from the axis; and - a push rod able to push the disks into abutment against one another, in a direction parallel to the axis, over a thrust surface , the push rod having a radial annular notch , characterised in that the thrust surface has a mean thrust radius (R p ) measured from the axis and which extends within or beyond the mean friction radius (R f ), the notch indenting the push rod from a side of the push rod opposite to the axis (O-O) when the mean thrust radius (R p ) extends beyond the mean friction radius (R f ), and otherwise from a side of the push rod closest to the axis, the notch being dimensioned so that the mean friction radius (R f ) is comprised between a largest radius (R a ) of the notch and a smallest radius (R e ) of the notch. - a fixed part , - a part rotatably mounted about an axis (O-O) with respect to the fixed part, - a stack of disks forming a brake or clutch, the disks being able to be in abutment against one another by way of friction surfaces having a mean friction radius (R f ) measured from the axis; and - a push rod able to push the disks into abutment against one another, in a direction parallel to the axis, over a thrust surface , the push rod having a radial annular notch , characterised in that the thrust surface has a mean thrust radius (R p ) measured from the axis and which extends within or beyond the mean friction radius (R f ), the notch indenting the push rod from a side of the push rod opposite to the axis (O-O) when the mean thrust radius (R p ) extends beyond the mean friction radius (R f ), and otherwise from a side of the push rod closest to the axis, the notch being dimensioned so that the mean friction radius (R f ) is comprised between a largest radius (R a ) of the notch and a smallest radius (R e ) of the notch.
A wireless transmit/receive unit, WTRU, comprising: a processor configured to at least: receive, using higher layer signaling, carrier specific sounding reference signal, SRS, transmission parameters for each of a plurality of uplink, UL, carriers; receive a physical downlink control channel, PDCCH, transmission, the PDCCH transmission triggering SRS transmission on a particular UL carrier of the plurality of UL carriers; and transmit an SRS on the particular UL carrier of the plurality of UL carriers, wherein the SRS is transmitted based on the carrier specific SRS transmission parameters associated with the particular UL carrier of the plurality of UL carriers. receive, using higher layer signaling, carrier specific sounding reference signal, SRS, transmission parameters for each of a plurality of uplink, UL, carriers; receive a physical downlink control channel, PDCCH, transmission, the PDCCH transmission triggering SRS transmission on a particular UL carrier of the plurality of UL carriers; and transmit an SRS on the particular UL carrier of the plurality of UL carriers, wherein the SRS is transmitted based on the carrier specific SRS transmission parameters associated with the particular UL carrier of the plurality of UL carriers.
A method for the production and filling of containers designed to contain food, said method comprising the steps of: - shaping a sheet made of PET (polyethylene terephthalate) in order to provide a plurality of accommodation receptacles provided with at least one access inlet , said PET sheet having an initial degree of crystallinity lower than or equal to 10%; - filling, through said access inlet , said accommodation receptacles with at least one food; - sealing said access inlet by means of a closure film ; - providing a weakened portion at a connecting edge between at least two adjacent accommodation receptacles , said method being characterized in that said provision step comprises a step of emission of laser radiation at at least one portion of said connecting edge in order to provide a localized reduction of the transverse cross-section of said connecting edge along said weakened portion ; - the final degree of crystallinity at said weakened portion after said step of emission of laser radiation being lower than, equal to or greater than, at most by a percentage equal to 3%, the degree of crystallinity of portions of said connecting edge not affected by modifications occurring as a consequence of said step of emission of laser radiation and of said sealing step. - shaping a sheet made of PET (polyethylene terephthalate) in order to provide a plurality of accommodation receptacles provided with at least one access inlet , said PET sheet having an initial degree of crystallinity lower than or equal to 10%; - filling, through said access inlet , said accommodation receptacles with at least one food; - sealing said access inlet by means of a closure film ; - providing a weakened portion at a connecting edge between at least two adjacent accommodation receptacles , said method being characterized in that said provision step comprises a step of emission of laser radiation at at least one portion of said connecting edge in order to provide a localized reduction of the transverse cross-section of said connecting edge along said weakened portion ; - the final degree of crystallinity at said weakened portion after said step of emission of laser radiation being lower than, equal to or greater than, at most by a percentage equal to 3%, the degree of crystallinity of portions of said connecting edge not affected by modifications occurring as a consequence of said step of emission of laser radiation and of said sealing step.
Extractor hood comprising a radial fan with a fan wheel and a fan motor , which comprises a shaft for driving the fan wheel , wherein the shaft has a thread , which is screwed into a corresponding thread of the fan wheel , and a shoulder following the thread , wherein the shoulder engages into a corresponding shoulder of the fan wheel , wherein radial sections of the shoulder and the corresponding shoulder are in axial contact with one another, and wherein the shaft and the fan wheel are connected in rotationally fixed manner.
A shoe comprising an upper consisting of a three-dimensional knitted fabric which has two interconnected knitted fabric layers , in which upper the outer fabric layer facing the upper exterior has a greater surface area than the inner fabric layer facing the upper interior, characterized in that the two fabric layers are interconnected by a filler/standing thread, which is partially intermeshed or tucked in different densities/needle spacings.
An epoxy-resin composition, comprising: component (A); component (B); component (C); and component (D), wherein, the ratio of the amount of substance of a urea group derived from component (D) to the amount of phosphorus atoms derived from component (A) (urea equivalent to phosphorus) is in the range of 0.25 or higher to 1.85 or lower, and the amount of component (A) to 100 parts by mass of the amount of the rest of the epoxy-resin composition that excludes component (A) is 7 parts by mass or greater, the component (A): a phosphorus compound, the component (B): an epoxy resin which has at least three epoxy groups in the molecule, and which does not correspond to component (A) nor include component (A), the component (C): an epoxy resin curing agent which does not have a urea structure in the molecule, and the component (D): a dimethylurea compound represented by formula (a) below. ("R" is a hydrogen atom or an alkyl group having any number of 1 to 10 carbons); wherein the component (A) is a phosphorus modified epoxy resin made of compound (b) represented by formula (b) below. wherein "n" is an integral number of zero or greater; "X" is a group shown in formulas (I), (II) or (III) below; in the formula, (n+2) X groups may be the same or different; at least one "X" among (n+2) X groups is a group shown in the below formula (I) or (II); "Y" represents (-H) or (-CH 3 ) bond, and (n+2) Y bonds in the formula may be same or different. component (A); component (B); component (C); and component (D),
A vehicle comprising an engine and an exhaust system having an exhaust manifold and an exhaust purification device , the vehicle engine being placed horizontally such that a cylinder-array direction coincides with a vehicle-width direction, wherein the exhaust manifold is disposed at a predetermined distance from a dash panel constituting a body of the vehicle, the exhaust purification device is disposed in a position overlapping a floor tunnel region , formed by a floor tunnel of the body, and is disposed below the exhaust manifold and to one side of the center of the engine in the cylinder-array direction, as viewed from the longitudinal direction of the vehicle, and a connection passage connecting the exhaust manifold and the exhaust purification device is disposed on the other side of the center of the exhaust manifold in the cylinder-array direction, and extends below the exhaust manifold to be connected to the exhaust purification device , characterized in that ; the exhaust manifold is fitted to the discharge side of the engine , the exhaust purification device has a substantially L-shape and includes an upstream-side portion and a downstream-side portion , the upstream-side portion being disposed along the vehicle-width direction, and the downstream-side portion being disposed along the longitudinal direction of the vehicle on the one side of the center, and the connection passage extends vertically and comprises an inlet and outlet , the inlet being open upward and is coupled to the exhaust manifold and the outlet being open in a direction substantially orthogonal to the inlet and coupled to the exhaust purification device .
A method of wireless communication by a base station, comprising: determining parameter information of one or more parameters; selecting , based on the parameter information, synchronization resources from a plurality of candidate resources for transmission of one or more synchronization signals, wherein the selected synchronization resources correspond to the parameter information; and transmitting the one or more synchronization signals using the selected synchronization resources to a user equipment, UE. determining parameter information of one or more parameters; selecting , based on the parameter information, synchronization resources from a plurality of candidate resources for transmission of one or more synchronization signals, wherein the selected synchronization resources correspond to the parameter information; and transmitting the one or more synchronization signals using the selected synchronization resources to a user equipment, UE.
Vehicle pneumatic tyre having a tread , an at least two-ply belt assembly , if appropriate a belt bandage preferably implemented as a wound bandage, further having at least one electrically conductive element that is arranged in the tread , passes through the latter and extends as far as the tread outer surface, wherein at least one electrically conductive side wall passage that is connected to the rim is provided, wherein electrically conductive material that is in contact with the belt assembly connects the electrically conductive element to the electrically conductive side wall passage, wherein the belt plies and the belt bandage have electrically nonconductive rubber coatings, and wherein the electrically conductive material forms at least one local electrically conductive passage running in the axial direction and limited in the circumferential direction between the electrically conductive element and the electrically conductive side wall passage, characterized in that the electrically conductive material is led through two adjacent windings of the belt bandage and otherwise runs on the radially outermost belt ply .
A portable foldable aquaplane comprising a buoyancy device , the portable foldable aquaplane further comprises a handle , pedals and a seat cushion ; and wherein the buoyancy device comprises a head buoyancy component and a body buoyancy component ; the head buoyancy component comprises a first head buoyancy element and a second head buoyancy element which are swingably connected with each other; the second head buoyancy element is foldably connected with a front end of the body buoyancy component ; wherein the handle is directly connected with the first head buoyancy element through a first telescopic rod ; and the seat cushion is connected with the body buoyancy component through a second telescopic rod ; and a front fin is connected below the first head buoyancy element .
A method for manufacturing a medical device including a stent, the method comprising: forming a multi-melting point filament from a blend of a first polymer including a block polymer and a second polymer; wherein the polymer blend has a first melting point and a second melting point lower than the first melting point; forming the filament into an implantable medical device; and heat setting the filament at a temperature within 10° C of the second melting point. forming a multi-melting point filament from a blend of a first polymer including a block polymer and a second polymer; wherein the polymer blend has a first melting point and a second melting point lower than the first melting point; forming the filament into an implantable medical device; and heat setting the filament at a temperature within 10° C of the second melting point.
Method of treating acidic wastewater from an industrial plant comprising: a. directing acidic wastewater from the industrial plant to an electrochemical cell having an anode chamber and a cathode chamber separated by a separator; b. filling the anode chamber with the wastewater; c. filling the cathode chamber with the wastewater as catholyte; d. treating the wastewater in the anode chamber by electrolysis while the pH in the catholyte is acidic; e. removing the catholyte from the cathode chamber, f. directing the treated wastewater from the anode chamber to the cathode chamber, and g. adding new wastewater into the anode chamber h. treating the new wastewater in the anode chamber with electrolysis while the pH in the treated wastewater catholyte is acidic. a. directing acidic wastewater from the industrial plant to an electrochemical cell having an anode chamber and a cathode chamber separated by a separator; b. filling the anode chamber with the wastewater; c. filling the cathode chamber with the wastewater as catholyte; d. treating the wastewater in the anode chamber by electrolysis while the pH in the catholyte is acidic; e. removing the catholyte from the cathode chamber, f. directing the treated wastewater from the anode chamber to the cathode chamber, and g. adding new wastewater into the anode chamber h. treating the new wastewater in the anode chamber with electrolysis while the pH in the treated wastewater catholyte is acidic.
A sample analyzer comprising: a reagent container set section (60a-60e) for setting a reagent container which contains a specific reagent, wherein a recording medium storing a kind information indicating a kind of the reagent is attached to the reagent container ; a reader/writer (61a-61e) configured to read out an information from the recording medium attached to the reagent container set in the reagent container set section (60a-60e) and configured to write an information on the recording medium ; an openable and closable cover which is provided in the reagent container set section (60a-60e); the sample analyzer being characterized by further comprising: a writing instruction section including a sensor configured to detect a closing of the cover , the writing instruction section being configured to issue an instruction to write the information on the recording medium if the sensor has detected the closing of the cover ; a controller configured to control the reader/writer to write the information on the recording medium attached to the reagent container set in the reagent container set section (60a-60e) if the kind information read out from the recording medium indicates the specific reagent and the writing instruction section has issued the writing instruction. a reagent container set section (60a-60e) for setting a reagent container which contains a specific reagent, wherein a recording medium storing a kind information indicating a kind of the reagent is attached to the reagent container ; a reader/writer (61a-61e) configured to read out an information from the recording medium attached to the reagent container set in the reagent container set section (60a-60e) and configured to write an information on the recording medium ; an openable and closable cover which is provided in the reagent container set section (60a-60e); the sample analyzer being characterized by further comprising: a writing instruction section including a sensor configured to detect a closing of the cover , the writing instruction section being configured to issue an instruction to write the information on the recording medium if the sensor has detected the closing of the cover ; a controller configured to control the reader/writer to write the information on the recording medium attached to the reagent container set in the reagent container set section (60a-60e) if the kind information read out from the recording medium indicates the specific reagent and the writing instruction section has issued the writing instruction. a writing instruction section including a sensor configured to detect a closing of the cover , the writing instruction section being configured to issue an instruction to write the information on the recording medium if the sensor has detected the closing of the cover ; a controller configured to control the reader/writer to write the information on the recording medium attached to the reagent container set in the reagent container set section (60a-60e) if the kind information read out from the recording medium indicates the specific reagent and the writing instruction section has issued the writing instruction.