mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for fastening a brake calliper to a frame of a vehicle, the brake calliper belonging to a brake of the vehicle, in order to brake a rotatable brake disc , with the following features: a first pin and a second pin which are both connected fixedly to the frame ; a first holder for holding the brake calliper on the first pin ; and a second holder for holding the brake calliper on the second pin , the combination of the first holder and the second holder being configured to hold the brake calliper in a rotationally locked manner in a plane (x-z) perpendicularly with respect to the rotational axis (R1) of the brake disc , and to permit rotations about at least one further rotational axis (R2, R3) which is perpendicular with respect to the rotational axis (R1) of the brake disc , the first holder being immovable relative to the second holder , and the first holder being configured to transmit all radial forces to the first pin , and characterized in that the second holder is configured to transmit radial forces in only one direction to the second pin . a first pin and a second pin which are both connected fixedly to the frame ; a first holder for holding the brake calliper on the first pin ; and a second holder for holding the brake calliper on the second pin , the combination of the first holder and the second holder being configured to hold the brake calliper in a rotationally locked manner in a plane (x-z) perpendicularly with respect to the rotational axis (R1) of the brake disc , and to permit rotations about at least one further rotational axis (R2, R3) which is perpendicular with respect to the rotational axis (R1) of the brake disc , the first holder being immovable relative to the second holder , and the first holder being configured to transmit all radial forces to the first pin , and characterized in that the second holder is configured to transmit radial forces in only one direction to the second pin .
A method for preventing scale formation in circulating fluid, wherein the method comprises adding a scale-inhibiting polymer, or a composition comprising the scale-inhibiting polymer and a solvent, to the fluid; wherein the scale-inhibiting polymer comprises two or more recurring units wherein at least one recurring unit is a sulfonate-containing monomer selected from 2-sulfoethyl methacrylate and salts thereof; and at least one recurring unit is maleic acid; and wherein the fluid is an aqueous alkali cyanide solution.
A method of data transfer in a data processing network, the method comprising: receiving a first write request at a first node of the data processing network, the write request directed to a first address in the data processing network and having a first stream identifier; determining , by the first node, if any previous write request with the same first stream identifier is pending; when a previous write request to the first stream identifier is pending, sending a request for an ordered write to a second node of the data processing network, where the second node is a Home Node for the first address; and characterised by when no previous write request to the first stream identifier is pending, sending a request for an optimized write to the second node of the data processing network associated with the first address. receiving a first write request at a first node of the data processing network, the write request directed to a first address in the data processing network and having a first stream identifier; determining , by the first node, if any previous write request with the same first stream identifier is pending; when a previous write request to the first stream identifier is pending, sending a request for an ordered write to a second node of the data processing network, where the second node is a Home Node for the first address; and characterised by when no previous write request to the first stream identifier is pending, sending a request for an optimized write to the second node of the data processing network associated with the first address.
A valve assembly for a gas turbine engine, characterized by comprising: a flow duct with an inlet and an outlet downstream from the inlet ; a piston housing inside the flow duct , wherein the piston housing is axially aligned with a center axis of the flow duct ; a piston inside the piston housing and configured to extend downstream of the piston housing in a closed position; a spring at least partially inside the piston , wherein the spring contacts the piston and biases the piston to the open position; a control chamber between the piston and an upstream end of the piston housing ; a control opening extending through the upstream end of the piston housing , wherein the control opening fluidically communicates with the flow duct and the control chamber ; and a cap extending through the control opening , wherein the cap comprises: a cap passage extending through the cap , wherein the cap passage comprises an inlet outside of the piston housing and an outlet inside the piston housing , and wherein the cap passage has two ninety-degree turns between the inlet and the outlet of the cap passage. a flow duct with an inlet and an outlet downstream from the inlet ; a piston housing inside the flow duct , wherein the piston housing is axially aligned with a center axis of the flow duct ; a piston inside the piston housing and configured to extend downstream of the piston housing in a closed position; a spring at least partially inside the piston , wherein the spring contacts the piston and biases the piston to the open position; a control chamber between the piston and an upstream end of the piston housing ; a control opening extending through the upstream end of the piston housing , wherein the control opening fluidically communicates with the flow duct and the control chamber ; and a cap extending through the control opening , wherein the cap comprises: a cap passage extending through the cap , wherein the cap passage comprises an inlet outside of the piston housing and an outlet inside the piston housing , and wherein the cap passage has two ninety-degree turns between the inlet and the outlet of the cap passage.
A method for identifying and selecting a subject with increased risk of developing a cardiometabolic disease, and optionally a hematological cancer, comprising the steps of: (a) sequencing at least part of a genome comprising a DNMT3A gene of one or more cells in a blood sample of the subject, (b) identifying from said sequencing one or more mutations in said DNMT3A gene, wherein presence of said mutation(s) indicates an increased risk of developing a cardiometabolic disease, and optionally a hematological cancer. (a) sequencing at least part of a genome comprising a DNMT3A gene of one or more cells in a blood sample of the subject, (b) identifying from said sequencing one or more mutations in said DNMT3A gene, wherein presence of said mutation(s) indicates an increased risk of developing a cardiometabolic disease, and optionally a hematological cancer.
A pipe connection for providing a connection to a pipe (P), the pipe connection comprising: a sleeve which receives a pipe (P) and has a seat ; a first sealing or gripping element which is disposed adjacent the seat ; an intermediate member which is disposed adjacent the first sealing or gripping element ; a second sealing or gripping element which is disposed adjacent the intermediate member ; an end member which is disposed adjacent the second sealing or gripping element ; and at least one fixing which engages the end member and is configured to displace the same axially inwardly relative to the sleeve on torquing; wherein the pipe connection further comprises: at least one support which is located around the at least one fixing , with the at least one fixing extending through the at least one support , and disposed between one of the sleeve and the intermediate member or the intermediate member and the end member , wherein the at least one support is configured to maintain the sleeve and the intermediate member or the intermediate member and the end member with a predetermined spaced relation until application of a torquing force between the sleeve and the intermediate member or the intermediate member and the end member which exceeds a predetermined threshold, whereby the end member is displaced relative to the intermediate member to displace the second sealing or gripping element ahead of displacement of the intermediate member relative to the sleeve to displace the first sealing or gripping element or the intermediate member is displaced relative to the sleeve to displace the first sealing or gripping element ahead of displacement of the end member relative to the intermediate member to displace the second sealing or gripping element . a sleeve which receives a pipe (P) and has a seat ; a first sealing or gripping element which is disposed adjacent the seat ; an intermediate member which is disposed adjacent the first sealing or gripping element ; a second sealing or gripping element which is disposed adjacent the intermediate member ; an end member which is disposed adjacent the second sealing or gripping element ; and at least one fixing which engages the end member and is configured to displace the same axially inwardly relative to the sleeve on torquing;
Method for determining a control sequence for a drive train of a work machine, wherein a clutch of the drive train is controlled with the control sequence on the basis of a brake actuation, comprising at least the following steps: manoeuvring with the work machine by way of an operator; recording respective clutch actuation characteristic variables of respective clutch actuations and respective brake actuation characteristic variables of respective brake actuations during manoeuvring; and determining at least one clutch control characteristic curve on the basis of the recorded clutch actuation characteristic variables and the recorded brake actuation characteristic variables, wherein a clutch actuation is automatically controlled by means of the respective clutch control characteristic curve by the control sequence on the basis of a brake actuation by an operator. manoeuvring with the work machine by way of an operator; recording respective clutch actuation characteristic variables of respective clutch actuations and respective brake actuation characteristic variables of respective brake actuations during manoeuvring; and determining at least one clutch control characteristic curve on the basis of the recorded clutch actuation characteristic variables and the recorded brake actuation characteristic variables, wherein a clutch actuation is automatically controlled by means of the respective clutch control characteristic curve by the control sequence on the basis of a brake actuation by an operator.
A linear luminaire , in particular a moisture-proof luminaire, whose extent in the longitudinal direction is considerably larger than in another spatial direction, comprising a luminaire base body ; and a light source housing which is at least regionally translucent and in which a light source is arranged, with the light source housing being pivotably connected to the luminaire base body , in particular by means of at least one flange , and with the luminaire base body and the light source housing each being tubular and elongated, wherein the connection between the light source housing and the luminaire base body takes place by means of a pressure cover , characterized in that the pressure cover has a peripherally sealed first connection (I) with the light source housing and additionally has a peripherally sealed second connection (II), separate from the first connection, with the luminaire base body .
A modular prosthetic socket for a residual limb of a lower extremity of a patient, the socket comprising: a base having a center and a circumferential periphery; multiple strut connectors adjustably connected to the base along the periphery, wherein each of the multiple strut connectors comprises; a base portion ; a back portion , wherein a takeoff angle between the base portion and the back portion is selected to provide the prosthetic socket with a desired cross-sectional profile and volume; a base attachment hole on the base portion for attaching the strut connector to the base ; and a back portion attachment hole on the back portion ; and multiple longitudinal struts , each strut comprising a thermoplastic-fiber composite material, a proximal end and a distal end, and wherein each strut is connected to the base along the periphery via one of the strut connectors , wherein the prosthetic socket circumscribes a proximally-open internal space configured to conform to the residual limb of the patient. a base having a center and a circumferential periphery; multiple strut connectors adjustably connected to the base along the periphery, wherein each of the multiple strut connectors comprises; a base portion ; a back portion , wherein a takeoff angle between the base portion and the back portion is selected to provide the prosthetic socket with a desired cross-sectional profile and volume; a base attachment hole on the base portion for attaching the strut connector to the base ; and a back portion attachment hole on the back portion ; and a base portion ; a back portion , wherein a takeoff angle between the base portion and the back portion is selected to provide the prosthetic socket with a desired cross-sectional profile and volume; a base attachment hole on the base portion for attaching the strut connector to the base ; and a back portion attachment hole on the back portion ; and multiple longitudinal struts , each strut comprising a thermoplastic-fiber composite material, a proximal end and a distal end, and wherein each strut is connected to the base along the periphery via one of the strut connectors , wherein the prosthetic socket circumscribes a proximally-open internal space configured to conform to the residual limb of the patient.
A method performed by a terminal in a wireless communication system supporting a discontinuous reception, DRX, operation in a radio resource control, RRC, connected state, the method comprising: receiving, from a base station , configuration information related to at least one of periodic measurement or periodic reporting; receiving, from the base station , downlink control information, DCI, format indicating whether the terminal is to monitor a physical downlink control channel, PDCCH, wherein the DCI format is for power saving and the DCI format is configured by the base station based on an identifier of the terminal ; and performing the periodic reporting based on the configuration information in case that the DCI format indicates that the terminal is to skip monitoring the PDCCH and a DRX on-duration timer is not running, wherein the periodic measurement includes periodic channel state information, CSI, measurement based on a channel state information-reference signal, CSI-RS, and wherein the periodic reporting includes at least one of periodic CSI reporting or periodic L1 reference signal received power, RSRP, reporting. receiving, from a base station , configuration information related to at least one of periodic measurement or periodic reporting; receiving, from the base station , downlink control information, DCI, format indicating whether the terminal is to monitor a physical downlink control channel, PDCCH, wherein the DCI format is for power saving and the DCI format is configured by the base station based on an identifier of the terminal ; and performing the periodic reporting based on the configuration information in case that the DCI format indicates that the terminal is to skip monitoring the PDCCH and a DRX on-duration timer is not running, wherein the periodic measurement includes periodic channel state information, CSI, measurement based on a channel state information-reference signal, CSI-RS, and wherein the periodic reporting includes at least one of periodic CSI reporting or periodic L1 reference signal received power, RSRP, reporting.
A shaving handle system comprising a handle , and a connector for attaching a cartridge to the handle , said connector being adapted to rotate around a rocking axis (Z) with respect to the handle , said connector comprising: - at least a pair of arms adapted to attach the connector to the cartridge - a holder adapted to attach the connector to the handle , wherein the connector further comprises: at least a pair of resilient lateral tongues protruding from the connector and positioned symmetrically with regard to a connector axis (y), wherein one of the lateral tongues is adapted to flex when the connector is rotated in a first direction around the rocking axis (Z), and at least another of the other lateral tongues is adapted to flex when the connector is rotated in a second direction around the rocking axis (Z), characterized in that each lateral tongue comprises at least a curved section , such that the curved section is adapted to stretch into a linear shape during flexing of the lateral tongue. - at least a pair of arms adapted to attach the connector to the cartridge - a holder adapted to attach the connector to the handle , at least a pair of resilient lateral tongues protruding from the connector and positioned symmetrically with regard to a connector axis (y), wherein one of the lateral tongues is adapted to flex when the connector is rotated in a first direction around the rocking axis (Z), and at least another of the other lateral tongues is adapted to flex when the connector is rotated in a second direction around the rocking axis (Z), characterized in that each lateral tongue comprises at least a curved section , such that the curved section is adapted to stretch into a linear shape during flexing of the lateral tongue.
Method for determining the thickness of one or more layers of a sample stack of layers or other properties influencing the intensity of light reflected by the sample stack with an assembly comprising a light source for illuminating the sample stack of layers and a camera with a detector for detecting the intensity of light reflected by the sample stack of layers in defined wavelength ranges , the method comprising the steps of: (a) illuminating the sample stack of layers with light from the light source ; (b) detecting the intensity of light reflected by the sample stack of layers with the detector in different wavelength ranges ; and (c) determining the thickness or other property from the intensity detected by the detector ; wherein (d) the detector is an array detector with a plurality of detector elements in lines and columns; (e) an image of the sample stack of layers is generated on the detector ; (f) the detector comprises a plurality of sections in the form of parallel stripes , the stripes detecting the intensity of light reflected by the sample stack of layers simultaneously; (g) light of one selected wavelength range only is detected by each of the plurality of sections of the detector and a calculation is performed separately for each detector element of the detector to determine the thickness or other property at the detected point; and (h) a movement of the image of the sample stack of layers on the detector or of the parallel stripes is generated in a direction perpendicular to the longitudinal direction of the parallel stripes such that each point of the inspected sample stack of layers is detected at least once in each of the different wavelength ranges . (a) illuminating the sample stack of layers with light from the light source ; (b) detecting the intensity of light reflected by the sample stack of layers with the detector in different wavelength ranges ; and (c) determining the thickness or other property from the intensity detected by the detector ; wherein (d) the detector is an array detector with a plurality of detector elements in lines and columns; (e) an image of the sample stack of layers is generated on the detector ; (f) the detector comprises a plurality of sections in the form of parallel stripes , the stripes detecting the intensity of light reflected by the sample stack of layers simultaneously; (g) light of one selected wavelength range only is detected by each of the plurality of sections of the detector and a calculation is performed separately for each detector element of the detector to determine the thickness or other property at the detected point; and (h) a movement of the image of the sample stack of layers on the detector or of the parallel stripes is generated in a direction perpendicular to the longitudinal direction of the parallel stripes such that each point of the inspected sample stack of layers is detected at least once in each of the different wavelength ranges .
Pneumatic vehicle tyre, in particular for use under winter driving conditions, having a tread which has three block rows in each tread half, respectively a central block row , a middle block row in the middle region of the tread and a shoulder-side block row , which are separated from one another by transverse grooves and by circumferential grooves and are subdivided into profile blocks , wherein in each case the profile blocks of the middle profile block row are separated from one another in the circumferential direction by transverse grooves which are delimited on the tread surface by profile block edges which all extend at least substantially parallel to one another and at an angle (α) of 30° to 45° to the axial direction, wherein each profile block is provided with at least two sipes which, as seen in plan view, extend in a wavy, zigzag, staircase or suchlike manner and parallel to one another in each profile block , characterized in that , in the middle profile block rows , in the circumferential direction, in each case a profile block in which the sipes extend parallel to the profile block edges delimited by transverse grooves is alternated with a profile block in which the sipes extend at an angle (γ) of 50° to 70° to the profile block edges delimited by the transverse grooves .
A portable fire extinguisher comprising a housing with a wall, an extinguishant unit containing an extinguishing agent within the housing , a temperature-responsive extinguishant unit activator , which activator is inside the housing and which housing has a flow channel for conducting external air to the activator and at least one extinguishing agent discharge pipe leading from the inside of the housing to the outside of the housing , characterized in that it comprises at least one mounting magnet inside the housing for attachment to a ferromagnetic body and a handle , the handle having a first portion extending inside the housing in communication with the mounting magnet and a second portion extending outside the housing so that the position of the mounting magnet relative to the wall of the housing can be changed by turning the second portion of the handle .
Electrode material comprising at least one lithium metal fluoride wherein said lithium metal fluoride has the following formula: Li 1+x Me 1 2+ Me 2 (3-x)+ F 6 mit 0<x≤1, - with Me 1 being at least one metal of the list of elements Ca, Cd, Sr, Ba or Pb, and Me 2 being at least one metal of the list of elements Ti, V, Cr, Fe, Co or Ni, - with Me 1 being unequal to Me 2 and - with Me 1 being a metal ion of oxidation state +II, and Me 2 being a metal ion of oxidation state +III-x, and - with the crystalline structure of the lithium metal fluoride being a Colquiriite structure, - and wherein during the insertion and removal of a lithium cation to be inserted during the cycling a volume change of the crystalline structure of less than 2 % takes place. - with Me 1 being at least one metal of the list of elements Ca, Cd, Sr, Ba or Pb, and Me 2 being at least one metal of the list of elements Ti, V, Cr, Fe, Co or Ni, - with Me 1 being unequal to Me 2 and - with Me 1 being a metal ion of oxidation state +II, and Me 2 being a metal ion of oxidation state +III-x, and - with the crystalline structure of the lithium metal fluoride being a Colquiriite structure, - and wherein during the insertion and removal of a lithium cation to be inserted during the cycling a volume change of the crystalline structure of less than 2 % takes place.