mhurhangee/patent-ind-claim-en huggingface dataset:
A measurement method, comprising: acquiring (S202) a measurement threshold, by a user equipment, wherein the measurement threshold is related to a cell quality and a number of first beams; and performing (S202) a measurement, by the user equipment, when a measurement threshold requirement is met; the first beams are qualified beams which are the beams with beam qualities being higher than a beam quality threshold; wherein when the number of first beams is larger than a first threshold, the measurement threshold is related to a cell quality measurement threshold, characterized in that when the number of first beams is less than a second threshold, the measurement threshold is related to the cell quality measurement threshold and an offset, and the offset is a function of the number of first beams. acquiring (S202) a measurement threshold, by a user equipment, wherein the measurement threshold is related to a cell quality and a number of first beams; and performing (S202) a measurement, by the user equipment, when a measurement threshold requirement is met; the first beams are qualified beams which are the beams with beam qualities being higher than a beam quality threshold; wherein when the number of first beams is larger than a first threshold, the measurement threshold is related to a cell quality measurement threshold, characterized in that when the number of first beams is less than a second threshold, the measurement threshold is related to the cell quality measurement threshold and an offset, and the offset is a function of the number of first beams.
A washing system with a device for determining a geometric center position (MF) of a vehicle positioned within the washing system , comprising: - a cross-member which extends transversely to the longitudinal axis of the vehicle and on which two carriages are arranged which are movable in the longitudinal direction of the cross-member ; - a first cleaning brush , which is suspended from the first carriage , and a second cleaning brush , which is suspended from the second carriage ; - a first measuring unit on the first travel carriage for detecting a travel position of the first travel carriage and a second measuring unit on the second travel carriage for detecting a traveling position of the second travel carriage ; and wherein - the device is designed to determine the geometric center position (MF) of the vehicle positioned within the washing system based on the detected travel positions of the first travel carriage and of the second travel carriage , and wherein the device is further designed to use in each case that travel position of the first travel carriage and of the second travel carriage for determining the center position (MF) which is detected at a time at which a first or second power sensor, respectively, for detecting the power consumption of the first and second cleaning brushes detects a changed measurement result. - a cross-member which extends transversely to the longitudinal axis of the vehicle and on which two carriages are arranged which are movable in the longitudinal direction of the cross-member ; - a first cleaning brush , which is suspended from the first carriage , and a second cleaning brush , which is suspended from the second carriage ; - a first measuring unit on the first travel carriage for detecting a travel position of the first travel carriage and a second measuring unit on the second travel carriage for detecting a traveling position of the second travel carriage ; and wherein - the device is designed to determine the geometric center position (MF) of the vehicle positioned within the washing system based on the detected travel positions of the first travel carriage and of the second travel carriage , and wherein the device is further designed to use in each case that travel position of the first travel carriage and of the second travel carriage for determining the center position (MF) which is detected at a time at which a first or second power sensor, respectively, for detecting the power consumption of the first and second cleaning brushes detects a changed measurement result.
A spreading device for multiple material web strips cut from a material web by a material web cutting device, wherein the material web strips are guided along a transport path in a feed plane of the spreading device and leave the spreading device in a discharge plane to then be transported parallel to one another to a winding shaft device and wound on a common winding shaft, wherein the spreading device has two deflecting elements , each running transversely to the transport path, which are designed and arranged in such a way that a strip spacing between two material web strips guided adjacent to one another along a transport path one after the other over the first and second deflecting elements is greater in the discharge plane than in the feed plane , wherein the deflecting elements are arranged to be non-rotating, and wherein each deflecting element has a number of openings in a transport contact area of a deflecting lateral surface of the deflecting element , which is covered by the material web strips transported over it, through which compressed air can be blown out in order to be able to create a friction-reducing air layer between the material web strips and the deflecting lateral surfaces of the deflecting elements in the transport contact area , characterised in that : - both deflecting elements are arranged and designed such that the feed plane and the discharge plane are offset parallel to one another, and - the deflecting elements are designed such that the material web strips are transported between the two deflecting elements approximately at a right angle relative to the feed plane and the discharge plane. - both deflecting elements are arranged and designed such that the feed plane and the discharge plane are offset parallel to one another, and - the deflecting elements are designed such that the material web strips are transported between the two deflecting elements approximately at a right angle relative to the feed plane and the discharge plane.
Communication system, comprising: a plurality of communication devices communicating with each other by use of RF resources; a resource controller configured to control the RF resources; and an interference detector configured to detect an interferer and to provide information describing the interferer to the resource controller , wherein the resource controller controls the RF resources of the plurality of communication devices taking into account the information describing the interferer; characterized in that the interference detector is configured to discern between an interferer superimposing RF power for all devices and a blockage event affecting at least one of the plurality of communication devices and/or characterized in that the interference detector is configured to determine a trajectory and/or a movement of the interferer based on the determination over a frame or a plurality of frames. a plurality of communication devices communicating with each other by use of RF resources; a resource controller configured to control the RF resources; and an interference detector configured to detect an interferer and to provide information describing the interferer to the resource controller , wherein the resource controller controls the RF resources of the plurality of communication devices taking into account the information describing the interferer; characterized in that the interference detector is configured to discern between an interferer superimposing RF power for all devices and a blockage event affecting at least one of the plurality of communication devices and/or characterized in that the interference detector is configured to determine a trajectory and/or a movement of the interferer based on the determination over a frame or a plurality of frames.
Apparatus for measuring the cornea of a subject, comprising: - an image capturing device configured to capture image data of an iris with an unknown pattern of the subject from a plurality of viewpoints by way of imaging beam paths which pass through the cornea ; and - a computing unit , wherein the computing unit is configured to: - provide a mathematical model of an anterior eye section of the subject including a mathematical model of the cornea and the iris ; - identify and register image features of the unknown pattern of the iris which are present in a plurality of images of the image data; - determine deviations between actual positions of the image features of the iris in the images captured from a plurality of viewpoints and expected positions of the image features of the iris in the images captured from a plurality of viewpoints taking into account the mathematical model of the cornea and the relative position of the iris; - adapt parameters of the mathematical model of the cornea in such a way that the deviations are minimized; and - determine a measured variable of the cornea from the adapted mathematical model of the cornea; wherein the computing unit is configured to evaluate an astigmatism as measured variable of the cornea from the adapted mathematical model of the cornea. - an image capturing device configured to capture image data of an iris with an unknown pattern of the subject from a plurality of viewpoints by way of imaging beam paths which pass through the cornea ; and - a computing unit , wherein the computing unit is configured to: - provide a mathematical model of an anterior eye section of the subject including a mathematical model of the cornea and the iris ; - identify and register image features of the unknown pattern of the iris which are present in a plurality of images of the image data; - determine deviations between actual positions of the image features of the iris in the images captured from a plurality of viewpoints and expected positions of the image features of the iris in the images captured from a plurality of viewpoints taking into account the mathematical model of the cornea and the relative position of the iris; - adapt parameters of the mathematical model of the cornea in such a way that the deviations are minimized; and - provide a mathematical model of an anterior eye section of the subject including a mathematical model of the cornea and the iris ; - identify and register image features of the unknown pattern of the iris which are present in a plurality of images of the image data; - determine deviations between actual positions of the image features of the iris in the images captured from a plurality of viewpoints and expected positions of the image features of the iris in the images captured from a plurality of viewpoints taking into account the mathematical model of the cornea and the relative position of the iris; - adapt parameters of the mathematical model of the cornea in such a way that the deviations are minimized; and - determine a measured variable of the cornea from the adapted mathematical model of the cornea;
A cooking appliance comprising: a front panel forming a front surface of the cooking appliance, a knob arranged in front of the front panel , the knob is rotatable according to an operation of a user; a knob shaft provided in the knob and penetrating through the front panel ; a valve fixed inside the cooking appliance and having a valve shaft for transferring a rotation operation; a joint coupled to the knob shaft and the valve shaft , the joint is provided to transfer a rotation motion and a straight line motion of the knob shaft to the valve shaft , wherein the joint comprises: a first shaft coupling portion coupled to the valve shaft , a second shaft coupling portion coupled to the knob shaft , a joint spring arranged between the first shaft coupling portion and the second shaft coupling portion , the joint spring is configured to absorb an axial longitudinal deviation of the knob shaft and the valve shaft ; and a joint housing configured to receive the first shaft coupling portion , the second shaft coupling portion and the joint spring , the joint housing is configured to transfer the rotation motion of the second shaft coupling portion to the first shaft coupling portion . a front panel forming a front surface of the cooking appliance, a knob arranged in front of the front panel , the knob is rotatable according to an operation of a user; a knob shaft provided in the knob and penetrating through the front panel ; a valve fixed inside the cooking appliance and having a valve shaft for transferring a rotation operation; a joint coupled to the knob shaft and the valve shaft , the joint is provided to transfer a rotation motion and a straight line motion of the knob shaft to the valve shaft , wherein the joint comprises: a first shaft coupling portion coupled to the valve shaft , a second shaft coupling portion coupled to the knob shaft , a joint spring arranged between the first shaft coupling portion and the second shaft coupling portion , the joint spring is configured to absorb an axial longitudinal deviation of the knob shaft and the valve shaft ; and a joint housing configured to receive the first shaft coupling portion , the second shaft coupling portion and the joint spring , the joint housing is configured to transfer the rotation motion of the second shaft coupling portion to the first shaft coupling portion . a first shaft coupling portion coupled to the valve shaft , a second shaft coupling portion coupled to the knob shaft , a joint spring arranged between the first shaft coupling portion and the second shaft coupling portion , the joint spring is configured to absorb an axial longitudinal deviation of the knob shaft and the valve shaft ; and a joint housing configured to receive the first shaft coupling portion , the second shaft coupling portion and the joint spring , the joint housing is configured to transfer the rotation motion of the second shaft coupling portion to the first shaft coupling portion .
Plinabulin for use in treating or preventing immunotherapy related adverse event wherein the plinabulin is used in combination with one or more immune checkpoint inhibitor.
An anti-CD3 antibody which is a bispecific antibody, wherein the bispecific antibody comprises an anti-CD3 arm comprising a first binding domain comprising (a) a VH domain comprising an amino acid sequence of SEQ ID NO: 184 and (b) a VL domain comprising an amino acid sequence of SEQ ID NO: 185, and an anti-HER2 arm comprising a second binding domain comprising (a) a VH domain comprising an amino acid sequence of SEQ ID NO: 270 and (b) a VL domain comprising an amino acid sequence of SEQ ID NO: 271.
A process for production of sulfur from a feedstock gas comprising 30 vol%, 40 vol% or 50% to 99 vol% or 100 vol% H 2 S and a recycled stream of sulfuric acid involving the steps of a. providing a Claus reaction furnace feed stream comprising said feedstock gas, an amount of recycled sulfuric acid, an amount of oxygen and optionally an amount of fuel, wherein the amount of oxygen is substoichiometric, b. directing said Claus reaction furnace feed stream to a Claus reaction furnace operating at elevated temperature such as above 900°C, providing a Claus converter feed gas c. cooling said Claus converter feed gas to provide a cooled Claus converter feed gas and optionally an amount of elemental sulfur d. directing said cooled Claus converter feed gas to contact a material catalytically active in the Claus reaction, e. withdrawing a Claus tail gas and elementary sulfur, optionally by cooling the effluent from said material catalytically active in the Claus reaction, f. directing a stream comprising said Claus tail gas, oxygen and a fuel as a feedstock gas to a means for Claus tail gas oxidation operating at a temperature above 900°C and/or a catalytic means for oxidation providing an SO 2 converter feed gas, g. directing said SO 2 converter feed gas to contact a material catalytically active in SO 2 oxidation to SO 3 , providing an SO 3 rich gas, h. converting said SO 3 rich gas to concentrated sulfuric acid and a SO 3 depleted gas, either by absorption of SO 3 in sulfuric acid or by hydration of SO 3 , cooling and condensation of sulfuric acid, wherein said recycled stream of sulfuric acid comprises an amount of said concentrated sulfuric acid and wherein the concentrated sulfuric acid contains from 90%w/w to 98%w/w or 98.5%w/w H 2 SO 4 . a. providing a Claus reaction furnace feed stream comprising said feedstock gas, an amount of recycled sulfuric acid, an amount of oxygen and optionally an amount of fuel, wherein the amount of oxygen is substoichiometric, b. directing said Claus reaction furnace feed stream to a Claus reaction furnace operating at elevated temperature such as above 900°C, providing a Claus converter feed gas c. cooling said Claus converter feed gas to provide a cooled Claus converter feed gas and optionally an amount of elemental sulfur d. directing said cooled Claus converter feed gas to contact a material catalytically active in the Claus reaction, e. withdrawing a Claus tail gas and elementary sulfur, optionally by cooling the effluent from said material catalytically active in the Claus reaction, f. directing a stream comprising said Claus tail gas, oxygen and a fuel as a feedstock gas to a means for Claus tail gas oxidation operating at a temperature above 900°C and/or a catalytic means for oxidation providing an SO 2 converter feed gas, g. directing said SO 2 converter feed gas to contact a material catalytically active in SO 2 oxidation to SO 3 , providing an SO 3 rich gas, h. converting said SO 3 rich gas to concentrated sulfuric acid and a SO 3 depleted gas, either by absorption of SO 3 in sulfuric acid or by hydration of SO 3 , cooling and condensation of sulfuric acid,
Door handle assembly for a motor vehicle with a vehicle door handle and preferably a support for securing the vehicle door handle , wherein the vehicle door handle is provided on an outer side of a door or flap, wherein a power transmission device is arranged inside the vehicle door handle for wirelessly transmitting power from the vehicle door handle to an external apparatus , wherein the vehicle door handle has a switching means , which is preferably arranged inside the vehicle door handle and/or on the support , wherein the power transmission device can be activated by a user, in particular exclusively, characterized in that the power transmission device arranged inside the cavity of the vehicle door handle comprises a NFC transmission unit , in particular a NFC charging coil, and a control unit , wherein the control unit cooperates with a mechanical, inductive or capacitive switching means that brings about an activation of the NFC transmission unit by means of the control unit . wherein a power transmission device is arranged inside the vehicle door handle for wirelessly transmitting power from the vehicle door handle to an external apparatus , wherein the vehicle door handle has a switching means , which is preferably arranged inside the vehicle door handle and/or on the support , wherein the power transmission device can be activated by a user, in particular exclusively, characterized in that the power transmission device arranged inside the cavity of the vehicle door handle comprises a NFC transmission unit , in particular a NFC charging coil, and a control unit , wherein the control unit cooperates with a mechanical, inductive or capacitive switching means that brings about an activation of the NFC transmission unit by means of the control unit .
A method for encoding a database comprising: receiving (S101) a three-dimensional depth map for a location in a path network; identifying (S103), using a processor, physical structures within the depth map; dividing (S105) the depth map into one or more horizontal planes at one or more elevations from a road level, wherein each horizontal plane includes data at a defined, selected elevation, as well as data that exists within a range above and below the selected elevation; extracting (S107) two-dimensional feature geometries from the one or more horizontal planes; and encoding (S109) at least a portion of the extracted feature geometries into a database. receiving (S101) a three-dimensional depth map for a location in a path network; identifying (S103), using a processor, physical structures within the depth map; dividing (S105) the depth map into one or more horizontal planes at one or more elevations from a road level, wherein each horizontal plane includes data at a defined, selected elevation, as well as data that exists within a range above and below the selected elevation; extracting (S107) two-dimensional feature geometries from the one or more horizontal planes; and encoding (S109) at least a portion of the extracted feature geometries into a database.
A method of creating a magnetically adhered, static dissipative floor covering , the method comprising the steps of: providing a magnetically receptive floor surface ; providing a floor covering comprising a plurality of static dissipative, magnetic floor tiles , wherein the tiles are held in place by magnetic interaction between the tiles and the magnetically receptive surface , wherein the floor tiles are of composite construction comprising - a static dissipative vinyl wearing layer , which forms a surface being visible and being in contact with the environment, - an integral, conductive ground plane , which is provided at the bottom of the surface and allows static charges draining down from the surface to be drained off in a lateral direction, and - an integral, planar magnetic layer , which is arranged on the underside of the conductive ground plane and allows the magnetic interaction between the floor tiles and the magnetically receptive surface . providing a magnetically receptive floor surface ; providing a floor covering comprising a plurality of static dissipative, magnetic floor tiles , wherein the tiles are held in place by magnetic interaction between the tiles and the magnetically receptive surface , - a static dissipative vinyl wearing layer , which forms a surface being visible and being in contact with the environment, - an integral, conductive ground plane , which is provided at the bottom of the surface and allows static charges draining down from the surface to be drained off in a lateral direction, and - an integral, planar magnetic layer , which is arranged on the underside of the conductive ground plane and allows the magnetic interaction between the floor tiles and the magnetically receptive surface .