mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the efficacy of an anti-GPC3 antibody for the treatment of liver cancer in a patient, the method comprising measuring an expression level of GPC3 indicated by Immunofluorescent quantification digital slide (IQD) cell score in a biological sample isolated from the patient, wherein the anti-GPC3 antibody is determined to be effective when the expression level of GPC3 indicated by IQD cell score in the biological sample is within the range from 13000 to 22000.
A multifilar helix antenna comprising a wave feed and polarizing section comprising a cover portion comprising a through opening , the antenna comprising a helix radiator comprising three or more resonant helical elements evenly distributed about an imaginary circle, each helical element extending in a longitudinal direction (Z) from the feed and polarizing section through the opening in the cover portion and wound to form the helix radiator , wherein each helical element comprises one or a plurality of wave perturbations separated in the longitudinal direction (Z) and that each set of perturbations are positioned at the same level in the longitudinal direction (Z) to yield an equivalent array of stacked helical radiators, characterized in that the cover portion comprises a rotationally symmetric corrugated assembly , and wherein the perturbation is an indentation in the helical element or wherein the perturbation is a protrusion on the helical element .
1. An avocado cutting and pitting process, including: - stages of feeding, orienting and advancing along several lines of avocado (A) on fruit-holding flights equipped with recesses with diametrical slots , - a cutting stage in which each avocado (A) is divided into two halves by means of a pair of knives (43, 44; 430, 440) with facing blades , and - a pitting stage in which the avocado pit (N) is beaten by means of a plunger to be slightly moved inside the avocado (A) and detached from the pulp (P), characterized in that the cutting and pitting stages include: - a vertical approach step of the pairs of knives (43, 44; 430, 440) to the fruit-holding flights so that the blades of each pair are inserted in opposite sides of the avocado and in said diametrical slots of the recesses in which the avocados are placed (A), - a horizontal translation step of the pairs of knives (43, 44; 430, 440) so that the blades approach each other around the same pit (N), - a horizontal translation step of the pairs of knives (43, 44; 430, 440) so that the blades move away from each other with respect to the pit (N), - a lowering step of the plungers for beating the pits (N), - a lifting step of the plungers with respect to the pits (N), and - a vertical removal step of the pairs of knives (43, 44; 430, 440) with respect to the avocados (A) cut and pitted on the fruit-holding flights . - stages of feeding, orienting and advancing along several lines of avocado (A) on fruit-holding flights equipped with recesses with diametrical slots , - a cutting stage in which each avocado (A) is divided into two halves by means of a pair of knives (43, 44; 430, 440) with facing blades , and - a pitting stage in which the avocado pit (N) is beaten by means of a plunger to be slightly moved inside the avocado (A) and detached from the pulp (P), - a vertical approach step of the pairs of knives (43, 44; 430, 440) to the fruit-holding flights so that the blades of each pair are inserted in opposite sides of the avocado and in said diametrical slots of the recesses in which the avocados are placed (A), - a horizontal translation step of the pairs of knives (43, 44; 430, 440) so that the blades approach each other around the same pit (N), - a horizontal translation step of the pairs of knives (43, 44; 430, 440) so that the blades move away from each other with respect to the pit (N), - a lowering step of the plungers for beating the pits (N), - a lifting step of the plungers with respect to the pits (N), and - a vertical removal step of the pairs of knives (43, 44; 430, 440) with respect to the avocados (A) cut and pitted on the fruit-holding flights .
A bending press having a drive device for actuating a pressure beam of the bending press mounted on a machine frame so as to be adjustable in linear guides , having a rotary drive for a spindle nut mounted in a housing so as to be rotatable in a bearing arrangement and having a threaded spindle which is drive-connected to the pressure beam , wherein the rotary drive is formed by an hollow shaft electric motor having a stator and a rotor , and the rotor of the rotary drive is formed by a disc-shaped magnet-equipped rotor rim and a bearing body formed as a spindle nut , characterized in that a bearing interior of the housing comprising the bearing arrangement is bounded by a cover ring in a pipe extension of the housing , which cover ring is bounded between an annular clamping section and the pipe extension , wherein it has an annular sealing element arranged in a groove on its inner circumference for sealing a bearing interior, which sealing element cooperates with a clamping flange of the bearing body , and that the bearing interior of the housing is bounded by a cover ring with a further sealing element in the region of a cylindrical centering extension of the bearing body , wherein the cover ring is arranged inside the rotor rim of the rotor and is fastened on a flange of the housing, whereby a sealing closure of the bearing interior with respect to the rotary drive is realized, wherein the bearing arrangement comprises a pair of radial bearings arranged in opposite directions and supporting the bearing body in the pipe extension . having a rotary drive for a spindle nut mounted in a housing so as to be rotatable in a bearing arrangement and having a threaded spindle which is drive-connected to the pressure beam , wherein the rotary drive is formed by an hollow shaft electric motor having a stator and a rotor , and the rotor of the rotary drive is formed by a disc-shaped magnet-equipped rotor rim and a bearing body formed as a spindle nut , characterized in that a bearing interior of the housing comprising the bearing arrangement is bounded by a cover ring in a pipe extension of the housing , which cover ring is bounded between an annular clamping section and the pipe extension , wherein it has an annular sealing element arranged in a groove on its inner circumference for sealing a bearing interior, which sealing element cooperates with a clamping flange of the bearing body , and that the bearing interior of the housing is bounded by a cover ring with a further sealing element in the region of a cylindrical centering extension of the bearing body , wherein the cover ring is arranged inside the rotor rim of the rotor and is fastened on a flange of the housing, whereby a sealing closure of the bearing interior with respect to the rotary drive is realized, wherein the bearing arrangement comprises a pair of radial bearings arranged in opposite directions and supporting the bearing body in the pipe extension .
A shaving cartridge comprising: a) a frame comprising 1) a front edge portion ; and 2) a rear edge portion ; and 3) a wing disposed on at least one or more of said front and rear edge portions wherein a majority of the wing comprises elastomeric material; and b) a shaving aid portion mounted on said wing of said frame (200; and c) a blade unit comprising a plurality of blades disposed between said front and rear edges; characterised in that said wing comprises a plurality of wing tabs each having proximate and distal ends , whereby said wing tabs extend from a base of the wing . a) a frame comprising 1) a front edge portion ; and 2) a rear edge portion ; and 3) a wing disposed on at least one or more of said front and rear edge portions wherein a majority of the wing comprises elastomeric material; and 1) a front edge portion ; and 2) a rear edge portion ; and 3) a wing disposed on at least one or more of said front and rear edge portions wherein a majority of the wing comprises elastomeric material; and b) a shaving aid portion mounted on said wing of said frame (200; and c) a blade unit comprising a plurality of blades disposed between said front and rear edges;
Arrangement comprising a tyre casing , an electronic device for measuring parameters of a mounted assembly and a bonding interface made of elastomeric material at least partially covering the measuring electronic device and serving as interface between the tyre casing and the measuring electronic device , said measuring electronic device comprising: - a UHF radiofrequency antenna defining a polar axis ; and - a circuit board comprising: - an electronic chip electrically coupled to the UHF radiofrequency antenna by at least one galvanic transmission line ; and - at least one sensor for measuring a parameter of the mounted assembly; said tyre casing comprising: - a crown (S), two sidewalls (F) and two beads (B) of revolution about a reference axis defining a first surface located externally and a second surface located internally to the tyre casing with respect to the reference axis ; and - a median plane perpendicular to the reference axis and equidistant from the two beads (B); characterized in that the bonding interface is fastened in line with said crown (S) to the second surface of the tyre casing and in that at least one feed point defined as the intersection between the polar axis and the at least one transmission line is located axially in the central region of the crown (S) of the tyre casing . - a UHF radiofrequency antenna defining a polar axis ; and - a circuit board comprising: - an electronic chip electrically coupled to the UHF radiofrequency antenna by at least one galvanic transmission line ; and - at least one sensor for measuring a parameter of the mounted assembly; - an electronic chip electrically coupled to the UHF radiofrequency antenna by at least one galvanic transmission line ; and - at least one sensor for measuring a parameter of the mounted assembly; - a crown (S), two sidewalls (F) and two beads (B) of revolution about a reference axis defining a first surface located externally and a second surface located internally to the tyre casing with respect to the reference axis ; and - a median plane perpendicular to the reference axis and equidistant from the two beads (B);
An apparatus (V) for an internal combustion engine, in particular for the generation of a vacuum in a crankcase and/or for the ventilation of a crankcase , having: a crankcase , at least one combustion chamber , at least one oil separator which is connected to the crankcase , and at least one pressure setting device which is configured to set a vacuum in the crankcase during operation, with the result that the pressure difference between the crankcase and the combustion chamber is expediently reduced, characterized in that the crankcase is connected via a line device (X) at a connector point (A) to a charge air feed line for feeding charge air into the combustion chamber , the line device (X) comprising a control means , and the control means being configured to limit the setting of the vacuum in the crankcase to the idling, weak load and/or overrun of the internal combustion engine operating states, and the control means comprising a 3/2-way valve. a crankcase , at least one combustion chamber , at least one oil separator which is connected to the crankcase , and at least one pressure setting device which is configured to set a vacuum in the crankcase during operation, with the result that the pressure difference between the crankcase and the combustion chamber is expediently reduced, characterized in that the crankcase is connected via a line device (X) at a connector point (A) to a charge air feed line for feeding charge air into the combustion chamber , the line device (X) comprising a control means , and the control means being configured to limit the setting of the vacuum in the crankcase to the idling, weak load and/or overrun of the internal combustion engine operating states, and the control means comprising a 3/2-way valve.
A method for preamble transmissions by a User Equipment, in the following also referred to as UE, in a cell of a wireless communication system, wherein there are multiple beams in the cell and a maximum number of beams which could be generated by the cell at one time is less than the total number of beams covered by the cell, the method comprising: the UE initiates a random access, in the following also referred to as RA, procedure ; the UE transmits multiple RA preambles to a base station of the cell, wherein the multiple RA preambles are transmitted via different beams at different timings, wherein the different timings refer to different symbols or time slots; and the UE starts monitoring a Physical Downlink Control Channel, in the following also referred to as PDCCH, for RA response reception in a RA response window from the base station after finishing transmissions of the multiple RA preambles , wherein the multiple RA preambles are transmitted before the UE starts monitoring a PDCCH for RA response; wherein the UE decodes each RA response individually without combining multiple RA responses within the RA response window. the UE initiates a random access, in the following also referred to as RA, procedure ; the UE transmits multiple RA preambles to a base station of the cell, wherein the multiple RA preambles are transmitted via different beams at different timings, wherein the different timings refer to different symbols or time slots; and the UE starts monitoring a Physical Downlink Control Channel, in the following also referred to as PDCCH, for RA response reception in a RA response window from the base station after finishing transmissions of the multiple RA preambles , wherein the multiple RA preambles are transmitted before the UE starts monitoring a PDCCH for RA response; wherein the UE decodes each RA response individually without combining multiple RA responses within the RA response window.
Printing apparatus , comprising: - a laser configured to treat a substrate by at least partially carbonizing said substrate; - wherein at least tar like compounds are formed in the substrate as reaction products of the carbonizing; and characterized by - an electromagnetic radiator configured to irradiate at least the reaction products in the substrate to cause at least the tar like compounds to polymerize and interlink. - a laser configured to treat a substrate by at least partially carbonizing said substrate; - wherein at least tar like compounds are formed in the substrate as reaction products of the carbonizing; and characterized by - an electromagnetic radiator configured to irradiate at least the reaction products in the substrate to cause at least the tar like compounds to polymerize and interlink.
Method for producing a multilayer film , comprising the steps: a) providing a base body with a carrier ply and a transfer ply, which comprises at least one layer; b) applying an adhesive , in particular a UV-curable adhesive, to at least one first partial region of the transfer ply of the base body , wherein no adhesive is applied in at least one second partial region of the transfer ply; c) applying a stamping foil , which comprises a carrier ply and a transfer ply, such that the transfer ply of the stamping foil comes into contact with the adhesive applied on the transfer ply of the base body in the at least one first partial region; d) curing the adhesive by UV irradiation; e) removing the carrier ply of the stamping foil , with the transfer ply of the stamping foil only remaining on the base body in those regions where the adhesive has been applied. a) providing a base body with a carrier ply and a transfer ply, which comprises at least one layer; b) applying an adhesive , in particular a UV-curable adhesive, to at least one first partial region of the transfer ply of the base body , wherein no adhesive is applied in at least one second partial region of the transfer ply; c) applying a stamping foil , which comprises a carrier ply and a transfer ply, such that the transfer ply of the stamping foil comes into contact with the adhesive applied on the transfer ply of the base body in the at least one first partial region; d) curing the adhesive by UV irradiation; e) removing the carrier ply of the stamping foil , with the transfer ply of the stamping foil only remaining on the base body in those regions where the adhesive has been applied.
Method for working ground pavements with a construction machine self-propelled by means of travelling devices , in which a milling drum is driven by a drive unit , where the milling drum works the ground pavement in a working operation, characterized in that an interruption of the working operation is detected by means of a monitoring device , and the drive of the milling drum is interrupted automatically in the event of a detected interruption of the working operation, the milling drum being in a working operation, if the construction machine moves forward and the milling drum rotates and is in engagement with the ground.
A method performed by a core network node , the method comprising: receiving a notification from a radio access network node , the notification indicating that a user equipment has a network slice re-mapped to a fallback network slice; in response to the notification, starting, for the user equipment, a notification timer; in response to a further notification indicating a reversion from the fallback slice to the network slice before the expiry of the timer, inhibiting a slice re-mapping notification from being sent to the user equipment; and in response to the absence of a further notification indicating the reversion from the fallback slice to the network slice before the expiry of the timer, sending the slice re-mapping notification to the user equipment. receiving a notification from a radio access network node , the notification indicating that a user equipment has a network slice re-mapped to a fallback network slice; in response to the notification, starting, for the user equipment, a notification timer; in response to a further notification indicating a reversion from the fallback slice to the network slice before the expiry of the timer, inhibiting a slice re-mapping notification from being sent to the user equipment; and in response to the absence of a further notification indicating the reversion from the fallback slice to the network slice before the expiry of the timer, sending the slice re-mapping notification to the user equipment.
An electric or electronic device module comprising: - an electric or electronic device , - means for powering the electric or electronic device module , and - at least one radar sensor having a detection range, wherein the electric or electronic device furthermore comprises a processor adapted for calibrating the at least one radar sensor by at least partly automatically defining and calculating parameters of boundaries of a predefined geometry in which the at least one radar sensor has to measure, in order to prevent the at least one radar sensor from taking into account measurements outside the predefined geometry ; whereby the predefined geometry is located within the detection range of the at least one radar sensor , and is equally sized to or smaller than the detection range of the at least one radar sensor , characterized in that the at least one radar sensor is adapted for setting up a range-angle map of the predefined geometry by scanning in at least one of the azimuth plane and the elevation plane, and for identifying at least three points forming a line in the scan plane, the line being perpendicular to a normal of a view angle of the at least one radar sensor , and wherein the processor is adapted to, from the range-angle map and the identified points, automatically determine the parameters of the predefined geometry in which the at least one radar sensor has to measure. - an electric or electronic device , - means for powering the electric or electronic device module , and - at least one radar sensor having a detection range, wherein the electric or electronic device furthermore comprises a processor adapted for calibrating the at least one radar sensor by at least partly automatically defining and calculating parameters of boundaries of a predefined geometry in which the at least one radar sensor has to measure, in order to prevent the at least one radar sensor from taking into account measurements outside the predefined geometry ; whereby the predefined geometry is located within the detection range of the at least one radar sensor , and is equally sized to or smaller than the detection range of the at least one radar sensor , characterized in that the at least one radar sensor is adapted for setting up a range-angle map of the predefined geometry by scanning in at least one of the azimuth plane and the elevation plane, and for identifying at least three points forming a line in the scan plane, the line being perpendicular to a normal of a view angle of the at least one radar sensor , and wherein the processor is adapted to, from the range-angle map and the identified points, automatically determine the parameters of the predefined geometry in which the at least one radar sensor has to measure.
Method for operating a drive device for a motor vehicle which has an internal combustion engine and an electric machine , wherein a drive shaft of the internal combustion engine can be coupled to a machine shaft of the electric machine by means of a shift clutch , wherein for startup of the internal combustion engine , the shift clutch is set to a desired clutch torque over a dragging period, wherein prior to startup, a quantity of heat expected to accrue in the shift clutch during startup is predicted and, when the predicted quantity of heat exceeds a limit value, at least one operating parameter of the drive device which influences the startup is selected in such a way that the quantity of heat expected to accrue is reduced, wherein the desired clutch torque is used as an operating parameter of the drive device which influences the startup, wherein in order to reduce the quantity of heat expected to accrue, a duration of the dragging period is shortened by increasing the desired clutch torque, characterised in that in order to reduce the quantity of heat expected to accrue, a startup mode of the internal combustion engine is additionally adjusted, wherein the startup mode describes whether the internal combustion engine is started in a fired or unfired manner, wherein the fired startup means that fuel is at least temporarily introduced into the internal combustion engine during the dragging period and ignited; and the unfired startup means that the internal combustion engine is initially dragged to a specific speed during the dragging period and fuel is only subsequently introduced and ignited.
An image forming apparatus , comprising: an authentication section configured to execute an authentication process on a replacement part ; and being characterised in that it further comprises a controller configured to skip the authentication process when determining that a stop period from the start of an operation stop to the end of the operation stop is equal to or shorter than a predetermined period of time, and to execute the authentication process when determining that the stop period exceeds the predetermined period of time. an authentication section configured to execute an authentication process on a replacement part ; and being characterised in that it further comprises a controller configured to skip the authentication process when determining that a stop period from the start of an operation stop to the end of the operation stop is equal to or shorter than a predetermined period of time, and to execute the authentication process when determining that the stop period exceeds the predetermined period of time.