mhurhangee/patent-ind-claim-en huggingface dataset:
A system for characterizing at least one anatomical parameter of an upper airway of a patient by analysing spectral properties of an utterance, comprising: - a mechanical coupler comprising a mouthpiece configured to restrict the jaw position of the patient; - means configured to record an utterance; and - processing means for determining at least one anatomical parameter of the upper airway from the recorded utterance and comparing the anatomical parameter to a threshold value; characterized in that said processing means is configured to provide real-time feedback ; wherein said at least one anatomical parameter is the cross-section of said upper airway and wherein said system further comprises means for determining at least one point of time when said cross-section is maximal during an utterance; and wherein the system comprises means configured to deliver at least one respiratory drug through said upper airway of the patient; wherein said respiratory drug delivering means comprises a timing mechanism; wherein said respiratory drug delivering means is adapted to deliver the at least one respiratory drug at said at least one point of time when said cross-section of the upper airway is maximal. - a mechanical coupler comprising a mouthpiece configured to restrict the jaw position of the patient; - means configured to record an utterance; and - processing means for determining at least one anatomical parameter of the upper airway from the recorded utterance and comparing the anatomical parameter to a threshold value; characterized in that said processing means is configured to provide real-time feedback ; wherein said at least one anatomical parameter is the cross-section of said upper airway and wherein said system further comprises means for determining at least one point of time when said cross-section is maximal during an utterance; and wherein the system comprises means configured to deliver at least one respiratory drug through said upper airway of the patient; wherein said respiratory drug delivering means comprises a timing mechanism; wherein said respiratory drug delivering means is adapted to deliver the at least one respiratory drug at said at least one point of time when said cross-section of the upper airway is maximal. characterized in that said processing means is configured to provide real-time feedback ; wherein said at least one anatomical parameter is the cross-section of said upper airway and wherein said system further comprises means for determining at least one point of time when said cross-section is maximal during an utterance; and wherein the system comprises means configured to deliver at least one respiratory drug through said upper airway of the patient; wherein said respiratory drug delivering means comprises a timing mechanism; wherein said respiratory drug delivering means is adapted to deliver the at least one respiratory drug at said at least one point of time when said cross-section of the upper airway is maximal.
A gas turbine engine comprising: a rotor having a plurality of blades disposed in a circumferential array for rotation about an axis (C), each blade having a blade tip with a central portion extending axially between a leading edge and a trailing edge ; and a case having a base layer surrounding the plurality of blades and axially spanning the blade tip , a leading edge insert in the base layer , the leading edge insert axially spanning the leading edge of the blade tip , and a trailing edge insert in the base layer , the trailing edge insert axially spanning the trailing edge of the blade tip , wherein the base layer includes a first abradable material having a first density, the leading edge insert includes a second abradable material having a second density lower than the first density, and the trailing edge insert includes a third abradable material having a third density lower than the first density, wherein the base layer extends forward of the leading edge insert and extends rearward of the trailing edge insert . a rotor having a plurality of blades disposed in a circumferential array for rotation about an axis (C), each blade having a blade tip with a central portion extending axially between a leading edge and a trailing edge ; and a case having a base layer surrounding the plurality of blades and axially spanning the blade tip , a leading edge insert in the base layer , the leading edge insert axially spanning the leading edge of the blade tip , and a trailing edge insert in the base layer , the trailing edge insert axially spanning the trailing edge of the blade tip , wherein the base layer includes a first abradable material having a first density, the leading edge insert includes a second abradable material having a second density lower than the first density, and the trailing edge insert includes a third abradable material having a third density lower than the first density, wherein the base layer extends forward of the leading edge insert and extends rearward of the trailing edge insert .
A method for making a polymer composition for blow molding, the method comprising: obtaining a waste high-density polyethylene material from a waste separator, thereby also including material from an inorganic coating of the waste separator; and combining the waste high-density polyethylene material with a new high-density polyethylene material having a melt flow index of 0.01 to 5 g/10 min as measured in accordance with ASTM D1238 (190°C, 2.16 kg), wherein an inorganic content of the polymer composition for blow molding, corresponding to the material from the inorganic coating, is 3 to 20 wt% with respect to the total weight of the polymer composition for blow molding. obtaining a waste high-density polyethylene material from a waste separator, thereby also including material from an inorganic coating of the waste separator; and combining the waste high-density polyethylene material with a new high-density polyethylene material having a melt flow index of 0.01 to 5 g/10 min as measured in accordance with ASTM D1238 (190°C, 2.16 kg), wherein an inorganic content of the polymer composition for blow molding, corresponding to the material from the inorganic coating, is 3 to 20 wt% with respect to the total weight of the polymer composition for blow molding.
Method for operating a driving-in device for fastening elements, comprising - a driving-in channel, - a driving-in element intended for driving a fastening element arranged in the driving-in channel into a substrate, - a drive device intended for driving the driving-in element onto the fastening element arranged in the driving-in channel, the drive device comprising a motor, - a magazine for fastening elements, - a transporting device intended for successively transporting fastening elements that are present in the magazine into the driving-in channel, and - a detection device for checking whether and/or how many fastening elements are present in the magazine, the method comprising the following steps: - operating the motor in accordance with a standard model if the detection device detects a specified minimum number of fastening elements in the magazine, - operating the motor in accordance with a special model that deviates from the standard model if the detection means does not detect any fastening elements or detects a number of fastening elements below the specified minimum number in the magazine, characterized in that the special model differs from the standard model by a different sequence of individual operating phases with a different time interval and/or different duration and/or different speed of the motor. - a driving-in channel, - a driving-in element intended for driving a fastening element arranged in the driving-in channel into a substrate, - a drive device intended for driving the driving-in element onto the fastening element arranged in the driving-in channel, the drive device comprising a motor, - a magazine for fastening elements, - a transporting device intended for successively transporting fastening elements that are present in the magazine into the driving-in channel, and - a detection device for checking whether and/or how many fastening elements are present in the magazine, - operating the motor in accordance with a standard model if the detection device detects a specified minimum number of fastening elements in the magazine, - operating the motor in accordance with a special model that deviates from the standard model if the detection means does not detect any fastening elements or detects a number of fastening elements below the specified minimum number in the magazine,
An infusion system including an infusion pump (2; 40) comprising a wireless memory reading unit , and a barcode reader , and a medication reservoir comprising an outlet port as well as a wireless memory adapted to be read through direct wireless connection by the wireless memory reading unit provided at the infusion pump (2; 40) and a barcode adapted to be read by the barcode reader also provided at the infusion pump (2; 40), characterized in that the wireless memory reading unit and the barcode reader are arranged side by side at the infusion pump (2; 40) at a predetermined distance from each other, and the wireless memory and the barcode are arranged side by side at the medication reservoir at a distance from each other essentially corresponding to the predetermined distance between the wireless memory reading unit and the barcode reader at the infusion pump (2; 40). an infusion pump (2; 40) comprising a wireless memory reading unit , and a barcode reader , and a medication reservoir comprising an outlet port as well as a wireless memory adapted to be read through direct wireless connection by the wireless memory reading unit provided at the infusion pump (2; 40) and a barcode adapted to be read by the barcode reader also provided at the infusion pump (2; 40), characterized in that the wireless memory reading unit and the barcode reader are arranged side by side at the infusion pump (2; 40) at a predetermined distance from each other, and the wireless memory and the barcode are arranged side by side at the medication reservoir at a distance from each other essentially corresponding to the predetermined distance between the wireless memory reading unit and the barcode reader at the infusion pump (2; 40).
An apparatus comprising a first frame , a further frame , a first element , a second element and a third element ; wherein a) the first frame frames the further frame ; b) the further frame i) frames the first element , and ii) electrically insulated the first element and the first frame from each other; c) the first element is electrically conductive; d) the second element is electrically conductive; and e) the third element provides an electrically conductive connection between the first element and the second element ; characterized in that said third element has a porosity in a range of 0.001 to 0.4. a) the first frame frames the further frame ; b) the further frame i) frames the first element , and ii) electrically insulated the first element and the first frame from each other; i) frames the first element , and ii) electrically insulated the first element and the first frame from each other; c) the first element is electrically conductive; d) the second element is electrically conductive; and e) the third element provides an electrically conductive connection between the first element and the second element ;
An antibody-drug conjugate (ADC) comprising an antibody binding to human AXL and a cytotoxic agent, for use in treating melanoma in a subject in combination with one or more inhibitors of the MAP kinase (MAPK) pathway, selected from a B-RAF (BRAF) inhibitor, a MEK inhibitor and an ERK inhibitor.
A compound, or a pharmaceutically acceptable salt thereof, wherein the compound is selected from the group consisting of: and
A method for manufacturing an interposer equipped with a plurality of through-hole electrodes, the method comprising: a laser light converging step of converging a laser light (L) at a sheet-like object to be processed made of silicon so as to form a modified region within the object; an etching step of anisotropically etching the object after the laser light converging step so as to advance etching selectively along the modified region and form a plurality of through holes in the object, through holes of the plurality of through holes being tilted with respect to a thickness direction of the object and each through hole having a rectangular or each through hole having an oblong or each through hole having a square cross section an insulating film forming step of forming an insulating film on an inner wall of each through hole after the etching step; and a through-hole electrode forming step of inserting a conductor into the through holes so as to form the through-hole electrodes after the insulating film forming step; characterized in that, the plurality of through holes, when seen from a main face of the object, are arranged such that the through holes, arranged in the tilted direction, align in a direction perpendicular to the tilted direction while shifting in the tilted direction in a staggered manner. a laser light converging step of converging a laser light (L) at a sheet-like object to be processed made of silicon so as to form a modified region within the object; an etching step of anisotropically etching the object after the laser light converging step so as to advance etching selectively along the modified region and form a plurality of through holes in the object, through holes of the plurality of through holes being tilted with respect to a thickness direction of the object and each through hole having a rectangular or each through hole having an oblong or each through hole having a square cross section an insulating film forming step of forming an insulating film on an inner wall of each through hole after the etching step; and a through-hole electrode forming step of inserting a conductor into the through holes so as to form the through-hole electrodes after the insulating film forming step; characterized in that, the plurality of through holes, when seen from a main face of the object, are arranged such that the through holes, arranged in the tilted direction, align in a direction perpendicular to the tilted direction while shifting in the tilted direction in a staggered manner.
Cable joint for covering a connection of at least a first and a second power cable , each power cable comprising at least one electrically conductive shielding , the cable joint comprising: a cable joint body comprising a first insulating sleeve , a rejacketing sleeve , wherein the first insulating sleeve is at least partly encompassed by the rejacketing sleeve , and at least one electrically conductive connector , configured to electrically connect the at least two power cables wherein the first insulating sleeve comprises a heatshrink layer, wherein the rejacketing sleeve comprises a heat shrink material, and characterized in that the rejacketing sleeve is preinstalled on the first insulating sleeve to form a channel along a longitudinal axis of the first insulating sleeve , the channel being configured to receive and contain a conductive element , which is connectable to the electrically conductive shieldings of the two cables , wherein the channel is configured to be collapsed after shrinking the insulating sleeve and the rejacketing sleeve . a cable joint body comprising a first insulating sleeve , a rejacketing sleeve , wherein the first insulating sleeve is at least partly encompassed by the rejacketing sleeve , and at least one electrically conductive connector , configured to electrically connect the at least two power cables wherein the first insulating sleeve comprises a heatshrink layer, wherein the rejacketing sleeve comprises a heat shrink material, and characterized in that the rejacketing sleeve is preinstalled on the first insulating sleeve to form a channel along a longitudinal axis of the first insulating sleeve , the channel being configured to receive and contain a conductive element , which is connectable to the electrically conductive shieldings of the two cables , wherein the channel is configured to be collapsed after shrinking the insulating sleeve and the rejacketing sleeve .
Measuring device for determining magnetic properties of a magnetisable test specimen , wherein the measuring device comprises a measuring coil winding , a measuring coil core and an energy supply device , wherein the measuring coil winding surrounds the measuring coil core and can be supplied with electrical energy by the energy supply device , and wherein the measuring device comprises a sensor device , which is configured and adapted to detect at least one characteristic variable for the magnetic properties of the magnetisable test specimen , characterised in that the energy supply device is configured and adapted in such a way that a high-current pulse can be generated by the energy supply device and conducted through the measuring coil winding , in that the measuring coil core comprises at least two magnetic flux passage surfaces arranged at a distance from one another, wherein the magnetisable test specimen can be arranged adjacent to the at least two magnetic flux passage surfaces during a measuring process in such a way that the high-current pulse that can be conducted through the measuring coil winding can cause a magnetic flux through the measuring coil core and the magnetisable test body , and in that the sensor device is configured and adapted in such a way that the sensor device can be used to detect a time characteristic of electrical parameters of the measuring coil winding .
A differential capacitive probe for measuring contact resistance, the differential capacitive probe comprising: a frame ; an end effector extending from the frame ; a first capacitive pad coupled to the frame so as to at least partially circumscribe the end effector ; and a second capacitive pad coupled to the frame so as to be radially spaced, relative to the end effector , from the first capacitive pad and to at least partially circumscribe the end effector ; wherein a contact surface area of the first capacitive pad is substantially the same as another contact surface area of the second capacitive pad . a frame ; an end effector extending from the frame ; a first capacitive pad coupled to the frame so as to at least partially circumscribe the end effector ; and a second capacitive pad coupled to the frame so as to be radially spaced, relative to the end effector , from the first capacitive pad and to at least partially circumscribe the end effector ; wherein a contact surface area of the first capacitive pad is substantially the same as another contact surface area of the second capacitive pad .
A method executed on a computing device to maintain and upgrade a tenant database in a multi-tenant Enterprise Resource Planning, ERP, system with a shared schema, the method comprising: enabling editing of an application database through a development tool ; retrieving a checksum of metadata in the application database; and propagating changes from the application database to the tenant database by enabling a detection of a change at a mount time at the tenant database through a comparison of the checksum to another checksum at the tenant database, wherein a variation between the checksums is interpreted as detecting a change, and wherein the changes include variations between a schema of the application database and another schema of the tenant database. enabling editing of an application database through a development tool ; retrieving a checksum of metadata in the application database; and propagating changes from the application database to the tenant database by enabling a detection of a change at a mount time at the tenant database through a comparison of the checksum to another checksum at the tenant database, wherein a variation between the checksums is interpreted as detecting a change, and wherein the changes include variations between a schema of the application database and another schema of the tenant database.
A computer-implemented method for characterising a fault in a transmission line network, the method comprising the steps of: - obtaining a first measured time reflectogram R m from a signal previously injected into the cable network, - obtaining a second time reflectogram R s corresponding to the transmission line network in the absence of faults, - determining the time difference R ref between the first measured time reflectogram R m and the second time reflectogram R s , - identifying , in said time difference R ref , an amplitude peak characterising the presence of a fault and its time abscissa indicating the position of the fault, - simulating a plurality of time reflectogram hypotheses each corresponding to said cable network comprising a fault at said identified position, each hypothesis being associated with a different value of at least one parameter characteristic of the fault, - selecting the time reflectogram hypothesis closest to said time difference R ref , - characterising the fault from the at least one characteristic parameter associated with the selected hypothesis. - obtaining a first measured time reflectogram R m from a signal previously injected into the cable network, - obtaining a second time reflectogram R s corresponding to the transmission line network in the absence of faults, - determining the time difference R ref between the first measured time reflectogram R m and the second time reflectogram R s , - identifying , in said time difference R ref , an amplitude peak characterising the presence of a fault and its time abscissa indicating the position of the fault, - simulating a plurality of time reflectogram hypotheses each corresponding to said cable network comprising a fault at said identified position, each hypothesis being associated with a different value of at least one parameter characteristic of the fault, - selecting the time reflectogram hypothesis closest to said time difference R ref , - characterising the fault from the at least one characteristic parameter associated with the selected hypothesis.