mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising means for: performing beam-specific measurements of a plurality of beams of at least one cell; filtering the beam-specific measurements, wherein the filtering of the beam-specific measurements is a layer 1 filtering or a physical layer filtering; applying a selection function to the filtered beam-specific measurements, wherein the selection function comprises at least one of an average of more than one best reference signal received power based on the filtered beam-specific measurements or cell specific weighting; determining a cell level quality based on at least one result of the applying of the selection function; additionally filtering, at a higher layer, based on the determination of the cell level quality; and obtaining a cell-specific quality value based on the additional filtering at the higher layer. performing beam-specific measurements of a plurality of beams of at least one cell; filtering the beam-specific measurements, wherein the filtering of the beam-specific measurements is a layer 1 filtering or a physical layer filtering; applying a selection function to the filtered beam-specific measurements, wherein the selection function comprises at least one of an average of more than one best reference signal received power based on the filtered beam-specific measurements or cell specific weighting; determining a cell level quality based on at least one result of the applying of the selection function; additionally filtering, at a higher layer, based on the determination of the cell level quality; and obtaining a cell-specific quality value based on the additional filtering at the higher layer.
A layered article, comprising at least one layer including a non-woven fabric of fiber, wherein: the layered article has a fused portion ; and the layered article has an index A, which is represented by the equation , of 0.75×10 -6 m 3 /g or less: A = T / G where T represents a thickness (unit: m) of the fused portion and G represents a basis weight (unit: g/m 2 ), characterized in that T is from 5×10 -6 m to 28×10 -6 m. the layered article has a fused portion ; and the layered article has an index A, which is represented by the equation , of 0.75×10 -6 m 3 /g or less: A = T / G where T represents a thickness (unit: m) of the fused portion and G represents a basis weight (unit: g/m 2 ), characterized in that T is from 5×10 -6 m to 28×10 -6 m.
An oil level detection apparatus comprising: an oil level sensor installable within an oil storage portion of a compressor , and comprising first and second detection portions so as to measure a capacitance value changed according to a level of oil contained in the oil storage portion at a plurality of positions, wherein either or both of the first and second detection portions include a reference electrode and a detection electrode arranged at both sides of the reference electrode ; a signal processor configured to convert capacitance values measured by the oil level sensor at the plurality of positions into frequency signals; and a controller configured to determine whether the level of oil is equal to or higher than a first reference level, or is between the first reference level and a second reference level, or is less than the second reference level on the basis of the frequency signals received from the signal processor . an oil level sensor installable within an oil storage portion of a compressor , and comprising first and second detection portions so as to measure a capacitance value changed according to a level of oil contained in the oil storage portion at a plurality of positions, wherein either or both of the first and second detection portions include a reference electrode and a detection electrode arranged at both sides of the reference electrode ; a signal processor configured to convert capacitance values measured by the oil level sensor at the plurality of positions into frequency signals; and a controller configured to determine whether the level of oil is equal to or higher than a first reference level, or is between the first reference level and a second reference level, or is less than the second reference level on the basis of the frequency signals received from the signal processor .
Scale element for an inductive position measuring device, which element has a substrate (2.1) on which a graduation track (2.2) is arranged, wherein the graduation track (2.2) is formed by a periodic sequence of alternately arranged electrically conductive graduation regions (2.21) and electrically nonconductive graduation regions (2.22) along a measuring direction (x), wherein the electrically conductive graduation regions (2.21) are each formed by a layer of electrically conductive material, at least one bore (2.11) is arranged in the substrate (2.1) for fastening the scale element to a machine part, characterized in that the electrically conductive graduation regions (2.21) each have an opening (2.211), wherein the electrically conductive material encloses the opening (2.211), wherein at least in one of the electrically conductive graduation regions (2.21), the at least one bore (2.11) is arranged in the substrate (2.1) through the opening (2.211). the graduation track (2.2) is formed by a periodic sequence of alternately arranged electrically conductive graduation regions (2.21) and electrically nonconductive graduation regions (2.22) along a measuring direction (x), wherein the electrically conductive graduation regions (2.21) are each formed by a layer of electrically conductive material, at least one bore (2.11) is arranged in the substrate (2.1) for fastening the scale element to a machine part, characterized in that the electrically conductive graduation regions (2.21) each have an opening (2.211), wherein the electrically conductive material encloses the opening (2.211), wherein at least in one of the electrically conductive graduation regions (2.21), the at least one bore (2.11) is arranged in the substrate (2.1) through the opening (2.211).
Device for blow moulding containers, comprising a blowing nozzle head and a blowing nozzle seal with a sealing surface at the front end and a concavity , wherein the blowing nozzle seal and the blowing nozzle head are configured such that a space , in which pressure can be built up, is formed by contact of the sealing surface against the support ring of the mouth of the preform or container , characterised in that - the blowing nozzle seal is formed by a sleeve-shaped sealing element , which is surrounded at least in regions by a support sleeve , which is movable inside the blowing nozzle . - the blowing nozzle seal is formed by a sleeve-shaped sealing element , which is surrounded at least in regions by a support sleeve , which is movable inside the blowing nozzle .
Compound 5-({6-amino-2-[4-(5-chloro-2-cyanophenyl)-5-methoxy-2-oxopyridin-1 - yl]-3-methylhexanoyl}amino)pyrazolo[1,5- a ]pyridine-3-carboxamide of the formula (I) or one of the salts thereof, solvates thereof or solvates of the salts thereof.
A penta-band internal antenna, characterized by comprising - an antenna radiating element connected to a printed circuit board via a ground pin and a feed pin standing up from the printed circuit board , wherein the shape of the printed circuit board is a rectangle, a line connecting the ground pin and the feed pin of the antenna radiating element is set along a long side of the rectangle, and the antenna radiating element comprises - a first radiating high-frequency branch , - a second radiating high-frequency branch and - a radiating low-frequency branch , - the first high-frequency branch , the second high-frequency branch and the low-frequency branch being connected in parallel, wherein - a first slotted hole is arranged in the printed circuit board along a short side of the rectangle, the short side of the rectangle being perpendicular to a current flow direction of the printed circuit board ; - a second slotted hole is arranged in the printed circuit board ; - an open-circuit end of the low-frequency branch is fitted into the first slotted hole; and - an open-circuit end of the second high-frequency branch is fitted into the second slotted hole . - an antenna radiating element connected to a printed circuit board via a ground pin and a feed pin standing up from the printed circuit board , wherein the shape of the printed circuit board is a rectangle, a line connecting the ground pin and the feed pin of the antenna radiating element is set along a long side of the rectangle, and the antenna radiating element comprises - a first radiating high-frequency branch , - a second radiating high-frequency branch and - a radiating low-frequency branch , - the first high-frequency branch , the second high-frequency branch and the low-frequency branch being connected in parallel, wherein - a first slotted hole is arranged in the printed circuit board along a short side of the rectangle, the short side of the rectangle being perpendicular to a current flow direction of the printed circuit board ; - a second slotted hole is arranged in the printed circuit board ; - an open-circuit end of the low-frequency branch is fitted into the first slotted hole; and - an open-circuit end of the second high-frequency branch is fitted into the second slotted hole .
An assembly comprising: a boiling water reactor sparger end assembly including a bracket and a sparger pin configured to pass through the bracket, the sparger pin including a head with a hole therethrough, and a clamp, characterized in that the clamp comprises: a base defining a chamber configured to fit over and around the sparger pin head, said base including a top wall having a first hole therethrough and a side wall having a second hole therethrough; a bolt configured to fit through said first hole , said bolt including an abutment surface ; a reaction arm configured to fit through said second hole and having a first surface configured to engage a top surface of the sparger pin and a second surface opposite said first surface and configured to engage said abutment surface ; and a cross pin configured to fit through said second hole and the sparger pin head hole; wherein the clamp is configured in such a manner that rotation of said bolt imparts a force through said reaction arm to the sparger pin and said cross pin to join said base and the sparger pin . a boiling water reactor sparger end assembly including a bracket and a sparger pin configured to pass through the bracket, the sparger pin including a head with a hole therethrough, and a clamp, characterized in that the clamp comprises: a base defining a chamber configured to fit over and around the sparger pin head, said base including a top wall having a first hole therethrough and a side wall having a second hole therethrough; a bolt configured to fit through said first hole , said bolt including an abutment surface ; a reaction arm configured to fit through said second hole and having a first surface configured to engage a top surface of the sparger pin and a second surface opposite said first surface and configured to engage said abutment surface ; and a cross pin configured to fit through said second hole and the sparger pin head hole; wherein the clamp is configured in such a manner that rotation of said bolt imparts a force through said reaction arm to the sparger pin and said cross pin to join said base and the sparger pin . a base defining a chamber configured to fit over and around the sparger pin head, said base including a top wall having a first hole therethrough and a side wall having a second hole therethrough; a bolt configured to fit through said first hole , said bolt including an abutment surface ; a reaction arm configured to fit through said second hole and having a first surface configured to engage a top surface of the sparger pin and a second surface opposite said first surface and configured to engage said abutment surface ; and a cross pin configured to fit through said second hole and the sparger pin head hole; wherein the clamp is configured in such a manner that rotation of said bolt imparts a force through said reaction arm to the sparger pin and said cross pin to join said base and the sparger pin .
Phase-shifting system for an internal combustion engine comprising a camshaft held by bearings comprising a lubrication duct for lubricating the contacts between the camshaft and the bearings , said lubrication duct comprising an end opening into a phase-shifter , said phase-shifting system being characterized in that said lubrication duct surrounds a coaxial control oil duct for a phase-shifter , which dispenses into the lubrication duct .
A clutch operation effort reactive force generator which works to produce a reactive force as a function of an amount by which a clutch pedal is operated by an operator, comprising: a supporting member ; a cam follower which includes a cam plate and a contacting portion , the cam plate having a cam face and being disposed to be movable on the supporting member , the contacting portion being arranged to make contact with the cam face ; and a biasing member which is arranged between the cam follower and the cam plate and works to produce a biasing force to urge the cam follower and the cam plate away from each other in a direction of movement of the cam plate , wherein the movement of the cam plate causes a location of the contact between the contacting portion and the cam face to be changed to move the cam follower in the direction of movement of the cam plate characterized in that the supporting member includes a first friction member and a second friction member , the first friction member being disposed between the supporting member and the cam plate , the second friction member being disposed between the supporting member and the cam follower , the first friction member makes frictional contact with the cam plate during movement of the cam plate , and the second friction member makes frictional contact with the cam follower during movement of the cam follower . a supporting member ; a cam follower which includes a cam plate and a contacting portion , the cam plate having a cam face and being disposed to be movable on the supporting member , the contacting portion being arranged to make contact with the cam face ; and a biasing member which is arranged between the cam follower and the cam plate and works to produce a biasing force to urge the cam follower and the cam plate away from each other in a direction of movement of the cam plate , wherein the movement of the cam plate causes a location of the contact between the contacting portion and the cam face to be changed to move the cam follower in the direction of movement of the cam plate characterized in that the supporting member includes a first friction member and a second friction member , the first friction member being disposed between the supporting member and the cam plate , the second friction member being disposed between the supporting member and the cam follower , the first friction member makes frictional contact with the cam plate during movement of the cam plate , and the second friction member makes frictional contact with the cam follower during movement of the cam follower .
Insert with an insert main body and an insert core , wherein the insert core has a higher degree of stiffness than the insert main body, wherein a spiral-dynamic proprioceptive insert system is formed by the insert core in that when a foot is placed on the insert the back foot is held in its neutral setting, the plantar tendon plate is relieved of load by a cut-out in the insert core and the front foot is freely movable.
A system for delivering a microneedle array, the system comprising: a housing having a cavity therein and an attachment surface at least partially surrounding the cavity ; a carrier assembly including a solid microneedle array received in the cavity ; a stored energy device coupled to a portion of the interior of housing and in contact with a portion of the carrier assembly ; and an actuator operable to apply a force to the stored energy device in a direction orthogonal to the major plane of the array , the application of the force causing a transfer of activation energy to the stored energy device , wherein the stored energy device comprises a bifurcating spring that undergoes a stepwise motion in a direction orthogonal to a major plane of the spring , wherein the stored energy device is capable of transferring an application energy that is greater than the activation energy, wherein the stored energy device comprises an aperture , wherein the carrier assembly comprises an elongated arm received in the aperture , and wherein the elongated arm is releasably coupled to the housing at a location remote from the array . a housing having a cavity therein and an attachment surface at least partially surrounding the cavity ; a carrier assembly including a solid microneedle array received in the cavity ; a stored energy device coupled to a portion of the interior of housing and in contact with a portion of the carrier assembly ; and an actuator operable to apply a force to the stored energy device in a direction orthogonal to the major plane of the array , the application of the force causing a transfer of activation energy to the stored energy device , wherein the stored energy device comprises a bifurcating spring that undergoes a stepwise motion in a direction orthogonal to a major plane of the spring , wherein the stored energy device is capable of transferring an application energy that is greater than the activation energy, wherein the stored energy device comprises an aperture , wherein the carrier assembly comprises an elongated arm received in the aperture , and wherein the elongated arm is releasably coupled to the housing at a location remote from the array .
A method of wireless communication at a relay user equipment, UE, the method comprising: receiving , on a downlink channel from a network entity, at least one message including a radio network temporary identifier, RNTI, of a remote UE associated with the relay UE; characterized by : transmitting , on a sidelink channel, a sidelink grant associated with the RNTI to the remote UE.
A locating method for localizing at least one object using wave-based signals in which a wave field emanates from the object to be localized and the wave field emanating from the object is received by a plurality N receivers; at least one measurement signal is formed in each receiver that depends on the spatial and temporal distribution of the wave field and whose phase progression is characteristically influenced by the signal time of flight from the object to the respective receiver, wherein phase values for each of the at least two measurement signals are taken as measured phase values for the position localization, wherein the current position of the object to be localized is determined at the time k by a comparison of at least one linear combination of the measured phase values with at least one linear combination of the associated hypothetical phase values that result from the transmitter/receiver distance or distances and while using a recursive filter/estimator, characterized in that the sums and/or differences of the measured phase values are evaluated by at least one antenna pair of at least one receiver in comparison with their associated signal time of flight differences for the recursive position estimate of an object. a wave field emanates from the object to be localized and the wave field emanating from the object is received by a plurality N receivers; at least one measurement signal is formed in each receiver that depends on the spatial and temporal distribution of the wave field and whose phase progression is characteristically influenced by the signal time of flight from the object to the respective receiver, wherein phase values for each of the at least two measurement signals are taken as measured phase values for the position localization, wherein the current position of the object to be localized is determined at the time k by a comparison of at least one linear combination of the measured phase values with at least one linear combination of the associated hypothetical phase values that result from the transmitter/receiver distance or distances and while using a recursive filter/estimator, characterized in that the sums and/or differences of the measured phase values are evaluated by at least one antenna pair of at least one receiver in comparison with their associated signal time of flight differences for the recursive position estimate of an object.
Electric cooking appliance comprising: - a base in which at least a portion of a cooking space is arranged, - ventilation means arranged to create an airflow in the cooking space , - heating means arranged to heat the airflow, - a removable cooking basket arranged to receive foods to be cooked in the cooking space , - a removable container arranged to receive a cooking bath, - a removable housing from which extends a heating element , the housing being designed to be arranged on the base in order to cook the foods arranged in the container , the heating element then extending inside the container , characterised in that it comprises: another removable housing supporting the ventilation means and the heating means , the other housing being designed to be arranged on the base in order to cook the foods arranged in the cooking basket . - a base in which at least a portion of a cooking space is arranged, - ventilation means arranged to create an airflow in the cooking space , - heating means arranged to heat the airflow, - a removable cooking basket arranged to receive foods to be cooked in the cooking space , - a removable container arranged to receive a cooking bath, - a removable housing from which extends a heating element , the housing being designed to be arranged on the base in order to cook the foods arranged in the container , the heating element then extending inside the container ,
Orthosis, comprising: - a first and second brace arm which are articulatedly connected to one another in an articulated section and can be swivelled about a swivel axis , - a housing , arranged in the articulated section , which is fixedly coupled to the first brace arm , while the second brace arm can be swivelled relative to the housing , - a housing cover attached to the housing , with which an open side of the housing can be at least predominantly closed, - a swivel range adjusting device for adjusting the swivel range of the first and second brace arms relative to each other, characterised in that the first brace arm and the housing cover can be coupled in a rotationally fixed manner by means of a gearing which comprises a first ring gear , located on the first brace arm , and a second ring gear that can be brought into releasable engagement with the first ring gear and that is coupled to the housing cover . - a first and second brace arm which are articulatedly connected to one another in an articulated section and can be swivelled about a swivel axis , - a housing , arranged in the articulated section , which is fixedly coupled to the first brace arm , while the second brace arm can be swivelled relative to the housing , - a housing cover attached to the housing , with which an open side of the housing can be at least predominantly closed, - a swivel range adjusting device for adjusting the swivel range of the first and second brace arms relative to each other,