mhurhangee/patent-ind-claim-en huggingface dataset:
A rotating no-back brake system comprising first and second disks each defining a first friction surface and each in frictional engagement with a respective further component having a surface defining a respective second friction surface, there being relative rotation and frictional engagement between the first and second friction surfaces; each disk having a first major surface and a second major surface, opposite the first, joined by a peripheral edge, at least one of the first and second major surfaces defining the friction surface configured to frictionally contact an opposing second friction surface at the respective further component, and wherein a spiral groove formation is provided on the friction surfaces, the spiral groove formation being non-symmetrical with respect to the respective friction surface in a sliding direction of the disk and further comprising radial grooves extending radially across the friction surface and across the non-symmetrical groove formation.
An external-heat engine of a piston type working on a Rankine cycle, and preferably an organic Rankine cycle, the external-heat engine including a cylinder block , a cylinder head and an oil sump with sealing surfaces arranged to be joined together and to rest against complementarily fitting covers , each sealing surface being arranged to rest sealingly against only one opposite sealing surface, characterized in that a first valve gear and a second valve gear are arranged in the cylinder head , a first intermediate gear being driven by a crankshaft and being arranged to engage with the first valve gear and to engage via a second intermediate gear with the second valve gear .
Component made of a fiber-reinforced plastic, comprising: - a first surface portion , - a second surface portion , - a transition portion enclosed by the first surface portion and the second surface portion , wherein surface tangents of the first surface portion and of the second surface portion are not parallel at least in regions bordering the transition portion , wherein the transition portion has a curvature which adjoins the bordering surface portions with tangential continuity, wherein an arrangement of at least two plies of a fiber reinforced plastic extends from the first surface portion via the transition portion to the second surface portion , and wherein fibers of at least one of the plies run with a consistent orientation on the first surface portion and the second surface portion and, characterized in that the fibers exhibit a course which is curved, kinked or offset laterally along a running direction on the transition portion . - a first surface portion , - a second surface portion , - a transition portion enclosed by the first surface portion and the second surface portion , wherein surface tangents of the first surface portion and of the second surface portion are not parallel at least in regions bordering the transition portion , wherein the transition portion has a curvature which adjoins the bordering surface portions with tangential continuity, wherein an arrangement of at least two plies of a fiber reinforced plastic extends from the first surface portion via the transition portion to the second surface portion , and wherein fibers of at least one of the plies run with a consistent orientation on the first surface portion and the second surface portion and, characterized in that the fibers exhibit a course which is curved, kinked or offset laterally along a running direction on the transition portion .
A belt for an elevator system , comprising: a tension member extending at least partially across a belt width and extending longitudinally along a length of the belt , the tension member formed at least partially from a plurality of aromatic polyester based fibers; and a jacket material at least partially encapsulating the tension member , whereby the tension member includes a cord including a plurality of load carrying fibers selected from carbon, glass, aramid, nylon and polymer fibers; characterized in that the tension member further includes at least one layer of aromatic polyester based fibers at least partially surrounding the cord. a tension member extending at least partially across a belt width and extending longitudinally along a length of the belt , the tension member formed at least partially from a plurality of aromatic polyester based fibers; and a jacket material at least partially encapsulating the tension member , whereby the tension member includes a cord including a plurality of load carrying fibers selected from carbon, glass, aramid, nylon and polymer fibers; characterized in that the tension member further includes at least one layer of aromatic polyester based fibers at least partially surrounding the cord.
An apparatus for receiving wireless power and communications, comprising: means for receiving wireless charging power and communications from a wireless charging field oscillating at a first frequency via a metallic structure, the metallic structure defining a slot extending through a first surface and a second surface of the metallic structure ; means for conveying the received power and communication to a receive circuit ; and the metallic structure further comprising a plurality of shield pieces and configured to shield the receive circuit from interference at frequencies other than the first frequency via configuration of the slot and shield pieces. means for receiving wireless charging power and communications from a wireless charging field oscillating at a first frequency via a metallic structure, the metallic structure defining a slot extending through a first surface and a second surface of the metallic structure ; means for conveying the received power and communication to a receive circuit ; and the metallic structure further comprising a plurality of shield pieces and configured to shield the receive circuit from interference at frequencies other than the first frequency via configuration of the slot and shield pieces.
An ultrasonic surgical instrument, comprising: a housing having an elongated shaft extending therefrom, the shaft having a jaw member disposed at a distal end thereof, the jaw member movable between an open configuration and a clamping configuration and including a tissue contacting surface ; and a cutting blade extending from a distal end of the shaft and operably coupled to the housing and adjacent the jaw member , the cutting blade configured to receive ultrasound energy to treat tissue; characterized in that said ultrasonic surgical instrument further comprises: at least one acoustic sensor configured to detect a change in an acoustic signature of the ultrasonic surgical instrument as a result of the cutting blade vibrating against the tissue contacting surface of the jaw member ; and at least one controller in operable communication with the at least one acoustic sensor , the controller configured to terminate delivery of ultrasonic energy to the cutting blade based upon the said change in the acoustic signature of the ultrasonic surgical instrument. a housing having an elongated shaft extending therefrom, the shaft having a jaw member disposed at a distal end thereof, the jaw member movable between an open configuration and a clamping configuration and including a tissue contacting surface ; and a cutting blade extending from a distal end of the shaft and operably coupled to the housing and adjacent the jaw member , the cutting blade configured to receive ultrasound energy to treat tissue; characterized in that said ultrasonic surgical instrument further comprises: at least one acoustic sensor configured to detect a change in an acoustic signature of the ultrasonic surgical instrument as a result of the cutting blade vibrating against the tissue contacting surface of the jaw member ; and at least one controller in operable communication with the at least one acoustic sensor , the controller configured to terminate delivery of ultrasonic energy to the cutting blade based upon the said change in the acoustic signature of the ultrasonic surgical instrument. at least one acoustic sensor configured to detect a change in an acoustic signature of the ultrasonic surgical instrument as a result of the cutting blade vibrating against the tissue contacting surface of the jaw member ; and at least one controller in operable communication with the at least one acoustic sensor , the controller configured to terminate delivery of ultrasonic energy to the cutting blade based upon the said change in the acoustic signature of the ultrasonic surgical instrument.
Measuring device having a measuring housing and a measuring element movably accommodated in the measuring housing , and having a sensor device for detecting a position of the measuring element relative to the measuring housing , the sensor device comprising at least one sensor means designed to provide an analog sensor signal as a function of the position of the measuring element , as well as circuit means for analog-to-digital conversion of the sensor signal and processing means for processing the sensor signal and bus communication means for bidirectional digital data transmission between the sensor device and a control device , wherein the processing means are designed for a programmable logic combination of at least two absolute values of sensor signals determined successively in chronological sequence and for a provision of a combination result and of the analog sensor signal in digitized coding, in particular with a coding comprising at least 2 bits, to the bus communication means , and wherein the processing means are designed for at least one programmable logic combination of absolute values of the analog sensor signal from the group: switching point correction, window comparator, direction recognition, hysteresis comparator, OR operation, AND operation, negation, counter, signal extension.
A valve arrangement , designed to be inserted into a valve seat of a medical functional apparatus , the valve arrangement comprising a valve body (802; 60; 70b) connected with a cap (801; 61; 70) produced separately therefrom, wherein the valve body (802; 60; 70b) comprises at least one element which causes a pre-stressing of the valve body inserted into the cap (801; 61; 70) or at least a portion thereof within the cap in radial and axial direction before the cap (801; 61; 70) is inserted into a valve seat together with the valve body (802; 60; 70b) inserted therein.
A method for generating gear teeth, wherein a workpiece which is to receive a toothed profile and a cutting tool are advanced towards each other in a rolling feed motion until each flank of the tooth profile has been generated after several passes of the tool, wherein in each pass a cut surface containing at least one flank cut is generated on the workpiece, wherein an auxiliary motion is superimposed on the rolling feed movement whereby the flank cuts (11-12, 12-13, 13-14) generated in at least two immediately consecutive passes are connected to each other, characterised in that the generation of the cut surface in the last tool pass with the rolling feed movement is carried out without the auxiliary movement.
Electrode arrangement, wherein an electrode carrier is provided in the form of a flat material piece consisting of a textile or non-textile material, the electrode carrier being connected on one side to an electrically conductive electrode and characterized in that an electrically conductive thermoadhesive being in contact with the opposite side of the electrode carrier , and in that the electrode and the thermoadhesive are electrically conductively connected for an electrical connection.
A device for producing water droplets comprising a droplet generator , a through duct having an inflow connector and an outflow connector for connection to a water conduit, a valve arrangement with water lines connecting to said duct and to a reservoir of the device, said valve arrangement being provided for filling the reservoir up to a predetermined fill-level, and the device further comprising a control unit for controlling the valve arrangement and the droplet generator , characterized in that the reservoir is closed on one side by a perforated mesh of the droplet generator of the device, the mesh being arranged to be covered by water being present in said reservoir and the mesh forming the water droplet outlet of the device releasing droplets when the mesh of the droplet generator is vibrated.
A food container comprising a sealing surface , wherein the sealing surface is coated with a polymer coating , characterized in that a pattern of ridges and valleys is formed in the polymer coating , and that the sealing surface has oleophilic properties attracting fat such that any fat on the sealing surface has a tendency to settle down in the valleys of the pattern on the sealing surface, wherein a distance (d) between a top plane (PT) to which a median of the ridges extend up to and a bottom plane (PB) to which a median of the valleys extend down to is from 2 to 200 micrometers, preferably from 2 to 100 micrometers, and most preferred from 2 to 50 micrometers and wherein a median distance (L1; L2) between adjacent ridges (31; 32) is from 1 to 500 micrometers, preferably from 1 to 150 micrometers, and most preferred from 1 to 50 micrometers. wherein the sealing surface is coated with a polymer coating , characterized in that a pattern of ridges and valleys is formed in the polymer coating , and that the sealing surface has oleophilic properties attracting fat such that any fat on the sealing surface has a tendency to settle down in the valleys of the pattern on the sealing surface, wherein a distance (d) between a top plane (PT) to which a median of the ridges extend up to and a bottom plane (PB) to which a median of the valleys extend down to is from 2 to 200 micrometers, preferably from 2 to 100 micrometers, and most preferred from 2 to 50 micrometers and wherein a median distance (L1; L2) between adjacent ridges (31; 32) is from 1 to 500 micrometers, preferably from 1 to 150 micrometers, and most preferred from 1 to 50 micrometers.
A magnetic field sensor, comprising a suspending mass block, , a group of Y direction displacement detection electrodes, , a group of Z direction displacement detection electrodes and a power supply module; wherein the Y direction represents one of two orthogonal directions of a plane where the mass block is arranged and the Z direction represents a direction perpendicular to the plane, wherein: the mass block has a longitudinal direction parallel to the Y direction and comprises a plurality of metal layers (M2, M3, M4, M5, M6) and a plurality of dielectric layers, with the dielectric layers and metal layers being stacked with each other; the Y direction displacement detection electrodes and the Z direction displacement detection electrodes respectively comprise a plurality of metal layers and a dielectric layer between any two metal layers; characterized in that in the mass block, a portion corresponding to the Y direction displacement detection electrodes comprises at least two metal layers (M1, M2, M3, M4, M5, M6) connected by a via and a portion corresponding to the Z direction displacement detection electrodes comprise at least two metal layers connected by a via; and the Y direction displacement detection electrodes comprise two sub-groups of electrodes, each comprising at least two metal layers (21,22, M1-M2, M3-M4, M5-M6) connected by a via, and the Z direction displacement detection electrodes also comprise two sub-groups of electrodes, each comprising at least two metal layers (101, M2-M3, M5-M6) connected by a via; and the power supply module provides a current flowing through the mass block selectively in the X or Y direction. the mass block has a longitudinal direction parallel to the Y direction and comprises a plurality of metal layers (M2, M3, M4, M5, M6) and a plurality of dielectric layers, with the dielectric layers and metal layers being stacked with each other; the Y direction displacement detection electrodes and the Z direction displacement detection electrodes respectively comprise a plurality of metal layers and a dielectric layer between any two metal layers; characterized in that in the mass block, a portion corresponding to the Y direction displacement detection electrodes comprises at least two metal layers (M1, M2, M3, M4, M5, M6) connected by a via and a portion corresponding to the Z direction displacement detection electrodes comprise at least two metal layers connected by a via; and the Y direction displacement detection electrodes comprise two sub-groups of electrodes, each comprising at least two metal layers (21,22, M1-M2, M3-M4, M5-M6) connected by a via, and the Z direction displacement detection electrodes also comprise two sub-groups of electrodes, each comprising at least two metal layers (101, M2-M3, M5-M6) connected by a via; and the power supply module provides a current flowing through the mass block selectively in the X or Y direction.
A hydraulic clamping system for use with a gyratory crusher having a head assembly positioned for movement within a bowl that is movable relative to a stationary adjustment ring , the system comprising: a clamp ring positioned above the adjustment ring and having a series of threads that are engageable with a series of external threads of the bowl , the clamp ring including a top face and a bottom face ; and a plurality of clamping cylinder assemblies ; characterized in that the plurality of clamping cylinder assemblies are removably mounted to the top face of the clamp ring , wherein each of the clamping cylinder assemblies includes a cylinder body that includes a cylindrical outer wall and that is received within a bore (58; 120) extending through the clamp ring from the top face to the bottom face , wherein each of the clamping cylinder assemblies includes a mounting flange (76; 126) connected to the top face of the clamp ring by a plurality of connectors , and wherein the mounting flange extends past an outer surface of the outer wall to define a support shoulder that surrounds the outer wall . a clamp ring positioned above the adjustment ring and having a series of threads that are engageable with a series of external threads of the bowl , the clamp ring including a top face and a bottom face ; and a plurality of clamping cylinder assemblies ; characterized in that the plurality of clamping cylinder assemblies are removably mounted to the top face of the clamp ring , wherein each of the clamping cylinder assemblies includes a cylinder body that includes a cylindrical outer wall and that is received within a bore (58; 120) extending through the clamp ring from the top face to the bottom face , wherein each of the clamping cylinder assemblies includes a mounting flange (76; 126) connected to the top face of the clamp ring by a plurality of connectors , and wherein the mounting flange extends past an outer surface of the outer wall to define a support shoulder that surrounds the outer wall .
An image decoding method performed by a decoding apparatus, the method comprising: receiving a bitstream comprising residual information; deriving transform coefficients for a current block using the residual information, the current block having a first width (w) and a first height (h); deriving residual samples for the current block using the transform coefficients; and generating a reconstructed picture using the residual samples, wherein the residual information comprises last significant coefficient position information, and wherein the deriving of the transform coefficients comprises: deriving a top-left region within the current block, the top-left region having a second width and a second height; deriving a value of the last significant coefficient position information using a context increment; and deriving a last significant coefficient position using the value of the last significant coefficient position information, characterized by deriving the context increment using the first width and the first height, wherein the last significant coefficient position information is derived within maximum values set using the second width and the second height. receiving a bitstream comprising residual information; deriving transform coefficients for a current block using the residual information, the current block having a first width (w) and a first height (h); deriving residual samples for the current block using the transform coefficients; and generating a reconstructed picture using the residual samples, wherein the residual information comprises last significant coefficient position information, and wherein the deriving of the transform coefficients comprises: deriving a top-left region within the current block, the top-left region having a second width and a second height; deriving a value of the last significant coefficient position information using a context increment; and deriving a last significant coefficient position using the value of the last significant coefficient position information, deriving a top-left region within the current block, the top-left region having a second width and a second height; deriving a value of the last significant coefficient position information using a context increment; and deriving a last significant coefficient position using the value of the last significant coefficient position information, characterized by deriving the context increment using the first width and the first height, wherein the last significant coefficient position information is derived within maximum values set using the second width and the second height.
A measurement device comprising a blood flow meter and a measurement portion configured to supply electric power to a measurement element of the blood flow meter to acquire information on a mass flow rate of a blood flow from electric power information based on resistance changes corresponding to temperature changes of the measurement element , wherein the blood flow meter comprises: a hollow shaft which has flexibility and is insertable into a blood vessel; an element holding body which is provided on a distal side of the shaft so as to be coaxial with the shaft and which has a tubular shape and an outer diameter smaller than or equal to an outer diameter of the shaft ; a flow rate sensor which has the measurement element being a heating resistor having a temperature-resistance characteristic and is accommodated in the element holding body in a state where the measurement element can detect temperature changes in a peripheral wall of the element holding body over an entire circumference; and a thermal conductive insulating member disposed between the flow rate sensor and the element holding body in the element holding body , wherein the heating resistor is a wire spirally wound to be formed into a coil shape so that adjacent wire portions are separated and insulated and the measurement element is accommodated in the element holding body along an axial direction of the element holding body . a hollow shaft which has flexibility and is insertable into a blood vessel; an element holding body which is provided on a distal side of the shaft so as to be coaxial with the shaft and which has a tubular shape and an outer diameter smaller than or equal to an outer diameter of the shaft ; a flow rate sensor which has the measurement element being a heating resistor having a temperature-resistance characteristic and is accommodated in the element holding body in a state where the measurement element can detect temperature changes in a peripheral wall of the element holding body over an entire circumference; and a thermal conductive insulating member disposed between the flow rate sensor and the element holding body in the element holding body ,