mhurhangee/ep-ind-claims huggingface dataset:
A grinding unit for grinding a disc-shaped cutting blade, comprising: - at least one grinding wheel adapted to rotate around a respective rotation axis (C-C); - a thrust actuator adapted to push the grinding wheel against a cutting edge of the disc-shaped cutting blade; - a load cell for detecting an axial thrust exerted on the grinding wheel; characterized by further comprising a pre-load member for pre-loading the load cell. - at least one grinding wheel adapted to rotate around a respective rotation axis (C-C); - a thrust actuator adapted to push the grinding wheel against a cutting edge of the disc-shaped cutting blade; - a load cell for detecting an axial thrust exerted on the grinding wheel;
Method for magnetically influencing a pendulum of a mechanical pendulum clock, wherein the pendulum has an upper fulcrum and a lower end which, due to the acceleration of gravity (g), can oscillate in a plane with a first clock frequency on a circular path segment, wherein a magnetic field (b) which is constant for the duration of at least 10 pendulum oscillations is generated in the region of the pendulum or at least a partial region thereof, which exerts a constant force or acceleration on the pendulum over this duration and runs substantially vertically, and a non-magnetic magnetizable element or a permanent magnet is arranged on the pendulum, with a magnetic field alignment along the pendulum.
Device for checking the distribution of fluid (3a, 3b) ejected from a nebulizing dispenser of fluid (3a, 3b), of the type comprising a discharging nozzle of nebulized fluid, said device comprising detecting means for detecting the temperature difference between at least part of said nebulized fluid ejected from said dispenser and at least one contrast space and/or the temperature difference caused by said nebulized fluid ejected from said dispenser to said contrast space, said contrast space being arranged so as to be at least partially incident to said nebulized fluid, the device being configured so that the temperature of said nebulized fluid is set so as to be different with respect to that of said contrast space.
A sesterterpene, which is gascardic acid or a salt thereof, for use as medicament in the treatment of bacteria, fungi or infections caused therefrom.
A bipolar plate for a fuel cell, of the type including a cathode bipolar half-plate and an anode bipolar half-plate attached to each other, each bipolar half-plate being constituted by a plate comprising in its central part an active region and at its peripheral part a plurality of cut-outs (4, 5, 6) intended to constitute at least two oxidant boxes, at least two fuel boxes and at least two coolant boxes, at least one bipolar half-plate including at least one connection (8, 10, 12) between a peripheral cutout (4, 5, 6) and the active region and at its periphery at least one hollow housing, and the hollow housing is constituted by at least one rib projecting towards the external face of at least one bipolar half-plate and extending from the periphery in the direction of the active region of the bipolar half-plate, without reaching either the active region or the cut-outs intended to form fluid boxes.
An electrical terminal comprising: a mount portion coupled with a wire receiving portion; the wire receiving portion formed of an electrically conductive material; the wire receiving portion configured to be crimped and having an aperture to receive a wire, the wire receiving portion including a contact portion having an integral oxide breaker element and a sealing portion that is adjacent to and spaced from the contact portion toward the aperture; the integral oxide breaker element including a plurality of protrusions that extend radially inwardly in the contact portion, the protrusions configured to engage a wire positioned in the contact portion and to protrude into the wire when the wire receiving portion is crimped; the sealing portion including a plurality of integral seal rings (318a, 318b, 318c), characterized in that the sealing portion further includes a plurality of flexible seal rings (370a, 370b), each of the flexible seal rings being formed by applying a curable, viscous material continuously around the wire receiving portion at a height that is higher than the height of the respective integral seal rings (318b, 318c) so that each flexible seal ring (370a, 370b) is positioned between and adjacent to respective integral seal rings (318a, 318b, 318c) for sealing the wire when the wire receiving portion is crimped. a mount portion coupled with a wire receiving portion; the wire receiving portion formed of an electrically conductive material; the wire receiving portion configured to be crimped and having an aperture to receive a wire, the wire receiving portion including a contact portion having an integral oxide breaker element and a sealing portion that is adjacent to and spaced from the contact portion toward the aperture; the integral oxide breaker element including a plurality of protrusions that extend radially inwardly in the contact portion, the protrusions configured to engage a wire positioned in the contact portion and to protrude into the wire when the wire receiving portion is crimped; the sealing portion including a plurality of integral seal rings (318a, 318b, 318c), characterized in that the sealing portion further includes a plurality of flexible seal rings (370a, 370b), each of the flexible seal rings being formed by applying a curable, viscous material continuously around the wire receiving portion at a height that is higher than the height of the respective integral seal rings (318b, 318c) so that each flexible seal ring (370a, 370b) is positioned between and adjacent to respective integral seal rings (318a, 318b, 318c) for sealing the wire when the wire receiving portion is crimped.
A surgical construct for tissue repairs, comprising: a tensionable construct comprising a flexible strand that comprises an unsplit region at the one end and a split region at the other end which splits into with a plurality of limbs (33a, 33b), wherein the tensionable construct further comprises a shuttling device attached to the flexible strand, the shuttling device comprising a tail end at one end and a loop at the other end, wherein the limbs (33a, 33b) of the flexible strand are configured to be threaded through the loop of the shuttling device, the tail end of the shuttling device being threaded through a center of the unsplit region of the flexible strand, such that the shuttling device is configured, when the limbs (33a, 33b) of the flexible strand are threaded through the loop of the shuttling device and the tail end is pulled, to shuttle the plurality of limbs (33a, 33b) of the flexible strand back through the unsplit region of the flexible strand, to thereby form a single locking splice in the unsplit region and multiple adjustable closed loops (88a, 88b) from the limbs (33a, 33b). a tensionable construct comprising a flexible strand that comprises an unsplit region at the one end and a split region at the other end which splits into with a plurality of limbs (33a, 33b), wherein the tensionable construct further comprises a shuttling device attached to the flexible strand, the shuttling device comprising a tail end at one end and a loop at the other end, wherein the limbs (33a, 33b) of the flexible strand are configured to be threaded through the loop of the shuttling device, the tail end of the shuttling device being threaded through a center of the unsplit region of the flexible strand, such that the shuttling device is configured, when the limbs (33a, 33b) of the flexible strand are threaded through the loop of the shuttling device and the tail end is pulled, to shuttle the plurality of limbs (33a, 33b) of the flexible strand back through the unsplit region of the flexible strand, to thereby form a single locking splice in the unsplit region and multiple adjustable closed loops (88a, 88b) from the limbs (33a, 33b).
An ergonomic infant carrier comprising a contoured shell having a non-planar base and a contiguous perimeter side wall upstanding from the base; and at least one carrying strap attached or attachable to the contoured shell; wherein said base has a bottom portion, a head portion, extending from a first end of the bottom portion and a foot portion, extending from a second end of the bottom portion opposite the first end, the bottom portion having a width which is less than that of the head and foot portions (30, 38) whereby the side wall defines a waisted portion partway along the longitudinal extent of the infant carrier for accommodating a side of a carer, characterized in that the head and foot portions (30, 38) extending upwardly from the bottom portion to meet the side wall.
A computer-implemented method for dynamically adjusting a 3D model, wherein the 3D model is a dental model, and the method comprising the steps of: identifying a 3D model engagement process, wherein the engagement process includes deforming/modifying a surface of the 3D model; obtaining a localized area of the 3D model proximate to a location of the 3D mode being worked on; characterised in that the method further comprises automatically adjusting the 3D model based on the obtained localized area and the engagement process, wherein the adjusting includes changing the 3D model for affording a user an unobstructed view of a surface of the model being worked on. identifying a 3D model engagement process, wherein the engagement process includes deforming/modifying a surface of the 3D model; obtaining a localized area of the 3D model proximate to a location of the 3D mode being worked on; characterised in that the method further comprises automatically adjusting the 3D model based on the obtained localized area and the engagement process, wherein the adjusting includes changing the 3D model for affording a user an unobstructed view of a surface of the model being worked on.
A system for testing a wireless terminal, wherein the wireless terminal is configured as a device under test and the system comprises: a test antenna; reflecting surfaces, configured to totally reflect first wireless signals emitted in directions to be tested by the device under test; an absorbing screen, configured to absorb one or more second wireless signals emitted by the device under test, wherein the one or more second wireless signals are emitted by the device under test toward a direction of the test antenna without reflection through the reflecting surface; a controller, coupled to the device under test and configured to control the device under test to emit the first and second wireless signals; a power detection device, configured to detect a power of the first wireless signals reflected by the reflecting surfaces and received by the test antenna; wherein the device under test, the test antenna and the reflecting surfaces correspond to a same ellipsoid, the device under test and the test antenna are arranged at two foci of the ellipsoid respectively, the reflecting surface is arranged on the ellipsoidal surface, and the absorbing screen is arranged on a straight line between the device under test and the test antenna; wherein each of the reflecting surfaces is arranged at a position on the ellipsoidal surface in each of the directions to be tested, so that the first wireless signals emitted in the directions to be tested are reflected by respective reflecting surfaces and received by the test antenna. a test antenna; reflecting surfaces, configured to totally reflect first wireless signals emitted in directions to be tested by the device under test; an absorbing screen, configured to absorb one or more second wireless signals emitted by the device under test, wherein the one or more second wireless signals are emitted by the device under test toward a direction of the test antenna without reflection through the reflecting surface; a controller, coupled to the device under test and configured to control the device under test to emit the first and second wireless signals; a power detection device, configured to detect a power of the first wireless signals reflected by the reflecting surfaces and received by the test antenna; wherein the device under test, the test antenna and the reflecting surfaces correspond to a same ellipsoid, the device under test and the test antenna are arranged at two foci of the ellipsoid respectively, the reflecting surface is arranged on the ellipsoidal surface, and the absorbing screen is arranged on a straight line between the device under test and the test antenna; wherein each of the reflecting surfaces is arranged at a position on the ellipsoidal surface in each of the directions to be tested, so that the first wireless signals emitted in the directions to be tested are reflected by respective reflecting surfaces and received by the test antenna.
Use of a composition comprising a silicone graft copolymer comprising an organopolysiloxane segment as a main chain thereof and an unsaturated monomer-derived polymer segment as a side chain thereof, which is obtainable by firstly reacting an aminopropyl dimethicone with the thiolactone of acetylhomocysteine and then graft copolymerizing the thus obtained mercapto modified dimethicone with a mixture of N,N-dimethylacrylamide and N-t-butylacrylamide, for providing colour retention of artificially coloured hair.
A street ironwork, in particular an access cover, comprising: - a frame defining an access opening; and - an assembly made up of a cover adapted to cover the access opening and extending in a cover plane (T-T), and a fastener, the fastener comprising a fastening or locking means (56, 80) and a retaining foot suitable for removably connecting the fastener to the cover via a receiving cavity made in the cover by means of a shape-matching connection, the assembly defining a retaining configuration in which the fastener is engaged in the receiving cavity and retained therein and a release configuration in which the fastener can be removed from the receiving cavity, and the retaining foot comprising at least one fastening arm, preferably two arms, adapted to cooperate by shape-matching connection with the cover, the retaining foot being able to be inserted into the receiving cavity and removed therefrom on the inner side of the cover through a movement along a foot axis (C-C) that is substantially perpendicular to the cover plane (T-T), characterized in that the fastening between the fastener and the cover is of the bayonet type. - a frame defining an access opening; and - an assembly made up of a cover adapted to cover the access opening and extending in a cover plane (T-T), and a fastener, the fastener comprising a fastening or locking means (56, 80) and a retaining foot suitable for removably connecting the fastener to the cover via a receiving cavity made in the cover by means of a shape-matching connection, the assembly defining a retaining configuration in which the fastener is engaged in the receiving cavity and retained therein and a release configuration in which the fastener can be removed from the receiving cavity, and the retaining foot comprising at least one fastening arm, preferably two arms, adapted to cooperate by shape-matching connection with the cover, the retaining foot being able to be inserted into the receiving cavity and removed therefrom on the inner side of the cover through a movement along a foot axis (C-C) that is substantially perpendicular to the cover plane (T-T), characterized in that the fastening between the fastener and the cover is of the bayonet type.
A method of hand off from a serving one of a packet data or circuit switched wireless network to a target one of the wireless networks, for a hybrid mobile terminal capable of communications through both wireless networks and engaged in an existing call through the serving wireless network, characterised by: a first node in the target wireless network receiving a new call from the mobile terminal, the new call having a predetermined called party identifier; in response to the called party identifier, a second node in the target wireless network routing the new call back to the mobile terminal through the serving wireless network; and connecting the existing call to the mobile terminal through the target wireless network. a first node in the target wireless network receiving a new call from the mobile terminal, the new call having a predetermined called party identifier; in response to the called party identifier, a second node in the target wireless network routing the new call back to the mobile terminal through the serving wireless network; and connecting the existing call to the mobile terminal through the target wireless network.
A data processing method comprising: storing, at a first memory location in a memory of a data processing apparatus, a first copy of a set of data; storing, at a second memory location in the memory, a second copy of the set of data; comparing the first copy to the second copy so as to identify, within the first copy, a pointer, the pointer being located at a first data element of the first copy, the pointer specifying a second data element of the first copy; determining an offset for the identified pointer, the offset specifying a number of data elements between the first data element and the second data element; and modifying the first copy such that the pointer within the first copy specifies the second data element using only the first data element and the offset. storing, at a first memory location in a memory of a data processing apparatus, a first copy of a set of data; storing, at a second memory location in the memory, a second copy of the set of data; comparing the first copy to the second copy so as to identify, within the first copy, a pointer, the pointer being located at a first data element of the first copy, the pointer specifying a second data element of the first copy; determining an offset for the identified pointer, the offset specifying a number of data elements between the first data element and the second data element; and modifying the first copy such that the pointer within the first copy specifies the second data element using only the first data element and the offset.
A neuromodulation catheter, comprising: an elongate shaft; and a neuromodulation element operably connected to the shaft via a distal end portion of the shaft, the neuromodulation element being movable from a low-profile delivery state to an radially expanded deployed state, the neuromodulation element including- a hypotube segment (128,142) having a first shape when the neuromodulation element is in the delivery state and a second shape when the neuromodulation element is in the deployed state, the second shape being more helical than the first shape, a tubular jacket (130, 144, 200, 300, 400) disposed around at least a portion of an outer surface of the hypotube segment (128,142), the jacket having reduced-diameter segments (202, 302, 402) spaced apart along its longitudinal axis, and band electrodes (146, 204) respectively seated in the reduced-diameter segments and respectively forming closed loops extending circumferentially around the jacket, wherein a minimum inner diameter of the band electrodes (146, 204) is smaller than a maximum outer diameter of jacket (130, 144, 200, 300, 400) between the reduced-diameter segments (202, 302, 402). an elongate shaft; and a neuromodulation element operably connected to the shaft via a distal end portion of the shaft, the neuromodulation element being movable from a low-profile delivery state to an radially expanded deployed state, the neuromodulation element including- a hypotube segment (128,142) having a first shape when the neuromodulation element is in the delivery state and a second shape when the neuromodulation element is in the deployed state, the second shape being more helical than the first shape, a tubular jacket (130, 144, 200, 300, 400) disposed around at least a portion of an outer surface of the hypotube segment (128,142), the jacket having reduced-diameter segments (202, 302, 402) spaced apart along its longitudinal axis, and band electrodes (146, 204) respectively seated in the reduced-diameter segments and respectively forming closed loops extending circumferentially around the jacket, a hypotube segment (128,142) having a first shape when the neuromodulation element is in the delivery state and a second shape when the neuromodulation element is in the deployed state, the second shape being more helical than the first shape, a tubular jacket (130, 144, 200, 300, 400) disposed around at least a portion of an outer surface of the hypotube segment (128,142), the jacket having reduced-diameter segments (202, 302, 402) spaced apart along its longitudinal axis, and band electrodes (146, 204) respectively seated in the reduced-diameter segments and respectively forming closed loops extending circumferentially around the jacket, wherein a minimum inner diameter of the band electrodes (146, 204) is smaller than a maximum outer diameter of jacket (130, 144, 200, 300, 400) between the reduced-diameter segments (202, 302, 402).
An optical fiber sensing apparatus comprising: a substrate configured to deform in response to an environmental parameter; an optical fiber sensor including a core having at least one measurement location disposed therein, a cladding, and a protective coating surrounding the optical fiber sensor, the protective coating made from a polyimide material, the polyimide material adhered directly to an exterior surface of the cladding; and an adhesive configured to adhere the optical fiber sensor to the substrate, the adhesive made from the polyimide material; wherein a single layer of the polyimide material contacts the exterior surface of the cladding and contacts the substrate, the single layer forming both the protective coating and the adhesive. a substrate configured to deform in response to an environmental parameter; an optical fiber sensor including a core having at least one measurement location disposed therein, a cladding, and a protective coating surrounding the optical fiber sensor, the protective coating made from a polyimide material, the polyimide material adhered directly to an exterior surface of the cladding; and an adhesive configured to adhere the optical fiber sensor to the substrate, the adhesive made from the polyimide material; wherein a single layer of the polyimide material contacts the exterior surface of the cladding and contacts the substrate, the single layer forming both the protective coating and the adhesive.