mhurhangee/ep-ind-claims huggingface dataset:
Assembly comprising a cup-shaped implant having a continuous wall which internally forms a smooth articulation surface and a gripper for this implant; said gripper comprises: - a head for gripping / impaction of the implant, including an engagement portion intended to be engaged in the cavity delimited by the implant and to come, in a position of engagement in this cavity, in the immediate vicinity of the wall of the implant; this engagement portion comprises, over the whole of its periphery, a sealing gasket coming normally, in said engagement position, in a sealed engagement against said wall; and - a manipulation / impaction handle; characterized in that: - the implant is intended for a joint of the hand or the foot, and is therefore of reduced dimensions; - the sealing gasket is capable, when the assembly is placed under reduced pressure, to slightly retract in the radial direction in order to allow air between the implant and the engagement portion to escape; - the gripping / impaction head includes a triangular proximal portion forming three lateral surfaces, which is dimensioned such that these lateral surfaces are inscribed, when the gripping / impaction head is joined to the implant, within the edge of this implant delimiting the opening of the cavity delineated by the implant, this proximalportion further delineating a mounting cavity enabling assembly of the head to the manipulation / impaction handle; and - this manipulation / impaction handle comprising a tip intended to be inserted and wedged in said mounting cavity so as to assemble said handle with the gripping / impaction head. - a head for gripping / impaction of the implant, including an engagement portion intended to be engaged in the cavity delimited by the implant and to come, in a position of engagement in this cavity, in the immediate vicinity of the wall of the implant; this engagement portion comprises, over the whole of its periphery, a sealing gasket coming normally, in said engagement position, in a sealed engagement against said wall; and - a manipulation / impaction handle; - the implant is intended for a joint of the hand or the foot, and is therefore of reduced dimensions; - the sealing gasket is capable, when the assembly is placed under reduced pressure, to slightly retract in the radial direction in order to allow air between the implant and the engagement portion to escape; - the gripping / impaction head includes a triangular proximal portion forming three lateral surfaces, which is dimensioned such that these lateral surfaces are inscribed, when the gripping / impaction head is joined to the implant, within the edge of this implant delimiting the opening of the cavity delineated by the implant, this proximalportion further delineating a mounting cavity enabling assembly of the head to the manipulation / impaction handle; and - this manipulation / impaction handle comprising a tip intended to be inserted and wedged in said mounting cavity so as to assemble said handle with the gripping / impaction head.
A luggage article comprising: a hard-sided luggage case defining an internal compartment, and including a first split line defining a first shell and a second shell, each shell having a major face and opposing sidewalls; a closure mechanism releasably securing the first shell and the second shell along the first split line; a second split line formed across the major face and the opposing sidewalls of the first shell and defining first and second shell portions (164, 166) of the first shell, each shell portion (164, 166) having a peripheral edge (168, 170) along the second split line, the second split line extending from a portion of the first split line on one sidewall to another portion of the first split line on the opposing sidewall; and a hinge band secured to the peripheral edges of the first and second shell portions along at least a portion of the length of the second split line, wherein the first shell portion is pivotable about the hinge band when the closure mechanism is disengaged along the first split line extending along the first shell portion; and wherein the hinge band collapses or deforms along a height (H HB) of the hinge band to pivot the first shell portion about the hinge band; and characterised in that the hinge band is a wide band of resilient material, corrugated with corrugations running substantially parallel to the second split line. a hard-sided luggage case defining an internal compartment, and including a first split line defining a first shell and a second shell, each shell having a major face and opposing sidewalls; a closure mechanism releasably securing the first shell and the second shell along the first split line; a second split line formed across the major face and the opposing sidewalls of the first shell and defining first and second shell portions (164, 166) of the first shell, each shell portion (164, 166) having a peripheral edge (168, 170) along the second split line, the second split line extending from a portion of the first split line on one sidewall to another portion of the first split line on the opposing sidewall; and a hinge band secured to the peripheral edges of the first and second shell portions along at least a portion of the length of the second split line, wherein the first shell portion is pivotable about the hinge band when the closure mechanism is disengaged along the first split line extending along the first shell portion; and wherein the hinge band collapses or deforms along a height (H HB) of the hinge band to pivot the first shell portion about the hinge band; and characterised in that the hinge band is a wide band of resilient material, corrugated with corrugations running substantially parallel to the second split line.
A user equipment comprising: a transceiver; at least one system processor; and at least one memory having stored thereon instructions that, when executed by the at least one system processor, instruct the at least one system processor to: receive a request to connect to an external device, request, via the transceiver and from a first node of a distributed ledger network, a first attestation as to whether an anomaly exists in an external device container image associated with the external device, determine whether the first attestation indicates that an anomaly exists in the external device container image, and either: establish, in response to determining that an anomaly does not exist in the external device container image, a connection with the external device, or deny the request to connect to the external device in response to determining that an anomaly exists in the external device container image. a transceiver; at least one system processor; and at least one memory having stored thereon instructions that, when executed by the at least one system processor, instruct the at least one system processor to: receive a request to connect to an external device, request, via the transceiver and from a first node of a distributed ledger network, a first attestation as to whether an anomaly exists in an external device container image associated with the external device, determine whether the first attestation indicates that an anomaly exists in the external device container image, and either: establish, in response to determining that an anomaly does not exist in the external device container image, a connection with the external device, or deny the request to connect to the external device in response to determining that an anomaly exists in the external device container image. receive a request to connect to an external device, request, via the transceiver and from a first node of a distributed ledger network, a first attestation as to whether an anomaly exists in an external device container image associated with the external device, determine whether the first attestation indicates that an anomaly exists in the external device container image, and either: establish, in response to determining that an anomaly does not exist in the external device container image, a connection with the external device, or deny the request to connect to the external device in response to determining that an anomaly exists in the external device container image. establish, in response to determining that an anomaly does not exist in the external device container image, a connection with the external device, or deny the request to connect to the external device in response to determining that an anomaly exists in the external device container image.
A pharmaceutical composition comprising: (i) a drug component consisting of at least one salmeterol compound selected from salmeterol, the pharmaceutically acceptable salts of salmeterol and the pharmaceutically acceptable esters of salmeterol either alone or together with at least one long acting muscarinic antagonist (LAMA) and/or at least one corticosteroid selected from mometasone, beclomethasone, fluticasone and the pharmaceutically acceptable salts and esters thereof; and (ii) a propellant component at least 90 weight % of which is 1, 1-difluoroethane (HFA-152a). (i) a drug component consisting of at least one salmeterol compound selected from salmeterol, the pharmaceutically acceptable salts of salmeterol and the pharmaceutically acceptable esters of salmeterol either alone or together with at least one long acting muscarinic antagonist (LAMA) and/or at least one corticosteroid selected from mometasone, beclomethasone, fluticasone and the pharmaceutically acceptable salts and esters thereof; and (ii) a propellant component at least 90 weight % of which is 1, 1-difluoroethane (HFA-152a).
A system, comprising: a neuromodulation element configured to modulate nerves at or otherwise proximate to a renal artery of a patient; an elongated shaft having a first portion configured to be intravascularly positioned while the neuromodulation element modulates the nerves, and a second portion proximal to the first portion, the second portion configured to be extracorporeally positioned while the neuromodulation element modulates the nerves; an occlusion member extending around a segment of the first portion, wherein the occlusion member is configured to at least partially occlude a renal artery; a sampling port distal to the segment of the first portion; a sampling lumen extending from the sampling port toward the second portion; an inflation opening within the occlusion member; an inflation lumen extending from the inflation opening toward the second portion; and an analyzer configured to analyze biological samples collected at the treatment site via the sampling port pre-neuromodulation and post-neuromodulation for a biological parameter that changes in response to modulating the nerves, wherein the system is configured to provide a renal neuromodulation efficacy feedback based on the analysis of the biological samples collected at the treatment site via the sampling port pre-neuromodulation and post-neuromodulation; and wherein the system further comprises a perfusion intake proximal to the occlusion member; a perfusion outlet distal to the occlusion member; a perfusion lumen extending between the perfusion intake and the perfusion outlet. a neuromodulation element configured to modulate nerves at or otherwise proximate to a renal artery of a patient; an elongated shaft having a first portion configured to be intravascularly positioned while the neuromodulation element modulates the nerves, and a second portion proximal to the first portion, the second portion configured to be extracorporeally positioned while the neuromodulation element modulates the nerves; an occlusion member extending around a segment of the first portion, wherein the occlusion member is configured to at least partially occlude a renal artery; a sampling port distal to the segment of the first portion; a sampling lumen extending from the sampling port toward the second portion; an inflation opening within the occlusion member; an inflation lumen extending from the inflation opening toward the second portion; and an analyzer configured to analyze biological samples collected at the treatment site via the sampling port pre-neuromodulation and post-neuromodulation for a biological parameter that changes in response to modulating the nerves, wherein the system is configured to provide a renal neuromodulation efficacy feedback based on the analysis of the biological samples collected at the treatment site via the sampling port pre-neuromodulation and post-neuromodulation; and wherein the system further comprises a perfusion intake proximal to the occlusion member; a perfusion outlet distal to the occlusion member; a perfusion lumen extending between the perfusion intake and the perfusion outlet.
A mold-tool system, comprising: a nozzle assembly; and a nozzle position-adjustment assembly configured to selectively adjust the position of the nozzle assembly between: (i) a first nozzle position including a nozzle-loaded position, and (ii) a second nozzle position including a nozzle-unloaded position, wherein the nozzle position-adjustment assembly includes: a plate-biasing mechanism configured to bias the position of a manifold plate and a backing plate together; and a plate-moving mechanism configured to move the manifold plate and the backing plate relative to each other between: (i) the nozzle-loaded position, and (ii) the nozzle-unloaded position, characterised in that the plate-moving mechanism comprises: a cam-jack assembly; and a manifold-mounting assembly configured to: (i) operatively rotatably mount the cam-jack assembly relative to the manifold plate and the backing plate, and (ii) permit rotation of the cam-jack assembly, the cam-jack assembly selectively moving the manifold plate and the backing plate relative to each other. a nozzle assembly; and a nozzle position-adjustment assembly configured to selectively adjust the position of the nozzle assembly between: (i) a first nozzle position including a nozzle-loaded position, and (ii) a second nozzle position including a nozzle-unloaded position, (i) a first nozzle position including a nozzle-loaded position, and (ii) a second nozzle position including a nozzle-unloaded position, a plate-biasing mechanism configured to bias the position of a manifold plate and a backing plate together; and a plate-moving mechanism configured to move the manifold plate and the backing plate relative to each other between: (i) the nozzle-loaded position, and (ii) the nozzle-unloaded position, characterised in that the plate-moving mechanism comprises: a cam-jack assembly; and a manifold-mounting assembly configured to: (i) operatively rotatably mount the cam-jack assembly relative to the manifold plate and the backing plate, and (ii) permit rotation of the cam-jack assembly, the cam-jack assembly selectively moving the manifold plate and the backing plate relative to each other. a cam-jack assembly; and a manifold-mounting assembly configured to: (i) operatively rotatably mount the cam-jack assembly relative to the manifold plate and the backing plate, and (ii) permit rotation of the cam-jack assembly, the cam-jack assembly selectively moving the manifold plate and the backing plate relative to each other.
Sliding shelf for refrigerators and freezers comprising a front shelf comprising a front base, substantially rectangular, partially covered by a front frame provided with at least two lateral protrusions (3a/3b), a rear shelf comprising a rear base, substantially rectangular, partially covered by a rear frame provided with at least one lower recess, lateral support guides attachable to inner walls of such refrigerators and freezers and provided with fitting means that can accommodate the at least one lower recess of the rear frame, said lateral support guides being provided with locking means, the fitting means and the locking means being shaped so as to exercise support, fitting, and rotation of the rear frame and also to allow the sliding of the front frame, wherein the lateral protrusions (3a/3b) of the front frame can be fitted in the at least one lower recess of the rear frame in a retracted position whereby the front shelf is concealed under the rear shelf, so as to allow rotations of the front and rear shelves around a virtual axis.
A method of point cloud coding, PCC, implemented by a video decoder, comprising: receiving an encoded bitstream including a data unit comprising a data unit header, the data unit header containing a type indicator specifying a type of content carried in a payload of the data unit; and decoding the encoded bitstream; wherein the data unit header is a PCC network abstraction layer, NAL, unit header; wherein the type indicator specifies that the type of content is one of: a geometry component; a texture component; auxiliary information; or an occupancy map; wherein the type indicator is five bits or seven bits. receiving an encoded bitstream including a data unit comprising a data unit header, the data unit header containing a type indicator specifying a type of content carried in a payload of the data unit; and decoding the encoded bitstream; wherein the data unit header is a PCC network abstraction layer, NAL, unit header; wherein the type indicator specifies that the type of content is one of: a geometry component; a texture component; auxiliary information; or an occupancy map; wherein the type indicator is five bits or seven bits.
Contact arrangement for a multi-layer circuit carrier (1a, 1b, 1c, 1d), wherein the circuit carrier (1a, 1b, 1c, 1d) comprises at least one inner-lying wire that is contacted by way of at least one cut-out, wherein at least two cut-outs are arranged on different sides of the at least one inner-lying wire, wherein the center axes of the at least two cut-outs comprise a predetermined spacing (a s) with respect to a desired center line (2.4) of the at least one inner-lying wire, wherein the at least two cut-outs expose the at least one inner-lying wire to enable contact, characterized in that in each case a contact element is arranged within each cut-out, and the at least two cut-outs expose the at least one inner-lying wire to enable contact with at least two contact regions (2.1) that are arranged on different sides of the wire, wherein the respective contact element is force fitted and/or soldered into the corresponding cut-out.
MEMS loudspeaker arrangement for generating sound waves in the audible wavelength spectrum, with a housing that features a sound-conducting channel and a sound outlet arranged at the end of the sound-conducting channel, with at least two MEMS loudspeakers, that are arranged in the interior of the housing in such a manner that the sound waves generated by the MEMS loudspeakers can be conducted through the common sound-conducting channel to the common sound outlet, and with a control unit for controlling the MEMS loudspeakers, characterized in that one of the two MEMS loudspeakers is downstream of the other in the direction of the sound outlet and that the control unit is formed in such a manner that, to increase the maximum loudness of the MEMS loudspeaker arrangement, the two MEMS loudspeakers can be controlled by means of the control unit in such a manner that the first of the two MEMS loudspeakers is formed as a sound generator for generating an initial wave and the second MEMS loudspeaker downstream of this is formed as a sound amplifier for amplifying this initial wave, wherein by means of the control unit, the sound generator can be controlled at a first point in time in such a manner that the initial wave can be moved into the sound-conducting channel, by means of the control unit, a second point in time for controlling the downstream sound amplifier can be determined and by means of the control unit, the sound amplifier at such second point in time can be controlled in such a manner that a superimposed wave can be generated, such that from the initial wave and the superimposed wave, a resulting wave can be generated with an amplitude that is higher compared to the initial wave.
A connecting device of a medical apparatus to a liquid source, comprising: a buffer chamber having an upper zone, a lower zone, an inlet arranged in the upper zone, and an outlet arranged in the lower zone; a first connecting line having a first end which is connectable to the liquid source and a second end connected to said inlet; a second connecting line having a first end connected to said outlet and a second end connectable to the medical apparatus; a first valve arranged in the first connecting line; a pump arranged in the second connecting line; and at least a liquid/air detector operating in the buffer chamber; characterized in that the connecting device further comprises: a control unit connected to the liquid/air detector, to the first valve, and to the pump, the control unit being connectable to the medical apparatus and being programmed to perform the following operations: receiving data for recognising whether the medical apparatus is in a predetermined operating mode; closing the first valve if the medical apparatus is found to be in the predetermined operating mode; signalling an anomalous situation if, while the medical apparatus is in the predetermined operating mode, the liquid/air detector finds liquid in the buffer chamber above a predetermined level. a buffer chamber having an upper zone, a lower zone, an inlet arranged in the upper zone, and an outlet arranged in the lower zone; a first connecting line having a first end which is connectable to the liquid source and a second end connected to said inlet; a second connecting line having a first end connected to said outlet and a second end connectable to the medical apparatus; a first valve arranged in the first connecting line; a pump arranged in the second connecting line; and at least a liquid/air detector operating in the buffer chamber; characterized in that the connecting device further comprises: a control unit connected to the liquid/air detector, to the first valve, and to the pump, the control unit being connectable to the medical apparatus and being programmed to perform the following operations: a control unit connected to the liquid/air detector, to the first valve, and to the pump, the control unit being connectable to the medical apparatus and being programmed to perform the following operations: receiving data for recognising whether the medical apparatus is in a predetermined operating mode; closing the first valve if the medical apparatus is found to be in the predetermined operating mode; signalling an anomalous situation if, while the medical apparatus is in the predetermined operating mode, the liquid/air detector finds liquid in the buffer chamber above a predetermined level.
Electric conductor comprising a plurality of strands extending between two ends, each of the strands having at its surface a layer of electrical insulator, the strands being electrically connected in parallel at each end of the electric conductor, the strands being arranged around at least one tube, forming a core, the tube having a coolant passing through it, characterized in that the tube is made of an electrically insulating material, and in that the exterior surface of the tube and the strands are impregnated with a paste that is electrically insulating and has a thermal conductivity higher than 0.2 W/mK in order to ensure good transfer of heat between the strands and the tube.