mhurhangee/ep-ind-claims huggingface dataset:
A hybrid device comprising: an electrolysis cell stack device comprising an electrolysis cell stack, the electrolysis cell stack comprising a plurality of electrolysis cells that generate a hydrogen-containing gas from a water vapor-containing gas; a fuel cell stack device disposed adjacent to the electrolysis cell stack device and comprising a fuel cell stack, the fuel cell stack comprising a plurality of fuel cells; and a vaporizer for generating the water vapor-containing gas to be supplied to the electrolysis cell stack device, wherein the hybrid device is configured such that at least a portion of the hydrogen-containing gas generated by the electrolysis cell stack device is supplied to the fuel cell stack device, and the vaporizer is disposed in a middle portion of the fuel cell stack in an arrangement direction of the fuel cells and is disposed at a side of the fuel cell stack in the arrangement direction of the fuel cells, the side being a side adjacent to the electrolysis cell stack device. an electrolysis cell stack device comprising an electrolysis cell stack, the electrolysis cell stack comprising a plurality of electrolysis cells that generate a hydrogen-containing gas from a water vapor-containing gas; a fuel cell stack device disposed adjacent to the electrolysis cell stack device and comprising a fuel cell stack, the fuel cell stack comprising a plurality of fuel cells; and a vaporizer for generating the water vapor-containing gas to be supplied to the electrolysis cell stack device, wherein the hybrid device is configured such that at least a portion of the hydrogen-containing gas generated by the electrolysis cell stack device is supplied to the fuel cell stack device, and the vaporizer is disposed in a middle portion of the fuel cell stack in an arrangement direction of the fuel cells and is disposed at a side of the fuel cell stack in the arrangement direction of the fuel cells, the side being a side adjacent to the electrolysis cell stack device.
A system for bone fixation, comprising: a flexible fastener having an external thread; and a wire having a distal end portion with a preformed longitudinal curvature; and a guide including a graspable handle attached or attachable to the wire such that the preformed longitudinal curvature is in a direction indicated by the handle; wherein the wire is extendable through the fastener and configured to be advanced longitudinally, while extending through the fastener, such that the distal end portion of the wire penetrates bone ahead of a leading end of the fastener and creates a curved travel path for the leading end of the fastener. a flexible fastener having an external thread; and a wire having a distal end portion with a preformed longitudinal curvature; and a guide including a graspable handle attached or attachable to the wire such that the preformed longitudinal curvature is in a direction indicated by the handle;
A safety syringe comprising: a barrel having a distal and proximal ends; a plunger sealingly slidable within the barrel; a hollow needle attached to the distal end of the barrel; the safety syringe is characterized by a collar having proximal and distal ends and an elongate generally tubular needle shield moveable over the barrel, said elongate generally tubular needle shield having a proximal end, a distal end, a lumen therebetween, and a longitudinal axis, wherein the hollow needle is attached to the barrel via a generally tubular needle hub integrally formed with the distal end of the barrel, said generally tubular needle hub having disposed about its external surface a plurality of ribs adapted to join the collar to the generally tubular needle hub; wherein each rib of the plurality of ribs includes an at least partially relieved proximal region to provide a region adapted to be readily frangible when the elongate generally tubular needle shield is positioned distal of the barrel and subjected to a lateral force applied thereto distal of the barrel; further wherein the collar is adapted to be slidably received within the elongate generally tubular needle shield and wherein the collar comprises means for preventing withdrawal proximally from the tubular needle shield. a barrel having a distal and proximal ends; a plunger sealingly slidable within the barrel; a hollow needle attached to the distal end of the barrel; the safety syringe is characterized by a collar having proximal and distal ends and an elongate generally tubular needle shield moveable over the barrel, said elongate generally tubular needle shield having a proximal end, a distal end, a lumen therebetween, and a longitudinal axis, wherein the hollow needle is attached to the barrel via a generally tubular needle hub integrally formed with the distal end of the barrel, said generally tubular needle hub having disposed about its external surface a plurality of ribs adapted to join the collar to the generally tubular needle hub; wherein each rib of the plurality of ribs includes an at least partially relieved proximal region to provide a region adapted to be readily frangible when the elongate generally tubular needle shield is positioned distal of the barrel and subjected to a lateral force applied thereto distal of the barrel; further wherein the collar is adapted to be slidably received within the elongate generally tubular needle shield and wherein the collar comprises means for preventing withdrawal proximally from the tubular needle shield.
A method for handling piece goods moved one after another, in which the piece goods being moved each directly following one another without any spacing in at least two parallel rows are each being transported as closed formations in a transport direction, - in which in each case at least one piece good from one of the at least two closed formations is seized in a clamping and/or force-locking and/or form-locking manner via precisely one manipulator as a function of a respective supply situation, is spatially separated from the respective closed formation and is brought by the precisely one manipulator into a respective defined relative target position and/or target alignment with respect to subsequent piece goods of the closed formation, in which several times in succession via the precisely one manipulator in each case at least one transported piece good is spatially separated from one of the closed formations and is being brought into a respective defined target position and/or target alignment in relation to subsequent piece goods, as a result of which a pre-grouping for a palletizable layer is formed from a plurality of piece goods. - whereby the corresponding piece goods are brought into their respective target position and/or target alignment in several successive method steps, characterised in that - within the course of the formation of the pre-grouping for a palletizable layer, a rotation of the piece goods seized by the manipulator takes place in at least one method step. - in which in each case at least one piece good from one of the at least two closed formations is seized in a clamping and/or force-locking and/or form-locking manner via precisely one manipulator as a function of a respective supply situation, is spatially separated from the respective closed formation and is brought by the precisely one manipulator into a respective defined relative target position and/or target alignment with respect to subsequent piece goods of the closed formation, in which several times in succession via the precisely one manipulator in each case at least one transported piece good is spatially separated from one of the closed formations and is being brought into a respective defined target position and/or target alignment in relation to subsequent piece goods, as a result of which a pre-grouping for a palletizable layer is formed from a plurality of piece goods. - whereby the corresponding piece goods are brought into their respective target position and/or target alignment in several successive method steps, characterised in that - within the course of the formation of the pre-grouping for a palletizable layer, a rotation of the piece goods seized by the manipulator takes place in at least one method step.
A process for preparing an alkenone corresponding to Formula: R1-C -C =C -OR2 wherein R1 represents a fluorinated C1-C4 alkyl group or R1 represents CF3C CH2; and R2 represents aryl, substituted aryl, or a C1-C10 alkyl group which is optionally substituted by at least one halogen atom, which comprises (a) reacting a carboxylic acid halide corresponding to Formula: R1-C X in which X represents fluorine, chlorine or bromine and R1 has the meaning given above with a vinyl ether corresponding to Formula: CH2=C -OR2 in which R2 has the meaning given above by introducing vinyl ether into a liquid reaction medium containing the carboxylic acid halide to form a halogenated precursor of the alkenone and (b) eliminating hydrogen halide from said precursor to form the alkenone.
A test adapter for checking a connector, in particular a USB connector and/or an RJ45 connector, having - a connector socket with electrical socket connections for electrically contacting the connector; - a test output with electrical test connections for electrically contacting a test device for the connector; and - a contact module and a fastening module as components which can be separated from one another; wherein - the socket connections of the connector socket are electrically connected to the test connections of the test output, - the connector socket is mounted in an unsoldered, unbonded and exchangeable manner on the test adapter; and - the fastening module is screwed to the contact module by means of at least one screw: characterized in that - the fastening module has at least one fastening module engagement and/or fastening module protrusion, by means of which it is detachably fastened to at least one contact module protrusion and/or contact module engagement of the contact module; and - the connector socket is clamped between the contact module and the fastening module. - a connector socket with electrical socket connections for electrically contacting the connector; - a test output with electrical test connections for electrically contacting a test device for the connector; and - a contact module and a fastening module as components which can be separated from one another; - the socket connections of the connector socket are electrically connected to the test connections of the test output, - the connector socket is mounted in an unsoldered, unbonded and exchangeable manner on the test adapter; and - the fastening module is screwed to the contact module by means of at least one screw: characterized in that - the fastening module has at least one fastening module engagement and/or fastening module protrusion, by means of which it is detachably fastened to at least one contact module protrusion and/or contact module engagement of the contact module; and - the connector socket is clamped between the contact module and the fastening module.
An EGFR protein comprising one or more variance or mutation which confers responsiveness to tyrosine kinase inhibitor therapy when present in an individual affected with cancer, or which confers increased kinase activity on the EGFR, selected from: a. a substitution of cysteine for glycine at position 719 of SEQ ID. NO: 763 (G719C) or in a substitution of serine for glycine at codon 719 of SEQ. ID. NO: 511 (G719S); b. a deletion of at least amino acids leucine, arginine, glutamic acid and alanine at codons 747, 748, 749 and 750 of SEQ. ID. NO: 511; or c. an amino acid substitution of arginine for leucine at codon 858 of SEQ. ID. NO: 511 (L858R) or of glutamine for leucine at codon 861 of SEQ. ID. NO: 511 (L861Q). a. a substitution of cysteine for glycine at position 719 of SEQ ID. NO: 763 (G719C) or in a substitution of serine for glycine at codon 719 of SEQ. ID. NO: 511 (G719S); b. a deletion of at least amino acids leucine, arginine, glutamic acid and alanine at codons 747, 748, 749 and 750 of SEQ. ID. NO: 511; or c. an amino acid substitution of arginine for leucine at codon 858 of SEQ. ID. NO: 511 (L858R) or of glutamine for leucine at codon 861 of SEQ. ID. NO: 511 (L861Q).
Electronic chip comprising at least: - an electronic circuit arranged on the side of a front face of a substrate; - a resistive element arranged on the side of a rear face of the substrate and directly in line with at least one part of the electronic circuit; - two electrically conductive vias passing through the substrate and extending between the front and rear faces (106, 114) of the substrate, each electrically connected to the electronic circuit and to one of at least two ends of the resistive element such that the value of the electrical resistance of the resistive element can be measured by the electronic circuit, and masked at least partially by the resistive element on the side of the rear face of the substrate; and a): further comprising a weakening structure formed of blind holes such that: - each of the blind holes passes through the rear face of the substrate and a part of the thickness of the substrate, - each of the blind holes comprises a section, at the rear face of the substrate, of shape and external dimensions substantially similar to those of each of the electrically conductive vias, and - in each of the blind holes, at least one portion of the substrate extends between the rear face of the substrate and a bottom wall of the blind hole and is masked by the resistive element on the side of the rear face of the substrate, and/or b): in which the resistive element comprises first and second parts (118, 122) spaced apart from each other, arranged at least partially one above the other such that the first part is arranged between the rear face of the substrate and the second part, electrically connected to each other, and together forming at least one coil pattern and/or several alternating patterns, intermingled patterns, wound up patterns, or intertwined patterns. - an electronic circuit arranged on the side of a front face of a substrate; - a resistive element arranged on the side of a rear face of the substrate and directly in line with at least one part of the electronic circuit; - two electrically conductive vias passing through the substrate and extending between the front and rear faces (106, 114) of the substrate, each electrically connected to the electronic circuit and to one of at least two ends of the resistive element such that the value of the electrical resistance of the resistive element can be measured by the electronic circuit, and masked at least partially by the resistive element on the side of the rear face of the substrate; - each of the blind holes passes through the rear face of the substrate and a part of the thickness of the substrate, - each of the blind holes comprises a section, at the rear face of the substrate, of shape and external dimensions substantially similar to those of each of the electrically conductive vias, and - in each of the blind holes, at least one portion of the substrate extends between the rear face of the substrate and a bottom wall of the blind hole and is masked by the resistive element on the side of the rear face of the substrate,
A composition comprising a combination of agents for use in a method for inhibiting hypoxia induced damage in a kidney by suppressing the expression and/or function of RHOB and TACR1 and / or inhibiting the function of proteins encoded by RHOB and TACR1, wherein at least one agent is capable of suppressing the expression and/or function of RHOB, wherein at least one agent is capable of suppressing the expression and/or function of TACR1, wherein the combination of agents are delivered to the kidney, wherein the kidney is present in the individual, and wherein the combination of agents are selected from: L-733,060 for suppressing the function of a protein encoded by TACR1, and polynucleotides capable of suppressing expression of RHOB or TACR1 by RNA interference (RNAi). L-733,060 for suppressing the function of a protein encoded by TACR1, and polynucleotides capable of suppressing expression of RHOB or TACR1 by RNA interference (RNAi).
Flexible hinge for spectacles, comprising a female component mutually articulated with a male component (1, 1', 2), said latter one having at least a housing body, forming a sliding cavity, arid a carriage slidable in said housing cavity, generally U-shaped and provided with two terminal eyelet-shaped heads defining a hinge axis, an elastic element being furthermore provided, arranged longitudinally and constrained between a distal-end base of the carriage and retaining means (5, 10) to be coupled with said sliding cavity and apt to produce an elastic reaction which opposes the withdrawal of said carriage from the housing (1, 1'), characterised in that said carriage is shaped according to two U-shaped structures (2e, 2d), each one comprising two parallel bars, connected in said distal-end base of the carriage and to said two eyelet-shaped heads, said U-shaped structures (2e, 2d) being combined on the same main portion of the carriage body so as to arrange said parallel bars along four longitudinal corner edges of the carriage and thereby forming longitudinally-elongated, lateral, upper and lower openings wherein the length of said longitudinal elongated openings is at least equal to the length of the elastic means and the height is such as to define four longitudinal support lines for said elastic means which are mutually radially set apart by at least 15°, preferably at least 40°.
A method for producing a film comprising at least two layers comprising at least one polyvinyl actetal and at least one plasticiser by - providing at least one melt comprising a mixture of at least one polyvinyl actetal and at least one plasticiser - coating the at least one melt in form of at least two strings parallel and adjacent to each other on a surface to obtain a first layer, wherein the strings are coated at a temperature where they fuse with each other - coating the at least one melt in form of at least two strings parallel and adjacent to each other on the first layer to obtain a second layer, wherein the strings are coated at a temperature where they fuse with each other and with the adjacent layer; wherein the strings are produced from the melt by extrusion or 3D printing technique and wherein the film is not extruded in its final shape and thickness. - providing at least one melt comprising a mixture of at least one polyvinyl actetal and at least one plasticiser - coating the at least one melt in form of at least two strings parallel and adjacent to each other on a surface to obtain a first layer, wherein the strings are coated at a temperature where they fuse with each other - coating the at least one melt in form of at least two strings parallel and adjacent to each other on the first layer to obtain a second layer, wherein the strings are coated at a temperature where they fuse with each other and with the adjacent layer;
A machine for unloading and positioning rails on crossties in railway tracks, formed by means of a gantry suitable for resting and moving on the ground with the collaboration of a pair of side caterpillar tracks, the gantry having side branches supported on the caterpillar tracks that, in use, are adapted for framing a platform for the location of the crossties, said gantry incorporating a pair of adjustable clamps (8, 8'), with a position which can be regulated both longitudinally and in terms of their mutual separation, intended to secure respective rails on the loading platform of a rail carrier train or similar, and to deposit them on the platform in the definitive assembly or fixing position for said rails, characterized in that each adjustable clamp (8, 8') is provided with arms for holding the rail by its core with the collaboration of a double-acting hydraulic cylinder which connects and, in use, actuates the clamp arms, wherein each clamp (8, 8') is adjustable in a side direction through another double-acting hydraulic cylinder to adapt its position to different track gauges with respect to the side branch of the gantry, and wherein each clamp (8, 8') is movable in a vertical direction with the collaboration of a support and wherein the position of each clamp (8, 8') can be adjusted in height by means of a threaded sector and a nut and counternut locking system, for securing both rails of a rail carrier train which transport them, dragging them, in use, onto the crossties, in the definitive assembly position or fixing.
A method, comprising: by a wireless device: establishing a wireless link with a cellular base station that provides a master cell group, MCG, for the wireless device; establishing an additional wireless link with a second cellular base station that provides a secondary cell group, SCG, for the wireless device, wherein the SCG includes a primary secondary cell, PSCell; receiving an indication to deactivate the SCG; receiving a radio link monitoring, RLM, or beam failure detection, BFD, reference signal to perform RLM or BFD on the SCG while the SCG is deactivated; receiving an additional indication to activate the SCG without performing a random access channel, RACH, procedure on the SCG; determining quasi-co-located, QCL, information for a physical downlink control channel, PDCCH, of the SCG using the RLM or BFD reference signal; and performing PDCCH decoding for the PDCCH of the SCG based at least in part on the determined QCL information for the PDCCH of the SCG. establishing a wireless link with a cellular base station that provides a master cell group, MCG, for the wireless device; establishing an additional wireless link with a second cellular base station that provides a secondary cell group, SCG, for the wireless device, wherein the SCG includes a primary secondary cell, PSCell; receiving an indication to deactivate the SCG; receiving a radio link monitoring, RLM, or beam failure detection, BFD, reference signal to perform RLM or BFD on the SCG while the SCG is deactivated; receiving an additional indication to activate the SCG without performing a random access channel, RACH, procedure on the SCG; determining quasi-co-located, QCL, information for a physical downlink control channel, PDCCH, of the SCG using the RLM or BFD reference signal; and performing PDCCH decoding for the PDCCH of the SCG based at least in part on the determined QCL information for the PDCCH of the SCG.
Air conditioning unit comprising a primary air intake pipe connected to the inlet of a first venturi-type device, the suction of which communicates with a first secondary air intake pipe, the outlet of the first venturi-type device communicating with the inlet of a second venturi-type device whereof the suction is connected to a second secondary air intake pipe comprising a main heat exchanger, the first venturi-type device comprising a primary air inlet nozzle comprising a diameter restriction at its free end, said free end opening into a suction chamber communicating with the first secondary air intake pipe, said suction chamber comprising an outlet orifice opposite the outlet of said inlet nozzle, said outlet orifice communicating with the inlet of the second venturi-type device, characterized in that the second venturi-type device comprises an intake chamber, said intake chamber having a section at least twice as large as the outlet orifice of the suction chamber.