mhurhangee/ep-ind-claims huggingface dataset:
A safety joint comprising a plug with a cylindrical shape in which a passage is formed, a socket in which a passage continuing to the passage in the plug is formed, and a shut off valve mounted on the passage in the socket, the shut off valve opening when the plug being inserted into the socket and closing when the plug being disconnected therefrom, wherein central axes of the passages of the plug and the socket do not form a straight line, characterised in that the safety joint further comprises a cover for protecting a valve rod mounted on the plug, wherein the cover surrounds an area from a portion near one end of the plug to another portion near another end of the plug in the central axis direction of the in-plug passage, and surrounds the valve rod, wherein the cover is attached to the plug, and surrounds a portion of the socket when the plug is inserted into the socket, and wherein the cover is connected to the plug such that the cover does not separate from the plug after the plug and the socket are separated from each other.
An anti-EphA3 antibody that clusters and activates EphA3 and competes with mAb IIIA4, which comprises a V H CDR1 sequence SYWIN, a V H CDR2 sequence DIYPGSGNTNYDEKFKR, a V H CDR3 sequence SGYYEDFDS, a V L CDR1 sequence RASQEISGYLG, a V L CDR2 sequence AASTLDS, and a V L CDR3 sequence VQYANYPYT, for binding to EphA3 for use in a method of inhibiting growth of a solid tumor that expresses EphA3 on the tumor vasculature and does not express EphA3 on tumor cells, the method comprising administering to a subject said anti-EphA3 antibody, wherein the antibody has a human Fc region that clusters EphA3 and/or is a multivalent antibody.
An alkaline liquid laundry detergent composition comprising at least 1 wt% triethanolamine, at least 5 wt% non-soap surfactant and at least 0.5 wt% of a polyester according to the following formula wherein R1 and R2 independently of one another are X-(OC2H4)n-(OC3H6)m wherein X is C 1-4 alkyl, the -(OC2H4) groups and the -(OC3H6) groups are arranged blockwise and the block consisting of the -(OC3H6) groups is bound to a COO group, n is based on a molar average a number of from 40 to 50, m is based on a molar average a number of from 2 to 5, and a is based on a molar average a number of from 6 to 7. n is based on a molar average a number of from 40 to 50, m is based on a molar average a number of from 2 to 5, and a is based on a molar average a number of from 6 to 7.
Membrane-electrode assembly comprising at least one barrier layer (4, 4'), wherein the at least one barrier layer (4, 4') is positioned between a catalyst layer (5, 5') and a gas diffusion layer (1, 1') or catalyst-coated membrane comprising an ionomer membrane, two catalyst layers (5, 5') and at least one barrier layer, wherein the at least one barrier layer is positioned on at least one of the catalyst layers (5, 5'), wherein said barrier layer (4, 4') comprises electrically conductive ceramic material and a non-ionomeric polymer binder, - wherein the at least one barrier layer extends over the whole area being covered by the catalyst layer and being accessible to reaction gases, - wherein the electrically conductive ceramic material has an electrical conductivity of > 0.1 S/cm in air atmosphere (detected by the powder method), - wherein the electrically conductive ceramic material has a high acid stability showing a solubility of < 10 -3 mol/l upon acidic treatment in 1 M H 2 SO 4 at 90°C, and wherein the non-ionomeric polymer binder is selected from the group of polytetrafluoroethylene (PTFE), ethylene/tetrafluoroethylene copolymers (ETFE), fluorinated ethylene/propylene copolymers, tetrafluoroethylene/perfluoroalkoxyvinyl copolymers, polyvinylidene fluoride (PVDF), vinylidene fluoride copolymers, tetrafluoroethylene/hexafluoropropylene/vinylidene fluoride terpolymers, perfluoro rubbers, glassy amorphous fluoropolymers and mixtures and combinations thereof. - wherein the at least one barrier layer extends over the whole area being covered by the catalyst layer and being accessible to reaction gases, - wherein the electrically conductive ceramic material has an electrical conductivity of > 0.1 S/cm in air atmosphere (detected by the powder method), - wherein the electrically conductive ceramic material has a high acid stability showing a solubility of < 10 -3 mol/l upon acidic treatment in 1 M H 2 SO 4 at 90°C, and
A method for storing files in a fire detection system, a fire suppression system or a combination fire detection and suppression system, the method comprising: a master module determining available memory on slave units, wherein the slave units are for tasks related to fire detection, fire notification, or fire suppression; the master module instructing the slave units to store new files to the available memory; and the master module reading the files stored to the slave units. a master module determining available memory on slave units, wherein the slave units are for tasks related to fire detection, fire notification, or fire suppression; the master module instructing the slave units to store new files to the available memory; and the master module reading the files stored to the slave units.
Gear of a steering system having a radially movable floating bearing for a shaft, the floating bearing having a bush or an outer ring and a swivelling bush, the swivelling bush having an inner ring, a supporting ring which surrounds the inner ring, and a gap between the inner ring and the supporting ring, the bush or the outer ring being held in the inner ring of the swivelling bush, and the swivelling bush being arranged in a seat of a frame or housing of the gear, characterized in that the inner ring is connected via a single supporting element to the supporting ring, and the supporting element is manufactured from a material with elastomeric behaviour, and in that the supporting element is configured as a pivot bearing with a pivot axis which runs approximately parallel to the longitudinal axis of the shaft.
A frame timing synchronization method, wherein the method comprises: receiving, by a first node, transmission timing information sent by a second node, wherein the transmission timing information comprises a first network timing advance and a timing offset, wherein the configuration granularity of the timing offset is an integer multiple of T c, T c = 1/(480 * 10 3 * 4096)s, wherein the configuration granularity of the timing offset in an FR1 frequency band is different from the configuration granularity of the timing offset in an FR2 frequency band; and determining, by the first node, frame timing of the first node based on the first network timing advance and the timing offset, wherein the frame timing comprises a downlink frame sending time and/or an uplink frame receiving time of the first node; and the second node is an upper-level node of the first node. receiving, by a first node, transmission timing information sent by a second node, wherein the transmission timing information comprises a first network timing advance and a timing offset, wherein the configuration granularity of the timing offset is an integer multiple of T c, T c = 1/(480 * 10 3 * 4096)s, wherein the configuration granularity of the timing offset in an FR1 frequency band is different from the configuration granularity of the timing offset in an FR2 frequency band; and determining, by the first node, frame timing of the first node based on the first network timing advance and the timing offset, wherein the frame timing comprises a downlink frame sending time and/or an uplink frame receiving time of the first node; and the second node is an upper-level node of the first node.
A variable geometry vane system for a vane stage of an axial flow turbomachine, comprising: a plurality of vanes, wherein each vane has a vane axis of rotation substantially perpendicular to the axis of rotation of the axial flow turbomachine and is configured to rotate, at least in part, about the vane axis of rotation; and a driven member configured, that when rotated, to impart rotation of at least part (72, 74) of the vane about the vane axis of rotation; a flowpath wall portion configured to rotate about an axis of rotation of the turbomachine, a linear actuator coupled to the flowpath wall portion and configured to impart rotation to the flowpath wall portion about the axis of rotation of the axial flow turbomachine, wherein a driving member is configured to engage the driven member and configured to impart rotation to the driven member upon rotation of the flowpath wall portion, under the action of the linear actuator, about the axis of rotation of the axial flow turbomachine, and wherein:each vane has its own driven member; the flowpath wall portion has the driving member, wherein the driving member is configured to drive the driven members for all of the vanes; the driving member is a gear; and the driven member is a gear. a plurality of vanes, wherein each vane has a vane axis of rotation substantially perpendicular to the axis of rotation of the axial flow turbomachine and is configured to rotate, at least in part, about the vane axis of rotation; and a driven member configured, that when rotated, to impart rotation of at least part (72, 74) of the vane about the vane axis of rotation; a flowpath wall portion configured to rotate about an axis of rotation of the turbomachine, a linear actuator coupled to the flowpath wall portion and configured to impart rotation to the flowpath wall portion about the axis of rotation of the axial flow turbomachine, wherein a driving member is configured to engage the driven member and configured to impart rotation to the driven member upon rotation of the flowpath wall portion, under the action of the linear actuator, about the axis of rotation of the axial flow turbomachine, and wherein:each vane has its own driven member; the flowpath wall portion has the driving member, wherein the driving member is configured to drive the driven members for all of the vanes; the driving member is a gear; and the driven member is a gear.
A sampling arrangement for sampling from a reactor, the sampling arrangement comprising a gas inlet, a solvent inlet, a solvent compartment, one or more multiple-position valves, a sampling compartment, and an outlet, wherein in a first operational mode the one or more multiple-position valves are configured to provide: fluid contact between the solvent inlet and the solvent compartment; fluid contact between the reactor and the sampling compartment; and fluid separation between the solvent compartment and the sampling compartment; the sampling arrangement characterized in that in a second operational mode the one or more multiple-position valves are configured to provide: fluid contact between the gas inlet, the solvent compartment, the sampling compartment, and the outlet. fluid contact between the solvent inlet and the solvent compartment; fluid contact between the reactor and the sampling compartment; and fluid separation between the solvent compartment and the sampling compartment; the sampling arrangement characterized in that in a second operational mode the one or more multiple-position valves are configured to provide: fluid contact between the gas inlet, the solvent compartment, the sampling compartment, and the outlet.
A composition comprising a compound having the following structure: wherein each R is independently hydrogen, C 1 to C 20 alkyl group, C 3 to C 20 carbocyclic group, C 1 to C 20 heterocyclic group, carboxylic acid group, ester group, amide group, hydroxy group or ether group; wherein, optionally, adjacent R groups form a C 3 to C 20 carbocyclic ring or heterocyclic ring; wherein each is independently a C 5 to C 20 carbocyclic ring system or C 2 to C 20 heterocyclic ring system, wherein the ring system comprises one or more rings; wherein at least one ring system has at least one solubilizing group selected from sulfonic acid group, sulfonate salt group, phosphonic acid group, phosphonate salt group, and polyethylene glycol group; wherein, optionally, the ring system has a targeting group; and wherein n is 1 to 5 for use in a reversing drug-induced neuromuscular block and/or anesthesia in an individual in need of reversal of neuromuscular block and/or anesthesia. wherein each R is independently hydrogen, C 1 to C 20 alkyl group, C 3 to C 20 carbocyclic group, C 1 to C 20 heterocyclic group, carboxylic acid group, ester group, amide group, hydroxy group or ether group; wherein, optionally, adjacent R groups form a C 3 to C 20 carbocyclic ring or heterocyclic ring; wherein each is independently a C 5 to C 20 carbocyclic ring system or C 2 to C 20 heterocyclic ring system, wherein the ring system comprises one or more rings; wherein at least one ring system has at least one solubilizing group selected from sulfonic acid group, sulfonate salt group, phosphonic acid group, phosphonate salt group, and polyethylene glycol group; wherein, optionally, the ring system has a targeting group; and wherein n is 1 to 5 for use in a reversing drug-induced neuromuscular block and/or anesthesia in an individual in need of reversal of neuromuscular block and/or anesthesia.
A fluid ejection device (12/12'/12"), comprising: a fluid chamber having a first sidewall and a second sidewall; a continuous flexible membrane extended over the fluid chamber and supported at an end of the first sidewall and an end of the second sidewall so that the flexible membrane is in contact with at least part of each of the first and second sidewalls; an actuator provided on the flexible membrane, the actuator adapted to deflect the flexible membrane relative to the fluid chamber; a first gap (150/150') provided between the flexible membrane and the end of the first sidewall, and a second gap provided (150/150') between the flexible membrane and the end of the second sidewall, the first and second gaps (150, 150') also being adjacent the fluid chamber; compliant material provided within the first gap and within the second gap, so that it seals off the first and second gaps (150, 150') from the fluid chamber; a first support (128/138) extended from one of the flexible membrane and the end of the first sidewall, and a second support (128/138) extended from one of the flexible membrane and the end of the second sidewall, wherein the flexible membrane is supported at the end of the first sidewall by the first support and at the end of the second sidewall by the second support, and wherein the first gap is provided between the flexible membrane and the end of the first sidewall adjacent the first support, and the second gap is provided between the flexible membrane and the end of the second sidewall adjacent the second support. a fluid chamber having a first sidewall and a second sidewall; a continuous flexible membrane extended over the fluid chamber and supported at an end of the first sidewall and an end of the second sidewall so that the flexible membrane is in contact with at least part of each of the first and second sidewalls; an actuator provided on the flexible membrane, the actuator adapted to deflect the flexible membrane relative to the fluid chamber; a first gap (150/150') provided between the flexible membrane and the end of the first sidewall, and a second gap provided (150/150') between the flexible membrane and the end of the second sidewall, the first and second gaps (150, 150') also being adjacent the fluid chamber; compliant material provided within the first gap and within the second gap, so that it seals off the first and second gaps (150, 150') from the fluid chamber; a first support (128/138) extended from one of the flexible membrane and the end of the first sidewall, and a second support (128/138) extended from one of the flexible membrane and the end of the second sidewall, wherein the flexible membrane is supported at the end of the first sidewall by the first support and at the end of the second sidewall by the second support, and wherein the first gap is provided between the flexible membrane and the end of the first sidewall adjacent the first support, and the second gap is provided between the flexible membrane and the end of the second sidewall adjacent the second support.
A composed material comprising rice husk with or without thermal treatment, binder modified with multiple-layer carbon nanotubes, water, and cement, the binder being one polymeric resin.
A connector system comprising a plug portion and a receiving portion, wherein: the plug portion comprises: a tube having a resilient retention portion at a forward end of the tube; a sealing member distal from the resilient retention portion; and an orientation plate connected to the tube; and the receiving portion comprises: a hole through the receiving portion, wherein the hole has a diameter smaller than a largest diameter of the resilient retention portion; a shoulder on one side of the receiving portion configured to cooperate with the retention portion to fix the axial position of the plug portion in the receiving portion; and a recess on an opposite side of the receiving portion; characterized in that the orientation plate is rigidly connected to the tube and can be placed in the recess of the receiving portion in a plurality of angular orientations and is configured to be placed in the recess of the receiving portion in one of the plurality of angular orientations and to fix the rotational orientation of the plug portion with respect to the receiving portion. the plug portion comprises: a tube having a resilient retention portion at a forward end of the tube; a sealing member distal from the resilient retention portion; and an orientation plate connected to the tube; and a tube having a resilient retention portion at a forward end of the tube; a sealing member distal from the resilient retention portion; and an orientation plate connected to the tube; and the receiving portion comprises: a hole through the receiving portion, wherein the hole has a diameter smaller than a largest diameter of the resilient retention portion; a shoulder on one side of the receiving portion configured to cooperate with the retention portion to fix the axial position of the plug portion in the receiving portion; and a recess on an opposite side of the receiving portion; a hole through the receiving portion, wherein the hole has a diameter smaller than a largest diameter of the resilient retention portion; a shoulder on one side of the receiving portion configured to cooperate with the retention portion to fix the axial position of the plug portion in the receiving portion; and a recess on an opposite side of the receiving portion; characterized in that the orientation plate is rigidly connected to the tube and can be placed in the recess of the receiving portion in a plurality of angular orientations and is configured to be placed in the recess of the receiving portion in one of the plurality of angular orientations and to fix the rotational orientation of the plug portion with respect to the receiving portion.
An after-use safety system for a syringe, this system comprising: - a barrel, which defines a central axis along which it can move in translation and which comprises a radial opening forming a guidance path for a pin, - an immobilizer, which is arranged inside the barrel and which comprises the pin interacting with the barrel, and - a return spring, configured to elastically load the barrel forwards with respect to the immobilizer, characterized in that: - the immobilizer comprises a radial stopping means for immobilizing the barrel along one axis radial to the central axis when the barrel is forced towards the rear after use of the syringe, - the pin comprises a recess at least partially covered by the radial stopping means and in that this recess is dimensioned to receive a portion of the barrel when the barrel is forced toward the rear after use of the syringe, and - the walls (124a, 124b, 124c) of the recess comprise two oblique faces (124a, 124b) that converge one toward the other, preferably symmetrically, in the forward direction. - a barrel, which defines a central axis along which it can move in translation and which comprises a radial opening forming a guidance path for a pin, - an immobilizer, which is arranged inside the barrel and which comprises the pin interacting with the barrel, and - a return spring, configured to elastically load the barrel forwards with respect to the immobilizer, - the immobilizer comprises a radial stopping means for immobilizing the barrel along one axis radial to the central axis when the barrel is forced towards the rear after use of the syringe, - the pin comprises a recess at least partially covered by the radial stopping means and in that this recess is dimensioned to receive a portion of the barrel when the barrel is forced toward the rear after use of the syringe, and - the walls (124a, 124b, 124c) of the recess comprise two oblique faces (124a, 124b) that converge one toward the other, preferably symmetrically, in the forward direction.
A running wheel, for a patient positioning device, having a wheel, and having a receiving device for the rotatable receiving of the wheel around a first rotational axis, which is arranged centrally with respect to a circumference of the wheel, wherein the wheel has a wheel body, and multiple circumferential castors, each having a second rotational axis arranged in a direction tangential to a circumference of the wheel, wherein the circumferential castors are embodied in such a manner that they form the sections of a bearing surface of the wheel, said running wheel has a brake mechanism, which is designed to lock a rotation of the circumferential castors around the second rotational axes the receiving device has a housing, and the brake mechanism has a brake disk having a brake element, characterised in that the brake disk can be rotated around the first rotary axis with respect to the housing, the brake disk can be rotated from an idle position to a locking position with respect to the wheel body, the braking element is designed to allow the circumferential castors to rotate freely in the idle position, and to generate a locking contact with the circumferential castors in the locking position.
Compressor installation provided with a liquid-injected compressor device with at least one liquid-injected compressor element, an outlet pipe connected to an outlet of the compressor element, whereby a liquid separator is mounted in the outlet pipe which comprises an inlet and an outlet for compressed gas and an outlet for separated liquid and with a dryer connected to said outlet pipe of the type that uses a desiccant for drying compressed gas coming from the compressor device, whereby the dryer is provided with a drying section and a regeneration section with an entry and an exit for regeneration gas, whereby a regeneration pipe is connected to the entry of the regeneration section and whereby a heat exchanger is provided in said regeneration pipe for heating the regeneration gas with a primary section through which the regeneration gas is guided, characterised in that a secondary section of said heat exchanger is mounted in the compressor device and that the compressor installation is further provided with means to regulate the amount of liquid injected in the compressor element.