mhurhangee/ep-ind-claims huggingface dataset:
A needle-free injection device comprising: an outer housing; an inner housing, receiving a needle-free syringe in one end, the inner housing being moveable within the outer housing between a syringe loading position and a firing position; an activation button operatively associated with the inner and outer housing; a hammer within the inner housing communicating with a plunger within the needle-free syringe; a release mechanism engaged by the activation button to release stored energy to power the hammer, wherein the activation button can only engage the release mechanism when the housing is in the firing position, characterized by a housing lock engaged by the activation button to prohibit movement of the inner housing from the syringe loading position to the firing position when the activation button is activated in the syringe loading position. an outer housing; an inner housing, receiving a needle-free syringe in one end, the inner housing being moveable within the outer housing between a syringe loading position and a firing position; an activation button operatively associated with the inner and outer housing; a hammer within the inner housing communicating with a plunger within the needle-free syringe; a release mechanism engaged by the activation button to release stored energy to power the hammer, wherein the activation button can only engage the release mechanism when the housing is in the firing position, characterized by a housing lock engaged by the activation button to prohibit movement of the inner housing from the syringe loading position to the firing position when the activation button is activated in the syringe loading position.
A rotor for a supercharging device, in particular for an exhaust gas turbocharger, having a shaft carrying a turbine wheel and a compressor wheel, wherein for connecting in particular the turbine wheel to the shaft at least between the same and the shaft at least one porous metallic or ceramic intermediate piece is provided, which is connected to the turbine wheel and/or the shaft via an infiltration process, characterized in that the intermediate piece is sintered onto the turbine wheel or onto the shaft and integrated in a back of the turbine wheel.
A method for managing the continuity of the electrical supply of an electric equipment, the method relying on an electric power stocking module and a gaseous fuel electrochemical generating unit, characterized in that the electrical supply of the electric equipment is provided in priority by an intermittent electric power source and in that it comprises the steps of: supplying (E2-E3-E4) by the source the equipment, the electric power stocking module and the electrochemical generating unit for producing and stocking fuel in the electrochemical generating unit when the power of the source exceeds the operation power of the equipment and the power of the electric power stocking module is at a first power threshold (P3M), and destocking (E7-E8-E9) the fuel in the electrochemical generating unit, supplying (E7-EC) the equipment by the electrochemical generating unit and charging the electric power stocking module by the electrochemical generating unit as soon as the power of the electric power stocking module is at a second power threshold (P3m) being lower than the first threshold and until the power of the electric power stocking module charged by the electrochemical generating unit reaches the first power threshold (P3M).
A method of treating natural latex comprising: contacting an un-vulcanized natural latex with aluminium hydroxide and a surfactant; and removing at least a portion of the aluminium hydroxide and any antigenic protein that has associated with and/or bound to the aluminium hydroxide from the natural latex composition.
An additive manufacturing apparatus comprising: - a container (501,502,507) for holding a radiation-curable liquid, - a build platform having a build surface for holding a product being manufactured during a manufacturing process, the build platform being movable relative to the container in a predetermined direction, and - a radiation source for providing hardening radiation to selectively solidify radiation-curable liquid in the container by exposure to form the product, wherein - the container comprises an interior floor having a flexible floor part maintainable in a planar configuration in which the flexible floor part is planar; - the container is configured to hold the radiation-curable liquid in contact with the interior floor and to confine it by a container wall (501,502); characterized in that the container wall (501,502) comprises at least one flexible wall section arranged to move intactly with the flexible floor part; - the manufacturing apparatus comprises a deformation system (505,503,903,1072,1073,1171) configured to cause a displacement of at least a part of the flexible floor part in a direction having a component normal to and pointing away from the build surface of the build platform thereby releasing at least a part of the product at the displaced part of the flexible floor part; and wherein the deformation system (505,503,903,1072,1073,1171) is configured to cause a gradual displacement consisting of a localized bend that spans a width of the flexible floor part and is caused to travel along the length of said floor by the deformation system. - a container (501,502,507) for holding a radiation-curable liquid, - a build platform having a build surface for holding a product being manufactured during a manufacturing process, the build platform being movable relative to the container in a predetermined direction, and - a radiation source for providing hardening radiation to selectively solidify radiation-curable liquid in the container by exposure to form the product, - the container comprises an interior floor having a flexible floor part maintainable in a planar configuration in which the flexible floor part is planar; - the container is configured to hold the radiation-curable liquid in contact with the interior floor and to confine it by a container wall (501,502); characterized in that the container wall (501,502) comprises at least one flexible wall section arranged to move intactly with the flexible floor part; - the manufacturing apparatus comprises a deformation system (505,503,903,1072,1073,1171) configured to cause a displacement of at least a part of the flexible floor part in a direction having a component normal to and pointing away from the build surface of the build platform thereby releasing at least a part of the product at the displaced part of the flexible floor part; and
A method for managing the thermal contraction of a superconducting cable including a cable body surrounded by an outer shield made up of mechanically strong metal wires or strips wound with a certain pitch and installed between its ends in an enclosure or cryostat filled with a cryogenic fluid, characterized in that it consists of mechanically applying a radial blocking force only of said shield in a so-called blocking location (5A, 5B) near said end of the cable, said radial blocking force not stressing said cable body, the pitch of said wires or said strips remaining constant despite a constant resultant contraction force tending to tighten these wound wires or strips and decrease their winding pitch between the two ends of the cable, a radial pressure on all of the other elements or layers of the superconducting cable making up the cable body blocking them and preventing any longitudinal movement due to the thermal contraction of the cable.
Drill bit for the chiselling of rock, having an impact face at an insertion end, a hollow shank, within which a delivery passage is provided, a drill head, which has, at a front end, three or more cutting edges and one or more intake openings, and within which there are arranged intake passages that connect the intake openings to the delivery passage, characterized in that, in at least one of the intake passages, a first portion of the intake passage adjoining the intake opening has a first inclination with respect to the drill bit axis and a second portion of the intake passage adjoining the hollow shank has a second inclination with respect to the drill bit axis, and the second inclination is greater than the first inclination.
Silica-containing rubber mixture produced from at least one rubber, from a sulphur-containing alkoxysilane, from a crosslinking agent, from a filler, and optionally from further rubber auxiliaries, characterized in that the said mixture comprises from 0.1 to 15 parts by weight, based on 100 parts by weight of rubber used, of a silicon-free polysulphide additive of the formula A-S- x -S-B in which x is 0, 1, 2, 3 or 4, A and B are a -CH 2 CH 2 COOCH 3 moiety, or A and B are a -CH 2 COOCH 3 moiety, or if x is 1, 2, 3 or 4, A and B are a moiety. in which x is 0, 1, 2, 3 or 4, A and B are a -CH 2 CH 2 COOCH 3 moiety, or A and B are a -CH 2 COOCH 3 moiety, or if x is 1, 2, 3 or 4, A and B are a moiety.
Anchoring system for false ceilings comprising a section that partially defines a supporting frame for a false ceiling, having a U-shape and is limited by two external sides disposed in parallel opposite position; a supporting bracket for being disposed between the section and a ceiling: and a blocking device to block the supporting bracket on the section; wherein the blocking device comprises an anchoring plate that is suitably configured for being anchored to the supporting bracket, and is provided with two anchoring arms disposed on opposite sides of the section and frictionally coupled with the external sides of the section, characterized in that each anchoring arm has a toothed section that is frictionally coupled with the external side of the section. is limited by two external sides disposed in parallel opposite position; a supporting bracket for being disposed between the section and a ceiling: and a blocking device to block the supporting bracket on the section; wherein the blocking device comprises an anchoring plate that is suitably configured for being anchored to the supporting bracket, and is provided with two anchoring arms disposed on opposite sides of the section and frictionally coupled with the external sides of the section, characterized in that each anchoring arm has a toothed section that is frictionally coupled with the external side of the section.
Aircraft passenger seat comprising a seat base and a backrest which comprises a support structure including a strut structure, and a frame that is provided for securing to a floor of an aircraft cabin, and a folding table which is arranged with a table connecting structure so as to be able to be folded on the aircraft passenger seat, characterised in that the table connecting structure is arranged as viewed in width direction in the area of the centre of the aircraft passenger seat in a central area within a width of the backrest between a strut structure of the support structure.
A fastening device in the region of a mask body for a harness having a clip with at least one spring element that is designed to latchingly engage in a seat, characterized in that the seat is formed in the region of mask body and is designed as a pocket in which the clip latches, and a slider can be moved relative to the clip, wherein a movement of the slider moves the spring element out of the home position in order to release the latching.
An intermediate store in an apparatus of the tobacco industry for the vertical transport of rod-like articles, comprising sidewalls (31, 32), a back wall, and a plurality of partitions dividing the intermediate store into vertical channels which are adapted to receive rod-like articles from above, the axes of the rod-like articles being situated parallel to the sidewalls (31, 32), whereas the intermediate store is provided with a movable transferring element being slidable relative to the partitions of the intermediate store, in addition the transferring element comprising supporting plates which support the mass flow of the rod-like articles in the vertical channels of the intermediate store above the supporting plates, whereas the supporting plates are adapted to move downwards within the vertical channels and move upwards outside of the vertical channels, whereas the back wall is provided with at least one slot along which the supporting plate moves, in addition, the supporting plates are adapted to be put into the channels in the inlet area of the channels and pulled out of the vertical channels in the outlet area of the channels, characterised in that the store is provided with at least one movable wall element (61, 62, 81, 91, 92) being slidable so that it may take at least two positions, whereas one position of the movable wall element (61, 62, 81, 91, 92) is located in the slot, and another position of the movable wall element is located outside of the slot.
An apparatus for the sterilization of containers with a plurality of sterilization devices, which are arranged on a common carrier rotatable about an axis of rotation, wherein the sterilization devices have a rod-like body which is capable of being introduced through an aperture of the containers into an interior space of the containers and which acts upon an inner wall of the containers with radiation, and with a lifting cam which produces a movement in a longitudinal direction of the containers between the containers and the sterilization device in such a way that the containers are capable of being guided over the rod-like body, characterized in that a movement device is provided which is designed and arranged in such a way that a relative movement in the longitudinal direction of the containers between the rod-like body and the lifting cam is capable of being produced and a relative distance (r) between the lifting cam and the rod-like body is capable of being altered, wherein the common carrier can be moved by the movement device in the longitudinal direction of the containers.
An operating method of a user equipment communicating with a base station in a fifth-generation, 5G, mobile network, the operating method comprising: setting at least one variable value of at least one time parameter based on at least one activated function in the 5G mobile network and a network state, wherein the network state concerns an overlap pattern of heterogeneous signals and a data frequency region allocated to a physical downlink shared channel, PDSCH, determining (S100, S200) a processing time for the PDSCH from the base station based on the at least one value of at least one time parameter; determining (S110, S120, S210, S220) a capability of the user equipment by comparing the processing time with a reference time, the reference time varying with an activated function and positively correlated with the determined processing time; and transmitting (S130, S230) information including the capability of the user equipment to the base station. setting at least one variable value of at least one time parameter based on at least one activated function in the 5G mobile network and a network state, wherein the network state concerns an overlap pattern of heterogeneous signals and a data frequency region allocated to a physical downlink shared channel, PDSCH, determining (S100, S200) a processing time for the PDSCH from the base station based on the at least one value of at least one time parameter; determining (S110, S120, S210, S220) a capability of the user equipment by comparing the processing time with a reference time, the reference time varying with an activated function and positively correlated with the determined processing time; and transmitting (S130, S230) information including the capability of the user equipment to the base station.
A ceramic composition of matter consisting of a solvent material and a solute material, wherein the solvent material consists of ytterbia stabilized hafnia or yttria stabilized zirconia, wherein the solute material consists of a metal oxide of the formula, X a O b, where X is tantalum, O is oxygen, and "a" and "b" are stoichiometric coefficients, and wherein the difference in density between the solvent material and the solute material is less than 20%, wherein the ceramic composition of matter comprises a columnar structure, and wherein the ceramic composition of matter is produced using electron beam physical vapor deposition. wherein the difference in density between the solvent material and the solute material is less than 20%, wherein the ceramic composition of matter comprises a columnar structure, and wherein the ceramic composition of matter is produced using electron beam physical vapor deposition.
A method performed in an apparatus, comprising: evaluating, in a base station of a cellular radio access network operating on a radio resource that defines a cell associated with the base station, a capacity metric of the base station with respect to the radio resource and capacity metrics of neighboring base stations with respect to the radio resource; characterised in that, in response to detecting that the capacity metric of the base station is below a threshold that depends on the capacity metrics of the neighboring base stations, configuring the base station to enter a stand-by mode and to release said radio resource so that the released radio resource becomes available for allocation to at least one of the neighboring base stations. evaluating, in a base station of a cellular radio access network operating on a radio resource that defines a cell associated with the base station, a capacity metric of the base station with respect to the radio resource and capacity metrics of neighboring base stations with respect to the radio resource; characterised in that, in response to detecting that the capacity metric of the base station is below a threshold that depends on the capacity metrics of the neighboring base stations, configuring the base station to enter a stand-by mode and to release said radio resource so that the released radio resource becomes available for allocation to at least one of the neighboring base stations.
Transfer Mattress comprising spaced apart top and bottom panels separated by a pair of spaced apart, longitudinally extending baffle-panels and a circumferentially located perimeter band (14,16) and three adjacent longitudinally oriented plenums (46,48,50) and at least two separate inlet or outlet valves each arranged in an airflow communication with a respective one of said three adjacent plenums (46,48,50) wherein two of said plenums (46,50) are spaced apart from one another and arranged so as to communicate with one another and a third of said plenums is located between said spaced apart plenums (46,50) and arranged in airflow-isolation from said communicating plenums (46,50) so that said communicating plenums (46, 50) are inflatable and/or deflatable independently of said third plenum through a conduit that extends between the longitudinally extending baffle-panels and through said isolated plenum.
Method of measuring the depth of penetration (d) of a laser beam into a workpiece, comprising the following steps: a) focusing the laser beam in a focal spot by aid of a focusing optics arranged in a machining head, whereby the focal spot generates a vapor capillary in the workpiece; b) generating a first measuring beam and a second measuring beam with an optical coherence tomograph; c) directing the first measuring beam at a stationary first measuring point (MPa) in the vapor capillary in order to thereby measure a first distance between a reference point and the first measuring point; d) concurrently with step c), directing the second measuring beam at a second measuring point (MPb) on a surface of the workpiece facing the machining head outside of the vapor capillary in order to thereby measure a second distance between the reference point and the second measuring point; e) determining the depth of penetration (d) of the laser beam from the first distance and the second distance; characterized in that in step d), the second measuring beam is directed successively at different second measuring points (MPb) on the surface of the workpiece with a scanning device, and in that the first measuring beam is, upon impinging the workpiece, separated from the second measuring beam by a space free of measuring light. a) focusing the laser beam in a focal spot by aid of a focusing optics arranged in a machining head, whereby the focal spot generates a vapor capillary in the workpiece; b) generating a first measuring beam and a second measuring beam with an optical coherence tomograph; c) directing the first measuring beam at a stationary first measuring point (MPa) in the vapor capillary in order to thereby measure a first distance between a reference point and the first measuring point; d) concurrently with step c), directing the second measuring beam at a second measuring point (MPb) on a surface of the workpiece facing the machining head outside of the vapor capillary in order to thereby measure a second distance between the reference point and the second measuring point; e) determining the depth of penetration (d) of the laser beam from the first distance and the second distance;
A multi-component absorbable/disintegratable, fiber-reinforced, radiopaque composite, non-migrating stent for a urinogenital conduit comprising: a load-bearing, radiopaque central coil, said coil comprising an absorbable polyester/inorganic radiopaque hybrid composition; said coil being shrouded with a knitted mesh comprising an absorbable multifilament yarn, to provide a knitted core; said knitted core being impregnated with a polymer matrix comprising an absorbable, segmented, polyaxial copolyester and a hydrophilic polymeric additive having a molecular weight of 1 to 70 kDa, the additive being selected from the group consisting of polyethylene glycol, and polyethylene glycol end-grafted with at least one monomer selected from the group consisting of l -lactide, glycolide, trimethylene carbonate, ε-caprolactone, p-dioxanone, 1,5-dioxepan-2-one and a morpholinedione, wherein said polymer matrix which impregnates said knitted core is absorbable, highly compliant, hydrowettable and tubular in shape; said stent being sterilized with high-energy radiation at a dose between 25 and 40 kGy; wherein the stent exhibits a one- to ten-week, radio-modulated absorption/disintegration and strength retention profile. a load-bearing, radiopaque central coil, said coil comprising an absorbable polyester/inorganic radiopaque hybrid composition; said coil being shrouded with a knitted mesh comprising an absorbable multifilament yarn, to provide a knitted core; said knitted core being impregnated with a polymer matrix comprising an absorbable, segmented, polyaxial copolyester and a hydrophilic polymeric additive having a molecular weight of 1 to 70 kDa, the additive being selected from the group consisting of polyethylene glycol, and polyethylene glycol end-grafted with at least one monomer selected from the group consisting of l -lactide, glycolide, trimethylene carbonate, ε-caprolactone, p-dioxanone, 1,5-dioxepan-2-one and a morpholinedione, wherein said polymer matrix which impregnates said knitted core is absorbable, highly compliant, hydrowettable and tubular in shape; said stent being sterilized with high-energy radiation at a dose between 25 and 40 kGy; wherein the stent exhibits a one- to ten-week, radio-modulated absorption/disintegration and strength retention profile.