mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for producing sterile receptacles, comprising: a stretch-blowing forming unit having a plurality of forming stations in each of which two half-moulds (6a, 6b) are arranged that can be moved towards one another to define at least one housing cavity for housing a parison made of thermoplastic material; a moulding unit for moulding parisons starting from granules of thermoplastic material, said moulding unit being placed upstream of said forming unit; a plurality of sterilisation devices, each of which is situated in one of said forming stations so as to sterilise the parisons that arrive in the corresponding housing cavities, characterised in that said moulding unit for moulding the parisons comprises: a plurality of moulding stations in each of which a mould is arranged comprising a concave portion and a convex portion insertable in said concave portion; means for cleaning the surfaces of said moulds adapted to come into contact with said parisons. a stretch-blowing forming unit having a plurality of forming stations in each of which two half-moulds (6a, 6b) are arranged that can be moved towards one another to define at least one housing cavity for housing a parison made of thermoplastic material; a moulding unit for moulding parisons starting from granules of thermoplastic material, said moulding unit being placed upstream of said forming unit; a plurality of sterilisation devices, each of which is situated in one of said forming stations so as to sterilise the parisons that arrive in the corresponding housing cavities, characterised in that said moulding unit for moulding the parisons comprises: a plurality of moulding stations in each of which a mould is arranged comprising a concave portion and a convex portion insertable in said concave portion; means for cleaning the surfaces of said moulds adapted to come into contact with said parisons. a plurality of moulding stations in each of which a mould is arranged comprising a concave portion and a convex portion insertable in said concave portion; means for cleaning the surfaces of said moulds adapted to come into contact with said parisons.
A method of optimization of a radiation treatment plan for a patient, comprising the following steps: - providing a set of input dose distributions, - defining an interpolation optimization problem based on a set of clinical goals for the patient, the interpolation optimization problem comprising a set of optimization functions, at least one optimization function representing a measure of violation of a clinical goal in the set of clinical goals, - optimizing an interpolated dose distribution based on a weighted combination of the input dose distributions, by a computer-based optimization of the interpolation optimization problem, said optimization involving determining, for each of the input dose distributions, an interpolation weight, specifying the weight to be assigned to this input dose distribution in a further optimized dose distribution, and - calculating an interpolated treatment plan based on the interpolated dose distribution. - providing a set of input dose distributions, - defining an interpolation optimization problem based on a set of clinical goals for the patient, the interpolation optimization problem comprising a set of optimization functions, at least one optimization function representing a measure of violation of a clinical goal in the set of clinical goals, - optimizing an interpolated dose distribution based on a weighted combination of the input dose distributions, by a computer-based optimization of the interpolation optimization problem, said optimization involving determining, for each of the input dose distributions, an interpolation weight, specifying the weight to be assigned to this input dose distribution in a further optimized dose distribution, and - calculating an interpolated treatment plan based on the interpolated dose distribution.
A process of reacting a compound of formula wherein R 1 is a linear or branched C 6 -, C 11 - or C 16 - alkyl moiety or a linear or branched C 6 -, C 11 - or C 16 - alkenyl moiety, and R 2 is a C 1 -C 2 alkyl moiety, with hydrogen in the presence of (i) a structured catalyst based on sintered metal fibers coated by a ZnO layer impregnated with Pd-nanoparticles and (ii) at least one organic base, and wherein the SMF contains a FeCrAl alloy, which is preferably preoxidized. R 1 is a linear or branched C 6 -, C 11 - or C 16 - alkyl moiety or a linear or branched C 6 -, C 11 - or C 16 - alkenyl moiety, and R 2 is a C 1 -C 2 alkyl moiety, with hydrogen in the presence of (i) a structured catalyst based on sintered metal fibers coated by a ZnO layer impregnated with Pd-nanoparticles and (ii) at least one organic base, and wherein the SMF contains a FeCrAl alloy, which is preferably preoxidized. (i) a structured catalyst based on sintered metal fibers coated by a ZnO layer impregnated with Pd-nanoparticles and (ii) at least one organic base, and wherein the SMF contains a FeCrAl alloy, which is preferably preoxidized.
A magnetic separator for a central heating system, the magnetic separator comprising: a housing, a separation chamber within the housing, inlet and outlet ports (21, 22) extending from the housing, the inlet and outlet ports including push-fit connectors, characterized in that the push-fit connectors of the magnetic separator have collets surrounding the mouth of each of the inlet and outlet, the collets being being pushable inwardly, towards the housing body, for releasing the connectors, and a release tool is provided, the release tool having first and second bearing areas (46, 48) for bearing against the collets of the inlet and outlet connectors, and a handle region (50, 52) for enabling force to be applied, via the bearing areas, to both connectors simultaneously. a housing, a separation chamber within the housing, inlet and outlet ports (21, 22) extending from the housing, the inlet and outlet ports including push-fit connectors, the push-fit connectors of the magnetic separator have collets surrounding the mouth of each of the inlet and outlet, the collets being being pushable inwardly, towards the housing body, for releasing the connectors, and a release tool is provided, the release tool having first and second bearing areas (46, 48) for bearing against the collets of the inlet and outlet connectors, and a handle region (50, 52) for enabling force to be applied, via the bearing areas, to both connectors simultaneously.
A method for additive manufacturing by Fused Deposition Modeling of a preform, the method comprising: a) supplying a continuous filament that comprises: (i) one inner core consisting of a bundle of fibers and (ii) an outer thermoplastic polymer binder coating, which completely wraps said inner core; wherein said continuous filament is obtained by concentric extrusion of the thermoplastic polymer binder onto the one inner core b) feeding the continuous filament to an extruder at a feed rate, the extruder heating the continuous filament to a temperature which is between the softening temperature of the binder and the melting temperature of the binder, and below the melting temperature of the fibers; and c) 3D deposition of the continuous filament on a base surface in at least one or more successive layers to obtain the preform. a) supplying a continuous filament that comprises: (i) one inner core consisting of a bundle of fibers and (ii) an outer thermoplastic polymer binder coating, which completely wraps said inner core; wherein said continuous filament is obtained by concentric extrusion of the thermoplastic polymer binder onto the one inner core (i) one inner core consisting of a bundle of fibers and (ii) an outer thermoplastic polymer binder coating, which completely wraps said inner core; wherein said continuous filament is obtained by concentric extrusion of the thermoplastic polymer binder onto the one inner core b) feeding the continuous filament to an extruder at a feed rate, the extruder heating the continuous filament to a temperature which is between the softening temperature of the binder and the melting temperature of the binder, and below the melting temperature of the fibers; and c) 3D deposition of the continuous filament on a base surface in at least one or more successive layers to obtain the preform.
A femoral nail comprising: a proximal portion configured to engage a driving tool for driving the femoral nail into a femur; a distal portion remote from the proximal portion; and an intermediate portion disposed between the proximal portion and distal portion, the intermediate portion having a first bent section that is bent in three-dimensions such that a first bend of the first bent section is in a first plane, a second bend is in a second plane, and a third bend is in a third plane, the first and second planes intersecting at an oblique angle relative to each other, the third bend defining a non-zero radius of curvature in the third plane of the first bent section, the intermediate portion having a straight portion, wherein the first bent section is disposed between the straight portion and the proximal portion, the straight portion defines a longitudinal axis extending along its length, the proximal portion defines a longitudinal axis thatextends along its length, wherein the first bent section is bent such that a longitudinal axis of the sraight portion is oriented relative to a longitudinal axis of the proximal portion by a third bend angle (θ3) in the third plane, wherein the third bend angle (θ3) is between 3 and 8 degrees. a proximal portion configured to engage a driving tool for driving the femoral nail into a femur; a distal portion remote from the proximal portion; and an intermediate portion disposed between the proximal portion and distal portion, the intermediate portion having a first bent section that is bent in three-dimensions such that a first bend of the first bent section is in a first plane, a second bend is in a second plane, and a third bend is in a third plane, the first and second planes intersecting at an oblique angle relative to each other, the third bend defining a non-zero radius of curvature in the third plane of the first bent section, the intermediate portion having a straight portion, wherein the first bent section is disposed between the straight portion and the proximal portion, the straight portion defines a longitudinal axis extending along its length, the proximal portion defines a longitudinal axis thatextends along its length, wherein the first bent section is bent such that a longitudinal axis of the sraight portion is oriented relative to a longitudinal axis of the proximal portion by a third bend angle (θ3) in the third plane, wherein the third bend angle (θ3) is between 3 and 8 degrees.
A biosensor microarray comprising: (i) a solid support substrate surface; (ii) a plurality of capture moieties linked to the solid support substrate surface; (iii) a plurality of detector polypeptides or detector peptides specifically bound by the capture moieties and provided by an array of isolated in vitro translation reactions in microwells or nanowells, wherein the array of isolated in vitro translation reactions in microwells or nanowells has been overlaid in contact with the solid support substrate surface to form a monolayer of the plurality of detector polypeptides or detector peptides specifically bound to the capture moieties, and wherein in vitro translation contaminants that were non-specifically bound to the capture moieties have been removed from the monolayer by washing; and (iv) a plurality of sensors, wherein the plurality of sensors are signal transducing elements that detect changes in electrical, electrochemical, magnetic, optical or thermal properties, and wherein each sensor in the plurality of sensors is in direct contact or in proximity to a capture moiety in the plurality of capture moieties. (i) a solid support substrate surface; (ii) a plurality of capture moieties linked to the solid support substrate surface; (iii) a plurality of detector polypeptides or detector peptides specifically bound by the capture moieties and provided by an array of isolated in vitro translation reactions in microwells or nanowells, wherein the array of isolated in vitro translation reactions in microwells or nanowells has been overlaid in contact with the solid support substrate surface to form a monolayer of the plurality of detector polypeptides or detector peptides specifically bound to the capture moieties, and wherein in vitro translation contaminants that were non-specifically bound to the capture moieties have been removed from the monolayer by washing; and (iv) a plurality of sensors, wherein the plurality of sensors are signal transducing elements that detect changes in electrical, electrochemical, magnetic, optical or thermal properties, and wherein each sensor in the plurality of sensors is in direct contact or in proximity to a capture moiety in the plurality of capture moieties.
A non-sterile stable liquid formulation comprising a compounded solution of vancomycin hydrochloride that is homogenous and stable for at least 30 days at ambient and refrigerated temperature conditions, wherein the compounded solution has a high solubility in water and a pH of about 2.5-4.5, wherein ambient conditions are a temperature of 22-28°C and 60±5% relative humidity and refrigerated conditions are a temperature of 2°-8°C, wherein the compounded solution comprises about 0.12% (w/v) citric acid (anhydrous) and 0.1% to 0.05% (w/v) sodium benzoate, optionally wherein (i) the compounded solution is an amber color, or (ii) the compounded solution includes a sweetener. (i) the compounded solution is an amber color, or (ii) the compounded solution includes a sweetener.
Electropneumatic device for an electronically controllable pneumatic brake system, comprising a compressed air supply for providing a supply pressure (pV); an electropneumatic brake pressure modulator which receives supply pressure (pV) from the compressed air supply and controls a brake pressure (pB) at a brake pressure connection on the basis of electronic brake request signals; characterized by a protection valve unit having a protection valve inlet (10.1), a first protection valve outlet (10.2) and a second protection valve outlet (10.3), the protection valve inlet (10.1) being connected to the brake pressure connection of the brake pressure modulator, receiving the brake pressure (pB) and being able to provide it to the first and second protection valve outlets (10.2, 10.3); a first brake pressure line connected to the first protection valve outlet (10.2) and a second brake pressure line connected to the second protection valve outlet (10.3); and at least one brake actuator connected to the first and second brake pressure lines (12, 14) for receiving the brake pressure (pB), the protection valve unit being designed to throttle or prevent the brake pressure control at the first protection valve outlet (10.2) in the event of a leak in the first brake pressure line, and to throttle or prevent the brake pressure control at the second protection valve outlet (10.3) in the event of a leak in the second brake pressure line. a compressed air supply for providing a supply pressure (pV); an electropneumatic brake pressure modulator which receives supply pressure (pV) from the compressed air supply and controls a brake pressure (pB) at a brake pressure connection on the basis of electronic brake request signals; characterized by a protection valve unit having a protection valve inlet (10.1), a first protection valve outlet (10.2) and a second protection valve outlet (10.3), the protection valve inlet (10.1) being connected to the brake pressure connection of the brake pressure modulator, receiving the brake pressure (pB) and being able to provide it to the first and second protection valve outlets (10.2, 10.3); a first brake pressure line connected to the first protection valve outlet (10.2) and a second brake pressure line connected to the second protection valve outlet (10.3); and at least one brake actuator connected to the first and second brake pressure lines (12, 14) for receiving the brake pressure (pB), the protection valve unit being designed to throttle or prevent the brake pressure control at the first protection valve outlet (10.2) in the event of a leak in the first brake pressure line, and to throttle or prevent the brake pressure control at the second protection valve outlet (10.3) in the event of a leak in the second brake pressure line.
A method, in a user terminal, of managing a unicast-based media session involving the user terminal and a media server providing multiple media channels, each media channel carrying a respective media content, said method comprising the steps of: - said user terminal transmitting, to said media server, a generic, content-transparent session request comprising no content-specific identifiers; - said user terminal performing, with said media server and based on said session request, a generic, content-transparent unicast-based media session setup procedure; and - said user terminal transmitting, to said media server, a content-specific rendering request in the form of a Real Time Streaming Protocol. RTSP, PLAY request for a first media content of a first media channel of said multiple media channels once said generic, content-transparent unicast-based media session setup procedure has been completed, wherein said RTSP PLAY request comprises a unique media content resource identifier associated with said first media content. - said user terminal transmitting, to said media server, a generic, content-transparent session request comprising no content-specific identifiers; - said user terminal performing, with said media server and based on said session request, a generic, content-transparent unicast-based media session setup procedure; and - said user terminal transmitting, to said media server, a content-specific rendering request in the form of a Real Time Streaming Protocol. RTSP, PLAY request for a first media content of a first media channel of said multiple media channels once said generic, content-transparent unicast-based media session setup procedure has been completed, wherein said RTSP PLAY request comprises a unique media content resource identifier associated with said first media content.
An aircraft fuel system comprising; - a fuel storage facility for storing fuel and ullage, - a separate ullage storage facility for storing ullage, and - a transfer arrangement (56, 61) for transferring ullage between the fuel storage facility and the ullage storage facility, wherein the transfer arrangement is capable of controlling the transfer of ullage based on a pressure input to the transfer arrangement, characterised in that the ullage storage facility comprises a variable volume ullage container. - a fuel storage facility for storing fuel and ullage, - a separate ullage storage facility for storing ullage, and - a transfer arrangement (56, 61) for transferring ullage between the fuel storage facility and the ullage storage facility,
A network device (402; 902) adapted to facilitate transmission of data over a transmission medium, comprising: a pre-interleaver configured to interleave a plurality of data transmission units according to a pre-interleaving algorithm, thereby generating a multi-bit output result, wherein the pre-interleaver is further configured to receive one or more dummy bytes associated with one or more redundancy bytes, and wherein the dummy bytes are appended to the data transmission units to form a modified data stream having a length associated with a virtual codeword; a redundancy encoder configured to generate the one or more redundancy bytes based on the multi-bit output result, and combine the one or more redundancy bytes with the multi-bit output result by replacing the one or more dummy bytes to form the virtual codeword; and an interleaver configured to interleave the virtual codeword according to an interleaving algorithm, and output interleaved data for transmission along the transmission medium. a pre-interleaver configured to interleave a plurality of data transmission units according to a pre-interleaving algorithm, thereby generating a multi-bit output result, wherein the pre-interleaver is further configured to receive one or more dummy bytes associated with one or more redundancy bytes, and wherein the dummy bytes are appended to the data transmission units to form a modified data stream having a length associated with a virtual codeword; a redundancy encoder configured to generate the one or more redundancy bytes based on the multi-bit output result, and combine the one or more redundancy bytes with the multi-bit output result by replacing the one or more dummy bytes to form the virtual codeword; and an interleaver configured to interleave the virtual codeword according to an interleaving algorithm, and output interleaved data for transmission along the transmission medium.
Respiratory mask comprising a mask body with an internal chamber and a gas inlet orifice, said gas inlet orifice having an axis, said gas inlet orifice being in fluid communication with said internal chamber, and a hollow connector with an internal gas passage being connected to said gas inlet orifice so that the internal passage of the hollow connector is in fluid communication with said internal chamber, said hollow connector being rotatable around the axis, wherein: - the hollow connector is further mobile in translation along the axis between at least: a first axial position, wherein the connector can freely rotate around said axis and a second axial position, wherein the connector is locked in a fixed position and cannot freely rotate around said axis, - and the mask further comprises locking means for locking and for maintaining the hollow connector blocked in said second axial position, said locking means comprising lips (22, 31) including an inner lip carried by the mask body and external lips carried by the hollow connector, characterized in that the locking means further comprise at least one notch carried by the mask body, and at least one abutment carried by the hollow connector, said at least one abutment at least partially penetrating into said notch for blocking the rotation of the hollow connector around axis, when the hollow connector is in the second axial position. - the hollow connector is further mobile in translation along the axis between at least: a first axial position, wherein the connector can freely rotate around said axis and a second axial position, wherein the connector is locked in a fixed position and cannot freely rotate around said axis, - and the mask further comprises locking means for locking and for maintaining the hollow connector blocked in said second axial position, said locking means comprising lips (22, 31) including an inner lip carried by the mask body and external lips carried by the hollow connector,
An oxygen scavenger composition comprising a granule comprising: an α layer comprising a water retention agent, a swelling agent, a metal salt and water; a β layer comprising iron; and a γ layer comprising a porous support, wherein the granule forms a layer structure in order of the α layer, the β layer and the γ layer from an inside to an outside of the granule, and wherein the granule has a structure, in which the surfaces of the β layer and the α layer are covered with the γ layer, and a structure, in which the surface of the α layer is covered with the β layer. an α layer comprising a water retention agent, a swelling agent, a metal salt and water; a β layer comprising iron; and a γ layer comprising a porous support, wherein the granule forms a layer structure in order of the α layer, the β layer and the γ layer from an inside to an outside of the granule, and wherein the granule has a structure, in which the surfaces of the β layer and the α layer are covered with the γ layer, and a structure, in which the surface of the α layer is covered with the β layer.