mhurhangee/ep-ind-claims huggingface dataset:
A mounting port via which an article is relayed between a worker and a conveying apparatus or a processing device in a clean room, the mounting port comprising: an article mounting stand; an apparatus-side opening via which a conveying apparatus or a processing device transfers an article to and from the mounting stand; a passageway-side opening that faces a worker passageway; the mounting port being characterized in that it further comprises: a pair of shutters (16, 17) that are provided at positions for opening and closing the apparatus-side opening and comprise arc-shaped plates or plates bent like an arc; and a swing mechanism that swings the pair of shutters (16, 17) between a state in which the apparatus-side opening is opened and a state in which the apparatus-side opening is closed, the swing mechanism comprising a driving axis provided at a position symmetrical with respect to the pair of shutters (16, 17), a pair of shutter axes, a link mechanism that swings the pair of shutter axes the same angle in opposite directions by rotation of the driving axis, and a pair of joining members (26, 28) that are attached to the pair of shutters (16, 17) and the pair of shutter axes and swing the pair of shutters about the pair of shutter axes, and the pair of shutter axes being provided at positions that are separated from each other and symmetrically with respect to the driving axis. an article mounting stand; an apparatus-side opening via which a conveying apparatus or a processing device transfers an article to and from the mounting stand; a passageway-side opening that faces a worker passageway; the mounting port being characterized in that it further comprises: a pair of shutters (16, 17) that are provided at positions for opening and closing the apparatus-side opening and comprise arc-shaped plates or plates bent like an arc; and a swing mechanism that swings the pair of shutters (16, 17) between a state in which the apparatus-side opening is opened and a state in which the apparatus-side opening is closed, a pair of shutters (16, 17) that are provided at positions for opening and closing the apparatus-side opening and comprise arc-shaped plates or plates bent like an arc; and a swing mechanism that swings the pair of shutters (16, 17) between a state in which the apparatus-side opening is opened and a state in which the apparatus-side opening is closed, the swing mechanism comprising a driving axis provided at a position symmetrical with respect to the pair of shutters (16, 17), a pair of shutter axes, a link mechanism that swings the pair of shutter axes the same angle in opposite directions by rotation of the driving axis, and a pair of joining members (26, 28) that are attached to the pair of shutters (16, 17) and the pair of shutter axes and swing the pair of shutters about the pair of shutter axes, and the pair of shutter axes being provided at positions that are separated from each other and symmetrically with respect to the driving axis.
A tool for gaining lateral access to a well via a lateral access passage, the tool being connectable to a wellhead, the tool comprising a head portion and being configured to axially forwardly advance the head portion towards or in the lateral access passage and being configured to transmit rotational drive to the head portion, and the tool comprising a fluid transmission conduit (46; 111) for delivering fluid to or forwardly of the head portion, wherein the head portion comprises an attachment (92, 34, 86) and an adapter for removably mounting the attachment.
A camshaft phaser for controllably varying the phase relationship between a crankshaft and a camshaft in an internal combustion engine, said camshaft phaser comprising: a harmonic gear drive unit including an input member, an output member, a wave generator assembly disposed within said input member and said output member, and a rotational actuator connectable to said wave generator assembly such that rotation of said wave generator assembly causes relative rotation between said input member and said output member, wherein said wave generator assembly includes an elliptical wave generator surrounded tightly with an inner race having an inner race axial end, an outer race, a plurality of balls disposed between said inner race and said outer race, characterized in that the wave generator assembly includes a ball cage having an annular section disposed axial from said balls proximal to said inner race axial end and a plurality of ball separators extending axially from said annular section such that consecutive balls are separated by one of said ball separators; and a rigid support ring fixed axially and extending axially beyond said inner race axial end toward said annular section to limit axial deflection of said annular section. a harmonic gear drive unit including an input member, an output member, a wave generator assembly disposed within said input member and said output member, and a rotational actuator connectable to said wave generator assembly such that rotation of said wave generator assembly causes relative rotation between said input member and said output member, wherein said wave generator assembly includes an elliptical wave generator surrounded tightly with an inner race having an inner race axial end, an outer race, a plurality of balls disposed between said inner race and said outer race, characterized in that the wave generator assembly includes a ball cage having an annular section disposed axial from said balls proximal to said inner race axial end and a plurality of ball separators extending axially from said annular section such that consecutive balls are separated by one of said ball separators; and a rigid support ring fixed axially and extending axially beyond said inner race axial end toward said annular section to limit axial deflection of said annular section.
An aircraft cabin blower system comprising: a transmission for receiving mechanical power from a gas turbine engine; and a cabin blower compressor, an output of the transmission being configured to drive the cabin blower compressor; wherein the transmission has a variable gear ratio and the cabin blower compressor has a variable geometry, and wherein variation of the gear ratio and the geometry provides a variable output of the cabin blower compressor; characterised in that the transmission includes a plurality of fixed gears, selectively engageable to provide a plurality of discrete gear ratios. a transmission for receiving mechanical power from a gas turbine engine; and a cabin blower compressor, an output of the transmission being configured to drive the cabin blower compressor; wherein the transmission has a variable gear ratio and the cabin blower compressor has a variable geometry, and wherein variation of the gear ratio and the geometry provides a variable output of the cabin blower compressor; characterised in that the transmission includes a plurality of fixed gears, selectively engageable to provide a plurality of discrete gear ratios.
An effective amount of an interferon that comprises anti-cancer activity for use in a method of treatment of cancer in bone in a subject, wherein the interferon comprises an amino acid sequence of SEQ ID NO: 1.
A processor configured for automatically determining the R-factor for a bundle of nuclear fuel rods in a nuclear light water reactor of the boiling water reactor kind, which reactor comprises a plurality of bundles of nuclear fuel rods, wherein the fuel rods in the bundle are arranged side by side, at least substantially parallel to each other, and extend essentially in an axial direction, wherein said R-factor is a factor that accounts for the weighted local power influence on a fuel rod, including contributions from neighbouring fuel rods, wherein the processor is configured with an input receiving data concerning the linear heat generation rate ( q i ( z)) of the different fuel rods ( i) at different levels ( z) in said bundle and to determine the R-factor, characterized in that the processor is configured such that a local R-factor ( R i ( z)) is determined for each fuel rod ( i) in said bundle and for each of a plurality of levels ( z) in said axial direction, wherein the individual axial heat generation profile for a certain fuel rod ( i) is taken into account when determining the local R-factors ( R i ( z)) for said fuel rod ( i), wherein the determination of said local R-factor ( R i ( z)) at a level ( z) for a certain fuel rod ( i) includes the determination of the double integrated heat generation rate of said fuel rod ( i) up to the level ( z) relative to the double integrated average heat generation rate of all fuel rods in the bundle up to the level ( z) and wherein the determination of said local R-factor ( R i ( z)) at a level ( z) for a certain fuel rod ( i) includes the determination of the sum of the integrated heat generation rate of said fuel rod up to the level ( z) and a fraction of the integrated heat generation rates of fuel rods neighbouring said fuel rod up to the level ( z), relative to the integrated average heat generation rate of all fuel rods in the bundle up to the level ( z).
A chip module for installation in a security module, wherein the chip module comprises a carrier, at least one first contact which is arranged on a first side of the carrier, wherein the at least one first contact after the installation of the chip module in a security module is located on an outer side of the security module, at least a second contact which is arranged on a second side of the carrier, wherein the first side is arranged opposite of the second side of the carrier, wherein after the installation of the chip module in the security module the at least one second contact is located on an inner side of the security module, at least one electroconductive connection which connects the at least one first contact to the at least one second contact through the carrier, at least one chip, wherein the chip has at least one terminal which is electroconductively connected to the at least one second contact, at least one rewiring layer is arranged between the at least one terminal of the chip and the at least one second contact of the carrier, wherein the rewiring layer forms an electroconductively connection between the at least one terminal of the chip and the at least one second contact of the carrier, wherein the rewiring layer serves to adapt a layout of the at least one second contact of the carrier to a layout of the at least one terminal of the chip, characterized in that the rewiring layer is arranged on a substrate, wherein the chip is arranged between the substrate and the carrier.
A cellular solid material comprising at least 50 wt% cellulose nanofibers and 0.2 - 5 wt% of a surfactant, as calculated on the total weight of the cellular solid material, wherein: a) the surfactant is anionic; b) the material has a density of less than 500 kg/m 3; and c) at least 50% of the cells of the material have a diameter of at least 10 μm. a) the surfactant is anionic; b) the material has a density of less than 500 kg/m 3; and c) at least 50% of the cells of the material have a diameter of at least 10 μm.
An article of footwear (102; 800), comprising: a first continuous portion including a base portion and a plurality of strips; at least one strip of the plurality of strips comprising a first end portion, a second end portion and an intermediate portion disposed between the first end portion and the second end portion, wherein the second end portion is attached to the base portion, characterized in that the article of footwear (102; 800) further comprises a second continuous portion extending around an upper periphery of the article (102; 800), the second continuous portion including a plurality of lacing holes for receiving a lace; the first end portion is continuous with an outer periphery of the base portion; the intermediate portion is disposed through an aperture in the second continuous portion; and the first end portion is disposed adjacent to the second end portion in a direction running along a length of the article (102; 800). a first continuous portion including a base portion and a plurality of strips; at least one strip of the plurality of strips comprising a first end portion, a second end portion and an intermediate portion disposed between the first end portion and the second end portion, wherein the second end portion is attached to the base portion, characterized in that the article of footwear (102; 800) further comprises a second continuous portion extending around an upper periphery of the article (102; 800), the second continuous portion including a plurality of lacing holes for receiving a lace; the first end portion is continuous with an outer periphery of the base portion; the intermediate portion is disposed through an aperture in the second continuous portion; and the first end portion is disposed adjacent to the second end portion in a direction running along a length of the article (102; 800).
A new radio, NR, network for handling mobility for a communication device from the NR radio network to a long-term evolution, LTE, network in a Third Generation Partnership Project, 3GPP, wireless communication system, the NR network comprising: a storage device; and a processing circuit, coupled to the storage device, wherein the storage device stores, and the processing circuit is configured to, execute instructions of: connecting to the communication device; characterised by: communicating a NR connection identity, ID, identifying a NR connection with the communication device wherein the NR connection ID comprises a protocol data unit, PDU, session ID or a quality-of-service, QoS, flow ID, and the NR connection comprises a PDU session or a QoS flow; communicating data of the NR connection with the communication device; transmitting a NR message including an evolved packet system, EPS, bearer identity to the communication device; receiving a context request message for the communication device from the LTE network; and transmitting a context response message comprising an EPS bearer context of the communication device to the LTE network, wherein the EPS bearer context comprises the EPS bearer identity and a first plurality of QoS parameters. a storage device; and a processing circuit, coupled to the storage device, wherein the storage device stores, and the processing circuit is configured to, execute instructions of: connecting to the communication device; characterised by: communicating a NR connection identity, ID, identifying a NR connection with the communication device wherein the NR connection ID comprises a protocol data unit, PDU, session ID or a quality-of-service, QoS, flow ID, and the NR connection comprises a PDU session or a QoS flow; communicating data of the NR connection with the communication device; transmitting a NR message including an evolved packet system, EPS, bearer identity to the communication device; receiving a context request message for the communication device from the LTE network; and transmitting a context response message comprising an EPS bearer context of the communication device to the LTE network, wherein the EPS bearer context comprises the EPS bearer identity and a first plurality of QoS parameters. communicating a NR connection identity, ID, identifying a NR connection with the communication device wherein the NR connection ID comprises a protocol data unit, PDU, session ID or a quality-of-service, QoS, flow ID, and the NR connection comprises a PDU session or a QoS flow; communicating data of the NR connection with the communication device; transmitting a NR message including an evolved packet system, EPS, bearer identity to the communication device; receiving a context request message for the communication device from the LTE network; and transmitting a context response message comprising an EPS bearer context of the communication device to the LTE network, wherein the EPS bearer context comprises the EPS bearer identity and a first plurality of QoS parameters.
Blood filtering device, comprising: - a casing defining a containment volume and provided with at least a first inlet for the venous blood, at least a second inlet for the intracavitary blood, at least a third inlet for the extracavitary blood and at least an outlet mouth for the blood; - blood filtering means (8, 9, 10) which are housed inside said containment volume and delimiting at least one filtering volume (8a, 9a, 10a) communicating with said blood inlets (4, 5, 6) and at least one collecting volume communicating with said outlet mouth; said filtering means (8, 9, 10) comprising: - at least a first filtering element defining a closed profile and delimiting a first filtering volume communicating with said first inlet; - at least a second filtering element defining a closed profile and delimiting a second filtering volume communicating with said second inlet; - at least a third filtering element defining a closed profile and delimiting a third filtering volume communicating with said third inlet; wherein said filtering elements (8, 9, 10) are separated and distinct from each other characterized by the fact that inside at least one of said second and said third filtering element (9, 10), at least one conveying element is housed which is adapted to guide the blood along a predefined path, wherein said conveying element is substantially screw-shaped or has a blood flowing surface which defines a substantially helical path and the side edge of which is located at the internal wall of the corresponding filtering element (8, 9, 10). - a casing defining a containment volume and provided with at least a first inlet for the venous blood, at least a second inlet for the intracavitary blood, at least a third inlet for the extracavitary blood and at least an outlet mouth for the blood; - blood filtering means (8, 9, 10) which are housed inside said containment volume and delimiting at least one filtering volume (8a, 9a, 10a) communicating with said blood inlets (4, 5, 6) and at least one collecting volume communicating with said outlet mouth; - at least a first filtering element defining a closed profile and delimiting a first filtering volume communicating with said first inlet; - at least a second filtering element defining a closed profile and delimiting a second filtering volume communicating with said second inlet; - at least a third filtering element defining a closed profile and delimiting a third filtering volume communicating with said third inlet; characterized by the fact that inside at least one of said second and said third filtering element (9, 10), at least one conveying element is housed which is adapted to guide the blood along a predefined path, wherein said conveying element is substantially screw-shaped or has a blood flowing surface which defines a substantially helical path and the side edge of which is located at the internal wall of the corresponding filtering element (8, 9, 10).
The use of metal and ascorbic acid complexes of the general formula MO z (Asc) x ·yH 2 O, wherein: M is a metal that is titanium or vanadium; Asc is C 6 H 7 O 6; x is an integer from 1 to 4; y is an integer from 0 to 5; z is 0 or 1; molar ratio of M to Asc is from 1:1 to 1:4, for cultivation of plants characterised in that the cultivation of plants involves reduction of occurrence of plant pests selected from insect and further biostimulation of plants and/or optionally reduction of occurrence of pathogens. M is a metal that is titanium or vanadium; Asc is C 6 H 7 O 6; x is an integer from 1 to 4; y is an integer from 0 to 5; z is 0 or 1; molar ratio of M to Asc is from 1:1 to 1:4, for cultivation of plants characterised in that the cultivation of plants involves reduction of occurrence of plant pests selected from insect and further biostimulation of plants and/or optionally reduction of occurrence of pathogens.
A method of operating a terminal device, the method comprising: receiving a wireless signal outputted from at least one of the terminal device and another terminal device (108, 110); analyzing a frequency characteristic of the received wireless signal; identifying a terminal device (102, 108, 110) which operates as an output source of the received wireless signal by using the analyzed frequency characteristic; calculating a frequency shift of the outputted wireless signal by comparing the analyzed frequency characteristic and a unique frequency characteristic assigned to the identified terminal device (102, 108, 110), the frequency shift being generated by a user command movement including an action or a sequence of locations with respect to the identified terminal device (102, 108, 110); and performing a task according to the command corresponding to the calculated frequency shift. receiving a wireless signal outputted from at least one of the terminal device and another terminal device (108, 110); analyzing a frequency characteristic of the received wireless signal; identifying a terminal device (102, 108, 110) which operates as an output source of the received wireless signal by using the analyzed frequency characteristic; calculating a frequency shift of the outputted wireless signal by comparing the analyzed frequency characteristic and a unique frequency characteristic assigned to the identified terminal device (102, 108, 110), the frequency shift being generated by a user command movement including an action or a sequence of locations with respect to the identified terminal device (102, 108, 110); and performing a task according to the command corresponding to the calculated frequency shift.
A method for producing an outer limiting element for a sliding board body, such as a ski or a snowboard, which limiting element is formed by a one-piece part component assembled at least from a cover layer and at least one part of the strength-relevant top band, and which limiting element is connected in a following method step to the additional components of the sliding board body such as its running surface and its strength-relevant lower band, characterized in that the limiting element is connected prior to the connection with the additional components of the sliding board body to at least one strip-like side wall element (19, 20) forming a lateral wall section (17, 18) of the sliding board body, in that the at least one strip-like side wall element (19, 20) is adhered to at least one longitudinal side edge (21, 22) of the cover layer or to the top band arranged on the lower side of the cover layer and in that the prefabricated limiting element, which comprises at least the cover layer, at least one part of the strength-relevant top band and at least one strip-like side wall element (19, 20), prior to connecting to the additional components of the sliding board body is brought into an almost U-shaped cross-sectional shape, wherein lateral edge sections (23, 24) of the cover layer and the strip-like side wall elements (19, 20) assigned to said edge sections (23, 24) form the two arms (25, 26) of the substantially U-shaped limiting element.