mhurhangee/ep-ind-claims huggingface dataset:
A solid porous article comprising: a) a thermoplastic polymeric binder in the form of particles having an average particle discrete size of from 20 nm to 1 micron, preferably 50 to 400 nm, and most preferably 50-300 nm, and b) at least 50 weight percent, preferably 60 weight percent, preferably 70 weight percent of primary active particles, and c) greater than 10 weight percent of secondary functional additive particles having an average particle size of from 25 to 1,000 nm, wherein said primary active particles are selected from the group consisting of activated alumina, activated carbon, carbon nanotubes, silica gel, acrylic powders and fibers, cellulose fibers, glass beads, abrasives, minerals, silica, wood chips, ion-exchange resins, molecular sieves, inorganic salts, ceramics, zeolites, ion-exchange modified zeolites, metal oxides, silver-based compounds, diatomaceous earth, talc polyester particles and fibers, engineering resin particles, and polycarbonate, and wherein said secondary additive functional particles comprises calcium hydroxyapatite. a) a thermoplastic polymeric binder in the form of particles having an average particle discrete size of from 20 nm to 1 micron, preferably 50 to 400 nm, and most preferably 50-300 nm, and b) at least 50 weight percent, preferably 60 weight percent, preferably 70 weight percent of primary active particles, and c) greater than 10 weight percent of secondary functional additive particles having an average particle size of from 25 to 1,000 nm,
A radiation detector useable in a downhole tool configured to be positioned in a borehole, said radiation detector comprising: a flexible printed circuit board; at least one detector element coupled to said printed circuit board, said at least one detector element comprising: a semiconductor direct conversion material for directly converting gamma rays into electrical signals, said semiconductor direct conversion material comprising a cathode surface and an anode surface; a cathode operatively connected to the cathode surface; and an anode operatively coupled to the anode surface; and a voltage source coupled to said printed circuit board and configured to provide a voltage to said at least one detector element; and a flexible housing enclosing said flexible printed circuit board and said at least one detector element, said flexible housing comprising a peripheral frame portion and a flexible chassis coupled to said peripheral frame portion. a flexible printed circuit board; at least one detector element coupled to said printed circuit board, said at least one detector element comprising: a semiconductor direct conversion material for directly converting gamma rays into electrical signals, said semiconductor direct conversion material comprising a cathode surface and an anode surface; a cathode operatively connected to the cathode surface; and an anode operatively coupled to the anode surface; and a semiconductor direct conversion material for directly converting gamma rays into electrical signals, said semiconductor direct conversion material comprising a cathode surface and an anode surface; a cathode operatively connected to the cathode surface; and an anode operatively coupled to the anode surface; and a voltage source coupled to said printed circuit board and configured to provide a voltage to said at least one detector element; and a flexible housing enclosing said flexible printed circuit board and said at least one detector element, said flexible housing comprising a peripheral frame portion and a flexible chassis coupled to said peripheral frame portion.
An actuator being arranged for controlling a valve (11, 13), the actuator comprising: - a basis module comprising a motor arranged to drive an actuating part of the actuator, characterized in that the actuator further comprises: - an interface, formed on the basis module, said interface being arranged to receive at least one additional module (9, 14, 16, 19, 24), selected among two or more kinds of additional modules (9, 14, 16, 19, 24), where each additional module (9, 14, 16, 19, 24) is arranged to cooperate with the basis module to provide additional functionality to the actuator, where different kinds of additional modules (9, 14, 16, 19, 24) provide different functionality, wherein an actuator having an additional module (9, 14, 16, 19, 24) of a given kind mounted at the interface is capable of performing the functionality provided by additional modules (9, 14, 16, 19, 24) of this kind, wherein an additional module (9, 14, 16, 19, 24) of one kind, mounted at the interface, can be exchanged by an additional module (9, 14, 16, 19, 24) of another kind, thereby changing the additional functionality provided to the actuator, and wherein one of the additional modules is an energy storage module, which provides an emergency energy storage for the actuator, said emergency energy storage allowing the actuating part to be moved into a predefined position in the case of a power interruption. - a basis module comprising a motor arranged to drive an actuating part of the actuator, - an interface, formed on the basis module, said interface being arranged to receive at least one additional module (9, 14, 16, 19, 24), selected among two or more kinds of additional modules (9, 14, 16, 19, 24), where each additional module (9, 14, 16, 19, 24) is arranged to cooperate with the basis module to provide additional functionality to the actuator, where different kinds of additional modules (9, 14, 16, 19, 24) provide different functionality,
A method implemented in a high performance computing, HPC, environment including a plurality of compute nodes interconnected via a plurality of switches and links, the method comprising: identifying, by a subnet manager, a set of compute nodes from among the plurality of compute nodes to participate in a collective group to perform collective operations; configuring, by the subnet manager, a spanning tree comprising a plurality of nodes including the set of compute nodes and a set of switches interconnected by a plurality of links, the set of switches including edge switches connected to compute nodes and one or more levels of core switches including a core switch at the root of the spanning tree, wherein the spanning tree is configured such that each node in the spanning tree is enabled to communicate with each of the other nodes via a single respective specified route comprising at least one link segment; configuring, by the subnet manager, each switch in the spanning tree to be aware of specified routes involving that switch by notifying that switch that it is a member of the collective group and sending configuration information that includes a collective forwarding table describing the parent node and child nodes of that switch in the spanning tree; and at each switch, identifying collective operation messages and their destinations and forwarding the collective operations messages along link segments of the specified routes connected to that switch in accordance with the collective forwarding table. identifying, by a subnet manager, a set of compute nodes from among the plurality of compute nodes to participate in a collective group to perform collective operations; configuring, by the subnet manager, a spanning tree comprising a plurality of nodes including the set of compute nodes and a set of switches interconnected by a plurality of links, the set of switches including edge switches connected to compute nodes and one or more levels of core switches including a core switch at the root of the spanning tree, wherein the spanning tree is configured such that each node in the spanning tree is enabled to communicate with each of the other nodes via a single respective specified route comprising at least one link segment; configuring, by the subnet manager, each switch in the spanning tree to be aware of specified routes involving that switch by notifying that switch that it is a member of the collective group and sending configuration information that includes a collective forwarding table describing the parent node and child nodes of that switch in the spanning tree; and at each switch, identifying collective operation messages and their destinations and forwarding the collective operations messages along link segments of the specified routes connected to that switch in accordance with the collective forwarding table.
A probe for conducting an audiologic test, the probe extending along a longitudinal axis from a first end to a second end, the first end configured for insertion into an ear-canal of a person and the second end opposite to the first end, wherein the probe comprises a probe part between the first end and the second end; wherein the probe part has a first port arranged in a lateral surface of the probe part, the first port being configured to accommodate at least one tubular input configured to accommodate one or more electrical wires and/or air under pressure; wherein the probe further comprises a holder fixed to the probe part, the holder being configured to being held by an operator of the probe, characterized in that the holder has a non-circular shape, seen from an end view.
A gas turbine engine having: a row of circumferentially spaced rotor blades, each having a radially outer tip, a plurality of seal segments circumscribing the rotor blade tips and attached to a radially inward side of a casing of the engine by front and rear segment carriers (34, 35), the seal segments being spaced from the casing such that a spacing cavity is defined between the front and rear segment carriers and the casing and seal segments, and an external cooling arrangement for impinging relatively cold cooling air on a radially outward side of the casing and thereby controlling a radial clearance between the rotor blade tips and the seal segments; wherein the engine further has a dividing wall containing a plurality of through-holes, the dividing wall being attached to a radially inward side of the casing adjacent the seal segments and separating the spacing cavity into two radially spaced chambers, a radially inner sub-chamber, and a radially outer sub-chamber, whereby, in use, a flow of relatively hot cooling air is routed to and received by the radially inner sub-chamber to provide cooling for the seal segments, and wherein the radially outer sub chamber is a heat control chamber, characterised in that the engine further has one or more closable ducts which allow air to be exhausted from the heating control chamber, whereby, when the ducts are open, a portion of the hot cooling air flows through the through-holes to impinge on the casing and then exhausts from the heating control chamber through the ducts. a row of circumferentially spaced rotor blades, each having a radially outer tip, a plurality of seal segments circumscribing the rotor blade tips and attached to a radially inward side of a casing of the engine by front and rear segment carriers (34, 35), the seal segments being spaced from the casing such that a spacing cavity is defined between the front and rear segment carriers and the casing and seal segments, and an external cooling arrangement for impinging relatively cold cooling air on a radially outward side of the casing and thereby controlling a radial clearance between the rotor blade tips and the seal segments; wherein the engine further has a dividing wall containing a plurality of through-holes, the dividing wall being attached to a radially inward side of the casing adjacent the seal segments and separating the spacing cavity into two radially spaced chambers, a radially inner sub-chamber, and a radially outer sub-chamber, whereby, in use, a flow of relatively hot cooling air is routed to and received by the radially inner sub-chamber to provide cooling for the seal segments, and wherein the radially outer sub chamber is a heat control chamber, characterised in that the engine further has one or more closable ducts which allow air to be exhausted from the heating control chamber, whereby, when the ducts are open, a portion of the hot cooling air flows through the through-holes to impinge on the casing and then exhausts from the heating control chamber through the ducts.
Process for the manufacture of vinyl chloride-containing copolymers by coordination - insertion polymerization of vinyl chloride with ethylene, characterized in that the catalyst used for the polymerization is selected from the palladium catalysts responding to formula I and the dimeric form of such palladium catalysts responding to formula II in which R1 is selected from hydrogen, methyl, neopentyl, benzyl and other carbyls which do not contain hydrogen in beta position to the metal, L is a weakly coordinated ligand and R2 and R3 are respectively either tert.-butyl and phenyl or both cyclohexyl.
A wiping product for removing make up comprising a nonwoven or tissue web and comprising: a rectangular central portion; a first pair of opposed lobes (14, 18) continuous with the central portion, each lobe having a curvilinear peripheral edge; a second pair of opposed lobes (12, 16) continuous with the central portion, each lobe having a curvilinear peripheral edge; wherein the first pair of opposed lobes each have a base that forms one side of the rectangular central portion and a bell-shaped curvilinear peripheral edge that terminates in a rounded tip having an edge defined by the arc of a circle having a radius R1 and the second pair of opposed lobes each have a base that forms one side of the rectangular central portion and a bell-shaped curvilinear peripheral edge that terminates in a rounded tip having an edge defined by the arc of a circle having a radius R2; characterised in that: the radius R1 is from about 10 to about 30 mm and the radius R2 is from about 10 to about 30 mm. a rectangular central portion; a first pair of opposed lobes (14, 18) continuous with the central portion, each lobe having a curvilinear peripheral edge; a second pair of opposed lobes (12, 16) continuous with the central portion, each lobe having a curvilinear peripheral edge; wherein the first pair of opposed lobes each have a base that forms one side of the rectangular central portion and a bell-shaped curvilinear peripheral edge that terminates in a rounded tip having an edge defined by the arc of a circle having a radius R1 and the second pair of opposed lobes each have a base that forms one side of the rectangular central portion and a bell-shaped curvilinear peripheral edge that terminates in a rounded tip having an edge defined by the arc of a circle having a radius R2; characterised in that: the radius R1 is from about 10 to about 30 mm and the radius R2 is from about 10 to about 30 mm. the radius R1 is from about 10 to about 30 mm and the radius R2 is from about 10 to about 30 mm.
A carpet unit arrangement comprising: - a carpet unit comprising a carpet or a carpet tile, and - a light source, wherein the carpet unit comprises a user face, formed by carpet tuft yarns, and an opposite back face, wherein, when seen in a direction from the user face to the back face, the light source is arranged behind the user face of the carpet unit, wherein the light source is further arranged to illuminate the back face of the carpet unit, characterized in that the carpet unit is an axminster-based carpet unit, comprising wefts, warps and said tuft yarns. - a carpet unit comprising a carpet or a carpet tile, and - a light source, wherein the carpet unit comprises a user face, formed by carpet tuft yarns, and an opposite back face, wherein, when seen in a direction from the user face to the back face, the light source is arranged behind the user face of the carpet unit, wherein the light source is further arranged to illuminate the back face of the carpet unit, characterized in that the carpet unit is an axminster-based carpet unit, comprising wefts, warps and said tuft yarns.
An apparatus for evaluating brain health of a subject, the apparatus comprising: one or more electrodes (104, 108; 206, 208); one or more processors; a computer-readable memory storing non-transient instructions that when executed by the one or more processors cause the apparatus to: provide, using the one or more electrodes (104, 108; 206, 208), electrical current to an ocular region of the subject; sense, using the one or more electrodes (104, 108; 206, 208), an electrical signal obtained from the ocular region of the subject, and determine a bioimpedance value of the subject from the electrical signal, wherein the bioimpedance value represents a bioimpedance for a conduction path that includes at least a portion of the ocular and brain regions of the subject; and determine a brain health indicator from the bioimpedance information. one or more electrodes (104, 108; 206, 208); one or more processors; a computer-readable memory storing non-transient instructions that when executed by the one or more processors cause the apparatus to: provide, using the one or more electrodes (104, 108; 206, 208), electrical current to an ocular region of the subject; sense, using the one or more electrodes (104, 108; 206, 208), an electrical signal obtained from the ocular region of the subject, and determine a bioimpedance value of the subject from the electrical signal, wherein the bioimpedance value represents a bioimpedance for a conduction path that includes at least a portion of the ocular and brain regions of the subject; and determine a brain health indicator from the bioimpedance information. provide, using the one or more electrodes (104, 108; 206, 208), electrical current to an ocular region of the subject; sense, using the one or more electrodes (104, 108; 206, 208), an electrical signal obtained from the ocular region of the subject, and determine a bioimpedance value of the subject from the electrical signal, wherein the bioimpedance value represents a bioimpedance for a conduction path that includes at least a portion of the ocular and brain regions of the subject; and determine a brain health indicator from the bioimpedance information.
A method of manufacturing an assembly comprising a plurality of blades mounted in a platform, in which method: - the blades are manufactured separately from the platform, the blades after manufacture being finished; - a mixture of metal powder and thermoplastic binder is prepared; - the mixture is injected into a mold to obtain a platform blank; - an operation of removing the binder from the platform blank is performed prior to assembling the finished blades with said blank; - one end of the finished blades is inserted into a housing formed in the platform blank in order to assemble the assembly; and - the assembly comprising the platform blank and the finished blades is sintered to unify the assembly. - the blades are manufactured separately from the platform, the blades after manufacture being finished; - a mixture of metal powder and thermoplastic binder is prepared; - the mixture is injected into a mold to obtain a platform blank; - an operation of removing the binder from the platform blank is performed prior to assembling the finished blades with said blank; - one end of the finished blades is inserted into a housing formed in the platform blank in order to assemble the assembly; and - the assembly comprising the platform blank and the finished blades is sintered to unify the assembly.
Grass paver panel having cellular structure in the plan comprising cells with coupled edges, the cells having an internal profile and the edges of the cells having apertures with a width exceeding the thickness of the edges, said apertures are made in the middle part of the edges of the cells, and said apertures are provided on the bottom or on the top of the cells, characterized in that the cells are also provided with support points made on the lower end face of the panel, the support points in the plan have a profile that is configured to fit in the internal profile of the cells of other panel (1 1), such that when panels (1 1, 1 2) are mounted on one another, the support points of one panel (1 2) are arranged inside the internal profile of the cells of the other panel (1 1).
A self-locking anti-panic lock having a lock housing, in which a spring loaded deadbolt is disposed, which locks in a first location protruding from the lock housing, and is retractable into the lock housing to a second unlocked location, a spring-loaded slider, which, within the lock housing, is movable translationally into a first and into a second positions, a lever, which is rotatably supported around an actuation axis, in which an actuating member, in particular a rotating knob, a handle or the like is attachable, wherein the slider includes a contacting surface, which is associated to a force transmitting member, which is coupled to an electrical actuating device, wherein the slider is in operative connection with the deadbolt such that, during the movement of the slider from the first into the second position, the deadbolt is guided from the first to the second location, and a locking cylinder is disposed around an axis of rotation in the housing, characterized in that in a functionally appropriate installation, the actuating axis of the lever is disposed below the axis of rotation of the locking cylinder, wherein the slider includes a catch, which cooperates with the lever, wherein the lever upon an actuation of the actuating member rotates around the actuating axis and simultaneously moves the catch, wherein the slider is simultaneously displaced upwards from its first into its second position.
A terminal comprising: a control section configured to determine a resource of an uplink shared channel, based on a transmission periodicity configured by a higher layer parameter and offset information indicated by downlink control information, wherein the offset information indicates a duration from a reference timing to a start timing of a resource of the uplink shared channel to which the transmission periodicity is applied, the reference timing being based on a notification timing of the downlink control information; and a transmission section configured to transmit the uplink shared channel. a control section configured to determine a resource of an uplink shared channel, based on a transmission periodicity configured by a higher layer parameter and offset information indicated by downlink control information, wherein the offset information indicates a duration from a reference timing to a start timing of a resource of the uplink shared channel to which the transmission periodicity is applied, the reference timing being based on a notification timing of the downlink control information; and a transmission section configured to transmit the uplink shared channel.