mhurhangee/ep-ind-claims huggingface dataset:
An electric linear-motion actuator for linearly driving a member to be driven by converting the rotary motion of an electric motor to a linear motion, comprising a plurality of planetary rollers, an outer ring member and an electric motor, wherein the plurality of planetary rollers are disposed between a radially outer surface of a rotor shaft of the electric motor and a radially inner surface of the outer ring member such that when the rotor shaft rotates, the planetary rollers rotate about the axis of the rotor shaft while simultaneously rotating about their own axes, wherein at least one helical rib is formed on one of the radially outer surface of the rotor shaft and the radially inner surface of the outer ring member, and at least one helical groove is formed in a radially outer surface of each of the planetary rollers, said at least one helical rib being in engagement with said at least one helical groove of the respective planetary rollers, whereby when said planetary rollers rotate about said rotor shaft while simultaneously rotating about their own axes, said planetary rollers move in an axial direction of the rotor shaft relative to the rotor shaft, thereby converting the rotary motion of the rotor shaft to a linear motion of the planetary rollers, characterized in that said outer ring member is fixed in position around the radially outer surface of the rotor shaft and said at least one helical groove is equal in pitch to said at least one helical rib, and different in lead angle from said helical rib.
A Pulley-torsional damper integrated group comprising a hub adapted to be rigidly connected to a drive member, a pulley connected to the hub, said hub comprising an inner tubular wall and an outer tubular wall, said pulley being angularly coupled to said hub by means of a ring made of elastomeric material, said ring having an outer surface towards the pulley and an inner surface towards the hub, an adhesive (22, 23) being arranged on at least one of said external or internal surfaces, characterized in that said adhesive (22, 23) extends axially for a percentage lower than 90% of the axial extension of said outer surface and/or inner surface of said elastomeric ring.
A process for treating tobacco material wherein the treated tobacco material has an aerobic plate count of up to 1000 CFU/g, the process comprising securing tobacco material within a moisture-retaining material and exposing the tobacco material to an ambient processing temperature of at least 45°C, wherein the tobacco material has a packing density on a dry matter weight base of at least 200 kg/m 3 at the start of the process and has a moisture content of between 10% and 15.5% before and during treatment.
A refrigerator comprising: a main body to define a storage space; a door that opens and closes the storage space; a dispenser provided at the door to dispense water; at least two filters to purify water supplied from an external water supply source, thereby supplying the purified water into the dispenser; at least two heads to fix the at least two filters, respectively; a connector that connects the at least two heads to each other, the connector providing a passage between the at least two heads; and a bracket on which the connector and the at least two heads are seated, the bracket being coupled to the connector, characterized in that the connector is rotatable in a state where the connector is connected to the at least two heads and comprises a handle with a coupling part, the bracket comprises a coupling protrusion for restricting free rotation of a coupling part of the connector in a rotation path of the connector, and a coupling guide that guides coupling of the coupling part and on which the coupling protrusion is disposed and wherein the coupling part may pass over the coupling protrusion whereby the connector and the bracket are coupled such that the handle may not reversely rotate and thus be firmly coupled at a predetermined angle. a main body to define a storage space; a door that opens and closes the storage space; a dispenser provided at the door to dispense water; at least two filters to purify water supplied from an external water supply source, thereby supplying the purified water into the dispenser; at least two heads to fix the at least two filters, respectively; a connector that connects the at least two heads to each other, the connector providing a passage between the at least two heads; and a bracket on which the connector and the at least two heads are seated, the bracket being coupled to the connector, characterized in that the connector is rotatable in a state where the connector is connected to the at least two heads and comprises a handle with a coupling part, the bracket comprises a coupling protrusion for restricting free rotation of a coupling part of the connector in a rotation path of the connector, and a coupling guide that guides coupling of the coupling part and on which the coupling protrusion is disposed and wherein the coupling part may pass over the coupling protrusion whereby the connector and the bracket are coupled such that the handle may not reversely rotate and thus be firmly coupled at a predetermined angle.
Hotplate device, in particular induction hotplate device, with at least one first cooking zone (22, 24, 26, 28), defined by a heating element, with a first electrode (32, 34, 36, 38) which significantly changes its capacity as a function of an occupancy of the first cooking zone (22, 24, 26, 28) by cookware, and with at least one touch-sensitive control unit, wherein the touch-sensitive control unit evaluates the electrode properties of the first electrode (32, 34, 36, 38) in at least one operating mode, characterised in that the touch-sensitive control unit has a second electrode (42, 44, 46, 48) which significantly changes its capacity as a function of an actuation by an operator and which is connected to the first electrode (32, 34, 36, 38) in an electrically conductive manner.
A device for retarding birth comprising: an upper ring for surrounding a cervix and including a rounded edge for pushing on a fornix wall surrounding said cervix: an anchoring component for anchoring the device lower than said upper ring; and characterized by: the device comprising an elastic component for attaching the upper ring to the anchoring component, wherein the elastic component pushes the upper ring and the anchoring component apart and wherein the anchoring component is configured for anchoring said device to said cervix. an anchoring component for anchoring the device lower than said upper ring; and characterized by: the device comprising an elastic component for attaching the upper ring to the anchoring component, wherein the elastic component pushes the upper ring and the anchoring component apart and wherein the anchoring component is configured for anchoring said device to said cervix. the device comprising an elastic component for attaching the upper ring to the anchoring component, wherein the elastic component pushes the upper ring and the anchoring component apart and wherein the anchoring component is configured for anchoring said device to said cervix.
A packaging bag comprising an envelope with a plurality of perforation holes, wherein said envelope comprises at least one enclosing element made of a polymer film of at least one layer; said perforation holes are distributed on at least a part of said enclosing element; the enclosing element has at least one joint (23, 34); and at least parts of the surfaces of said enclosing element and said joint (23, 34) define an inner chamber of said bag: the enclosing element (12, 36) comprising at least two perforation-areas (31, 33) with the plurality of perforation holes, each of the perforation-areas (31, 33) forming a straight band and reaching over the entire length of the envelope; the enclosing element (12, 36) comprising at least two non-perforation-areas (30, 32) without perforation holes and each of the non-perforation-areas (30, 32) forming a straight band and reaching over the entire length of the envelope; the perforation- and the non-perforation-areas (30, 31, 32, 33) forming together said inner chamber of the bag, wherein said perforation-areas (31, 33) and said non-perforation-areas (30.32) are forming a hose base element by a further joint reaching over at least a part of the length of the envelope; wherein each perforation-area (31,33) is adjacent to two non-perforation-areas (30,32) and each non-perforation-area (30,32) is adjacent to two perforation-areas (31,33); and wherein one opening of said hose base element is closed by said joint; characterized in that the openings of said perforation holes have a drop-shaped form.
System comprising: a processor with a plurality of cores (7a, 7b, 7c, 7d) having the same instruction set architecture, at least one memory connected to the processor, a plurality of virtualization systems (22a, 22b, 22c) adapted to run respectively each on one core (7a, 7b, 7c, 7d), the plurality of virtualization systems including a first virtualization system adapted to run on a first core and a second virtualization system adapted to run on a second core, wherein the first virtualization system has a first characteristic with a first parameter and the second virtualization system has a second characteristic with a second parameter, wherein the parameter of the first characteristic and the parameter of the second characteristic are incompatible when implemented in a single virtualization system; and communication module for enabling the plurality of virtualization systems (22a, 22b, 22c) to communicate with each other. a processor with a plurality of cores (7a, 7b, 7c, 7d) having the same instruction set architecture, at least one memory connected to the processor, a plurality of virtualization systems (22a, 22b, 22c) adapted to run respectively each on one core (7a, 7b, 7c, 7d), the plurality of virtualization systems including a first virtualization system adapted to run on a first core and a second virtualization system adapted to run on a second core, wherein the first virtualization system has a first characteristic with a first parameter and the second virtualization system has a second characteristic with a second parameter, wherein the parameter of the first characteristic and the parameter of the second characteristic are incompatible when implemented in a single virtualization system; and communication module for enabling the plurality of virtualization systems (22a, 22b, 22c) to communicate with each other.
A method for producing mineral fertilisers, comprising covering fertiliser granules with outer sheaths, which are based on glauconite, is characterized in that, the fertiliser granules, after coating them with the outer sheaths, are exposed to a treatment by a constant magnetic field, and wherein the intensity of the external magnetic field is selected within the range of 2000 - 3000 E, and the exposure time of the magnetic field on the fertiliser granules is in the range of 1 - 2 minutes.
Intraocular lens storage system for storing an intraocular lens, comprising a) a storage container for storing the intraocular lens, and b) an actuable transfer device, which is arranged in the storage container, with an intraocular lens receiver for receiving the intraocular lens, wherein the transfer device is movable between i) an intraocular lens storage position for storing the intraocular lens in the storage container, and ii) an intraocular lens transfer position for transferring the intraocular lens to an injection device c) wherein an injection device main introduction opening for introducing the injection device into the storage container is formed in the storage container, characterized in that d) the injection device main introduction opening is laterally adjoined by i) an injection device through-opening for aligning a first guide wing of the injection device during introduction, and ii) an injection device positioning introduction opening for aligning a second guide wing of the injection device on introduction as well as iii) an injection device positioning removal opening to align the second guide wing of the injection device on removal. a) a storage container for storing the intraocular lens, and b) an actuable transfer device, which is arranged in the storage container, with an intraocular lens receiver for receiving the intraocular lens, wherein the transfer device is movable between i) an intraocular lens storage position for storing the intraocular lens in the storage container, and ii) an intraocular lens transfer position for transferring the intraocular lens to an injection device i) an intraocular lens storage position for storing the intraocular lens in the storage container, and ii) an intraocular lens transfer position for transferring the intraocular lens to an injection device c) wherein an injection device main introduction opening for introducing the injection device into the storage container is formed in the storage container, characterized in that d) the injection device main introduction opening is laterally adjoined by i) an injection device through-opening for aligning a first guide wing of the injection device during introduction, and ii) an injection device positioning introduction opening for aligning a second guide wing of the injection device on introduction as well as iii) an injection device positioning removal opening to align the second guide wing of the injection device on removal. i) an injection device through-opening for aligning a first guide wing of the injection device during introduction, and ii) an injection device positioning introduction opening for aligning a second guide wing of the injection device on introduction as well as iii) an injection device positioning removal opening to align the second guide wing of the injection device on removal.
A method for manufacturing a tube from quartz glass by forming a hollow cylinder having a hollow cylinder bore, an outer diameter C a, an inner diameter C i, and a wall thickness which is at least 20 mm, by said hollow cylinder, continuously rotating about an axis of rotation, being fed at a relative feed rate V C to a heating zone, being softened therein in regions, and the softened region being radially expanded under the action of a gas pressure applied in the hollow cylinder bore, and a tube strand having a tube outer diameter T a, a tube inner diameter T i, and a tube wall thickness being formed continuously from the softened region and being withdrawn at a withdrawal rate V T, characterized in that the gas pressure is used as a manipulated variable of a diameter closed-loop control and/or a diameter open-loop control for the tube outer diameter or for a geometrical parameter correlated with the tube outer diameter, and in that, in a pressure build-up phase, the gas pressure is gradually increased from a lower starting value to a higher final value, and in that the following applies to the ratio of V C and V T: V T = V C ± 0.2·V C.
A method, comprising: identifying a network node that provides call content interception, wherein the network node comprises a packet data network gateway (P-GW) or an IP multimedia subsystem access gateway (IMS-AGW); determining a location of the call content interception at the identified network node, wherein the location of the call content interception at the IP multimedia subsystem access gateway (IMS-AGW) comprises an ingress and an egress side; determining a codec type used at the determined location of the call content interception at the identified network node; sending a codec of the determined codec type used at the determined location of the call content interception at the identified network node to a delivery function in the communications network; and sending session description protocol security description keys to the delivery function if the call content interception is done at the packet data network gateway (P-GW) or at the ingress side of the IP multimedia subsystem access gateway (IMS-AGW) and sending no session description protocol security description keys if the call content interception is done at the egress side of the IP multimedia subsystem access gateway (IMS-AGW). identifying a network node that provides call content interception, wherein the network node comprises a packet data network gateway (P-GW) or an IP multimedia subsystem access gateway (IMS-AGW); determining a location of the call content interception at the identified network node, wherein the location of the call content interception at the IP multimedia subsystem access gateway (IMS-AGW) comprises an ingress and an egress side; determining a codec type used at the determined location of the call content interception at the identified network node; sending a codec of the determined codec type used at the determined location of the call content interception at the identified network node to a delivery function in the communications network; and sending session description protocol security description keys to the delivery function if the call content interception is done at the packet data network gateway (P-GW) or at the ingress side of the IP multimedia subsystem access gateway (IMS-AGW) and sending no session description protocol security description keys if the call content interception is done at the egress side of the IP multimedia subsystem access gateway (IMS-AGW).
An X-ray computed tomography system comprising: an acquirer (170, 176) configured to acquire a first image (355) and a second image (355), the first image reconstructed based on a first projection dataset corresponding to a group of discrete first views and acquired with emission of X-rays of a first energy, the second image reconstructed based on a second projection dataset corresponding to a group of discrete second views different from the first views and acquired with emission of X-rays of a second energy different from the first energy, characterized by: a processor configured to generate a third image (353) corresponding to the first image in which streak artifacts are mitigated and a fourth image (353) corresponding to the second image in which streak artifacts are mitigated, by inputting the first image (355) and the second image (355) to a learned model adapted to output the third image (353) and the fourth image (353) based on the first image (355) and the second image (355). an acquirer (170, 176) configured to acquire a first image (355) and a second image (355), the first image reconstructed based on a first projection dataset corresponding to a group of discrete first views and acquired with emission of X-rays of a first energy, the second image reconstructed based on a second projection dataset corresponding to a group of discrete second views different from the first views and acquired with emission of X-rays of a second energy different from the first energy, characterized by: a processor configured to generate a third image (353) corresponding to the first image in which streak artifacts are mitigated and a fourth image (353) corresponding to the second image in which streak artifacts are mitigated, by inputting the first image (355) and the second image (355) to a learned model adapted to output the third image (353) and the fourth image (353) based on the first image (355) and the second image (355).
An organic light emitting device comprising: a substrate; a first electrode provided on the substrate; an organic material layer provided on the first electrode; a second electrode pattern provided on the organic material layer and comprising two or more metal layers spaced apart from each other; and a fuse layer provided in an entire region of an upper surface of the second electrode pattern and gaps between the metal layers spaced apart from each other, wherein the metal layer and the fuse layer comprise the same material, wherein a thickness of the fuse layer is smaller than that of the metal layer and characterized in that the thickness of the fuse layer is from 10 nm to 100 nm, and a difference in thickness between the metal layer and the fuse layer is from 10 nm to 100 nm. a substrate; a first electrode provided on the substrate; an organic material layer provided on the first electrode; a second electrode pattern provided on the organic material layer and comprising two or more metal layers spaced apart from each other; and a fuse layer provided in an entire region of an upper surface of the second electrode pattern and gaps between the metal layers spaced apart from each other, wherein the metal layer and the fuse layer comprise the same material, wherein a thickness of the fuse layer is smaller than that of the metal layer and characterized in that the thickness of the fuse layer is from 10 nm to 100 nm, and a difference in thickness between the metal layer and the fuse layer is from 10 nm to 100 nm.
A clot capture catheter comprising an elongate tubular shaft having a proximal end, a distal end and an inflatable expansile member at the distal end, the expansile member being inflatable from a collapsed delivery configuration to an expanded configuration, wherein, in the expanded configuration, the expansile member extends to at least a distalmost tip of the shaft and extends radially outwardly from the shaft at the distalmost tip of the shaft to define a mouth, and wherein the expansile member comprises a balloon; wherein expansion of the balloon applies tension to the distalmost tip causing the distalmost tip to form a funnel shape, and wherein the balloon, in the expanded configuration is of funnel shape having an enlarged distal entry mouth and a narrower proximal end.
A process for the preparation of a salt of the bicyclic imidazole compound represented by the expanded general formulae below: in which A represents a monovalent cation and X independently represents a carbon atom, an oxygen atom, a sulfur atom, a phosphorus atom or a nitrogen atom, characterized in that an imidazole compound of formula represented by the expanded general formulae below: is reacted with a base AZ, with A having the same meaning as above and Z representing a hydride, hydroxide or carbonate anion.
A method of measuring signals received through a plurality of antennas in a mobile wireless device in communication with a wireless network, comprising: measuring signals received through at least one of a primary antenna and a secondary antenna during each cycle in a series of discontinuous reception cycles; varying a switch rate that controls measuring between the primary antenna and the secondary antenna based on the measured received signals; and when unable to decode successfully a signal received on the primary antenna, switching to decode signals received on the secondary antenna. measuring signals received through at least one of a primary antenna and a secondary antenna during each cycle in a series of discontinuous reception cycles; varying a switch rate that controls measuring between the primary antenna and the secondary antenna based on the measured received signals; and when unable to decode successfully a signal received on the primary antenna, switching to decode signals received on the secondary antenna.