mhurhangee/patent-ind-claim-en huggingface dataset:
An article for use with an apparatus configured to heat smokable material to volatilize at least one component of the smokable material, the article comprising: a cavity configured to receive a smokable material; and a coil of heater material that is heatable via penetration with a varying magnetic field and to thereby heat the cavity, wherein a first portion of the coil of heater material is more susceptible to eddy currents induced therein by penetration with the varying magnetic field than a second portion of the coil of heater material; characterized in that : (i) the first portion comprises a first material density, and the second portion comprises a second material density which is different to the first material density; and/or (ii) the first and second portions are disposed adjacent each other in a direction perpendicular to the longitudinal direction of the article or of the heater material. a cavity configured to receive a smokable material; and a coil of heater material that is heatable via penetration with a varying magnetic field and to thereby heat the cavity, wherein a first portion of the coil of heater material is more susceptible to eddy currents induced therein by penetration with the varying magnetic field than a second portion of the coil of heater material; characterized in that : (i) the first portion comprises a first material density, and the second portion comprises a second material density which is different to the first material density; and/or (ii) the first and second portions are disposed adjacent each other in a direction perpendicular to the longitudinal direction of the article or of the heater material. (i) the first portion comprises a first material density, and the second portion comprises a second material density which is different to the first material density; and/or (ii) the first and second portions are disposed adjacent each other in a direction perpendicular to the longitudinal direction of the article or of the heater material.
A composition comprising a reduced polysaccharide, wherein said reduced polysaccharide (a) comprises less than 2% of residual aldehydes; or (b) comprises less than 3% of residual aldehydes; wherein said reduced polysaccharide is produced by reacting a polysaccharide with a diol specific oxidizing agent, thereby producing an aldehyde containing oxidized polysaccharide comprising 0.1% or more oxidation on a molar basis; followed by reacting said oxidized polysaccharide with a water soluble aldehyde specific reducing agent to reduce the aldehyde moieties present in the oxidized polysaccharide to alcohol moieties and to produce said reduced polysaccharide; wherein said water soluble aldehyde specific reducing agent is not sodium borohydride; and wherein said polysaccharide is selected from the group consisting of alginate, agarose, pullulan, scleroglucan, chitosan, elsinan, xanthan gum, mannose, gellan, levan, cellulose, hyaluronic acid, chondroitin sulfate A, chondroitin sulfate C, chondroitin sulfate E and β-d-glucans; optionally wherein said polysaccharide is alginate. (a) comprises less than 2% of residual aldehydes; or (b) comprises less than 3% of residual aldehydes; wherein said reduced polysaccharide is produced by reacting a polysaccharide with a diol specific oxidizing agent, thereby producing an aldehyde containing oxidized polysaccharide comprising 0.1% or more oxidation on a molar basis;
Filter module for filtering a fluid, comprising - at least one filter element with a filter bellows made of a filter medium with an intended raw side and an intended clean side opposing the raw side, - a mounting frame connected to the filter element and enclosing an edge of the filter element circumferentially at least partially with a frame wall , - a circumferential first sealing element which is disposed on an exterior side of the frame wall of the mounting frame , - wherein the mounting frame features at least one latching element on its exterior side , wherein a second sealing element , which can be guided into its sealing position by latching the at least one latching element , is disposed at the filter element for sealing between raw side and clean side and wherein the first sealing element is designed as an axial sealing element and the second sealing element as a radial sealing element. - at least one filter element with a filter bellows made of a filter medium with an intended raw side and an intended clean side opposing the raw side, - a mounting frame connected to the filter element and enclosing an edge of the filter element circumferentially at least partially with a frame wall , - a circumferential first sealing element which is disposed on an exterior side of the frame wall of the mounting frame , - wherein the mounting frame features at least one latching element on its exterior side ,
Method for manufacturing a part made up entirely or partially of at least one three-dimensional lattice , this three-dimensional lattice being produced by additive manufacturing by successive depositions of different layers of additive manufacturing powder and selective consolidation of said layers of powder along at least one path comprising different manufacturing vectors, the three-dimensional lattice comprising at least two layers (S1,S2) of parallel strands that are spaced apart from one another, the strands of one layer (S1) extending in a longitudinal direction (DL1) different from the longitudinal direction (DL2) in which the strands of another layer (S2) extend, the manufacturing method being characterized in that each strand is consolidated only via a plurality of manufacturing vectors (V11-V51) extending in the longitudinal direction in which said strand extends.
A beverage packed in a package, the beverage comprising a distilled liquor and having an alcohol content of 1 to 20 v/v%, wherein the package has a clear section, wherein at least part of the clear section has an optical transmittance of not more than 70% in a region of at least 50% of the wavelength range of from 420 nm to 460 nm, and an optical transmittance of not less than 80% in the wavelength range of more than 540 nm but not more than 780 nm.
Apparatus for receiving satellite positioning signals, comprising an antenna array that comprises - at least two antennae that can receive satellite positioning signals generated by at least one constellation of artificial satellites (C), - at least two phase shifters , each one of which comprises an input and an output and is adapted to delay, by a certain phase angle, a signal entering through said input and exiting through said output, - an output collector , which can be put in communication with a positioning device , characterized in that the input of each of said phase shifters (22a-22d) is in direct communication with one of said antennae (21a-21d), and wherein the outputs of said phase shifters (22a-22d) are connected to one another through the output collector , in which constructive interference can be generated between the satellite positioning signals and/or disruptive interference can be generated between the reflections of said satellite positioning signals and/or between signals coming from sources located in positions other than those of the satellites of said constellation of artificial satellites (C). - at least two antennae that can receive satellite positioning signals generated by at least one constellation of artificial satellites (C), - at least two phase shifters , each one of which comprises an input and an output and is adapted to delay, by a certain phase angle, a signal entering through said input and exiting through said output, - an output collector , which can be put in communication with a positioning device ,
An assembly for communicating a media through a wellhead to a media line in a well, the wellhead having at least one gate valve mounted above the wellhead , the assembly comprising: a module configured to install in the wellhead and configured to support the media line extending therefrom; a housing configured to mount above the at least one gate valve and having an insertion port for insertion of the media into the housing ; and a mandrel disposed in the housing and having a proximal end and a distal end , the mandrel defining a bore therethrough from the proximal end to the distal end for communicating the media through the mandrel , the mandrel being movable between a retracted condition and an extended condition, the mandrel in the retracted condition having the distal end retracted from the at least one gate valve , the mandrel in the extended condition being extended through the at least one gate valve , having the distal end engaged with the module , and being configured to communicate the media with the media line . a module configured to install in the wellhead and configured to support the media line extending therefrom; a housing configured to mount above the at least one gate valve and having an insertion port for insertion of the media into the housing ; and a mandrel disposed in the housing and having a proximal end and a distal end , the mandrel defining a bore therethrough from the proximal end to the distal end for communicating the media through the mandrel , the mandrel being movable between a retracted condition and an extended condition, the mandrel in the retracted condition having the distal end retracted from the at least one gate valve , the mandrel in the extended condition being extended through the at least one gate valve , having the distal end engaged with the module , and being configured to communicate the media with the media line .
A method for random access, comprising: receiving, by a network device, a plurality of random access signals on a plurality of predetermined resources, wherein one predetermined resource of the plurality of predetermined resources corresponds to one random access signal of the plurality of random access signals (S210); determining, by the network device, one radio network temporary identifier, RNTI, according to the plurality of predetermined resources (S220), wherein there is a mapping relationship between the plurality of predetermined resources and the RNTI; and transmitting, by the network device, one random access response corresponding to the plurality of random access signals and scrambled through the RNTI (S230). receiving, by a network device, a plurality of random access signals on a plurality of predetermined resources, wherein one predetermined resource of the plurality of predetermined resources corresponds to one random access signal of the plurality of random access signals (S210); determining, by the network device, one radio network temporary identifier, RNTI, according to the plurality of predetermined resources (S220), wherein there is a mapping relationship between the plurality of predetermined resources and the RNTI; and transmitting, by the network device, one random access response corresponding to the plurality of random access signals and scrambled through the RNTI (S230).
An electric power system comprising: - a direct voltage rail , - one or more battery elements (102-104), - one or more supply-converters (105-107) for transferring electric energy from the one or more battery elements to the direct voltage rail, each supply-converter being connected to one of the one or more battery elements, - one or more load-converters (111-113) for converting direct voltage of the direct voltage rail into voltages suitable for one or more loads of the electric power system, and - first over-current protectors (108-110, 114-116) connected between the direct voltage rail and each of the one or more supply-converters and between the direct voltage rail and each of the one or more load-converters, characterized in that the electric power system further comprises a capacitor system connected to the direct voltage rail via a second over-current protector and comprising one or more capacitors, the capacitor system being capable of supplying fault current for switching one of the first over-current protectors into a non-conductive state in response to a fault causing a voltage drop at an electrical node connected to the direct voltage rail via the one of the first over-current protectors, wherein a current limit of the second over-current protector is higher than a current limit of each of the first over-current protectors. - a direct voltage rail , - one or more battery elements (102-104), - one or more supply-converters (105-107) for transferring electric energy from the one or more battery elements to the direct voltage rail, each supply-converter being connected to one of the one or more battery elements, - one or more load-converters (111-113) for converting direct voltage of the direct voltage rail into voltages suitable for one or more loads of the electric power system, and - first over-current protectors (108-110, 114-116) connected between the direct voltage rail and each of the one or more supply-converters and between the direct voltage rail and each of the one or more load-converters,
Device for supplying medication comprising a base part having means for securing the base part to the skin of a patient, a cannula unreleasably connected to the base part and at least partially extending from the proximal side of the base part and a through-going opening providing access of fluid to the cannula , where the through-going opening has an access opening and an exit opening , the access opening and at least a part of the through-going opening are located in a gate permanently attached to the base part and pivotable in relation to the base part characterized in that the gate after the cannula has been inserted and the insertion needle has been removed, has at least one position in which position there is an angle α between a longitudinal central axis (l2) of the gate and the longitudinal central axis of the cannula and that the angle α is different from 0° and/or 180°.
A write-once disc for a disc reproducing apparatus, the disc comprising: a plurality of temporary disc management areas (TDMA1-TDMA5) in which a temporary disc management structure (TDMS) is stored, the temporary disc management structure (TDMS) comprising: a temporary defect list (TDFL) comprising a information indicating a defective area and information indicating a replacement area replacing the defective area, and a temporary disc definition structure (TDDS) comprising location information of the temporary defect list (TDFL); wherein the temporary disc definition structure (TDDS) comprises location information which allows the apparatus to find a location of the temporary disc management areas (TDMA1-TDMA5), and the disc further comprising: an access information area (AIA) comprising at least N-1 recording unit blocks wherein N is the number of temporary disc management areas (TDMA1-TDMA5), wherein the number of recording unit blocks in which temporary disc definition structures (TDDS) are recorded in said access information area (AIA) indicates one of the plurality of temporary disc management areas (TDMA1-TDMA5) in which a final temporary disc definition structure (TDDS) is recorded. a temporary defect list (TDFL) comprising a information indicating a defective area and information indicating a replacement area replacing the defective area, and a temporary disc definition structure (TDDS) comprising location information of the temporary defect list (TDFL); wherein the temporary disc definition structure (TDDS) comprises location information which allows the apparatus to find a location of the temporary disc management areas (TDMA1-TDMA5), and the disc further comprising: an access information area (AIA) comprising at least N-1 recording unit blocks wherein N is the number of temporary disc management areas (TDMA1-TDMA5), wherein the number of recording unit blocks in which temporary disc definition structures (TDDS) are recorded in said access information area (AIA) indicates one of the plurality of temporary disc management areas (TDMA1-TDMA5) in which a final temporary disc definition structure (TDDS) is recorded.
A shift control system comprising: a start clutch that transmits and outputs a torque from an engine according to a fastening adjustment; a transmission that shifts gears through a shifting movement of a meshing clutch according to a vehicle speed to output the torque transmitted and output from the start clutch to drive wheels (225a 223b); a clutch actuator that performs the fastening adjustment of the start clutch; a shift actuator that causes the shifting movement of the meshing clutch; a torque detector that detects a transmitting torque toward the drive wheels; a clutch controller that controls the clutch actuator to perform the fastening adjustment so that a transmission torque of the start clutch is reduced during an interval just before and after shifting a gear while maintaining engine output transmitting torque detected by the torque detector at the time of shifting the gear and preventing an excessive shock torque due to the shifting; characterized in that the clutch controller holds a given engagement state of a clutch control according to the accelerator position and the number of rotation of the engine before shifting the gear, measures a differentiated value of the number of rotation of the engine, and weakens a clutch engagement if the differentiated value is smaller than a target value and strengthens the clutch engagement if the differentiated value is larger than the target value. a start clutch that transmits and outputs a torque from an engine according to a fastening adjustment; a transmission that shifts gears through a shifting movement of a meshing clutch according to a vehicle speed to output the torque transmitted and output from the start clutch to drive wheels (225a 223b); a clutch actuator that performs the fastening adjustment of the start clutch; a shift actuator that causes the shifting movement of the meshing clutch; a torque detector that detects a transmitting torque toward the drive wheels; a clutch controller that controls the clutch actuator to perform the fastening adjustment so that a transmission torque of the start clutch is reduced during an interval just before and after shifting a gear while maintaining engine output transmitting torque detected by the torque detector at the time of shifting the gear and preventing an excessive shock torque due to the shifting;
A method comprising: calculating , at a collector receiving a data flow and via a hashing algorithm, all possible hashes between, on one side: the SIP, source input port, DIP, destination input port, SPort, Source Port, DPort, Destination Port, and protocol of a 5-tuple IP, Internet Protocol, packet header of an incoming packet of the data flow and, on the other side: at least one virtual attribute associated with the data flow to yield resultant hash values, wherein the at least one virtual attribute is a virtual attribute of a network fabric of switches and includes at least one of: tenant, VRF, Virtual Routing and Forwarding, application, and interface information; based on the resultant hash values, computing a multicast address; multicasting the data flow to n leafs based on the multicast address, wherein the n leafs correspond to respective other collectors; and at the respective other collectors, filtering received sub-flows of the multicast data flow based on the resultant hash values, wherein if a respective collector is owned by a hash, the respective collector accepts and saves a respective sub-flow in a local switch collector database. calculating , at a collector receiving a data flow and via a hashing algorithm, all possible hashes between, on one side: the SIP, source input port, DIP, destination input port, SPort, Source Port, DPort, Destination Port, and protocol of a 5-tuple IP, Internet Protocol, packet header of an incoming packet of the data flow and, on the other side: at least one virtual attribute associated with the data flow to yield resultant hash values, wherein the at least one virtual attribute is a virtual attribute of a network fabric of switches and includes at least one of: tenant, VRF, Virtual Routing and Forwarding, application, and interface information; based on the resultant hash values, computing a multicast address; multicasting the data flow to n leafs based on the multicast address, wherein the n leafs correspond to respective other collectors; and at the respective other collectors, filtering received sub-flows of the multicast data flow based on the resultant hash values, wherein if a respective collector is owned by a hash, the respective collector accepts and saves a respective sub-flow in a local switch collector database.
An oil control ring (46, 46', 46") for a piston reciprocating in a cylinder bore or chamber of an internal combustion engine, comprising: an annular body (58', 58") extending about a central axis , said annular body (58', 58") having substantially planar upper (60', 60") and lower surfaces (62', 62") extending generally transversely to said central axis and inner concave (64', 64") and outer convex surfaces (66', 66") extending between said upper (60', 60") and lower surfaces (62', 62"), said outer convex surfaces (66', 66") being configured to contact a wall of said cylinder, wherein said upper (60', 60") and lower surfaces (62', 62") each have an annular groove (68', 68", 70', 70") extending therein, characterized by further including at least one through opening (72', 72") extending between said annular grooves (68', 68", 70', 70") to bring said annular grooves (68', 68", 70', 70") into fluid communication with one another. an annular body (58', 58") extending about a central axis , said annular body (58', 58") having substantially planar upper (60', 60") and lower surfaces (62', 62") extending generally transversely to said central axis and inner concave (64', 64") and outer convex surfaces (66', 66") extending between said upper (60', 60") and lower surfaces (62', 62"), said outer convex surfaces (66', 66") being configured to contact a wall of said cylinder, wherein said upper (60', 60") and lower surfaces (62', 62") each have an annular groove (68', 68", 70', 70") extending therein, characterized by further including at least one through opening (72', 72") extending between said annular grooves (68', 68", 70', 70") to bring said annular grooves (68', 68", 70', 70") into fluid communication with one another.