mhurhangee/patent-ind-claim-en huggingface dataset:
Magnetic composite material, characterized in that it comprises: 4% to 30% by weight of a copolymer, 70% to 96% by weight of magnetic powder, 0% to 5% by weight of at least one coupling agent, 0% to 5% by weight of at least one additive, where the sum of the copolymer, the magnetic powder, the coupling agent and the additive is 100% by weight, said copolymer consisting of: - at least one unit (A) chosen from a polyamide unit having an average number of carbon atoms relative to the nitrogen atom of greater than or equal to 6, - at least one monocarboxylic acid unit (B), - at least one diamine unit (C), - at least one triamine unit (D), - optionally at least one polyetheramide unit (E), where the sum of the constituents A, B, C, D and E is 100% by weight relative to the total weight of the copolymer. 4% to 30% by weight of a copolymer, 70% to 96% by weight of magnetic powder, 0% to 5% by weight of at least one coupling agent, 0% to 5% by weight of at least one additive, where the sum of the copolymer, the magnetic powder, the coupling agent and the additive is 100% by weight, said copolymer consisting of: - at least one unit (A) chosen from a polyamide unit having an average number of carbon atoms relative to the nitrogen atom of greater than or equal to 6, - at least one monocarboxylic acid unit (B), - at least one diamine unit (C), - at least one triamine unit (D), - optionally at least one polyetheramide unit (E), - at least one unit (A) chosen from a polyamide unit having an average number of carbon atoms relative to the nitrogen atom of greater than or equal to 6, - at least one monocarboxylic acid unit (B), - at least one diamine unit (C), - at least one triamine unit (D), - optionally at least one polyetheramide unit (E), where the sum of the constituents A, B, C, D and E is 100% by weight relative to the total weight of the copolymer.
Axial-flux electromagnetic motor or generator including at least one rotor and at least one stator , said at least one rotor comprising permanent magnets rotating about a middle shaft, the permanent magnets being magnet structures forming magnet poles, each magnet structure being composed of a plurality of unit magnets , said at least one stator comprising concentric windings while including a series of studs with the windings wound around each stud , characterised in that the unit magnets are in the form of elongate pins having a length extending along the thickness of the magnet structure , covering discs being disposed axially on each of the two opposite axial faces of said at least one rotor , the covering discs being made from composite, the covering discs and the magnet structures being coated in an external coating layer of composite defining the external contour of said at least one rotor , and in that the studs are connected together.
A pump electrode for forming part of an electrochemical pump cell for adjusting an oxygen partial pressure in an inner space of a gas sensor to measure a concentration of a gas component in a measurement gas by a current-limiting method; the pump electrode being composed of a cermet of a noble metal and an oxide having oxygen ion conductivity, wherein said noble metal contains: a first noble metal which is Pt having a catalytic activity, and a second noble metal which is Au having a catalytic activity suppressing ability to suppress the catalytic activity of said Pt with respect to an oxide gas except for oxygen, and characterized in that said Au is present, partly covering the surface of said Pt in the particle surface of the Pt in said pump electrode, where the Pt particles are exposed, and the abundance ratio of said Au with respect to said Pt is 0.01 to 0.3, wherein the Au abundance ratio is the ratio of the area of the Pt covered with Au to the area of the Pt where the Pt particles themselves are exposed and are not covered with the Au, the Au abundance ratio being calculated by a relative sensitivity coefficient method, based on peak intensity of detection peaks of Au and Pt obtained by XPS (X-ray photoelectron spectroscopy). a first noble metal which is Pt having a catalytic activity, and a second noble metal which is Au having a catalytic activity suppressing ability to suppress the catalytic activity of said Pt with respect to an oxide gas except for oxygen, and characterized in that said Au is present, partly covering the surface of said Pt in the particle surface of the Pt in said pump electrode, where the Pt particles are exposed, and the abundance ratio of said Au with respect to said Pt is 0.01 to 0.3, wherein the Au abundance ratio is the ratio of the area of the Pt covered with Au to the area of the Pt where the Pt particles themselves are exposed and are not covered with the Au, the Au abundance ratio being calculated by a relative sensitivity coefficient method, based on peak intensity of detection peaks of Au and Pt obtained by XPS (X-ray photoelectron spectroscopy).
Biotin for use thereof in the treatment of multiple sclerosis, wherein said treatment with biotin has a duration of at least 3 months, and wherein the multiple sclerosis is a primary or secondary progressive form of multiple sclerosis.
A construction machine comprising: an automotive lower traveling structure , an upper revolving structure rotatably mounted on said lower traveling structure , and a working mechanism provided capable of moving upward/downward on said upper revolving structure , wherein said upper revolving structure is provided with a revolving frame forming a support structural body, a floor member provided on said revolving frame , in which the rear side is an operator's seat mounting portion on which an operator's seat is mounted and the front side is a foot rest portion on which the operator places the foot, a cab box provided by covering a periphery and an upper part of said floor member in order to form an operator's room on said floor member , an indoor unit for an air conditioner arranged on said floor member and supplying sucked air into said cab box as conditioned air, an outdoor air inlet port provided by being opened to the outside of said cab box , an outdoor air duct provided by connecting said outdoor air inlet port and said indoor unit and supplying the outdoor air introduced through said outdoor air inlet port into said indoor unit , an outdoor air filter provided in said outdoor air duct for trapping dusts in the outdoor air, and a filter mounting port provided in said outdoor air duct and through which said outdoor air filter is inserted capable of being attached and removed; characterized in that : said outdoor air duct is arranged so that an intermediate portion between said outdoor air inlet port and said indoor unit passes between a side surface portion of said cab box and a side portion of said operator's seat , said outdoor air duct has a rising duct portion which rises and extends from said outdoor air inlet port in said cab box and becomes the upstream side of said outdoor air filter , a filter accommodating portion which becomes said intermediate portion , and a falling duct portion which falls down from said filter accommodating portion and reaches said indoor unit and becomes the downstream side of said outdoor air filter ; and said filter accommodating portion is provided on said intermediate portion of said outdoor air duct and has said filter mounting port which is opened upward in said cab box . said outdoor air duct is arranged so that an intermediate portion between said outdoor air inlet port and said indoor unit passes between a side surface portion of said cab box and a side portion of said operator's seat , said outdoor air duct has a rising duct portion which rises and extends from said outdoor air inlet port in said cab box and becomes the upstream side of said outdoor air filter , a filter accommodating portion which becomes said intermediate portion , and a falling duct portion which falls down from said filter accommodating portion and reaches said indoor unit and becomes the downstream side of said outdoor air filter ; and said filter accommodating portion is provided on said intermediate portion of said outdoor air duct and has said filter mounting port which is opened upward in said cab box .
Circuit breaker for a gas insulated switch gear , comprising: - a vacuum interrupter comprising a first movable contact , a second stationary contact and a first center axis , - a first insulator , - a contact unit arranged at the first insulator , wherein the first movable contact is movable towards the contact unit so as to be connected to the contact unit , - an electrical conducting unit comprising a first side and a second side , wherein the first side and the second side are opposite to each other, wherein the vacuum interrupter is arranged at the first side of the electrical conducting unit , - a second insulator , wherein the second insulator is arranged at the second side of the electrical conducting unit , wherein the second insulator is mechanically connected to the second stationary contact , characterized in that the second insulator has a second center axis , and wherein the second center axis of the second insulator is parallel to or collinear with the first center axis of the vacuum interrupter , and wherein the contact unit is arranged at an insulating push rod . - a vacuum interrupter comprising a first movable contact , a second stationary contact and a first center axis , - a first insulator , - a contact unit arranged at the first insulator , wherein the first movable contact is movable towards the contact unit so as to be connected to the contact unit , - an electrical conducting unit comprising a first side and a second side , wherein the first side and the second side are opposite to each other, wherein the vacuum interrupter is arranged at the first side of the electrical conducting unit , - a second insulator , wherein the second insulator is arranged at the second side of the electrical conducting unit , wherein the second insulator is mechanically connected to the second stationary contact , characterized in that the second insulator has a second center axis , and wherein the second center axis of the second insulator is parallel to or collinear with the first center axis of the vacuum interrupter ,
A method of preparing a chewing gum or confectionery product comprising pieces of plant material comprising the steps of, preparing fresh or dried plant material pieces of a desired size, wherein the plant material is a leaf, irradiating the fresh or dried plant pieces with infrared radiation for a time and intensity sufficient to render it microbiologically stable while substantially preserving the color and flavor of the plant material, wherein the temperature of the irradiated plant material immediately after irradiation is 138°C (280°F) or less, wherein when the plant material is fresh plant material, the time of irradiation is at least 20 minutes, and when the plant material is dried plant material, the time of irradiation is no more than 180 seconds, preparing a chewing gum or confectionery product, incorporating the irradiated plant material into the mass, or onto the surface, of the chewing gum or confectionery product. preparing fresh or dried plant material pieces of a desired size, wherein the plant material is a leaf, irradiating the fresh or dried plant pieces with infrared radiation for a time and intensity sufficient to render it microbiologically stable while substantially preserving the color and flavor of the plant material, wherein the temperature of the irradiated plant material immediately after irradiation is 138°C (280°F) or less, wherein when the plant material is fresh plant material, the time of irradiation is at least 20 minutes, and when the plant material is dried plant material, the time of irradiation is no more than 180 seconds, preparing a chewing gum or confectionery product, incorporating the irradiated plant material into the mass, or onto the surface, of the chewing gum or confectionery product.
An apparatus for wirelessly receiving power from a wireless power transmitter , the apparatus characterised by : an active switching rectifier operably connected to a coupler and configured to operate in a first bridge mode corresponding to a first duty cycle and a second bridge mode corresponding to a second duty cycle; and a controller configured to: adjust an input resistance of the active switching rectifier to a first value that provides a first wireless power transfer efficiency when the active switching rectifier operates in the first bridge mode, and adjust the input resistance of the active switching rectifier to a second value that provides a second wireless power transfer efficiency less than the first wireless power transfer efficiency while operating within one or more operating limitations when the active switching rectifier operates in the second bridge mode. an active switching rectifier operably connected to a coupler and configured to operate in a first bridge mode corresponding to a first duty cycle and a second bridge mode corresponding to a second duty cycle; and a controller configured to: adjust an input resistance of the active switching rectifier to a first value that provides a first wireless power transfer efficiency when the active switching rectifier operates in the first bridge mode, and adjust the input resistance of the active switching rectifier to a second value that provides a second wireless power transfer efficiency less than the first wireless power transfer efficiency while operating within one or more operating limitations when the active switching rectifier operates in the second bridge mode. adjust an input resistance of the active switching rectifier to a first value that provides a first wireless power transfer efficiency when the active switching rectifier operates in the first bridge mode, and adjust the input resistance of the active switching rectifier to a second value that provides a second wireless power transfer efficiency less than the first wireless power transfer efficiency while operating within one or more operating limitations when the active switching rectifier operates in the second bridge mode.
A base station (101-103) comprising: at least one transceiver; and at least one processor operably coupled to the at least one transceiver, configured to: generate demodulation reference signals, DMRSs, associated with an enhanced physical downlink control channel, EPDCCH , based on a pseudo-random sequence; and control the at least one transceiver to transmit the DMRSs associated with the EPDCCH to at least one terminal (111-116), wherein the pseudo-random sequence is initialized by: a first scrambling initialization value in case of a first set of physical resource blocks, PRBs, for the EPDCCH; and a second scrambling initialization value in case of a second set of PRBs for the EPDCCH. at least one transceiver; and at least one processor operably coupled to the at least one transceiver, configured to: generate demodulation reference signals, DMRSs, associated with an enhanced physical downlink control channel, EPDCCH , based on a pseudo-random sequence; and control the at least one transceiver to transmit the DMRSs associated with the EPDCCH to at least one terminal (111-116), wherein the pseudo-random sequence is initialized by: a first scrambling initialization value in case of a first set of physical resource blocks, PRBs, for the EPDCCH; and a second scrambling initialization value in case of a second set of PRBs for the EPDCCH. generate demodulation reference signals, DMRSs, associated with an enhanced physical downlink control channel, EPDCCH , based on a pseudo-random sequence; and control the at least one transceiver to transmit the DMRSs associated with the EPDCCH to at least one terminal (111-116), wherein the pseudo-random sequence is initialized by: a first scrambling initialization value in case of a first set of physical resource blocks, PRBs, for the EPDCCH; and a second scrambling initialization value in case of a second set of PRBs for the EPDCCH. a first scrambling initialization value in case of a first set of physical resource blocks, PRBs, for the EPDCCH; and a second scrambling initialization value in case of a second set of PRBs for the EPDCCH.
A vehicle cruise control method, applied to a vehicle control system, comprising: obtaining (S201) an actual vehicle speed of a vehicle at a current moment; determining (S202) whether the actual vehicle speed at the current moment is within a target range, wherein the target range is determined based on a tolerance range of a target vehicle speed of the vehicle, and the tolerance range is a range of allowed fluctuations of the target vehicle speed; and if yes, controlling the vehicle to cruise at a target value of a cruising torque, wherein the cruising torque is a torque output by an engine of the vehicle from a crankshaft end; or if no, adjusting (S203) the target value of the cruising torque to control an actual vehicle speed of the vehicle at a first moment to be within the target range, wherein the first moment is any moment after the current moment, characterised in that the target range is determined based on the tolerance range of the target vehicle speed and a speed limit range of a road on which the vehicle is located. obtaining (S201) an actual vehicle speed of a vehicle at a current moment; determining (S202) whether the actual vehicle speed at the current moment is within a target range, wherein the target range is determined based on a tolerance range of a target vehicle speed of the vehicle, and the tolerance range is a range of allowed fluctuations of the target vehicle speed; and if yes, controlling the vehicle to cruise at a target value of a cruising torque, wherein the cruising torque is a torque output by an engine of the vehicle from a crankshaft end; or if no, adjusting (S203) the target value of the cruising torque to control an actual vehicle speed of the vehicle at a first moment to be within the target range, wherein the first moment is any moment after the current moment,
A method of operating a first communications device in a decentralized peer to peer wireless network, the method comprising: storing group membership information indicating the members of a group to which said first communications device belongs; transmitting during a first period of time a transmission request used to signal an intent to transmit to members of said group on a group transmission request resource corresponding to the first communications device; and monitoring to detect transmission request responses in group transmission request response resources corresponding to individual members of said group. storing group membership information indicating the members of a group to which said first communications device belongs; transmitting during a first period of time a transmission request used to signal an intent to transmit to members of said group on a group transmission request resource corresponding to the first communications device; and monitoring to detect transmission request responses in group transmission request response resources corresponding to individual members of said group.
An electronic cigarette vaporizer with a liquid storage transition chamber, comprising a mouth piece , a liquid reservoir and a vaporizing device , wherein the mouth piece is a housing provided with a mouth piece opening at its top end, an inner wall of the housing is sleeved over and tightly abuts against an outer wall of an upper part of the liquid reservoir , the liquid reservoir comprises an upper wall at its top end, and a vapor outlet tube extending downwards from the center of the upper wall is arranged, wherein the vaporizing device comprises a vaporizing base and is sleeved at an inner wall of a lower part of the liquid reservoir , and a liquid storage chamber is defined by an empty cavity formed above the vaporizing device and between an inner wall of the liquid reservoir and an outer wall of the vapor outlet tube ; and an inner chamber and an outer chamber sealed from each other are formed inside of the vaporizing base , wherein the inner chamber is mounted with a vaporizing unit and serves as a vaporizing chamber, and the outer chamber is filled with liquid storage medium and serves as a liquid storage transition chamber, the vaporizing chamber is in communication with the vapor outlet tube , and the liquid storage transition chamber is in communication with the liquid storage chamber and serves to supply liquid for the vaporizing unit ; characterized in that a liquid refilling tube vertically passing through the vaporizing base and extending into the liquid storage chamber , is arranged in the outer chamber of the vaporizing base, and a plunger for plugging up a tube opening is arranged at a bottom part of the liquid refilling tube .
An apparatus for a hybrid computer network environment comprising a first type of hosts and a second type of hosts , the apparatus comprising at least one processor , and a memory storing instructions that, when executed, cause the apparatus to be adapted to receive a request for access to a host, and obtain authenticators for accessing the host, wherein the first type of hosts comprise legacy hosts and the second type of hosts comprise cloud hosts , and the apparatus is configured to, in response to the request for access to a host, determine the type of the host, request for a certificate to a security device providing a certificate authority, CA, in response to determining that the host is a cloud host and use a principal keypair in response to determination that the host is a legacy host, and process the request for access using the principal keypair for access to the legacy host and the certificate for access to the cloud host.
End piece arranged to be removably secured to a bar, said end piece comprising: - a channel intended to accommodate said bar; - a rotating part capable of pivoting about an axis parallel to said bar between a locking position in which the rotating part prevents the bar from leaving said channel , and a release position in which the rotating part allows the bar to be inserted into or removed from the channel ; - a locking mechanism arranged to block the rotation of the rotating part , said rotating part comprising a first surface, the locking mechanism comprising - a first locking element on a second surface (S2) of the rotating part , - a second locking element in the end piece , upon rotation of said rotating part , the relative position between the second surface (S2) and said second locking element changes until said second locking element cooperates with said first locking element so as to block the rotation of said rotating part in the locking position, characterized in that said first locking element is a hole in the second surface (S2), said second locking element is a lever , one end of said lever being opposite said second surface (S2), and in that , upon rotation of said rotating part , the relative position between the second surface (S2) and said lever changes until said lever drops into said hole , thus blocking the rotation of said rotating part in the locking position. - a channel intended to accommodate said bar; - a rotating part capable of pivoting about an axis parallel to said bar between a locking position in which the rotating part prevents the bar from leaving said channel , and a release position in which the rotating part allows the bar to be inserted into or removed from the channel ; - a locking mechanism arranged to block the rotation of the rotating part , - a first locking element on a second surface (S2) of the rotating part , - a second locking element in the end piece , said first locking element is a hole in the second surface (S2), said second locking element is a lever , one end of said lever being opposite said second surface (S2), and in that , upon rotation of said rotating part , the relative position between the second surface (S2) and said lever changes until said lever drops into said hole , thus blocking the rotation of said rotating part in the locking position.