mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid hair dye composition comprising the following components (A) and (B), wherein the content (X) of the component (A) in the composition is 1.5 mass% or more and 6.5 mass% or less, the content (Y) of the component (B) in the composition is 9 mass% or more and 98.5 mass% or less, and the composition satisfies the following equation : Y ≥ 91 / 6 X − 91 / 3 with a proviso that a composition in which the diol content is 50 mass% or more and the water content is 2 mass% or less in the liquid hair dye composition is excluded. (A) an azo dye represented by the following formula (A-3) (B) one or more of a monoalcohol and/or a diol other than alkanolamines, wherein monoalcohol and/or diol is selected from the group consisting of a lower monoalcohol having 2 or 3 carbon atoms, a monocyclic aromatic monoalcohol, and a diol having 2 to 6 carbon atoms. the content (X) of the component (A) in the composition is 1.5 mass% or more and 6.5 mass% or less, the content (Y) of the component (B) in the composition is 9 mass% or more and 98.5 mass% or less, and the composition satisfies the following equation : Y ≥ 91 / 6 X − 91 / 3 with a proviso that a composition in which the diol content is 50 mass% or more and the water content is 2 mass% or less in the liquid hair dye composition is excluded. (A) an azo dye represented by the following formula (A-3) (B) one or more of a monoalcohol and/or a diol other than alkanolamines, wherein monoalcohol and/or diol is selected from the group consisting of a lower monoalcohol having 2 or 3 carbon atoms, a monocyclic aromatic monoalcohol, and a diol having 2 to 6 carbon atoms. (A) an azo dye represented by the following formula (A-3) (B) one or more of a monoalcohol and/or a diol other than alkanolamines, wherein monoalcohol and/or diol is selected from the group consisting of a lower monoalcohol having 2 or 3 carbon atoms, a monocyclic aromatic monoalcohol, and a diol having 2 to 6 carbon atoms.
A two-stage compression system in which a lower-stage compressor and a higher-stage compressor are disposed in series, and an oil separator is provided on an discharge side of the higher-stage compressor , the two-stage compression system comprising: a first oil-returning circuit and a second oil-returning circuit that are independent of each other and that are provided so as to be connected between the oil separator and the lower-stage compressor and the higher-stage compressor , respectively, wherein the first oil-returning circuit is provided with a first capillary tube for adjusting a return-oil volume V1, V1 being the volume of oil returned to the lower-stage compressor from the first oil-returning circuit the second oil-returning circuit is provided with a second capillary tube for adjusting a return-oil volume V2, V2 being the volume of oil returned to the higher-stage compressor from the second oil-returning circuit , characterised in that the relationship V1 > V2 is satisfied by setting a flow reduction level of the first capillary tube ≤ a flow reduction level of the second capillary tube . a first oil-returning circuit and a second oil-returning circuit that are independent of each other and that are provided so as to be connected between the oil separator and the lower-stage compressor and the higher-stage compressor , respectively, wherein the first oil-returning circuit is provided with a first capillary tube for adjusting a return-oil volume V1, V1 being the volume of oil returned to the lower-stage compressor from the first oil-returning circuit the second oil-returning circuit is provided with a second capillary tube for adjusting a return-oil volume V2, V2 being the volume of oil returned to the higher-stage compressor from the second oil-returning circuit , characterised in that the relationship V1 > V2 is satisfied by setting a flow reduction level of the first capillary tube ≤ a flow reduction level of the second capillary tube .
A planar waveguide comprising: a plate-like core configured to amplify signal light by absorbing first excitation light and forming a population inversion; a plate-like first inner cladding configured to emit the first excitation light by absorbing second excitation light and forming a population inversion and reflecting the signal light , the first inner cladding being attached to one of two planes of the core ; a plate-like first outer cladding configured to reflect the first excitation light , the first outer cladding being attached to, of two planes of the first inner cladding , a plane opposite to a plane to which the core is attached; a plate-like second outer cladding configured to reflect each of the first excitation light and the signal light , the second outer cladding being attached to, of the two planes of the core, a plane opposite to the plane to which the first inner cladding is attached; a first dielectric multilayer film configured to transmit light in a wavelength band including a wavelength of the signal light and the second excitation light and reflecting the first excitation light , the first dielectric multilayer film being disposed on one of two end surfaces of the core , the first inner cladding , and the first and second outer claddings , and; a second dielectric multilayer film configured to transmit light in a wavelength band including the wavelength of the signal light and reflecting the first excitation light , the second dielectric multilayer film being disposed on another one of the two end surfaces. a plate-like core configured to amplify signal light by absorbing first excitation light and forming a population inversion; a plate-like first inner cladding configured to emit the first excitation light by absorbing second excitation light and forming a population inversion and reflecting the signal light , the first inner cladding being attached to one of two planes of the core ; a plate-like first outer cladding configured to reflect the first excitation light , the first outer cladding being attached to, of two planes of the first inner cladding , a plane opposite to a plane to which the core is attached; a plate-like second outer cladding configured to reflect each of the first excitation light and the signal light , the second outer cladding being attached to, of the two planes of the core, a plane opposite to the plane to which the first inner cladding is attached; a first dielectric multilayer film configured to transmit light in a wavelength band including a wavelength of the signal light and the second excitation light and reflecting the first excitation light , the first dielectric multilayer film being disposed on one of two end surfaces of the core , the first inner cladding , and the first and second outer claddings , and; a second dielectric multilayer film configured to transmit light in a wavelength band including the wavelength of the signal light and reflecting the first excitation light , the second dielectric multilayer film being disposed on another one of the two end surfaces.
A straddle-type vehicle comprising a drive unit used for driving a driving wheel of the straddle-type vehicle, wherein a discharge port configured to discharge oil in the drive unit is installed on a lower section of the drive unit , a guide configured to guide the oil to an outside in a vehicle width direction is installed in a vicinity of a lower section of the discharge port , and the guide is formed integrally with a support section that is able to support a cable body , characterized in that the guide comprises: a forward-rearward extension section extending in a vehicle forward-rearward direction; an outward extension section extending outward from one end of the forward-rearward extension section in the vehicle width direction; and a downward extension section extending downward from an outer end of the outward extension section in the vehicle width direction. a forward-rearward extension section extending in a vehicle forward-rearward direction; an outward extension section extending outward from one end of the forward-rearward extension section in the vehicle width direction; and a downward extension section extending downward from an outer end of the outward extension section in the vehicle width direction.
A handover control method, comprising: acquiring , by a source base station, indication transmitted by a target base station, wherein the indication comprises: first indication indicating that a user plane of a user equipment, UE, remains unchanged, and a control plane of the UE is switched to the target base station; or second indication indicating that only a control plane of the UE is switched to the target base station, and user data of the UE is transmitted by a small cell base station; or third indication indicating that both a user plane and a control plane of the UE are switched to the target base station; transmitting, by the source base station, information to the small cell base station for stopping transmitting data to the UE; transmitting , by the source base station, a handover command to the UE, so as to indicate the UE to access to the target base station; acquiring a new next hop key, NH, and a next hop chaining counter, NCC, and generating a new access stratus, AS, key according to the NH; transmitting the new AS key, the NCC and an evolved universal terrestrial radio access network radio access bearer identity, E-RAB ID, to the small cell base station; and transmitting information to the small cell base station for continuing transmitting data to the UE. acquiring , by a source base station, indication transmitted by a target base station, wherein the indication comprises: first indication indicating that a user plane of a user equipment, UE, remains unchanged, and a control plane of the UE is switched to the target base station; or second indication indicating that only a control plane of the UE is switched to the target base station, and user data of the UE is transmitted by a small cell base station; or third indication indicating that both a user plane and a control plane of the UE are switched to the target base station; transmitting, by the source base station, information to the small cell base station for stopping transmitting data to the UE; transmitting , by the source base station, a handover command to the UE, so as to indicate the UE to access to the target base station; acquiring a new next hop key, NH, and a next hop chaining counter, NCC, and generating a new access stratus, AS, key according to the NH; transmitting the new AS key, the NCC and an evolved universal terrestrial radio access network radio access bearer identity, E-RAB ID, to the small cell base station; and transmitting information to the small cell base station for continuing transmitting data to the UE.
Cross-linked copolymer, characterized in that it comprises at least repeating units of lithium polystyrene-sulfonyl(trifluoromethylsulfonyl)imide (PSTFSILi) and at least repeating units of poly(alkylene oxide) selected from poly(ethylene oxide) units, poly(propylene oxide) units, poly(ethylene and propylene) oxide units, and one of the mixtures thereof, and in that said cross-linked copolymer is obtained by cross-linking a triblock copolymer of the BAB type, in which: - the A block is a cross-linkable poly(alkylene oxide) capable of being obtained from: ∗ at least one monomer selected from ethylene glycol, propylene glycol and mixture thereof, or at least one poly(alkylene oxide) oligomer selected from poly(ethylene oxide)s, poly(propylene oxide)s, poly(ethylene and propylene) oxides, and one of the mixtures thereof, and ∗ at least one compound comprising at least one cross-linkable alkene or alkyne function, and - each of the B blocks is an anionic polystyrene substituted by the anion of a lithium sulfonyl(trifluoromethylsulfonyl)imide (TFSILi) and corresponding to the following formula (I): in which n denotes the number of lithium styrenesulfonyl(trifluoromethylsulfonyl)imide for each of the B blocks. - the A block is a cross-linkable poly(alkylene oxide) capable of being obtained from: ∗ at least one monomer selected from ethylene glycol, propylene glycol and mixture thereof, or at least one poly(alkylene oxide) oligomer selected from poly(ethylene oxide)s, poly(propylene oxide)s, poly(ethylene and propylene) oxides, and one of the mixtures thereof, and ∗ at least one compound comprising at least one cross-linkable alkene or alkyne function, and ∗ at least one monomer selected from ethylene glycol, propylene glycol and mixture thereof, or at least one poly(alkylene oxide) oligomer selected from poly(ethylene oxide)s, poly(propylene oxide)s, poly(ethylene and propylene) oxides, and one of the mixtures thereof, and ∗ at least one compound comprising at least one cross-linkable alkene or alkyne function, and - each of the B blocks is an anionic polystyrene substituted by the anion of a lithium sulfonyl(trifluoromethylsulfonyl)imide (TFSILi) and corresponding to the following formula (I): in which n denotes the number of lithium styrenesulfonyl(trifluoromethylsulfonyl)imide for each of the B blocks.
A pipe straightening apparatus comprising a first set of rotatably mounted elements which define, at least in part, a first passageway through which a pipe can be constrained to pass, so as to straighten the pipe, and a second set of rotatably mounted elements which define, at least in part, a second passageway through which a pipe can pass, wherein the second set of rotatably mounted elements are arranged such that when a pipe translates within the second passageway , relative to the apparatus , the rotatably mounted elements of the second set roll along the pipe, relative to the pipe, in a direction that is substantially parallel to the longitudinal axis of the pipe, characterised in that the axis of rotation of at least one of the rotatably mounted elements of the first set is inclined at a non-perpendicular angle to the longitudinal axis of the first passageway so that when a pipe translates within the first passageway , relative to the apparatus , the rotatably mounted elements of the first set roll along the pipe, relative to the pipe, in directions each having a component in a circumferential direction of the pipe.
A method of producing a spark plug for an internal combustion engine, wherein the spark plug has at least two components which are connected together by way of at least one welded join produced in a welding operation, characterised in that to improve selected substance properties of the welded join a laser beam is directed on to the welded join and that a powder improving the selected substance properties is introduced into the welded join which is melted at its surface by the laser beam so that the powder melts and a treated region with improved substance properties is afforded by joining the melted powder to the melted mixture structure of the surface of the welded join, wherein parts of an electrode of the spark plug are used as the at least two components which are connected together by way of the at least one welded join, preferably in the form of an electrode carrier and a noble metal body connected to the electrode carrier by way of the at least one welded join, wherein at least the treated region and preferably also a further untreated region which is arranged immediately adjacent to the treated region are coated with a cover layer or a plurality of mutually superposed cover layers which preferably comprise different materials and/or at least one such cover layer is arranged beneath the treated region .
A method of control of an electric machine coupled to rotating machinery , the electric machine comprising a rotor and a stator , wherein the method comprises: sensing one or more parameters indicative of one or more resonance conditions of the rotating machinery ; comparing the sensed parameter to a predetermined threshold to determine whether the rotating machinery is operating at the resonance condition; the method being characterized by : where the rotating machinery is determined to be operating at the resonance condition, adjusting a magnetic field of one or both of the rotor and the stator to provide a predetermined torque to the rotating machine , to modulate the stiffness of the rotational machinery , and thereby move the resonance condition away from the current rotating machinery conditions, using at least integral control to control the magnetic field of the electric machine , and modulating the integral gain values to adjust the stiffness of the electric machine . sensing one or more parameters indicative of one or more resonance conditions of the rotating machinery ; comparing the sensed parameter to a predetermined threshold to determine whether the rotating machinery is operating at the resonance condition; the method being characterized by : where the rotating machinery is determined to be operating at the resonance condition, adjusting a magnetic field of one or both of the rotor and the stator to provide a predetermined torque to the rotating machine , to modulate the stiffness of the rotational machinery , and thereby move the resonance condition away from the current rotating machinery conditions, using at least integral control to control the magnetic field of the electric machine , and modulating the integral gain values to adjust the stiffness of the electric machine .
Method for producing a semiconductor wafer of monocrystalline silicon containing oxygen and at least one n-type dopant, comprising providing a melt of silicon containing n-type dopant in a quartz crucible, wherein a surface of the melt has an initial height hM; heating the melt from the side by selectively supplying heat to an upper volume of the melt having an initial height hm, the height hm being less than the height hM; pulling a single crystal of silicon according to the CZ method from the melt at a pulling speed V; heating of the melt from above in the area of a phase boundary between the growing single crystal and the melt the heating of the melt from above in the area of the melt surface between a heat shield and a wall of the quartz crucible; the application of a magnetic field to the melt; counter-doping the melt with p-type dopant; and the separation of the semiconductor wafer of single-crystal silicon from the single crystal.
Heat exchanger comprising a plurality of stacked plates intended to allow an exchange of heat between a first fluid and a second fluid flowing in contact with said plates , said exchanger comprising a bottle for the first fluid, said plates being provided with intermediate ports allowing the first fluid to flow between said plates and said bottle , said intermediate ports being arranged in a direction substantially transverse to a longitudinal main extension direction of each plate , characterized in that said intermediate ports are oblong and/or elongate in shape in a direction of flow of said second fluid .
An automatic acupuncture device, comprising: a case ; driving means configured to provide a driving force to move one or more needle drivers linearly so as to push acupuncture needles in needle gadgets into a human body, where each needle gadget includes a needle tube and an acupuncture needle inside the needle tube , characterised in that said driving means comprises one or more motors or electromagnets configured to provide said driving force after being powered on , the needle gadget being configured to keep the acupuncture needle with the needle tube before, during and after acupuncture treatment, such that the acupuncture needle is not be exposed to air outside of the needle tube to cause injury, one or more needle gadget chambers being configured to house the needle gadgets, allowing the needle gadgets to be put into or taken out of the needle gadget chambers detachably. a case ; driving means configured to provide a driving force to move one or more needle drivers linearly so as to push acupuncture needles in needle gadgets into a human body, where each needle gadget includes a needle tube and an acupuncture needle inside the needle tube , characterised in that said driving means comprises one or more motors or electromagnets configured to provide said driving force after being powered on , the needle gadget being configured to keep the acupuncture needle with the needle tube before, during and after acupuncture treatment, such that the acupuncture needle is not be exposed to air outside of the needle tube to cause injury, one or more needle gadget chambers being configured to house the needle gadgets, allowing the needle gadgets to be put into or taken out of the needle gadget chambers detachably.
A concrete footing for receiving masts, poles or posts which are set in a receiving cavity passing through the concrete footing , several receiving cavities being provided for the masts, poles or post in the footing preferably made of concrete and comprising a base , a cover and at least one lateral surface, the receiving cavities passing through the concrete footing from the cover to the base and having different cross sections and/or sizes for different mast, poles or posts, characterized in that an aligning aid is provided on the cover of the concrete footing at each opening of the receiving cavities , that each aligning aid is formed by a middle tee set in the cover of the concrete footing , and that each middle tee is formed by V shaped grooves whose point is oriented toward the base of the concrete footing .
A water pump, comprising a pump body , a pump house with a water inlet and a water outlet , and a pump seat , wherein a circular mounting hole penetrating the pump seat is disposed in the pump seat , an annular mounting stage seated in the mounting hole is disposed at one end of the pump body , the pump body is configured to rotate around an axis of the mounting hole relative to the pump seat when the mounting stage disposed at the one end of the pump body is inserted into the mounting hole , and the pump house is disposed at one side of the pump seat away from the pump body and is connected with the pump body ; characterized in that an outer diameter of the mounting stage is less than a diameter of the pump body , a stop surface is provided between the mounting stage and the pump body , and the stop surface is configured to: in the case where the mounting stage is inserted into the mounting hole of the pump seat , abut against one end surface of the pump seat facing to the pump body .
An electrolyte solution comprising a compound of formula : wherein R 101 each individually is an optionally fluorinated organic group; X 101 each individually is halogen, -R c101 or -OR c101 , wherein R c101 is alkyl or aryl; p1 is an integer of 1-4; and q1 is an integer satisfying (pl+ql) = 4. R 101 each individually is an optionally fluorinated organic group; X 101 each individually is halogen, -R c101 or -OR c101 , wherein R c101 is alkyl or aryl; p1 is an integer of 1-4; and q1 is an integer satisfying (pl+ql) = 4.
A parking assistance apparatus comprising: a control unit configured to: perform a steering control processing that controls steering of a vehicle and a vehicle speed control processing that controls a traveling speed of the vehicle when the vehicle exits from a parking space; terminate a first processing that is one of the steering control processing and the vehicle speed control processing when a predetermined condition is satisfied after the vehicle starts to exit from the parking space, characterized in that the predetermined condition is that it is determined that a current position of the vehicle is an exiting position, the exiting position being a position in which an obstacle existing around the vehicle is easily avoidable; and in that the control unit is further configured to continue a second processing that is one of the steering control processing and the vehicle speed control processing other than the first processing. perform a steering control processing that controls steering of a vehicle and a vehicle speed control processing that controls a traveling speed of the vehicle when the vehicle exits from a parking space; terminate a first processing that is one of the steering control processing and the vehicle speed control processing when a predetermined condition is satisfied after the vehicle starts to exit from the parking space,