mhurhangee/patent-ind-claim-en huggingface dataset:
A milling tool for shoulder milling comprising: - a tool body having a central rotation axis (C) around which the tool body is rotatable in a direction of rotation (R), including a front end and a rear end between which an envelope surface extends, at least one insert seat being formed in a transition between the front end and the envelope surface , wherein said insert seat comprises a bottom contact surface and has an outer border delimiting the insert seat from the front end and the envelope surface of the tool body , and - at least one indexable double-sided cutting insert having an upper side and a lower side connected by a side surface extending around a periphery of the cutting insert , an upper cutting edge being formed in a transition between the side surface and the upper side and a lower cutting edge being formed in a transition between the side surface and the lower side , wherein each cutting insert is securely and detachably radially mounted in an insert seat of the tool body with the lower side abutting the bottom contact surface , so that the upper cutting edge comprises an active chip-removing upper cutting edge , characterised in that said milling tool is configured so that at least a part of the lower cutting edge neighbouring said outer border , said part being located behind the active chip-removing upper cutting edge in the direction of rotation (R), does not protrude by more than 0.5 mm with respect to the outer border , and so that a distance (d) between said part of the lower cutting edge and said outer border is smaller than 0.5 mm in the direction of rotation (R) of the tool body . - a tool body having a central rotation axis (C) around which the tool body is rotatable in a direction of rotation (R), including a front end and a rear end between which an envelope surface extends, at least one insert seat being formed in a transition between the front end and the envelope surface , wherein said insert seat comprises a bottom contact surface and has an outer border delimiting the insert seat from the front end and the envelope surface of the tool body , and - at least one indexable double-sided cutting insert having an upper side and a lower side connected by a side surface extending around a periphery of the cutting insert , an upper cutting edge being formed in a transition between the side surface and the upper side and a lower cutting edge being formed in a transition between the side surface and the lower side ,
A receptacle holder comprising: - a base body , - a first perimeter wall which at least partially protrudes from the base body , wherein the first perimeter wall provides a first octagonal opening , and - a plurality of resilient elements , which are distributed about a first axis (A 1 ) of the receptacle holder and are detachably connected with the first perimeter wall , and wherein each resilient element comprises a lower end portion and an upper end portion , and wherein each upper end portion rests hooked over an edge of a portion of the first perimeter wall , and characterized in that the receptacle holder is configured to allow sliding of each upper end portion in a direction perpendicular to the first axis (A 1 ), and wherein each lower end portion is arranged in a separate indentation of the first perimeter wall . - a base body , - a first perimeter wall which at least partially protrudes from the base body , wherein the first perimeter wall provides a first octagonal opening , and - a plurality of resilient elements , which are distributed about a first axis (A 1 ) of the receptacle holder and are detachably connected with the first perimeter wall , and wherein each resilient element comprises a lower end portion and an upper end portion , and wherein each upper end portion rests hooked over an edge of a portion of the first perimeter wall , and characterized in that the receptacle holder is configured to allow sliding of each upper end portion in a direction perpendicular to the first axis (A 1 ), and wherein each lower end portion is arranged in a separate indentation of the first perimeter wall .
A recoil damping device for portable firearms, comprising a casing and a damping means inserted in said casing ; said device comprising a movable insert functionally associated with said damping means ; said movable insert being adapted to slide along a direction that is substantially axial with respect to said casing ; said device being characterized in that said damping means is constituted by a body formed by a cellular solid having a stochastic structure, such as a foam, or having a nonstochastic structure, such as a reticular structure, lattice; characterized in that said recoil damping device comprises a primary braking assembly , mounted in said movable insert , and a secondary braking assembly associated with said casing ; said primary braking assembly dissipating energy by sliding, with friction, with respect to said secondary braking assembly .
A Raman generator comprising: a Raman medium configured to receive a pump pulse at a first wavelength and shift at least a portion of the pump pulse energy or power into a Stokes-shifted pulse at a second wavelength; one or more optical elements (415a-415d) configured to synchronize one or more subsequent passages of the Stokes-shifted pulse through the Raman medium with one or more subsequent pump pulses at the first wavelength, whereby the synchronized passage of the Stokes-shifted pulse and the one or more subsequent pump pulses through the Raman medium increases a power of the Stoke-shifted pulse; and a spatial filter configured to limit a Stokes-shifted output beam to a substantially diffraction-limited output; wherein the Raman generator is configured such that the Stokes-shifted pulse passes through the spatial filter into the Raman medium ; and wherein a length of the Raman medium is such that a Raman threshold is not achieved for stimulated Raman scattering during a single passage through the Raman medium . a Raman medium configured to receive a pump pulse at a first wavelength and shift at least a portion of the pump pulse energy or power into a Stokes-shifted pulse at a second wavelength; one or more optical elements (415a-415d) configured to synchronize one or more subsequent passages of the Stokes-shifted pulse through the Raman medium with one or more subsequent pump pulses at the first wavelength, whereby the synchronized passage of the Stokes-shifted pulse and the one or more subsequent pump pulses through the Raman medium increases a power of the Stoke-shifted pulse; and a spatial filter configured to limit a Stokes-shifted output beam to a substantially diffraction-limited output; wherein the Raman generator is configured such that the Stokes-shifted pulse passes through the spatial filter into the Raman medium ; and wherein a length of the Raman medium is such that a Raman threshold is not achieved for stimulated Raman scattering during a single passage through the Raman medium .
A 37 kDa/67 kDa laminin receptor precursor / high affinity laminin receptor (LRP/LR) for use in the treatment and/or prevention of Parkinson's disease, wherein the LRP/LR is for an administration to a subject in need thereof.
A cut-off mechanism for an automotive vehicle headlamp comprising a bar carried by a movable assembly movable in rotation and is shaped to block greater or less a light beam so as to change the optical operating mode of said headlamp, said mechanism comprising further a motor for actuating said movable assembly using an electromagnet comprising an inductive coil associated with a fixed ferromagnetic core positioned in its centre and with a metal carcass surrounding said coil , said movable assembly being movable, between a contact position in which said movable assembly is in contact with the ferromagnetic core under the action of said electromagnet, against the action of a return spring , and a distance position in which said movable assembly is distant from said ferromagnetic core via a first air gap (h1) under the action of the return spring , characterised in that said movable assembly is a ferromagnetic plate formed by an upper plate and a lower plate extending on either side of the axis of rotation of the movable assembly , said axis of rotation being placed without contact, in alignment with an upper branch of the metal carcass , said movable assembly being shaped, when a current flows in the coil , to create a second air gap (h2) in the magnetic circuit formed by said ferromagnetic core , said metal carcass and said movable assembly , the upper plate coming then into contact with said ferromagnetic core by the attraction of the ferromagnetic core on the upper plate of the movable assembly against the return spring , the lower plate approaching a central branch of the metal carcass in a noncontacting manner until said second air gap (h2) is created, the first air gap (h1) being reduced to zero.
A composition manufactured by a method of obtaining the composition for use in boron neutron capture therapy of malignant tumors comprising boron nanoparticles with particle size less than 100 nm, the method comprising: i) placement of an elemental boron powder in water; and ii) treatment of the elemental boron powder in water with ultrasound with a vibration intensity of between 1 W / cm 3 and 1000 W / cm 3 and an output power of more than 100 W, wherein the treatment with ultrasound is performed for a period of between 0.5 minutes and 800 minutes to obtain the composition for use in boron neutron capture therapy of malignant tumors. i) placement of an elemental boron powder in water; and ii) treatment of the elemental boron powder in water with ultrasound with a vibration intensity of between 1 W / cm 3 and 1000 W / cm 3 and an output power of more than 100 W, wherein the treatment with ultrasound is performed for a period of between 0.5 minutes and 800 minutes to obtain the composition for use in boron neutron capture therapy of malignant tumors.
A method for inferring energy content of a flow fluid in a gaseous state by a computer system having a processor and memory , the memory having an inference module , characterized by the method comprising inferring, by the inference module , the inferred energy content of the flow fluid in the gaseous state from an inferential relationship between the inferred energy content of the flow fluid in the gaseous state with at least three measurements taken of the flow fluid in the liquid state, wherein the at least three measurements comprise a measured density, a measured viscosity and a measured speed of sound, and the energy content is an energy of the fluid when combusted; wherein the inferential relationship is a sum of terms, wherein each term has one or more of one of the at least one measurement and one higher order value of one of the at least one measurement wherein each term has a coefficient that corresponds to the term, and wherein the relationship has at least five terms, the at least five terms comprising: a shift term; a density term comprising a product of the measured density and the coefficient that corresponds to the density term; a speed of sound term comprising a product of the measured speed of sound and the coefficient that corresponds to the speed of sound term; a viscosity term comprising a product of the measured viscosity and the coefficient that corresponds to the viscosity term; at least one of a higher order viscosity term, a higher order speed of sound term, and a higher order density term, correspondingly comprising a higher order value of the one or more of the measured viscosity, the measured speed of sound, and the measured density, each correspondingly multiplied by the coefficient that corresponds to the viscosity term, the coefficient that corresponds to the speed of sound term, and the coefficient that corresponds to the viscosity term. a shift term; a density term comprising a product of the measured density and the coefficient that corresponds to the density term; a speed of sound term comprising a product of the measured speed of sound and the coefficient that corresponds to the speed of sound term; a viscosity term comprising a product of the measured viscosity and the coefficient that corresponds to the viscosity term; at least one of a higher order viscosity term, a higher order speed of sound term, and a higher order density term, correspondingly comprising a higher order value of the one or more of the measured viscosity, the measured speed of sound, and the measured density, each correspondingly multiplied by the coefficient that corresponds to the viscosity term, the coefficient that corresponds to the speed of sound term, and the coefficient that corresponds to the viscosity term.
A system comprising memory operatively coupled to one or more processors, further comprising: a set of instance execution hosts comprising at least a first instance execution host and a second instance execution host , wherein the first instance execution host is configured to determine that an application instance Is to be idle until a specific wake up time and to send to a durable instance manager a request to persist the application instance along with an associated system property at an instance store and to remove the application instance from system memory subsequent to the durable instance manager persisting the application instance, wherein the system property comprises a timer indicating the specific wake up time to reactivate the application instance ; the durable instance manager configured to track an availability of the set of instance execution hosts and to track what types of application instances are available on the set of instance execution hosts and whether the application instance is executing or persisted, wherein a type of an application instance defines the particular program code for the application instance , and wherein the durable instance manager is configured to send, in response to an expiration of the timer, an activation event to an instance execution host of the set of instance execution hosts that has an appropriate type of application instance available. a set of instance execution hosts comprising at least a first instance execution host and a second instance execution host , wherein the first instance execution host is configured to determine that an application instance Is to be idle until a specific wake up time and to send to a durable instance manager a request to persist the application instance along with an associated system property at an instance store and to remove the application instance from system memory subsequent to the durable instance manager persisting the application instance, wherein the system property comprises a timer indicating the specific wake up time to reactivate the application instance ; the durable instance manager configured to track an availability of the set of instance execution hosts and to track what types of application instances are available on the set of instance execution hosts and whether the application instance is executing or persisted, wherein a type of an application instance defines the particular program code for the application instance , and wherein the durable instance manager is configured to send, in response to an expiration of the timer, an activation event to an instance execution host of the set of instance execution hosts that has an appropriate type of application instance available.
Shaft-hub connection with a shaft , which is provided with an external toothing arrangement in a connecting region, and a hub , which is provided with an internal toothing arrangement in a connecting region, wherein the external toothing arrangement has a first tip diameter (K 1 ) on the side facing the axial end of the shaft and a second, larger tip diameter (K 2 ) on that side of the connecting region which faces away from the axial end, so that together with the internal toothing arrangement of the hub , a clearance fit is created in the region of the first tip diameter (K 1 ) and an interference fit is created in the region of the second tip diameter (K 2 ), characterized in that the difference between the first and the second tip diameters (K 1 , K 2 ) is less than 50 μm and preferably less than 20 μm.
A wind turbine comprising, a tower , a nacelle mounted on the tower , and a rotor for harvesting wind energy by rotation of the rotor about a rotor axis extending in a vertical center plane , the nacelle comprising: - a main unit housing a rotor-supporting assembly forming a load path from the rotor to the tower, and - a first auxiliary unit attached to main unit on a first side of the center plane, - a second auxiliary unit attached to the main unit on a second side of the center plane, the second side being opposite the first side of the center plane, wherein each of the first and second auxiliary units houses a first and a second operative component , and wherein the first operative components in the first and second auxiliary units have the same distance to the center plane and the second operative components in the first and second auxiliary units have different distances to the center plane, wherein the first and second auxiliary units have substantially the same dimensions, the first operative components are arranged in mirrored position across the center plane, and the second operative components are arranged in substantially the same position within the respective auxiliary units. - a main unit housing a rotor-supporting assembly forming a load path from the rotor to the tower, and - a first auxiliary unit attached to main unit on a first side of the center plane, - a second auxiliary unit attached to the main unit on a second side of the center plane, the second side being opposite the first side of the center plane, wherein each of the first and second auxiliary units houses a first and a second operative component , and wherein the first operative components in the first and second auxiliary units have the same distance to the center plane and the second operative components in the first and second auxiliary units have different distances to the center plane, wherein the first and second auxiliary units have substantially the same dimensions, the first operative components are arranged in mirrored position across the center plane, and the second operative components are arranged in substantially the same position within the respective auxiliary units. wherein each of the first and second auxiliary units houses a first and a second operative component , and wherein the first operative components in the first and second auxiliary units have the same distance to the center plane and the second operative components in the first and second auxiliary units have different distances to the center plane, wherein the first and second auxiliary units have substantially the same dimensions, the first operative components are arranged in mirrored position across the center plane, and the second operative components are arranged in substantially the same position within the respective auxiliary units.
A method of reporting a measurement by a user equipment, UE , in a wireless communication system, the method comprising: receiving a synchronization signal /physical broadcast channel, SS/PBCH, block related to cell search; obtaining system information from a PBCH included in the SS/PBCH block; receiving first information related to a plurality of positioning reference signal, PRS, resource sets including a plurality of PRS resources; receiving PRSs transmitted by transmission and reception points, TRPs, based on the first information; and reporting the measurement for a Reference Signal Time Difference, RSTD, measured based on the PRSs, , wherein the UE further reports identifiers for PRS resource sets used for the measurement among the plurality of PRS resource sets, and wherein multiple PRS resource sets among the plurality of PRS resource sets are associated with a TRP. receiving a synchronization signal /physical broadcast channel, SS/PBCH, block related to cell search; obtaining system information from a PBCH included in the SS/PBCH block; receiving first information related to a plurality of positioning reference signal, PRS, resource sets including a plurality of PRS resources; receiving PRSs transmitted by transmission and reception points, TRPs, based on the first information; and reporting the measurement for a Reference Signal Time Difference, RSTD, measured based on the PRSs, , wherein the UE further reports identifiers for PRS resource sets used for the measurement among the plurality of PRS resource sets, and wherein multiple PRS resource sets among the plurality of PRS resource sets are associated with a TRP.
Rubberized textile material for a belt textile ply in which a textile web is equipped at least on one side with a peroxidically crosslinkable ethylene-alpha-olefin (EAO) rubber mixture, characterized in that the ethylene-alpha-olefin rubber mixture contains or consists of an ethylene-alpha-olefin-diene terpolymer and the rubber mixture contains a peroxidic crosslinker, a mineral oil having an aromatics proportion of at least 50 percent by weight and at least one reactive phenol and/or reactive phenol resin capable of binding to the double bonds of unsaturated polymers, wherein the reactive phenol/phenol resin and the mineral oil are present in the rubber mixture in a total content of 5 to 60 phr.
A connector assembly comprising: a first connector including a first insulator and a first contact held by the first insulator; a second connector including a second insulator and a second contact held by the second insulator, the second connector being fitted to the first connector along a fitting direction (D); a lever member rotatably held by one of the first insulator and the second insulator; a push member used to press the first contact and the second contact against each other; a first cam mechanism moving the first insulator and the second insulator relatively along the fitting direction in conjunction with rotation of the lever member; and a second cam mechanism moving the push member in conjunction with rotation of the lever member, wherein in a state where the second insulator is situated at a fitting start position with respect to the first insulator, when the lever member is rotated from an initial rotational position to a first rotational position, the second insulator is moved to a fitting position along the fitting direction by the first cam mechanism, and when the lever member is further rotated from the first rotational position to a second rotational position, the push member is moved by the second cam mechanism such that the first contact and the second contact come into contact with each other at a predetermined contact pressure with the second insulator being kept at the fitting position. a first connector including a first insulator and a first contact held by the first insulator; a second connector including a second insulator and a second contact held by the second insulator, the second connector being fitted to the first connector along a fitting direction (D); a lever member rotatably held by one of the first insulator and the second insulator; a push member used to press the first contact and the second contact against each other; a first cam mechanism moving the first insulator and the second insulator relatively along the fitting direction in conjunction with rotation of the lever member; and a second cam mechanism moving the push member in conjunction with rotation of the lever member, wherein in a state where the second insulator is situated at a fitting start position with respect to the first insulator, when the lever member is rotated from an initial rotational position to a first rotational position, the second insulator is moved to a fitting position along the fitting direction by the first cam mechanism, and when the lever member is further rotated from the first rotational position to a second rotational position, the push member is moved by the second cam mechanism such that the first contact and the second contact come into contact with each other at a predetermined contact pressure with the second insulator being kept at the fitting position.