mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire, comprising: a tread portion extending in a tire circumferential direction and having an annular shape; a pair of sidewall portions arranged on both sides of the tread portion ; and a pair of bead portions arranged inward of the pair of sidewall portions in a tire radial direction, wherein the tread portion comprises: a plurality of longitudinal grooves extending in the tire circumferential direction; a plurality of lateral grooves extending in a tire lateral direction; and a plurality of blocks defined by the plurality of longitudinal grooves and the plurality of lateral grooves , notch portions are formed in portions of a freely-selected pair of blocks adjacent to each other across a longitudinal groove , the portions facing the longitudinal groove , the notch portions face with each other across the longitudinal groove , and the notch portion has a notch width (Wc) and a notch depth (Dc) larger on a center side in an extension direction of the longitudinal groove than on an outer side in the extension direction of the longitudinal groove , characterized in that each of the plurality of blocks has a combined groove formed of a shallow groove and a sipe , the shallow groove having a groove depth of 2 mm or less and extending in the tire lateral direction, the sipe having a groove width of 1.5 mm or less and formed in the groove bottom of the shallow groove , and only the combined groove communicates with the notch portion . a tread portion extending in a tire circumferential direction and having an annular shape; a pair of sidewall portions arranged on both sides of the tread portion ; and a pair of bead portions arranged inward of the pair of sidewall portions in a tire radial direction, wherein a plurality of longitudinal grooves extending in the tire circumferential direction; a plurality of lateral grooves extending in a tire lateral direction; and a plurality of blocks defined by the plurality of longitudinal grooves and the plurality of lateral grooves , notch portions are formed in portions of a freely-selected pair of blocks adjacent to each other across a longitudinal groove , the portions facing the longitudinal groove , the notch portions face with each other across the longitudinal groove , and the notch portion has a notch width (Wc) and a notch depth (Dc) larger on a center side in an extension direction of the longitudinal groove than on an outer side in the extension direction of the longitudinal groove , characterized in that each of the plurality of blocks has a combined groove formed of a shallow groove and a sipe , the shallow groove having a groove depth of 2 mm or less and extending in the tire lateral direction, the sipe having a groove width of 1.5 mm or less and formed in the groove bottom of the shallow groove , and only the combined groove communicates with the notch portion .
Shrink-fit device for inductively heating shrink-fit chucks for shank tools , having an accommodating region for accommodating a shrink-fit chuck , an induction coil arrangement which surrounds the accommodating region concentrically with respect to a coil axis , and a measuring unit for controlling the temperature of the shrink-fit chuck , characterized in that a measuring channel , which extends through the induction coil arrangement transversely to the coil axis and opens into the accommodating region , passes through the induction coil arrangement , and in that the measuring unit has a temperature sensor , which engages in the measuring channel and measures through said channel, for detecting a casing temperature of the shrink-fit chuck .
An injection molding device to be used to injection mold a laminated preform, which is in a test-tube shape, has substrate layers of a main resin and at least an intermediate layer, and is suitable for use in biaxial drawing and blow molding, said injection molding device comprising two resin feeders (A, B) to feed the main resin and at least a resin for forming an intermediate layer, a multi-nozzle section in which the main resin with the intermediate-layer resin is laminated, and a mold for molding the preform, wherein the multi-nozzle section comprises at least three layer-forming flow channels: a cylindrical inner flow channel and a cylindrical outer flow channel to form the substrate layers of the main resin and a cylindrical middle flow channel located between the inner flow channel and the outer flow channel to form the intermediate layer, and a joined flow channel disposed downstream of at least three layer-forming flow channels and by way of a confluence where molten resins join after having flowed through respective layer-forming flow channels, characterized in that at some points ranging from a given position along the middle flow channel to the confluence , a plural number of vertical blocking rib pieces are disposed in parallel in the circumferential direction so as to cross the middle flow channel and to divide the flow through the middle channel into multiple streams along the circumferential direction. a cylindrical inner flow channel and a cylindrical outer flow channel to form the substrate layers of the main resin and a cylindrical middle flow channel located between the inner flow channel and the outer flow channel to form the intermediate layer, and a joined flow channel disposed downstream of at least three layer-forming flow channels and by way of a confluence where molten resins join after having flowed through respective layer-forming flow channels, characterized in that at some points ranging from a given position along the middle flow channel to the confluence , a plural number of vertical blocking rib pieces are disposed in parallel in the circumferential direction so as to cross the middle flow channel and to divide the flow through the middle channel into multiple streams along the circumferential direction.
Suction device having a suction device housing , having a filter for cleaning a suction flow, wherein the suction device housing has at least one filter securing element for at least indirectly securing the filter to the suction device housing , and having a filter cleaning apparatus for mechanically cleaning the filter , wherein the filter , the filter securing element and the filter cleaning apparatus are arranged at least partially inside the suction device housing , wherein the filter cleaning apparatus has an actuation apparatus and a hammer apparatus , wherein the actuation apparatus and the hammer apparatus cooperate in such a manner that the hammer apparatus can be actuated using the actuation apparatus and the hammer apparatus when actuated applies at least one pulse to the filter securing element , characterized in that the suction device housing has at least one cover , in particular a cover of an energy supply coupling means , which cover when moving, in particular pivoting, from a first position of the cover into a second position of the cover actuates the filter cleaning apparatus, in particular the actuation apparatus.
A data communication method carried out by a receiving side entity in a wireless communication system, the method comprising: receiving, from a radio link control, RLC, lower layer operating in acknowledgement mode, a data unit having a sequence number; storing the received data unit in a buffer; determining whether the sequence number of the received data unit is equal to the value of a state variable + 1, wherein the state variable stores a sequence number of a data unit last delivered to an upper layer, and whether the received data unit is received due to a radio link control, RLC, re-establishment; if the sequence number of the received data unit is equal to the value of the state variable + 1, delivering in ascending order, to the upper layer, all stored data units with consecutively associated sequence numbers greater than or equal to the sequence number of the received data unit, and setting the state variable to the sequence number of the last data unit delivered to the upper layer; and if the sequence number of the received data unit is not equal to the value of the state variable + 1 and if the received data unit is not received due to the RLC re-establishment, delivering in ascending order, to the upper layer, all stored data units with an associated sequence number less than the sequence number of the received data unit and all stored data units with consecutively associated sequence numbers greater than or equal to the sequence number of the received data unit, and setting the state variable to the sequence number of the last data unit delivered to the upper layer. receiving, from a radio link control, RLC, lower layer operating in acknowledgement mode, a data unit having a sequence number; storing the received data unit in a buffer; determining whether the sequence number of the received data unit is equal to the value of a state variable + 1, wherein the state variable stores a sequence number of a data unit last delivered to an upper layer, and whether the received data unit is received due to a radio link control, RLC, re-establishment; if the sequence number of the received data unit is equal to the value of the state variable + 1, delivering in ascending order, to the upper layer, all stored data units with consecutively associated sequence numbers greater than or equal to the sequence number of the received data unit, and setting the state variable to the sequence number of the last data unit delivered to the upper layer; and if the sequence number of the received data unit is not equal to the value of the state variable + 1 and if the received data unit is not received due to the RLC re-establishment, delivering in ascending order, to the upper layer, all stored data units with an associated sequence number less than the sequence number of the received data unit and all stored data units with consecutively associated sequence numbers greater than or equal to the sequence number of the received data unit, and setting the state variable to the sequence number of the last data unit delivered to the upper layer.
A chopper assembly for a crop residue distribution system of an agricultural combine , the chopper assembly comprising a rotor shaft extending lengthwise along a rotational axis between a first end and a second end ,the chopper assembly further comprising a plurality of flail blades pivotally coupled to the rotor shaft , each flail blade configured to pivot relative to the rotor shaft about a pivot axis , the plurality of flail blades being spaced apart axially from one another between the first and second ends of the rotor shaft , the chopper assembly being characterized by : a plurality of fixed blades non-pivotally coupled to the rotor shaft , the plurality of fixed blades being spaced apart axially from one another between the first and second ends of the rotor shaft , wherein each fixed blade is positioned at one of the axial locations of the flail blades , so that each fixed blade is axially aligned with the flail blade(s) installed at such location. a plurality of fixed blades non-pivotally coupled to the rotor shaft , the plurality of fixed blades being spaced apart axially from one another between the first and second ends of the rotor shaft , wherein each fixed blade is positioned at one of the axial locations of the flail blades , so that each fixed blade is axially aligned with the flail blade(s) installed at such location.
Vehicle comprising a vehicle seat , a foot resting space corresponding to the vehicle seat , an electronic control unit , an electronic user interface of an infotainment system and/or of a comfort functionality of the vehicle and a sensing unit , wherein the sensing unit is designed to receive a user input and send a user input signal to the electronic user interface , characterized in that the sensing unit is designed to sense a position and/or a predefined gesture of a foot as the user input, while the foot lies in the foot resting space , and to determine the user input signal in dependence on the sensed position and/or gesture .
A cuvette for holding a lens (CL,IOL) during optical measurements and testing, the cuvette comprising: a top window , a bottom window , a first side wall , a second side wall , and a third side wall defining an interior chamber for receiving a lens, wherein at least one of the windows is made from an optically clear material with a thermal conductivity of at least 5 W/(m·K), wherein the top window comprises an optical zone exterior and interior surface parallelism of no more than 10 arc-seconds, a flatness of λ/4 - λ /10 at λ=0.633 μm and peak-to-valley roughness of no more than 10 nm. a top window , a bottom window , a first side wall , a second side wall , and a third side wall defining an interior chamber for receiving a lens, wherein at least one of the windows is made from an optically clear material with a thermal conductivity of at least 5 W/(m·K), wherein the top window comprises an optical zone exterior and interior surface parallelism of no more than 10 arc-seconds, a flatness of λ/4 - λ /10 at λ=0.633 μm and peak-to-valley roughness of no more than 10 nm.
Fastening means for a transmission part, the fastening means having a main body , wherein the main body has at least one external thread and at least one through hole ; wherein the fastening means has a first bolt that can be displaced in a first region of the through hole and a second bolt with an external thread; wherein a second region of the through hole has at least one internal thread that can be screwed to the external thread of the second bolt ; and wherein the second bolt has a through hole and the first bolt has an internal thread aligning with the through hole. wherein the main body has at least one external thread and at least one through hole ; wherein the fastening means has a first bolt that can be displaced in a first region of the through hole and a second bolt with an external thread; wherein a second region of the through hole has at least one internal thread that can be screwed to the external thread of the second bolt ; and wherein the second bolt has a through hole and the first bolt has an internal thread aligning with the through hole.
An electricity generation turbine for a conduit comprising a turbine unit including a rotor , the turbine comprising a speed limiting device for said turbine unit , which device comprises at least one flexible element connected to the turbine unit , so as to limit the flow rate of the fluid passing through the rotor in order to limit the rotational speed of the rotor of the turbine unit , characterized in that the turbine unit comprises a non-rotating part encompassing a stator of the generator , disposed in an annular configuration, the at least one flexible element being connected to the non-rotating part , the connection of the at least one flexible element with the turbine unit is such that the thrust generated by the fluid on the turbine unit is able to cause the turbine unit to move against the at least one flexible element .
A method for communicating a defined order of a plurality of media content items for playback on a second computing device, the method performed at a first computing device and comprising: receiving a first reference to a plurality of media content items for playback, said media content items being arranged in a first order; determining a seed for a shuffle algorithm that enables the shuffle algorithm to arrange the plurality of media content items in a second order, wherein the second order is dependent on the seed; and sending the seed, along with a second reference to the plurality of media content items, to the second computing device; wherein the first reference and the second reference point to a location where an identifier for each of the plurality of media content items is stored. receiving a first reference to a plurality of media content items for playback, said media content items being arranged in a first order; determining a seed for a shuffle algorithm that enables the shuffle algorithm to arrange the plurality of media content items in a second order, wherein the second order is dependent on the seed; and sending the seed, along with a second reference to the plurality of media content items, to the second computing device; wherein the first reference and the second reference point to a location where an identifier for each of the plurality of media content items is stored.
Method for estimating a precipitation rate wherein the following steps are implemented: a) measuring, by means of a dual polarisation radar , the differential phase and the reflectivity Z of a radio wave, according to at least one of the polarisations of said radar, over a pathway radius interval [r 0 , r 1 ] of a line of sight of the radar, where r 0 and r 1 are two points on the line of sight, r 0 coinciding with a 0°C isotherm in the case of snow precipitations; b) determining the value or values of the adjustment parameter or parameters of a model of an interception parameter N 0 * as a function of r and of a condition N 0 *(r 0 ), N 0 *(r 0 ) being the value in r 0 of the interception parameter N 0 * varying as a function of the radius r and of the adjustment parameter or parameters, the adjustment parameter or parameters and the condition minimising, in the pathway radius interval [r 0 , r 1 ], a difference given by the relationship: Φ DP r − Φ DP r 0 − G ∫ r 0 r a N 0 ∗ r 0 E u 1 − b Z b du where Φ DP is the differential phase, G is a function adapted to the type of precipitation, a and b are coefficients adapted to the type of precipitation and E is a set comprising the adjustment parameter or parameters, varying the condition N 0 *(r 0 ) and the adjustment parameter or parameters to minimise the difference; c) calculating a precipitation rate according to the reflectivity Z measured during step a) and an interception parameter curve between r 1 and r 0 , which corresponds to the adjustment parameter or parameters determined during step b). a) measuring, by means of a dual polarisation radar , the differential phase and the reflectivity Z of a radio wave, according to at least one of the polarisations of said radar, over a pathway radius interval [r 0 , r 1 ] of a line of sight of the radar, where r 0 and r 1 are two points on the line of sight, r 0 coinciding with a 0°C isotherm in the case of snow precipitations; b) determining the value or values of the adjustment parameter or parameters of a model of an interception parameter N 0 * as a function of r and of a condition N 0 *(r 0 ), N 0 *(r 0 ) being the value in r 0 of the interception parameter N 0 * varying as a function of the radius r and of the adjustment parameter or parameters, the adjustment parameter or parameters and the condition minimising, in the pathway radius interval [r 0 , r 1 ], a difference given by the relationship: Φ DP r − Φ DP r 0 − G ∫ r 0 r a N 0 ∗ r 0 E u 1 − b Z b du where Φ DP is the differential phase, G is a function adapted to the type of precipitation, a and b are coefficients adapted to the type of precipitation and E is a set comprising the adjustment parameter or parameters, varying the condition N 0 *(r 0 ) and the adjustment parameter or parameters to minimise the difference; c) calculating a precipitation rate according to the reflectivity Z measured during step a) and an interception parameter curve between r 1 and r 0 , which corresponds to the adjustment parameter or parameters determined during step b).
Package , comprising: a container made of plastic in the form of a bucket having a base and having a circumferential side wall , a lid for closing an opening formed on the container , wherein the container has on its edge a circumferential engaging region with a clamping profile which interacts with a clamping profile on an inner side of an edge of the lid in order to close the opening of the container , a safety ring for the safety in transport of the lid , formed preferably of plastic, mounted onto the container in the form of the bucket, wherein a circumferential side wall of the safety ring grips around the edge of the container and a safety region protruding to the inside across the side wall of the safety ring grips over the edge of the lid , wherein the side wall and/or the safety region of the safety ring are closed on itself, wherein detent elements protruding on the side wall of the safety ring to the inside across the side wall of the safety ring are formed for fastening the safety ring on the edge of the container , and wherein between the side of the side wall of the safety ring , on which is formed the safety region protruding to the inside, and the detent elements are formed recesses in the side wall of the safety ring . a container made of plastic in the form of a bucket having a base and having a circumferential side wall , a lid for closing an opening formed on the container , wherein the container has on its edge a circumferential engaging region with a clamping profile which interacts with a clamping profile on an inner side of an edge of the lid in order to close the opening of the container , a safety ring for the safety in transport of the lid , formed preferably of plastic, mounted onto the container in the form of the bucket, wherein a circumferential side wall of the safety ring grips around the edge of the container and a safety region protruding to the inside across the side wall of the safety ring grips over the edge of the lid , wherein the side wall and/or the safety region of the safety ring are closed on itself, wherein detent elements protruding on the side wall of the safety ring to the inside across the side wall of the safety ring are formed for fastening the safety ring on the edge of the container , and wherein between the side of the side wall of the safety ring , on which is formed the safety region protruding to the inside, and the detent elements are formed recesses in the side wall of the safety ring .
A VMAT2 blocking compound for use in a method of treating a subject suffering from a movement disorder; which method comprises administering to the subject a therapeutically effective amount of the VMAT2 blocking compound so as to provide in the subject a therapeutically effective level of VMAT2 blocking; said VMAT2 blocking being maintained such that there is at least 30% VMAT2 blocking after a period of 6.5 hours from administration of the VMAT2 blocking compound; wherein: - the VMAT2 blocking compound is (+)-α-dihydrotetrabenazine or a pharmaceutically acceptable salt thereof; - the administration of the therapeutically effective amount of the VMAT2 blocking compound takes place within an initial time window of 30 minutes, and no further administration of the VMAT2 blocking compound takes place within the period of 6.5 hours; - the said therapeutically effective amount is no more than 8 mg of (+)-α-dihydrotetrabenazine free base or an equimolar amount of a pharmaceutically acceptable salt thereof; and wherein the VMAT2 blocking compound is presented in an immediate release formulation. - the VMAT2 blocking compound is (+)-α-dihydrotetrabenazine or a pharmaceutically acceptable salt thereof; - the administration of the therapeutically effective amount of the VMAT2 blocking compound takes place within an initial time window of 30 minutes, and no further administration of the VMAT2 blocking compound takes place within the period of 6.5 hours; - the said therapeutically effective amount is no more than 8 mg of (+)-α-dihydrotetrabenazine free base or an equimolar amount of a pharmaceutically acceptable salt thereof;