mhurhangee/patent-ind-claim-en huggingface dataset:
A method for synchronization of uplink transmissions and performing uplink transmissions, the method comprising: Receiving , by a user equipment, UE, a downlink configuration instruction from a base station , the downlink configuration instruction indicating a cyclic prefix length determined based on a coverage area size of the base station ; and Performing , by the UE , an uplink transmission without adjusting a timing advance, the uplink transmission carrying a cyclic prefix having the cyclic prefix length indicated by the downlink configuration instruction received from the base station ; characterized in that the downlink configuration instruction indicates a shorter cyclic prefix length when the UE is in a first operation mode, in which the UE is required to update its downlink synchronization parameters prior to performing the uplink transmission, than when the UE is in a second operation mode, in which the UE is not required to update its downlink and uplink synchronization parameters prior to performing the uplink transmission. Receiving , by a user equipment, UE, a downlink configuration instruction from a base station , the downlink configuration instruction indicating a cyclic prefix length determined based on a coverage area size of the base station ; and Performing , by the UE , an uplink transmission without adjusting a timing advance, the uplink transmission carrying a cyclic prefix having the cyclic prefix length indicated by the downlink configuration instruction received from the base station ; characterized in that the downlink configuration instruction indicates a shorter cyclic prefix length when the UE is in a first operation mode, in which the UE is required to update its downlink synchronization parameters prior to performing the uplink transmission, than when the UE is in a second operation mode, in which the UE is not required to update its downlink and uplink synchronization parameters prior to performing the uplink transmission.
A method of tracing touch paths, comprising: - obtaining a first touch point and a second touch point in sequence from a multi-touch panel; - determining whether a first distance between the first touch point and the second touch point is smaller than a predefined first value; - commencing a new touch path including the first and the second touch points if the first distance is smaller than the predefined first value; - generating a predicted touch point based on the first and the second touch points; - obtaining a detected touch point from the multi-touch panel; - determining whether a second distance between the predicted touch point and the detected touch point is smaller than a predefined second value; and - generating a reported touch point based on the second touch point, the predicted touch point, and the detected touch point based on a parametric curve if the second distance is smaller than the predefined second value; wherein the second touch point is used as a starting point of the parametric curve, the detected touch point is used as a stopping point of the parametric curve, and the predicted point is used as a controlling point of the parametric curve, and the parametric curve is Bezier curve, which is expressed as R t = 1 − t 2 B + 2 1 − t tP + t 2 D , t = 0 − 1 wherein R is the Bezier curve on which the reported touch point is disposed, t is a parameter of the Bezier curve, B is the second touch point, P is the predicted touch point and D is the detected touch point. - obtaining a first touch point and a second touch point in sequence from a multi-touch panel; - determining whether a first distance between the first touch point and the second touch point is smaller than a predefined first value; - commencing a new touch path including the first and the second touch points if the first distance is smaller than the predefined first value; - generating a predicted touch point based on the first and the second touch points; - obtaining a detected touch point from the multi-touch panel; - determining whether a second distance between the predicted touch point and the detected touch point is smaller than a predefined second value; and - generating a reported touch point based on the second touch point, the predicted touch point, and the detected touch point based on a parametric curve if the second distance is smaller than the predefined second value;
An electric motor comprising: a stator ; a rotor provided to be rotatable inside the stator ; and a board including a driving element applying a driving voltage to the stator , a magnetic-pole-position sensor detecting a rotation position of the rotor , and a control element which, by executing advance angle control, adjusts a phase angle of the driving voltage in accordance with a magnetic-pole-position signal from the magnetic-pole-position sensor and rotation-speed information calculated on a basis of the magnetic-pole-position signal, wherein an advance angle is a phase angle being a phase difference between a voltage induced by a stator winding of the stator and the driving voltage characterized in that the magnetic-pole-position sensor is provided at a position at which an advance angle is larger than zero but less or equal to 15° when a rotation speed of the rotor is zero, wherein a rate of change of the advance angle with respect to the rotation speed of the rotor is lower than a rate of change of an advance angle at which operational efficiency of the electric motor becomes maximum, or is lower than a rate of change of an advance angle at which a noise level of the electric motor becomes minimum. a stator ; a rotor provided to be rotatable inside the stator ; and a board including a driving element applying a driving voltage to the stator , a magnetic-pole-position sensor detecting a rotation position of the rotor , and a control element which, by executing advance angle control, adjusts a phase angle of the driving voltage in accordance with a magnetic-pole-position signal from the magnetic-pole-position sensor and rotation-speed information calculated on a basis of the magnetic-pole-position signal, wherein an advance angle is a phase angle being a phase difference between a voltage induced by a stator winding of the stator and the driving voltage characterized in that the magnetic-pole-position sensor is provided at a position at which an advance angle is larger than zero but less or equal to 15° when a rotation speed of the rotor is zero, wherein a rate of change of the advance angle with respect to the rotation speed of the rotor is lower than a rate of change of an advance angle at which operational efficiency of the electric motor becomes maximum, or is lower than a rate of change of an advance angle at which a noise level of the electric motor becomes minimum.
A nozzle element for a powder jet device intended for dental treatments, the nozzle element comprising a primary channel for guiding a powder-gas mixture along a flow direction (S), wherein the nozzle element comprises a first inlet region for loading a powder medium and a second inlet region for loading a gas medium , wherein the second inlet region is configured in such a way that during operation of the nozzle element , when the gas medium is introduced via the second inlet region in the primary channel , a negative pressure can be formed behind the first inlet region , as viewed in the flow direction (S), in order to suck in the powder medium , wherein the nozzle element comprises a gas inlet channel extending along the flow direction (S) and providing the second inlet region , characterized in that the gas inlet channel has a length of between 1 and 15 mm.
A near infrared absorbing particle dispersion liquid for offset printing, characterized by containing: a solvent of one or more kinds selected from petroleum-based solvents having an aromatic hydrocarbon content of 5% by weight or less, and having a boiling point in a range of from 50 °C to 350 °C and an aniline point of from 75°C or more and 95°C or less; near infrared absorbing particles in an amount of 2 mass% or more and 25 mass% or less, selected from hexaboride particles expressed by a general formula XB a wherein the element X is at least one kind selected from a group consisting of La, Ce, Pr, Nd, Gd, Tb, Dy, Ho, Y, Sm, Eu, Er, Tm, Yb, Lu, Sr, and Ca, satisfying 4.0 ≤ a ≤ 6.2; and a dispersant soluble in the solvent and having a fatty acid in its structure, wherein viscosity is 180 mPa·s or less, and a dispersed particle size of the near infrared absorbing particles is 1 nm or more and 200 nm or less. a solvent of one or more kinds selected from petroleum-based solvents having an aromatic hydrocarbon content of 5% by weight or less, and having a boiling point in a range of from 50 °C to 350 °C and an aniline point of from 75°C or more and 95°C or less; near infrared absorbing particles in an amount of 2 mass% or more and 25 mass% or less, selected from hexaboride particles expressed by a general formula XB a wherein the element X is at least one kind selected from a group consisting of La, Ce, Pr, Nd, Gd, Tb, Dy, Ho, Y, Sm, Eu, Er, Tm, Yb, Lu, Sr, and Ca, satisfying 4.0 ≤ a ≤ 6.2; and a dispersant soluble in the solvent and having a fatty acid in its structure, wherein viscosity is 180 mPa·s or less, and a dispersed particle size of the near infrared absorbing particles is 1 nm or more and 200 nm or less.
A battery pack case configured to receive a battery cell stack constituted by a plurality of stacked battery cells therein, the battery pack case comprising: a first case configured to allow the battery cell stack to be mounted therein; and a second case coupled to the first case , the second case being configured to cover the battery cell stack , wherein the first case comprises a first flat panel portion and a first side portion , wherein the second case comprises a second flat panel portion and a second side portion , wherein a thickness (D1) of the second flat panel portion of the second case is less than a thickness (D2) of the second side portion of the second case , wherein the second case comprises two second side portions extending, in a direction perpendicular to the second flat panel portion , and from opposite outer peripheries of the second flat panel portion in a longitudinal direction thereof, wherein each of the second side portions is configured to have a structure including a step at an outer surface of the second side portion such that a thickness of an end thereof is reduced, characterized in that a stepped portion of each of the second side portions includes a vertical hole formed therethrough in a height direction thereof and/or in that the stepped portion of each of the second side portions includes a horizontal hole formed therethrough in a horizontal direction thereof. a first case configured to allow the battery cell stack to be mounted therein; and a second case coupled to the first case , the second case being configured to cover the battery cell stack , wherein the first case comprises a first flat panel portion and a first side portion , wherein the second case comprises a second flat panel portion and a second side portion , wherein a thickness (D1) of the second flat panel portion of the second case is less than a thickness (D2) of the second side portion of the second case , wherein the second case comprises two second side portions extending, in a direction perpendicular to the second flat panel portion , and from opposite outer peripheries of the second flat panel portion in a longitudinal direction thereof, wherein each of the second side portions is configured to have a structure including a step at an outer surface of the second side portion such that a thickness of an end thereof is reduced, characterized in that a stepped portion of each of the second side portions includes a vertical hole formed therethrough in a height direction thereof and/or in that the stepped portion of each of the second side portions includes a horizontal hole formed therethrough in a horizontal direction thereof.
A tamperproof dosage form article comprising: a core , wherein said core comprises a first end and a second end ; a first shell on at least a portion of the first end of the core ; a second shell on at least a portion of the second end of the core , and wherein said core is a caplet or a tablet; characterized in that the first and second shells comprise one or more locking protrusion(s) and/or recess(es) extending along at least a portion of the circumference and inner surface of said shells , and said core comprises one or more locking recess(es) and/or protrusions, and wherein at least a portion of said shells proximal to the locking protrusion(s) and/or recess(es) is elastically deformable and arranged such that each one locking protrusion and/or recess(es) of said shells is snapped into each one of the locking recess(es) and/or protrusion(s) of the core, once inserted over a predetermined portion of the core to provide a locking force between the core and the shells , wherein the opening force to separate the shells from the core is greater than the fracture strength of the core and/or shells, and wherein a gap is formed between the first and second shells to expose a portion of the core or wherein the first and second shells abut each other. a core , wherein said core comprises a first end and a second end ; a first shell on at least a portion of the first end of the core ; a second shell on at least a portion of the second end of the core , and wherein said core is a caplet or a tablet; characterized in that the first and second shells comprise one or more locking protrusion(s) and/or recess(es) extending along at least a portion of the circumference and inner surface of said shells , and said core comprises one or more locking recess(es) and/or protrusions, and wherein at least a portion of said shells proximal to the locking protrusion(s) and/or recess(es) is elastically deformable and arranged such that each one locking protrusion and/or recess(es) of said shells is snapped into each one of the locking recess(es) and/or protrusion(s) of the core, once inserted over a predetermined portion of the core to provide a locking force between the core and the shells , wherein the opening force to separate the shells from the core is greater than the fracture strength of the core and/or shells, and wherein a gap is formed between the first and second shells to expose a portion of the core or wherein the first and second shells abut each other.
Crane, which crane comprises: - a crane base , - a first mast having a central mast axis , wherein the first mast comprises a mast section , and the first mast is tiltable relative to the crane base around a first mast pivot axis within a range of angular positions, which range of angular positions includes a mast construction position and an inclined mast operating position, wherein the first mast pivot axis extends perpendicular to the central mast axis , - a receiving device , which is adapted to receive the mast section of the first mast , characterized in that the receiving device has a receiving device central axis which is perpendicular to the first mast pivot axis and parallel to the central mast axis , and a mast section guide which is adapted to guide movement of the mast section relative to the receiving device in the direction of the receiving device central axis , and in that the crane further comprises: - a transfer device , which is adapted to move the mast section of the first mast relative to the receiving device in the direction of the receiving device central axis from a receiving position into a transfer position, - a locking device , which is adapted to releasably lock the position of the mast section of the first mast relative to the receiving device in the transfer position, - a first mast fixing device , which is adapted to releasably fix the first mast in the mast construction position. - a crane base , - a first mast having a central mast axis , - a receiving device , which is adapted to receive the mast section of the first mast , the receiving device has a receiving device central axis which is perpendicular to the first mast pivot axis and parallel to the central mast axis , and a mast section guide which is adapted to guide movement of the mast section relative to the receiving device in the direction of the receiving device central axis , and in that the crane further comprises: - a transfer device , which is adapted to move the mast section of the first mast relative to the receiving device in the direction of the receiving device central axis from a receiving position into a transfer position, - a locking device , which is adapted to releasably lock the position of the mast section of the first mast relative to the receiving device in the transfer position, - a first mast fixing device , which is adapted to releasably fix the first mast in the mast construction position. - a transfer device , which is adapted to move the mast section of the first mast relative to the receiving device in the direction of the receiving device central axis from a receiving position into a transfer position, - a locking device , which is adapted to releasably lock the position of the mast section of the first mast relative to the receiving device in the transfer position, - a first mast fixing device , which is adapted to releasably fix the first mast in the mast construction position.
Thermoelectric watch comprising: - a thermoelectric generator , - a voltage booster connected to said thermoelectric generator ; - an energy management circuit connected to said voltage booster and configured to control the charging of at least one energy storage element , said energy management circuit including an output (HR_LOW) configured to change from a first logic state (S1) to a second logic state (S2) when said thermoelectric generator starts generating electrical energy, and to change from the second logic state (S2) to the first logic state (S1) when said thermoelectric generator finishes generating electrical energy, characterized in that the watch further includes at least one capacitor (C1) connected to said energy management circuit , coupled to a light emitting diode (LED), and configured to: - undergo a variation of charge (dQ) when said output (HR_LOW) of said energy management circuit changes either from the first state (S1) to the second state (S2), or from the second state (S2) to the first state (S1), - supply current to said light emitting diode (LED) when said capacitor undergoes said variation of charge (dQ), said light emitting diode (LED) being configured to emit a light pulse in the visible spectrum (L) when said current flows therethrough. - a thermoelectric generator , - a voltage booster connected to said thermoelectric generator ; - an energy management circuit connected to said voltage booster and configured to control the charging of at least one energy storage element , said energy management circuit including an output (HR_LOW) configured to change from a first logic state (S1) to a second logic state (S2) when said thermoelectric generator starts generating electrical energy, and to change from the second logic state (S2) to the first logic state (S1) when said thermoelectric generator finishes generating electrical energy, - undergo a variation of charge (dQ) when said output (HR_LOW) of said energy management circuit changes either from the first state (S1) to the second state (S2), or from the second state (S2) to the first state (S1), - supply current to said light emitting diode (LED) when said capacitor undergoes said variation of charge (dQ), said light emitting diode (LED) being configured to emit a light pulse in the visible spectrum (L) when said current flows therethrough.
An ordnance comprising: a warhead ; a fuze associated with a forward portion of the warhead; a threaded "C" ring coupled to at least one of the fuze and the warhead; a nose cap attached to a forwardmost portion of the fuze; a nose cone mounted over the fuze, the nose cap and at least a portion of the warhead to smooth air flow over the fuze, the nose cap, and the warhead, the nose cone being coupled to the threaded "C" ring. a warhead ; a fuze associated with a forward portion of the warhead; a threaded "C" ring coupled to at least one of the fuze and the warhead; a nose cap attached to a forwardmost portion of the fuze; a nose cone mounted over the fuze, the nose cap and at least a portion of the warhead to smooth air flow over the fuze, the nose cap, and the warhead, the nose cone being coupled to the threaded "C" ring.
A tagline control system for handling a wind turbine component during an operation on a wind turbine using a lifting apparatus, comprising a tagline control module configured to be positioned intermediate a connector of the lifting apparatus and the wind turbine component being lifted, the tagline control module comprising: a housing ; at least two winches disposed within the housing , each winch having a tagline cable operatively coupled to the winch; a controller disposed within the housing and operatively coupled to the at least two winches , the tagline cables of the winches configured to be reeled in or paid out by their respective winches under the control of the controller ; and a power source disposed within the housing and operatively coupled to the at least two winches . a housing ; at least two winches disposed within the housing , each winch having a tagline cable operatively coupled to the winch; a controller disposed within the housing and operatively coupled to the at least two winches , the tagline cables of the winches configured to be reeled in or paid out by their respective winches under the control of the controller ; and a power source disposed within the housing and operatively coupled to the at least two winches .
A process for modifying polymer particles of an aqueous polymer dispersion, which process comprises the steps of: a) providing an aqueous polymer dispersion containing positively or negatively charged polymer particles; b) adding at least one first water-soluble salt of a multivalent metal selected from magnesium, calcium, barium, aluminum, zirconium, iron or zinc, or a mixture of two or more salts thereof, wherein the first salt essentially does not contain an anion as defined in step c); c) adding at least one second water-soluble salt comprising anions selected from aluminate, silicate, borate, sulfate, carbonate, or a mixture of two or more salts thereof, wherein the second salt essentially does not contain a cation as defined in step b); and wherein the sequence of said steps is in the order a), b), c) in the case of negatively charged polymer particles, or a), c), b) in the case of positively charged polymer particles. a) providing an aqueous polymer dispersion containing positively or negatively charged polymer particles; b) adding at least one first water-soluble salt of a multivalent metal selected from magnesium, calcium, barium, aluminum, zirconium, iron or zinc, or a mixture of two or more salts thereof, wherein the first salt essentially does not contain an anion as defined in step c); c) adding at least one second water-soluble salt comprising anions selected from aluminate, silicate, borate, sulfate, carbonate, or a mixture of two or more salts thereof, wherein the second salt essentially does not contain a cation as defined in step b); and