mhurhangee/patent-ind-claim-en huggingface dataset:
A method of computing transport block size, TBS, for a shortened transmission time interval, sTTI, channel for wireless communication, wherein the sTTI channel has a fewer number of symbols in time duration than a legacy channel, the method comprising: determining an initial transport block size, TBS, value using at least a baseline table; scaling the initial TBS value by a factor associated with the sTTI channel; selecting a union of the baseline table and a translation table based on a number of spatial layers to which a transport block of the sTTI channel is mapped, wherein the union is a combined table that contains at least some TBS values of the baseline table and at least some TBS values of the translation table; and rounding the scaled TBS value to a TBS value of the selected union of the baseline table and the translation table. determining an initial transport block size, TBS, value using at least a baseline table; scaling the initial TBS value by a factor associated with the sTTI channel; selecting a union of the baseline table and a translation table based on a number of spatial layers to which a transport block of the sTTI channel is mapped, wherein the union is a combined table that contains at least some TBS values of the baseline table and at least some TBS values of the translation table; and rounding the scaled TBS value to a TBS value of the selected union of the baseline table and the translation table.
Device for connecting two components , comprising a screw and a clamping element guided axially displaceably on a shank of said screw and having an outer conical surface and a radially expandable clamping ring having an inner conical surface , the clamping element being inserted in the clamping ring in such a way, in that the outer conical surface of the clamping element bears against the inner conical surface of the clamping ring , the clamping ring having an annular bearing surface which, when the screw is screwed into a component to be connected, bears on the latter, so that an axial force can be transmitted in the radial direction at least partially via the inner and outer conical surfaces bearing against one another; characterized in that the clamping ring can be fixed to the clamping element by means of a snap-in connection .
A household appliance comprising a body ; a tub disposed inside the body and wherein the drying process is performed; an air duct wherein the circulation of the process air is performed; a fan that is disposed on the air duct and that provides the circulation of the process air; an evaporator that is disposed inside the air duct and that condenses the humid process air; a condenser that is disposed on the air duct and that heats the process air desiccated in the evaporator ; a receptacle that is disposed between the fan and the evaporator on the air duct and that comprises a desiccant material; characterized in that said desiccant material is adapted to retain the moisture of the air carried to the evaporator through the air duct and that a heater is disposed in the receptacle .
Use of a nutrition-providing tunicate extract in the production of a fish feed or fish feed component, wherein the tunicate extract is an extract of the inner part of the tunicate and wherein the fish feed or fish feed component comprises at least 5% by weight of tunicate protein and/or at least 5% by weight of tunicate lipids, and further wherein said tunicate is Ciona intestinalis.
An acetabular cup guide comprising: (a) a distal end which is shaped to allow removable connection to a surgical instrument , (b) a proximal end comprising one or more contact surfaces which are shaped to conform to an acetabulum, and (c) a central proximal-distal axis extending through the acetabular cup guide, wherein at least one of the one or more contact surfaces is deflectable towards the central proximal-distal axis in order to reduce an axial cross-section of the acetabular cup guide, characterised in that the one or more deflectable contact surfaces comprise, at a proximal end, a resiliently deflectable hinge section . (a) a distal end which is shaped to allow removable connection to a surgical instrument , (b) a proximal end comprising one or more contact surfaces which are shaped to conform to an acetabulum, and (c) a central proximal-distal axis extending through the acetabular cup guide, wherein at least one of the one or more contact surfaces is deflectable towards the central proximal-distal axis in order to reduce an axial cross-section of the acetabular cup guide, characterised in that the one or more deflectable contact surfaces comprise, at a proximal end, a resiliently deflectable hinge section . wherein at least one of the one or more contact surfaces is deflectable towards the central proximal-distal axis in order to reduce an axial cross-section of the acetabular cup guide, characterised in that the one or more deflectable contact surfaces comprise, at a proximal end, a resiliently deflectable hinge section .
An article of footwear having an upper and a sole structure secured to the upper, the upper including a knitted component , the knitted component including: a body portion forming a substantial majority of the upper , the body portion extending through a forefoot region, a midfoot region, and at least partially into a heel region of the article of footwear, the body portion being formed of unitary knit construction; and a heel portion forming a portion of the upper that extends above the body portion, the heel portion extending through a heel region and including a cuff that defines a throat opening within the upper for receiving a foot, the heel portion being formed of unitary knit construction; wherein the body portion and the heel portion are joined along adjacent edges extending along each of a medial side and a lateral side of the upper to form the knitted component, characterized in that the heel portion further includes at least one flex notch located below the cuff and above the body portion . a body portion forming a substantial majority of the upper , the body portion extending through a forefoot region, a midfoot region, and at least partially into a heel region of the article of footwear, the body portion being formed of unitary knit construction; and a heel portion forming a portion of the upper that extends above the body portion, the heel portion extending through a heel region and including a cuff that defines a throat opening within the upper for receiving a foot, the heel portion being formed of unitary knit construction; wherein the body portion and the heel portion are joined along adjacent edges extending along each of a medial side and a lateral side of the upper to form the knitted component, characterized in that the heel portion further includes at least one flex notch located below the cuff and above the body portion .
An apparatus, comprising: a composite balloon including: a fiber tube including a fiber layer ; a polymeric balloon layer over the fiber layer , and an adhesive or a solvent weld bonding the balloon layer to the fiber layer . a fiber tube including a fiber layer ; a polymeric balloon layer over the fiber layer , and an adhesive or a solvent weld bonding the balloon layer to the fiber layer .
An optical laminate, comprising: an optical functional layer , wherein the optical functional layer is a polarizing layer; and a porous layer formed on at least one side of the optical functional layer, characterized in that the porous layer comprises a surface having a surface area ratio of 0.02 or more as measured by an atomic force microscope with an x-scan size of 1μm, y-scan size of 1μm, scan rate in the range of 0.7 to 1Hz, and set point in the range of 10 to 15 nm. an optical functional layer , wherein the optical functional layer is a polarizing layer; and a porous layer formed on at least one side of the optical functional layer, characterized in that the porous layer comprises a surface having a surface area ratio of 0.02 or more as measured by an atomic force microscope with an x-scan size of 1μm, y-scan size of 1μm, scan rate in the range of 0.7 to 1Hz, and set point in the range of 10 to 15 nm.
A method of using a type I phase locked loop, PLL , comprising an oscillator and a feedback path to a phase detector, PD , the method comprising: locking a first frequency and first relative phase of a first output signal to a frequency and a phase of a first input signal; locking a second frequency different from the first frequency, and second relative phase different from the first relative phase, of a second output signal to a frequency and a phase of a second input signal; and adjusting the second relative phase to equal the first relative phase, by a one of: inserting a correction signal into the feedback path, wherein the feedback path includes a fractional divider controlled by a Sigma Delta Modulator, SDM , and inserting the correction signal into the feedback path comprises inserting the correction signal into the SDM, and adjusting the oscillator frequency. locking a first frequency and first relative phase of a first output signal to a frequency and a phase of a first input signal; locking a second frequency different from the first frequency, and second relative phase different from the first relative phase, of a second output signal to a frequency and a phase of a second input signal; and adjusting the second relative phase to equal the first relative phase, by a one of: inserting a correction signal into the feedback path, wherein the feedback path includes a fractional divider controlled by a Sigma Delta Modulator, SDM , and inserting the correction signal into the feedback path comprises inserting the correction signal into the SDM, and adjusting the oscillator frequency. inserting a correction signal into the feedback path, wherein the feedback path includes a fractional divider controlled by a Sigma Delta Modulator, SDM , and inserting the correction signal into the feedback path comprises inserting the correction signal into the SDM, and adjusting the oscillator frequency.
A method of producing a transistor device, comprising forming a deposit of an oxide semiconductor channel material from a solution of a metal organic precursor, annealing the precursor film in the presence of water at a temperature between 150 - 350°C and depositing an organic polymer gate dielectric on top of the oxide semiconductor channel; wherein said oxide semiconductor channel material comprises at least 10% of metal hydroxide species after deposition of the polymer gate dielectric.
An oral irrigator system comprising an inlet for liquid, downstream of said inlet a liquid processing section configured to generate a processed output liquid, said processing section comprising an outlet in fluid communication with a dispensing nozzle , said dispensing nozzle having an exit configured to dispense processed liquid into an outside environment, wherein the liquid processing section comprises an electrolysis chamber configured to electrochemically treat a passing liquid and having an outlet for treated liquid, said electrolysis chamber comprising a pair of electrodes connected to a power source, and wherein the liquid processing section comprises, downstream of the electrolysis chamber , a hypochlorite sensor and an oxidation-reduction potential sensor , with said outlet for treated liquid being in fluid communication with said sensors .
A system comprising: a plurality of servers ; a first network coupling the plurality of servers to each other and configured to connect the plurality of servers to one or more client computing devices; a second network coupling the plurality of servers to each other, wherein data transferred between the plurality of servers is transferred though the second network; and at least a first server, among the plurality of servers, configured to receive network management requests for configuring the second network from the one or more client computing devices through the first network, the network management requests comprising a request to update a configuration of the second network. a plurality of servers ; a first network coupling the plurality of servers to each other and configured to connect the plurality of servers to one or more client computing devices; a second network coupling the plurality of servers to each other, wherein data transferred between the plurality of servers is transferred though the second network; and at least a first server, among the plurality of servers, configured to receive network management requests for configuring the second network from the one or more client computing devices through the first network, the network management requests comprising a request to update a configuration of the second network.
A steel cord having a 1 × 4 structure in which four element wires are twisted together, wherein at least one of the four element wires is a wavy element wire repeatedly having bent portions and non-bent portions along a longitudinal direction, wherein the steel cord in a cross-section perpendicular to the longitudinal direction has a flattened shape, and characterised in that any ellipses (C) drawn circumscribing the four element wires in a cross-section perpendicular to the longitudinal direction have slopes of minor axes of the ellipses (C) within ±30 degrees from a median value. wherein at least one of the four element wires is a wavy element wire repeatedly having bent portions and non-bent portions along a longitudinal direction, wherein the steel cord in a cross-section perpendicular to the longitudinal direction has a flattened shape, and characterised in that any ellipses (C) drawn circumscribing the four element wires in a cross-section perpendicular to the longitudinal direction have slopes of minor axes of the ellipses (C) within ±30 degrees from a median value.
A memory device for storing data, comprising: an input/output, I/O, interface circuit to exchange data with an associated host controller; a delay locked loop, DLL, circuit coupled to control I/O timing of the I/O interface; a mode register to store a calibration mode setting to indicate one of multiple DLL calibration modes; and a control circuit to selectively enable DLL calibration for the DLL circuit, and when selectively enabled, the control circuit is to select from among the multiple calibration modes stored in the mode register , including: a first calibration mode to perform DLL calibration operation connected to impedance calibration, ZQCal, operation, wherein when ZQCal operations occur, the memory device also performs DLL calibration; a second calibration mode to perform continuous DLL calibration during active and idle modes, and to turn the DLL off during low power modes; a third calibration mode to perform continuous DLL calibration during active modes, idle modes, and low power modes; and a fourth calibration mode to perform calibration of the DLL circuit only in response to a command received from the associated host controller. an input/output, I/O, interface circuit to exchange data with an associated host controller; a delay locked loop, DLL, circuit coupled to control I/O timing of the I/O interface; a mode register to store a calibration mode setting to indicate one of multiple DLL calibration modes; and a control circuit to selectively enable DLL calibration for the DLL circuit, and when selectively enabled, the control circuit is to select from among the multiple calibration modes stored in the mode register , including: a first calibration mode to perform DLL calibration operation connected to impedance calibration, ZQCal, operation, wherein when ZQCal operations occur, the memory device also performs DLL calibration; a second calibration mode to perform continuous DLL calibration during active and idle modes, and to turn the DLL off during low power modes; a third calibration mode to perform continuous DLL calibration during active modes, idle modes, and low power modes; and a fourth calibration mode to perform calibration of the DLL circuit only in response to a command received from the associated host controller. a first calibration mode to perform DLL calibration operation connected to impedance calibration, ZQCal, operation, wherein when ZQCal operations occur, the memory device also performs DLL calibration; a second calibration mode to perform continuous DLL calibration during active and idle modes, and to turn the DLL off during low power modes; a third calibration mode to perform continuous DLL calibration during active modes, idle modes, and low power modes; and a fourth calibration mode to perform calibration of the DLL circuit only in response to a command received from the associated host controller.
A thrust-reversal system (101; 201; 301) for an aircraft , comprising : - a thrust-reversal cover designed to be selectively moved between a stowed position for leaving unchanged the thrust of a turbine engine of the aircraft , and a deployed position for reversing the thrust of the turbine engine ; - an electric actuator of the cover ; - a local command module designed to receive commands from a global command module in order to control the electric actuator in such a way as to move the cover , these commands including: • a stow command to move the cover to its stowed position, and • a deploy command to move the cover to its deployed position; and - a connection between the global command module and the local command module for conveying at least one analogue signal; characterised in that the local command module is designed to: - identify one among several predefined ranges of values in which each analogue signal is located at a given instant, each command being associated with one or more of the ranges of values; and - determine the received command as being associated with the identified range or ranges of values. - a thrust-reversal cover designed to be selectively moved between a stowed position for leaving unchanged the thrust of a turbine engine of the aircraft , and a deployed position for reversing the thrust of the turbine engine ; - an electric actuator of the cover ; - a local command module designed to receive commands from a global command module in order to control the electric actuator in such a way as to move the cover , these commands including: • a stow command to move the cover to its stowed position, and • a deploy command to move the cover to its deployed position; and • a stow command to move the cover to its stowed position, and • a deploy command to move the cover to its deployed position; and - a connection between the global command module and the local command module for conveying at least one analogue signal; - identify one among several predefined ranges of values in which each analogue signal is located at a given instant, each command being associated with one or more of the ranges of values; and - determine the received command as being associated with the identified range or ranges of values.
A light emitting device comprising: a two-dimensional rectangular array of light emitting diodes (LEDs) (301-313), said array of LEDs comprising a plurality of LEDs (61-69), a center , a perimeter and a first axis (X) extending in a first direction of the rectangular array through said center, wherein each LED of the two-dimensional array of LEDs comprises a size and a shape, wherein the plurality of LEDs is arranged on a plurality of lines (L) extending in a second direction orthogonally to said first direction from a point on the first axis (X) towards the perimeter , two or more LEDs of the plurality of LEDs being arranged on each line (L), and wherein the two or more LEDs on each line (L) are arranged such that at least one gradient in the size of the LEDs is provided in a direction along each line, characterised in that the LEDs on the first axis (X) are the same in size and shape. a two-dimensional rectangular array of light emitting diodes (LEDs) (301-313), said array of LEDs comprising a plurality of LEDs (61-69), a center , a perimeter and a first axis (X) extending in a first direction of the rectangular array through said center, wherein each LED of the two-dimensional array of LEDs comprises a size and a shape, wherein the plurality of LEDs is arranged on a plurality of lines (L) extending in a second direction orthogonally to said first direction from a point on the first axis (X) towards the perimeter , two or more LEDs of the plurality of LEDs being arranged on each line (L), and wherein the two or more LEDs on each line (L) are arranged such that at least one gradient in the size of the LEDs is provided in a direction along each line, characterised in that the LEDs on the first axis (X) are the same in size and shape.
A method for preparing a polymer foamed product of a moldless three-dimensional structure by means of supercritical fluid, comprising a supercritical fluid delivery system , a three-dimensional foaming system and a preheating system , wherein the supercritical fluid delivery system comprises a supercritical CO 2 delivery system and a supercritical N 2 delivery system ; the three-dimensional foaming system comprises a three-dimensional foaming tank, a temperature control device , a pressure control device and a pressure release device , and the supercritical fluid delivery system is connected with the three-dimensional foaming system ; the preheating system comprises a preheating tank, a heating cycle device and a temperature control device ; wherein swelling and impregnating the polymer using high-temperature medium-pressure supercritical fluid by utilizing a one-step method in a three-dimensional foaming tank and then directly subjected to free moldless three-dimensional pressure-relief foam molding specifically comprises the following steps: performing pressure molding on a polymer material to obtain a foaming preform, then preheating the foaming preform in the preheating system , delivering the foaming preform to the three-dimensional foaming system after a temperature rises to a preheating temperature, closing and sealing the three-dimensional foaming tank, opening an intake valve, introducing the supercritical fluid to be regulated to be at a target temperature and pressure, wherein the supercritical fluid is a mixed gas comprising supercritical N 2 and supercritical CO 2 , the volume percentage of supercritical N 2 in the mixed gas being 50-99%, swelling and diffusing the supercritical fluid toward the polymer for 30-120 min, and opening the pressure release device for pressure relief and foaming, so as to obtain a polymer microcellular foamed product with controllable product shape, size precision, pore fineness and product density.
Penetrator , comprising: a penetrator tip ; and a chisel wreath which has a plurality of chisel elements which are arranged radially offset about the penetrator tip ; wherein the chisel elements are positioned axially set back with respect to the penetrator tip , and wherein the chisel elements each have a radially orientated radial blade and an azimuthally orientated azimuthal blade . a penetrator tip ; and a chisel wreath which has a plurality of chisel elements which are arranged radially offset about the penetrator tip ; wherein the chisel elements are positioned axially set back with respect to the penetrator tip , and wherein the chisel elements each have a radially orientated radial blade and an azimuthally orientated azimuthal blade .
A method of inhibiting the release of dust from a pile of particulate material, the method comprising the step of applying to the exposed surface of the pile a binder composition, the binder composition comprising vinyl acetate ethylene co-polymer and crude glycerin in a ratio of between 90:10 and 10:90 by mass, wherein the crude glycerin comprises 30 to 95 weight percent of glycerin and greater than 5 to 30 weight percent of methanol.