mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus , comprising: a multi-dimensional memory; and a plurality of matrix processing elements (534a; 534b) to perform a matrix operation, comprising a matrix multiplication operation on a plurality of matrix operands; a read engine to receive matrix data from the multi-dimensional memory, wherein the matrix data is associated with the plurality of matrix operands; a slice engine to extract a matrix operand and multiple filters from the matrix data and to perform a first transform on the matrix operand as a Winograd input transform to obtain a transformed matrix operand, wherein performing matrix multiplication using the transformed matrix operand is faster than performing matrix multiplication using the first matrix operand; an output engine to perform separate matrix multiplications to multiply the transformed matrix operand with each filter using different matrix processing elements to obtain a partial result; and a transform engine to perform a second transform on the partial result as a Winograd output transform to obtain a result of the matrix multiplication operation. a multi-dimensional memory; and a plurality of matrix processing elements (534a; 534b) to perform a matrix operation, comprising a matrix multiplication operation on a plurality of matrix operands; a read engine to receive matrix data from the multi-dimensional memory, wherein the matrix data is associated with the plurality of matrix operands; a slice engine to extract a matrix operand and multiple filters from the matrix data and to perform a first transform on the matrix operand as a Winograd input transform to obtain a transformed matrix operand, wherein performing matrix multiplication using the transformed matrix operand is faster than performing matrix multiplication using the first matrix operand; an output engine to perform separate matrix multiplications to multiply the transformed matrix operand with each filter using different matrix processing elements to obtain a partial result; and a transform engine to perform a second transform on the partial result as a Winograd output transform to obtain a result of the matrix multiplication operation. a read engine to receive matrix data from the multi-dimensional memory, wherein the matrix data is associated with the plurality of matrix operands; a slice engine to extract a matrix operand and multiple filters from the matrix data and to perform a first transform on the matrix operand as a Winograd input transform to obtain a transformed matrix operand, wherein performing matrix multiplication using the transformed matrix operand is faster than performing matrix multiplication using the first matrix operand; an output engine to perform separate matrix multiplications to multiply the transformed matrix operand with each filter using different matrix processing elements to obtain a partial result; and a transform engine to perform a second transform on the partial result as a Winograd output transform to obtain a result of the matrix multiplication operation.
RFID label tag for authentication of a plant container comprising a loop that is dimensioned to snugly fit around a part of the plant container, said RFID label tag comprising further a flat part connected to the loop , wherein the flat part is provided with a RFID chip , wherein the RFID label tag comprises a pre-mounted form wherein the loop is open to receive a part of the plant container and wherein the flat part is separated into two flat part halves (3', 3"), said flat part halves (3', 3") being connected to the loop on opposite sides thereof, and a mounted form wherein the loop is closed and arranged to snugly fit around the part of the plant container when the two flat part halves (3', 3") are joined together, wherein the two flat part halves (3', 3") are provided with a label inlay supported by the two flat part halves (3', 3"), wherein the label inlay is glued to the two flat part halves (3', 3"), characterized in that a surface of the label inlay facing away from the two flat part halves (3', 3") on which the label inlay is glued is also provided with glue so as to arrange that when the two flat part halves (3', 3") are joined together, the surface of the label inlay facing away from the two flat part halves (3', 3") is glued to itself.
A system, comprising a mobile phone, and a connecting device for releasably connecting the mobile phone to a further assembly, wherein the connecting device includes a closure module with a vacuum element , which in an attachment direction (A) can be connected to an attachment component for connecting the mobile phone to the further assembly and in a connected position interacts with the attachment component in such a way that on loading of the closure module and the attachment component relative to each other against the attachment direction (A) the vacuum element and the attachment component are held at each other due to a vacuum effect between the vacuum element and the attachment component , wherein the closure module includes a first magnetic element for magnetically supporting the connection of the mobile phone to the further assembly, wherein the vacuum element is formed by an at least sectionally elastic cup element and the attachment component is formed by a housing surface of the mobile phone serving as an attachment surface , wherein an attachment assembly with an attachment part and a second magnetic element received in a receiving opening of the attachment part is arranged on the attachment surface in order to magnetically cooperate with the first magnetic element of the closure module . a mobile phone, and a connecting device for releasably connecting the mobile phone to a further assembly, wherein the connecting device includes a closure module with a vacuum element , which in an attachment direction (A) can be connected to an attachment component for connecting the mobile phone to the further assembly and in a connected position interacts with the attachment component in such a way that on loading of the closure module and the attachment component relative to each other against the attachment direction (A) the vacuum element and the attachment component are held at each other due to a vacuum effect between the vacuum element and the attachment component , wherein the closure module includes a first magnetic element for magnetically supporting the connection of the mobile phone to the further assembly, wherein the vacuum element is formed by an at least sectionally elastic cup element and the attachment component is formed by a housing surface of the mobile phone serving as an attachment surface , wherein an attachment assembly with an attachment part and a second magnetic element received in a receiving opening of the attachment part is arranged on the attachment surface in order to magnetically cooperate with the first magnetic element of the closure module .
Method for manufacturing a balance spring intended to be fitted to a balance of a timepiece movement, including: - a step of creating a blank from a niobium and titanium alloy containing: - niobium: the remainder to 100wt%, - titanium: between 40 and 60wt%, - traces of elements selected from the group formed of O, H, C, Fe, Ta, N, Ni, Si, Cu, Al, each of said elements being present in an amount comprised between 0 and 1600 ppm by weight, the total amount formed by all of said elements being comprised between 0 and 0.3wt%, - a step of β-quenching said blank with a given diameter, such that the titanium of said alloy is essentially in solid solution form with β-phase niobium, the α-phase titanium content being less than or equal to 5% by volume, - at least one deformation step of said alloy alternated with at least one heat treatment step such that the niobium and titanium alloy obtained has an elastic limit higher than or equal to 600 MPa and a modulus of elasticity lower than or equal to 100 GPa, a winding step to form the balance spring being performed prior to the final heat treatment step, characterized in that , prior to the deformation step, the method includes a step of depositing, on the alloy blank, a surface layer of a ductile material chosen from the group including copper, nickel, cupronickel, cupro manganese, gold, silver, nickel phosphorus NiP and nickel boron NiB, said surface layer of ductile material being retained on the balance spring, the thermoelastic coefficient of the niobium and titanium alloy being adapted accordingly. - a step of creating a blank from a niobium and titanium alloy containing: - niobium: the remainder to 100wt%, - titanium: between 40 and 60wt%, - traces of elements selected from the group formed of O, H, C, Fe, Ta, N, Ni, Si, Cu, Al, each of said elements being present in an amount comprised between 0 and 1600 ppm by weight, the total amount formed by all of said elements being comprised between 0 and 0.3wt%, - niobium: the remainder to 100wt%, - titanium: between 40 and 60wt%, - traces of elements selected from the group formed of O, H, C, Fe, Ta, N, Ni, Si, Cu, Al, each of said elements being present in an amount comprised between 0 and 1600 ppm by weight, the total amount formed by all of said elements being comprised between 0 and 0.3wt%, - a step of β-quenching said blank with a given diameter, such that the titanium of said alloy is essentially in solid solution form with β-phase niobium, the α-phase titanium content being less than or equal to 5% by volume, - at least one deformation step of said alloy alternated with at least one heat treatment step such that the niobium and titanium alloy obtained has an elastic limit higher than or equal to 600 MPa and a modulus of elasticity lower than or equal to 100 GPa, a winding step to form the balance spring being performed prior to the final heat treatment step,
A magnetron comprising: an anode cylinder that extends in a cylindrical shape along a central axis ; a plurality of tabular vanes each of which has at least one end fixed to the anode cylinder and that extend toward the central axis from an inner surface of the anode cylinder ; and one or a plurality of pressure-equalizing rings that are disposed coaxially with respect to the central axis of the anode cylinder , wherein each of the tabular vanes includes a protrusion that faces the pressure-equalizing ring in an axial direction of the anode cylinder , and one or a plurality of notches (51-53) that serve as base points for deforming the protrusion toward the pressure-equalizing ring side or an opposite side to the pressure-equalizing ring . an anode cylinder that extends in a cylindrical shape along a central axis ; a plurality of tabular vanes each of which has at least one end fixed to the anode cylinder and that extend toward the central axis from an inner surface of the anode cylinder ; and one or a plurality of pressure-equalizing rings that are disposed coaxially with respect to the central axis of the anode cylinder , wherein each of the tabular vanes includes a protrusion that faces the pressure-equalizing ring in an axial direction of the anode cylinder , and one or a plurality of notches (51-53) that serve as base points for deforming the protrusion toward the pressure-equalizing ring side or an opposite side to the pressure-equalizing ring . a protrusion that faces the pressure-equalizing ring in an axial direction of the anode cylinder , and one or a plurality of notches (51-53) that serve as base points for deforming the protrusion toward the pressure-equalizing ring side or an opposite side to the pressure-equalizing ring .
A flexible organic light-emitting diode, OLED, display, comprising: a substrate (SUB) including a first material including a metal, wherein the substrate includes first and second surfaces opposing each other; an OLED disposed over the first surface of the substrate; and a sacrificial layer (SL) including a second material different from the first material and disposed on the second surface of the substrate, characterised in that the second material includes the metal, optionally wherein the second material includes an oxide of the metal. a substrate (SUB) including a first material including a metal, wherein the substrate includes first and second surfaces opposing each other; an OLED disposed over the first surface of the substrate; and a sacrificial layer (SL) including a second material different from the first material and disposed on the second surface of the substrate, characterised in that the second material includes the metal, optionally wherein the second material includes an oxide of the metal.
An outboard motor comprising: an outboard motor main body ; a mount that includes a fixed member to be fixed to a hull and a tilt shaft joined to the fixed member , and that is configured to attach the outboard motor main body to the hull such that the outboard motor main body is turnable around the tilt shaft ; a turning mechanism that is configured to turn the outboard motor main body around the tilt shaft to incline the outboard motor main body with respect to the fixed member ; an electric actuator (M1, 51) that is configured to supply a driving force to the turning mechanism ; an inclination angle sensor that is configured to detect an inclination angle of the outboard motor main body with respect to the fixed member ; and a controller that is configured or programmed to actuate the turning mechanism by energizing the electric actuator (M1, 51) in response to an operation switch that is operated by an operator to change the inclination angle, and perform energization limiting control (S23, S43) to limit energization of the electric actuator (M1, 51) when a magnitude of a rate of change of the inclination angle detected by the inclination angle sensor is equal to or less than a predetermined determination threshold for a predetermined duration of time. an outboard motor main body ; a mount that includes a fixed member to be fixed to a hull and a tilt shaft joined to the fixed member , and that is configured to attach the outboard motor main body to the hull such that the outboard motor main body is turnable around the tilt shaft ; a turning mechanism that is configured to turn the outboard motor main body around the tilt shaft to incline the outboard motor main body with respect to the fixed member ; an electric actuator (M1, 51) that is configured to supply a driving force to the turning mechanism ; an inclination angle sensor that is configured to detect an inclination angle of the outboard motor main body with respect to the fixed member ; and a controller that is configured or programmed to actuate the turning mechanism by energizing the electric actuator (M1, 51) in response to an operation switch that is operated by an operator to change the inclination angle, and perform energization limiting control (S23, S43) to limit energization of the electric actuator (M1, 51) when a magnitude of a rate of change of the inclination angle detected by the inclination angle sensor is equal to or less than a predetermined determination threshold for a predetermined duration of time.
A disposable visualization device suitable for one-time use, comprising: an elongate tubular needle extending along a longitudinal axis between a proximal end suitable for fixing to a handpiece and a distal end having a sharpened tip ; an optical hypotube extending through the needle, the optical hypotube comprising a proximal end and a distal end ; characterised in that the optical hypotube comprises a first segment comprising a first bend in a first direction and a second segment comprising a second bend in a second direction; and wherein the first bend and the second bend are configured to bias the distal end of the optical hypotube against the sharpened tip . an elongate tubular needle extending along a longitudinal axis between a proximal end suitable for fixing to a handpiece and a distal end having a sharpened tip ; an optical hypotube extending through the needle, the optical hypotube comprising a proximal end and a distal end ; characterised in that the optical hypotube comprises a first segment comprising a first bend in a first direction and a second segment comprising a second bend in a second direction; and wherein the first bend and the second bend are configured to bias the distal end of the optical hypotube against the sharpened tip .
A hermetically sealed refrigerant compressor suitable for the use in a helicopter and capable of unloading during start comprises an electric connector , a front end socket , a rear end socket , a barrel , a medium-frequency motor provided inside the barrel , a movable disc , a motion transmission sleeve , a main shaft , a clutch coil and a clutch friction plate a front end and a rear end of the barrel are connected with the front end socket and the rear end socket respectively; a stator disc cooperating with the movable disc is fixed in the barrel ; the movable disc and the stator disc are sleeved on one axial side of the main shaft ; the clutch friction plate and the clutch coil are sleeved on the other axial side of the main shaft ; the movable disc and the clutch friction plate are fixed on an end portion of the main shaft ; an output shaft of the motor is connected with the clutch coil via the motion transmission sleeve ; the electric connector is fixed on the barrel ; the electric connector is connected with the clutch coil .
A method for sending a packet, wherein the method comprises: receiving , by a communications network element, a first packet, wherein the first packet comprises a domain identifier, and the domain identifier identifies a clock domain to which a node device sending the first packet belongs; determining , by the communications network element based on a correspondence between a domain identifier and a user plane connection identifier and further based on the domain identifier in the first packet, a user plane connection corresponding to the first packet; and sending , by the communications network element, the first packet to a terminal device by using the user plane connection corresponding to the first packet. receiving , by a communications network element, a first packet, wherein the first packet comprises a domain identifier, and the domain identifier identifies a clock domain to which a node device sending the first packet belongs; determining , by the communications network element based on a correspondence between a domain identifier and a user plane connection identifier and further based on the domain identifier in the first packet, a user plane connection corresponding to the first packet; and sending , by the communications network element, the first packet to a terminal device by using the user plane connection corresponding to the first packet.
An absorbent article in form of a sanitary napkin comprising: a first web comprising a precursor web having a pattern of discrete substantially columnar protruded extensions extending only from a first surface of the precursor web, each of the protruded extensions having a sidewall defining an open proximal portion and a closed distal portion, a second web underlying the first web, wherein each of the first and second webs comprises first and second end regions and first and second side regions; and a bonding pattern adhering together at least one of (i) the first end regions of the first and second webs and (ii) the second end regions of the first and second webs, the bonding pattern comprising a plurality of discrete bonding points and a sized spacing between each adjacent bonding point sufficient to have inscribed therein a circle having a diameter of about 1 mm to about 12 mm, and wherein the first or second end regions of the first and second webs is 10% to 30% of a total area of the article. a first web comprising a precursor web having a pattern of discrete substantially columnar protruded extensions extending only from a first surface of the precursor web, each of the protruded extensions having a sidewall defining an open proximal portion and a closed distal portion, a second web underlying the first web, wherein each of the first and second webs comprises first and second end regions and first and second side regions; and a bonding pattern adhering together at least one of (i) the first end regions of the first and second webs and (ii) the second end regions of the first and second webs, the bonding pattern comprising a plurality of discrete bonding points and a sized spacing between each adjacent bonding point sufficient to have inscribed therein a circle having a diameter of about 1 mm to about 12 mm, and wherein the first or second end regions of the first and second webs is 10% to 30% of a total area of the article.
Composite based at least on a component exhibiting a metallic surface and on a polymer matrix comprising a diene elastomer DE and a functional diene polymer, which functional diene polymer is a diene polymer bearing at least one functional group, the functional group being the phosphonic acid functional group, the phosphonic hemiacid functional group, the phosphonic acid diester functional group or a salt of the phosphonic acid or phosphonic hemiacid functional group.
An ink jet printing unit for printing an object which is led past the ink jet printing unit , wherein the ink jet printing unit comprises a housing for a printing head (13a,b) which is arranged or can be arranged therein at a defined operating position and which is with at least one printing nozzle (21a,b) for providing an ink printing jet in an ink jet direction (x), wherein the housing on a side which lies at the front in an ink jet direction (x) comprises a first opening (23a,b), wherein in the operational position the printing head (13a, b) with the at least one printing nozzle (21a,b) projects at least partly into or through the first opening (23a,b), characterised in that the ink jet printing unit at the outer side on the housing comprises a cover which is movable relative to the housing for closing the first opening (23a, b), wherein the cover is movable along a defined movement path between an opening position and a closure position, wherein the cover comprises a wiper which is designed and positioned in a manner such that in a wiping section of the movement path of the cover is wipes over the at least one printing nozzle (21a,b).