mhurhangee/patent-ind-claim-en huggingface dataset:
A duplex transmission device, comprising: a master device , comprising a first phase lock loop and a master transceiver module coupled to the first phase lock loop ; and at least one slave device coupled to the master device , each slave device comprising a slave transceiver module ; wherein the master transceiver module is configured to transmit a forward clock to the slave transceiver module through a first transmission medium , is configured to transmit a forward data to the slave transceiver module through a second transmission medium , and is configured to receive a backward data transmitted from the slave transceiver module through a third transmission medium without receiving backward clock from the slave transceiver module ; wherein the first phase lock loop is configured to provide a first clock that is used when the master transceiver module transmits the forward clock and the forward data to the at least one slave device and receives the backward data from the at least one slave device ; and wherein the rising edge of the first clock is adjusted to correspond to a position near the center of high level of the backward data. a master device , comprising a first phase lock loop and a master transceiver module coupled to the first phase lock loop ; and at least one slave device coupled to the master device , each slave device comprising a slave transceiver module ; wherein the master transceiver module is configured to transmit a forward clock to the slave transceiver module through a first transmission medium , is configured to transmit a forward data to the slave transceiver module through a second transmission medium , and is configured to receive a backward data transmitted from the slave transceiver module through a third transmission medium without receiving backward clock from the slave transceiver module ; wherein the first phase lock loop is configured to provide a first clock that is used when the master transceiver module transmits the forward clock and the forward data to the at least one slave device and receives the backward data from the at least one slave device ; and wherein the rising edge of the first clock is adjusted to correspond to a position near the center of high level of the backward data.
A system for performing parallel computation, comprising: a task manager ; and a plurality of cores coupled with the task manager and configured to respectively perform a set of parallel computation tasks based on instructions from the task manager, wherein each of the plurality of cores further comprises: a processing unit configured to generate a first output feature map corresponding to a first computation task among the set of parallel computation tasks; an interface configured to receive one or more instructions from the task manager to collect external output feature maps corresponding to the set of parallel computation tasks from other cores of the plurality of cores; and a reduction unit configured to generate a reduced feature map based on the first output feature map and received external output feature maps. a task manager ; and a plurality of cores coupled with the task manager and configured to respectively perform a set of parallel computation tasks based on instructions from the task manager, wherein each of the plurality of cores further comprises: a processing unit configured to generate a first output feature map corresponding to a first computation task among the set of parallel computation tasks; an interface configured to receive one or more instructions from the task manager to collect external output feature maps corresponding to the set of parallel computation tasks from other cores of the plurality of cores; and a reduction unit configured to generate a reduced feature map based on the first output feature map and received external output feature maps. a processing unit configured to generate a first output feature map corresponding to a first computation task among the set of parallel computation tasks; an interface configured to receive one or more instructions from the task manager to collect external output feature maps corresponding to the set of parallel computation tasks from other cores of the plurality of cores; and a reduction unit configured to generate a reduced feature map based on the first output feature map and received external output feature maps.
An optical connection system comprising: a fiber optic connector including a connector body having an interface end , the fiber optic connector also including an optical fiber that extends through the connector body , the optical fiber having a ferrule-less end portion that is accessible at the interface end of the connector body , the connector body defining an interior fiber buckling region for allowing the optical fiber to buckle within the connector body when the fiber optic connector is connected to another fiber optic connector , wherein the fiber optic connector is constructed and arranged to cause the optical fiber to have a pre-buckled configuration prior to securing the connector to the other fiber optic connector ; and the fiber optic connector includes a pre-buckling protrusion that engages the optical fiber within the fiber buckling region causing the optical fiber to have the pre-buckled configuration. a fiber optic connector including a connector body having an interface end , the fiber optic connector also including an optical fiber that extends through the connector body , the optical fiber having a ferrule-less end portion that is accessible at the interface end of the connector body , the connector body defining an interior fiber buckling region for allowing the optical fiber to buckle within the connector body when the fiber optic connector is connected to another fiber optic connector , wherein the fiber optic connector is constructed and arranged to cause the optical fiber to have a pre-buckled configuration prior to securing the connector to the other fiber optic connector ; and the fiber optic connector includes a pre-buckling protrusion that engages the optical fiber within the fiber buckling region causing the optical fiber to have the pre-buckled configuration.
A method for marking an existing article, comprising: forming a raised pad on a substrate of the existing article using a material addition process by applying a first material to a first surface of the substrate to form a first layer of the raised pad and applying a second material to the first layer to form a second layer of the raised pad; forming a design on a surface of the raised pad ; characterized in that the substrate includes a surface material comprising a first elastic modulus, the first material comprising a second elastic modulus, the first elastic modulus being greater than the second elastic modulus; the second material comprises a third elastic modulus, the third elastic modulus being greater than the second elastic modulus; wherein the first material is applied to the substrate via at least one of a cold spray process, a thermal spray process, and a laser metal powder addition process; and wherein the second material is applied to the first material via at least one of the cold spray process, the thermal spray process, and the laser metal powder addition process. forming a raised pad on a substrate of the existing article using a material addition process by applying a first material to a first surface of the substrate to form a first layer of the raised pad and applying a second material to the first layer to form a second layer of the raised pad; forming a design on a surface of the raised pad ; characterized in that the substrate includes a surface material comprising a first elastic modulus, the first material comprising a second elastic modulus, the first elastic modulus being greater than the second elastic modulus; the second material comprises a third elastic modulus, the third elastic modulus being greater than the second elastic modulus; wherein the first material is applied to the substrate via at least one of a cold spray process, a thermal spray process, and a laser metal powder addition process; and wherein the second material is applied to the first material via at least one of the cold spray process, the thermal spray process, and the laser metal powder addition process.
A conductive transfer , comprising: a first non-conductive layer and a second non-conductive layer , said second non-conductive layer comprising a first plurality of openings ; a first conductive layer between said first non-conductive layer and said second non-conductive layer; an adhesive layer for enabling transfer of said conductive transfer to a surface or an article ; and at least one electrical component in electrical communication with said first conductive layer, said at least one electrical component is encapsulated by an encapsulating material ; wherein said first conductive layer comprises a power trace for providing a power source to said at least one electrical component and a data trace for providing said at least one electrical component with an electrical signal; and characterised in that : said adhesive layer comprises a second plurality of openings which coincide with said first plurality of openings; and said conductive transfer further comprises a bonding material in electrical communication with said at least one electrical component, and in electrical contact with said first conductive layer by means of said first plurality of openings and said second plurality of openings. a first non-conductive layer and a second non-conductive layer , said second non-conductive layer comprising a first plurality of openings ; a first conductive layer between said first non-conductive layer and said second non-conductive layer; an adhesive layer for enabling transfer of said conductive transfer to a surface or an article ; and at least one electrical component in electrical communication with said first conductive layer, said at least one electrical component is encapsulated by an encapsulating material ; wherein said first conductive layer comprises a power trace for providing a power source to said at least one electrical component and a data trace for providing said at least one electrical component with an electrical signal; and characterised in that : said adhesive layer comprises a second plurality of openings which coincide with said first plurality of openings; and said conductive transfer further comprises a bonding material in electrical communication with said at least one electrical component, and in electrical contact with said first conductive layer by means of said first plurality of openings and said second plurality of openings. said adhesive layer comprises a second plurality of openings which coincide with said first plurality of openings; and said conductive transfer further comprises a bonding material in electrical communication with said at least one electrical component, and in electrical contact with said first conductive layer by means of said first plurality of openings and said second plurality of openings.
A method comprising: harvesting power from a radio-frequency excitation field using an antenna ; powering a processing unit of a biometric authentication module using the harvested power from the antenna; and monitoring the power supplied to the processing unit; characterised by : controlling a clock speed of the processing unit based on a monitored level of the power. harvesting power from a radio-frequency excitation field using an antenna ; powering a processing unit of a biometric authentication module using the harvested power from the antenna; and monitoring the power supplied to the processing unit; characterised by : controlling a clock speed of the processing unit based on a monitored level of the power.
A device for influencing the volume flow of extruded, plastically deformable material, the material being conveyed to an outlet nozzle in the additive manufacturing of components, having a flange arranged between an extrusion unit and an outlet nozzle and being connected to the extrusion unit and the outlet nozzle , in which a channel formed from the extrusion unit to the outlet nozzle is introduced in the flange and a piston is rotatably mounted in the flange perpendicular to the longitudinal axis of the channel and guided through the channel , characterized in that a bore is formed in the piston in the region of the channel and opens into a bypass channel guided through the piston to a bypass nozzle , and in addition, at least one groove (2.1) is formed in the region of the channel on the outer lateral surface of the piston next to the bore , arranged in a different angular range than the bore or around the bore , so that depending on the angular positions of the piston , extruded, plastically deformable material can be conveyed through the groove (2.1) in the direction of the outlet nozzle and/or through the bore and the bypass channel out of the bypass nozzle . a channel formed from the extrusion unit to the outlet nozzle is introduced in the flange and a piston is rotatably mounted in the flange perpendicular to the longitudinal axis of the channel and guided through the channel , characterized in that a bore is formed in the piston in the region of the channel and opens into a bypass channel guided through the piston to a bypass nozzle , and in addition, at least one groove (2.1) is formed in the region of the channel on the outer lateral surface of the piston next to the bore , arranged in a different angular range than the bore or around the bore , so that depending on the angular positions of the piston , extruded, plastically deformable material can be conveyed through the groove (2.1) in the direction of the outlet nozzle and/or through the bore and the bypass channel out of the bypass nozzle .
Cylinder/plate pump comprising a housing , and comprising, within said housing : - a driveshaft , - a cylinder block having at least two circumferentially distributed compression chambers , said cylinder block being driven by said driveshaft , - a plate with adjustable inclination, - at least two pistons respectively moving in translation in said compression chambers in said cylinder block , said pistons being driven by said plate via connecting rods , characterized in that said cylinder block is pivotably connected to the housing via separate guide means and centring means, in that said cylinder block is in one piece, which comprises a first part for guiding said pistons and a second part comprising said compression chambers , and in that said first part and second part of said cylinder block are connected by a third part , which has a diameter smaller than the diameters of said first part and second part of said cylinder block . - a driveshaft , - a cylinder block having at least two circumferentially distributed compression chambers , said cylinder block being driven by said driveshaft , - a plate with adjustable inclination, - at least two pistons respectively moving in translation in said compression chambers in said cylinder block , said pistons being driven by said plate via connecting rods ,
System for controlling plants comprising • at least one contact electrode , • at least one collector electrode , • at least one voltage source for applying a voltage between the at least one contact electrode and the at least one collector electrode , and • means for moving the system in a direction of movement, wherein the at least one contact electrode is fitted in a suspended fashion, wherein the at least one contact electrode has a length L, a width B and a thickness D, wherein the length L extends along the direction of the gravitational force, the thickness D extends along the direction of movement and the width B extends transversely relative to the direction of movement and wherein the length L is at least ten times the width B and the width B is at least three times the thickness D, and, with respect to an external force that acts on the at least one contact electrode counter to the direction of movement, has a lower bending stiffness than with respect to an external force that acts on the at least one contact electrode transversely relative to the direction of movement; characterized in that the at least one contact electrode is wound on a coil and the length L of the at least one contact electrode can be increased by unwinding from the coil and decreased by winding onto the coil . • at least one contact electrode , • at least one collector electrode , • at least one voltage source for applying a voltage between the at least one contact electrode and the at least one collector electrode , and • means for moving the system in a direction of movement, wherein the at least one contact electrode is fitted in a suspended fashion, wherein the at least one contact electrode has a length L, a width B and a thickness D, wherein the length L extends along the direction of the gravitational force, the thickness D extends along the direction of movement and the width B extends transversely relative to the direction of movement and wherein the length L is at least ten times the width B and the width B is at least three times the thickness D, and, with respect to an external force that acts on the at least one contact electrode counter to the direction of movement, has a lower bending stiffness than with respect to an external force that acts on the at least one contact electrode transversely relative to the direction of movement; characterized in that the at least one contact electrode is wound on a coil and the length L of the at least one contact electrode can be increased by unwinding from the coil and decreased by winding onto the coil .
Method for predicting an acceleration of the degradation in capacity of an electrochemical device, the method comprising: - Obtaining point measurement data from a function linking a voltage (V) across the terminals of the electrochemical device to a state of charge of the electrochemical device (Q), and a measurement of the capacity (Qt) of the electrochemical device, - Calculating the derivative of said function and identifying a peak in the variation of said derivative, due to an inflection in the variation of said function and characterizing a quantity representative of an anode capacity of the electrochemical device (Qa/2), - Estimating a width of the peak (σ) and comparing a combination of the peak width and the quantity representative of the anode capacity, with the measurement of the capacity (Qt) of the electrochemical device, and - If said combination is less than the capacity of the electrochemical device, predicting an acceleration of the degradation in capacity of the electrochemical device. - Obtaining point measurement data from a function linking a voltage (V) across the terminals of the electrochemical device to a state of charge of the electrochemical device (Q), and a measurement of the capacity (Qt) of the electrochemical device, - Calculating the derivative of said function and identifying a peak in the variation of said derivative, due to an inflection in the variation of said function and characterizing a quantity representative of an anode capacity of the electrochemical device (Qa/2), - Estimating a width of the peak (σ) and comparing a combination of the peak width and the quantity representative of the anode capacity, with the measurement of the capacity (Qt) of the electrochemical device, and - If said combination is less than the capacity of the electrochemical device, predicting an acceleration of the degradation in capacity of the electrochemical device.
Extruded product suitable for turning, made of an aluminum alloy having a composition in wt% of Si 0.4 - 0.8; Mg 0.8 - 1.2; Cu 0.20 - 0.4; Fe 0.05 - 0.4; Mn ≤ 0.10; Ti < 0.15; Cr ≤ 0.08; Zr<0.04, Bi 0.4 - 0.8; Pb 0.2 - 0.4; other elements < 0.05 each and < 0.15 in total remains aluminum, characterized in that its composition is such that Cr + Mn ≤ 0.15, and in that its granular structure has a recrystallization rate at 1⁄4 thickness greater than 70%.
Process for producing modified PTFE solid lubricants wherein PTFE micropowder having carbonyl fluoride and/or carboxylic acid and/or perfluoroalkylene groups as functional groups is mixed with at least one low molecular weight and/or oligomeric compound having at least one reactive or thermally reactivatable and/or catalyst-activatable NH group in a ratio of 100 g of PTFE micropowder to < 100 mmol of low molecular weight and/or oligomeric compound and subjected to reactive conversion in a kneader and/or extruder by solid-state reaction under shear stress at temperatures of < 350°C at residence times of < 10 minutes.
Device 1 for securing a fitting 2 in a T-shaped groove 3 of an outer fixed frame or opening panel type of joinery, the T-shaped groove 3 being delimited by at least one bottom 5 and two side walls 6, 7 each provided with at least one hooking flange 8, 9 remote from the bottom 5, said device 1 comprising: - means 11 for pre-assembly and pre-positioning by clipping, in said T-shaped groove 3 perpendicularly to the axis thereof, in order to ensure at least temporary holding of the fitting 2 in this groove 3 at least in this perpendicular interlocking direction 12 in the latter; - clamping means in the form of a nut plate 16, for interacting with said hooking flanges 8, 9, said nut plate 16, with which a clamping screw 26 is caused to interact, being capable of occupying at least a first inactive position 17 which allows its engagement between said hooking flanges 8, 9, and at least a second active position 18 in which said nut plate 16 extends under said hooking flanges 8, 9, - and retractable means 19 for rotational retention of the nut plate 16 in said first inactive position 17; characterized in that it comprises intermediate insulation means 39 intended to be interposed between the nut plate 16 and the hooking flanges 8 in the active position 18, said intermediate insulation means 39 consisting of deformable skirts 40, 41 extending under a base 15, on either side of the longitudinal median plane 42 of the pre-assembly and pre-positioning means 11. - means 11 for pre-assembly and pre-positioning by clipping, in said T-shaped groove 3 perpendicularly to the axis thereof, in order to ensure at least temporary holding of the fitting 2 in this groove 3 at least in this perpendicular interlocking direction 12 in the latter; - clamping means in the form of a nut plate 16, for interacting with said hooking flanges 8, 9, said nut plate 16, with which a clamping screw 26 is caused to interact, being capable of occupying at least a first inactive position 17 which allows its engagement between said hooking flanges 8, 9, and at least a second active position 18 in which said nut plate 16 extends under said hooking flanges 8, 9, - and retractable means 19 for rotational retention of the nut plate 16 in said first inactive position 17;