mhurhangee/patent-ind-claim-en huggingface dataset:
Data logger for acquiring and recording sensor data associated with a transport container, comprising at least one first sensor, a memory for the storage of sensor data acquired by the at least one first sensor, a radio-frequency module for wirelessly transmitting said sensor data, a battery, at least one second sensor for sensing a transport mode of the transport container, and an energy management circuitry that is connected with the at least one second sensor and with the radio-frequency module, wherein the energy management circuitry is configured to switch between a plurality of operation modes, wherein the plurality of operation modes comprise a default operation mode, in which the radio-frequency module sends sensor data according to a defined time pattern that is independent of a transport mode sensed by said at least one second sensor, wherein the plurality of operation modes further comprise at least one transport operation mode, in which the radio-frequency module sends sensor data according to a time pattern that is dependent on the transport mode sensed by said at least one second sensor and wherein the energy management circuitry is configured to switch from a transport operation mode to the default operation mode, if no sensor data is received from said at least one second sensor during a defined time period.
A micro-catheter electrode assembly comprising: at least one flexible circuit including a plurality of internal electrical traces coupled therein, wherein the plurality of internal electrical traces is embedded within an insulating substrate ; an electrode surrounding the flexible circuit and electrically coupled with at least one of the plurality of electrical traces ; a non-conductive liner tube disposed within at least a portion of the electrode , wherein the liner tube is a hollow tube that provides a lumen and the flexible circuit is disposed between the electrode and the liner tube ; a support member disposed within at least a portion of the lumen of the liner tube and electrically isolated from said electrode by said liner tube ; and a biocompatible outer covering extending over at least a portion of the electrode . at least one flexible circuit including a plurality of internal electrical traces coupled therein, wherein the plurality of internal electrical traces is embedded within an insulating substrate ; an electrode surrounding the flexible circuit and electrically coupled with at least one of the plurality of electrical traces ; a non-conductive liner tube disposed within at least a portion of the electrode , wherein the liner tube is a hollow tube that provides a lumen and the flexible circuit is disposed between the electrode and the liner tube ; a support member disposed within at least a portion of the lumen of the liner tube and electrically isolated from said electrode by said liner tube ; and a biocompatible outer covering extending over at least a portion of the electrode .
An ophthalmic lens element, said ophthalmic lens element being either a progressive ophthalmic lens element or a multi-focal ophthalmic lens element, said ophthalmic lens element including: an upper viewing zone providing a first refractive power for distance vision; a lower viewing zone providing an addition power relative to the first refractive power, the lower viewing zone including a near reference point, wherein when the ophthalmic lens element is a progressive ophthalmic lens element the lower viewing zone is defined by 0.5 D contours of astigmatism disposed below the near reference point; and peripheral regions including a respective zone of relatively positive power compared to the addition power to provide therein a positive refractive power relative to the refractive power of the lower viewing zone; wherein the lower viewing zone and the peripheral regions are arranged so that the lower viewing zone interposes the zones of relatively positive power and characterized in that along any horizontal line disposed below the near reference point and extending across the lower viewing zone and the peripheral regions, the ophthalmic lens element exhibits a positive mean addition power profile including a respective peak magnitude in each peripheral region and a local minimum magnitude in the lower viewing zone, and each mean addition power profile exhibits a monotonic increase in magnitude from the local minimum magnitude to the respective peak magnitudes in each peripheral region. an upper viewing zone providing a first refractive power for distance vision; a lower viewing zone providing an addition power relative to the first refractive power, the lower viewing zone including a near reference point, wherein when the ophthalmic lens element is a progressive ophthalmic lens element the lower viewing zone is defined by 0.5 D contours of astigmatism disposed below the near reference point; and peripheral regions including a respective zone of relatively positive power compared to the addition power to provide therein a positive refractive power relative to the refractive power of the lower viewing zone; wherein the lower viewing zone and the peripheral regions are arranged so that the lower viewing zone interposes the zones of relatively positive power and characterized in that along any horizontal line disposed below the near reference point and extending across the lower viewing zone and the peripheral regions, the ophthalmic lens element exhibits a positive mean addition power profile including a respective peak magnitude in each peripheral region and a local minimum magnitude in the lower viewing zone, and each mean addition power profile exhibits a monotonic increase in magnitude from the local minimum magnitude to the respective peak magnitudes in each peripheral region.
A tablet comprising 50 mg of the compound of Formula I: or a pharmaceutically acceptable salt thereof, 25 mg tenofovir alafenamide or a pharmaceutically acceptable salt thereof, and 200 mg emtricitabine or a pharmaceutically acceptable salt thereof.
A method of clearing well casing or tubing from a target region of an oil/gas well borehole , said method comprising: delivering chemical heating and/or cooling means to the target region to facilitate a rapid temperature change in the target region so as to alter the physical properties of the well casing/tubing in the target region and thereby embrittle, soften or otherwise weaken the well casing without melting it; applying one or more physical or environmental stresses to the target region to clear the weakened well casing/tubing from the target region; and characterised by producing a plurality of perforations in the well casing/tubing in the target region before the delivery of the chemical heating and/or cooling means. delivering chemical heating and/or cooling means to the target region to facilitate a rapid temperature change in the target region so as to alter the physical properties of the well casing/tubing in the target region and thereby embrittle, soften or otherwise weaken the well casing without melting it; applying one or more physical or environmental stresses to the target region to clear the weakened well casing/tubing from the target region; and characterised by producing a plurality of perforations in the well casing/tubing in the target region before the delivery of the chemical heating and/or cooling means.
Compressor installation, suitable for compressing a gas and providing it to further components, comprising a compressor , a controller connected to a first VSD motor for driving a compressor element of said compressor , an aftercooler , and a second VSD motor for driving a cooling fan configured to cool said aftercooler , characterized in that said controller comprises a housing in which is provided a rectifier , a DC link with a DC bus and two inverters connected to the same DC bus, a first inverter configured to control the first VSD motor , and a second inverter configured to control the second VSD motor .
An information processing device arranged to: set, in response to user input, a plurality of predetermined regions (A, B, C) of interest in frame images configuring an input video captured by one imaging device, wherein the user input defines positions of the plurality of predetermined regions of interest; set, in response to the user input, a plurality of detected regions in the frame images, each detected region corresponding to one of the plurality of predetermined regions of interest, wherein a position of each detected region is determined independent of a corresponding position of a corresponding one of the plurality of predetermined regions of interest; and determine a region of interest of the plurality of predetermined regions of interest to be clipped and displayed on a basis of a feature amount of an object (T) in each of the plurality of detected regions determined from the frame images. set, in response to user input, a plurality of predetermined regions (A, B, C) of interest in frame images configuring an input video captured by one imaging device, wherein the user input defines positions of the plurality of predetermined regions of interest; set, in response to the user input, a plurality of detected regions in the frame images, each detected region corresponding to one of the plurality of predetermined regions of interest, wherein a position of each detected region is determined independent of a corresponding position of a corresponding one of the plurality of predetermined regions of interest; and determine a region of interest of the plurality of predetermined regions of interest to be clipped and displayed on a basis of a feature amount of an object (T) in each of the plurality of detected regions determined from the frame images.
A spindle drive for a motorized adjustment of an adjustment element of a motor vehicle, comprising a tubular or semi-shell-shaped spindle drive housing and an annular or disk-shaped connecting part inserted and secured in one end region of the spindle drive housing , the connecting part being connected via a damping element made of an elastic damping material to a connector for discharging axial drive movements, characterized in that the connecting part has a coaxial recess which has a circumferential groove in its inner, circumferential wall, the connector projecting axially into the recess of the connecting part with its end region facing the spindle drive housing and having a circumferential flange projecting radially into the groove , a gap being arranged between the side walls of the groove and the side walls of the flange , the damping element being arranged in the gap .
A U-bolt, comprising a metal piece of general "U"-shaped configuration, with a central portion intended to laterally embrace an element (E) to be fixed, and extended in two straight sections intended to be introduced into holes in a cradle and/or a support (S); said straight sections having a threaded section for mounting tightening nuts for the U-bolt and for the cradle and/or the support (S) against opposite sides of the element (E) to be fixed; characterised in that the metal piece comprises an over-moulded coating of thermoplastic material which covers at least the central portion of said metal piece and which defines on the inner side of the central portion a contact surface of said coating with the element (E) to be fixed, and wherein the contact surface protrudes above and/or below from the rest of the coating , and has reinforcing ribs on the rear side of the contact surface .
A method for forming features in a composite component , comprising: depositing a composite material on a base tool ; bringing a feature forming tool into contact with the composite material ; and processing the composite material with the feature forming tool in contact with the composite material , the processed composite material forming a green state composite component, wherein the feature forming tool comprises a sheet having one or more inserts for forming one or more features of the composite component , wherein the sheet is formed from a first material , and characterized in that the one or more inserts are formed from a second material that is harder than the first material . depositing a composite material on a base tool ; bringing a feature forming tool into contact with the composite material ; and processing the composite material with the feature forming tool in contact with the composite material , the processed composite material forming a green state composite component, wherein the feature forming tool comprises a sheet having one or more inserts for forming one or more features of the composite component , wherein the sheet is formed from a first material , and characterized in that the one or more inserts are formed from a second material that is harder than the first material .
A method of identifying a sub-pool of plants, or reproductive parts thereof, of a predefined species, carrying one or more predetermined mutation(s) in nucleotide(s) of interest [NOI(s)], in a target sequence, said method comprising the steps of: - Dividing a pool of reproductive parts of said species, representing a plurality of genotypes into one or more sub-pools of reproductive parts; - Preparing gDNA samples, each comprising genomic DNA (gDNA), from each genotype within a sub-pool, while maintaining the potential for multiplication of plants of each genotype within said sub-pool; - Performing a plurality of PCR amplifications, each comprising the gDNA sample from one sub-pool, wherein each PCR amplification comprises a plurality of compartmentalised PCR amplifications, each comprising part of said gDNA sample, one or more set(s) of primers each set flanking a target sequence and PCR reagents, thereby amplifying the target sequence(s); - Detecting PCR amplification product(s) comprising one or more target sequence(s) comprising the mutation(s) in the NOI(s), thereby identifying sub-pool(s) comprising said mutation(s). - Dividing a pool of reproductive parts of said species, representing a plurality of genotypes into one or more sub-pools of reproductive parts; - Preparing gDNA samples, each comprising genomic DNA (gDNA), from each genotype within a sub-pool, while maintaining the potential for multiplication of plants of each genotype within said sub-pool; - Performing a plurality of PCR amplifications, each comprising the gDNA sample from one sub-pool, wherein each PCR amplification comprises a plurality of compartmentalised PCR amplifications, each comprising part of said gDNA sample, one or more set(s) of primers each set flanking a target sequence and PCR reagents, thereby amplifying the target sequence(s); - Detecting PCR amplification product(s) comprising one or more target sequence(s) comprising the mutation(s) in the NOI(s), thereby identifying sub-pool(s) comprising said mutation(s).
A process for manufacturing a turbomachine part coated with a thermal barrier, characterized in that it comprises the following steps: - (S1) manufacture of the part by additive manufacturing, said part comprising a portion comprising an outer surface with a first roughness R max ; - (S2) electrophoretic deposition on said outer surface of a layer comprising particles of a ceramic material; - (S3) consolidation of the layer by heat treatment in order to obtain a ceramic coating , said ceramic coating comprising an outer surface with a second roughness R max which is less than the first roughness R max . - (S1) manufacture of the part by additive manufacturing, said part comprising a portion comprising an outer surface with a first roughness R max ; - (S2) electrophoretic deposition on said outer surface of a layer comprising particles of a ceramic material; - (S3) consolidation of the layer by heat treatment in order to obtain a ceramic coating , said ceramic coating comprising an outer surface with a second roughness R max which is less than the first roughness R max .
A method for operating a refrigeration unit , including a circuit that guides a refrigerant and in which the refrigerant is compressed by at least one compressor unit , the compressed refrigerant is cooled by a heat exchanger on the high pressure side, and the cooled compressed refrigerant is expanded by an expansion member and, in a downstream heat exchanger , takes up heat, wherein for the purpose of controlling overall compressor output of the refrigeration unit at least one state variable (X) is measured in a system that includes the refrigeration unit and a medium (MW) that interacts with the heat exchanger on the high pressure side and a medium (MK) that interacts with the heat exchanger on the low pressure side, wherein, in accordance with this at least one state variable (X), the compressor unit is operated either in a first mode (B1) with a first overall compressor output in which the state variable (X) decreases or in a second mode (B2) with a second overall compressor output in which the state variable (X) increases, wherein the first and second modes (B1, B2) directly succeed one another alternately, characterised in that a transition from the second mode (B2) to the first mode (B1) is performed when the measured state variable (X) reaches or exceeds a first threshold (SX, UB2B1), in that a transition from the first mode (B1) to the second mode (B2) is performed when the measured state variable (X) reaches or falls below a second threshold (UB1B2, SX), and in that a difference between the first value (SX, UB2B1) and the second value (UB1B2, SX) corresponds to the greatest of the state variable differences ΔXB1 (MZ), ΔXB2 (MZ) that result over the respective minimum duration (MZ) in the first mode (B1) or in the second mode (B2).
Method for separating layers of a laminated textile product , the laminated textile product comprising a first layer comprising a primary carrier sheet with yarns stitched therein, which yarns form a pile on the front surface of this sheet, and a second layer comprising a secondary carrier sheet operatively connected to the back surface of the primary carrier sheet by use of an intermediate layer comprising a thermoplastic adhesive, the method comprising heating the intermediate layer to a temperature above a softening temperature of the thermoplastic adhesive, and thereafter mechanically taking hold of the first layer, while at the same time mechanically taking hold of the second layer, and applying forces on both layers in diverging directions to separate the first layer from the second layer, characterised in that the first layer is taken hold of by grasping at least part of the yarns.
A smart cell , comprising: a positive terminal ; a negative terminal ; a switching circuit which is arranged to select between a first switching state in which an energy storage device is connected between the positive terminal and the negative terminal and a second switching state which bypasses said energy storage device ; an inductor provided between the positive terminal and the negative terminal ; and a controller arranged to monitor the voltage across the inductor , wherein the controller is arranged to control a duty cycle of the switching circuit and characterised in that the controller is arranged to control the duty cycle of the switching circuit based on magnitudes of voltage changes detected across the inductor . a positive terminal ; a negative terminal ; a switching circuit which is arranged to select between a first switching state in which an energy storage device is connected between the positive terminal and the negative terminal and a second switching state which bypasses said energy storage device ; an inductor provided between the positive terminal and the negative terminal ; and a controller arranged to monitor the voltage across the inductor , wherein the controller is arranged to control a duty cycle of the switching circuit and characterised in that the controller is arranged to control the duty cycle of the switching circuit based on magnitudes of voltage changes detected across the inductor .
An injection molding data management device comprising: a data storage unit configured to store data indicating a time-dependent change of a detection value detected by a detector in an injection molding machine ; and a detection value extraction unit configured to extract a detection value from the data stored in the data storage unit , characterized in that the data is stored in association with a reference timing for determining an extraction timing at which the detection value is extracted from the data, the detection value extraction unit is configured to compare the extraction timing which is input to an input unit and the reference timing with each other, and the detection value is detected at the extraction timing input to the input unit . a data storage unit configured to store data indicating a time-dependent change of a detection value detected by a detector in an injection molding machine ; and a detection value extraction unit configured to extract a detection value from the data stored in the data storage unit , characterized in that the data is stored in association with a reference timing for determining an extraction timing at which the detection value is extracted from the data, the detection value extraction unit is configured to compare the extraction timing which is input to an input unit and the reference timing with each other, and the detection value is detected at the extraction timing input to the input unit .
Architecture of interconnected power electronic modules for a polyphase rotary machine ( Mt ), comprising at least two electrically interconnected power modules (51 to 53), a connector including at least one layer composed of a plurality of conductive signal or power tracks borne by at least one wafer made of an insulating material in order to interconnect said power modules (51 to 53) together, and also to interconnect said power modules (51 to 53) with electrical elements (phases φ, B +, B -) of said rotary machine ( Mt ), and a heat sink , said architecture being characterized in that said power modules (51 to 53) include a plurality of connecting elements (512 to 532) that are electrically connected, at a first end, to components (510 to 530) of said power modules and, at a second end, to one of said conductive tracks of the connector , in that the heat sink is provided with open cavities (41 to 43) that are each intended to receive one of said power modules (51 to 53), said power modules (51 to 53) each comprise a substrate on which power semiconductor components and integrated electronic control circuits for controlling these components are implemented, and in that each of said substrates is bonded to the bottom wall of one of said open cavities (41 to 43), said open cavities (41 to 43) being filled with insulating gel after the bonding of said substrates, in that said connector comprises at least one layer of conductive tracks sandwiched between two wafers made of an insulating material, and in that said conductive tracks comprise high-power connections conveying currents referred to as "high" currents in order to interconnect said power semiconductor components and determined electrical elements (phases φ, B +, B -) of said rotary machine ( Mt ) together, and low-power connections conveying control signals in order to interconnect said integrated electronic control circuits , said substrates being produced using direct bonded copper technology, referred to as "DBC" technology, and are composed of at least one lower layer made of a conductive material, one intermediate layer made of an insulating material and one upper layer composed of a plurality of tracks made of a conductive material to which said power semiconductor components and said integrated electronic control circuits are soldered, and in that said connecting elements (512 to 532) are welded to said tracks of the upper layer and/or to said power semiconductor components.