mhurhangee/patent-ind-claim-en huggingface dataset:
A radio signal recorder for recording radio frequency data of a radio frequency signal provided to a vehicle , wherein the vehicle comprises a communication module for transmitting and receiving wireless signals, the radio signal recorder comprising: a radio frequency receiver , adapted to receive a radio frequency signal in a same or at least similar frequency range than a receiver or transceiver used by the vehicle and to provide baseband data of the received radio frequency signal; a first memory , adapted to continuously store the baseband data provided by the radio frequency receiver, wherein the first memory is configured to record the baseband data of a predetermined amount of data or relating to a predetermined period of time such that, upon receiving data exceeding the predetermined amount of data or the predetermined period of time, oldest data is overwritten by newly received data; a trigger interface , adapted to receive a trigger signal from a controller of the vehicle ; a second memory ; and a processor , adapted to transfer the baseband data stored in the first memory to the second memory upon a predetermined trigger signal has been received by the trigger interface . a radio frequency receiver , adapted to receive a radio frequency signal in a same or at least similar frequency range than a receiver or transceiver used by the vehicle and to provide baseband data of the received radio frequency signal; a first memory , adapted to continuously store the baseband data provided by the radio frequency receiver, wherein the first memory is configured to record the baseband data of a predetermined amount of data or relating to a predetermined period of time such that, upon receiving data exceeding the predetermined amount of data or the predetermined period of time, oldest data is overwritten by newly received data; a trigger interface , adapted to receive a trigger signal from a controller of the vehicle ; a second memory ; and a processor , adapted to transfer the baseband data stored in the first memory to the second memory upon a predetermined trigger signal has been received by the trigger interface .
A method for testing a software component implemented in a host system based on one or more test campaigns, a test campaign comprising computer test cases and being associated with input test data, the method being characterised in that it comprises the steps of: - executing the computer test cases of each test campaign for an operating time period of said software component, which provides output test data associated with each test campaign; - determining a reference operating model and a data partition based on the input and output test data associated with each test campaign, a reference operating model being determined by applying a machine learning algorithm to said input and output test data, a data partition being determined by applying a data partitioning algorithm to said input and output test data; - running said software component using input production run data, which provides output production run data; - determining an operating characteristic of said software component based on the reference operating models according to a comparison between the input and output production run data and the data from the data partitions associated with said one or more test campaigns, the method being further characterised in that the set of data partitions associated with said one or more test campaigns corresponds to a domain of use of said software component, the input production run data and the output production run data being represented by an operating point of said software component, said step of determining an operating characteristic of said software component comprising determining whether said operating point belongs to said domain of use and to a data partition. - executing the computer test cases of each test campaign for an operating time period of said software component, which provides output test data associated with each test campaign; - determining a reference operating model and a data partition based on the input and output test data associated with each test campaign, a reference operating model being determined by applying a machine learning algorithm to said input and output test data, a data partition being determined by applying a data partitioning algorithm to said input and output test data; - running said software component using input production run data, which provides output production run data; - determining an operating characteristic of said software component based on the reference operating models according to a comparison between the input and output production run data and the data from the data partitions associated with said one or more test campaigns,
Selective capture cage for hymenoptera comprising a box having a bottom and at least three walls, at least two walls of which each comprise an opening for the circulation of scents, each circulation opening of scents comprises a porous plate covering the circulation opening of scents, said porous plate comprises a funnel section having a large base and a small base, the small base comprises at least one selective passage opening and the small base is placed towards the inside of the capture cage , the limiting section for passage of the pores of the porous plate is smaller in size than the passage opening , characterized in that : - the passage opening comprises at least a limiting passage section comprised between 7.15 and 7.30 mm, preferably 7.21 mm. - the passage opening comprises at least a limiting passage section comprised between 7.15 and 7.30 mm, preferably 7.21 mm.
An electronic device comprising: a camera configured to obtain an image of a target subject; a display configured to output the image; a memory configured to store the image; and a processor operatively connected to the camera, the display, and the memory, and configured to: obtain the image through the camera, determine whether a plurality of specified shapes exists in the image, when the plurality of specified shapes exists in the image, calculate a size of each area from a plurality of areas, each area occupied by each of the plurality of specified shapes in the image, determine whether the size of each area is greater than or equal to a first size, apply a specified effect to each of the plurality of areas when the size of each area is greater than or equal to the first size, release the specified effect applied to an area among the plurality of areas when a size of the area is changed to be smaller than a threshold size and a specified time has elapsed since the area was changed to be smaller than the threshold size, wherein the threshold size is smaller than the first size. a camera configured to obtain an image of a target subject; a display configured to output the image; a memory configured to store the image; and a processor operatively connected to the camera, the display, and the memory, and configured to: obtain the image through the camera, determine whether a plurality of specified shapes exists in the image, when the plurality of specified shapes exists in the image, calculate a size of each area from a plurality of areas, each area occupied by each of the plurality of specified shapes in the image, determine whether the size of each area is greater than or equal to a first size, apply a specified effect to each of the plurality of areas when the size of each area is greater than or equal to the first size, release the specified effect applied to an area among the plurality of areas when a size of the area is changed to be smaller than a threshold size and a specified time has elapsed since the area was changed to be smaller than the threshold size, wherein the threshold size is smaller than the first size. obtain the image through the camera, determine whether a plurality of specified shapes exists in the image, when the plurality of specified shapes exists in the image, calculate a size of each area from a plurality of areas, each area occupied by each of the plurality of specified shapes in the image, determine whether the size of each area is greater than or equal to a first size, apply a specified effect to each of the plurality of areas when the size of each area is greater than or equal to the first size, release the specified effect applied to an area among the plurality of areas when a size of the area is changed to be smaller than a threshold size and a specified time has elapsed since the area was changed to be smaller than the threshold size, wherein the threshold size is smaller than the first size.
Method for enabling streaming of segmented content on the basis of a manifest file , said manifest file comprising one or more segment identifiers and one or more associated segment locators for locating one or more delivery nodes configured to deliver one or more segments, identified by said segment identifiers, to a client, said method comprising: requesting by said client the delivery of at least one segment on the basis of at least a segment identifier in said manifest file; on the basis of said at least one segment identifier, selecting by said client at least one further segment identifier from said manifest file, said method characterized in that said selecting being based on at least part of: a user profile, a user navigation history, user interaction with the segmented content, or a geo-location of the client and/or the user said further segment identifier being associated with at least one expected future segment request; and, pre-resolving by said client at least part of a first segment locator associated with said selected further segment identifier for obtaining network information associated with said first segment locator, said network information comprising information on at least part of a network address associated with at least part of said first segment locator; and modifying by said client said manifest file on the basis of said network information, said modifying comprising adding the network address to the manifest file, or modifying or rewriting entries in the manifest file. requesting by said client the delivery of at least one segment on the basis of at least a segment identifier in said manifest file; on the basis of said at least one segment identifier, selecting by said client at least one further segment identifier from said manifest file, said method characterized in that said selecting being based on at least part of: a user profile, a user navigation history, user interaction with the segmented content, or a geo-location of the client and/or the user said further segment identifier being associated with at least one expected future segment request; and, pre-resolving by said client at least part of a first segment locator associated with said selected further segment identifier for obtaining network information associated with said first segment locator, said network information comprising information on at least part of a network address associated with at least part of said first segment locator; and modifying by said client said manifest file on the basis of said network information, said modifying comprising adding the network address to the manifest file, or modifying or rewriting entries in the manifest file.
Method for operating a washing machine that comprises a tub for receiving washing liquid and a recirculation device having a recirculation pump for conveying the washing liquid from a first region of the tub to a second region of the tub, in which method: - at least two detergent components are fed from one or more dosing devices into the recirculation pump at a particular predetermined dosage, characterised in that , - during and/or after feeding the at least two detergent components, the recirculation pump is operated at a speed intended to bring about a mixing process, which speed is below a conveying speed at which the washing liquid is conveyed from the first region of the tub to the second region of the tub, and then operated at a speed intended to effect a recirculation process, which speed is equal to or above the conveying speed. - at least two detergent components are fed from one or more dosing devices into the recirculation pump at a particular predetermined dosage, characterised in that , - during and/or after feeding the at least two detergent components, the recirculation pump is operated at a speed intended to bring about a mixing process, which speed is below a conveying speed at which the washing liquid is conveyed from the first region of the tub to the second region of the tub, and then operated at a speed intended to effect a recirculation process, which speed is equal to or above the conveying speed.
A twisted arbour barrel , comprising at least - a barrel drum provided with a housing, - a spring arranged in the housing of the barrel drum , - an arbour at least partially passing through the housing, said spring being compressed by rotation of said arbour in a first direction of rotation , the arbour being provided with a protruding end of said drum , - a ratchet arranged on the drum , the ratchet being configured to allow the rotation of the arbour in the first direction of rotation , the protruding end passing through the ratchet through an opening cooperating by interlocking with the protruding end , characterised in that said protruding end of the arbour has a shape twisted around its axis. - a barrel drum provided with a housing, - a spring arranged in the housing of the barrel drum , - an arbour at least partially passing through the housing, said spring being compressed by rotation of said arbour in a first direction of rotation , the arbour being provided with a protruding end of said drum , - a ratchet arranged on the drum , the ratchet being configured to allow the rotation of the arbour in the first direction of rotation , the protruding end passing through the ratchet through an opening cooperating by interlocking with the protruding end ,
A prosthetic heart valve comprising: an expandable stent (100; 100') comprising an array of ovals , wherein a short axis of the ovals extends in a circumferential direction (C) and a long axis of the ovals extends in an axial direction (A), wherein adjacent ovals are connected to each other in the circumferential direction (C) by connectors and in the axial direction (A) by connectors positioned between the ovals coincident with their common short and long axes, respectively, the array having a first row and a second row at the ends of the stent (100; 100'); a valve seated inside the expandable stent (100; 100'); a plurality of prongs extending inward from an outer end of the first row in approximate alignment with the long axis of the ovals ; and a plurality of prongs extending inward from an outer end of the second row in approximate alignment with the long axis of the ovals , wherein prongs are pre-bent so that they are bent outwardly relative to a longitudinal axis of the expandable stent (100; 100') adjacent their attached ends, characterized in that the prongs are arranged in facing pairs extending from ovals that are in alignment in the axial direction and also bent inwardly relative to the longitudinal axis at a point offset from their free ends, in a reverse curve, so as to have a hook configuration; wherein an increase in the diameter of the expandable stent (100; 100') deforms the ovals into diamonds and results in a decrease in the length of the expandable stent (100; 100') to bring the prongs together to produce a connection to body tissue surrounding the stent (100; 100'). an expandable stent (100; 100') comprising an array of ovals , wherein a short axis of the ovals extends in a circumferential direction (C) and a long axis of the ovals extends in an axial direction (A), wherein adjacent ovals are connected to each other in the circumferential direction (C) by connectors and in the axial direction (A) by connectors positioned between the ovals coincident with their common short and long axes, respectively, the array having a first row and a second row at the ends of the stent (100; 100'); a valve seated inside the expandable stent (100; 100'); a plurality of prongs extending inward from an outer end of the first row in approximate alignment with the long axis of the ovals ; and a plurality of prongs extending inward from an outer end of the second row in approximate alignment with the long axis of the ovals , wherein prongs are pre-bent so that they are bent outwardly relative to a longitudinal axis of the expandable stent (100; 100') adjacent their attached ends, characterized in that the prongs are arranged in facing pairs extending from ovals that are in alignment in the axial direction and also bent inwardly relative to the longitudinal axis at a point offset from their free ends, in a reverse curve, so as to have a hook configuration; wherein an increase in the diameter of the expandable stent (100; 100') deforms the ovals into diamonds and results in a decrease in the length of the expandable stent (100; 100') to bring the prongs together to produce a connection to body tissue surrounding the stent (100; 100').
A physical function multiplexing method, characterized in that , the method is applied at a network device, and the network device comprises at least one virtual machine VM; a first VM in the at least one VM has at least one physical function PF; the first VM is any VM in the at least one VM; a first PF in the at least one PF is configured with at least two virtual functions VFs, and the first PF is any PF in the at least one PF; wherein the method comprises: configuring at least one first VF in the at least two VFs to support an OpenVswitch standard and a Data Plane Development Kit, OVDK, function, the first VF being any VF in the at least two VFs; and configuring other VF excluding the at least one first VF in the at least two VFs to support a single root I/O virtualization SR-IOV function. configuring at least one first VF in the at least two VFs to support an OpenVswitch standard and a Data Plane Development Kit, OVDK, function, the first VF being any VF in the at least two VFs; and configuring other VF excluding the at least one first VF in the at least two VFs to support a single root I/O virtualization SR-IOV function.
An air conditioner using a refrigeration cycle, comprising: a compressor to compress a refrigerant used in the refrigeration cycle; a converter to generate direct current voltage; an inverter to generate three-phase alternating current voltage from the direct current voltage; a motor to generate driving force to drive the compressor by using a plurality of coils , the three-phase alternating current voltage is applied to the plurality of coils ; a connection switching unit to switch a connection states of the plurality of coils between a star ( Y ) connection state and a delta ( Δ ) connection state; characterised by a connection control unit configured to control the connection switching unit , wherein the connection control unit restricts the switching of the connection states when a switching count of the connection states exceeds a count threshold value. a compressor to compress a refrigerant used in the refrigeration cycle; a converter to generate direct current voltage; an inverter to generate three-phase alternating current voltage from the direct current voltage; a motor to generate driving force to drive the compressor by using a plurality of coils , the three-phase alternating current voltage is applied to the plurality of coils ; a connection switching unit to switch a connection states of the plurality of coils between a star ( Y ) connection state and a delta ( Δ ) connection state; characterised by a connection control unit configured to control the connection switching unit , wherein the connection control unit restricts the switching of the connection states when a switching count of the connection states exceeds a count threshold value.
Component comprising an aluminium alloy comprising between 0.1% and 10% by weight of lithium, characterized in that the said component is treated using a plasma microarc oxidation process which makes it possible to obtain a ceramic coating at the surface of the aluminium alloy and in that the coating has a hardness of between 1800 Hv (17.65 GPa) and 2000 Hv (19.61 GPa).
Apparatus (V) comprising a packaging machine which comprises a control unit having a process parameter generator (PG) designed to determine specific process parameters (P) for a production process (H) of the packaging machine , wherein the control unit of the packaging machine also comprises a recipe generator (RG) for an adjustment process (E) of the packaging machine preceding the production process (H) or can be connected to a recipe generator (RG') of the apparatus, which generator is designed as a separate unit, wherein the respective recipe generator (RG, RG') comprises a set of rules (RW) for determining recipe variables (RV) for the adjustment process (E) of the packaging machine and is designed to generate the recipe variables (RV) with reference to a plurality of data (I), being with reference to the data relating to the product to be produced, to a packaging type therefor, to at least one used tool of the packaging machine, to a label to be applied and/or to a film material and to form therefrom a recipe data set (RD) for the adjustment process (E) of the packaging machine , and wherein the process parameter generator (PG) is designed to pre-allocate the control unit with specific process parameters (P) for the production process (H) of the packaging machine which at least partially are based on the recipe variables (RV) of the recipe data set (RD) respectively generated for the adjustment process (E), wherein the recipe generator (RG) is configured to autonomously determine the recipe variables (RV) without being involved into a process-related control circuit of the production process, characterized in that the process parameter generator (PG) is designed to adapt the process parameters (P) by means of a set of rules (RW') formed in the process parameter generator (PG) depending on the tool components used on the packaging machine .
A laser metal deposition (LMD) cored filler wire comprising: an outer shell defining a cored inner portion , wherein the outer shell is formed from a first material, and wherein the cored inner portion comprises at least a second material different from the first material, wherein the cored filler wire is a nickel based superalloy cored filler wire, and wherein the first material comprises a nickel based alloy and wherein the second material comprises a powdered nickel based superalloy, wherein the nickel based alloy of the first material comprises a low y' content and wherein the nickel based superalloy of the second material comprises a higher y' content than the first material.