mhurhangee/patent-ind-claim-en huggingface dataset:
A digital microphone comprising: at least one integrator ; a state detection and parameter control component directly coupled to an output of the integrator ; and a signal processing component coupled to an output of the state detection and parameter control component , wherein a parameter of the signal processing component comprises a first output signal value in a first operational mode and a second output signal value in a second operational mode different from the first operational mode, wherein the parameter of the signal processing component comprises a gain value, wherein the state detection and parameter control component comprises first and second thresholds, each of the first and second thresholds corresponding to the integrator output different than a digital or analog zero value, and wherein the signal processing component comprises a variable gain component that is configured for changing the gain value when the output of the integrator is between the first and second thresholds so that the parameter of the signal processing component in the digital microphone 100D, 500A. 500B, 702) can be safely adjusted without causing audible artefacts, wherein the state detection and parameter control component is configured for generating the first output signal value if the output of the integrator is between the first threshold and the second threshold, and for generating the second output signal value if the output of the integrator is not between the first threshold and the second threshold. at least one integrator ; a state detection and parameter control component directly coupled to an output of the integrator ; and a signal processing component coupled to an output of the state detection and parameter control component , wherein a parameter of the signal processing component comprises a first output signal value in a first operational mode and a second output signal value in a second operational mode different from the first operational mode, wherein the parameter of the signal processing component comprises a gain value, wherein the state detection and parameter control component comprises first and second thresholds, each of the first and second thresholds corresponding to the integrator output different than a digital or analog zero value, and wherein the signal processing component comprises a variable gain component that is configured for changing the gain value when the output of the integrator is between the first and second thresholds so that the parameter of the signal processing component in the digital microphone 100D, 500A. 500B, 702) can be safely adjusted without causing audible artefacts, wherein the state detection and parameter control component is configured for generating the first output signal value if the output of the integrator is between the first threshold and the second threshold, and for generating the second output signal value if the output of the integrator is not between the first threshold and the second threshold.
A nozzle for a drill bit , the nozzle comprising: a nozzle body , wherein the nozzle body is generally cylindrical and comprises a longitudinal axis , a proximal end for insertion into a drill bit body, and a distal end opposite the proximal end , and wherein the nozzle body defines a longitudinal bore through the nozzle along the longitudinal axis ; one or more lobes extending radially from an outer cylindrical surface of the nozzle body near the distal end , wherein each of the one or more lobes is displaced axially from the distal end such that a cylindrical portion of the nozzle body is disposed between the distal end and the lobe ; and a fitting in the distal end configured to engage a tool for imparting rotational torque to the nozzle about the longitudinal axis , wherein each of the one or more lobes comprises a cylindrical outer surface centered on the longitudinal axis of the nozzle body and having a larger radius than the portion of the nozzle body from which the lobe extends. a nozzle body , wherein the nozzle body is generally cylindrical and comprises a longitudinal axis , a proximal end for insertion into a drill bit body, and a distal end opposite the proximal end , and wherein the nozzle body defines a longitudinal bore through the nozzle along the longitudinal axis ; one or more lobes extending radially from an outer cylindrical surface of the nozzle body near the distal end , wherein each of the one or more lobes is displaced axially from the distal end such that a cylindrical portion of the nozzle body is disposed between the distal end and the lobe ; and a fitting in the distal end configured to engage a tool for imparting rotational torque to the nozzle about the longitudinal axis , wherein each of the one or more lobes comprises a cylindrical outer surface centered on the longitudinal axis of the nozzle body and having a larger radius than the portion of the nozzle body from which the lobe extends.
A head-mounted display system comprising: an image projection system comprising: a micro-display configured to output image light defining images; and projection optics configured to direct the image light from the micro-display for propagation to an eye of a viewer; and an array of selectively-activated shutters for selectively transmitting the image light to the eye from different locations, wherein the array of selectively-activated shutters is disposed within an eye-box volume of the projection optics, characterized in that : the display system further comprises a control system comprising one or more processors and memory storing instructions that, when executed by the one or more processors, cause the display system to perform operations comprising: determining a desired depth plane for a virtual object; determining shutters of the array of selectively-activated shutters to be opened based upon the desired depth plane; synchronizing presentation of different images, by the image projection system, with opening of different ones of the shutters, wherein the different images provide different views of the virtual object. an image projection system comprising: a micro-display configured to output image light defining images; and projection optics configured to direct the image light from the micro-display for propagation to an eye of a viewer; and a micro-display configured to output image light defining images; and projection optics configured to direct the image light from the micro-display for propagation to an eye of a viewer; and an array of selectively-activated shutters for selectively transmitting the image light to the eye from different locations, wherein the array of selectively-activated shutters is disposed within an eye-box volume of the projection optics, determining a desired depth plane for a virtual object; determining shutters of the array of selectively-activated shutters to be opened based upon the desired depth plane; synchronizing presentation of different images, by the image projection system, with opening of different ones of the shutters, wherein the different images provide different views of the virtual object.
A lightweight construction fastener, consisting of a clip nut , comprising - a clip body , with - a first leg and a second leg which are arranged opposite one another and which are connected to one another at one end by a web ; - wherein the extent of the legs away from the web defines a longitudinal axis LA which is substantially perpendicular to the web; - and the sides of the legs which face one another are to be defined as inner sides and the sides facing away from one another are to be defined as outer sides, - a fastening element , comprising a flat base plate with only two protrusions or lugs , respectively, and a holding part connected to the base plate and having a central opening which also extends through the base plate , wherein the second leg , on its outer side, has exactly two frames with apertures which are capable of accommodating the two protrusions of the fastening element and which are spaced apart from one another such that the fastening element can be captively held in the clip body with play; - wherein these frames are arranged transverse to the longitudinal axis LA and a connecting line thus runs through the two apertures parallel to the longitudinal axis LA, characterized in that in the area of the opening , the holding part includes holding elements which are formed as thread pitches, wherein the thread pitches are constructed as a wire nut made from an angularly profiled wire, the dimensioning of which defines the thread pitch sizes. - a clip body , with - a first leg and a second leg which are arranged opposite one another and which are connected to one another at one end by a web ; - wherein the extent of the legs away from the web defines a longitudinal axis LA which is substantially perpendicular to the web; - and the sides of the legs which face one another are to be defined as inner sides and the sides facing away from one another are to be defined as outer sides, - a fastening element , comprising a flat base plate with only two protrusions or lugs , respectively, and a holding part connected to the base plate and having a central opening which also extends through the base plate , wherein the second leg , on its outer side, has exactly two frames with apertures which are capable of accommodating the two protrusions of the fastening element and which are spaced apart from one another such that the fastening element can be captively held in the clip body with play; - wherein these frames are arranged transverse to the longitudinal axis LA and a connecting line thus runs through the two apertures parallel to the longitudinal axis LA, characterized in that in the area of the opening , the holding part includes holding elements which are formed as thread pitches, wherein the thread pitches are constructed as a wire nut made from an angularly profiled wire, the dimensioning of which defines the thread pitch sizes.
A controller comprising: a machining data collector configured to collect machining data comprising a date and a time when at least one machined portion that is a part of a workpiece and that was set as a learning target was machined by a machine tool ; a temperature collector configured to collect, at predetermined time intervals, temperature data obtained at a plurality of positions on the machine tool ; a dimension data input receiver configured to receive an input of dimension measurement data obtained by measuring a dimension of the at least one machined portion after the at least one machined portion has been machined; a learning data generator configured to generate learning data comprising the machining data and the dimension measurement data; and a machine learning executor configured to execute a machine learning based on the temperature data and the learning data, and configured to calculate a correction coefficient used in a thermal displacement correction equation for correcting a displacement caused by a change in a temperature of the machine tool . a machining data collector configured to collect machining data comprising a date and a time when at least one machined portion that is a part of a workpiece and that was set as a learning target was machined by a machine tool ; a temperature collector configured to collect, at predetermined time intervals, temperature data obtained at a plurality of positions on the machine tool ; a dimension data input receiver configured to receive an input of dimension measurement data obtained by measuring a dimension of the at least one machined portion after the at least one machined portion has been machined; a learning data generator configured to generate learning data comprising the machining data and the dimension measurement data; and a machine learning executor configured to execute a machine learning based on the temperature data and the learning data, and configured to calculate a correction coefficient used in a thermal displacement correction equation for correcting a displacement caused by a change in a temperature of the machine tool .
A method comprising: sending , by a client , a hypertext transfer protocol request for at least one asynchronous notification to be sent by a server to the client, the hypertext transfer protocol request including at least one proposed transport method for carrying the at least one asynchronous notification, characterized by further comprising: determining , by the client , whether a first transport method selected by the server from the at least one proposed transport method is successfully established, wherein the first transport method is determined to be successfully established based on a message to probe establishment of the first transport method which is received from the server ; and when the determination is that the first transport method is not established successfully, sending , by the client , another hypertext transfer protocol request to the server , the other hypertext transfer protocol request including at least one other proposed transport method. sending , by a client , a hypertext transfer protocol request for at least one asynchronous notification to be sent by a server to the client, the hypertext transfer protocol request including at least one proposed transport method for carrying the at least one asynchronous notification, characterized by further comprising: determining , by the client , whether a first transport method selected by the server from the at least one proposed transport method is successfully established, wherein the first transport method is determined to be successfully established based on a message to probe establishment of the first transport method which is received from the server ; and when the determination is that the first transport method is not established successfully, sending , by the client , another hypertext transfer protocol request to the server , the other hypertext transfer protocol request including at least one other proposed transport method. determining , by the client , whether a first transport method selected by the server from the at least one proposed transport method is successfully established, wherein the first transport method is determined to be successfully established based on a message to probe establishment of the first transport method which is received from the server ; and when the determination is that the first transport method is not established successfully, sending , by the client , another hypertext transfer protocol request to the server , the other hypertext transfer protocol request including at least one other proposed transport method.
Filling nozzle for dispensing a fluid, comprising an inlet opening for connection to a fluid feed line, an outlet end situated opposite the inlet opening, a main valve for controlling the fluid flow through the filling nozzle, and a discharge protection valve arranged downstream of the main valve and having a valve seat and having a valve body which is movable upstream into a closed position, wherein the valve body has a first part-body and a second part-body , which is configured to be movable relative to the first one, wherein, by way of a downstream-directed movement of the first part-body relative to the valve seat , a first fluid path is able to be opened up, and wherein, by way of a downstream-directed movement of the second part-body relative to the first part-body , a second fluid path is able to be opened up, characterized in that one of the part-bodies is configured such that, during a movement in the direction of the closed position, it carries the other one of the two part-bodies along into the closed position.
A modified drilling fluid, comprising: - a drilling fluid; and - a hydroxyalkylcarbamate-functional polyamide composition comprising at least one compound represented by formulae (IV), (V), (VI), and (VII): wherein R 2 - R 5 are independently selected from i) hydrogen, ii) an alkyl group, and iii) a moiety comprising a hydroxyl, halide, aldehyde, ether, ester, carboxylic acid, epoxide, or a combination thereof; and wherein R 1 is a saturated or unsaturated, branched or straight chain, substituted or unsubstituted hydrocarbyl group having from 6 to 24 carbon atoms. - a drilling fluid; and - a hydroxyalkylcarbamate-functional polyamide composition comprising at least one compound represented by formulae (IV), (V), (VI), and (VII): wherein R 2 - R 5 are independently selected from i) hydrogen, ii) an alkyl group, and iii) a moiety comprising a hydroxyl, halide, aldehyde, ether, ester, carboxylic acid, epoxide, or a combination thereof; and wherein R 1 is a saturated or unsaturated, branched or straight chain, substituted or unsubstituted hydrocarbyl group having from 6 to 24 carbon atoms.
A heating cooker comprising: a heating unit that heats a food stored in a heating chamber; an imaging unit that captures an image of a food or a dish contained in the heating chamber; a setting unit that sets heating control details of heating control performed by the heating unit ; a storage that stores the image captured by the imaging unit and the heating control details set by the setting unit such that the image and the heating control details are associated with each other; a notification unit that issues notification about the heating control details; and a controller , wherein the controller is configured to identify heating control details corresponding to the food or dish included in an image captured by the imaging unit in association with similar images of the food and dish, and the controller controls the notification unit such that the notification unit issues notification about the heating control details for the food or the dish present in the image captured by the imaging unit based on a number of the food or the dish, characterized by that the heating unit includes a plurality of heating sources , and that the controller is configured to determine a predetermined heating source among the plurality of heating sources based on the heating control details extracted. a heating unit that heats a food stored in a heating chamber; an imaging unit that captures an image of a food or a dish contained in the heating chamber; a setting unit that sets heating control details of heating control performed by the heating unit ; a storage that stores the image captured by the imaging unit and the heating control details set by the setting unit such that the image and the heating control details are associated with each other; a notification unit that issues notification about the heating control details; and a controller , wherein the controller is configured to identify heating control details corresponding to the food or dish included in an image captured by the imaging unit in association with similar images of the food and dish, and the controller controls the notification unit such that the notification unit issues notification about the heating control details for the food or the dish present in the image captured by the imaging unit based on a number of the food or the dish, characterized by that the heating unit includes a plurality of heating sources , and that the controller is configured to determine a predetermined heating source among the plurality of heating sources based on the heating control details extracted.
A control system for an implement hitch of an agricultural vehicle, wherein the hitch is mounted to the vehicle and includes one or more actuators operable to raise and lower the hitch between minimum and maximum heights relative to the vehicle and hold the hitch static at one or more heights between the minimum and maximum heights, the control system comprising: a rocker control device having a first operating position (C) and being movable in a first direction to a first limit position (A) and in a second direction to a second limit position (E); an electronic control unit (ECU) connected to the rocker control device and configured to control operation of the or each of the actuators and thereby control raising and lowering of the hitch in response to user operation of the rocker control device; characterized in that the ECU is configured to control raising and lowering of the hitch to move it to a selected one of two or more previously stored positions between the said minimum and maximum heights, and to switch between said previously stored positions in response to a predetermined first actuation operation of the rocker control device. a rocker control device having a first operating position (C) and being movable in a first direction to a first limit position (A) and in a second direction to a second limit position (E); an electronic control unit (ECU) connected to the rocker control device and configured to control operation of the or each of the actuators and thereby control raising and lowering of the hitch in response to user operation of the rocker control device; characterized in that the ECU is configured to control raising and lowering of the hitch to move it to a selected one of two or more previously stored positions between the said minimum and maximum heights, and to switch between said previously stored positions in response to a predetermined first actuation operation of the rocker control device.
A film comprising at least one core layer comprising a blend of: at least 20 wt%, by weight of the core layer, of a first linear LLDPE having a molecular weight distribution (Mw/Mn) within the range of from 1.0 to 4.0, a density within the range of from 0.890 to 0.920 g/cm 3 and an I 2 (ASTM D1238, 190°C/2.16 kg) within the range of from 0.1 to 4.0 dg/min; and at least 20 wt%, by weight of the core layer, of a second LLDPE having a molecular weight distribution (Mw/Mn) within the range of from 1.0 to 7.0, a density within the range of from 0.900 to 0.935 g/cm 3 and an I 2 (ASTM D1238, 190°C/2.16 kg) within the range of from 0.5 to 10.0 dg/min; and from 0.1 to 15 wt%, by weight of the core layer, of a HP-LDPE (low density polyethylene produced in a high pressure radical-induced process); wherein the density of the second LLDPE is greater than the density of the first LLDPE by at least 0.002 g/cm 3 ; and/or the I 2 (ASTM D1238, 190°C/2.16 kg) of the second LLDPE is greater than the I 2 (ASTM D1238, 190°C/2.16 kg) of the first LLDPE by at least 0.5 dg/min; and wherein the film is biaxially oriented with at least a 6-fold TD orientation and at least a 3-fold MD orientation. at least 20 wt%, by weight of the core layer, of a first linear LLDPE having a molecular weight distribution (Mw/Mn) within the range of from 1.0 to 4.0, a density within the range of from 0.890 to 0.920 g/cm 3 and an I 2 (ASTM D1238, 190°C/2.16 kg) within the range of from 0.1 to 4.0 dg/min; and at least 20 wt%, by weight of the core layer, of a second LLDPE having a molecular weight distribution (Mw/Mn) within the range of from 1.0 to 7.0, a density within the range of from 0.900 to 0.935 g/cm 3 and an I 2 (ASTM D1238, 190°C/2.16 kg) within the range of from 0.5 to 10.0 dg/min; and from 0.1 to 15 wt%, by weight of the core layer, of a HP-LDPE (low density polyethylene produced in a high pressure radical-induced process); wherein the density of the second LLDPE is greater than the density of the first LLDPE by at least 0.002 g/cm 3 ; and/or the I 2 (ASTM D1238, 190°C/2.16 kg) of the second LLDPE is greater than the I 2 (ASTM D1238, 190°C/2.16 kg) of the first LLDPE by at least 0.5 dg/min; and wherein the film is biaxially oriented with at least a 6-fold TD orientation and at least a 3-fold MD orientation.
Diode comprising a silicon semiconductor chip connected to copper parts on both sides, in a manner free of lead, in a manner resistant to high temperatures and over a large area by means of NTC layers produced using low-temperature connection technology, wherein the NTC layers consist of silver, characterized in that the NTC layers connecting the silicon semiconductor chip to the copper parts are situated within the silicon surfaces of the silicon semiconductor chip and have at least one interruption extending circumferentially in a circular fashion.