mhurhangee/patent-ind-claim-en huggingface dataset:
A bonded abrasive article comprising: a matrix comprising matrix abrasive particles and a matrix binder ; characterized in that the bonded abrasive article further comprises a grinding layer comprising erectly-oriented abrasive particles and a grinding layer binder ; wherein the grinding layer is disposed on an exterior surface of the bonded abrasive article or is disposed at least partly within the interior of the bonded abrasive article . a matrix comprising matrix abrasive particles and a matrix binder ; characterized in that the bonded abrasive article further comprises a grinding layer comprising erectly-oriented abrasive particles and a grinding layer binder ; wherein the grinding layer is disposed on an exterior surface of the bonded abrasive article or is disposed at least partly within the interior of the bonded abrasive article .
A system, comprising - a dental implant having an insertion portion for anchoring in a jaw bone, and - a replacement ring for replacing a subtractively removable annular material region in a coronal region of the insertion portion , the shape of the replacement ring being, at least partially, inscribable into the shape of the dental implant in the coronal region , such that an inner peripheral surface of the replacement ring lies within the shape of the dental implant , wherein the insertion portion extends along an implant axis (I), and wherein the dental implant has a coronal projection for receiving an abutment and/or for receiving a machining unit for intra-oral subtractive surface machining of the insertion portion , wherein the coronal projection is integrally connected with the insertion portion , wherein the coronal projection extends from the insertion portion in the coronal direction and along a prosthesis axis (P), and the prosthesis axis (P) and the implant axis (I) are inclined towards each other, preferably inclined towards each other at an angle α in the range 0° < α ≤ 45°. - a dental implant having an insertion portion for anchoring in a jaw bone, and - a replacement ring for replacing a subtractively removable annular material region in a coronal region of the insertion portion , the shape of the replacement ring being, at least partially, inscribable into the shape of the dental implant in the coronal region , such that an inner peripheral surface of the replacement ring lies within the shape of the dental implant , wherein the insertion portion extends along an implant axis (I), and wherein the dental implant has a coronal projection for receiving an abutment and/or for receiving a machining unit for intra-oral subtractive surface machining of the insertion portion , wherein the coronal projection is integrally connected with the insertion portion , wherein the coronal projection extends from the insertion portion in the coronal direction and along a prosthesis axis (P), and the prosthesis axis (P) and the implant axis (I) are inclined towards each other, preferably inclined towards each other at an angle α in the range 0° < α ≤ 45°. wherein the insertion portion extends along an implant axis (I), and wherein the dental implant has a coronal projection for receiving an abutment and/or for receiving a machining unit for intra-oral subtractive surface machining of the insertion portion , wherein the coronal projection is integrally connected with the insertion portion , wherein the coronal projection extends from the insertion portion in the coronal direction and along a prosthesis axis (P), and the prosthesis axis (P) and the implant axis (I) are inclined towards each other, preferably inclined towards each other at an angle α in the range 0° < α ≤ 45°.
A closure cap for a bottle for dispensing a fluid, the closure cap comprising: a flip-top lid ; a base ; and a disk ; wherein the base comprises: a central opening , and a hollow internal shaft with a non-planar end surface opposite the central opening ; characterised in that the base and the disk define a mixing chamber configured to facilitate mixing of the fluid; and the non-planar end surface and the disk define one or more channels between the mixing chamber and the interior of the internal shaft . a flip-top lid ; a base ; and a disk ; wherein the base comprises: a central opening , and a hollow internal shaft with a non-planar end surface opposite the central opening ; a central opening , and a hollow internal shaft with a non-planar end surface opposite the central opening ; characterised in that the base and the disk define a mixing chamber configured to facilitate mixing of the fluid; and the non-planar end surface and the disk define one or more channels between the mixing chamber and the interior of the internal shaft .
A computer implemented method, comprising: receiving, by a computing device, image data associated with kernels harvested by a combine harvester; estimating, by the computing device, respective dimensions of the kernels based on the image data; determining, by the computing device, respective central core sizes based on the estimated respective dimensions of the kernels and a table comprising correlations between kernel dimensions and central core sizes; and controlling, by the computing device, operating clearance between a concave assembly and a crop processing rotor of the combine harvester based on the determined respective central core sizes. receiving, by a computing device, image data associated with kernels harvested by a combine harvester; estimating, by the computing device, respective dimensions of the kernels based on the image data; determining, by the computing device, respective central core sizes based on the estimated respective dimensions of the kernels and a table comprising correlations between kernel dimensions and central core sizes; and controlling, by the computing device, operating clearance between a concave assembly and a crop processing rotor of the combine harvester based on the determined respective central core sizes.
An electromagnetic induction power receiving apparatus comprising: a power-receiving inductor ; a programmable load ; a tuning capacitor connected in series with the power-receiving inductor ; and an impedance controller coupled to the power-receiving inductor and to the tuning capacitor and characterized by comprising a synchronous active bridge rectifier, the switches of the active rectifier configured to operate as switch elements of a boost converter , the impedance controller being configured to discharge a leakage inductance of the power-receiving inductor by increasing or decreasing an electrical impedance of the impedance controller in response to a change in a power requirement of the programmable load , by dynamically adjusting the conversion factor of the boost converter . a power-receiving inductor ; a programmable load ; a tuning capacitor connected in series with the power-receiving inductor ; and an impedance controller coupled to the power-receiving inductor and to the tuning capacitor and characterized by comprising a synchronous active bridge rectifier, the switches of the active rectifier configured to operate as switch elements of a boost converter , the impedance controller being configured to discharge a leakage inductance of the power-receiving inductor by increasing or decreasing an electrical impedance of the impedance controller in response to a change in a power requirement of the programmable load , by dynamically adjusting the conversion factor of the boost converter .
A waistband construct for a garment , the waistband construct comprising: a first portion having a first modulus of elasticity configured to circumferentially extend around at least a back portion of a wearer when the garment is in an as worn configuration, wherein the first portion comprises a first end and a second end; and a second portion having a second modulus of elasticity configured to, at least in part, circumferentially extend around a front portion of the wearer when the garment is in an as worn configuration, the second portion comprising: a first panel of pliable material , and a second panel of pliable material , wherein the first portion is secured to the second portion so that the first and the second portions circumferentially extend around a waist area of the wearer when the garment is in the as-worn configuration; characterized in that the second portion further comprises: at least a first thermoplastic middle panel positioned between the first panel of pliable material and the second panel of pliable material , wherein the first thermoplastic middle panel of the second portion comprises a first plurality of voided portions . a first portion having a first modulus of elasticity configured to circumferentially extend around at least a back portion of a wearer when the garment is in an as worn configuration, wherein the first portion comprises a first end and a second end; and a second portion having a second modulus of elasticity configured to, at least in part, circumferentially extend around a front portion of the wearer when the garment is in an as worn configuration, the second portion comprising: a first panel of pliable material , and a second panel of pliable material , wherein the first portion is secured to the second portion so that the first and the second portions circumferentially extend around a waist area of the wearer when the garment is in the as-worn configuration; characterized in that the second portion further comprises: at least a first thermoplastic middle panel positioned between the first panel of pliable material and the second panel of pliable material , wherein the first thermoplastic middle panel of the second portion comprises a first plurality of voided portions . a first panel of pliable material , and a second panel of pliable material , wherein the first portion is secured to the second portion so that the first and the second portions circumferentially extend around a waist area of the wearer when the garment is in the as-worn configuration; characterized in that the second portion further comprises: wherein the first portion is secured to the second portion so that the first and the second portions circumferentially extend around a waist area of the wearer when the garment is in the as-worn configuration; characterized in that the second portion further comprises: at least a first thermoplastic middle panel positioned between the first panel of pliable material and the second panel of pliable material , wherein the first thermoplastic middle panel of the second portion comprises a first plurality of voided portions .
A method comprising: communicating, by a wireless device , with a first network node via a second network node; receiving, by the wireless device from the second network node, backhaul link failure information indicating a failure of a radio link established between the first network node and the second network node; determining, based on the backhaul link failure information, a failure of a connection between the wireless device and the first network node; and transmitting, by the wireless device to a third network node, a radio link failure report indicating a backhaul link failure, between the first network node and the second network node, as causing the failure of the connection between the wireless device and the first network node. communicating, by a wireless device , with a first network node via a second network node; receiving, by the wireless device from the second network node, backhaul link failure information indicating a failure of a radio link established between the first network node and the second network node; determining, based on the backhaul link failure information, a failure of a connection between the wireless device and the first network node; and transmitting, by the wireless device to a third network node, a radio link failure report indicating a backhaul link failure, between the first network node and the second network node, as causing the failure of the connection between the wireless device and the first network node.
A method for performing wireless communication in multi-link operation, in the following also referred to as MLO, architecture, the method being applicable to an access point, in the following also referred to as AP, multi-link device, in the following also referred to as MLD, connected with a non-AP MLD through multiple links, the multiple links comprising at least a first link and a second link, the non-AP MLD being operated in Multi-Link Spatial Multiplexing Power Save, in the following also referred to as ML-SMPS, mode, and the method comprising: transmitting an initial control frame to the non-AP MLD via the first link, to trigger at least one link of the multiple links to be activated at the non-AP MLD to support a reception with respective negotiated number of spatial streams, wherein the first link is a primary link (S202); receiving a response frame via the first link in response to the transmission of the initial control frame (S204); and initiating frame exchange between the AP MLD and the non-AP MLD via a target link of the at least one link, wherein the target link is selected from the at least one link according to the response frame (S206). transmitting an initial control frame to the non-AP MLD via the first link, to trigger at least one link of the multiple links to be activated at the non-AP MLD to support a reception with respective negotiated number of spatial streams, wherein the first link is a primary link (S202); receiving a response frame via the first link in response to the transmission of the initial control frame (S204); and initiating frame exchange between the AP MLD and the non-AP MLD via a target link of the at least one link, wherein the target link is selected from the at least one link according to the response frame (S206).
An optical imaging device of an object (OBJ) by off-axis holography comprising: - a light source for emitting an illumination wave (E I ) on the object, in transmission or reflection; - an assembly formed of one thick Bragg grating or a plurality of thick Bragg gratings arranged to receive a wave (Eo) coming from the illuminated object and to deflect by compliance to the Bragg's law a first component (E R ) undisturbed by the object of said wave (E O ) coming from the object, referred to as reference wave, and to let pass without deflection, because of the non-compliance to the Bragg's law, a second component (E S ) of said wave (E O ) coming from the object, called the signal wave, so that the deflected reference wave presents predetermined deflection angles (2θ B , 2θ B ) defined in two perpendicular planes with respect to the non-deflected signal wave, - a two-dimensional detection device configured for the acquisition of an interferogram resulting from the interference between said deflected reference wave and said non-deflected signal wave, the two-dimensional detection device being arranged directly at the output of said assembly formed of one thick Bragg grating or a plurality of thick Bragg gratings such that said reference wave and said signal wave are not angularly deviated between said assembly and the two-dimensional detection device; and - a computing unit for determining, from said interferogram, an amplitude and phase distribution of the signal wave in the plane of the object. - a light source for emitting an illumination wave (E I ) on the object, in transmission or reflection; - an assembly formed of one thick Bragg grating or a plurality of thick Bragg gratings arranged to receive a wave (Eo) coming from the illuminated object and to deflect by compliance to the Bragg's law a first component (E R ) undisturbed by the object of said wave (E O ) coming from the object, referred to as reference wave, and to let pass without deflection, because of the non-compliance to the Bragg's law, a second component (E S ) of said wave (E O ) coming from the object, called the signal wave, so that the deflected reference wave presents predetermined deflection angles (2θ B , 2θ B ) defined in two perpendicular planes with respect to the non-deflected signal wave, - a two-dimensional detection device configured for the acquisition of an interferogram resulting from the interference between said deflected reference wave and said non-deflected signal wave, the two-dimensional detection device being arranged directly at the output of said assembly formed of one thick Bragg grating or a plurality of thick Bragg gratings such that said reference wave and said signal wave are not angularly deviated between said assembly and the two-dimensional detection device; and - a computing unit for determining, from said interferogram, an amplitude and phase distribution of the signal wave in the plane of the object.
Maintenance and monitoring system for monitoring a gate element , such as a roller or sectional gate, which can be moved by a drive device , wherein a drive control unit is provided for controlling the drive device and at least one detection device is provided for detecting a gate status , wherein the detection device is connected to the drive control unit via a first data connection for transmitting a status signal representing the gate status , wherein a data read-out device is provided, which is capable of reading out the status signal transmitted from the detection device to the drive control unit and of outputting a notification signal as a function of the read-out status signal , characterized in that the data read-out device is implemented as a separate component and is connected to a central unit via a second data connection , wherein the central unit comprises a database memory for storing the notification signals , wherein the data read-out device comprises a memory module , wherein the data read-out device comprises a network-compatible, Internet-compatible and/or mobiletelecommunication-compatible communication module , and wherein the data read-out device is connected to the first data connection mechanically or via radio. a data read-out device is provided, which is capable of reading out the status signal transmitted from the detection device to the drive control unit and of outputting a notification signal as a function of the read-out status signal , characterized in that the data read-out device is implemented as a separate component and is connected to a central unit via a second data connection , wherein the central unit comprises a database memory for storing the notification signals , wherein the data read-out device comprises a memory module , wherein the data read-out device comprises a network-compatible, Internet-compatible and/or mobiletelecommunication-compatible communication module , and wherein the data read-out device is connected to the first data connection mechanically or via radio.
Computer-implemented method of predicting status of a testcase of a software maintained by means of a code repository, comprising, for each execution of the testcase, logging the status as a multi-valued attribute such as "pass" or "fail", characterized in , for each two chronologically adjacent executions, retrieving from the repository any changeset committed interjacently and observing correlation between the changeset and transition in status between the two executions, such as from "pass" to "fail", "fail" to "pass", "fail" to "fail", or "pass" to "pass", based on the observed correlations, building a training dataset from input vectors representing the changesets, each input vector being labelled with the correlating transition, fitting a statistical classification model on the training dataset, and, by means of the model, predicting the status transition resulting from committing a given further changeset to the repository. for each execution of the testcase, logging the status as a multi-valued attribute such as "pass" or "fail", characterized in , for each two chronologically adjacent executions, retrieving from the repository any changeset committed interjacently and observing correlation between the changeset and transition in status between the two executions, such as from "pass" to "fail", "fail" to "pass", "fail" to "fail", or "pass" to "pass", based on the observed correlations, building a training dataset from input vectors representing the changesets, each input vector being labelled with the correlating transition, fitting a statistical classification model on the training dataset, and, by means of the model, predicting the status transition resulting from committing a given further changeset to the repository.
A plastic deformation method of a tightly wound coil spring for improving durability of the tightly wound coil spring , comprising: a regulating step (S10) of regulating deformation of the tightly wound coil spring in a coil spring radial direction by a cylindrical body adapted to prevent the tightly wound coil spring from being meanderingly deformed by inserting the tightly wound coil spring into the cylindrical body , before the tightly wound coil spring is fixed to an endoscope insertion portion ; and a plastic deformation step (S20) of plastically deforming the tightly wound coil spring by applying a compression force in a coil spring axial direction to the tightly wound coil spring in a state where meandering deformation of the tightly wound coil spring in the coil spring radial direction is regulated. a regulating step (S10) of regulating deformation of the tightly wound coil spring in a coil spring radial direction by a cylindrical body adapted to prevent the tightly wound coil spring from being meanderingly deformed by inserting the tightly wound coil spring into the cylindrical body , before the tightly wound coil spring is fixed to an endoscope insertion portion ; and a plastic deformation step (S20) of plastically deforming the tightly wound coil spring by applying a compression force in a coil spring axial direction to the tightly wound coil spring in a state where meandering deformation of the tightly wound coil spring in the coil spring radial direction is regulated.
A method comprising: providing a first wafer comprising a first substrate , a first insulator layer on the first substrate, and a first dielectric layer on the first insulator layer; providing a second wafer comprising a second substrate , a second insulator layer on the second substrate, and a second dielectric layer on the second insulator layer; forming a first superconductor layer on the first dielectric layer; forming a second superconductor layer on the second dielectric layer; joining a surface of the first superconductor layer to a surface of the second superconductor layer to form a wafer stack; and forming a third superconductor layer on a first surface of the first or second dielectric layer. providing a first wafer comprising a first substrate , a first insulator layer on the first substrate, and a first dielectric layer on the first insulator layer; providing a second wafer comprising a second substrate , a second insulator layer on the second substrate, and a second dielectric layer on the second insulator layer; forming a first superconductor layer on the first dielectric layer; forming a second superconductor layer on the second dielectric layer; joining a surface of the first superconductor layer to a surface of the second superconductor layer to form a wafer stack; and forming a third superconductor layer on a first surface of the first or second dielectric layer.