mhurhangee/patent-ind-claim-en huggingface dataset:
A braking system, comprising: a brake stack; a hydraulic fluid source ; a first brake cavity operably coupled to the brake stack and fluidly coupled to the hydraulic fluid source , the first brake cavity including a first plurality of brake actuators ; a second brake cavity operably coupled to the brake stack and fluidly coupled to the hydraulic fluid source , the second brake cavity including a second plurality of brake actuators ; and characterised by a brake control module configured to control the first plurality of brake actuators and the second plurality of brake actuators , wherein the brake control module is configured to activate the first plurality of brake actuators in response to a brake command signal indicating a light brake load, wherein the brake control module is configured to activate both the first plurality of brake actuators and the second plurality of brake actuators in response to the brake command signal indicating a heavy brake load. a brake stack; a hydraulic fluid source ; a first brake cavity operably coupled to the brake stack and fluidly coupled to the hydraulic fluid source , the first brake cavity including a first plurality of brake actuators ; a second brake cavity operably coupled to the brake stack and fluidly coupled to the hydraulic fluid source , the second brake cavity including a second plurality of brake actuators ; and characterised by a brake control module configured to control the first plurality of brake actuators and the second plurality of brake actuators , wherein the brake control module is configured to activate the first plurality of brake actuators in response to a brake command signal indicating a light brake load, wherein the brake control module is configured to activate both the first plurality of brake actuators and the second plurality of brake actuators in response to the brake command signal indicating a heavy brake load. wherein the brake control module is configured to activate the first plurality of brake actuators in response to a brake command signal indicating a light brake load, wherein the brake control module is configured to activate both the first plurality of brake actuators and the second plurality of brake actuators in response to the brake command signal indicating a heavy brake load.
Method for transporting frames sent by endpoints over a low power wide area LPWAN network by means of a first so called AMM powerline communication network of a system for the automated management of metering from a plurality of electricity meters , referred to as meters, said meters in the plurality of meters being attached to at least one data concentrator via the AMM network, each data concentrator being connected to a server via a second network and serving as a relay between said meters and the server, wherein said method is executed by a meter in the plurality of meters and comprises: receiving at least one frame in accordance with a communication protocol suited to LPWAN networks, each frame received corresponding to a same frame sent over the LPWAN network by an endpoint; relaying a received frame, referred to as the first frame, corresponding to said sent frame, in the direction of the server, the first frame being selected in accordance with a first predetermined criterion; when a plurality of frames corresponding to said sent frame is received, rejecting at least a subset of frames in the plurality of frames different from the first frame, each frame in the subset being selected in accordance with a second predetermined criterion. receiving at least one frame in accordance with a communication protocol suited to LPWAN networks, each frame received corresponding to a same frame sent over the LPWAN network by an endpoint; relaying a received frame, referred to as the first frame, corresponding to said sent frame, in the direction of the server, the first frame being selected in accordance with a first predetermined criterion; when a plurality of frames corresponding to said sent frame is received, rejecting at least a subset of frames in the plurality of frames different from the first frame, each frame in the subset being selected in accordance with a second predetermined criterion.
Thermographic examination means for non-destructive examination of a near-surface structure at a test object (PO), including a heating device for applying heat energy to a surface region to be heated (BO) of the test object (PO); a thermal sensor means for detecting a time profile (ZV), following the application of heat energy, of a spatial temperature distribution (OTV) on a surface region to be measured (VO) of the test object (PO), the surface region to be measured (VO) including the surface region to be heated (BO) as well as an outer surface region to be measured (AO) which is adjacent to the surface region to be heated (BO); and an evaluation means for evaluating the time profile (ZV) of the spatial temperature distribution (OTV) so as to detect at least one parameter (DW) of the near-surface structure at the surface region to be measured (VO); characterized in that the heating device is configured to control or to regulate the application of heat energy to the surface region to be heated (BO) of the test object (PO) as a function of the spatial profile of the inclination (NE) of the surface region to be measured (VO) with regard to an optical axis (AO) of the thermal sensor means . a heating device for applying heat energy to a surface region to be heated (BO) of the test object (PO); a thermal sensor means for detecting a time profile (ZV), following the application of heat energy, of a spatial temperature distribution (OTV) on a surface region to be measured (VO) of the test object (PO), the surface region to be measured (VO) including the surface region to be heated (BO) as well as an outer surface region to be measured (AO) which is adjacent to the surface region to be heated (BO); and an evaluation means for evaluating the time profile (ZV) of the spatial temperature distribution (OTV) so as to detect at least one parameter (DW) of the near-surface structure at the surface region to be measured (VO); characterized in that the heating device is configured to control or to regulate the application of heat energy to the surface region to be heated (BO) of the test object (PO) as a function of the spatial profile of the inclination (NE) of the surface region to be measured (VO) with regard to an optical axis (AO) of the thermal sensor means .
A cleaner comprising: a main body including a motor ; a stick extending from the main body , wherein an inlet hole for sucking fluid is defined at an end of the stick located forward of the main body ; and a handle disposed on the main body , the handle is provided for being gripped by a user, wherein the handle includes: a hinge coupling portion disposed on the main body and having a hinge shaft extending along a lateral direction (Z) of the main body ; and a grip portion including a hinge portion rotatably coupled to the hinge shaft , wherein the grip portion extends from the hinge portion to be gripped by the user, characterized in that the hinge coupling portion includes a first elastic portion whose amount of deformation increases as an amount of rotating of the hinge portion increases, wherein the first elastic portion exerts a restoring force to the hinge portion , the restoring force resulted from the deformation. a main body including a motor ; a stick extending from the main body , wherein an inlet hole for sucking fluid is defined at an end of the stick located forward of the main body ; and a handle disposed on the main body , the handle is provided for being gripped by a user, wherein the handle includes: a hinge coupling portion disposed on the main body and having a hinge shaft extending along a lateral direction (Z) of the main body ; and a grip portion including a hinge portion rotatably coupled to the hinge shaft , wherein the grip portion extends from the hinge portion to be gripped by the user, characterized in that the hinge coupling portion includes a first elastic portion whose amount of deformation increases as an amount of rotating of the hinge portion increases, wherein the first elastic portion exerts a restoring force to the hinge portion , the restoring force resulted from the deformation. a hinge coupling portion disposed on the main body and having a hinge shaft extending along a lateral direction (Z) of the main body ; and a grip portion including a hinge portion rotatably coupled to the hinge shaft , wherein the grip portion extends from the hinge portion to be gripped by the user, characterized in that the hinge coupling portion includes a first elastic portion whose amount of deformation increases as an amount of rotating of the hinge portion increases, wherein the first elastic portion exerts a restoring force to the hinge portion , the restoring force resulted from the deformation.
Method for sealing a reduction apparatus , where the reduction apparatus comprises a product discharge device , where the product discharge device is supplied with barrier gas and where at least one compressor is provided for supplying treated barrier gas to the product discharge device , characterized in that at least one nitrogen generator is provided for producing pure barrier gas , where the barrier gas for supply to the product discharge device is composed of pure barrier gas from the at least one nitrogen generator or of pure barrier gas from the at least one nitrogen generator and of treated barrier gas from the at least one compressor , and in that , when the amount of pure barrier gas supplied rises above a previously prescribed maximum capacity of the at least one nitrogen generator , treated barrier gas from the at least one compressor is added to pure barrier gas and the barrier gas for supplying the product discharge device is thereby formed. where the reduction apparatus comprises a product discharge device , where the product discharge device is supplied with barrier gas and where at least one compressor is provided for supplying treated barrier gas to the product discharge device , characterized in that at least one nitrogen generator is provided for producing pure barrier gas , where the barrier gas for supply to the product discharge device is composed of pure barrier gas from the at least one nitrogen generator or of pure barrier gas from the at least one nitrogen generator and of treated barrier gas from the at least one compressor , and in that , when the amount of pure barrier gas supplied rises above a previously prescribed maximum capacity of the at least one nitrogen generator , treated barrier gas from the at least one compressor is added to pure barrier gas and the barrier gas for supplying the product discharge device is thereby formed.
A light guide comprising: two or more light guiding members including a first light guiding member and a second light guiding member , the two or more light guiding members being configured to guide and eject an image light; an optical entrance having a plane on which the image light is incident; a light guiding unit , having a pair of principal planes that are approximately parallel to each other, configured to guide the image light incident on the optical entrance with repeated total internal reflection between the pair of principal planes; a light beam ejection unit configured to eject the image light to an outside of the light guide ; and an extraction unit configured to reflect the image light guided by the light guiding unit toward the light beam ejection unit , wherein the second light guiding member is a parallel plate, and is bonded to, at least, the light guiding unit of the first light guiding member , characterized in that : the light guide includes a reflector that is a site that reflects the light beam of the image light that has entered the light guide through the optical entrance , and the light beam that is guided with repeated total internal reflection between the pair of principal planes of the light guide is the light beam reflected by the reflector . two or more light guiding members including a first light guiding member and a second light guiding member , the two or more light guiding members being configured to guide and eject an image light; an optical entrance having a plane on which the image light is incident; a light guiding unit , having a pair of principal planes that are approximately parallel to each other, configured to guide the image light incident on the optical entrance with repeated total internal reflection between the pair of principal planes; a light beam ejection unit configured to eject the image light to an outside of the light guide ; and an extraction unit configured to reflect the image light guided by the light guiding unit toward the light beam ejection unit , wherein the second light guiding member is a parallel plate, and is bonded to, at least, the light guiding unit of the first light guiding member , characterized in that : the light guide includes a reflector that is a site that reflects the light beam of the image light that has entered the light guide through the optical entrance , and the light beam that is guided with repeated total internal reflection between the pair of principal planes of the light guide is the light beam reflected by the reflector .
Prepregs formed essentially from A) at least one fibrous carrier and B) at least one one-component polyurethane composition, wherein the polyurethane composition having a Tg of less than 40°C, determined according to DIN EN ISO 11357-1, comprises essentially internally blocked and/or blocking agent-blocked di- and/or polyisocyanates and/or polyaddition compounds thereof. A) at least one fibrous carrier and B) at least one one-component polyurethane composition,
A semiconductor device comprising: - a MOSFET die , - a first GaN die and a second GaN die , wherein the first GaN die and the second GaN die are arranged in a cascode arrangement, wherein the second GaN die is positioned in an inverted orientation, wherein the MOSFET die controls the first GaN die and the second GaN die . - a MOSFET die , - a first GaN die and a second GaN die , wherein the first GaN die and the second GaN die are arranged in a cascode arrangement, wherein the second GaN die is positioned in an inverted orientation, wherein the MOSFET die controls the first GaN die and the second GaN die .
A processing system , comprising: a first processing unit coupled to a first memory ; and a second processing unit coupled to a remote second memory ; wherein the first memory comprises a coherent memory and a private memory that is private to the first processing unit, and wherein the first processing unit is further configured to: receive a request to access a requested memory word and to determine whether the requested memory word is stored in a local memory of the first processing unit; store a stored list of all addresses of memory that are cached in a cache of the first processing unit , cached in the remote second memory of the second processing unit , and cached in any other component of the processing system , and send a memory probe to the second processing unit to determine whether the remote second memory of the second processing unit holds the requested memory word in a cache line with a value that is different from the value stored in the first memory of the first processing unit , wherein the memory probe is sent when there is a match for the requested memory word in the stored list of all addresses. a first processing unit coupled to a first memory ; and a second processing unit coupled to a remote second memory ; wherein the first memory comprises a coherent memory and a private memory that is private to the first processing unit, and wherein the first processing unit is further configured to: receive a request to access a requested memory word and to determine whether the requested memory word is stored in a local memory of the first processing unit; store a stored list of all addresses of memory that are cached in a cache of the first processing unit , cached in the remote second memory of the second processing unit , and cached in any other component of the processing system , and send a memory probe to the second processing unit to determine whether the remote second memory of the second processing unit holds the requested memory word in a cache line with a value that is different from the value stored in the first memory of the first processing unit , wherein the memory probe is sent when there is a match for the requested memory word in the stored list of all addresses. receive a request to access a requested memory word and to determine whether the requested memory word is stored in a local memory of the first processing unit; store a stored list of all addresses of memory that are cached in a cache of the first processing unit , cached in the remote second memory of the second processing unit , and cached in any other component of the processing system , and send a memory probe to the second processing unit to determine whether the remote second memory of the second processing unit holds the requested memory word in a cache line with a value that is different from the value stored in the first memory of the first processing unit , wherein the memory probe is sent when there is a match for the requested memory word in the stored list of all addresses.
A method for measuring reactive hyperemia in a subject, comprising performing a first segmental cuff plethysmography to generate a baseline arterial compliance curve and/or a baseline pressure-area (P-A) curve on a portion of the body of the subject, wherein the cuff pressure is increased to a first peak cuff pressure and immediately reduced from the first peak cuff pressure; performing a second segmental cuff plethysmography to generate a hyperemic arterial compliance curve and/or a hyperemic P-A curve, wherein the cuff pressure is increased to a second peak level, maintained at the second peak cuff pressure for a predetermined period of time, and then reduced from the second peak cuff pressure; and calculating the difference between the baseline arterial compliance curve and the hyperemic arterial compliance curve as an area between the arterial compliance curves, and/or the difference between the baseline P-A curve and the hyperemic P-A curve as an area between the P-A curves, measuring a level of reactive hyperemia based on the area between the arterial compliance curves and/or the area between the P-A curves, wherein a first cuff compliance curve is generated during the first segmental cuff plethysmography and a second cuff compliance curve is generated during the second segmental cuff plethysmography, wherein said first and second cuff compliance curves are generated using a metering pump to measure the volume change in a cuff, and a pressure transducer to measure pressure change for each known volume change, wherein the baseline arterial compliance curve or the baseline pressure-area (P-A) curve is generated based on the first cuff compliance curve, and the hyperemic arterial compliance curve or the hyperemic P-A curve is generated based on the second cuff compliance curve.
A method for enhancing the usable bandwidth between on the one hand an access point of a radio access network of a telecommunications network , and on the other hand a User Equipment of a subscriber of the telecommunications network , wherein the User Equipment and the access point mutually communicate based on a Long Term Evolution technology using carrier aggregation of at least a first communication carrier and a second communication carrier, wherein the first communication carrier has a first carrier frequency and wherein the second communication carrier has a second carrier frequency , wherein the first carrier frequency is a standardized and licensed frequency and related to the Long Term Evolution technology, and the second carrier frequency is an unlicensed frequency, wherein a primary cell, PCell, is configured using the Long Term Evolution technology on the licensed frequency, wherein on the unlicensed frequency the Long Term Evolution technology is applied as a secondary cell, SCell.
A spindle strut, comprising: - a support rod element elongated in the direction of a longitudinal axis (L) with a first axial end portion and a second axial end portion , - a spindle nut element rotatable about the longitudinal axis (L) with respect to the support rod element , wherein the spindle nut element is held at the first axial end portion of the support rod element against axial movement in both axial directions with respect to the support rod element , so that a rotation of the spindle nut element about the longitudinal axis (L) does not essentially result in an axial movement of the spindle nut element with respect to the support rod element , - a spindle rod element elongated in the direction of the longitudinal axis (L), wherein the spindle rod element is in threaded engagement with the spindle nut element , so that rotation of the spindle nut element about the longitudinal axis (L) results in an axial movement of the spindle rod element with respect to the support rod element , characterized in that on the first end portion of the support rod element , a support rod element support surface is provided, which is oriented towards the second axial end portion of the support rod element and which extends completely around the circumference, wherein two spindle nut support portions are provided on the spindle nut element , arranged at a circumferential distance from one another and diametrically opposite one another with respect to the longitudinal axis (L) and the spindle nut element is supported at the support rod element support surface with the two spindle nut support portions in a second axial direction away from the second end portion of the support rod element . - a support rod element elongated in the direction of a longitudinal axis (L) with a first axial end portion and a second axial end portion , - a spindle nut element rotatable about the longitudinal axis (L) with respect to the support rod element , wherein the spindle nut element is held at the first axial end portion of the support rod element against axial movement in both axial directions with respect to the support rod element , so that a rotation of the spindle nut element about the longitudinal axis (L) does not essentially result in an axial movement of the spindle nut element with respect to the support rod element , - a spindle rod element elongated in the direction of the longitudinal axis (L), wherein the spindle rod element is in threaded engagement with the spindle nut element , so that rotation of the spindle nut element about the longitudinal axis (L) results in an axial movement of the spindle rod element with respect to the support rod element ,