mhurhangee/patent-ind-claim-en huggingface dataset:
A communication method, comprising: determining , by a session management function network element, a received notification control status that is of at least one quality of service flow and that is from a first access network device; when a second quality of service flow, comprised in the at least one quality of service flow, has been handed over from the first access network device to a second access network device, determining in the second quality of service flow, by the session management function network element, a third quality of service flow whose notification control status is a first state, wherein the second quality of service flow comprises the third quality of service flow whose notification control status is the first state; and updating, by the session management function network element, the notification control status of the third quality of service flow to a second state, and sending , by the session management function network element, sixth information to a policy control function network element, wherein the sixth information is used to notify the policy control function network element that the notification control status of the third quality of service flow is the second state, and the first state is used to indicate that a quality of service requirement of the third quality of service flow cannot be met, and the second state is used to indicate that the quality of service requirement of the third quality of service flow can be met. determining , by a session management function network element, a received notification control status that is of at least one quality of service flow and that is from a first access network device; when a second quality of service flow, comprised in the at least one quality of service flow, has been handed over from the first access network device to a second access network device, determining in the second quality of service flow, by the session management function network element, a third quality of service flow whose notification control status is a first state, wherein the second quality of service flow comprises the third quality of service flow whose notification control status is the first state; and updating, by the session management function network element, the notification control status of the third quality of service flow to a second state, and sending , by the session management function network element, sixth information to a policy control function network element, wherein the sixth information is used to notify the policy control function network element that the notification control status of the third quality of service flow is the second state, and the first state is used to indicate that a quality of service requirement of the third quality of service flow cannot be met, and the second state is used to indicate that the quality of service requirement of the third quality of service flow can be met.
A soil-working apparatus , preferably for working soil in a row of a row crop, wherein the soil-working apparatus is configured to be mounted onto a support structure and to be moved at a driving speed (VF) along a row of a row crop on an area of agricultural land , wherein the soil-working apparatus has tools which are configured to be moved in a star-shaped manner along a curved path at a variable speed of movement (VB) while performing pivoting movements brought about by the curved path , characterized in that the pivoting movements of the tools brought about by the curved path are realized at an angle (α) to the direction of travel (FR), and/or to the row of the row crop, of at least 45° or at least 60° or at least 75°.
A compact, automated external defibrillator (AED) system, the system comprising: an electronics module, including: a power source, electronic circuitry for generating, storing, and dispensing electrical charge from the power source, the electrical charge being suitable for at least one electrical shock to be applied to a sudden cardiac arrest (SCA) patient, a display for providing guidance to a user of the system, the guidance including instructions on using the system, and firmware for controlling the electronic circuitry and the display; and at least two cardiac pads, electrically connected with the electronics module and configured for external attachment to the SCA patient so as to transfer the at least one electrical shock from the electronics module to the SCA patient, wherein the power source is a household battery, the system further comprising a bracket for housing the electronics module and the at least two cardiac pads when the system is not in use, wherein the bracket is configured for sensing at least one of 1) when the power source is below a preset minimum power threshold; and 2) when the system requires servicing, and wherein the bracket includes a visual alert that is triggered when at least one of below conditions is met: 1) the power source is below the preset minimum power threshold, and 2) the electronics module requires servicing. an electronics module, including: a power source, electronic circuitry for generating, storing, and dispensing electrical charge from the power source, the electrical charge being suitable for at least one electrical shock to be applied to a sudden cardiac arrest (SCA) patient, a power source, electronic circuitry for generating, storing, and dispensing electrical charge from the power source, the electrical charge being suitable for at least one electrical shock to be applied to a sudden cardiac arrest (SCA) patient, a display for providing guidance to a user of the system, the guidance including instructions on using the system, and firmware for controlling the electronic circuitry and the display; and at least two cardiac pads, electrically connected with the electronics module and configured for external attachment to the SCA patient so as to transfer the at least one electrical shock from the electronics module to the SCA patient, wherein the power source is a household battery, the system further comprising a bracket for housing the electronics module and the at least two cardiac pads when the system is not in use, wherein the bracket is configured for sensing at least one of 1) when the power source is below a preset minimum power threshold; and 2) when the system requires servicing, and wherein the bracket includes a visual alert that is triggered when at least one of below conditions is met: 1) the power source is below the preset minimum power threshold, and 2) the electronics module requires servicing.
A shock absorber device for a movement of a watch adapted to be housed between a case middle of a watch case and said movement , the device comprising a casing ring for said movement and a plurality of elastic elements distributed over the perimeter of said casing ring and arranged between said casing ring and said case middle of the watch case, characterized by the fact that said elastic elements are configured as double leaf spring elements , said double leaf spring elements having a central root portion adapted to be fixedly secured to said middle of the watch case and two free tip portions resting on said casing ring.
Method for manufacturing a transparent open container , said method comprises the following steps: A. providing a continuous metallic-based sheet , having a first surface and a second surface ; the continuous metallic-based sheet, having folding lines forming a central zone and at least two lateral zones ; B. depositing on the first surface of the continuous metallic-based sheet, a transparent dielectric panel being fixed by an interlayer ; forming a flat assembly, extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width, W, measured along the longitudinal axis, X, and a height, H, measured along the vertical axis, Z; D. bending on the folding lines the flat assembly to form a transparent open container, defined by X, Z and a Y-axis, and having a depth, D, measured along the Y-axis wherein within step B, a transparent dielectric panel is deposited on each of said central and lateral zones of the continuous metallic-based sheet; each panel being fixed by the interlayer and wherein said transparent dielectric panel comprises a glass panel. A. providing a continuous metallic-based sheet , having a first surface and a second surface ; the continuous metallic-based sheet, having folding lines forming a central zone and at least two lateral zones ; B. depositing on the first surface of the continuous metallic-based sheet, a transparent dielectric panel being fixed by an interlayer ; forming a flat assembly, extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width, W, measured along the longitudinal axis, X, and a height, H, measured along the vertical axis, Z; D. bending on the folding lines the flat assembly to form a transparent open container, defined by X, Z and a Y-axis, and having a depth, D, measured along the Y-axis wherein within step B, a transparent dielectric panel is deposited on each of said central and lateral zones of the continuous metallic-based sheet; each panel being fixed by the interlayer and wherein said transparent dielectric panel comprises a glass panel. wherein within step B, a transparent dielectric panel is deposited on each of said central and lateral zones of the continuous metallic-based sheet; each panel being fixed by the interlayer and wherein said transparent dielectric panel comprises a glass panel.
A self-propelled soil aeration device comprising: - a machine frame , - a plurality of upwardly and downwardly movable piercing tools which are arranged next to each other transversely to the direction of travel and which define the width of a working path on the soil , - at least two rear wheels which run laterally alongside the working path, and - at least one front wheel which is arranged in front of the piercing tools as seen in the direction of travel, wherein a supporting device extending transversely to the direction of travel is arranged in front of the piercing tools , as seen in the direction of travel, and is vertically adjustable with respect to the soil such that in a working position, the rear wheels are raised and the machine frame is supported on the supporting device and the at least one front wheel so that neither the front or rear wheels , nor the supporting device travel over the soil already worked by the piercing tools , and that in a transport position, the supporting device is raised and the machine frame is supported by the rear wheels and the at least one front wheel , characterized in that the supporting device is arranged centrally and transversely to the direction of travel with respect to the working width. - a machine frame , - a plurality of upwardly and downwardly movable piercing tools which are arranged next to each other transversely to the direction of travel and which define the width of a working path on the soil , - at least two rear wheels which run laterally alongside the working path, and - at least one front wheel which is arranged in front of the piercing tools as seen in the direction of travel,
A composition comprising core-shell nanoparticles, wherein said nanoparticles comprise: (a) cationic core material comprising latex, the latex comprising a cationic polymer; and (b) shell material comprising metal oxide, wherein the metal oxide comprises silica; wherein the average specific size g, wherein g is defined as 1⁄2 x (length + width), of the core-shell nanoparticles as measured using DLS or TEM is 300 nm or less and 10 nm or more. (a) cationic core material comprising latex, the latex comprising a cationic polymer; and (b) shell material comprising metal oxide, wherein the metal oxide comprises silica;
A female coupling unit for a hydraulic coupling device , comprising a female coupling body comprising a hollow core , wherein the female coupling body comprises a rear end and a front end , and a sealing sleeve device , wherein the sealing sleeve device is supported by a spring device and movable in relation to the female coupling body between a closed and open position upon extension and compression of the spring device respectively, further comprising a female poppet device fixedly arranged to the rear end of the female coupling body in the hollow core and extending towards the front end of the female coupling body ; wherein a rear sealing ring is provided along an inner circumferential surface of the sealing sleeve device and adapted to bear against and slide along a front end portion of the female poppet device during movement of the sealing sleeve device , wherein the rear sealing ring is configured to prevent flow of hydraulic fluid between the rear sealing ring and the female poppet device from a rear end of the female coupling body towards a front end of the female coupling body and enable flow of hydraulic fluid between the rear sealing ring and the female poppet device from a front end of the female coupling body towards a rear end of the female coupling body , wherein the rear sealing ring comprises an inner diameter, wherein the inner diameter is variable, wherein the rear sealing ring comprises a circumferential groove facing the rear end of the female coupling body , characterized in that the circumferential groove is configured to provide elasticity and enable the variation of the inner diameter of the rear sealing ring .
A method for interference processing, applied to a terminal device, the method comprising: when the terminal device is in a dual-connectivity mode, detecting an internal interference level during simultaneous data transmission and reception through at least one sub-band on a carrier of a first cell and a second cell, the terminal device in the dual-connectivity mode being capable of establishing connections with the first cell and the second cell ; characterized by determining a usage priority of the sub-band according to the internal interference level during simultaneous data transmission and reception through the sub-band and the second cell ; and reporting the sub-band and the corresponding internal interference level and usage priority to a network side, such that the network side specifies a sub-band to be used for the terminal device based on the sub-band and the corresponding internal interference level and usage priority, the internal interference level comprising an indication about whether internal interference exists and an interval interference grade . when the terminal device is in a dual-connectivity mode, detecting an internal interference level during simultaneous data transmission and reception through at least one sub-band on a carrier of a first cell and a second cell, the terminal device in the dual-connectivity mode being capable of establishing connections with the first cell and the second cell ; characterized by determining a usage priority of the sub-band according to the internal interference level during simultaneous data transmission and reception through the sub-band and the second cell ; and reporting the sub-band and the corresponding internal interference level and usage priority to a network side, such that the network side specifies a sub-band to be used for the terminal device based on the sub-band and the corresponding internal interference level and usage priority, the internal interference level comprising an indication about whether internal interference exists and an interval interference grade .
A method of identifying an individual with diffuse large B cell lymphoma (DLBCL) comprising: (a) providing a nucleic acid sample obtained from the individual (DLBCL sample); (b) detecting by qRT-PCR the expression of germinal center B cell (GCB) markers ZNF318, PTK2, and SSBP2 in the DLBCL sample; (c) detecting by qRT-PCR the expression of activated B cell (ABC) markers CCND2, FOXP1, and JADE3 in the DLBCL sample; and (d) detecting by qRT-PCR the expression of a control gene in the DLBCL sample; (i) wherein the ratio of GCB marker expression to ABC marker expression being higher than a GCB threshold value in said individual's sample indicates sensitivity of said individual to the administration of R-CHOP(rituximab or etoposide; cyclophosphamide; doxorubicin; vincristine; and prednisolone); or (ii) wherein the ratio of ABC marker expression to GCB marker expression being higher than an ABC threshold value in said individual's sample indicates sensitivity of said individual to an alternative administration, wherein the alternative administration includes a BTK inhibitor, SYK inhibitor, NFkB inhibitor, or immunomodulatory agent. (a) providing a nucleic acid sample obtained from the individual (DLBCL sample); (b) detecting by qRT-PCR the expression of germinal center B cell (GCB) markers ZNF318, PTK2, and SSBP2 in the DLBCL sample; (c) detecting by qRT-PCR the expression of activated B cell (ABC) markers CCND2, FOXP1, and JADE3 in the DLBCL sample; and (d) detecting by qRT-PCR the expression of a control gene in the DLBCL sample; (i) wherein the ratio of GCB marker expression to ABC marker expression being higher than a GCB threshold value in said individual's sample indicates sensitivity of said individual to the administration of R-CHOP(rituximab or etoposide; cyclophosphamide; doxorubicin; vincristine; and prednisolone); or (ii) wherein the ratio of ABC marker expression to GCB marker expression being higher than an ABC threshold value in said individual's sample indicates sensitivity of said individual to an alternative administration, wherein the alternative administration includes a BTK inhibitor, SYK inhibitor, NFkB inhibitor, or immunomodulatory agent. (i) wherein the ratio of GCB marker expression to ABC marker expression being higher than a GCB threshold value in said individual's sample indicates sensitivity of said individual to the administration of R-CHOP(rituximab or etoposide; cyclophosphamide; doxorubicin; vincristine; and prednisolone); or (ii) wherein the ratio of ABC marker expression to GCB marker expression being higher than an ABC threshold value in said individual's sample indicates sensitivity of said individual to an alternative administration, wherein the alternative administration includes a BTK inhibitor, SYK inhibitor, NFkB inhibitor, or immunomodulatory agent.
Bogie for a rail vehicle having a wheel set having a wheel set bearing , characterized by a temperature verification element and a thermally conductive line , by means of which the wheel set bearing is thermally connected to the temperature verification element .
A static wheel balancer (SWB); comprising: a wheel carrier (WC); wherein the wheel carrier includes at least three wheel support elements (WSE); wherein the wheel support elements (WSE) supports and establish a reference for a selected edge of a wheel when the wheel is positioned in the wheel carrier, wherein the wheel support elements (WSE) defines a wheel positioning plane (WPP); and the static wheel balancer further comprising a weight measuring arrangement (WMA) including at least one load cell (LC); wherein a weight measuring point (WMP) of the load cell (LC) is arranged to measure a partial weight of the wheel (WH) at a selected wheel edge (WE) at a given angular orientation (AO) of the wheel (WH); and wherein the weight measuring point (WMP) forms part of one of the at least three wheel support elements (WSE); and wherein the weight measuring point (WMP) is arranged at a predetermined distance (PD) to at least one of the at least three wheel support elements (WSE) not comprising the weight measuring point; and the static wheel balancer further including a display (DP) arranged to display a measure of imbalance obtained based on partial measured weight at the weight measuring point (WMP). a wheel carrier (WC); wherein the wheel carrier includes at least three wheel support elements (WSE); wherein the wheel support elements (WSE) supports and establish a reference for a selected edge of a wheel when the wheel is positioned in the wheel carrier, wherein the wheel support elements (WSE) defines a wheel positioning plane (WPP); and wherein the wheel support elements (WSE) supports and establish a reference for a selected edge of a wheel when the wheel is positioned in the wheel carrier, wherein the wheel support elements (WSE) defines a wheel positioning plane (WPP); and the static wheel balancer further comprising a weight measuring arrangement (WMA) including at least one load cell (LC); wherein a weight measuring point (WMP) of the load cell (LC) is arranged to measure a partial weight of the wheel (WH) at a selected wheel edge (WE) at a given angular orientation (AO) of the wheel (WH); and wherein the weight measuring point (WMP) forms part of one of the at least three wheel support elements (WSE); and wherein the weight measuring point (WMP) is arranged at a predetermined distance (PD) to at least one of the at least three wheel support elements (WSE) not comprising the weight measuring point; and the static wheel balancer further including a display (DP) arranged to display a measure of imbalance obtained based on partial measured weight at the weight measuring point (WMP).
A self-propelled paint system comprising: a chassis ; a power wheel (36A, B) mounted to the chassis ; a steering wheel mounted to the chassis , wherein the steering wheel comprises: a carriage having a swivel post connected to the chassis ; and a tire mounted to the carriage ; a hydraulic propulsion system mounted to the chassis , the hydraulic propulsion system comprising: a hydraulic fluid; and a hydraulic motor driven by the hydraulic fluid and connected to the power wheel ; a paint system mounted to the chassis , the paint system comprising: a paint pump powered by the hydraulic fluid; and sprayers (22A, B) fluidly coupled to the paint pump ; a steering system comprising: a handlebar rotatable about a first axis (A1) to rotate the steering wheel ; a speed bar mounted to the handlebar to control flow of the hydraulic fluid to the hydraulic motor ; and a pair of linkages connecting the handlebar to the carriage, wherein each of the pair of linkages (30A, B) comprises: a flexible cable (30A, B) extending between the handlebar and the carriage ; a mechanism to adjust a length of the flexible cable ; and a ball joint coupling the flexible cable to the carriage. a chassis ; a power wheel (36A, B) mounted to the chassis ; a steering wheel mounted to the chassis , wherein the steering wheel comprises: a carriage having a swivel post connected to the chassis ; and a tire mounted to the carriage ; a carriage having a swivel post connected to the chassis ; and a tire mounted to the carriage ; a hydraulic propulsion system mounted to the chassis , the hydraulic propulsion system comprising: a hydraulic fluid; and a hydraulic motor driven by the hydraulic fluid and connected to the power wheel ; a hydraulic fluid; and a hydraulic motor driven by the hydraulic fluid and connected to the power wheel ; a paint system mounted to the chassis , the paint system comprising: a paint pump powered by the hydraulic fluid; and sprayers (22A, B) fluidly coupled to the paint pump ; a paint pump powered by the hydraulic fluid; and sprayers (22A, B) fluidly coupled to the paint pump ; a steering system comprising: a handlebar rotatable about a first axis (A1) to rotate the steering wheel ; a speed bar mounted to the handlebar to control flow of the hydraulic fluid to the hydraulic motor ; and a handlebar rotatable about a first axis (A1) to rotate the steering wheel ; a speed bar mounted to the handlebar to control flow of the hydraulic fluid to the hydraulic motor ; and a flexible cable (30A, B) extending between the handlebar and the carriage ; a mechanism to adjust a length of the flexible cable ; and a ball joint coupling the flexible cable to the carriage.