mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a user equipment for transmitting data on an uplink shared channel, said method comprising: determining, responsive to the arrival of new transmit data for transmission on an uplink shared channel, that a scheduling request to request uplink resources for transmission of the new transmit data will overlap a scheduled data transmission; preempting the scheduled data transmission to transmit the scheduling request; and transmitting the scheduling request to request uplink resources for the new transmit data, wherein preempting the scheduled data transmission to transmit the scheduling request comprises at least one of: preempting the scheduled data transmission responsive to determining that a periodicity of a scheduling request interval meets a threshold requirement, preempting the scheduled data transmission responsive to determining that a remaining duration of the scheduled transmission is less than a predetermined time limit, and preempting the scheduled data transmission depending on a periodicity of a scheduling request interval. determining, responsive to the arrival of new transmit data for transmission on an uplink shared channel, that a scheduling request to request uplink resources for transmission of the new transmit data will overlap a scheduled data transmission; preempting the scheduled data transmission to transmit the scheduling request; and transmitting the scheduling request to request uplink resources for the new transmit data, wherein preempting the scheduled data transmission to transmit the scheduling request comprises at least one of: preempting the scheduled data transmission responsive to determining that a periodicity of a scheduling request interval meets a threshold requirement, preempting the scheduled data transmission responsive to determining that a remaining duration of the scheduled transmission is less than a predetermined time limit, and preempting the scheduled data transmission depending on a periodicity of a scheduling request interval. preempting the scheduled data transmission responsive to determining that a periodicity of a scheduling request interval meets a threshold requirement, preempting the scheduled data transmission responsive to determining that a remaining duration of the scheduled transmission is less than a predetermined time limit, and preempting the scheduled data transmission depending on a periodicity of a scheduling request interval.
A shielding electrode for a piece of high voltage equipment having a first and second end , a first and second side and an edge separating the first side from the second side, where the edge stretches along a direction between the first end and the second end , said shielding electrode comprising two tubular shielding elements , each comprising a first and second straight tubular section , joined to each other by a bent central tubular section and stretching out from the central bent section at an angle of at least sixty degrees to each other, where the central section is configured to be centered around the edge with the first and second straight sections stretching along said two sides and the two shielding elements are configured to be placed after each other along said direction,. wherein each straight section of each tubular element is further joined with a hemispherical dome opposite of the joining to the central section .
Transport system for containers in the beverage industry, with - a first container conveyor comprising a conveyor belt for conveying the containers , and - with a lubrication system comprising an applicator for applying a lubricant (S), in particular a dry lubricant, to the conveyor belt of the first container conveyor , wherein the transport system comprises a second container conveyor with a further conveyor belt for conveying the containers , characterized in that the lubrication system comprises a mobile robot , which has the applicator arranged thereon and a floor-supported undercarriage , for applying the lubricant (S) in an automated manner selectively to the conveyor belt of the first container conveyor or the conveyor belt of the second container conveyor . - a first container conveyor comprising a conveyor belt for conveying the containers , and - with a lubrication system comprising an applicator for applying a lubricant (S), in particular a dry lubricant, to the conveyor belt of the first container conveyor , the transport system comprises a second container conveyor with a further conveyor belt for conveying the containers , characterized in that the lubrication system comprises a mobile robot , which has the applicator arranged thereon and a floor-supported undercarriage , for applying the lubricant (S) in an automated manner selectively to the conveyor belt of the first container conveyor or the conveyor belt of the second container conveyor .
A communication device, comprising: a processing unit configured to generate a second frame used for releasing a stop of transmission of a frame caused by a first frame, the first frame being used for stopping transmission of frames of communication devices other than a destination stored in the first frame, and serving as a response to a communication request; and a wireless communication unit configured to transmit the second frame, characterized in that the second frame includes first destination information specifying the destination stored in the first frame. a processing unit configured to generate a second frame used for releasing a stop of transmission of a frame caused by a first frame, the first frame being used for stopping transmission of frames of communication devices other than a destination stored in the first frame, and serving as a response to a communication request; and a wireless communication unit configured to transmit the second frame, characterized in that the second frame includes first destination information specifying the destination stored in the first frame.
A cap 11 provided on a mouth portion of a container main body which is deformed by a pressing force and stores contents , comprising: a base portion having an annular bottom wall having a discharge port , an annular groove provided in an outer peripheral edge of the bottom wall ; a check valve having a cylindrical support portion having one end disposed in the groove , a plurality of elastic pieces connected to the support portion , and a valve body connected to the plurality of elastic pieces and opening and closing the discharge port ; and a discharge nozzle covering the bottom wall characterized in that a flow port is provided in the groove , and a flow groove is connected to the flow port wherein the flow groove is formed in an inner side surface on the center side in a radial direction of the groove . a base portion having an annular bottom wall having a discharge port , an annular groove provided in an outer peripheral edge of the bottom wall ; a check valve having a cylindrical support portion having one end disposed in the groove , a plurality of elastic pieces connected to the support portion , and a valve body connected to the plurality of elastic pieces and opening and closing the discharge port ; and a discharge nozzle covering the bottom wall characterized in that a flow port is provided in the groove , and a flow groove is connected to the flow port wherein the flow groove is formed in an inner side surface on the center side in a radial direction of the groove .
A power drive for performing thread cutting operations, the power drive comprising: a housing ; a rotary power source; a face gear disposed in the housing with at least one groove ; a die head retaining mechanism, characterized in that the die head retaining mechanism comprises: at least one locking jaw including an inwardly and radially directed extension ; at least one compression spring ; a drive ring having a plurality of cam profiles and means to compress the spring(s) ; wherein the power drive comprises a die head disposed in the die head retaining mechanism, the die head defining a recessed groove ; wherein the die head retaining mechanism is disposed between the face gear and the die head for installing or removing the die head in the power drive, each of the at least one locking jaws is disposed in a respective slot of a plurality of slots provided on the face gear and engaged with at least one of the cam profiles of the drive ring , and the at least one compression spring is disposed in the at least one groove in the face gear and adapted to be compressed during rotation of the drive ring to allow the locking jaws to follow the cam profiles to move outward in a radial fashion to open or unlock the die head from the power drive, and the extension of each locking jaw is engagable with the groove of the die head to thereby retain the die head . a housing ; a rotary power source; a face gear disposed in the housing with at least one groove ; a die head retaining mechanism, characterized in that the die head retaining mechanism comprises: at least one locking jaw including an inwardly and radially directed extension ; at least one compression spring ; a drive ring having a plurality of cam profiles and means to compress the spring(s) ; at least one locking jaw including an inwardly and radially directed extension ; at least one compression spring ; a drive ring having a plurality of cam profiles and means to compress the spring(s) ; wherein the power drive comprises a die head disposed in the die head retaining mechanism, the die head defining a recessed groove ; wherein the die head retaining mechanism is disposed between the face gear and the die head for installing or removing the die head in the power drive, each of the at least one locking jaws is disposed in a respective slot of a plurality of slots provided on the face gear and engaged with at least one of the cam profiles of the drive ring , and the at least one compression spring is disposed in the at least one groove in the face gear and adapted to be compressed during rotation of the drive ring to allow the locking jaws to follow the cam profiles to move outward in a radial fashion to open or unlock the die head from the power drive, and the extension of each locking jaw is engagable with the groove of the die head to thereby retain the die head .
An electrical connector system for connecting a transmission line with an electrical component , comprising: a counter element that is coupled to the electrical component and comprises: an outer surface that is angled at a constant angle (a) relative to a central axis (C) of the counter element , wherein the counter element exhibits a first circumference that increases in a direction that points away from the electrical component ; a lug that comprises: a receiving element that receives the transmission line , and a connecting element for connecting with the counter element , wherein the connecting element is arranged in direction of the central axis (C) and has an inner surface that is angled at the constant angle (a), wherein the connecting element at the inner surface exhibits a second circumference that increases in the direction that points away from the electrical component ; and a locking device that is attached to the electrical component and rigidly connects the connecting element with the counter element , thereby connecting the transmission line with the electrical component . a counter element that is coupled to the electrical component and comprises: an outer surface that is angled at a constant angle (a) relative to a central axis (C) of the counter element , wherein the counter element exhibits a first circumference that increases in a direction that points away from the electrical component ; a lug that comprises: a receiving element that receives the transmission line , and a connecting element for connecting with the counter element , wherein the connecting element is arranged in direction of the central axis (C) and has an inner surface that is angled at the constant angle (a), wherein the connecting element at the inner surface exhibits a second circumference that increases in the direction that points away from the electrical component ; and a receiving element that receives the transmission line , and a connecting element for connecting with the counter element , wherein the connecting element is arranged in direction of the central axis (C) and has an inner surface that is angled at the constant angle (a), wherein the connecting element at the inner surface exhibits a second circumference that increases in the direction that points away from the electrical component ; and a locking device that is attached to the electrical component and rigidly connects the connecting element with the counter element , thereby connecting the transmission line with the electrical component .
A sample collecting device for collecting samples of cellular material from body cavities comprising: - an outer tubular member ; - an inner tubular member slidably arranged inside the outer tubular member ; - a swab comprising a stick ; and a swabbing tip ; - one or more guiding elements configured to support and slidably arrange the swab in the inner tubular member such that there is a free space around the swabbing tip ; and - a flexible valve arranged at a distal end of the outer tubular member , the valve having an opening with opening edges at a distal end of the valve , the device configured such that: - in a storage configuration, the valve is closed and seals the distal end of the outer tubular member , and - in a sampling configuration, the valve is open in a position such that the swab can be slid in a longitudinal direction of the device to extend through the distal end of the outer tubular member without the swab being in contact with the valve , characterized in that : the valve comprises at least one inner point at a distance removed from the distal end of the valve, wherein the inner point prevents the swab and/or the inner tubular member to be slid further towards the distal end of the valve in the storage configuration; and the valve is arranged such that no parts of the valve distal to the at least one inner point are in contact with the inner tubular member in the sampling configuration; the valve thereby arranged such that the opening edges of the valve cannot come into contact with the inner tubular member . - an outer tubular member ; - an inner tubular member slidably arranged inside the outer tubular member ; - a swab comprising a stick ; and a swabbing tip ; - one or more guiding elements configured to support and slidably arrange the swab in the inner tubular member such that there is a free space around the swabbing tip ; and - a flexible valve arranged at a distal end of the outer tubular member , the valve having an opening with opening edges at a distal end of the valve , - in a storage configuration, the valve is closed and seals the distal end of the outer tubular member , and - in a sampling configuration, the valve is open in a position such that the swab can be slid in a longitudinal direction of the device to extend through the distal end of the outer tubular member without the swab being in contact with the valve , the valve comprises at least one inner point at a distance removed from the distal end of the valve, wherein the inner point prevents the swab and/or the inner tubular member to be slid further towards the distal end of the valve in the storage configuration; and the valve is arranged such that no parts of the valve distal to the at least one inner point are in contact with the inner tubular member in the sampling configuration; the valve thereby arranged such that the opening edges of the valve cannot come into contact with the inner tubular member .
A method for assisting diagnosis of risk of progression to stage 2 or higher diabetic nephropathy, comprising measuring the urinary apolipoprotein E (ApoE) concentration and optionally the urinary concentration of a nephropathy marker other than the urinary ApoE of a diabetic patient with stage 1 diabetic nephropathy, and determining whether the patient has a high risk of progressing to stage 2 or higher diabetic nephropathy based on a result of the measurement step, wherein the patient is determined to have a high risk of progression to stage 2 or higher diabetic nephropathy when: - the value of urinary ApoE concentration is less than a predetermined threshold value, or - the ratio of the value of urinary ApoE concentration to the value of the urinary concentration of said other nephropathy marker is less than a predetermined threshold value, or - the ratio of the value of the urinary concentration of said other nephropathy marker to the value of urinary ApoE concentration is equal to or greater than the predetermined threshold value; and wherein the patient is determined to have a low risk of progression to stage 2 or higher diabetic nephropathy when: - the value of urinary ApoE concentration is equal to or greater than a predetermined threshold value, or - the ratio of the value of urinary ApoE concentration to the value of the urinary concentration of said other nephropathy marker is equal to or greater than a predetermined threshold value, or - the ratio of the value of the urinary concentration of said other nephropathy marker to the value of urinary ApoE concentration is less than the predetermined threshold value. - the value of urinary ApoE concentration is less than a predetermined threshold value, or - the ratio of the value of urinary ApoE concentration to the value of the urinary concentration of said other nephropathy marker is less than a predetermined threshold value, or - the ratio of the value of the urinary concentration of said other nephropathy marker to the value of urinary ApoE concentration is equal to or greater than the predetermined threshold value; and wherein the patient is determined to have a low risk of progression to stage 2 or higher diabetic nephropathy when: - the value of urinary ApoE concentration is equal to or greater than a predetermined threshold value, or - the ratio of the value of urinary ApoE concentration to the value of the urinary concentration of said other nephropathy marker is equal to or greater than a predetermined threshold value, or - the ratio of the value of the urinary concentration of said other nephropathy marker to the value of urinary ApoE concentration is less than the predetermined threshold value. - the value of urinary ApoE concentration is equal to or greater than a predetermined threshold value, or - the ratio of the value of urinary ApoE concentration to the value of the urinary concentration of said other nephropathy marker is equal to or greater than a predetermined threshold value, or - the ratio of the value of the urinary concentration of said other nephropathy marker to the value of urinary ApoE concentration is less than the predetermined threshold value.
A location device , intended to be embedded on a mobile object likely to undergo a dynamic rotation on itself, including: - a receiver of a satellite positioning system configured to provide data relating to a position and a speed of the mobile object, said receiver comprising an acquisition module configured to perform a frequency and code search of a signal emitted by a satellite and received by an antenna of said receiver , - an inertial unit configured to provide data relating to an acceleration and an angular velocity of the mobile object, characterised in that the location device includes a calculation module, called a "hybrid navigation module ", configured to: - model a movement of the antenna of the receiver from: -- data from the receiver , -- data from the inertial unit , and -- the distance between the antenna and a centre of inertia of the mobile object, - model a movement of the satellite from orbital parameters of said satellite, - estimate a value representative of the Doppler effect undergone by the signal emitted by the satellite depending on the modelled movement of the antenna and the modelled movement of the satellite, - communicate said value representative of the Doppler effect to the acquisition module , said acquisition module being configured to perform the frequency and code search of the signal depending on said value representative of the estimated Doppler effect. - a receiver of a satellite positioning system configured to provide data relating to a position and a speed of the mobile object, said receiver comprising an acquisition module configured to perform a frequency and code search of a signal emitted by a satellite and received by an antenna of said receiver , - an inertial unit configured to provide data relating to an acceleration and an angular velocity of the mobile object, - model a movement of the antenna of the receiver from: -- data from the receiver , -- data from the inertial unit , and -- the distance between the antenna and a centre of inertia of the mobile object, -- data from the receiver , -- data from the inertial unit , and -- the distance between the antenna and a centre of inertia of the mobile object, - model a movement of the satellite from orbital parameters of said satellite, - estimate a value representative of the Doppler effect undergone by the signal emitted by the satellite depending on the modelled movement of the antenna and the modelled movement of the satellite, - communicate said value representative of the Doppler effect to the acquisition module , said acquisition module being configured to perform the frequency and code search of the signal depending on said value representative of the estimated Doppler effect.