mhurhangee/patent-ind-claim-en huggingface dataset:
A resource measurement method executed by a user equipment, wherein the method comprises: obtaining competitive resource configuration information for sending communication service data, wherein the competitive resource configuration information comprises a competitive resource style; wherein the competitive resource style comprises a distribution rule of multiple competitive resources; determining , according to the competitive resource style, the multiple competitive resources; measuring, a load amount of the multiple competitive resources to obtain a measurement result; determining , according to the obtained measurement result and a measurement configuration information, whether sending the measurement result to a network device; and sending a measurement result report including the measurement result to the network device if determining to send the measurement result report to the network device. obtaining competitive resource configuration information for sending communication service data, wherein the competitive resource configuration information comprises a competitive resource style; wherein the competitive resource style comprises a distribution rule of multiple competitive resources; determining , according to the competitive resource style, the multiple competitive resources; measuring, a load amount of the multiple competitive resources to obtain a measurement result; determining , according to the obtained measurement result and a measurement configuration information, whether sending the measurement result to a network device; and sending a measurement result report including the measurement result to the network device if determining to send the measurement result report to the network device.
Apparatus for controlling a hydraulic pump , comprising - a hydraulic fluid reservoir , - a hydraulic pump having an inlet and an outlet , wherein o the inlet is connected to the hydraulic fluid reservoir by means of a first low pressure line , o the outlet is connected to a high pressure line to which an appliance can be connected, - an adjustment unit , which interacts with the hydraulic pump and with which the pumping volume of the hydraulic pump can be altered, wherein the adjustment unit is arranged in a high pressure auxiliary line which is connected to the high pressure line , - a high pressure seat valve , which is arranged in the high pressure auxiliary line and which interacts with the adjustment unit , - a sensor , by means of which an actual value of at least one parameter which is determined by the pumping volume of the hydraulic pump can be detected, - a control element , by means of which a desired value of the parameter can be specified, and - a regulation device , which interacts with the sensor and with the control element such that the high pressure seat valve can be activated taking into account the actual value detected by the sensor and the desired value specified by the control element, - characterized in that the high pressure seat valve is implemented as a high pressure seat valve having an integrated pressure limitation function. - a hydraulic fluid reservoir , - a hydraulic pump having an inlet and an outlet , wherein o the inlet is connected to the hydraulic fluid reservoir by means of a first low pressure line , o the outlet is connected to a high pressure line to which an appliance can be connected, o the inlet is connected to the hydraulic fluid reservoir by means of a first low pressure line , o the outlet is connected to a high pressure line to which an appliance can be connected, - an adjustment unit , which interacts with the hydraulic pump and with which the pumping volume of the hydraulic pump can be altered, wherein the adjustment unit is arranged in a high pressure auxiliary line which is connected to the high pressure line , - a high pressure seat valve , which is arranged in the high pressure auxiliary line and which interacts with the adjustment unit , - a sensor , by means of which an actual value of at least one parameter which is determined by the pumping volume of the hydraulic pump can be detected, - a control element , by means of which a desired value of the parameter can be specified, and - a regulation device , which interacts with the sensor and with the control element such that the high pressure seat valve can be activated taking into account the actual value detected by the sensor and the desired value specified by the control element, - characterized in that the high pressure seat valve is implemented as a high pressure seat valve having an integrated pressure limitation function.
A medical device for performing a surgical procedure, the medical device comprising: an elongate member having a proximal end , a distal end , and a lumen extending therebetween; a handle connected to the proximal end of the elongate member ; an end effector assembly including a cup that includes an outer cup portion and an inner cup portion disposed within the outer cup portion ; and a cutting device configured to extend from the end effector assembly , wherein the cutting device has a retracted configuration in which the cutting device is withdrawn into the end effector assembly and a deployed configuration in which the cutting device extends from the end effector assembly , and wherein, in the deployed configuration, the cutting device is further configured to rotate about a longitudinal axis of the end effector assembly independently of the outer cup portion and the inner cup portion . an elongate member having a proximal end , a distal end , and a lumen extending therebetween; a handle connected to the proximal end of the elongate member ; an end effector assembly including a cup that includes an outer cup portion and an inner cup portion disposed within the outer cup portion ; and a cutting device configured to extend from the end effector assembly , wherein the cutting device has a retracted configuration in which the cutting device is withdrawn into the end effector assembly and a deployed configuration in which the cutting device extends from the end effector assembly , and wherein, in the deployed configuration, the cutting device is further configured to rotate about a longitudinal axis of the end effector assembly independently of the outer cup portion and the inner cup portion .
A method for generating data streams, comprising: generating at least two data streams (i0, i1; i0', i1') by interleaving first Forward Error Correction, FEC, encoded data with second FEC encoded data according to a data unit comprising at least two bits, wherein two adjacent data units in any one of the at least two data streams are from the first FEC encoded data and from the second FEC encoded data, respectively; and generating an interleaved data stream (i2; i2') by interleaving the at least two data streams according to one bit. generating at least two data streams (i0, i1; i0', i1') by interleaving first Forward Error Correction, FEC, encoded data with second FEC encoded data according to a data unit comprising at least two bits, wherein two adjacent data units in any one of the at least two data streams are from the first FEC encoded data and from the second FEC encoded data, respectively; and generating an interleaved data stream (i2; i2') by interleaving the at least two data streams according to one bit.
Rotating frame for the gantry of a computed tomography unit , which has receiving areas , to which rotating components of the computed tomography unit can be attached, wherein the rotating frame is produced at least in part using additive manufacturing, characterised in that it has undercuts formed by means of additive manufacturing, wherein an undercut of the undercuts designed by means of additive manufacturing contributes to a receiving area of the receiving areas being encompassed at least in part from two sides by sections of the rotating frame .
A tire with printed strain sensors , the tire comprising: a pair of bead areas ; a ground-contacting tread disposed radially outwardly of the pair of bead areas ; a pair of sidewalls , in which each sidewall extends from a respective bead area to the tread ; a carcass extending toroidally between each of the bead areas radially inwardly of the tread ; an innerliner formed on an inside surface of the carcass ; and characterised by a pair of resistive strain sensors printed on the innerliner . a pair of bead areas ; a ground-contacting tread disposed radially outwardly of the pair of bead areas ; a pair of sidewalls , in which each sidewall extends from a respective bead area to the tread ; a carcass extending toroidally between each of the bead areas radially inwardly of the tread ; an innerliner formed on an inside surface of the carcass ; and characterised by a pair of resistive strain sensors printed on the innerliner .
A machine for making filter bags for infusion products starting from pieces of filter material each containing at least one dose of infusion product and having, the pieces , a corresponding longitudinal axis (X1) of extension, the machine comprising at least: - a carousel rotating about a main axis (X2) of rotation and equipped with a plurality of movable gripping elements rotating about the main axis (X2) of rotation along a closed circular trajectory; each gripping element being configured to receive and retain the piece of filter material along an operating path (P); - at least one operating station configured to perform at least one operation on the piece of filter material retained by a corresponding gripping element along the operating path (P) inside the closed circular trajectory; characterised in that each gripping element is provided with articulation means configured for obtaining a further rotation about at least a secondary axis (X5) of rotation, transversal to the main axis (X2) of rotation, to rotate and position the corresponding piece of filter material with its longitudinal axis (X1) of extension parallel to the main axis (X2) of rotation at least at the at least one operating station . - a carousel rotating about a main axis (X2) of rotation and equipped with a plurality of movable gripping elements rotating about the main axis (X2) of rotation along a closed circular trajectory; each gripping element being configured to receive and retain the piece of filter material along an operating path (P); - at least one operating station configured to perform at least one operation on the piece of filter material retained by a corresponding gripping element along the operating path (P) inside the closed circular trajectory;
An ion exchange membrane comprising: a porous support including a plurality of pores; and an ion conductor filling the pores of the porous support, wherein the porous support includes micropores having a size of 31 to 1000 μm, wherein the micropores constitute 1 to 20% of the total volume of the plurality of pores, wherein an amount of the ion conductor in the ion exchange membrane is 30 to 70 wt.% with respect to the total weight of the ion exchange membrane, and wherein the size of the micropores and a relative volume of the micropores with respect to the total volume of the plurality of pores are measured using a capillary flow porometer. a porous support including a plurality of pores; and an ion conductor filling the pores of the porous support, wherein the porous support includes micropores having a size of 31 to 1000 μm, wherein the micropores constitute 1 to 20% of the total volume of the plurality of pores, wherein an amount of the ion conductor in the ion exchange membrane is 30 to 70 wt.% with respect to the total weight of the ion exchange membrane, and wherein the size of the micropores and a relative volume of the micropores with respect to the total volume of the plurality of pores are measured using a capillary flow porometer.
A device for use in the evaluation of suicide risk of a person comprising a measuring unit arranged to measure electrodermal activity in the fingers of the person in order to detect depressed persons who are at risk for suicide and wherein the measuring unit is arranged to transmit a certain sound signal or tone to the person and to provide a signal for the analysis of the electrodermal response from the person in question, and wherein the device, in addition to said unit for measuring electrodermal activity in the fingers, also comprises a photophletysmographic device for measuring blood volume variations of the person in response to sound stimuli from said sound signal or tone as well as one or more microphones to detect noise interference, wherein the microphone is adapted to transmit the signals in parallel with the electrodermal response signal to be included in the signal analysis, the measuring unit is adapted to repeat said sound signal or tone submitted by the measuring unit ( according to a certain tested schedule in widely varying intervals during the measurement of the electrodermal and photophletysmographic activity of the test person, the device comprises headphones and the measuring unit is arranged to transmit the sound signal or tone via said headphones .
A device comprising - a first digital subscriber line, DSL, system operating in a first frequency band during showtime; - a second digital subscriber line, DSL, system operating in a second frequency band during showtime; - a filter unit connected to a line and to each of the first DSL system and the second DSL system, wherein the filter unit comprises at least one filter , which combines signals from the first DSL system and the second DSL system onto the line and separates signals for the first DSL system and the second DSL system ; - wherein the second frequency band is not overlapping with the first frequency band; - wherein a handshake information of the second DSL system utilizes frequencies below the second frequency band while the first DSL system is in showtime. - a first digital subscriber line, DSL, system operating in a first frequency band during showtime; - a second digital subscriber line, DSL, system operating in a second frequency band during showtime; - a filter unit connected to a line and to each of the first DSL system and the second DSL system, wherein the filter unit comprises at least one filter , which combines signals from the first DSL system and the second DSL system onto the line and separates signals for the first DSL system and the second DSL system ; - wherein the second frequency band is not overlapping with the first frequency band; - wherein a handshake information of the second DSL system utilizes frequencies below the second frequency band while the first DSL system is in showtime.
A method of managing radio transmissions, the method comprising: - during transmission of data by radio transmissions from a first radio device (10; 100) to a second radio device (10; 100), controlling a third radio device (20; 100) to transmit an interference signal on radio resources used by the radio transmissions from the first radio device (10; 100) to the second radio device (10; 100); - before transmission of the data, coordinating transmission of the data with transmission of the interference signal by, when scheduling a radio transmission on the radio resources on which the third radio device (20; 100) is to transmit the interference signal, further scheduling a retransmission of data to be conveyed by the radio transmission; and - monitoring an effect of the interference signal on the radio transmissions. - during transmission of data by radio transmissions from a first radio device (10; 100) to a second radio device (10; 100), controlling a third radio device (20; 100) to transmit an interference signal on radio resources used by the radio transmissions from the first radio device (10; 100) to the second radio device (10; 100); - before transmission of the data, coordinating transmission of the data with transmission of the interference signal by, when scheduling a radio transmission on the radio resources on which the third radio device (20; 100) is to transmit the interference signal, further scheduling a retransmission of data to be conveyed by the radio transmission; and - monitoring an effect of the interference signal on the radio transmissions.
A brush belt for a planting unit having a seed meter and seed delivery system , comprising: a base member having first side with a traction surface and a second side opposite the first side defining a mounting surface presenting a first edge and a second edge and having a longitudinal axis (A) therebetween and parallel thereto; a first section of bristles coupled to the mounting surface and extending between the first edge and the second edge of the mounting surface, bristles of the first section each including a first end coupled to the mounting surface, a second end spaced apart from the mounting surface, and a first cross-sectional dimension (D1) at the second end; characterized in that a second section of bristles coupled to the mounting surface and extending between the first edge and the second edge of the mounting surface, the second section abutting the first section , bristles of the second section each including a first end coupled to the mounting surface, a second end spaced apart from the mounting surface, and a second cross-sectional dimension (D2) at the second end; wherein the second cross-sectional dimension (D2) is different than the first cross-sectional dimension (D1). a base member having first side with a traction surface and a second side opposite the first side defining a mounting surface presenting a first edge and a second edge and having a longitudinal axis (A) therebetween and parallel thereto; a first section of bristles coupled to the mounting surface and extending between the first edge and the second edge of the mounting surface, bristles of the first section each including a first end coupled to the mounting surface, a second end spaced apart from the mounting surface, and a first cross-sectional dimension (D1) at the second end; characterized in that a second section of bristles coupled to the mounting surface and extending between the first edge and the second edge of the mounting surface, the second section abutting the first section , bristles of the second section each including a first end coupled to the mounting surface, a second end spaced apart from the mounting surface, and a second cross-sectional dimension (D2) at the second end; wherein the second cross-sectional dimension (D2) is different than the first cross-sectional dimension (D1).
A method of producing a shaped part, the method comprising: - suspending, in a liquid consisting of water, a powder comprising one or more refractory metals having a Fisher sub-sieve sizer (FSSS) particle-size distribution as determined by air permeability assuming perfectly spherical powder particles of d10 between 0.15 micron and 0.5 micron, d50 between 0.6 micron and 1 micron, and d90 between 2.4 microns and 3 microns, thereby forming a slip, wherein a particle-size distribution dX of Y denotes that X% of particles have a size less than Y; - introducing the slip into a mold having a shape approximately equal to a desired shape of the shaped part, the particle-size distribution of the powder comprising one or more refractory metals (i) substantially preventing separation of the powder comprising one or more refractory metals from the liquid by at least one of agglomeration or sedimentation and (ii) maintaining a substantially homogeneous distribution of powder particles comprising one or more refractory metals within the liquid; - thereafter, allowing at least a portion of the liquid to drain out of the slip to produce a green body comprising the powder comprising one or more refractory metals, further comprising applying a super-atmospheric pressure to at least one of the mold or the slip during or after introducing the slip into the mold; and - sintering the green body to produce the shaped part. - suspending, in a liquid consisting of water, a powder comprising one or more refractory metals having a Fisher sub-sieve sizer (FSSS) particle-size distribution as determined by air permeability assuming perfectly spherical powder particles of d10 between 0.15 micron and 0.5 micron, d50 between 0.6 micron and 1 micron, and d90 between 2.4 microns and 3 microns, thereby forming a slip, wherein a particle-size distribution dX of Y denotes that X% of particles have a size less than Y; - introducing the slip into a mold having a shape approximately equal to a desired shape of the shaped part, the particle-size distribution of the powder comprising one or more refractory metals (i) substantially preventing separation of the powder comprising one or more refractory metals from the liquid by at least one of agglomeration or sedimentation and (ii) maintaining a substantially homogeneous distribution of powder particles comprising one or more refractory metals within the liquid; - thereafter, allowing at least a portion of the liquid to drain out of the slip to produce a green body comprising the powder comprising one or more refractory metals, further comprising applying a super-atmospheric pressure to at least one of the mold or the slip during or after introducing the slip into the mold; and - sintering the green body to produce the shaped part.
A computer implemented method for facilitating direct combination of gene expression data generated by heterogeneous platforms, the method comprising transforming gene expression data, the method comprising: constructing a primary model for transforming gene expression data from a first profiling platform to a second profiling platform utilizing sample expression data, wherein constructing the primary model comprises: identifying at least one common expression between a first set of nucleic acid expression data derived using a first profiling platform and a second set of nucleic acid expression data derived using a second profiling platform, each common expression associated with a sample present in both the first set and second set; performing regression analysis on the at least one common expression, resulting in one set of regression parameters for each sample; selecting at least one candidate feature from the first profiling platform that predicts the at least one set of regression parameters; and identifying a primary model associated with each of the at least one selected candidate features ,the primary model being configured for sample-wise data transformation to transform gene expression data from the first profiling platform into transformed data having a distribution which resembles that of the second profiling platform. constructing a primary model for transforming gene expression data from a first profiling platform to a second profiling platform utilizing sample expression data, wherein constructing the primary model comprises: identifying at least one common expression between a first set of nucleic acid expression data derived using a first profiling platform and a second set of nucleic acid expression data derived using a second profiling platform, each common expression associated with a sample present in both the first set and second set; performing regression analysis on the at least one common expression, resulting in one set of regression parameters for each sample; selecting at least one candidate feature from the first profiling platform that predicts the at least one set of regression parameters; and identifying a primary model associated with each of the at least one selected candidate features ,the primary model being configured for sample-wise data transformation to transform gene expression data from the first profiling platform into transformed data having a distribution which resembles that of the second profiling platform.