mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting system information on a downlink shared channel of a wireless communication network, the method comprising: transmitting system information in recurring time windows, each said time window spanning a number of subframes; dynamically selecting which subframes within a given time window are to be used for carrying the system information, the method characterized by including (406 / 408) an indicator in each of the selected subframes to indicate to receiving user equipment that the subframe carries system information. transmitting system information in recurring time windows, each said time window spanning a number of subframes; dynamically selecting which subframes within a given time window are to be used for carrying the system information, the method characterized by including (406 / 408) an indicator in each of the selected subframes to indicate to receiving user equipment that the subframe carries system information.
A reduced sodium composition for enhancing flavour in food and/or beverage; comprising at least one potassium salt, at least one sodium salt, 1-20% (w/w) glycerol monostearate and 1-20% (w/w) maltodextrin.
A container for an injectable medicament, the container comprising: an elongated body having a tubular-shaped sidewall extending along a longitudinal axis (z) and having a distal end and a proximal end, an outlet at the distal end, a bung arranged inside the elongated body, sealingly engaged with the sidewall and slidable along the longitudinal axis (z) relative to the sidewall, an interior volume to receive the injectable medicament and being confined by the sidewall, by the outlet and by the bung, a measuring arrangement arranged in or on the bung, the measuring arrangement comprising: a signal generator configured to emit a measurement signal into or through the interior volume, the measurement signal being capable to stimulate or to excite a resonance of the container, and a signal detector configured to detect a feedback signal being indicative of a resonating interaction of the measurement signal with at least one of the sidewall, the outlet or the interior volume, characterized in that the container further comprises: a processor connected to the signal detector and configured to determine a size of the interior volume on the basis of the feedback signal obtainable through the signal detector, wherein the processor is configured to monitor and to process a temporal variation of the feedback signal obtainable through the signal detector, the temporal variation of the feedback signal indicating the size of the interior volume and/or a longitudinal position of the bung. an elongated body having a tubular-shaped sidewall extending along a longitudinal axis (z) and having a distal end and a proximal end, an outlet at the distal end, a bung arranged inside the elongated body, sealingly engaged with the sidewall and slidable along the longitudinal axis (z) relative to the sidewall, an interior volume to receive the injectable medicament and being confined by the sidewall, by the outlet and by the bung, a measuring arrangement arranged in or on the bung, the measuring arrangement comprising: a signal generator configured to emit a measurement signal into or through the interior volume, the measurement signal being capable to stimulate or to excite a resonance of the container, and
An isolated polypeptide molecule comprising SEQ ID NO: 26 in which the amino acid at position 132 of SEQ ID NO: 26 is cysteine and the amino acid at position 159 is cysteine or serine.
A method for a machine-to-machine, M2M, service layer (102, 1208) comprising: performing a policy provision for value added services, VAS, with a traffic steering engine, wherein a policy provision request transmitted by the M2M service layer to the traffic steering engine includes an indication that a selected VAS should depend on attributes that are associated with an addressed resource, and wherein the policy provision request further indicates that traffic from the M2M service layer should be processed by the selected VAS; adding meta data to a data packet based on the policy provision by embedding the meta data in the attributes; and sending the data packet to the traffic steering engine, wherein the meta data is used by the traffic steering engine for steering the data packet through the selected VAS. performing a policy provision for value added services, VAS, with a traffic steering engine, wherein a policy provision request transmitted by the M2M service layer to the traffic steering engine includes an indication that a selected VAS should depend on attributes that are associated with an addressed resource, and wherein the policy provision request further indicates that traffic from the M2M service layer should be processed by the selected VAS; adding meta data to a data packet based on the policy provision by embedding the meta data in the attributes; and sending the data packet to the traffic steering engine, wherein the meta data is used by the traffic steering engine for steering the data packet through the selected VAS.
An air sensor arrangement for a work vehicle, comprising: - a channel including a measuring point; and - a sensor; characterized in that the arrangement further comprises: - a valve fluidly coupled to both the sensor and the measuring point, the valve being actuatable between a first position where the measuring point and sensor are fluidly coupled together and a second position where the measuring point and a flush line are fluidly coupled together and fluidly uncoupled from the sensor. - a channel including a measuring point; and - a sensor; - a valve fluidly coupled to both the sensor and the measuring point, the valve being actuatable between a first position where the measuring point and sensor are fluidly coupled together and a second position where the measuring point and a flush line are fluidly coupled together and fluidly uncoupled from the sensor.
A page drawing control method, comprising: Obtaining a drawing instruction for a first page, wherein the drawing instruction is used to instruct to draw the first page, the first page comprises a first control, and the first control comprises at least one child control; and wherein if it is determined that an image corresponding to the first control does not exist or the first control or the at least one child control in the first control is updated, generating and storing the image corresponding to the first control and drawing the first control based on a display list of the first control, or if it is determined that an image corresponding to the first control exists and the first control and all the child controls in the first control are not updated, drawing the first control based on the image corresponding to the first control and an updated display list of the first control. Obtaining a drawing instruction for a first page, wherein the drawing instruction is used to instruct to draw the first page, the first page comprises a first control, and the first control comprises at least one child control; and wherein if it is determined that an image corresponding to the first control does not exist or the first control or the at least one child control in the first control is updated, generating and storing the image corresponding to the first control and drawing the first control based on a display list of the first control, or if it is determined that an image corresponding to the first control exists and the first control and all the child controls in the first control are not updated, drawing the first control based on the image corresponding to the first control and an updated display list of the first control.
Method for managing a silicon photomultiplier device (SiPM) for detecting one or more photons, of the type comprising a surface that is sensitive to said photons, provided on a first side of a semiconductor substrate and defined by a plurality of sectors each one of which comprises a plurality of photodiodes operating in Geiger mode and connected to each other in parallel through conductor means, so as to define an analog output signal, said semiconductor substrate comprising a plurality of extraction points electronically insulated from one another, each one of which is suited to be connected to a corresponding sector through conductor means so that said analog signals can be picked up and processed in an independent manner by a logic unit, characterized in that one or more of said sectors are inhibited in the case where at least one of said photodiodes belonging to said one or more sectors is not operating or is noisy.
A manufacturing method of a bonded wafer, in which said bonded wafer is manufactured by bonding an active layer wafer with a supporting wafer, wherein said active layer wafer and said supporting wafer, which are to be bonded together, have fitting surfaces, respectively, for fitting to each other, each of said fitting surfaces comprising a part of a spherical surface having the same curvature, and said fitting surface of said active layer wafer and/or said fitting surface of said supporting wafer includes a hetero structure provided on the subject wafer (10, 20) along a thickness-wise direction, and by a strain generated due to said hetero structure, a warp is formed in said active layer and/or said supporting wafer, characterized in that said hetero structure is provided in the epitaxial growth method and includes an epitaxial layer formed of the same substance as the subject wafer (10, 20) but having a dopant concentration which is different from that of the subject wafer (10, 20).
Method for transmitting a digital content, composed of a plurality of data packets, to a mobile terminal via a communication network, the method comprising the following steps implemented by a management device: obtaining (E11,E23,F8,F33), from a node for applying quality of service rules of the communication network, at least one piece of information relating to the available bandwidth on at least one network link by means of which the terminal is attached to the communication network; selecting (E12,E24,F10,F34), on the basis of said piece of information relating to the bandwidth, an encoding bit rate to be used for at least one of said data packets; and sending (E14,E25,F16,F38), to a device intended to provide the digital content, a message indicating the selected encoding bit rate, so as to instruct said device intended to provide the digital content to transmit to the mobile terminal at least one of said data packets, encoded using the selected encoding bit rate, on one of said network links. obtaining (E11,E23,F8,F33), from a node for applying quality of service rules of the communication network, at least one piece of information relating to the available bandwidth on at least one network link by means of which the terminal is attached to the communication network; selecting (E12,E24,F10,F34), on the basis of said piece of information relating to the bandwidth, an encoding bit rate to be used for at least one of said data packets; and sending (E14,E25,F16,F38), to a device intended to provide the digital content, a message indicating the selected encoding bit rate, so as to instruct said device intended to provide the digital content to transmit to the mobile terminal at least one of said data packets, encoded using the selected encoding bit rate, on one of said network links.
A bed base comprising: - a frame forming a housing, - a lying surface designed to support at least the body of a person, said lying surface having at least one central portion supporting the buttocks, mounted stationary relative to the frame, on either side of which a portion for supporting the knees and a portion for supporting the back extend, respectively, said knee support and back support portions each being able to be moved between a lowered position on the frame and a raised position relative to the frame to follow the curve of the knees and the back of the person in the seated position of that person on the lying surface, characterized in that at least the knee support portion and the back support portion are each formed by a series of rigid panels (2, 21), preferably made from wood, connected to one another and to said stationary central portion for supporting the buttocks by at least one bendable longitudinal connecting blade (3, 3A, 3B) that extends substantially parallel to the longitudinal line of the lying surface, said at least one bendable longitudinal connecting blade (3, 3A, 3B) allowing the panels that make up each of said series of panels to be moved relative to one another, and in that said panels that form the support portions for the knees and the back lack articulated mechanical connections, formed by rigid moving parts, with the adjacent panel(s) that are part of the same support portion. - a frame forming a housing, - a lying surface designed to support at least the body of a person, said lying surface having at least one central portion supporting the buttocks, mounted stationary relative to the frame, on either side of which a portion for supporting the knees and a portion for supporting the back extend, respectively, said knee support and back support portions each being able to be moved between a lowered position on the frame and a raised position relative to the frame to follow the curve of the knees and the back of the person in the seated position of that person on the lying surface,
An interchangeable tool assembly, comprising: a housing; a rotatable drive input; and an end effector, comprising: a first rotatable output shaft; a second rotatable output shaft; and a transmission configurable in three operating states: a first operating state in which said drive input is operably coupled with said first rotatable output shaft and operably decoupled from said second rotatable output shaft; a second operating state in which said drive input is operably coupled with said second rotatable output shaft and operably decoupled from said first rotatable output shaft; and a third operating state in which said drive input is operably coupled with said first rotatable output shaft and said second rotatable output shaft. a housing; a rotatable drive input; and an end effector, comprising: a first rotatable output shaft; a second rotatable output shaft; and a transmission configurable in three operating states: a first operating state in which said drive input is operably coupled with said first rotatable output shaft and operably decoupled from said second rotatable output shaft; a second operating state in which said drive input is operably coupled with said second rotatable output shaft and operably decoupled from said first rotatable output shaft; and a third operating state in which said drive input is operably coupled with said first rotatable output shaft and said second rotatable output shaft. a first rotatable output shaft; a second rotatable output shaft; and a transmission configurable in three operating states: a first operating state in which said drive input is operably coupled with said first rotatable output shaft and operably decoupled from said second rotatable output shaft; a second operating state in which said drive input is operably coupled with said second rotatable output shaft and operably decoupled from said first rotatable output shaft; and a third operating state in which said drive input is operably coupled with said first rotatable output shaft and said second rotatable output shaft. a first operating state in which said drive input is operably coupled with said first rotatable output shaft and operably decoupled from said second rotatable output shaft; a second operating state in which said drive input is operably coupled with said second rotatable output shaft and operably decoupled from said first rotatable output shaft; and a third operating state in which said drive input is operably coupled with said first rotatable output shaft and said second rotatable output shaft.
A method for cycling liquid reaction mixtures through a series of temperature excursions for performing the polymerase chain reaction, the method comprising: monitoring a thermoelectric heating and cooling device (103, 203) of a system (100, 200) for cycling liquid reaction mixtures through a series of temperature excursions; applying a first quantity selected from an electric current and an electric voltage to said thermoelectric heating and cooling device (103, 203), which is a structural and functional entity to be operated for producing or absorbing heat, and measuring a second quantity selected from the non-selected first quantity and temperature to obtain a first test value; applying the selected first quantity to at least another thermoelectric heating and cooling device (104, 204) which is a structural and functional entity to be operated for producing or absorbing heat, and measuring the second quantity to obtain a second test value; determining a monitoring value on basis of a comparison of said first and second test values; comparing said monitoring value with at least one predefined threshold value for said monitoring value to obtain a monitoring result indicating a probability of failure of the thermoelectric heating and cooling device (103, 203), wherein a signed value of said monitoring value is compared with said predefined threshold value to obtain said monitoring result. applying a first quantity selected from an electric current and an electric voltage to said thermoelectric heating and cooling device (103, 203), which is a structural and functional entity to be operated for producing or absorbing heat, and measuring a second quantity selected from the non-selected first quantity and temperature to obtain a first test value; applying the selected first quantity to at least another thermoelectric heating and cooling device (104, 204) which is a structural and functional entity to be operated for producing or absorbing heat, and measuring the second quantity to obtain a second test value; determining a monitoring value on basis of a comparison of said first and second test values; comparing said monitoring value with at least one predefined threshold value for said monitoring value to obtain a monitoring result indicating a probability of failure of the thermoelectric heating and cooling device (103, 203), wherein a signed value of said monitoring value is compared with said predefined threshold value to obtain said monitoring result.
Method, comprising the steps: arranging an electrode opposite the surface of a workpiece; leading an electrolyte between the electrode and the surface; producing a flow of electric current between the workpiece and the electrode; electrochemical ablation of material of the workpiece at at least one specific point of the surface; at least one microstructure being formed on the surface at the at least one point, the permissible deviation from its nominal dimension, namely the difference between the upper and the lower limiting dimensions, being between 0 and 4 μm, characterized in that the workpiece is configured as a seal component or in that a seal component is used as the workpiece, wherein the workpiece is configured as a sliding ring or mating ring of a sliding ring seal, the microstructure being formed as a gas groove or hydrodynamicaJ.ly active groove, or wherein a sliding ring or mating ring of a sliding ring seal is used as a workpiece, the microstructure being formed as a gas groove or hydrodynamically active groove. arranging an electrode opposite the surface of a workpiece; leading an electrolyte between the electrode and the surface; producing a flow of electric current between the workpiece and the electrode; electrochemical ablation of material of the workpiece at at least one specific point of the surface; at least one microstructure being formed on the surface at the at least one point, the permissible deviation from its nominal dimension, namely the difference between the upper and the lower limiting dimensions, being between 0 and 4 μm, characterized in that the workpiece is configured as a seal component or in that a seal component is used as the workpiece, wherein the workpiece is configured as a sliding ring or mating ring of a sliding ring seal, the microstructure being formed as a gas groove or hydrodynamicaJ.ly active groove, or wherein a sliding ring or mating ring of a sliding ring seal is used as a workpiece, the microstructure being formed as a gas groove or hydrodynamically active groove.
A folding apparatus for folding sheet packaging elements, comprising: - main conveying means configured to sequentially receive said packaging elements from a feeding station and to advance each packaging element along a first path; - forming means carried by said main conveying means and configured to cooperate in use with a first face of each packaging element while said packaging element is advanced along said first path; and - folding means advanced by auxiliary conveying means along a second path, having a first portion distinct from said first path and a second portion that is in common with said first path and along which said folding means cooperate with a second face, opposite the first face, of each packaging element to fold the packaging element against said forming means, wherein said first portion of said second path has an operative part (Q1A) extending adjacent to said feeding station and along which said folding means interact in use with each packaging element to transfer said packaging element from said feeding station to said main conveying means, characterized in that said feeding station is configured to receive said packaging elements extending transversally to said first path and compacted into a batch, and said apparatus further comprises a suction head for separating one packaging element from the rest of the batch so as to allow insertion of said folding means between the separated packaging element and said batch, said folding means, moving along said operative part (Q1a) of said first portion of said second path, acting on said separated packaging element to transfer said separated packaging element from said feeding station to said main conveying means. - main conveying means configured to sequentially receive said packaging elements from a feeding station and to advance each packaging element along a first path; - forming means carried by said main conveying means and configured to cooperate in use with a first face of each packaging element while said packaging element is advanced along said first path; and - folding means advanced by auxiliary conveying means along a second path, having a first portion distinct from said first path and a second portion that is in common with said first path and along which said folding means cooperate with a second face, opposite the first face, of each packaging element to fold the packaging element against said forming means, wherein said first portion of said second path has an operative part (Q1A) extending adjacent to said feeding station and along which said folding means interact in use with each packaging element to transfer said packaging element from said feeding station to said main conveying means,