mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting signals for a device-to-device, D2D, link at a first user equipment, UE, in a wireless communication system, the method comprising: receiving, in a subframe sent by a second UE, a synchronization signal for the D2D link and time index information on a reference subframe wherein the reference subframe is spaced apart from the subframe by the time index information; receiving from the second UE, a subframe bitmap indicating a plurality of subframes for the D2D link; and transmitting D2D link signals on at least one of D2D subframes, the D2D subframes being determined by using the time index information on the reference subframe and the subframe bitmap, wherein subframe indexes corresponding to the subframe bitmap are relative to the time index information on the reference subframe such that the time index information on the reference subframe defines a starting position for the subframe indexes. receiving, in a subframe sent by a second UE, a synchronization signal for the D2D link and time index information on a reference subframe wherein the reference subframe is spaced apart from the subframe by the time index information; receiving from the second UE, a subframe bitmap indicating a plurality of subframes for the D2D link; and transmitting D2D link signals on at least one of D2D subframes, the D2D subframes being determined by using the time index information on the reference subframe and the subframe bitmap, wherein subframe indexes corresponding to the subframe bitmap are relative to the time index information on the reference subframe such that the time index information on the reference subframe defines a starting position for the subframe indexes.
An anti-CD40 antibody comprising a. at least one immunoglobulin light chain variable domain (V L ) which comprises in sequence hypervariable regions CDR1 L , CDR2 L and CDR3 L , the CDR1 L having the amino acid sequence SASQGISNYLN the CDR2 L having the amino acid sequence YTSILHS and the CDR3 L having the amino acid sequence QQFNKLPPT; and b. at least one immunoglobulin heavy chain variable domain (V H ) which comprises in sequence hypervariable regions CDR1 H , CDR2 H and CDR3 H , the CDR1 H having the amino acid sequence GFTFSDYYMY, the CDR2 H having the amino acid sequence YINSGGGSTYYPDTVKG, and the CDR3 H having the amino acid sequence RGLPFHAMDY. a. at least one immunoglobulin light chain variable domain (V L ) which comprises in sequence hypervariable regions CDR1 L , CDR2 L and CDR3 L , the CDR1 L having the amino acid sequence SASQGISNYLN the CDR2 L having the amino acid sequence YTSILHS and the CDR3 L having the amino acid sequence QQFNKLPPT; and b. at least one immunoglobulin heavy chain variable domain (V H ) which comprises in sequence hypervariable regions CDR1 H , CDR2 H and CDR3 H , the CDR1 H having the amino acid sequence GFTFSDYYMY, the CDR2 H having the amino acid sequence YINSGGGSTYYPDTVKG, and the CDR3 H having the amino acid sequence RGLPFHAMDY.
Method for identifying a reagent during a process in an analysis system , wherein the analysis system comprises a liquid chromatograph comprising a liquid chromatography separation station comprising a plurality of chromatographic columns and a mass spectrometer , the method comprising: - providing a reagent , i.e. a substance used for treatment of a sample in order to prepare it for analysis in said analysis system , - adding at least one chemical substance , assigned to one of the liquid chromatography channels , to the reagent with a concentration being below a detection level of the mass spectrometer , - adding the reagent together with the chemical substance to the sample , - enriching the chemical substance within the liquid chromatograph to a concentration above the detection level of the mass spectrometer , - processing the sample together with the reagent and with the enriched chemical substance by means of the analysis system , and - identifying the reagent based on a detection of a substance detection signal of the mass spectrometer representing the chemical substance, wherein the reagent is continuously identified by the chemical substance during the process to detect whether the reagent has passed a target or correct liquid chromatography channel of the liquid chromatograph . - providing a reagent , i.e. a substance used for treatment of a sample in order to prepare it for analysis in said analysis system , - adding at least one chemical substance , assigned to one of the liquid chromatography channels , to the reagent with a concentration being below a detection level of the mass spectrometer , - adding the reagent together with the chemical substance to the sample , - enriching the chemical substance within the liquid chromatograph to a concentration above the detection level of the mass spectrometer , - processing the sample together with the reagent and with the enriched chemical substance by means of the analysis system , and - identifying the reagent based on a detection of a substance detection signal of the mass spectrometer representing the chemical substance, wherein the reagent is continuously identified by the chemical substance during the process to detect whether the reagent has passed a target or correct liquid chromatography channel of the liquid chromatograph .
Column for carrying out thermal separations and/or chemical reactions comprising a vertical cylindrical column outer wall enclosing an inner chamber which is subdivided into chambers by at least one vertical partition , characterized - in that the partition comprises at least two vertical partition elements which are arranged one above the other in the same plane, adjoin one another in abutting manner and the vertical front and/or rear sides of which are aligned with one another, - in that the partition elements are connected together by at least one screw fastening and for this purpose studs close to the abutment point on the side faces on both partition elements project out horizontally, onto which studs at least one metal strip is fastened in such a manner that the metal strip bridges the abutment point in a sealing manner, - in that the studs each comprise an external thread, onto which are screwed nuts for fastening the metal strip , - in that a vertical metal strip is fastened horizontally on the opposite rear side of the partition element to the screw fastening , which metal strip projects beyond the upper horizontal edge of the one partition element and is located interlockingly in an interspace which is formed by a further vertical metal strip which is fastened horizontally to the rear side of the other partition element . - in that the partition comprises at least two vertical partition elements which are arranged one above the other in the same plane, adjoin one another in abutting manner and the vertical front and/or rear sides of which are aligned with one another, - in that the partition elements are connected together by at least one screw fastening and for this purpose studs close to the abutment point on the side faces on both partition elements project out horizontally, onto which studs at least one metal strip is fastened in such a manner that the metal strip bridges the abutment point in a sealing manner, - in that the studs each comprise an external thread, onto which are screwed nuts for fastening the metal strip , - in that a vertical metal strip is fastened horizontally on the opposite rear side of the partition element to the screw fastening , which metal strip projects beyond the upper horizontal edge of the one partition element and is located interlockingly in an interspace which is formed by a further vertical metal strip which is fastened horizontally to the rear side of the other partition element .
A modular pre-cooling system which can be applied externally to ambient suction air of dry type refrigerant and central cooling systems required for comfort or process cooling of natural gas and geothermal power plants without disturbing the original structure of the system or units, comprising a transmission element to provide water flow, and nozzles to spray the water coming from the said transmission element , wherein; it comprises, • a mesh mechanism comprising double-ply mesh structure, which is rotatable by an actuation element , located as facing to a cooling direction (S), and which provides a movable surface to which water is sprayed by said nozzles , • rotating elements which are rotated by said actuation element and which guide a rotation of the mesh mechanism , characterized in that: - the mesh mechanism with a double-ply mesh structure is configured to catch the amount of water that is not evaporated by air, and thus prevents passage/leakage of water from said pre-cooling system - the nozzles with the transmission element are positioned in front of the rotating elements , and the mesh mechanism with the double-ply mesh structure is surrounding the nozzles , said nozzles spraying water in the opposite direction to the air suction direction. • a mesh mechanism comprising double-ply mesh structure, which is rotatable by an actuation element , located as facing to a cooling direction (S), and which provides a movable surface to which water is sprayed by said nozzles , • rotating elements which are rotated by said actuation element and which guide a rotation of the mesh mechanism , - the mesh mechanism with a double-ply mesh structure is configured to catch the amount of water that is not evaporated by air, and thus prevents passage/leakage of water from said pre-cooling system - the nozzles with the transmission element are positioned in front of the rotating elements , and the mesh mechanism with the double-ply mesh structure is surrounding the nozzles , said nozzles spraying water in the opposite direction to the air suction direction.
A system for monitoring basket plugging for agricultural implements , the system comprising: a basket assembly configured to be supported by an agricultural implement ; a range sensor positioned relative to the basket assembly such that the range sensor is configured to transmit detection signals towards an interior of the basket assembly and receive return signals based on reflection of the detection signals off a reflection surface; and a controller communicatively coupled to the range sensor , the system being characterized in that the controller is configured to analyze variations in a data profile of distance-related data associated with the return signals received from the range sensor as the basket assembly rotates relative to the range sensor to determine that the basket assembly is experiencing a plugged condition when the variations in the data profile indicate a reduction in a distance detected between the sensor and the reflection surface. a basket assembly configured to be supported by an agricultural implement ; a range sensor positioned relative to the basket assembly such that the range sensor is configured to transmit detection signals towards an interior of the basket assembly and receive return signals based on reflection of the detection signals off a reflection surface; and a controller communicatively coupled to the range sensor , the system being characterized in that the controller is configured to analyze variations in a data profile of distance-related data associated with the return signals received from the range sensor as the basket assembly rotates relative to the range sensor to determine that the basket assembly is experiencing a plugged condition when the variations in the data profile indicate a reduction in a distance detected between the sensor and the reflection surface.
An aerosol-generating article comprising an aerosol-forming substrate for generating an inhalable aerosol when heated using an aerosol-generating device, the aerosol-generating article comprising a plurality of components including the aerosol-forming substrate assembled within a wrapper to form a rod having a mouth end and a distal end upstream from the mouth end, the aerosol-generating article defining a first air-flow path in which air drawn into the aerosol-generating article through the mouth end passes through the aerosol-forming substrate, and a second air-flow path in which air drawn into the aerosol-generating article through the mouth end does not pass through the aerosol-forming substrate, the resistance to draw of the second air-flow path being lower than the resistance to draw of the first air-flow path; the aerosol-forming substrate comprising an aerosol former, in which the aerosol former content of the aerosol-forming substrate is between 5% and 30% on a dry weight basis; in which the plurality of components further comprises a hollow tubular element and a mouthpiece , the hollow tubular element located upstream of the mouthpiece and immediately downstream of the aerosol-forming substrate. the aerosol-forming substrate comprising an aerosol former, in which the aerosol former content of the aerosol-forming substrate is between 5% and 30% on a dry weight basis; in which the plurality of components further comprises a hollow tubular element and a mouthpiece , the hollow tubular element located upstream of the mouthpiece and immediately downstream of the aerosol-forming substrate.
An ultrasonic module for use in package sealing systems, comprising: (a) a moveable front jaw ; (b) an elongated sonotrode disposed within the front jaw, wherein the sonotrode includes an elongated sealing face , and wherein the width of the sealing face is at least 30,48 cm (12 inches) (c) a moveable rear jaw ; and (d) an anvil mounted on the rear jaw opposite the sonotrode, wherein the anvil mechanically cooperates with the sonotrode to seal a package, and wherein the module further includes: a supportive frame on which the front jaw and the sonotrode are slidably mounted and a dual force system for providing self-levelling characteristics to the ultrasonic sealing module, wherein the dual force system includes first and second biasing assemblies disposed between the front jaw and supportive frame on either side of the sonotrode. (a) a moveable front jaw ; (b) an elongated sonotrode disposed within the front jaw, wherein the sonotrode includes an elongated sealing face , and wherein the width of the sealing face is at least 30,48 cm (12 inches) (c) a moveable rear jaw ; and (d) an anvil mounted on the rear jaw opposite the sonotrode, wherein the anvil mechanically cooperates with the sonotrode to seal a package,
An actuator comprising: a movable member ; a first hydraulic chamber in contact with a first surface of the movable member ; a second hydraulic chamber in contact with a second, opposing surface of the movable member , wherein the second, opposing surface is a first wall of the second hydraulic chamber; a movable locking mechanism coupled to a second wall of the second hydraulic chamber , wherein the second wall is a movable wall , such that movement of the movable wall moves the locking mechanism ; and a resilient biasing member acting on the movable wall of the second hydraulic chamber so as to bias the movable wall and the locking mechanism coupled to the movable wall ; wherein the actuator is configured to selectively vary the pressure in the second hydraulic chamber so that the resilient biasing member is able to bias the movable wall to move, thereby moving the locking mechanism such that it engages the movable member so as to prevent the movement of the movable member towards at least one of the first and second hydraulic chambers . a movable member ; a first hydraulic chamber in contact with a first surface of the movable member ; a second hydraulic chamber in contact with a second, opposing surface of the movable member , wherein the second, opposing surface is a first wall of the second hydraulic chamber; a movable locking mechanism coupled to a second wall of the second hydraulic chamber , wherein the second wall is a movable wall , such that movement of the movable wall moves the locking mechanism ; and a resilient biasing member acting on the movable wall of the second hydraulic chamber so as to bias the movable wall and the locking mechanism coupled to the movable wall ; wherein the actuator is configured to selectively vary the pressure in the second hydraulic chamber so that the resilient biasing member is able to bias the movable wall to move, thereby moving the locking mechanism such that it engages the movable member so as to prevent the movement of the movable member towards at least one of the first and second hydraulic chambers .
A method of supplying a bearing compartment with fluid, comprising the steps of: pumping a fluid from a main reservoir to a bearing compartment through a main supply passage , which includes one or more passage segments therein, during a positive gravity condition; characterised by : the pumping step performed using a main pump arranged in the main supply passage , wherein the main reservoir includes upper and lower portions , and the main supply passage is in fluid communication with the lower portion ; and the method further comprising providing fluid from the main reservoir to the bearing compartment through a secondary supply passage , fluidly connected to at least one segment of the main supply passage , in response to a negative gravity condition, wherein the secondary supply passage is in fluid communication with the upper portion , wherein an auxiliary pump is fluidly connected between an auxiliary reservoir and the bearing compartment via an auxiliary passage , and wherein a shuttle valve interconnects the auxiliary passage and the main supply passage and is arranged downstream from the auxiliary and main pumps , and the secondary supply passage is fluidly connected to a passage segment downstream from the shuttle valve . the pumping step performed using a main pump arranged in the main supply passage , wherein the main reservoir includes upper and lower portions , and the main supply passage is in fluid communication with the lower portion ; and the method further comprising providing fluid from the main reservoir to the bearing compartment through a secondary supply passage , fluidly connected to at least one segment of the main supply passage , in response to a negative gravity condition, wherein the secondary supply passage is in fluid communication with the upper portion , wherein an auxiliary pump is fluidly connected between an auxiliary reservoir and the bearing compartment via an auxiliary passage , and wherein a shuttle valve interconnects the auxiliary passage and the main supply passage and is arranged downstream from the auxiliary and main pumps , and the secondary supply passage is fluidly connected to a passage segment downstream from the shuttle valve .
Sash for closing an architectural opening having an inner side and an outer side, comprising a frame fixed to a sub-frame comprised, inside, said architectural opening, comprising: - a weight-bearing frame , placed towards the inside, preferably in wood, suitable to support the transparent element ; - a cover frame , placed towards the outside, preferably in aluminium, fitted on the weight-bearing frame , suitable to protect the latter on the outer side; - a plurality of locking elements attachable to the weight-bearing frame , wherein a locking element comprises a support portion suitable to be snap-engaged by the cover frame to perform its locking to the weight-bearing frame ; wherein said support portion extends in height toward the outside, and the cover frame has a cavity specially shaped to snap-engage the support portion and lock to it; wherein the support portion comprises two locking wings , one in front of the other, which extend in length along the support portion , suitable to snap-engage the walls (400', 400") surrounding the cavity ; wherein the locking element is attachable to the weight-bearing frame by means of a respective screw that comprises a head and a shank ; the sash is characterized by the fact that the locking element has a, through, locking hole situated between the two locking wings and is attachable to the weight-bearing frame by the screw , so that it is retained by a head of the screw , wherein said locking hole has a specially shaped aperture for the passage of the shank of the screw ; and wherein the locking element has a release hole having an aperture specially shaped for the passage of the head of the screw , wherein the release hole is alongside the locking hole . - a weight-bearing frame , placed towards the inside, preferably in wood, suitable to support the transparent element ; - a cover frame , placed towards the outside, preferably in aluminium, fitted on the weight-bearing frame , suitable to protect the latter on the outer side; - a plurality of locking elements attachable to the weight-bearing frame , wherein a locking element comprises a support portion suitable to be snap-engaged by the cover frame to perform its locking to the weight-bearing frame ;
A method for using a user-equipment identity, comprises: a network side configuring , for a user-equipment performing carrier aggregation, uniform radio network temporary identities RNTIs in a plurality of cells which are carrier-aggregated; and the network side and the user-equipment performing data reception and data transmission using the uniform RNTIs in activated ones of the plurality of cells which are carrier-aggregated, wherein the uniform RNTIs are different from RNTIs which the network side has configured for all user-equipments in the plurality of cells before the user-equipment performs the carrier aggregation, and the uniform RNTIs comprise at least one of a Cell Radio Network Temporary Identifier C-RNTI, a Semi-Persistent Scheduling C-RNTI, Transmission Power Control PUSCH RNTIs, and Transmission Power Control PUCCH RNTIs. a network side configuring , for a user-equipment performing carrier aggregation, uniform radio network temporary identities RNTIs in a plurality of cells which are carrier-aggregated; and the network side and the user-equipment performing data reception and data transmission using the uniform RNTIs in activated ones of the plurality of cells which are carrier-aggregated, wherein the uniform RNTIs are different from RNTIs which the network side has configured for all user-equipments in the plurality of cells before the user-equipment performs the carrier aggregation, and the uniform RNTIs comprise at least one of a Cell Radio Network Temporary Identifier C-RNTI, a Semi-Persistent Scheduling C-RNTI, Transmission Power Control PUSCH RNTIs, and Transmission Power Control PUCCH RNTIs.