mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a random access preamble, comprising: determining, by an eNodeB, an uplink component carrier from a plurality of uplink component carriers supported by a user equipment; and transmitting, by the eNodeB, an identifier of the uplink component carrier to the user equipment to instruct the user equipment to select the uplink component carrier corresponding to the identifier from the plurality of uplink component carriers and transmit a random access preamble over the uplink component carrier; wherein transmitting by the eNodeB the identifier of the uplink component carrier to the user equipment comprises: carrying, by the eNodeB, the identifier of the uplink component carrier in a parameter of Physical Random Access Channel, PRACH, Mask Index indicating a PRACH resource over which the user equipment transmits the random access preamble, and transmitting the parameter of PRACH Mask Index to the user equipment. determining, by an eNodeB, an uplink component carrier from a plurality of uplink component carriers supported by a user equipment; and transmitting, by the eNodeB, an identifier of the uplink component carrier to the user equipment to instruct the user equipment to select the uplink component carrier corresponding to the identifier from the plurality of uplink component carriers and transmit a random access preamble over the uplink component carrier; wherein transmitting by the eNodeB the identifier of the uplink component carrier to the user equipment comprises: carrying, by the eNodeB, the identifier of the uplink component carrier in a parameter of Physical Random Access Channel, PRACH, Mask Index indicating a PRACH resource over which the user equipment transmits the random access preamble, and transmitting the parameter of PRACH Mask Index to the user equipment.
A process for producing an aqueous dispersion comprising perfume-free microcapsules with a diameter from 1-30 μm which contain a shell and a core of a liquid water-insoluble material, where (a) a premix (I) is prepared from water and a protective colloid; (b) a further premix (II) is prepared from a water-insoluble liquid component and a mixture of two or more different isocyanates containing isocyanate (A) and an anionically modified isocyanate (B), wherein the anionically modified diisocyanates (B) are selected from the group which contain at least one sulfonic acid group in the molecule (c) the two premixes (I) and (II) are mixed together until an emulsion is formed and (d) at least a bifunctional amine is then poured into the emulsion from step (c) and (e) the emulsion is then heated up to at least 50°C until the microcapsules are formed, characterized in that the protective colloid is a polyvinyl alcohol copolymer having hydrolysis degrees from 85 to 99.9 % and wherein the polyvinyl alcohol copolymer contains 0,1-30 mol% comonomers with sulfonic and/or carboxylat groups as anionic groups. (a) a premix (I) is prepared from water and a protective colloid; (b) a further premix (II) is prepared from a water-insoluble liquid component and a mixture of two or more different isocyanates containing isocyanate (A) and an anionically modified isocyanate (B), wherein the anionically modified diisocyanates (B) are selected from the group which contain at least one sulfonic acid group in the molecule (c) the two premixes (I) and (II) are mixed together until an emulsion is formed and (d) at least a bifunctional amine is then poured into the emulsion from step (c) and (e) the emulsion is then heated up to at least 50°C until the microcapsules are formed,
An apparatus for detecting acoustic reflections that arise from within a tube and body conduit, the tube having a proximal end and a distal end, the apparatus coupled in use to the proximal end, the distal end of the tube inserted in use into the body conduit, the apparatus comprising: a sound generator positioned to generate a sound signal in the tube; a sensor for detecting a sound signal in the tube at a distal position relative to the sound generator , and for generating a signal corresponding to the detected sound signal; a housing including the sound generator and the sensor and having a tube connector sized for connection to an endotracheal tube; a compliant tube aligned with the sensor and configured to transmit sound pressure waves from within the compliant tube to the sensor , wherein the sensor contains at least two sensing elements (200 and 202) that are spaced apart and aligned with the compliant tube ; and an adjustment member aligned with the first sensing element , wherein the adjustment member is configured to adjust a mean pressure applied to the first sensing element . a sound generator positioned to generate a sound signal in the tube; a sensor for detecting a sound signal in the tube at a distal position relative to the sound generator , and for generating a signal corresponding to the detected sound signal; a housing including the sound generator and the sensor and having a tube connector sized for connection to an endotracheal tube; a compliant tube aligned with the sensor and configured to transmit sound pressure waves from within the compliant tube to the sensor ,
A negative electrode comprising: a negative electrode current collector; and a negative electrode active material layer formed on the negative electrode current collector, wherein the negative electrode active material layer includes a silicon-based active material and a negative electrode binder, and the negative electrode binder includes an aqueous binder and a rubber-based binder in a weight ratio of 82:18 to 88:12, and the aqueous binder includes polyvinyl alcohol and polyacrylic acid. a negative electrode current collector; and a negative electrode active material layer formed on the negative electrode current collector, wherein the negative electrode active material layer includes a silicon-based active material and a negative electrode binder, and the negative electrode binder includes an aqueous binder and a rubber-based binder in a weight ratio of 82:18 to 88:12, and the aqueous binder includes polyvinyl alcohol and polyacrylic acid.
A microfluidic system, comprising: - a planar structured component having a chamber and a channel system , - at least one fluidic interface via which the channel system and the chamber are fluidically connected to the outside, characterized by - a component being arranged at a surface of the structured component , so that the chamber and the channel system are closed liquid-tightly at the surface of the structured component , - wherein the component and/or the structured component has a region that is accessible from the outside, flexible, and movable and that is at least partially adjacent to the chamber , wherein the flexible and movable region is formed to be pushed into the chamber or to be moved out of the chamber manually or by an operating device, so that liquids or gases can be taken in or discharged via the at least one fluidic interface or can be moved within the microfluidic system, and wherein the fluidic interface protrudes as a projection from a side surface of the structured component to preset a predetermined volume of a drop of liquid to be discharged by means of an outlet geometry of the projection. - a planar structured component having a chamber and a channel system , - at least one fluidic interface via which the channel system and the chamber are fluidically connected to the outside, characterized by - a component being arranged at a surface of the structured component , so that the chamber and the channel system are closed liquid-tightly at the surface of the structured component , - wherein the component and/or the structured component has a region that is accessible from the outside, flexible, and movable and that is at least partially adjacent to the chamber , wherein the flexible and movable region is formed to be pushed into the chamber or to be moved out of the chamber manually or by an operating device, so that liquids or gases can be taken in or discharged via the at least one fluidic interface or can be moved within the microfluidic system, and wherein the fluidic interface protrudes as a projection from a side surface of the structured component to preset a predetermined volume of a drop of liquid to be discharged by means of an outlet geometry of the projection. wherein the flexible and movable region is formed to be pushed into the chamber or to be moved out of the chamber manually or by an operating device, so that liquids or gases can be taken in or discharged via the at least one fluidic interface or can be moved within the microfluidic system, and wherein the fluidic interface protrudes as a projection from a side surface of the structured component to preset a predetermined volume of a drop of liquid to be discharged by means of an outlet geometry of the projection.
A monolithic permanent magnet , in particular for a permanent magnet bearing of a vacuum pump, comprising a longitudinal axis (L) and a plurality of sections which are arranged along said longitudinal axis (L), which are at least approximately axially magnetized and whose magnetizations are aligned oppositely to one another in an alternating manner in each case, characterized in that the axial dimension and/or the magnetization of at least one magnetized section and the axial dimension and/or the magnetization of at least one other magnetized section differ.
A probe , comprising: an insertion tube ; a distal electrode ; a proximal electrode ; a force sensor between the insertion tube and the distal electrode, the force sensor having a coupling member with a proximal portion with a central space and a proximal opening with a slot , the force sensor configured to measure a force on the distal electrode; a diverter positioned in the slot, the diverter having a proximal entry opening and a distal exit opening , the diverter having a fluid passage with a radial branch and an axial branch ; and a first tubing extending from a proximal end of the insertion tube to the proximal entry opening of the diverter, the first tubing configured to supply irrigation fluid to the fluid passage, wherein the proximal electrode is mounted on the proximal portion of the force sensor, and is positioned over the distal exit opening. characterized in that the diverter has an outer surface with an indent formation that extends around a peripheral edge of the outer surface. an insertion tube ; a distal electrode ; a proximal electrode ; a force sensor between the insertion tube and the distal electrode, the force sensor having a coupling member with a proximal portion with a central space and a proximal opening with a slot , the force sensor configured to measure a force on the distal electrode; a diverter positioned in the slot, the diverter having a proximal entry opening and a distal exit opening , the diverter having a fluid passage with a radial branch and an axial branch ; and a first tubing extending from a proximal end of the insertion tube to the proximal entry opening of the diverter, the first tubing configured to supply irrigation fluid to the fluid passage, wherein the proximal electrode is mounted on the proximal portion of the force sensor, and is positioned over the distal exit opening. characterized in that the diverter has an outer surface with an indent formation that extends around a peripheral edge of the outer surface.
A braking arrangement for a vehicle , comprising: a source of compressed air; a drive axle for the vehicle; a brake associated with the drive axle and connected to the source of compressed air by an air line ; an operator controlled valve in the air line between the source of compressed air and the brake ; a proportioning valve in the air line between the operator controlled valve and the brake ; a compressor driven by the drive axle and having an outlet connected to a control port of the proportioning valve ; and characterised by further comprising: an antilock brake system, ABS, associated with the brake, means for determining whether the ABS is operating properly and adapted to send a signal to a controller , the controller being configured to start operation of the compressor upon receipt of a signal that the ABS is not operating properly. a source of compressed air; a drive axle for the vehicle; a brake associated with the drive axle and connected to the source of compressed air by an air line ; an operator controlled valve in the air line between the source of compressed air and the brake ; a proportioning valve in the air line between the operator controlled valve and the brake ; a compressor driven by the drive axle and having an outlet connected to a control port of the proportioning valve ; and characterised by further comprising: an antilock brake system, ABS, associated with the brake, means for determining whether the ABS is operating properly and adapted to send a signal to a controller , the controller being configured to start operation of the compressor upon receipt of a signal that the ABS is not operating properly.
A method of determining a concentration of an analyte in a sample by in situ serial dilution, the method comprising: providing an immunodiagnostic test card, the test card comprising a substantially flat support that supports a plurality of vertically disposed microtubes, each microtube having an incubation chamber for receiving the sample and a reaction chamber comprising a separation matrix, the incubation chamber and the reaction chamber being separated by an air gap; adding a diluent to at least one of the incubation chambers; serially diluting the sample directly into each of the incubation chambers having diluent therein; adding a reagent to each of the incubation chambers having diluent and/or sample therein, wherein the reagent is capable of complexing with the analyte to form a reagent-analyte complex; exposing the mixture of sample and reagent to sedimentation by gravitation and/or centrifugation; and determining the concentration of the analyte by determining a highest dilution of the sample at which a reagent-analyte complex is detected on or within the separation matrix. providing an immunodiagnostic test card, the test card comprising a substantially flat support that supports a plurality of vertically disposed microtubes, each microtube having an incubation chamber for receiving the sample and a reaction chamber comprising a separation matrix, the incubation chamber and the reaction chamber being separated by an air gap; adding a diluent to at least one of the incubation chambers; serially diluting the sample directly into each of the incubation chambers having diluent therein; adding a reagent to each of the incubation chambers having diluent and/or sample therein, wherein the reagent is capable of complexing with the analyte to form a reagent-analyte complex; exposing the mixture of sample and reagent to sedimentation by gravitation and/or centrifugation; and determining the concentration of the analyte by determining a highest dilution of the sample at which a reagent-analyte complex is detected on or within the separation matrix.
Method for controlling a vehicles performance when driving using a vehicle performance control device, said method comprising the steps of; - recording by means of a recording unit comprised in said vehicle performance control device a vehicles position and at least one vehicle parameter when said vehicle is moving (L); - imposing a restriction on a vehicles performance when subsequently driving said vehicle at, or substantially at, said recorded position using said at least one recorded vehicle parameter, wherein said vehicle position and said at least one vehicle parameter are recorded by a vehicle driver driving said vehicle , a human machine interface for said vehicle performance control device enabling said vehicle driver to start and stop recording. - recording by means of a recording unit comprised in said vehicle performance control device a vehicles position and at least one vehicle parameter when said vehicle is moving (L); - imposing a restriction on a vehicles performance when subsequently driving said vehicle at, or substantially at, said recorded position using said at least one recorded vehicle parameter, wherein said vehicle position and said at least one vehicle parameter are recorded by a vehicle driver driving said vehicle , a human machine interface for said vehicle performance control device enabling said vehicle driver to start and stop recording.
A method for obtaining cell information, performed by a user equipment, comprising: when receiving measurement configuration information, determining (S210) a target timing duration of a timer according to target information; wherein the measurement configuration information is configured to instruct the user equipment to obtain identifier information of a target cell, the target information comprises at least one of: frequency related information of the target cell, synchronization status of the target cell and a serving cell, capability information of the user equipment, and operation state related information of the user equipment; when the identifier information is obtained within the target timing duration, reporting (S220) the identifier information to a network device; wherein the method is characterized in that : the target information comprises the frequency related information of the target cell; wherein determining the target timing duration of the timer according to the target information, comprises: determining the target timing duration according to a target frequency range to which a frequency of the target cell belongs. when receiving measurement configuration information, determining (S210) a target timing duration of a timer according to target information; wherein the measurement configuration information is configured to instruct the user equipment to obtain identifier information of a target cell, the target information comprises at least one of: frequency related information of the target cell, synchronization status of the target cell and a serving cell, capability information of the user equipment, and operation state related information of the user equipment; when the identifier information is obtained within the target timing duration, reporting (S220) the identifier information to a network device; wherein the method is characterized in that : the target information comprises the frequency related information of the target cell; wherein determining the target timing duration of the timer according to the target information, comprises: determining the target timing duration according to a target frequency range to which a frequency of the target cell belongs. the target information comprises the frequency related information of the target cell; wherein determining the target timing duration of the timer according to the target information, comprises: determining the target timing duration according to a target frequency range to which a frequency of the target cell belongs.
A device for heating a dental material container having a dental material contained therein and applying the heated dental material to a tooth surface or cavity comprising: a. a body; b. a plunger mounted movably within the body for engaging with the dental material container ; c. an actuation means connected to the plunger to controllably dispense the dental material from the dental material container ; d. the dental material container ; e. a photon energy emission source , wherein the photon energy emission source consists of a electroluminescence source that produces between 0.5 watts and 20 watts of optical power to heat the dental material container which heats the dental material therein; f. a power source , wherein the electroluminescence source is in electrical communication with the power source ; g. a primary heat sink located within the device body or constitutes a part of the device body, wherein the electroluminescence source is coupled to the primary heat sink ; h. a receptacle on the device body for securably receiving the dental material container , such that the dental material container is held within close proximity to the electroluminescence source ; and i. an absorption sensor for determining the absorption characteristics of the dental material or dental material container, wherein the sensor provides an output for adjusting power and/or duration of the photon energy emission source for achieving a desired temperature of the dental material. a. a body; b. a plunger mounted movably within the body for engaging with the dental material container ; c. an actuation means connected to the plunger to controllably dispense the dental material from the dental material container ; d. the dental material container ; e. a photon energy emission source , wherein the photon energy emission source consists of a electroluminescence source that produces between 0.5 watts and 20 watts of optical power to heat the dental material container which heats the dental material therein; f. a power source , wherein the electroluminescence source is in electrical communication with the power source ; g. a primary heat sink located within the device body or constitutes a part of the device body, wherein the electroluminescence source is coupled to the primary heat sink ; h. a receptacle on the device body for securably receiving the dental material container , such that the dental material container is held within close proximity to the electroluminescence source ; and i. an absorption sensor for determining the absorption characteristics of the dental material or dental material container, wherein the sensor provides an output for adjusting power and/or duration of the photon energy emission source for achieving a desired temperature of the dental material.
A touchscreen display system having a touchscreen display comprising an active area and an user-input area , a touchscreen controller and an auxiliary controller , the active area and the user-input area being connected to the touchscreen controller , wherein a part of the active area comprises at least one test area allocated for test operations, said test area being inside of the user-input area, the auxiliary controller being adapted to provide an instruction to assert the at least one test area to a state of validated touch and comprising means for determining congruency between first information relating to an asserted test area and second information derivable from a response of that test area, wherein the means for determining congruency between the first and second information is further adapted to differentiate a user-input from a test touch provided by the auxiliary controller by measuring the touch duration.
Timepiece comprising at least one mechanical movement including at least a main plate , a resonator and energy storage and distribution means connected to an escape wheel set by a going train , characterized in that at least one of the wheel sets comprised in said going train or in an escapement mechanism to which said escape wheel set belongs and which cooperates with said resonator , and which moves in a jerky or reciprocating motion during operation of said resonator , is a display wheel set which includes at least two distinct pictures or patterns , which are arranged to move in succession before a fixed point of said main plate , during operation of said resonator , and to display thereon a sequence of animated images.