mhurhangee/ep-ind-claims huggingface dataset:
A communications method performed by a first base station comprising: receiving, from a terminal, identities of some or all cells in at least one cell to which at least one synchronisation signal measured by the terminal on a measurement frequency configured by the first base station belongs, quality or power of the some or all cells, and an identifier of at least one synchronization signal, SS, block of each of the some or all cells; selecting identifiers of some SS blocks; sending, to a second base station, one or more identifiers of one or more SS blocks that belongs to the second base station; receiving, from the second base station, a resource location and an identifier of at least one channel state information-reference signal, CSI-RS, wherein the at least one CSI-RS is determined by the second base station associated with the received identifiers of the one or more SS blocks; adding, into a first configuration, the resource location and the identifier of the at least one CSI-RS that are received from the second base station; and sending, to the terminal, the first configuration. receiving, from a terminal, identities of some or all cells in at least one cell to which at least one synchronisation signal measured by the terminal on a measurement frequency configured by the first base station belongs, quality or power of the some or all cells, and an identifier of at least one synchronization signal, SS, block of each of the some or all cells; selecting identifiers of some SS blocks; sending, to a second base station, one or more identifiers of one or more SS blocks that belongs to the second base station; receiving, from the second base station, a resource location and an identifier of at least one channel state information-reference signal, CSI-RS, wherein the at least one CSI-RS is determined by the second base station associated with the received identifiers of the one or more SS blocks; adding, into a first configuration, the resource location and the identifier of the at least one CSI-RS that are received from the second base station; and sending, to the terminal, the first configuration.
An ultrasonic scanning head comprising: - a frame to be positioned on a test piece; - an emitter and a receiver for emitting and receiving, an ultrasonic wave through air towards and from said test piece, respectively, by means of respective oscillators (21, 31) which are accommodated in separate, respective casings (22, 32); and - shields provided on each of said casings for causing the ultrasonic wave to detour so that its direct path through air between the emitter and receiver is increased; wherein - each casing has a pair of shafts anchored by retaining members and pivotably joined by bearings to the frame; - said emitter and receiver are supportingly joined at the top by springs, respectively, to the frame so that their upper sides remain urged and separated from each other; and - said emitter and receiver can be adjusted in a tilted state with adjusting screws joined to the frame, wherein the tilted state of the emitter or receiver can be fixed by tightening a respective retaining screw joined to the frame. - a frame to be positioned on a test piece; - an emitter and a receiver for emitting and receiving, an ultrasonic wave through air towards and from said test piece, respectively, by means of respective oscillators (21, 31) which are accommodated in separate, respective casings (22, 32); and - shields provided on each of said casings for causing the ultrasonic wave to detour so that its direct path through air between the emitter and receiver is increased; wherein - each casing has a pair of shafts anchored by retaining members and pivotably joined by bearings to the frame; - said emitter and receiver are supportingly joined at the top by springs, respectively, to the frame so that their upper sides remain urged and separated from each other; and - said emitter and receiver can be adjusted in a tilted state with adjusting screws joined to the frame, wherein the tilted state of the emitter or receiver can be fixed by tightening a respective retaining screw joined to the frame.
Elevator system having at least one cable brake for an elevator system having a brake cable, comprising at least one pair of brake shoes (2, 3) which have braking surfaces (4, 5) that face one another, it being possible for the brake cable to be guided between the braking surfaces (4, 5), at least one first brake shoe for moving the braking surface being movable between a braking position, in which the cable can be pressed against the braking surface of the other brake shoe, and a release position, in which the cable can be released between the brake shoes (2, 3), comprising a releasable holding device which applies a holding force to the first brake shoe in the release position, the cable brake further comprising at least two rotatably mounted pivot arms (10a, 10b) which are connected to the first brake shoe and are arranged as a parallelogram, one side of which is oriented in parallel with a cable guidance direction, and the cable brake further comprising a resetting device, by means of which the first brake shoe can be transferred from the braking position into the release position, characterized in that the brake shoes (2, 3), the pivot arms (10a, 10b), the holding device and the resetting device are arranged in a housing, preferably on a common housing plate, and the housing is connected to an elevator car and the holding device and/or the resetting device are inactive in the event of braking, in particular are de-energized, and having at least one brake cable which can be attached or is attached fixedly in an elevator shaft.
Use of a flavouring composition comprising the following components (a) menthol, (b) a menthol bitterness masking amount of N-(4-methoxyphenyl)-amide (WS-12) of menthanecarboxylic acid and c) one, two or more further flavouring substances, wherein the, several or all of the other flavouring substances have a log-KOw value in the range from 1.5 to 5, for masking unpleasant taste impressions of triclosan, zinc citrate, zinc sulphate, poly- and pyrophosphates, bicarbonates such as e.g. sodium bicarbonate, strontium and potassium salts, such as e.g. potassium citrate, potassium nitrate, potassium chloride and strontium chloride, tin pyrophosphate, tin chloride, aluminium lactate, hydrogen peroxide, fluorides, vitamins, cetylpyridinium chloride and emulsifiers such as e.g. sodium lauryl sulphate, sodium lauryl sarcosinate and cocamidopropyl betaine as well as sweeteners such as e.g. aspartame, saccharin, acesulfame-K, sorbitol, xylitol, cyclamates such as e.g. sodium cyclamate, sucralose, alitame, neotame, thaumatin, from neohesperidin dihydrochalcon, maltitol, lactitol or chewing gum masses (GumBases) or mixtures thereof, the unpleasant taste impressions being bitter or metallic taste impressions. (a) menthol, (b) a menthol bitterness masking amount of N-(4-methoxyphenyl)-amide (WS-12) of menthanecarboxylic acid and c) one, two or more further flavouring substances, wherein the, several or all of the other flavouring substances have a log-KOw value in the range from 1.5 to 5,
A digital pregnancy test device to detect pregnancy in a human female subject, the test device comprising: an assay means to measure the absolute or relative amount of hCG in a sample from the subject; an assay means to measure the absolute or relative amount of FSH in a sample from the subject: an assay means to measure the absolute or relative amount of a progesterone metabolite in a sample from the subject; a microprocessor, ASIC, or other computerised control means programmed with an upper and a lower hCG threshold, and with at least one FSH threshold and at least one progesterone metabolite threshold, and is programmed with an algorithm to interpret the results of assays conducted using the assay means and to determine, from said assays conducted at a single time point, if the subject is pregnant by comparing the hCG assay result with the upper and lower hCG threshold, wherein an hCG assay result above the upper hCG threshold causes the device to indicate that the subject is pregnant without analysing the results of the FSH and progesterone metabolite assays, or regardless of the results of said assays; and an hCG assay result below the lower hCG threshold causes the device to indicate that the subject is not pregnant, with or without confirmation by the results of the FSH and progesterone metabolite assays; and an hCG assay result between the upper and lower hCG thresholds causes the device to indicate that the subject is pregnant if the FSH assay result is below the FSH threshold and the progesterone metabolite result is above the progesterone metabolite threshold; and an assay result display for displaying the results for outcome of the assay to a user.
A method of reducing air within a stent graft delivery device, comprising; providing a stent graft delivery device comprising a guide wire catheter, a pusher catheter coaxially disposed over the guide wire catheter, the pusher catheter arranged relative to the guide wire catheter to define a stent graft retention region therebetween, a manifold including a manifold passageway longitudinally receiving the pusher catheter, a sheath hub including a hub passageway longitudinally receiving the pusher catheter, and a sheath arrangement longitudinally extending from the sheath hub toward a proximal end of the guide wire catheter, the sheath arrangement being coaxial with and surrounding the guide wire catheter and the pusher catheter, wherein a first fluid port is defined by the manifold and in communication with the manifold passageway and the pusher lumen, a second fluid port is defined by the sheath hub and in communication with the hub passageway and an annular space defined between the sheath arrangement and the pusher catheter, and a third fluid port is at a distal end of the guide wire catheter and in communication with a guide wire lumen longitudinally extending within the guide wire catheter; flushing a first liquid within the first fluid port, whereby the first liquid traverses the manifold passageway, traverses proximally through the pusher lumen, through a proximal end opening of the pusher catheter, and into the stent graft retention region, and at least a partial amount of first fluid exits the stent graft retention region at a proximal end of the sheath arrangement; flushing a gas within the second fluid port, and after a period of time subsequently flushing a second liquid within the second fluid port, whereby each of the gas and the second liquid traverses the hub passageway, traverses proximally through the annular space and into the stent graft retention region, and at least a partial amount of gas and at least a partial amount of second fluid exit the stent graft retention region at the proximal end of the sheath arrangement; and flushing a third liquid within the third fluid port, whereby the third liquid traverses proximally through the guide wire lumen and at least a partial amount of third fluid exits out of the proximal end of the guide wire catheter, whereby less than 0.2 ml of air is present in the stent graft delivery device.
A system for the treatment of brain cancer, comprising: an alternating electric field generation apparatus, comprising: an electrode array, comprising: a plurality of subdural electrodes, wherein each of the subdural electrodes is configured to be implanted subdurally onto the brain of a patient; a plurality of deep-stimulating electrodes, wherein each of the plurality of deep-stimulating electrodes is configured to be implanted; wherein the electrode array delivers an alternating electric field to the tissue of the brain through the plurality of subdural electrodes and the plurality of deep-stimulating electrodes; and a controller module in operative communication with the electrode array, wherein the controller module is operable to generate a waveform representative of the alternating electric field, wherein the waveform is transmitted to the electrode array; and an external computer, wherein the external computer is operable to receive feedback from the controller module and wherein the external computer is operable to send commands to the controller module; wherein the controller module is operable to incorporate feedback from the electrode array and communicate the feedback to the external computer. a plurality of subdural electrodes, wherein each of the subdural electrodes is configured to be implanted subdurally onto the brain of a patient; a plurality of deep-stimulating electrodes, wherein each of the plurality of deep-stimulating electrodes is configured to be implanted; wherein the electrode array delivers an alternating electric field to the tissue of the brain through the plurality of subdural electrodes and the plurality of deep-stimulating electrodes; and a controller module in operative communication with the electrode array, wherein the controller module is operable to generate a waveform representative of the alternating electric field, wherein the waveform is transmitted to the electrode array; and an external computer, wherein the external computer is operable to receive feedback from the controller module and wherein the external computer is operable to send commands to the controller module; wherein the controller module is operable to incorporate feedback from the electrode array and communicate the feedback to the external computer.
A system for call session control function entity disaster tolerance and load balancing, comprising proxy call session control function entities, interrogation call session control function entities, serving call session control function entities, and further comprising a domain name system server, characterized in that, each proxy call session control function entity or each interrogation call session control function entity is configured to: periodically collect its own load parameters in regular time, transfer the collected load parameters into the load equivalent weight, calculate an absolute value of the difference between the current load equivalent weight and the previous one, and compare the absolute value with a preset threshold; and if the absolute value is no less than the threshold, report the current load equivalent weight immediately to the domain name system server via a DNS UPDATE message, and if the absolute value is less than the threshold, wait that a preset time period is up and then report the latest load equivalent weight to the domain name system server via a DNS UPDATE message; when there is a session initiation protocol register signaling that needs to be out, send a domain name system query signaling to the domain name system server, and route the session initiation protocol register signaling to the call session control function entity corresponding to a service record returned by the domain name system server; each serving call session control function entity is configured to periodically report its own load equivalent weight to the domain name system server via the DNS UPDATE message; and the domain name system server is configured to: offer a proxy call session control function list, an interrogation call session control function list and a serving call session control function list, and adjust a position of each call session control function entity in the corresponding call session control function list according to the received DNS UPDATE message reported by the call session control function entity; and when receiving the domain name system query signaling, return the service record corresponding to the target call session control function entity with minimum load equivalent weight in the corresponding call session control function list to the source call session control function entity.
A hay tedder/rake combination for slopes, comprising a frame, a tool-carrying shaft whose axis is parallel to the treated soil and transverse to the forward direction, an actuator connected with the tool-carrying shaft by means of a belt drive as a drive, and wheels for the hay tedder/rake combination to slide on the ground, wherein tools are interleaved in gaps of a comb attached to the frame to allow the tines to rotate within the gaps and effectively project out of three sides of the comb, the material being picked up from the ground as the tines rotate, and lifted and released from the tines when these fit back into the comb, the comb being connected to a wall, which is also transverse to the forward direction and rises with a preferably curved profile in the forward direction to be able to convey hay to the sides of the comb outside on the ground, characterized in that the tool-carrying shaft is equipped with tools consisting of tines that form extensions of the ends of helical torsion springs, whose turns are fixedly wound around the shaft to rotate on planes orthogonal to the axis of the shaft when the latter is driven by the actuator and that the helical torsion springs are arranged on the tool-carrying rotor with the tines (109, 110) forming end portions of windings (11 1, 112) in a winding direction that corresponds to the direction of rotation of the tool-carrying rotor.
A learning method for a neural network embedded in an aircraft for assisting in the landing of said aircraft on at least one given runway, said neural network establishing the positioning of said aircraft relative to said runway, said method using a fleet of aircraft being equipped at least with one radar sensor and having at least: - a step of collective collection of radar images by a set of aircraft (A 1,..., A N) of said fleet, said radar images being obtained by the radar sensors of said aircraft (A 1,..., A N) in nominal landing phases on said runway, in which step each image collected by an aircraft is labelled with at least a piece of information on the position of said runway relative to said aircraft, said labelled image being sent to a shared database (10, 41) and stored in said database; characterised in that in has: - a step of learning, by a neural network of said runway, from the labelled images stored in said shared database (41, 10), said neural network being trained at the end of said step; - a step of sending said trained neural network to at least one of said aircraft (A 1); each labelled image has the identification of the aircraft having transmitted said image: - the radar images being affected by a bias specific to the installation of said radar sensor on each aircraft, said bias is estimated for each radar image before it is stored in said database, the estimated bias being stored with said image; - the trained neural network being transmitted to a given aircraft with the estimated bias specific to that aircraft. - a step of collective collection of radar images by a set of aircraft (A 1,..., A N) of said fleet, said radar images being obtained by the radar sensors of said aircraft (A 1,..., A N) in nominal landing phases on said runway, in which step each image collected by an aircraft is labelled with at least a piece of information on the position of said runway relative to said aircraft, said labelled image being sent to a shared database (10, 41) and stored in said database; - a step of learning, by a neural network of said runway, from the labelled images stored in said shared database (41, 10), said neural network being trained at the end of said step; - a step of sending said trained neural network to at least one of said aircraft (A 1); - the radar images being affected by a bias specific to the installation of said radar sensor on each aircraft, said bias is estimated for each radar image before it is stored in said database, the estimated bias being stored with said image; - the trained neural network being transmitted to a given aircraft with the estimated bias specific to that aircraft.
An image forming method comprising: applying a pre-processing fluid to a non-permeable plastic film; jetting an ink to the non-permeable plastic film, the time between the pre-processing fluid application and the ink application being 10 seconds or less; applying a post-processing fluid to the non-permeable medium; and drying the pre-processing fluid applied to, the ink jetted to and the post-processing fluid applied to the non-permeable plastic film, the drying being performed by drying by heat, non-heat drying by ventilation or blowing, hot air drying, drying by infrared heating, drying by radiation heating, drying by conduction heating, high frequency drying, or microwave drying, wherein the pre-processing fluid comprises a multivalent metal salt and a resin particle. applying a pre-processing fluid to a non-permeable plastic film; jetting an ink to the non-permeable plastic film, the time between the pre-processing fluid application and the ink application being 10 seconds or less; applying a post-processing fluid to the non-permeable medium; and drying the pre-processing fluid applied to, the ink jetted to and the post-processing fluid applied to the non-permeable plastic film, the drying being performed by drying by heat, non-heat drying by ventilation or blowing, hot air drying, drying by infrared heating, drying by radiation heating, drying by conduction heating, high frequency drying, or microwave drying, wherein the pre-processing fluid comprises a multivalent metal salt and a resin particle.
A splice device comprising: a splice shield for enclosing a junction between a first electrically conductive conduit and a second electrically conductive conduit; a plurality of ferrules each respectively overlaying a portion of the first electrically conductive conduit and a portion of the second electrically conductive conduit; and a plurality of ring collars each respectively overlaying and fixed to the plurality of ferrules, wherein the splice shield is fixed to the plurality of ring collars and serves to electromagnetically shield the junction from an external environment, characterized in that each of the plurality of ferrules includes a flanged portion acting as a stop which contacts the splice shield to retain the splice shield on the ring collars. a splice shield for enclosing a junction between a first electrically conductive conduit and a second electrically conductive conduit; a plurality of ferrules each respectively overlaying a portion of the first electrically conductive conduit and a portion of the second electrically conductive conduit; and a plurality of ring collars each respectively overlaying and fixed to the plurality of ferrules, wherein the splice shield is fixed to the plurality of ring collars and serves to electromagnetically shield the junction from an external environment, characterized in that each of the plurality of ferrules includes a flanged portion acting as a stop which contacts the splice shield to retain the splice shield on the ring collars.
An all solid state battery comprising an anode active material layer, and an anode current collector, and the anode active material layer includes an anode active material whose total volume expansion rate, due to charge, is 14% or more, the anode current collector includes a coating layer including an oxide active material, on a surface of the anode active material layer side, a ratio of a thickness of the coating layer to a thickness of the anode active material layer is 3% or more and 13% or less, and the oxide active material is a lithium titanate or a niobium titanium based oxide. the anode active material layer includes an anode active material whose total volume expansion rate, due to charge, is 14% or more, the anode current collector includes a coating layer including an oxide active material, on a surface of the anode active material layer side, a ratio of a thickness of the coating layer to a thickness of the anode active material layer is 3% or more and 13% or less, and the oxide active material is a lithium titanate or a niobium titanium based oxide.