mhurhangee/ep-ind-claims huggingface dataset:
Fitting for an at least liftable and slidable leaf of a window or a door, with a guide rail, wherein an actuating rod assembly is located on the vertical leaf spar inside a fitting groove of the leaf, said actuating rod assembly comprising a drive rod, which can slide downwards by means of an actuation member in order for the leaf to be lowered and which transfers the sliding movement to at least one coupled carriage via a corner deflection element, characterized in that the fitting comprises a locking device, which is secured to the actuating rod assembly inside the fitting groove by means of a housing, and which can be coupled to the.actuating rod assembly by means of a guide part, wherein the guide part can be moved by actuating the drive rod of the actuating rod assembly, and transfers a pivotable latch, which is controlled on the guide part by means of an actuator guide and which is rotatably mounted on the housing of the locking device via a pivot point, from an opening position located in a concealed manner in the housing inside the actuating rod assembly, against the direction for lowering the leaf into a free operating field of a locked position, wherein a free end of the pivotable latch, when moving into the locked position, grips a peg that is mounted on the frame and arranged on the locking engagement element, wherein the locking engagement element comprises a locking plate which is arranged on the frame in an almost flush manner and which includes a cavity through which the pivotable latch can engage, and an ajar position is created as the free end of the pivotable latch engages into a free space between the peg and the locking plate.
A policy enforcement point of an Internet Service Provider comprising a memory for storing a subscriber key for said at least one subscriber, said subscriber key being used to authenticate said at least one subscriber, and wherein the policy enforcement point is adapted to be housed within subscriber premises associated with said at least one subscriber, the policy enforcement point further provided with a policy enforcement point key for authenticating said policy enforcement point to an access, characterized in that said policy enforcement point key is used to encrypt information transmitted between said policy enforcement point and said node, and said subscriber key is used to encrypt information transmitted between said policy enforcement point and said at least one subscriber.
A child motion apparatus comprising: a base; an upright column connected with the base; a seat pivotally supported by the upright column above the base, the seat being disposed at a top of the upright column and including a first and a second surrounding frame portion (120, 118) pivotally connected with each other about a pivot axis; a carrying handle pivotally connected with the first surrounding frame portion; a first latch operable to rotationally lock the carrying handle with the first surrounding frame portion, the first latch having a first surface; and a second latch operable to lock the first and second surrounding frame portions (120,118) in an unfolded state, the second latch having a second surface, and an unlocking displacement of the second latch causing the second surface to contact and push against the first surface of the first latch and thereby urge the first latch in movement for unlocking the carrying handle. a base; an upright column connected with the base; a seat pivotally supported by the upright column above the base, the seat being disposed at a top of the upright column and including a first and a second surrounding frame portion (120, 118) pivotally connected with each other about a pivot axis; a carrying handle pivotally connected with the first surrounding frame portion; a first latch operable to rotationally lock the carrying handle with the first surrounding frame portion, the first latch having a first surface; and a second latch operable to lock the first and second surrounding frame portions (120,118) in an unfolded state, the second latch having a second surface, and an unlocking displacement of the second latch causing the second surface to contact and push against the first surface of the first latch and thereby urge the first latch in movement for unlocking the carrying handle.
A pressure-sensitive adhesive composition for a foldable display comprising: a first pressure-sensitive adhesive comprising a first silicone gum and having a peel force on a glass substrate, as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, of 0.00386 N/mm(10 gf/in) or less; and a second pressure-sensitive adhesive having a peel force on a glass substrate, as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, of 0.0772 N/mm (200 gf/in) or more, wherein said first pressure-sensitive adhesive is contained in an amount of 5 wt% to 50 wt% relative to the total solid content of the composition and the second pressure-sensitive adhesive is included in the pressure-sensitive adhesive composition in a content within the range of 50 wt% to 95 wt%, relative to the total solid content of the composition, and a storage elastic modulus (G') measured after curing within a temperature range of -40°C to 90°C is 1.0 x 10 7 Pa or less wherein the storage elastic modulus and the peel force are measured as set forth in the application. a first pressure-sensitive adhesive comprising a first silicone gum and having a peel force on a glass substrate, as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, of 0.00386 N/mm(10 gf/in) or less; and a second pressure-sensitive adhesive having a peel force on a glass substrate, as measured at a peel rate of 0.3 m/min and a peel angle of 180 degrees, of 0.0772 N/mm (200 gf/in) or more, wherein said first pressure-sensitive adhesive is contained in an amount of 5 wt% to 50 wt% relative to the total solid content of the composition and the second pressure-sensitive adhesive is included in the pressure-sensitive adhesive composition in a content within the range of 50 wt% to 95 wt%, relative to the total solid content of the composition, and a storage elastic modulus (G') measured after curing within a temperature range of -40°C to 90°C is 1.0 x 10 7 Pa or less wherein the storage elastic modulus and the peel force are measured as set forth in the application.
A dual-function system for use with a motorized machine having an exhaust pipe, the dual-function system comprising: a heat source; and a Stirling engine movably secured to the motorized machine, and being positionable to operate in a refrigeration mode in which the Stirling engine is configured to transfer heat from the exhaust pipe to condense water vapor flowing through the exhaust pipe, and positionable to operate in a power generation mode in which the Stirling engine is configured to transfer heat from the heat source to generate electrical power. a heat source; and a Stirling engine movably secured to the motorized machine, and being positionable to operate in a refrigeration mode in which the Stirling engine is configured to transfer heat from the exhaust pipe to condense water vapor flowing through the exhaust pipe, and positionable to operate in a power generation mode in which the Stirling engine is configured to transfer heat from the heat source to generate electrical power.
A 3D color printing mechanism, comprising: a sliding track; a slider arranged on the sliding track and capable of moving between two ends of the sliding track; a painting nozzle arranged on the slider, the painting nozzle comprising at least one ink jet head; and a modeling nozzle connected to the slider, the modeling nozzle comprising a material squeezer head, the material squeezer head arranged non-collinearly with the ink jet head at a direction parallel to the sliding track, characterized in that said painting nozzle is arranged on one side of the sliding track and the modeling nozzle is arranged on another side of the sliding track. a sliding track; a slider arranged on the sliding track and capable of moving between two ends of the sliding track; a painting nozzle arranged on the slider, the painting nozzle comprising at least one ink jet head; and a modeling nozzle connected to the slider, the modeling nozzle comprising a material squeezer head, the material squeezer head arranged non-collinearly with the ink jet head at a direction parallel to the sliding track, characterized in that said painting nozzle is arranged on one side of the sliding track and the modeling nozzle is arranged on another side of the sliding track.
Method for warning the driver of a vehicle (2, 3) of a risk of overturning of the vehicle (2, 3) about its longitudinal axis, wherein a control device detects the current lateral acceleration (a q) of the vehicle (2, 3) and depending thereon outputs a warning signal if there is a risk of overturning, wherein the control device additionally makes the warning signal dependent on at least one rollover-critical lateral acceleration value (a q,Krit) determined by the control device while the vehicle (2, 3) is travelling, the value being a measure of the lateral acceleration of the vehicle (2, 3) at which the vehicle (2, 3) would actually overturn about its longitudinal axis, wherein the rollover-critical lateral acceleration value (a q,Krit) is automatically determined by the control device using the vehicle behavior when travelling round a turn, characterized in that during a traverse of a turn a test braking with low brake pressure is initiated on at least one wheel (7, 8, 9) on the inside of the turn by the control device, in which the at least one wheel (7, 8, 9) on the inside of the turn is subjected to a low brake force relative to the maximum possible brake force, and the wheel revolution rate behavior at least of the one wheel (7, 8, 9) subjected to the test braking is used for the adaptive adjustment of the rollover-critical lateral acceleration value (a q,Krit).
A precoding method, comprising: calculating a zero-forcing precoding vector to process interference occurring between a plurality of terminal devices (210, 220, 230, 240, 700, 910, 920, 930, 940, 2000) served by a serving base station; calculating an interference alignment precoding vector to align interference caused by a plurality of neighboring base stations (110, 120, 810, 820) located adjacent to the serving base station and interference occurring between the plurality of terminal devices (210, 220, 230, 240, 700, 910, 920, 930, 940, 2000) served by the serving base station; generating a precoding matrix based on the zero-forcing precoding vector and the interference alignment precoding vector, and precoding data based on the generated precoding matrix. calculating a zero-forcing precoding vector to process interference occurring between a plurality of terminal devices (210, 220, 230, 240, 700, 910, 920, 930, 940, 2000) served by a serving base station; calculating an interference alignment precoding vector to align interference caused by a plurality of neighboring base stations (110, 120, 810, 820) located adjacent to the serving base station and interference occurring between the plurality of terminal devices (210, 220, 230, 240, 700, 910, 920, 930, 940, 2000) served by the serving base station; generating a precoding matrix based on the zero-forcing precoding vector and the interference alignment precoding vector, and precoding data based on the generated precoding matrix.
An ionization source device for ionizing analytes in liquid phase comprising: an inlet assembly in fluid communication with an ionization chamber, said ionization chamber comprising an outlet orifice for communicating between said ionization chamber and an analyzer or filter of a mass spectrometer; and a plate or surface in said ionization chamber having an active surface; wherein: analyte solvent droplets are arranged to impact against said active surface of said plate or surface wherein ionization of neutral molecules of the analyte takes place; characterised in that the ionization source device further comprises a nebulizer. an inlet assembly in fluid communication with an ionization chamber, said ionization chamber comprising an outlet orifice for communicating between said ionization chamber and an analyzer or filter of a mass spectrometer; and a plate or surface in said ionization chamber having an active surface; wherein: analyte solvent droplets are arranged to impact against said active surface of said plate or surface wherein ionization of neutral molecules of the analyte takes place; characterised in that the ionization source device further comprises a nebulizer. analyte solvent droplets are arranged to impact against said active surface of said plate or surface wherein ionization of neutral molecules of the analyte takes place; characterised in that the ionization source device further comprises a nebulizer.
An otic pharmaceutical composition comprising at least one oligonucleotide compound directed to a target gene associated with a disease, disorder or injury of the CNS, for use in preventing or treating said disease, disorder or injury in a subject, by administration of said composition to the subject's ear, wherein said oligonucleotide compound is a double-stranded RNA.
An implantable stimulator device, comprising: a microcontroller; a plurality of electrodes configured to provide electrical stimulation to a patient; and an impedance algorithm configured when operating in the microcontroller to determine impedances between a plurality of combinations of the electrodes at a plurality of different frequencies, and to determine a measured impedance fingerprint from the determined impedances, wherein the impedance algorithm is further configured when operating in the microcontroller to select a stimulation program to be provided to the electrodes in accordance with the measured impedance fingerprint. a plurality of electrodes configured to provide electrical stimulation to a patient; and an impedance algorithm configured when operating in the microcontroller to determine impedances between a plurality of combinations of the electrodes at a plurality of different frequencies, and to determine a measured impedance fingerprint from the determined impedances, wherein the impedance algorithm is further configured when operating in the microcontroller to select a stimulation program to be provided to the electrodes in accordance with the measured impedance fingerprint.
A refrigerator comprising: a main body including a storage chamber and a drying chamber; a thermoelectric module including a heat absorber, a heat dissipater, and a thermoelectric element disposed between the heat absorber and the heat dissipater; a cooling fan to circulate air in the storage chamber to the heat absorber and the storage chamber; a heat-dissipating fan to blow air to the heat dissipater, a controller configured to control the thermoelectric element, the cooling fan, and the heat-dissipating fan, and an air guide including a passage for guiding the air blown by the heat-dissipating fan to the drying chamber, at least one heat dissipation hole formed at the air guide to discharge air heated by the heat dissipater to the outside of the air guide; wherein there is a heat-dissipating fan space defined in the air guide, wherein the heat dissipating fan space accommodates the heat dissipating fan and the heat dissipator, characterized by: at least one external air suction hole formed at the air guide through which air outside the refrigerator is suctioned to the heat dissipator. a main body including a storage chamber and a drying chamber; a thermoelectric module including a heat absorber, a heat dissipater, and a thermoelectric element disposed between the heat absorber and the heat dissipater; a cooling fan to circulate air in the storage chamber to the heat absorber and the storage chamber; a heat-dissipating fan to blow air to the heat dissipater, a controller configured to control the thermoelectric element, the cooling fan, and the heat-dissipating fan, and an air guide including a passage for guiding the air blown by the heat-dissipating fan to the drying chamber, at least one heat dissipation hole formed at the air guide to discharge air heated by the heat dissipater to the outside of the air guide; wherein there is a heat-dissipating fan space defined in the air guide, wherein the heat dissipating fan space accommodates the heat dissipating fan and the heat dissipator, characterized by: at least one external air suction hole formed at the air guide through which air outside the refrigerator is suctioned to the heat dissipator.
Method for calibrating an optical resonator, comprising the steps of: - generating light pulses of a known pulse frequency by means of a light pulse generation unit; - coupling the light pulses into the resonator; - detecting light emerging from the resonator by means of a detection device for generating a detection signal dependent on the light to be detected, wherein the detection device is adapted to generate the detection signal by means of a modulator as a signal modulated with a modulation frequency, wherein the modulation frequency and the pulse frequency of the generated light pulses are synchronized with each other, wherein prior to detecting the light emerging from the resonator, a phase relationship between the pulse frequency of the generated light pulses and the modulation frequency is varied or set, and detecting the light emerging from the resonator is performed for different phase relationships and - calibrating the optical resonator based on the detection signal, wherein calibrating the optical resonator comprises establishing a phase-dependent intensity curve of the modulated signal and characterizing the established phase-dependent intensity curve using characterization parameters. - generating light pulses of a known pulse frequency by means of a light pulse generation unit; - coupling the light pulses into the resonator; - detecting light emerging from the resonator by means of a detection device for generating a detection signal dependent on the light to be detected, wherein the detection device is adapted to generate the detection signal by means of a modulator as a signal modulated with a modulation frequency, wherein the modulation frequency and the pulse frequency of the generated light pulses are synchronized with each other, wherein prior to detecting the light emerging from the resonator, a phase relationship between the pulse frequency of the generated light pulses and the modulation frequency is varied or set, and detecting the light emerging from the resonator is performed for different phase relationships and - calibrating the optical resonator based on the detection signal, wherein calibrating the optical resonator comprises establishing a phase-dependent intensity curve of the modulated signal and characterizing the established phase-dependent intensity curve using characterization parameters.
A wireless communication base station for a wireless communication system implementing an uplink control channel using a narrowband frequency resource within a wideband frequency resource, the base station comprising: a wireless transceiver, and a controller communicably coupled to the transceiver, the controller configured to cause the transceiver to signal, to one or more user equipments (103, 110) that communicate with the wireless communication base station, an uplink control channel offset in terms of resource blocks for the uplink control channel within the wideband frequency resource, the uplink control channel includes at least a pair of uplink control channels separated within the wideband frequency resource, each of the uplink control channels located within an overprovisioned corresponding Physical Uplink Control Channel, PUCCH, resource region, each of the overprovisioned corresponding PUCCH resource region specified in terms of resource blocks, the uplink control channel accommodating simultaneous uplink transmissions by multiple user equipments (103, 110) communicating in the wireless communication system, wherein allocation of a plurality of control channel resources begins at a specified resource block according to the uplink control channel offset within at least one of the overprovisioned corresponding PUCCH resource regions, away from an edge of the wideband frequency resource. a wireless transceiver, and a controller communicably coupled to the transceiver, the controller configured to cause the transceiver to signal, to one or more user equipments (103, 110) that communicate with the wireless communication base station, an uplink control channel offset in terms of resource blocks for the uplink control channel within the wideband frequency resource, the uplink control channel includes at least a pair of uplink control channels separated within the wideband frequency resource, each of the uplink control channels located within an overprovisioned corresponding Physical Uplink Control Channel, PUCCH, resource region, each of the overprovisioned corresponding PUCCH resource region specified in terms of resource blocks, the uplink control channel accommodating simultaneous uplink transmissions by multiple user equipments (103, 110) communicating in the wireless communication system, wherein allocation of a plurality of control channel resources begins at a specified resource block according to the uplink control channel offset within at least one of the overprovisioned corresponding PUCCH resource regions, away from an edge of the wideband frequency resource.
A method of coating a drug delivery device, comprising: applying a composition onto a surface of an inflatable balloon integrated with a catheter, the composition including a combination of polymer and drug mixed with a first fluid; applying a second fluid to the composition on the surface of the balloon, wherein the second fluid is a poorer solvent for both the polymer and the drug than the first fluid, and wherein the second fluid evaporates less rapidly than the first fluid; and removing the first and second fluids to form a porous precipitate coating; wherein the drug is selected from the group consisting of rapamycin, 40-O-(3-hydroxy)propyl-rapamycin, 40-O-[2-(2-hydroxy)ethoxy]ethyl-rapamycin, 40-O-tetrazole-rapamycin, 40-epi-(N1-tetrazolyl)-rapamycin, zotarolimus, everolimus, biolimus, temsirolimus, deforolimus, novolimus, myolimus, pirfenidone, and combinations of any of the foregoing. applying a composition onto a surface of an inflatable balloon integrated with a catheter, the composition including a combination of polymer and drug mixed with a first fluid; applying a second fluid to the composition on the surface of the balloon, wherein the second fluid is a poorer solvent for both the polymer and the drug than the first fluid, and wherein the second fluid evaporates less rapidly than the first fluid; and wherein the drug is selected from the group consisting of rapamycin, 40-O-(3-hydroxy)propyl-rapamycin, 40-O-[2-(2-hydroxy)ethoxy]ethyl-rapamycin, 40-O-tetrazole-rapamycin, 40-epi-(N1-tetrazolyl)-rapamycin, zotarolimus, everolimus, biolimus, temsirolimus, deforolimus, novolimus, myolimus, pirfenidone, and combinations of any of the foregoing.
The use of an aromatic polymer as an ion exchange membrane in a redox flow battery, wherein the aromatic polymer is a polybenzimidazole homopolymer with the following structure: or copolymer with the following structure: where x is the degree of polymerization, 10≤x≤200, m and n are molar fractions of corresponding units, 0<n≤0.8, 0.2≤m<1, m+n=1; M w is in the range of 5,000-800,000; R 2 and R 5 are selected from hydrogen, C 1-4 alkyl and C 2 -C 4 alkenyl groups; R 1, R 3 and R 4 are selected from the following structures wherein said copolymer is a random, block or graft polymer.