mhurhangee/patent-ind-claim-en huggingface dataset:
Headlamp for vehicles with a first light module containing a plurality of LED light sources and an optical unit allocated to the LED light sources with a sensor device for detecting an object located in the area ahead of the vehicle with a control device that, depending on a sensor signal provided by the sensor device and/or on a switching signal of a switching device , actuates the first light module for emitting a first specified light beam (a, b, c), where the first light module features a first cell (A) containing at least one LED light source such that in interaction with the optical unit a first wide light beam (a) is generated for creating a highway light distribution , where the first light module features at least a one second cell (B, C) containing at least one LED light source , so that in interaction with the same optical unit at least one further wide light beam (b, c) can be created that joins on immediately above the first wide light beam (a) and that the first cell (A) and the at least one further cell (B, C) is formed either by a single LED chip or a series of LED chips and that the optical unit features such imaging characteristics that the first wide light beam (a) and the at least one further light beam (b, c) is emitted at a horizontal critical angle (a) of at least 8°, characterized in that the optical unit of the first light module features such imaging characteristics that the first wide light beam (a) and that the at least one further light beam (b, c) is emitted at a vertical critical angle (β) of a maximum of 1° and that the optical unit of the first light module is formed in such a way that a second light module containing an LED light source and an optical unit is provided for with a view to creating a low-beam light distribution with a light-dark cut-off line (HDG) as a basic light distribution.
An electrical connector limiter structure of wire connection terminal, comprising a limiter for receiving metal leaf springs and restricting moving path of the metal leaf springs, the limiter having a first side , a second side connected with the first side , a third side connected with the second side and a fourth side connected with the third side , the first side being bent toward the third side and extending to form a first subsidiary side , the fourth side being bent toward the second side and extending to form a fifth side , the fifth side and the first side are positioned on the same plane face, the fifth side being bent toward the third side and extending to form a second subsidiary side , the first and second subsidiary sides being side by side arranged in parallel to each other, characterized in that the first subsidiary side extends to a position in adjacency to the third side so as to define a first space with a fully closed periphery, the second subsidiary side extends to a position in adjacency to the third side so as to define a second space with a fully closed periphery and the third side is formed with a window and at least one of the first and second subsidiary sides is formed with a protrusion end extending into the window , and wherein the total length of the at least one of the first and second subsidiary sides and the protrusion end is larger than the other of the at least one of the first and second subsidiary sides .
A collapsible seat comprising: a seat base member ; and, a seating surface member collapsible between an open, extended position configured to provide a seating surface, and a collapsed, closed position, the seat surface member including: a central seating surface member fixed to the seat base member and defining an outer perimeter , and a pair of oppositely disposed and generally u-shaped seating surface members pivotally secured to the seat base member , wherein, each of the generally u-shaped seating surface members include a pair of leg portions extending from a base portion thereof, each of the u-shaped seating surface members having an inward directed perimeter thereof , a portion of each inward directed perimeter having a shape that substantially complementarily corresponds to a shape of a portion of the outer perimeter of the central seating surface member ; wherein, each of the leg portions include a hinge assembly secured proximate terminal ends thereof and to the seat base member such that each oppositely disposed and generally u-shaped seating surface member is pivotal between the open, extended position, and the collapsed, closed position; and, wherein, when pivoted to the open, extended position, the inward directed perimeter of each of the pair of generally u-shaped seating surface members describe a recess that substantially complementarily bounds and receives the outer perimeter of the central seating surface member therein. a seat base member ; and, a seating surface member collapsible between an open, extended position configured to provide a seating surface, and a collapsed, closed position, the seat surface member including: a central seating surface member fixed to the seat base member and defining an outer perimeter , and a pair of oppositely disposed and generally u-shaped seating surface members pivotally secured to the seat base member , a central seating surface member fixed to the seat base member and defining an outer perimeter , and a pair of oppositely disposed and generally u-shaped seating surface members pivotally secured to the seat base member , wherein, each of the generally u-shaped seating surface members include a pair of leg portions extending from a base portion thereof, each of the u-shaped seating surface members having an inward directed perimeter thereof , a portion of each inward directed perimeter having a shape that substantially complementarily corresponds to a shape of a portion of the outer perimeter of the central seating surface member ; wherein, each of the leg portions include a hinge assembly secured proximate terminal ends thereof and to the seat base member such that each oppositely disposed and generally u-shaped seating surface member is pivotal between the open, extended position, and the collapsed, closed position; and, wherein, when pivoted to the open, extended position, the inward directed perimeter of each of the pair of generally u-shaped seating surface members describe a recess that substantially complementarily bounds and receives the outer perimeter of the central seating surface member therein.
Atomizer, in particular an inhaler, for atomizing a liquid active substance to form an aerosol, having an active substance reservoir , an atomizing nozzle and a pump arrangement , wherein a suction side of the pump arrangement opens into the active substance reservoir and a pressure side of the pump arrangement opens into the atomizing nozzle , and wherein the pump arrangement has a piston which is adjustable in a cylinder in an axial direction (x) of the cylinder , characterized in that the piston , along its outer circumference , bears in part with form-fit engagement on an inner wall of the cylinder , and a gap is formed in part between the inner wall of the cylinder and the piston , wherein the piston is mounted rotatably about its longitudinal axis (x) in the cylinder and is adjustable between a suction position, in which a pump chamber of the pump arrangement is connected to the suction side via the gap , and a pump position, in which the piston closes the suction side .
A process of making [1.1.1]propellane, comprising reacting 1,1-dibromo-2,2-bis(chloromethyl)cyclopropane with an effective amount of solid magnesium under anhydrous reaction conditions that are selected to produce [1.1.1]propellane.
A composition comprising (a) a thermoplastic polyurethane (TPU-1) obtained or obtainable by reaction of a polyisocyanate composition (IZ) with a polyol composition (PZ), wherein the polyol composition (PZ) comprises at least one polyol (P1), a chain extender (KV1) and a chain extender (KV2), wherein the chain extenders are used in a molar ratio KV1:KV2 in the range from 20:1 to 3:1; and (b) a filler (F1), wherein the filler (F1) is fibrous. (a) a thermoplastic polyurethane (TPU-1) obtained or obtainable by reaction of a polyisocyanate composition (IZ) with a polyol composition (PZ), wherein the polyol composition (PZ) comprises at least one polyol (P1), a chain extender (KV1) and a chain extender (KV2), wherein the chain extenders are used in a molar ratio KV1:KV2 in the range from 20:1 to 3:1; and (b) a filler (F1), wherein the filler (F1) is fibrous.
A fin for a heat exchanger having an air flow direction for air, which is used as heat exchange medium when the heat exchanger operates, said fin being formed with louvers arranged successively in the air flow direction, wherein said louvers are divided into a leading set which is located upstream and a trailing set which is located downstream in the air flow direction, wherein the leading set of louvers has a first uniform and constant louver gap, the trailing set of louvers has a second uniform and constant louver gap, and the first louver gap is larger than the second louver gap, wherein the tilt angle of the leading set is larger than the tilt angle of the trailing set, characterised in that said sets have a uniform pitch such that a louver gap at a certain portion of the louvers matches with a amount of frost formed at said portion.
Valve device for a pneumatically actuated friction clutch, comprising an inlet valve designed as a 2/2-way solenoid seat valve, which can be connected on the input side to a pressure-carrying supply line and on the output side to a working inlet of an actuating cylinder of the friction clutch, an outlet valve designed as a 2/2-way solenoid seat valve, which can be connected on the input side to the working inlet of the actuating cylinder and on the output side to a vent outlet , characterized by : a pressure-maintaining valve designed as a non-return valve, which can be connected on the input side to the outlet of the inlet valve and on the output side to the working inlet of the actuating cylinder , and a drain valve designed as a non-return valve, which can be connected on the input side to the working inlet of the actuating cylinder and on the output side to a vent outlet , and further characterized in that the pressure-maintaining valve is arranged within the valve housing of the inlet valve coaxially to its valve seat between a central channel adjacent to the valve seat and an outlet chamber connected to the outlet of the inlet valve , and in that the drain valve is arranged within the valve housing of the inlet valve , or in that the drain valve is arranged within the valve housing of the outlet valve , and the pressure-maintaining valve and the drain valve being designed as diaphragm disk valves. a pressure-maintaining valve designed as a non-return valve, which can be connected on the input side to the outlet of the inlet valve and on the output side to the working inlet of the actuating cylinder , and a drain valve designed as a non-return valve, which can be connected on the input side to the working inlet of the actuating cylinder and on the output side to a vent outlet , and further characterized in that the pressure-maintaining valve is arranged within the valve housing of the inlet valve coaxially to its valve seat between a central channel adjacent to the valve seat and an outlet chamber connected to the outlet of the inlet valve , and in that the drain valve is arranged within the valve housing of the inlet valve , or in that the drain valve is arranged within the valve housing of the outlet valve , and the pressure-maintaining valve and the drain valve being designed as diaphragm disk valves.
A compound of formula I in the form of a pharmaceutically acceptable salt for use in psychedelic-assisted psychotherapy, wherein x H is protium or deuterium, n is selected from 1, 2, 3 or 4, R 1 is independently selected from -R 3 , -OR 3 , -O(CO)R 3 , -F, -Cl, -Br or -I, and R 2 and R 3 are independently selected from C 1 -C 4 alkyl. n is selected from 1, 2, 3 or 4, R 1 is independently selected from -R 3 , -OR 3 , -O(CO)R 3 , -F, -Cl, -Br or -I, and R 2 and R 3 are independently selected from C 1 -C 4 alkyl.
A composite structure comprising: a composite laminate , comprising a first laminate surface , a second laminate surface , and a plurality of fiber tows disposed between the first laminate surface and the second laminate surface , wherein each of the plurality of fiber tows comprises a plurality of fiber strands and a resin , wherein the resin is disposed within a first portion of each of the plurality of fiber tows , wherein each of the plurality of fiber tows is disposed proximate to a different one of the plurality of fiber tows , and wherein the resin has a first viscosity within a first temperature range; and an infusion film , disposed on the first laminate surface of the plurality of fiber tows , wherein the infusion film has a second viscosity that is lower than the first viscosity of the resin within the first temperature range, and wherein the infusion film is configured to flow into the composite laminate when the infusion film is within the first temperature range. a composite laminate , comprising a first laminate surface , a second laminate surface , and a plurality of fiber tows disposed between the first laminate surface and the second laminate surface , wherein each of the plurality of fiber tows comprises a plurality of fiber strands and a resin , wherein the resin is disposed within a first portion of each of the plurality of fiber tows , wherein each of the plurality of fiber tows is disposed proximate to a different one of the plurality of fiber tows , and wherein the resin has a first viscosity within a first temperature range; and wherein each of the plurality of fiber tows comprises a plurality of fiber strands and a resin , wherein the resin is disposed within a first portion of each of the plurality of fiber tows , wherein each of the plurality of fiber tows is disposed proximate to a different one of the plurality of fiber tows , and wherein the resin has a first viscosity within a first temperature range; and an infusion film , disposed on the first laminate surface of the plurality of fiber tows , wherein the infusion film has a second viscosity that is lower than the first viscosity of the resin within the first temperature range, and wherein the infusion film is configured to flow into the composite laminate when the infusion film is within the first temperature range. wherein the infusion film has a second viscosity that is lower than the first viscosity of the resin within the first temperature range, and wherein the infusion film is configured to flow into the composite laminate when the infusion film is within the first temperature range.
A method for using a higher order modulation, HoM, mode for communications with a wireless device in a wireless communication network, the method comprising: receiving downlink channel quality indicator, CQI, information from an uplink transmission of the wireless device (S100); determining a downlink channel quality estimate from the CQI information (S110); measuring the uplink transmission of the wireless device to obtain an uplink channel quality component (Sill); and when a measurement of the downlink channel quality estimate and the measurement of the uplink channel quality component satisfies a predetermined criterion (S120) for a first predetermined number of consecutive CQI information uplink transmissions from the wireless device (S130), switching a downlink transmission mode of the wireless device from a first modulation mode to the HoM mode (S140), wherein the predetermined criterion comprises a mean of the downlink channel quality estimate being greater than a first threshold amount (S112), a normalized variance of the downlink channel quality estimate being less than a second threshold amount (S115), and the uplink channel quality component being not less than a third threshold amount (S117). receiving downlink channel quality indicator, CQI, information from an uplink transmission of the wireless device (S100); determining a downlink channel quality estimate from the CQI information (S110); measuring the uplink transmission of the wireless device to obtain an uplink channel quality component (Sill); and when a measurement of the downlink channel quality estimate and the measurement of the uplink channel quality component satisfies a predetermined criterion (S120) for a first predetermined number of consecutive CQI information uplink transmissions from the wireless device (S130), switching a downlink transmission mode of the wireless device from a first modulation mode to the HoM mode (S140), wherein the predetermined criterion comprises a mean of the downlink channel quality estimate being greater than a first threshold amount (S112), a normalized variance of the downlink channel quality estimate being less than a second threshold amount (S115), and the uplink channel quality component being not less than a third threshold amount (S117).
A method for detecting a level of a metal ion in a material, comprising: detecting a first level of a magnetic field via a device comprising a magnetic sensor configured for sensing the magnetic field created by magnetic particles present in proximity to the magnetic sensor, wherein the device comprises a first set of breakable strands, wherein said breakable strands comprise functional nucleic acids having metal specificity, each of which having a first end previously immobilized with respect to the magnetic sensor and a second end attached to a magnetic particle; depositing a sample of the material onto a base of the device that causes, due to the presence of the metal ion, at least some of the first set of breakable strands to break so that the magnetic particle attached to the second end of each of the at least some of the first set of breakable strands is no longer in proximity to the magnetic sensor; detecting a second level of the magnetic field via the device; and determining an amount of the metal ion present in the sample of the material based on the first and second levels of the magnetic field. detecting a first level of a magnetic field via a device comprising a magnetic sensor configured for sensing the magnetic field created by magnetic particles present in proximity to the magnetic sensor, wherein the device comprises a first set of breakable strands, wherein said breakable strands comprise functional nucleic acids having metal specificity, each of which having a first end previously immobilized with respect to the magnetic sensor and a second end attached to a magnetic particle; depositing a sample of the material onto a base of the device that causes, due to the presence of the metal ion, at least some of the first set of breakable strands to break so that the magnetic particle attached to the second end of each of the at least some of the first set of breakable strands is no longer in proximity to the magnetic sensor; detecting a second level of the magnetic field via the device; and determining an amount of the metal ion present in the sample of the material based on the first and second levels of the magnetic field.
A non-naturally occurring or engineered CRISPR Cas9 associated with or fused to at least one destabilization domain (DD), wherein said CRISPR Cas9 does not comprise an FRB(N)Cas9-NES fragment which includes a PEST sequence, and wherein the destabilization domain (DD) enhances degradation of the non-naturally occurring or engineered CRISPR Cas9.
A computer-implemented method , comprising: obtaining a declarative streaming query in a cloud-edge topology that includes multiple edge devices and cloud-based resources ; converting the declarative streaming query into a query graph that reflects the multiple edge devices by generating a query pattern from an object representation of the query and generating the query graph using the query pattern as a template; and, determining whether to execute operators of the query graph on individual ones of the multiple edge devices or on the cloud-based resources in order to reduce resource usage of the cloud-edge topology, the determining depending on factors comprising one or more of: pairs of streams of data to be correlated, network topology, rates of data streams, data upload and download costs; wherein the edge devices are smart computing devices that are configured to communicate directly with the cloud-based resources via a network and wherein the network is not configured to allow individual smart computing devices to communicate directly with one another, rather the individual smart computing devices communicate with one another indirectly via the cloud-based resources . obtaining a declarative streaming query in a cloud-edge topology that includes multiple edge devices and cloud-based resources ; converting the declarative streaming query into a query graph that reflects the multiple edge devices by generating a query pattern from an object representation of the query and generating the query graph using the query pattern as a template; and, determining whether to execute operators of the query graph on individual ones of the multiple edge devices or on the cloud-based resources in order to reduce resource usage of the cloud-edge topology, the determining depending on factors comprising one or more of: pairs of streams of data to be correlated, network topology, rates of data streams, data upload and download costs;
Method for operating a nuclear magnetic flowmeter having a measuring tube that can have medium flowing through it and having a measuring device designed for determining the flow of the medium through the measuring tube, wherein the measuring device has a magnetic field generator for generating a magnetic field interfusing the medium and the measuring tube and is designed for carrying out nuclear magnetic measurements of measuring volumes adjustable in position and size in the magnetic field, and wherein each of the nuclear magnetic measurements includes adjusting the size of the measuring volume, positioning the measuring volume, generating excitation signals for exciting the medium, transmitting excitation signals into the measuring volume and measuring echo signals caused by the excitation signals, characterized in that a first nuclear magnetic measurement is carried out in a measuring volume and at least one second nuclear magnetic measurement is carried out in at least one further measuring volume, in that the measuring volumes are positioned one after the other along a measuring section having a component in the measuring tube cross section plane in such a manner that the total measuring volume formed from the measuring volumes contains at least a portion of the measuring tube wall and at least a portion of the medium, and that the echo signals of all nuclear magnetic measurements are assigned to the position of the measuring volume of the respective nuclear magnetic measurement at the measuring section and at least one abrupt change in the echo signals is detected along the measuring section.
Sole for a running shoe with a soft-elastic midsole , which comprises an underside coming at least partially into contact with the ground during running, wherein the midsole comprises a plurality of channels (3a, 3b, 3c and 3d) running in the transverse direction (Q), wherein the channels (3a, 3b, 3c and 3d) are arranged in a lateral area (LB) of the midsole in a horizontal plane, and wherein at least a portion of the channels is arranged in the forefoot area (VFB) and/or a portion of the channels is arranged in the midfoot area (MFB) and/or a portion of the channels is arranged in the heel area (FB) of the midsole , and wherein the channels (3a, 3b, 3c and 3d) are each delimited in the longitudinal direction (L) by a front wall and a rear wall , characterized in that the channels (3a, 3b, 3cand 3d) have an elongated shape in cross-section along the running direction and the channels (3a, 3b, 3c and 3d) are deformable vertically and/or horizontally in the longitudinal direction (L) until closure under the action of forces occurring during running, acting vertically and/or in the longitudinal direction.