mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of a base winding assembly of a stator for an electrical machine having a plurality of conductor loop groups, which are each formed from a plurality of conductor loops open on one side, wherein the closed ends of the conductor loops open on one side can be arranged on one end side of the base winding assembly and the open ends can be arranged on the opposite end side of the base winding assembly, wherein the production of the base winding assembly is carried out integrally by means of an additive manufacturing method in which a layer-by-layer application and local solidification of construction material is carried out, wherein, during the integral production of the base winding assembly, connecting structures are formed on the open ends of the conductor loops open on one side in order to increase the mechanical stability, which connecting structures rigidly connect the conductor loops open on one side within a conductor loop group and/or the conductor loop groups to one another, wherein the connecting structures are provided to be removed before forming a winding head on the open ends of the conductor loops open on one side. wherein the production of the base winding assembly is carried out integrally by means of an additive manufacturing method in which a layer-by-layer application and local solidification of construction material is carried out, wherein, during the integral production of the base winding assembly, connecting structures are formed on the open ends of the conductor loops open on one side in order to increase the mechanical stability, which connecting structures rigidly connect the conductor loops open on one side within a conductor loop group and/or the conductor loop groups to one another, wherein the connecting structures are provided to be removed before forming a winding head on the open ends of the conductor loops open on one side.
A method comprising: periodically receiving, by an access point device, a time signal from a control panel device and using the time signal to synchronize with the control panel device; and periodically transmitting, by the access point device, a wireless beacon that includes a starting point of a temporal pattern alarm cadence and a timestamp of the access point device to a sensor device for use by the sensor device to synchronize with the access point device by calculating a current phase of the temporal pattern alarm cadence by calculating a gap between the starting point of the temporal pattern alarm cadence and a time of a local clock of the sensor device. periodically receiving, by an access point device, a time signal from a control panel device and using the time signal to synchronize with the control panel device; and periodically transmitting, by the access point device, a wireless beacon that includes a starting point of a temporal pattern alarm cadence and a timestamp of the access point device to a sensor device for use by the sensor device to synchronize with the access point device by calculating a current phase of the temporal pattern alarm cadence by calculating a gap between the starting point of the temporal pattern alarm cadence and a time of a local clock of the sensor device.
A variable vane system for a gas turbine engine, comprising: an actuator; a drive driven by the actuator; a drive gear driven by the drive; and a geared unison ring driven by the drive gear, characterised in that: the drive is a harmonic drive and the geared unison ring is axially slidable parallel to the axis of the gas turbine engine with respect to the drive gear. an actuator; a drive driven by the actuator; a drive gear driven by the drive; and a geared unison ring driven by the drive gear, characterised in that: the drive is a harmonic drive and the geared unison ring is axially slidable parallel to the axis of the gas turbine engine with respect to the drive gear. the drive is a harmonic drive and the geared unison ring is axially slidable parallel to the axis of the gas turbine engine with respect to the drive gear.
Arrangement for controlled condensation of a hot acidic gas mixture, more particularly of nitrogen-oxide-containing gases in the production of nitric acid from ammonia by oxidation with air or an oxidizing gas, comprising at least one cooling apparatus in which the hot gas mixture is cooled by means of a coolant and condensed, where the at least one cooling apparatus is in the form of a shell-and-tube heat exchanger having a plurality of tubes disposed substantially parallel to one another, wherein the at least one cooling apparatus is a first cooling apparatus and there is a second cooling apparatus, which is downstream of the first cooling apparatus in the flow direction relative to the hot gas mixture and which is fluidically connected to the first cooling apparatus, the second cooling apparatus being substantially cylindrical in form and having its axis running substantially transverse to the axis of the first cooling apparatus, characterized in that the tubes of the shell-and-tube heat exchanger are disposed substantially vertically and the second cooling apparatus has a container shell through which the hot gas mixture flows, and also a container interior through which a coolant flows, the container shell of the second cooling apparatus being fluidically connected on its input side to the outlet port of the first cooling apparatus.
A microfluidic cartridge comprising: a plurality of sample lanes (300a-1), each lane comprising a microfluidic network having: an inlet; an amplification chamber in which polynucleotides in a liquidic sample are amplified; a first amplification valve upstream of the amplification chamber and a first amplification gate upstream of the amplification chamber; a second amplification valve downstream of the amplification chamber and a second amplification gate downstream of the amplification chamber; a first channel leading from the inlet, via the first amplification valve and first amplification gate, to the amplification chamber; a plurality of detection chambers (372a-f) for receiving the amplified polynucleotides for detection; and a first detection valve upstream of the plurality of detection chambers (372a-f) and a second detection valve downstream of the plurality of detection chambers (372a-f), a second channel leading from the amplification chamber, via the second amplification gate and first detection valve, to the plurality of detection chambers. an inlet; an amplification chamber in which polynucleotides in a liquidic sample are amplified; a first amplification valve upstream of the amplification chamber and a first amplification gate upstream of the amplification chamber; a second amplification valve downstream of the amplification chamber and a second amplification gate downstream of the amplification chamber; a first channel leading from the inlet, via the first amplification valve and first amplification gate, to the amplification chamber; a plurality of detection chambers (372a-f) for receiving the amplified polynucleotides for detection; and a first detection valve upstream of the plurality of detection chambers (372a-f) and a second detection valve downstream of the plurality of detection chambers (372a-f), a second channel leading from the amplification chamber, via the second amplification gate and first detection valve, to the plurality of detection chambers.
Wheel chock for blocking a stationary wheel, which wheel chock comprises a floor surface for resting on a floor and a wheel surface for contacting the wheel, the wheel surface being provided at an angle to the floor surface for blocking the wheel, and the floor surface and the wheel surface being interconnected via a hinge and being foldable, - a locking device being movably arranged on the floor surface and/or the wheel surface, which device, in a locking position, locks the floor surface and the wheel surface in an unfolded, angled state, - the locking device comprising a rigid locking surface and at least one support beam which, at one end, is mounted on the locking surface in an articulated manner and, at the other end, is mounted on the floor or wheel surface (1; 2) in an articulated manner, so that, in a folding position, the locking surface is arranged at least approximately in parallel with the floor or wheel surface (1; 2) and, in the locking position, the locking surface, the support beam and the floor or wheel surface (1; 2) are arranged in a triangular manner, characterized in that - the hinge forms an abutment between the floor surface and the wheel surface, so that in the locking position the locking surface abuts the hinge with one end, and in the folding position said end is remote from the hinge. - a locking device being movably arranged on the floor surface and/or the wheel surface, which device, in a locking position, locks the floor surface and the wheel surface in an unfolded, angled state, - the locking device comprising a rigid locking surface and at least one support beam which, at one end, is mounted on the locking surface in an articulated manner and, at the other end, is mounted on the floor or wheel surface (1; 2) in an articulated manner, so that, in a folding position, the locking surface is arranged at least approximately in parallel with the floor or wheel surface (1; 2) and, in the locking position, the locking surface, the support beam and the floor or wheel surface (1; 2) are arranged in a triangular manner, characterized in that - the hinge forms an abutment between the floor surface and the wheel surface, so that in the locking position the locking surface abuts the hinge with one end, and in the folding position said end is remote from the hinge.
A shoe fit evaluation device, comprising: a measurement value acquirer that acquires measurement values of a plurality of foot part dimensions, which are dimensions of a plurality of foot parts including at least a foot length, as foot shape dimension information that defines a foot shape of a measurement subject; a last storage that stores, for each of a plurality of types of lasts, a plurality of last part dimensions, which are dimensions of last parts corresponding to a plurality of foot parts including at least the foot length, as last dimension information that defines a last; a dimensional difference calculator that calculates a part dimensional difference, which is a difference between a measurement value of a foot part dimension and a last part dimension corresponding to the foot part, by performing a predetermined adjustment for the part; an evaluation processor that calculates a last matching rate based on the part dimensional difference; and an outputter that outputs information regarding the last matching rate, wherein the plurality of foot parts are a combination of at least one of a ball girth, a heel width, a instep girth, or a short heel girth and the foot length, characterized in that the dimensional difference calculator calculates the part dimensional difference by performing, as the predetermined adjustment, addition of a correction value based on a short heel girth ratio with respect to the foot length when the ball girth is a predetermined criterion or greater. a measurement value acquirer that acquires measurement values of a plurality of foot part dimensions, which are dimensions of a plurality of foot parts including at least a foot length, as foot shape dimension information that defines a foot shape of a measurement subject; a last storage that stores, for each of a plurality of types of lasts, a plurality of last part dimensions, which are dimensions of last parts corresponding to a plurality of foot parts including at least the foot length, as last dimension information that defines a last; a dimensional difference calculator that calculates a part dimensional difference, which is a difference between a measurement value of a foot part dimension and a last part dimension corresponding to the foot part, by performing a predetermined adjustment for the part; an evaluation processor that calculates a last matching rate based on the part dimensional difference; and an outputter that outputs information regarding the last matching rate, wherein the plurality of foot parts are a combination of at least one of a ball girth, a heel width, a instep girth, or a short heel girth and the foot length, characterized in that the dimensional difference calculator calculates the part dimensional difference by performing, as the predetermined adjustment, addition of a correction value based on a short heel girth ratio with respect to the foot length when the ball girth is a predetermined criterion or greater.
A compound defined by Chemical Formula 1 for use in treating or preventing a degenerative brain disease; wherein, R 1, R 2, R 3, R 4, R 5, R 6, and R 8 are each independently H, OH, an alkyl or alcohol of 1 to 4 carbon atoms, or alkyl-O-glucose; and R 7 is one selected from the group consisting of halogen, H, OH, O-alkyl, O-alkenyl, O-alkynyl, O-alcohol, O-carboxyl, O-ether, O-sulfonic acid (-SO 3 H), O-cycloalkyl, O-heterocycloalkyl, glucose, and O-glucose. R 1, R 2, R 3, R 4, R 5, R 6, and R 8 are each independently H, OH, an alkyl or alcohol of 1 to 4 carbon atoms, or alkyl-O-glucose; and R 7 is one selected from the group consisting of halogen, H, OH, O-alkyl, O-alkenyl, O-alkynyl, O-alcohol, O-carboxyl, O-ether, O-sulfonic acid (-SO 3 H), O-cycloalkyl, O-heterocycloalkyl, glucose, and O-glucose.
A method for implementing an administration policy in a user device comprising a plurality of applications in a runtime environment within the user device; wherein the administration policy comprises at least one of at least one application administration policy to be used by at least one of the plurality of applications in the runtime environment and at least one client administration policy for the user device; wherein the at least one application administration policy is used to provide management of the at least one individual applications within the runtime environment; and wherein the at least one client administration policy is used to manage administration of the user device; the method comprising: receiving an application administration policy request signal from at least one of the at least one application, the application administration policy request signal including an indication of an application-specific policy to use; and providing the indicated application-specific application administration policy to the at least one of the at least one application. receiving an application administration policy request signal from at least one of the at least one application, the application administration policy request signal including an indication of an application-specific policy to use; and providing the indicated application-specific application administration policy to the at least one of the at least one application.
A method for producing a metal borohydride, wherein the method comprises A1. providing metal hydroxide, B 2 O 3 and H 2 to allow a synthesis process to proceed and to yield metal borohydride, optionally metal borohydride and O 2, wherein the synthesis process proceeds according to the reaction formula 4 Me n + 2n B 2 O 3 + 6n H 2 → 4 Me(BH 4) n + 5n O 2; and A2. optionally providing metal boron oxide and H 2 to allow a synthesis process to proceed and to yield metal borohydride, especially metal borohydride and O 2, according to the overall reaction formula Me(BO 2) n + 2n H 2 → Me(BH 4) n + n O 2, in which Me is a metal and n is the valence of the metal ion. A1. providing metal hydroxide, B 2 O 3 and H 2 to allow a synthesis process to proceed and to yield metal borohydride, optionally metal borohydride and O 2, wherein the synthesis process proceeds according to the reaction formula 4 Me n + 2n B 2 O 3 + 6n H 2 → 4 Me(BH 4) n + 5n O 2; and A2. optionally providing metal boron oxide and H 2 to allow a synthesis process to proceed and to yield metal borohydride, especially metal borohydride and O 2, according to the overall reaction formula Me(BO 2) n + 2n H 2 → Me(BH 4) n + n O 2,
Process for continuously preparing both dialkyl carbonate of the formula (R 1 O) 2 CO, in which R 1 is a straight-chain or branched C1-C4-alkyl and alkylene glycol of the formula HO-R 2 -OH in which R 2 is a C 2 -C 4 -alkylene by transesterifying cyclic alkylene carbonate with an alkyl alcohol of the formula R 1 OH in which R 1 is as defined above in the presence of a catalyst, characterized in that the heat of condensation of the alkylene glycol workup column is recovered and used directly or indirectly to vaporize the streams containing alkyl alcohol which are fed to the transesterification column.
A locking system for a computer device, the computer device comprising a display member coupled to a base member to enable positioning of the display member relative to the base member in an open position, a closed position and a tablet position; the locking system comprising: a first locking mechanism adapted to restrict rotational movement between the base and display members (12,14) in a direction about a first axis when the display member is in the closed or tablet position; and a second locking mechanism adapted to restrict rotational movement between the base and display members (12,14) in a direction about a second axis when the display member is in the closed or tablet position; wherein the second locking mechanism is automatically disengaged in response to movement of the display member about the first axis, relative to the base member, out of the closed position or the tablet position, and wherein the second locking mechanism comprises one end with flexible hooks that engage a recess in the base member and another end with a rib which is engageable with a recess in the display member. a first locking mechanism adapted to restrict rotational movement between the base and display members (12,14) in a direction about a first axis when the display member is in the closed or tablet position; and a second locking mechanism adapted to restrict rotational movement between the base and display members (12,14) in a direction about a second axis when the display member is in the closed or tablet position; wherein the second locking mechanism is automatically disengaged in response to movement of the display member about the first axis, relative to the base member, out of the closed position or the tablet position, and wherein the second locking mechanism comprises one end with flexible hooks that engage a recess in the base member and another end with a rib which is engageable with a recess in the display member.
A device for analyzing an environment, including: - a first layer having a face including a plurality of sensors of the MEMS an/or NEMS type respectively including at least one mobile component capable of reacting to one or more characteristic stimuli of the environment, said mobile component being suspended relatively to a fixed portion, and each mobile component being able to move independently from the other mobile components, - a second layer including means for controlling the sensors and processing information transmitted by the sensors, said control and processing means being electrically connected to the sensors, and - a distribution layer positioned on the first layer on the side of the face including the sensors including means for spatially and temporally distributing the stimulus or stimuli to said sensors, said distributing means comprising a plurality of fluidic channels to bring onto respective sensors or groups of sensors independently the stimulus or the stimuli simultaneously or quasi simultaneously. - a first layer having a face including a plurality of sensors of the MEMS an/or NEMS type respectively including at least one mobile component capable of reacting to one or more characteristic stimuli of the environment, said mobile component being suspended relatively to a fixed portion, and each mobile component being able to move independently from the other mobile components, - a second layer including means for controlling the sensors and processing information transmitted by the sensors, said control and processing means being electrically connected to the sensors, and - a distribution layer positioned on the first layer on the side of the face including the sensors including means for spatially and temporally distributing the stimulus or stimuli to said sensors, said distributing means comprising a plurality of fluidic channels to bring onto respective sensors or groups of sensors independently the stimulus or the stimuli simultaneously or quasi simultaneously.
Method for producing a component which can be activated for light emission, wherein the light emission is carried out by means of electroluminescence, having the following method steps: providing or producing a carrier, substantially in the form of the component and the mechanical and electrical interfaces thereof, wherein the carrier comprises a region which acts as a mechanical interface and which is provided at least with portions of the electrical interface, printing the carrier with functional layers of the EL illumination, wherein at least one of the functional layers, that is to say, the light emitting layer or layers - on the whole or at least partially - is/are produced using the pad printing method and wherein the electrical interfaces are incorporated in the printing, producing a transparent or translucent cover as moisture protection and for electrical and mechanical encapsulation. providing or producing a carrier, substantially in the form of the component and the mechanical and electrical interfaces thereof, wherein the carrier comprises a region which acts as a mechanical interface and which is provided at least with portions of the electrical interface, printing the carrier with functional layers of the EL illumination, wherein at least one of the functional layers, that is to say, the light emitting layer or layers - on the whole or at least partially - is/are produced using the pad printing method and wherein the electrical interfaces are incorporated in the printing, producing a transparent or translucent cover as moisture protection and for electrical and mechanical encapsulation.