mhurhangee/ep-ind-claims huggingface dataset:
A bicycle kickstand comprising a mounting element for mounting the bicycle kickstand on a frame of a bicycle, an elongate support arm having a longitudinal direction and a first end and a second, opposite, free end, which support arm is connected to the mounting element at the location of the first end, being pivotable through a pivoting angle about a pivot axis between a retracted position and an extended position, and an adjusting means which is designed for changing the extended position of the support arm by moving at least the second end of the support arm relative to the mounting element, wherein the adjusting means is designed for moving at least the second end with a component transversely to the longitudinal direction of the support arm, wherein the adjusting means is designed for pivoting the entire support arm about an adjustment pivot, wherein the adjustment pivot coincides with the pivot axis, wherein the adjusting means comprises an adjusting element on the support arm, being displaceably connected thereto, which adjusting element is in contact with a stop member provided on the mounting element in the extended position, wherein the support arm is pivotable about the pivot axis as a result of displacement of the adjusting means, characterized in that the adjusting element is provided on a protrusion that is present on the support arm, wherein the adjusting element is provided at the front side of the support arm, seen in the driving direction, at least in the mounted position of the bicycle kickstand on a bicycle and in the extended position of the support arm.
Slurry wall cutter for producing vertical trenches in the ground, which is connectable to a carrier apparatus, comprising a frame, a motor unit and a drive unit, wherein the drive unit comprises a carrier structure, at least one gear mechanism arranged on the carrier structure as well as at least one cutting tool for crushing ground material which is connected to the gear mechanism and drivable by the motor unit, and wherein the frame and the drive unit comprise connecting means by means of which the frame and the drive unit can be releasably connected, wherein the motor unit is releasably connectable with the drive unit, in particular with a motor receptacle arranged on the drive unit, wherein the connecting means are accessible on the outer contour of the frame so that the connection between drive unit and frame can be established or released from outside, characterized in that the frame comprises indentations which allow access to the connecting means on the outer controur of the frame, wherein the frame is preferably configured in such a way that the parts of the connecting means accessible from the outside are arranged within the indentations and within the outer contour of the frame extending beyond the indentations.
A method for solubilizing and separating one or more carboxylic acids or carboxylic acid derivatives from an aqueous or organic solution, emulsion or suspension, comprising the following steps: i) providing the solution or emulsion or suspension with the carboxylic acid or the carboxylic acid derivatives; ii) adding an amount of a solubilizing compound, in the form of arginine or an arginine derivative, to the solution, suspension or emulsion in the presence of a minimum amount of water, wherein the solubilizing compound used is an immobilized solubilizing compound; iii) separating the solubilized carboxylic acids or carboxylic acid derivatives from the solution or emulsion or suspension as a carboxylic acid or carboxylic acid derivative phase, and iv) recovering at least a portion of the solubilizing compound or a portion of a derivative of the solubilizing compound, in the form of the arginine or the arginine derivative, from the solubilized and separated carboxylic acid phase or carboxylic acid derivative phase; wherein the recovery in step iv) takes place by changing the pH of the solubilized carboxylic acids or carboxylic acid derivative phase to a value of less than pH = 7.5. i) providing the solution or emulsion or suspension with the carboxylic acid or the carboxylic acid derivatives; ii) adding an amount of a solubilizing compound, in the form of arginine or an arginine derivative, to the solution, suspension or emulsion in the presence of a minimum amount of water, wherein the solubilizing compound used is an immobilized solubilizing compound; iii) separating the solubilized carboxylic acids or carboxylic acid derivatives from the solution or emulsion or suspension as a carboxylic acid or carboxylic acid derivative phase, and iv) recovering at least a portion of the solubilizing compound or a portion of a derivative of the solubilizing compound, in the form of the arginine or the arginine derivative, from the solubilized and separated carboxylic acid phase or carboxylic acid derivative phase;
An apparatus for manufacturing powdered ice containing salinity, comprising: a water supply unit configured to supply a salted water; a spraying unit connected to the water supply unit and configured to generate a pressurized salted water-air mist; an ice generating unit connected to the spraying unit and configured to generate ice nuclei; an collecting unit connected to the ice generating unit and configured to grow the size of the powdered ice and to collect the powdered ice; and a reserving unit connected to the collecting unit and configured to transfer and store the powdered ice, wherein the spraying unit further comprises an air compressor connected to an inlet line of the spraying unit configured to supply a compressed air therein and a smoke generator connected to the inlet line of the spraying unit configured to supply a smoke therein; and wherein a plurality of particles from the smoke generator is used to form the ice nuclei faster. a water supply unit configured to supply a salted water; a spraying unit connected to the water supply unit and configured to generate a pressurized salted water-air mist; an ice generating unit connected to the spraying unit and configured to generate ice nuclei; an collecting unit connected to the ice generating unit and configured to grow the size of the powdered ice and to collect the powdered ice; and a reserving unit connected to the collecting unit and configured to transfer and store the powdered ice, wherein the spraying unit further comprises an air compressor connected to an inlet line of the spraying unit configured to supply a compressed air therein and a smoke generator connected to the inlet line of the spraying unit configured to supply a smoke therein; and wherein a plurality of particles from the smoke generator is used to form the ice nuclei faster.
Fire-extinguishing system having a pipe system, wherein a plurality of sprinklers (18, 23, 24) is connected to the pipe system, and wherein the pipe system is free of extinguishing agent in a standby state of the fire-extinguishing system, having a trigger sensor (27, 28) which emits a signal in the event of a first sprinkler being triggered, and having a control unit, characterized in that the control unit processes the signal of the trigger sensor (27, 28) so as to generate a control command by way of which a second sprinkler is triggered, in order to accelerate the advancement of the extinguishing agent to the first sprinkler.
Contact element for a plug connector having plug contacts arranged on the plug side and a crimp connection (132, 134) arranged on the cable connection side and having at least one primary locking element and having at least one secondary locking element, wherein the at least one primary locking element has two locking springs that act transversely relative to the plugging direction and are arranged mirror-symmetrically relative to a plugging means plane and wherein the at least one secondary locking element is arranged in the contact element to be mirror-symmetrical relative to the plugging means plane and has at least one secondary locking indent respectively running transverse relative to the plugging direction, characterised in that the plug contacts and the crimp connection (132, 134) are axially parallel offset relative to one another and that the locking springs have blade contact support surfaces on their side facing the plugging means plane.
Apparatus for adjusting the volume of an acoustic signal in order to signal a state of a domestic appliance, the apparatus comprising the following features: an interface for receiving a distance signal which represents the distance between a user of the domestic appliance and the domestic appliance; and an adjustment device which is designed to adjust a volume value for the acoustic signal by using the distance signal, characterised in that the adjustment device is designed to adjust the volume value to a value within a first volume range when the distance signal represents a distance within a first distance range, and is designed to adjust the volume value to a value within a second volume range when the distance signal represents a distance within a second distance range. an interface for receiving a distance signal which represents the distance between a user of the domestic appliance and the domestic appliance; and an adjustment device which is designed to adjust a volume value for the acoustic signal by using the distance signal,
Patient immobilization apparatus (100, 101) comprising a planar element of a nonwoven fabric, the planar element comprising an elongated middle part and a plurality of arms (120, 130) extending laterally on both sides of the middle part.
A method at a network node (112, 116) comprising: communicating, by the network node (112, 116), data of a first push-to-talk "PTT" group using a first multimedia broadcast/multicast service "MBMS" bearer, the data of the first PTT group being received from a first PTT server, and data of a second PTT group using a second MBMS bearer, the data of the second PTT group being received from a second PTT server; and responsive to a regrouping of the first PTT group and the second PTT group to form a regrouped PTT group (250, 252), communicating, by the network node (112, 116), data of the regrouped PTT group using the first and second MBMS bearers; wherein the data of the regrouped PTT group (250, 252) includes: first data directly delivered by a given PTT server of the first PTT server and the second PTT server to the network node; and second data sent from the given PTT server of the first PTT server and the second PTT server to a master PTT server and redirected by the master PTT server to the other PTT server of the first PTT server and the second PTT server. communicating, by the network node (112, 116), data of a first push-to-talk "PTT" group using a first multimedia broadcast/multicast service "MBMS" bearer, the data of the first PTT group being received from a first PTT server, and data of a second PTT group using a second MBMS bearer, the data of the second PTT group being received from a second PTT server; and responsive to a regrouping of the first PTT group and the second PTT group to form a regrouped PTT group (250, 252), communicating, by the network node (112, 116), data of the regrouped PTT group using the first and second MBMS bearers; wherein the data of the regrouped PTT group (250, 252) includes: first data directly delivered by a given PTT server of the first PTT server and the second PTT server to the network node; and second data sent from the given PTT server of the first PTT server and the second PTT server to a master PTT server and redirected by the master PTT server to the other PTT server of the first PTT server and the second PTT server. first data directly delivered by a given PTT server of the first PTT server and the second PTT server to the network node; and second data sent from the given PTT server of the first PTT server and the second PTT server to a master PTT server and redirected by the master PTT server to the other PTT server of the first PTT server and the second PTT server.
A method of reducing or suppressing intensity noise from a laser source in an optical coherence tomography system comprising a first attenuator in electrical communication with a first resistor, a second attenuator in electrical communication with a second resistor, and wherein the first attenuator, the second attenuator, the first resistor and the second resistor are arranged in a bridge configuration, the method comprising: transmitting light from a laser to an interferometer; generating a first photocurrent and a second photocurrent during an optical coherence tomography data collection session, each of the photocurrents proportional to light received from the interferometer; receiving the first photocurrent at the first attenuator; receiving the second photocurrent at the second attenuator; converting the first photocurrent and the second photocurrent to an amplified signal comprising a laser intensity noise component using an amplifier; and transmitting a control signal to control either the first attenuator or the second attenuator; wherein the control signal automatically attenuates the higher of the first photocurrent and the second photocurrent. transmitting light from a laser to an interferometer; generating a first photocurrent and a second photocurrent during an optical coherence tomography data collection session, each of the photocurrents proportional to light received from the interferometer; receiving the first photocurrent at the first attenuator; receiving the second photocurrent at the second attenuator; converting the first photocurrent and the second photocurrent to an amplified signal comprising a laser intensity noise component using an amplifier; and transmitting a control signal to control either the first attenuator or the second attenuator; wherein the control signal automatically attenuates the higher of the first photocurrent and the second photocurrent.
An apparatus rotatably mounted in an electronic device and configured to measure bio-information, the apparatus comprising: a pulse wave sensor configured to measure a pulse wave signal from an object in contact with a measurement surface; a force sensor configured to measure a contact force between the pulse wave sensor and the object; a fastener configured to fasten the pulse wave sensor to the electronic device such that the pulse wave sensor is rotatable around a center axis in a length direction of the pulse wave sensor; and a processor configured to: determine a direction in which a measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; select a measurement mode from among a plurality of measurement modes based on the direction in which the measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; and estimate bio-information of the object based on the measured pulse wave signal and the measured contact force in the selected measurement mode. a pulse wave sensor configured to measure a pulse wave signal from an object in contact with a measurement surface; a force sensor configured to measure a contact force between the pulse wave sensor and the object; a fastener configured to fasten the pulse wave sensor to the electronic device such that the pulse wave sensor is rotatable around a center axis in a length direction of the pulse wave sensor; and a processor configured to: determine a direction in which a measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; select a measurement mode from among a plurality of measurement modes based on the direction in which the measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; and estimate bio-information of the object based on the measured pulse wave signal and the measured contact force in the selected measurement mode. determine a direction in which a measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; select a measurement mode from among a plurality of measurement modes based on the direction in which the measurement region of the pulse wave signal or the measurement surface of the pulse wave sensor is oriented; and estimate bio-information of the object based on the measured pulse wave signal and the measured contact force in the selected measurement mode.
A control body, comprising: a housing defining an electrical circuit cavity and defining a cartridge cavity having an external opening, the cartridge cavity having a coupler therein configured to directly engage a cartridge when inserted into the cartridge cavity through the external opening, the cartridge including an atomizer and a reservoir containing an aerosol precursor composition; and an electrical circuit having at least a portion thereof disposed within the electrical circuit cavity and including: an electrical generator assembly comprising a moveable input member extending out of the housing; an electrical generator configured to produce an electrical current from movement of the moveable input member; and a connector electrically connected between the electrical generator and the coupler within the cartridge cavity of the housing, the coupler being configured to direct the electrical current from the electrical generator to the atomizer of the cartridge. a housing defining an electrical circuit cavity and defining a cartridge cavity having an external opening, the cartridge cavity having a coupler therein configured to directly engage a cartridge when inserted into the cartridge cavity through the external opening, the cartridge including an atomizer and a reservoir containing an aerosol precursor composition; and an electrical circuit having at least a portion thereof disposed within the electrical circuit cavity and including: an electrical generator assembly comprising a moveable input member extending out of the housing; an electrical generator configured to produce an electrical current from movement of the moveable input member; and a connector electrically connected between the electrical generator and the coupler within the cartridge cavity of the housing, the coupler being configured to direct the electrical current from the electrical generator to the atomizer of the cartridge. an electrical generator assembly comprising a moveable input member extending out of the housing; an electrical generator configured to produce an electrical current from movement of the moveable input member; and a connector electrically connected between the electrical generator and the coupler within the cartridge cavity of the housing, the coupler being configured to direct the electrical current from the electrical generator to the atomizer of the cartridge.
A compound comprising iloperidone or 1-[4-[3-[4-(6-Fluoro-1,2-benzisoxazol-3-yl)-1-piperidinyl]propoxy]-3-methoxyphenyl]ethanol for use in the treatment of a disorder in an individual whose KCNQ1 genotype is determined to be associated with an increased risk of QT prolongation, wherein the quantity of the compound to be administered to the individual is less than 24 mg/day and less than would be administered to an individual having a KCNQ1 genotype not associated with an increased risk of QT prolongation, wherein the disorder is schizophrenia, schizoaffective disorder, depression, bipolar mania/depression, Tourette's Syndrome, a psychotic disorder, a delusional disorder, or schizophreniform disorder, and wherein the KCNQ1 genotype associated with the increased risk of QT prolongation is AA at position 286414 of reference sequence AJ006345.1, or TT at position 2483474 of reference sequence AJ006345.1. wherein the quantity of the compound to be administered to the individual is less than 24 mg/day and less than would be administered to an individual having a KCNQ1 genotype not associated with an increased risk of QT prolongation, wherein the disorder is schizophrenia, schizoaffective disorder, depression, bipolar mania/depression, Tourette's Syndrome, a psychotic disorder, a delusional disorder, or schizophreniform disorder, and wherein the KCNQ1 genotype associated with the increased risk of QT prolongation is AA at position 286414 of reference sequence AJ006345.1, or TT at position 2483474 of reference sequence AJ006345.1.
A device for generating a driving force for stirring of samples, in particular samples for laboratory operation, as for example fluids, fluids containing solid samples, or solid samples, comprising • a sample holder for receiving at least one sample reservoir for samples, and • a rod member which extends along a longitudinal axis, and which is coupled to the sample holder, wherein the rod member comprises: ∘ a coupling portion for detachably coupling the rod member to an operating unit, ∘ a mounting portion for mounting the sample holder to the rod member and for a defined positioning of the sample holder along the longitudinal axis, and characterized in that the rod member comprises a magnetic stirring portion, and wherein the rod member is configured such that a magnetic field may be generated which is rotating around the longitudinal axis relative to the sample holder by means of the magnetic stirring portion. • a sample holder for receiving at least one sample reservoir for samples, and • a rod member which extends along a longitudinal axis, and which is coupled to the sample holder, wherein the rod member comprises: ∘ a coupling portion for detachably coupling the rod member to an operating unit, ∘ a mounting portion for mounting the sample holder to the rod member and for a defined positioning of the sample holder along the longitudinal axis, and ∘ a coupling portion for detachably coupling the rod member to an operating unit, ∘ a mounting portion for mounting the sample holder to the rod member and for a defined positioning of the sample holder along the longitudinal axis, and
A variable valve train for actuating a first and a second valve (70-1, 70-2) of an internal combustion engine, the valve train comprising: - a first actuating system having a first valve actuation gear unit for actuating the first valve, and having a first pivot frame mounted so as to be pivotable about a first pivot axis, wherein a valve stroke for the first valve is adjusted by pivoting the first pivot frame, characterized by - a second actuation system having a second valve actuation gear unit for actuating the second valve, and having a second pivot frame mounted so as to be pivotable about a second pivot axis, wherein a valve stroke for the second valve is adjusted by pivoting the second pivot frame; and by - a pivot drive for jointly pivoting the first and second pivot frame (80-1, 80-2) with a pivot actuator, wherein the pivot actuator includes a servomotor and two shaft ends (91-1, 99-2) on opposite sides of the servomotor, wherein the first of the two shaft ends is coupled to the first pivot frame for pivoting, and the second of the two shaft ends is coupled to the second pivot frame for pivoting. - a first actuating system having a first valve actuation gear unit for actuating the first valve, and having a first pivot frame mounted so as to be pivotable about a first pivot axis, wherein a valve stroke for the first valve is adjusted by pivoting the first pivot frame, characterized by - a second actuation system having a second valve actuation gear unit for actuating the second valve, and having a second pivot frame mounted so as to be pivotable about a second pivot axis, wherein a valve stroke for the second valve is adjusted by pivoting the second pivot frame; and by - a pivot drive for jointly pivoting the first and second pivot frame (80-1, 80-2) with a pivot actuator, wherein the pivot actuator includes a servomotor and two shaft ends (91-1, 99-2) on opposite sides of the servomotor, wherein the first of the two shaft ends is coupled to the first pivot frame for pivoting, and the second of the two shaft ends is coupled to the second pivot frame for pivoting.