mhurhangee/ep-ind-claims huggingface dataset:
A load transmitting module comprising: - at least one toothed wheel fixedly attached to a main shaft extending along a main axis XX'; - at least a first pawl carrier and a second pawl carrier provided with a first pawl and a second pawl respectively, each of the first pawl and a second pawl being arranged, when activated, to rotatably drive the toothed wheel along a direction, called a forward direction, about the main axis by pressing the considered pawl against a tooth of the toothed wheel; characterised by - at least two cams, fixedly attached to each other, called a first cam and a second cam respectively, arranged to respectively actuate the first pawl over a first angular stroke about an axis YY' of the first cam, and the second pawl over a second angular stroke about the axis YY' of the second cam, different from the first angular stroke. - at least one toothed wheel fixedly attached to a main shaft extending along a main axis XX'; - at least a first pawl carrier and a second pawl carrier provided with a first pawl and a second pawl respectively, each of the first pawl and a second pawl being arranged, when activated, to rotatably drive the toothed wheel along a direction, called a forward direction, about the main axis by pressing the considered pawl against a tooth of the toothed wheel; characterised by - at least two cams, fixedly attached to each other, called a first cam and a second cam respectively, arranged to respectively actuate the first pawl over a first angular stroke about an axis YY' of the first cam, and the second pawl over a second angular stroke about the axis YY' of the second cam, different from the first angular stroke.
Holding module for heat exchanger tubes with a lower holding module half (1 b) which comprises several recesses into each of which one heat exchanger tube can be placed, an upper holding module half (1 a) which comprises several recesses and can be placed onto the lower holding module half (1 b) such that its recesses are lying opposite to the recesses of the lower holding module half, such that the heat exchanger tubes are held in the recesses (3a, b), and at least one connecting element which connects the upper and the lower holding module half (1b, a), characterized in that, the connecting element is a plug-in element which can be plugged onto the lower holding module half (1 b), where the upper holding module half is plugged onto the plug-in element, wherein the upper and lower holding module half (1 b, a) comprise a U-shaped cross-section with two opposite side walls (5a, b; 6a, b) and an intermediate bottom (7a, b), where the recesses (3a, b) are embodied in the side walls (5a, b).
A device comprising a graphical user interface for orienting an image on a display, a sound source outputting audio channels in stereo, a sound reproduction system delivering electronic sound signals based on the audio channels to at least a first and a second loudspeaker (2, 3) for sound reproduction with a stereo image, wherein one of the first and second loudspeaker (2, 3) is positioned asymmetrically with reference to an imaginary line in a plane parallel to said graphical user interface and one of the first and second loudspeakers having a different frequency response than the other, the device further comprising adjusting means for adjusting the level and phase of the sound signals to one of the first and second loudspeaker (2, 3), characterised in that the adjusting means is adapted to make the first and second loudspeakers (2, 3) to acoustically apppear symmetrically placed with reference to the imaginary line in a plane parallel to the graphical user interface of the device and midway between the first and second loudspeaker (2, 3), and to adjust the sound signal delivered to one of the first and second loudspeaker (2, 3) based on an operation mode so that both of the first and second loudspeaker (2, 3) obtain a similar frequency response at an imaginary position (4, 5) placed symmetrically with reference to the other of the first and second loudspeaker (2, 3), with respect to said imaginary line.
A fluid control system comprising: a control actuator; an override actuator operatively coupled to the control actuator; a passageway (310, 510) to fluidly couple a control fluid to the control actuator and to the override actuator, wherein the control fluid causes the override actuator to move to a stored position and causes the control actuator to move between a first position and a second position when the control actuator is in an operational state; characterized in that a fluid control apparatus is coupled to the passageway to prevent fluid flow between the control actuator and the override actuator when the control actuator is in the operational state and to fluidly couple the override actuator to the control actuator to enable fluid flow between the control actuator and the override actuator when the control actuator is in a non-operational state so that the control fluid from the override actuator acts upon the control actuator to increase a force provided by the control actuator when the control actuator is in a non-operational state. a control actuator; an override actuator operatively coupled to the control actuator; a passageway (310, 510) to fluidly couple a control fluid to the control actuator and to the override actuator, wherein the control fluid causes the override actuator to move to a stored position and causes the control actuator to move between a first position and a second position when the control actuator is in an operational state;
A fuel cell system that outputs electric power in response to a request from an external load, comprising: a fuel cell that has at least one power generating element; a negative voltage detecting unit that is configured to detect negative voltage in the at least one power generating element; a control unit that is configured to control electric power output from the fuel cell; and an accumulated current value measuring unit that is configured to measure an accumulated current value that is obtained by time integration of current output from the fuel cell, wherein the control unit is configured to prestore a correlation between accumulated current values that are allowable in a period during which negative voltage is generated in the at least one power generating element and current densities that are allowable in the period, and when negative voltage has been detected in the at least one power generating element, the control unit is configured to execute output restricting process of restricting electric power output from the fuel cell so as to fall within an operation allowable range defined by the allowable accumulated current values and allowable current densities of the correlation. a fuel cell that has at least one power generating element; a negative voltage detecting unit that is configured to detect negative voltage in the at least one power generating element; a control unit that is configured to control electric power output from the fuel cell; and an accumulated current value measuring unit that is configured to measure an accumulated current value that is obtained by time integration of current output from the fuel cell, wherein the control unit is configured to prestore a correlation between accumulated current values that are allowable in a period during which negative voltage is generated in the at least one power generating element and current densities that are allowable in the period, and when negative voltage has been detected in the at least one power generating element, the control unit is configured to execute output restricting process of restricting electric power output from the fuel cell so as to fall within an operation allowable range defined by the allowable accumulated current values and allowable current densities of the correlation.
Method for checking position values (φi-2, φi-1, φi) with a monitoring unit supplied with position values (φi-2, φi-1, φi) of a position measuring device at time intervals of a query interval (Δt), said method comprising the following steps: • calculating a movement value (ω) from at least two position values (φi-2, φi-1) and the time interval between the arrival thereof, • calculating an expected value (φE) for a position value (φi) to be checked, said position value following the at least two position values (φi-2, φi-1), by adding the most current of the at least two position values (φi-2, φi-1) and a change in position which emerges from the movement value (ω) and the time up to the arrival of the position value (φi) to be checked, • determining an expected position interval (ΔφE) from the expected value (φE) and a maximum position interval (Δφ) which specifies the greatest change in position which may occur taking into account the error when determining the movement value ω, • comparing the position value (φi) to be checked with the expected position interval (ΔφE) and • outputting a signal which indicates the result of the comparison. • calculating a movement value (ω) from at least two position values (φi-2, φi-1) and the time interval between the arrival thereof, • calculating an expected value (φE) for a position value (φi) to be checked, said position value following the at least two position values (φi-2, φi-1), by adding the most current of the at least two position values (φi-2, φi-1) and a change in position which emerges from the movement value (ω) and the time up to the arrival of the position value (φi) to be checked, • determining an expected position interval (ΔφE) from the expected value (φE) and a maximum position interval (Δφ) which specifies the greatest change in position which may occur taking into account the error when determining the movement value ω, • comparing the position value (φi) to be checked with the expected position interval (ΔφE) and • outputting a signal which indicates the result of the comparison.
A method comprising: monitoring, on a mobile device, a first parent geofence and a first plurality of child geofences, the first plurality of child geofences geographically encompassed by the first parent geofence; detecting, on the mobile device, crossing a boundary of the first parent geofence into a second parent geofence; unloading, based at least in part on detection of crossing the boundary, the first parent geofence and the first plurality of child geofences; loading, based at least in part on detection of crossing the boundary, the second parent geofence and a second plurality of child geofences within the second parent geofence; and monitoring, on the mobile device, the second parent geofence and the second plurality of child geofences. monitoring, on a mobile device, a first parent geofence and a first plurality of child geofences, the first plurality of child geofences geographically encompassed by the first parent geofence; detecting, on the mobile device, crossing a boundary of the first parent geofence into a second parent geofence; unloading, based at least in part on detection of crossing the boundary, the first parent geofence and the first plurality of child geofences; loading, based at least in part on detection of crossing the boundary, the second parent geofence and a second plurality of child geofences within the second parent geofence; and monitoring, on the mobile device, the second parent geofence and the second plurality of child geofences.
A method for the surface treatment of titanium dioxide pigment particles, characterized by the following steps: a) Providing an aqueous suspension of titanium dioxide pigment particles, b) Precipitating one or more inorganic compounds from an aqueous solution by mixing of at least two components in aqueous solution and appropriate control of pH value and/or temperature in a separate vessel to form a suspension of a precipitation product, in which the precipitation product consists of agglomerates of fine primary particles and/or of single crystals of oxides and hydroxides of silicon, aluminum, zirconium or titanium, or mixtures thereof, c) Adding said suspension of the precipitation product to the aqueous suspension of titanium dioxide pigment particles. a) Providing an aqueous suspension of titanium dioxide pigment particles, b) Precipitating one or more inorganic compounds from an aqueous solution by mixing of at least two components in aqueous solution and appropriate control of pH value and/or temperature in a separate vessel to form a suspension of a precipitation product, in which the precipitation product consists of agglomerates of fine primary particles and/or of single crystals of oxides and hydroxides of silicon, aluminum, zirconium or titanium, or mixtures thereof, c) Adding said suspension of the precipitation product to the aqueous suspension of titanium dioxide pigment particles.
An apparatus (100, 200), comprising: a hybrid memory system (104, 204) configured to be coupled to a host (102, 202); and a controller coupled to the hybrid memory system (104, 204), wherein the controller is configured to cause: a portion of the hybrid memory system (104, 204) to be allocated for use in a code paging operation; contents of a code read as part of the code paging operation to be determined; and a portion of a memory associated with the host (102, 202) containing the determined contents of the code read as part of the code paging operation to be selectively mapped to the portion of the hybrid memory system (104, 204) allocated for use in the code paging operation, wherein: the portion of the hybrid memory system (104, 204) comprises a particular logical block addressing, LBA, range; and the code paging operation is performed in response to a determination that an exception has occurred. a hybrid memory system (104, 204) configured to be coupled to a host (102, 202); and a controller coupled to the hybrid memory system (104, 204), wherein the controller is configured to cause: a portion of the hybrid memory system (104, 204) to be allocated for use in a code paging operation; contents of a code read as part of the code paging operation to be determined; and a portion of a memory associated with the host (102, 202) containing the determined contents of the code read as part of the code paging operation to be selectively mapped to the portion of the hybrid memory system (104, 204) allocated for use in the code paging operation, wherein: the portion of the hybrid memory system (104, 204) comprises a particular logical block addressing, LBA, range; and the code paging operation is performed in response to a determination that an exception has occurred. a portion of the hybrid memory system (104, 204) to be allocated for use in a code paging operation; contents of a code read as part of the code paging operation to be determined; and a portion of a memory associated with the host (102, 202) containing the determined contents of the code read as part of the code paging operation to be selectively mapped to the portion of the hybrid memory system (104, 204) allocated for use in the code paging operation, wherein: the portion of the hybrid memory system (104, 204) comprises a particular logical block addressing, LBA, range; and the code paging operation is performed in response to a determination that an exception has occurred. the portion of the hybrid memory system (104, 204) comprises a particular logical block addressing, LBA, range; and the code paging operation is performed in response to a determination that an exception has occurred.
Glaucoma drainage implant composed of an elongate, hollow base body in which a flow-limiting membrane is arranged in the inflow region of the implant, and in which holes are distributed about the circumference of the base body at a front, closed end thereof, said holes being covered by the membrane lying over them, characterized in that local grooves are correspondingly recessed in the wall surface of the base body in order to receive the membrane, a fixing element and a local drug delivery system.
A station-building power supply device that supplies power to a station load using both AC power supplied from an AC system and surplus regenerative power generated by trains, the station-building power supply device comprising: a feeding-voltage detection unit that detects a feeding voltage; an SOC (State Of Charge) detection unit that detects an SOC of a capacitor unit that stores therein the surplus regenerative power; a first power conversion unit that performs DC/DC power conversion in both directions between a feeder and the capacitor unit; a second power conversion unit that converts DC power supplied from the capacitor unit to AC power and supplies the AC power to the station load; and a control unit that controls the first power conversion unit and the second power conversion unit on the basis of the feeding voltage and the SOC, wherein the control unit controls, when the SOC exceeds a predetermined first SOC threshold, the second power conversion unit such that power is supplied from the capacitor unit to the station load, and controls, when the SOC exceeds a second SOC threshold that is larger than the first SOC threshold, the first power conversion unit such that power is supplied from the capacitor unit to the feeder. a feeding-voltage detection unit that detects a feeding voltage; an SOC (State Of Charge) detection unit that detects an SOC of a capacitor unit that stores therein the surplus regenerative power; a first power conversion unit that performs DC/DC power conversion in both directions between a feeder and the capacitor unit; a second power conversion unit that converts DC power supplied from the capacitor unit to AC power and supplies the AC power to the station load; and a control unit that controls the first power conversion unit and the second power conversion unit on the basis of the feeding voltage and the SOC, wherein the control unit controls, when the SOC exceeds a predetermined first SOC threshold, the second power conversion unit such that power is supplied from the capacitor unit to the station load, and controls, when the SOC exceeds a second SOC threshold that is larger than the first SOC threshold, the first power conversion unit such that power is supplied from the capacitor unit to the feeder.
A compound of formula or a pharmaceutically acceptable salt thereof, wherein R 1 is selected from hydrogen, methyl, ethyl, n-propyl, iso-propyl, methoxy, ethoxy, fluoro, chloro, bromo, trifluoromethyl, and trifluoromethoxy; R 2 is C 1-C4 alkyl; R 3 is selected from methyl, methoxy, fluoro, chloro, bromo, trifluoromethyl, and trifluoromethoxy; and R 4 is selected from hydrogen, fluoro and chloro, with the proviso that R 4 is selected from fluoro and chloro only when R 3 is selected from fluoro and chloro; for use in the treatment of multiple myeloma. R 1 is selected from hydrogen, methyl, ethyl, n-propyl, iso-propyl, methoxy, ethoxy, fluoro, chloro, bromo, trifluoromethyl, and trifluoromethoxy; R 2 is C 1-C4 alkyl; R 3 is selected from methyl, methoxy, fluoro, chloro, bromo, trifluoromethyl, and trifluoromethoxy; and R 4 is selected from hydrogen, fluoro and chloro, with the proviso that R 4 is selected from fluoro and chloro only when R 3 is selected from fluoro and chloro;
A reinforcing module for a motor vehicle body, which may be brought into contact with and fastened to a body part, wherein the reinforcing module is fastened to a body part, and the body part comprises several fastening positions (2, 5, 7) for the vehicle components to be mounted, and in which each fastening position (2, 5, 7) of the body part is associated with at least one fastening means for fastening the reinforcing module to the body part, characterized in that the fastening means is formed as a screw, a threaded nut, a latching element or clip, and is fastened to the reinforcing module, for which purpose the reinforcing module comprises a sleeve in a continuous opening at the fastening position, or the fastening means is formed as a screw, a threaded nut or a latching element and is fastened at least in part within the reinforcing module.
Dual air flow exchanger, allowing for a heat transfer and a humidity transfer between the two air flows, and comprising a plurality of first and second air circulation networks (2a, 2b) stacked alternately according to a direction of stacking and separated two-by-two by membranes permeable to water vapour and impermeable to air and to liquid water, each one of the first and second air circulation networks (2a, 2b) comprising cells (12a, 12b) each defined by a wall (18a, 18b) provided with openings for the passage of air, said cell wall comprising two opposing edges (30a, 30b) on which said cell is open in the direction of stacking, characterised in that for at least one of the first air circulation networks, at least one of the two opposing edges of each cell wall defines a hollow open in the direction of the second directly consecutive air circulation network, said hollows receiving a part of this second network.
A headphone comprising: a driver unit including a vibration plate; a housing configured to house the driver unit, to form an air-tightened front air chamber of which a part except for an opening for sound output is spatially blocked from the outside on a front side on which the vibration plate of the driver unit is provided, and to form a rear air chamber that has a predetermined capacity on a rear side that is the opposite side to the front side, and a driver unit rear air chamber that is formed between a frame of the driver unit and the vibration plate; and an acoustic tube provided in a partial region of a partition wall of the housing that constitutes the rear air chamber and configured to directly spatially connect the rear air chamber and the outside of the housing through a tube; characterized by an acoustic characteristic adjustment mechanism configured to adjust an acoustic characteristic of the headphone by changing a characteristic of the acoustic tube; wherein the acoustic characteristic adjustment mechanism is constituted by a switch member that has a boss to be inserted into and removed from the acoustic tube. a driver unit including a vibration plate; a housing configured to house the driver unit, to form an air-tightened front air chamber of which a part except for an opening for sound output is spatially blocked from the outside on a front side on which the vibration plate of the driver unit is provided, and to form a rear air chamber that has a predetermined capacity on a rear side that is the opposite side to the front side, and a driver unit rear air chamber that is formed between a frame of the driver unit and the vibration plate; and an acoustic tube provided in a partial region of a partition wall of the housing that constitutes the rear air chamber and configured to directly spatially connect the rear air chamber and the outside of the housing through a tube; characterized by an acoustic characteristic adjustment mechanism configured to adjust an acoustic characteristic of the headphone by changing a characteristic of the acoustic tube; wherein the acoustic characteristic adjustment mechanism is constituted by a switch member that has a boss to be inserted into and removed from the acoustic tube.