mhurhangee/ep-ind-claims huggingface dataset:
A lighting system for controlling lighting conditions in a room for affecting a circadian rhythm of a person in the room, the lighting system comprising: - at least one sensor (111, 112, 131, 141) configured to detect a parameter encoding an actual or a desired lighting level of the room; - at least one controllable internal light source (121, 122) configured to provide lighting in the room; - at least one actuator (131, 141) configured to affect an amount of external light entering the room; - a controller configured to control at least one of the at least one internal light source (121, 122) and at least one of the at least one actuator (131, 141) in dependence on the readings of at least one of the at least one sensor (111, 112, 131, 141) and a lighting schedule stored and executable by the controller, characterized in that the lighting schedule establishes lighting conditions in the room which correspond to a circadian cycle of dark and light periods; and the at least one sensor at least comprises an activity sensor configured to detect a state of activity of the person, wherein the controlling comprises adapting the lighting schedule based on said state of activity. - at least one sensor (111, 112, 131, 141) configured to detect a parameter encoding an actual or a desired lighting level of the room; - at least one controllable internal light source (121, 122) configured to provide lighting in the room; - at least one actuator (131, 141) configured to affect an amount of external light entering the room; - a controller configured to control at least one of the at least one internal light source (121, 122) and at least one of the at least one actuator (131, 141) in dependence on the readings of at least one of the at least one sensor (111, 112, 131, 141) and a lighting schedule stored and executable by the controller,
Food preparation apparatus comprising a food preparation vessel, a heating element for heating a food in the food preparation vessel, a tool for mixing and/or chopping a food in the food preparation vessel, a lid (6, 7) for the food preparation vessel and an electric motor for rotating the tool, a monitoring unit configured such that the monitoring unit can monitor a power consumption of the electric motor for detecting an overpressure in the food preparation vessel, characterized in that the food preparation apparatus is configured such that during operation the heat output is influenced, in particular increased or reduced, depending on the power consumption of the electric motor.
Arrangement comprising an expansible substrate and a strain sensor applied onto a surface of the substrate, characterized in that the strain sensor is made from an ink composition, wherein the ink composition comprises a mixture of a conductive silver ink and a conductive carbon ink, wherein a ratio between the conductive silver ink and the conductive carbon ink lies in a range between 30:70 and 70:30.
A recording apparatus comprising: a recording section (4,5) which is configured to carry out recording onto a recording medium which is supported on a pallet; a first transport section which is configured to transport the recording medium by moving the pallet in a first region which does not include a recording position according to the recording section; and a second transport section (15,16) which is configured to transport the recording medium with higher precision than the first transport section in a second region which includes the recording position, wherein a plurality of transport paths (13, 14) which are configured to transport pallets individually with the recording media are provided in the second region. a recording section (4,5) which is configured to carry out recording onto a recording medium which is supported on a pallet; a first transport section which is configured to transport the recording medium by moving the pallet in a first region which does not include a recording position according to the recording section; and a second transport section (15,16) which is configured to transport the recording medium with higher precision than the first transport section in a second region which includes the recording position, wherein a plurality of transport paths (13, 14) which are configured to transport pallets individually with the recording media are provided in the second region.
A computer-implemented method for determining activity, the method comprising: receiving, from an inertial measurement sensor, a plurality of inertial measurements in three dimensions for a time period; calculating statistical data derived from the inertial measurements; providing the plurality of inertial measurements and the statistical data to a predictive model; receiving, from the predictive model, a determined activity from a plurality of predefined activities based on the inertial measurements, wherein the plurality of predefined activities comprises: (i) asleep, (ii) stirring, and (iii) settled, wherein stirring represents movement more than a first threshold amount, and settled represents movement less than a second threshold amount; determining, based on the predictive model, a plurality of activities, each corresponding to a different one of a plurality of time periods; adjusting an activity from the plurality of activities by: when the activity is stirring in a predetermined time period between time periods whose determined activity is asleep, changing the activity to asleep, and/or when the activity is settled in a predetermined time period before a time period whose determined activity is asleep, changing the activity to asleep; and providing the determined activity to an output device. receiving, from an inertial measurement sensor, a plurality of inertial measurements in three dimensions for a time period; calculating statistical data derived from the inertial measurements; providing the plurality of inertial measurements and the statistical data to a predictive model; receiving, from the predictive model, a determined activity from a plurality of predefined activities based on the inertial measurements, wherein the plurality of predefined activities comprises: (i) asleep, (ii) stirring, and (iii) settled, wherein stirring represents movement more than a first threshold amount, and settled represents movement less than a second threshold amount; determining, based on the predictive model, a plurality of activities, each corresponding to a different one of a plurality of time periods; adjusting an activity from the plurality of activities by: when the activity is stirring in a predetermined time period between time periods whose determined activity is asleep, changing the activity to asleep, and/or when the activity is settled in a predetermined time period before a time period whose determined activity is asleep, changing the activity to asleep; and when the activity is stirring in a predetermined time period between time periods whose determined activity is asleep, changing the activity to asleep, and/or when the activity is settled in a predetermined time period before a time period whose determined activity is asleep, changing the activity to asleep; and providing the determined activity to an output device.
A device for determining relative displacements of body parts or body areas, comprising a transmitter and a sensor assigned to the transmitter, whereas between the transmitter and the sensor at least one shadowing apparatus is arranged, which is arranged at, or embodied on, a main body embodied as a conductor, the shadowing apparatus is secured to at least one body part or body area and is displaceable relative to the sensor and/or the transmitter, the transmitter is arranged next to the conductor and irradiates the latter or feeds the signal in the longitudinal extent of the conductor into the latter, whereas the main body is flexible and the shadowing apparatus is transmitted through, penetrated, transilluminated or illuminated in the direction of the sensor.
Valve assembly having a plurality of control valves, which each comprise a control piston, which serves to control a direction and speed of a consumer and to form a metering orifice, a pressure being registered upstream and downstream of the metering orifice of a particular control valve and signaled to a pressure compensator, which is assigned to the particular control valve and which serves to keep a pressure gradient at the metering orifice constant irrespective of the load, the pressure downstream of the metering orifice being registered by way of a load-sensing flow path (32, 54, 56), and a first shuttle valve being provided, which connects that load-sensing flow path (32, 54, 56) having the highest pressure at any given time to an outlet connection of the first shuttle valve, and a pressure-limiting valve being provided downstream of the outlet connection of the first shuttle valve for limiting the highest pressure of the load-sensing flow paths(32, 54, 56), wherein at least one further control valve is provided with a control piston as metering orifice and with a pressure compensator assigned to the control valve, the load-sensing flow path of which is connected to a first inlet connection of a further, second shuttle valve, characterized in that a second inlet connection of the second shuttle valve is connected to the outlet connection of the first shuttle valve, and wherein the outlet connection of the second shuttle valve can be connected to a variable-capacity pump for sensing the highest pressure, and wherein the pressure-limiting valve is connected to a flow path between the first shuttle valve and the second shuffle valve.
A vehicle underbody cover comprising: a central layer; and coating layers (30, 40) arranged on both surfaces of the central layer, wherein the central layer includes: a first fibrous particle; a second fibrous particle; and a binding material for binding the first fibrous particle and the second fibrous particle, characterised in that, the first fibrous particle and the second fibrous particle are bound by the binding material so as to form an irregular network structure including pores, the first fibrous particle is an inorganic fiber or an organic fiber, the second fibrous particle includes a first thermoplastic resin, the binding material includes a second thermoplastic resin, a melting point of the first thermoplastic resin is higher than a melting point of the second thermoplastic resin; wherein in the central layer, a weight ratio of a content of the first fibrous particle to the sum of contents of the second fibrous particle and the binding material is from 20: 80 to 60: 40; and wherein the first thermoplastic resin has a specific gravity of more than 1. a central layer; and coating layers (30, 40) arranged on both surfaces of the central layer, wherein the central layer includes: a first fibrous particle; a second fibrous particle; and a binding material for binding the first fibrous particle and the second fibrous particle, characterised in that, the first fibrous particle and the second fibrous particle are bound by the binding material so as to form an irregular network structure including pores, the first fibrous particle is an inorganic fiber or an organic fiber, the second fibrous particle includes a first thermoplastic resin, the binding material includes a second thermoplastic resin, a melting point of the first thermoplastic resin is higher than a melting point of the second thermoplastic resin; wherein in the central layer, a weight ratio of a content of the first fibrous particle to the sum of contents of the second fibrous particle and the binding material is from 20: 80 to 60: 40; and wherein the first thermoplastic resin has a specific gravity of more than 1.
A method of manufacturing an object holder for use in a lithographic apparatus, the object holder comprising one or more electrically functional components, the method comprising: using a composite structure comprising a carrier sheet different from a main body of the object holder and a layered structure comprising one or a plurality of layers (22, 34, 35, 36) and formed on the carrier sheet; connecting the composite structure to a surface of the main body such that the layered structure is between the carrier sheet and the surface of the main body; and removing the carrier sheet from the composite structure, leaving the layered structure connected to the main body. using a composite structure comprising a carrier sheet different from a main body of the object holder and a layered structure comprising one or a plurality of layers (22, 34, 35, 36) and formed on the carrier sheet; connecting the composite structure to a surface of the main body such that the layered structure is between the carrier sheet and the surface of the main body; and removing the carrier sheet from the composite structure, leaving the layered structure connected to the main body.
A high voltage device system of a railcar, the high voltage device system comprising: a plurality of high voltage devices (20, 30, 40) to which high-voltage electric power from an overhead contact line is supplied; a plurality of high-voltage cables configured to connect the high voltage devices with one another; and a joint device (51, 52, 53) to which the high-voltage cables are connected, wherein: the high-voltage cables respectively include cable connector portions at tip end portions thereof, each of the cable connector portions including a base tubular portion configured to cover the high-voltage cable and a fit tubular portion extending from the base tubular portion in a direction substantially perpendicular to a longitudinal direction of the high-voltage cable; the joint device (51, 52, 53) includes joint connector portions (55a-55e), each of which is fitted to the fit tubular portion of the cable connector portion to be connected to the high-voltage cable; and. the joint connector portions (55a-55e) project in a substantially railcar width direction. a plurality of high voltage devices (20, 30, 40) to which high-voltage electric power from an overhead contact line is supplied; a plurality of high-voltage cables configured to connect the high voltage devices with one another; and a joint device (51, 52, 53) to which the high-voltage cables are connected, wherein: the high-voltage cables respectively include cable connector portions at tip end portions thereof, each of the cable connector portions including a base tubular portion configured to cover the high-voltage cable and a fit tubular portion extending from the base tubular portion in a direction substantially perpendicular to a longitudinal direction of the high-voltage cable; the joint device (51, 52, 53) includes joint connector portions (55a-55e), each of which is fitted to the fit tubular portion of the cable connector portion to be connected to the high-voltage cable; and. the joint connector portions (55a-55e) project in a substantially railcar width direction. the high-voltage cables respectively include cable connector portions at tip end portions thereof, each of the cable connector portions including a base tubular portion configured to cover the high-voltage cable and a fit tubular portion extending from the base tubular portion in a direction substantially perpendicular to a longitudinal direction of the high-voltage cable; the joint device (51, 52, 53) includes joint connector portions (55a-55e), each of which is fitted to the fit tubular portion of the cable connector portion to be connected to the high-voltage cable; and. the joint connector portions (55a-55e) project in a substantially railcar width direction.
A system configured to service a heat exchanger, wherein the heat exchanger comprises a plurality of tubes extending through a tubesheet, the system comprising: a manipulator comprising: a first end effector comprising a first actuator coupled to a first gripper and configured to accommodate an instrument configured to service the heat exchanger, wherein the first actuator is configured to extend the first gripper into a tube of the plurality of tubes, and wherein the first gripper is configured to secure the manipulator to the tubesheet; a second end effector comprising a second actuator coupled to a second gripper, wherein the second actuator is configured to extend into a tube of the plurality of tubes, and wherein the second gripper is configured to secure the manipulator to the tubesheet; and an articulation assembly comprising a first link, a second link, and three motors (32; 34; 36); and a control circuit coupled to the first end effector, the second end effector, and the articulation assembly, wherein control circuit is configured to cause the motors (32; 34; 36) to move the first end effector relative to the second end effector in a plane that is parallel to the tubesheet, based on an instruction; characterized in that the first link is pivotally connected to the first end effector and rotatable about a first axis, the first link is pivotally connected to the second link and rotatable about a second axis, and the second link is pivotally connected to the second end effector and rotatable about a third axis. a first end effector comprising a first actuator coupled to a first gripper and configured to accommodate an instrument configured to service the heat exchanger, wherein the first actuator is configured to extend the first gripper into a tube of the plurality of tubes, and wherein the first gripper is configured to secure the manipulator to the tubesheet; a second end effector comprising a second actuator coupled to a second gripper, wherein the second actuator is configured to extend into a tube of the plurality of tubes, and wherein the second gripper is configured to secure the manipulator to the tubesheet; and an articulation assembly comprising a first link, a second link, and three motors (32; 34; 36); and a control circuit coupled to the first end effector, the second end effector, and the articulation assembly, wherein control circuit is configured to cause the motors (32; 34; 36) to move the first end effector relative to the second end effector in a plane that is parallel to the tubesheet, based on an instruction; characterized in that the first link is pivotally connected to the first end effector and rotatable about a first axis, the first link is pivotally connected to the second link and rotatable about a second axis, and the second link is pivotally connected to the second end effector and rotatable about a third axis.
An apparatus for determining the shearing strength of a thermal insulation core section of structural mineral wool for sandwich panels, the apparatus comprising a mobile clamping element and alongside the same at least one immobile clamping element, each provided with a cavity (2a, 3a) capable of receiving part of a strip-like test specimen to be cut off the structural mineral wool, said apparatus being adapted to apply, normal to the lengthwise direction of the specimen, a force F to the mobile clamping element for moving the mobile clamping element relative to the immobile clamping element for achieving the shearing of the presently measured strip at a location between the mobile clamping element and the immobile clamping element, said apparatus being further provided with means for measuring the force F for its magnitude for determining the shearing strength of the core section on the basis thereof, characterized in that each cavity is provided with prongs for immobilising the test specimen.
A driving device of an electric lifting vertical column, which comprises a motor shell, a motor, and a gearing device, said motor driving the gearing device which brings along the lifting vertical column going up and down; wherein said motor shell comprises a bottom box and a bottom plate; a tail pad is arranged on said bottom box; and said bottom plate is sealed and connected with the bottom box to realize the fixation of the motor; characterized in that at least two mutually parallel supporting blocks are arranged on said bottom box; the lengths of said supporting blocks are smaller than the length of the motor; elastic supporting block sleeves are sleeved on said supporting blocks; both sides of said motor are clamped between the elastic supporting block sleeves; and the tail end of said motor is embedded into the tail pad.
A suspension device for removable attachment of a component to a vehicle structure, the suspension device comprising: a first bracket adapted to be mounted on the component; a second bracket adapted to be mounted on the vehicle structure; and a first locking arrangement and a second locking arrangement, adapted to lock the first and second bracket (100; 200) to each other, characterised in that the suspension device comprises a locking sleeve, and in that the first locking arrangement and the second locking arrangement each comprises a transverse pin (320; 420) and a fastener (310; 410) extending through an opening (322; 422) in the transverse pin (320; 420), wherein the fasteners (310; 410) of the first locking arrangement and the second locking arrangement are adapted to be screwed into said locking sleeve from opposite sides, such that the transverse pins (320; 420) of the first locking arrangement and the second locking arrangement apply a clamping force (F clamp) on the first and second bracket (100; 200). a first bracket adapted to be mounted on the component; a second bracket adapted to be mounted on the vehicle structure; and a first locking arrangement and a second locking arrangement, adapted to lock the first and second bracket (100; 200) to each other, characterised in that the suspension device comprises a locking sleeve, and in that the first locking arrangement and the second locking arrangement each comprises a transverse pin (320; 420) and a fastener (310; 410) extending through an opening (322; 422) in the transverse pin (320; 420), wherein the fasteners (310; 410) of the first locking arrangement and the second locking arrangement are adapted to be screwed into said locking sleeve from opposite sides, such that the transverse pins (320; 420) of the first locking arrangement and the second locking arrangement apply a clamping force (F clamp) on the first and second bracket (100; 200).
A rail-mounted fire and overheat detection system comprising: a rail; a plurality of sensor elements; and a plate characterised in that: the plurality of sensor elements are disposed along the rail; the plate is disposed at a first end of the rail, and secured thereto at a plate opening; and the system further comprises one or more damper elements extending about a perimeter of the rail to dampen vibrational forces acting on the rail. a rail; a plurality of sensor elements; and a plate characterised in that: the plurality of sensor elements are disposed along the rail; the plate is disposed at a first end of the rail, and secured thereto at a plate opening; and the system further comprises one or more damper elements extending about a perimeter of the rail to dampen vibrational forces acting on the rail. the plurality of sensor elements are disposed along the rail; the plate is disposed at a first end of the rail, and secured thereto at a plate opening; and the system further comprises one or more damper elements extending about a perimeter of the rail to dampen vibrational forces acting on the rail.