mhurhangee/ep-ind-claims huggingface dataset:
A container comprising pre-portioned washing and/or cleaning agents, which have at least a lateral dimension of 31.7 mm or more, and comprising a closure device which - comprises a frame defining an opening and a lid that covers the opening and is pivotally coupled to the frame via a pivot axis, arranged on one side of the frame, in order to switch from a closed position, in which the lid closes the opening, into an open position, in which the lid is spaced apart from the frame and thus uncovers the opening, the frame being fastenably coupled to the container, - comprises at least one first and one second locking means (4, 5), each formed by a lid portion (4.2, 5.2) and an associated frame portion (4.1, 5.1), in order to hold the lid to the frame in the closed position, characterized in that the first locking means can be opened by directly applying force to the associated frame portion (4.1); the second locking means can be opened by directly applying force to the associated lid portion (5.2); and the first and second locking means (4, 5) are mutually spaced, the first and second locking means (4, 5) being arranged on an assembly side opposite the pivot axis. - comprises a frame defining an opening and a lid that covers the opening and is pivotally coupled to the frame via a pivot axis, arranged on one side of the frame, in order to switch from a closed position, in which the lid closes the opening, into an open position, in which the lid is spaced apart from the frame and thus uncovers the opening, the frame being fastenably coupled to the container, - comprises at least one first and one second locking means (4, 5), each formed by a lid portion (4.2, 5.2) and an associated frame portion (4.1, 5.1), in order to hold the lid to the frame in the closed position, characterized in that the first locking means can be opened by directly applying force to the associated frame portion (4.1); the second locking means can be opened by directly applying force to the associated lid portion (5.2); and the first and second locking means (4, 5) are mutually spaced, the first and second locking means (4, 5) being arranged on an assembly side opposite the pivot axis.
A system including: a pressure vessel; a fluid source; a line coupled to the pressure vessel and to the fluid source, wherein pressurized fluid flows through the line; an apparatus including: a pipe connected in the line so that the pressurized fluid flows through the pipe between the pressure vessel and the fluid source, the pipe having a conduit wall that is exposed to pressure cycling of the pressure vessel; a containment structure including a cavity separated from an interior of the pipe by a portion of the conduit wall; and the portion of the conduit wall having a weakness configured such that the conduit wall fails at the weakness to permit the fluid to flow from the interior of the pipe into the cavity of the containment structure; and a sensor configured to determine a value of a physical property in the cavity; and a controller in signal communication with the sensor and configured to detect a change in the value. a pressure vessel; a fluid source; a line coupled to the pressure vessel and to the fluid source, wherein pressurized fluid flows through the line; an apparatus including: a pipe connected in the line so that the pressurized fluid flows through the pipe between the pressure vessel and the fluid source, the pipe having a conduit wall that is exposed to pressure cycling of the pressure vessel; a containment structure including a cavity separated from an interior of the pipe by a portion of the conduit wall; and the portion of the conduit wall having a weakness configured such that the conduit wall fails at the weakness to permit the fluid to flow from the interior of the pipe into the cavity of the containment structure; and a pipe connected in the line so that the pressurized fluid flows through the pipe between the pressure vessel and the fluid source, the pipe having a conduit wall that is exposed to pressure cycling of the pressure vessel; a containment structure including a cavity separated from an interior of the pipe by a portion of the conduit wall; and the portion of the conduit wall having a weakness configured such that the conduit wall fails at the weakness to permit the fluid to flow from the interior of the pipe into the cavity of the containment structure; and a sensor configured to determine a value of a physical property in the cavity; and a controller in signal communication with the sensor and configured to detect a change in the value.
A vehicle radiator apparatus comprising: a radiator main body; a grill shutter unit configured to adjust the amount of air that is introduced from an opening formed in front of the radiator main body and flows toward the radiator main body; and an air guiding plate provided to extend in a longitudinal direction below the radiator main body and the grill shutter unit so as to guide the air introduced from the opening to the radiator main body, wherein the grill shutter unit includes: a shutter member configured to open or close the opening of a vehicle; and a shutter support member configured to support the shutter member, and including a pair of left and right side frame portions (321, 322) and an upper frame portion that interconnects upper ends of the side frame portions, the shutter support member being opened downward, and wherein lower ends of the side frame portions of the grill shutter unit are assembled and attached to an upper surface portion of the air guiding plate. a radiator main body; a grill shutter unit configured to adjust the amount of air that is introduced from an opening formed in front of the radiator main body and flows toward the radiator main body; and an air guiding plate provided to extend in a longitudinal direction below the radiator main body and the grill shutter unit so as to guide the air introduced from the opening to the radiator main body, wherein the grill shutter unit includes: a shutter member configured to open or close the opening of a vehicle; and a shutter support member configured to support the shutter member, and including a pair of left and right side frame portions (321, 322) and an upper frame portion that interconnects upper ends of the side frame portions, the shutter support member being opened downward, and a shutter member configured to open or close the opening of a vehicle; and a shutter support member configured to support the shutter member, and including a pair of left and right side frame portions (321, 322) and an upper frame portion that interconnects upper ends of the side frame portions, the shutter support member being opened downward, and wherein lower ends of the side frame portions of the grill shutter unit are assembled and attached to an upper surface portion of the air guiding plate.
A direct exposure device for direct, preferably maskless, exposure and curing of a desired structure in a solder resist comprising: at least one exposure device which comprises at least one UV laser light source for generating a UV laser light beam, and a deflection device which is configured to deflect the UV laser light beam to an exposure plane in order to expose the desired structure in the solder resist which is arranged in the exposure plane, characterized in that the direct exposure device comprises a heat source device comprising homogenization optics, wherein the heat source device is configured such that an area in the exposure plane is exposed, spatially homogenously and in a way overlapping in terms of time, to the deflected UV laser light beam and to the heat radiation emitted by the heat source device. at least one exposure device which comprises at least one UV laser light source for generating a UV laser light beam, and a deflection device which is configured to deflect the UV laser light beam to an exposure plane in order to expose the desired structure in the solder resist which is arranged in the exposure plane, characterized in that the direct exposure device comprises a heat source device comprising homogenization optics, wherein the heat source device is configured such that an area in the exposure plane is exposed, spatially homogenously and in a way overlapping in terms of time, to the deflected UV laser light beam and to the heat radiation emitted by the heat source device.
A thermally conductive sheet comprising: a polymer matrix; and an anisotropic filler, the anisotropic filler oriented in a thickness direction characterized in that the anisotropic filler being disposed in such a way as to fall down in a proportion of 1 to 45% on a surface of the thermally conductive sheet, the surface observed with an optical microscope. a polymer matrix; and an anisotropic filler, the anisotropic filler oriented in a thickness direction characterized in that the anisotropic filler being disposed in such a way as to fall down in a proportion of 1 to 45% on a surface of the thermally conductive sheet, the surface observed with an optical microscope.
An imaging member comprising: a pressing plate configured to press a breast of a subject; an acoustic matching member having fluidity; a coupling material having lower fluidity than the acoustic matching member; and an ultrasonography member that has a first surface on which the acoustic matching member is provided, the ultrasonography member being provided such that a second surface on a side opposite to the first surface is provided via the coupling material on a surface of the pressing plate, which surface is on a side opposite to a surface that comes into contact with the breast. a pressing plate configured to press a breast of a subject; an acoustic matching member having fluidity; a coupling material having lower fluidity than the acoustic matching member; and an ultrasonography member that has a first surface on which the acoustic matching member is provided, the ultrasonography member being provided such that a second surface on a side opposite to the first surface is provided via the coupling material on a surface of the pressing plate, which surface is on a side opposite to a surface that comes into contact with the breast.
A method for gripping, seizing, positioning, handling, shifting, rotating, regrouping, and/or manipulating articles, packs, or piece goods being transported individually, pairwise, or in groups on a horizontal conveyor, with a handling device having a manipulator movably suspended and controllably movable in a movement range above the horizontal conveyor, which manipulator comprises one or more means for gripping the articles, groupings, packs, or piece goods, wherein the movement profiles of at least the manipulator are sensor-monitored and/or monitored by detection of current consumption values, pressure values, and/or of path-time curves for at least one drive of the handling device, and are evaluated with regard to sensor values, pressure values, and/or current consumption values and/or path-time relations to be expected from the control commands for the manipulator movements, and wherein an unexpected event in the movement profile and/or handling profile of the manipulator is identified and/or derived by a comparison of the target values with the detected sensor values, characterised in that at least one strain sensor, in particular, a strain gauge, generates strain-induced output signals and provides the output signals to a control and evaluation circuit, which manipulator is formed by a parallel kinematic robot or by a tripod with at least three positioning arms, which are each made up of at least two arm sections (22, 24) that are swivelable relative to one another and that can be operated independently of one another, which strain sensor is assigned to at least one of the positioning arms of the manipulator, to the manipulator, and/or to a tool carrier carrying the manipulator and suspended from the positioning arms of the manipulator, and which strain sensor generates strain-induced output signals and provides the output signals to a control and evaluation circuit. at least one strain sensor, in particular, a strain gauge, generates strain-induced output signals and provides the output signals to a control and evaluation circuit, which manipulator is formed by a parallel kinematic robot or by a tripod with at least three positioning arms, which are each made up of at least two arm sections (22, 24) that are swivelable relative to one another and that can be operated independently of one another, which strain sensor is assigned to at least one of the positioning arms of the manipulator, to the manipulator, and/or to a tool carrier carrying the manipulator and suspended from the positioning arms of the manipulator, and which strain sensor generates strain-induced output signals and provides the output signals to a control and evaluation circuit.
A converter, comprising: power converting means for converting a supplied power by a switching element; a smoothing filter for smoothing the power that is converted in power by the power converting means; voltage detecting means for detecting a voltage of the power that is outputted from the smoothing filter; and control means for outputting a voltage reference that is compared with the output voltage that is detected by the voltage detecting means, and outputting a pulse signal for controlling a conduction ratio of the supply power in the switching element so that the output voltage coincides with the voltage reference, characterised in that the control means stops the output of the voltage reference when the output voltage is larger than a first given voltage that is set in advance, such that output of power is also stopped. power converting means for converting a supplied power by a switching element; a smoothing filter for smoothing the power that is converted in power by the power converting means; voltage detecting means for detecting a voltage of the power that is outputted from the smoothing filter; and control means for outputting a voltage reference that is compared with the output voltage that is detected by the voltage detecting means, and outputting a pulse signal for controlling a conduction ratio of the supply power in the switching element so that the output voltage coincides with the voltage reference, characterised in that the control means stops the output of the voltage reference when the output voltage is larger than a first given voltage that is set in advance, such that output of power is also stopped.
Apparatus support device, in particular for mounting a mobile medical device from the group defibrillator, oxygen device, respirator, surveillance monitor, infusion device, inhaler, electrocardiograph, transfusion pump, life support system, extracorporeal system and heart/lung machine, - with a wall bracket, and - with a mounting plate, ∘ which is aligned at least substantially or exactly horizontally in the intended assembly state and which has an upper side, a lower side and side edges (33, 34, 35, 36), ∘ wherein, on the upper side, the mounting plate has a fastening means for fastening a medical device to be arranged on the upper side, ∘ the appliance holding device comprises a damping device via which the mounting plate is fixed to the wall bracket characterised in that, on the upper side of the mounting plate, the fastening means comprises a receiving contour for form-fitting reception of a device underside of a medical device to be received. - with a wall bracket, and - with a mounting plate, ∘ which is aligned at least substantially or exactly horizontally in the intended assembly state and which has an upper side, a lower side and side edges (33, 34, 35, 36), ∘ wherein, on the upper side, the mounting plate has a fastening means for fastening a medical device to be arranged on the upper side, ∘ the appliance holding device comprises a damping device via which the mounting plate is fixed to the wall bracket ∘ which is aligned at least substantially or exactly horizontally in the intended assembly state and which has an upper side, a lower side and side edges (33, 34, 35, 36), ∘ wherein, on the upper side, the mounting plate has a fastening means for fastening a medical device to be arranged on the upper side, ∘ the appliance holding device comprises a damping device via which the mounting plate is fixed to the wall bracket
An antenna device (106, 107) comprising a radiation element of an electric field type antenna and a ground conductor disposed so as to oppose the radiation element, wherein at least one first reactance element is connected between the radiation element and the ground conductor, and the radiation element, the first reactance element, and the ground conductor form a loop unit of a magnetic field type antenna, wherein the radiation element is connected to a first feeder circuit and is an antenna element for a first frequency band, and the loop unit is an antenna element for a second frequency band that is lower than the first frequency band, and wherein the antenna device (106, 107) further comprises a feeder coil to which a second feeder circuit of a communication signal of the second frequency band is connected and that undergoes magnetic field coupling with the loop unit, wherein the radiation element is an antenna for cellular communication, and the loop unit is an antenna for an HF band RFID system.
A method, comprising: receiving from a first access node, at a communication device served by said first access node, in advance of the first access node entering a dormant, first state in which said first access node is not receiving radio transmissions from the communication device, information about a dormancy pattern for the first access node; determining, at the communication device, that the first access node serving the communication device is currently in the dormant state; and controlling a radio transmitter or radio transceiver at said communication device to transmit a radio signal using the received information about the dormancy pattern, wherein the radio signal triggers at least one second access node to alert said first access node of a request for said first access node to switch from said first state to a second state in which said first access node receives radio transmissions from the communication device. receiving from a first access node, at a communication device served by said first access node, in advance of the first access node entering a dormant, first state in which said first access node is not receiving radio transmissions from the communication device, information about a dormancy pattern for the first access node; determining, at the communication device, that the first access node serving the communication device is currently in the dormant state; and controlling a radio transmitter or radio transceiver at said communication device to transmit a radio signal using the received information about the dormancy pattern, wherein the radio signal triggers at least one second access node to alert said first access node of a request for said first access node to switch from said first state to a second state in which said first access node receives radio transmissions from the communication device.
Material conveying device for charging at least one injection molding and/or extruding unit with a non-free-flowing or viscous material to be conveyed, having a feed hopper rotatable around an axis of rotation relative to a console and a conveyor screw arranged in a screw shaft of the console so as to be rotatable along an inner lateral surface of the feed hopper, which is designed to convey the material to be conveyed from the feed hopper to an outlet, wherein the screw shaft is connected to a hopper outlet of the feed hopper, and wherein the feed hopper and the conveying screw are drivable via at least one drive device (9, 10), wherein the feed hopper is operable as a function of at least one operating parameter of the material conveying device, characterised in that at least one operating parameter is a drive torque of the conveyor screw, wherein preferably the drive torque is determinable by at least one torque transducer arranged in the drive path of the conveyor screw.
A method of manufacturing an opening system for a container, the container comprising a packaging material having an outside and an inside, and a strip zone arranged in the packaging material and being configured to be opened when opening the container, the method comprising molding an injection molded opening element by pressurizing a material from which the opening element is to be formed so that said material propagates from the inside of the packaging material to the outside thereof, through the strip zone, while having arranged a support element at the outside of the packaging material to contact at least part of the strip zone and at least part of the packaging material at a first portion thereof outside the strip zone, along a plane in which the packaging material extends, where said material propagates; and characterized by providing the support element with elongated ribs (108, 108') being arranged to contact at least part of the strip zone and at least part of the packaging material at said first portion thereof where said material propagates.
Grill device comprising a barbecue container for a barbecue and an ash container which is fastened or able to be fastened to the barbecue container, comprising an ash inlet, the ash inlet facing the barbecue container, and the air supply from the surrounding air to the barbecue being adjustable via a relative movement between the ash container and the barbecue container, the relative movement taking place in the vertical direction and a shape and/or a dimension of an air passageway delimited at least by the ash container and the barbecue container being adjustable by means of the vertical relative movement, a movement device (5, 8, 16, 17) comprising a moveable bracket for the ash container being indirectly or directly fastened to the barbecue container in order to carry out the relative movement between the ash container and the barbecue container, the bracket comprising a swivel fork which is mounted so as to be able to be swivelled relative to the barbecue container about a horizontal swivel pin, which swivel fork comprises two fork limbs which receive and support the ash container in between them, such that a swivel movement of the swivel fork has a respective vertical movement component for raising and lowering the ash container, and such that the movement device (5, 8, 16, 17) comprises an actuating member in order to swivel the swivel fork about the swivel pin, characterised in that the movement device (5, 8, 16, 17) comprises a worm gear (8, 16) which is applied to the bracket and can be actuated by rotating the actuating member in order to swivel the swivel fork about the swivel pin and thereby displace the ash container vertically relative to the barbecue container.