mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a ground milling machine, in particular a road milling machine, a stabilizer, a recycler, a surface miner or the like, having an interchangeable milling drum, wherein the milling drum is equipped with a plurality of milling tools, in particular round shank picks, wherein the milling drum has a current state, wherein a control unit is provided for controlling at least one function of the ground milling machine, wherein the milling drum has a characteristic feature (16.4) or a characteristic feature (16.4) is assigned to the milling drum, and wherein at least one data set (16.2) containing information on the current state of the milling drum is stored in a storage unit (16.1), characterized in that the characteristic feature (16.4) identifying the milling drum is assigned to the data set (16.2) in the storage unit (16.1), and in that this data set (16.2) is transmitted to a processing device, in that during or after completion of the milling task, the new current state of the milling drum resulting from the milling task is assessed or determined, in that a new data set (16.1) taking this new current state of the milling drum into account is then generated, and in that the new data set (16.1) is transmitted to the storage unit (16.1). and wherein at least one data set (16.2) containing information on the current state of the milling drum is stored in a storage unit (16.1), characterized in that the characteristic feature (16.4) identifying the milling drum is assigned to the data set (16.2) in the storage unit (16.1), and in that this data set (16.2) is transmitted to a processing device, in that during or after completion of the milling task, the new current state of the milling drum resulting from the milling task is assessed or determined, in that a new data set (16.1) taking this new current state of the milling drum into account is then generated, and in that the new data set (16.1) is transmitted to the storage unit (16.1).
A method of building a heat exchanger, the method comprising: forming, with layer-by-layer additive manufacturing, the heat exchanger, wherein forming the heat exchanger comprises: forming a first hollow annulus; forming a body of the heat exchanger, wherein the body is integrally connected to and grown upwards from the first hollow annulus, wherein the body defines an interior that is cylindrically shaped, wherein an axis of the body is oriented parallel to a direction of gravity, wherein the first hollow annulus is disposed on a gravitational bottom of the body, wherein the body comprises: an exterior wall; and a heat exchanger core disposed within the exterior wall; forming a second hollow annulus integrally connected to and grown upwards from a gravitational top of the body; and removing residual powder from a bottom of the heat exchanger; and characterized by forming the first annulus to include a drain port disposed along a gravitational bottom of the first annulus; and forming the second annulus to include a vent port disposed on a gravitational top of the second annulus. forming, with layer-by-layer additive manufacturing, the heat exchanger, wherein forming the heat exchanger comprises: forming a first hollow annulus; forming a body of the heat exchanger, wherein the body is integrally connected to and grown upwards from the first hollow annulus, wherein the body defines an interior that is cylindrically shaped, wherein an axis of the body is oriented parallel to a direction of gravity, wherein the first hollow annulus is disposed on a gravitational bottom of the body, wherein the body comprises: an exterior wall; and a heat exchanger core disposed within the exterior wall; forming a second hollow annulus integrally connected to and grown upwards from a gravitational top of the body; and forming a first hollow annulus; forming a body of the heat exchanger, wherein the body is integrally connected to and grown upwards from the first hollow annulus, wherein the body defines an interior that is cylindrically shaped, wherein an axis of the body is oriented parallel to a direction of gravity, wherein the first hollow annulus is disposed on a gravitational bottom of the body, wherein the body comprises: an exterior wall; and a heat exchanger core disposed within the exterior wall; an exterior wall; and a heat exchanger core disposed within the exterior wall; forming a second hollow annulus integrally connected to and grown upwards from a gravitational top of the body; and removing residual powder from a bottom of the heat exchanger; and characterized by forming the first annulus to include a drain port disposed along a gravitational bottom of the first annulus; and forming the second annulus to include a vent port disposed on a gravitational top of the second annulus.
A device for the at least partial removal of the outer circumferential surface of a cylindrical body, in particular a pipe consisting entirely or partially of plastic, comprising an in particular hollow-cylindrical housing, whose wall surrounds a cylindrical interior space that accommodates the body in an axially moveable manner, at least one opening (58, 60 62) in the wall, as well as one cutting element that is associated with the opening (58, 60, 62) and with its cutting section projects into the interior space, wherein the cutting element in a front view exhibits a disc or ring geometry and is connected to the housing by a fastening element that extends along the direction of the longitudinal axis of the cutting element, whereby the cutting element can be fastened to the housing in the desired position by rotating it about its longitudinal axis, characterized in that a second section of the interior space extending in the direction of movement of the cylindrical body upstream of the cutting element, possesses an inside diameter D2, which merges into a third section, whose boundary towards the interior space possesses a circular-segment cross-section, whose circumference extends equidistant to the circumference of the cutting element at least in the region of the cutting section.
A process for the production by extrusion of a multilayer film composed of at least three layers of which two outer layers consist of virgin PET or a virgin copolymer thereof; an inner layer of said multilayer film being produced by the sequence of: - a mixing step, wherein recycled PET material is mixed with an additive to obtain a thermoplastic material to be extruded; said recycled PET material having an intrinsic viscosity, measured according to ASTM D 4603-86, lower than 0.80 dl/g, deriving, for at least 50% by weight, from recycling processes and comprising PET or a copolymer thereof; - an extrusion step, wherein said thermoplastic material undergoes extrusion at a temperature lower than 300°C; - a recovery and cooling step, wherein a film coming out of the extruder is recovered and cooled; said additive being pyromellitic dianhydride; said process being characterized in that said pyromellitic dianhydride is added in a quantity ranging from 0.002% to 0.150% by weight with respect to the total weight of said thermoplastic material to be extruded; said film multilayer coming out of the extruder having an intrinsic viscosity, measured according to ASTM D 4603-86, lower than weighted intrinsic viscosity of incoming PET material. - a mixing step, wherein recycled PET material is mixed with an additive to obtain a thermoplastic material to be extruded; said recycled PET material having an intrinsic viscosity, measured according to ASTM D 4603-86, lower than 0.80 dl/g, deriving, for at least 50% by weight, from recycling processes and comprising PET or a copolymer thereof; - an extrusion step, wherein said thermoplastic material undergoes extrusion at a temperature lower than 300°C; - a recovery and cooling step, wherein a film coming out of the extruder is recovered and cooled;
A portable ventilator comprising: a ventilation drive configured to drive ventilation gas from a gas source to a patient; wherein the portable ventilator is configured to removably connect to and disconnect from each of a plurality of hosts such that: when the portable ventilator is not connected to the host the ventilation drive drives ventilation gas from a portable gas source to the patient, and when the portable ventilator is connected to the host the ventilation drive drives ventilation gas to the patient from the source out of the host gas source and the portable gas source which has the highest delivery pressure. a ventilation drive configured to drive ventilation gas from a gas source to a patient; wherein the portable ventilator is configured to removably connect to and disconnect from each of a plurality of hosts such that: when the portable ventilator is not connected to the host the ventilation drive drives ventilation gas from a portable gas source to the patient, and when the portable ventilator is connected to the host the ventilation drive drives ventilation gas to the patient from the source out of the host gas source and the portable gas source which has the highest delivery pressure.
A method for generating sweep signals corresponding to plural sources that generate seismic waves, the method comprising: selecting a nominal sweep signal whose phase <p(t) is characterized by an instantaneous frequency F t = 1 2 π ∂ φ t ∂ t; applying a perturbation to the nominal sweep signal; and calculating the sweep signals (Sn) by varying the perturbation, each sweep signal corresponding to a seismic source; wherein the perturbation causes a frequency rate change, d dt P(t), that is less than a predetermined fraction, y,of a nominal sweep's frequency rate d dt F t. selecting a nominal sweep signal whose phase <p(t) is characterized by an instantaneous frequency F t = 1 2 π ∂ φ t ∂ t; applying a perturbation to the nominal sweep signal; and calculating the sweep signals (Sn) by varying the perturbation, each sweep signal corresponding to a seismic source; wherein the perturbation causes a frequency rate change, d dt P(t), that is less than a predetermined fraction, y,of a nominal sweep's frequency rate d dt F t.
Dispense interface for use with a drug delivery device comprising - an inner body and - a lockout element, - wherein the lockout element is coupled to the inner body, - wherein the lockout element is movable from a receptive condition to a locked condition, - wherein in the receptive condition the dispense interface is attachable to the drug delivery device, - wherein in the locked condition the dispense interface is not-attachable to the drug delivery device, and - wherein the lockout element is configured to move from the receptive condition to the locked condition when said dispense interface is attached to and detached from said drug delivery device, characterized in - that the lockout element comprises at least a spring element (7202a,b), and wherein the spring element (7202a,b) is a combined spiral and coil spring (7202a,b). - an inner body and - a lockout element, - wherein the lockout element is coupled to the inner body, - wherein the lockout element is movable from a receptive condition to a locked condition, - wherein in the receptive condition the dispense interface is attachable to the drug delivery device, - wherein in the locked condition the dispense interface is not-attachable to the drug delivery device, and - wherein the lockout element is configured to move from the receptive condition to the locked condition when said dispense interface is attached to and detached from said drug delivery device, - that the lockout element comprises at least a spring element (7202a,b), and wherein the spring element (7202a,b) is a combined spiral and coil spring (7202a,b).
Cartridge for insertion into a nebulizer for nebulizing of a fluid, the fluid being a pharmaceutical composition/formulation and/or a liquid medicament, the cartridge comprising: a container containing the fluid to be nebulized, a tube for conveying the fluid out of the container, the tube being at least partially flexible and/or bendable, and a closure with a connection port for fluidically and/or sealingly connecting the cartridge to a delivery mechanism of the nebulizer, the tube being mechanically and/or fluidically connected - preferably directly or indirectly - to the closure or connection port, characterized in that the tube has at least partially the shape of a conical helix. the fluid being a pharmaceutical composition/formulation and/or a liquid medicament, the cartridge comprising: a container containing the fluid to be nebulized, a tube for conveying the fluid out of the container, the tube being at least partially flexible and/or bendable, and a closure with a connection port for fluidically and/or sealingly connecting the cartridge to a delivery mechanism of the nebulizer, the tube being mechanically and/or fluidically connected - preferably directly or indirectly - to the closure or connection port, characterized in that the tube has at least partially the shape of a conical helix. a container containing the fluid to be nebulized, a tube for conveying the fluid out of the container, the tube being at least partially flexible and/or bendable, and a closure with a connection port for fluidically and/or sealingly connecting the cartridge to a delivery mechanism of the nebulizer, the tube being mechanically and/or fluidically connected - preferably directly or indirectly - to the closure or connection port, characterized in that the tube has at least partially the shape of a conical helix.
A portable air purifier, comprising: a body; first to third accommodation portions (10a, 10b, 10c) configured to have respective open top surfaces in order to separately accommodate a battery, an air compressor, and water inside the body; first to third covers (12a, 12b, 12c) configured to selectively open and close the respective open top surfaces of the first to third accommodation portions (10a, 10b, 10c); an air inlet formed in a bottom surface of the body, connected to a lower portion of the second accommodation portion via a path, and configured to accommodate a pre-filter; a siphon pipe positioned upright inside the water of the third accommodation portion, and configured such that a top of the siphon pipe is connected to an air outlet of the air compressor; a cannula installed on a top of the third accommodation portion, and configured to supply purified, humidified air to a user; and a power switch installed on one side of a side surface of the body, and configured to control an amount of air to be supplied while selectively turning on and off driving of the air compressor, characterized in that a charging adaptor connector is installed on one side of the side surface of the body in order to charge the battery. a body; first to third accommodation portions (10a, 10b, 10c) configured to have respective open top surfaces in order to separately accommodate a battery, an air compressor, and water inside the body; first to third covers (12a, 12b, 12c) configured to selectively open and close the respective open top surfaces of the first to third accommodation portions (10a, 10b, 10c); an air inlet formed in a bottom surface of the body, connected to a lower portion of the second accommodation portion via a path, and configured to accommodate a pre-filter; a siphon pipe positioned upright inside the water of the third accommodation portion, and configured such that a top of the siphon pipe is connected to an air outlet of the air compressor; a cannula installed on a top of the third accommodation portion, and configured to supply purified, humidified air to a user; and a power switch installed on one side of a side surface of the body, and configured to control an amount of air to be supplied while selectively turning on and off driving of the air compressor, characterized in that a charging adaptor connector is installed on one side of the side surface of the body in order to charge the battery.
Object holder which is intended to be removably fastened to the edge of a plate type support, which object holder comprises a tongue having a free end and carrying at its other end, with forming a connection area, a part which is turned back toward the tongue, the tongue and the turned-back part being resiliently deformable such that the object holder is able, in a rest position of the object holder, to clamp the edge of the support between the free end regions of the tongue and of the turned-back part, and, in a hooking position, to hold at least one object between the support and the tongue by means of hooking, characterized by the fact that the tongue carries, in the vicinity of the connection area, a protrusion which is directed toward the turned-back part and the free end of which is in contact with the support in the rest position of the object holder, the connection area being spaced apart from the support.
Hoist mechanism for an overhead door, comprising a hoist axle, at least one electric motor for rotating the hoist axle, the electric motor having an axle, and an emergency use system for rotating the axle of the said electric motor, which emergency use system comprises a hydraulic motor, which is connected to the axle of the electric motor by means of a clutch, characterized in that said clutch is an electromagnetic clutch and said emergency use system comprises an emergency power supply independent of the electric power network for engaging the electromagnetic clutch.
A lighting device comprising: a heat sink; a light source which is disposed on the heat sink; a cover which is coupled to the heat sink and comprises a dome disposed on the light source and a body supporting the dome; and a reflective plate which is disposed in the body and has an opening through which a part of light from the light source passes, wherein the body of the cover comprises a upper portion coupled to the dome, a lower portion coupled to the heat sink, and a middle portion disposed between the upper portion and the lower portion, wherein the reflective plate is disposed on the upper portion or the middle portion of the body, characterized in that the reflective plate comprises a flat surface, wherein the reflective plate has a plurality of holes, the holes being smaller than the opening, wherein a luminous flux between 130° to 180° based on a central axis of the cover is larger than 10 % of a total luminous flux of the lighting device. a heat sink; a light source which is disposed on the heat sink; a cover which is coupled to the heat sink and comprises a dome disposed on the light source and a body supporting the dome; and a reflective plate which is disposed in the body and has an opening through which a part of light from the light source passes, wherein the body of the cover comprises a upper portion coupled to the dome, a lower portion coupled to the heat sink, and a middle portion disposed between the upper portion and the lower portion, wherein the reflective plate is disposed on the upper portion or the middle portion of the body, characterized in that the reflective plate comprises a flat surface, wherein the reflective plate has a plurality of holes, the holes being smaller than the opening, wherein a luminous flux between 130° to 180° based on a central axis of the cover is larger than 10 % of a total luminous flux of the lighting device. wherein the body of the cover comprises a upper portion coupled to the dome, a lower portion coupled to the heat sink, and a middle portion disposed between the upper portion and the lower portion, wherein the reflective plate is disposed on the upper portion or the middle portion of the body, characterized in that the reflective plate comprises a flat surface, wherein the reflective plate has a plurality of holes, the holes being smaller than the opening, wherein a luminous flux between 130° to 180° based on a central axis of the cover is larger than 10 % of a total luminous flux of the lighting device.
A vehicle electrical system component for a data transmission system in a motor vehicle, in particular for an Ethernet transmission system, comprising a cable having wires and a plug having wire connection contacts for contacting the wires, wherein the wires have an electrical insulation, wherein a common shielding is arranged around the wires, which is enclosed by a common cable sheath, wherein the cable has at least three wires and an electrically conductive drain wire, wherein the drain wire contacts the shielding at least in sections and is contacted to a wire connection contact of the plug, characterized in that the cable has exactly three wires, wherein the drain wire is twisted with the three wires, wherein the data transmission takes place via two wires (2, 4), the third wire is connected to the supply voltage and the drain wire is connected to ground.
Method for assisting a user of an assistance system including a display mounted on a vehicle to display representations of one or more objects (3, 4, 5) in the environment of the display, comprising the following method steps: - obtaining information on an environment of the display including a lane on which the vehicle is driving, - determining presence of objects (3, 4, 5) in the environment, and - displaying, on the display, a representation of the objects (3, 4, 5) determined in the environment, characterized in that in the step of displaying the representation, a representation of the environment including, the vehicle, the lane and the determined objects (3, 4, 5) is displayed, wherein real world positions of the vehicle, the objects (3, 4, 5) and the lane are converted into a coordinate system of the display, and the method further comprises the steps of - determining, for at least one of the objects (3, 4, 5) represented in the representation, a starting point for an indicator line from a direction of the at least one object (3, 4, 5) relative to the display; and - displaying the indicator line connecting the starting point with the displayed representation of the at least one object (3, 4, 5). - obtaining information on an environment of the display including a lane on which the vehicle is driving, - determining presence of objects (3, 4, 5) in the environment, and - displaying, on the display, a representation of the objects (3, 4, 5) determined in the environment, - determining, for at least one of the objects (3, 4, 5) represented in the representation, a starting point for an indicator line from a direction of the at least one object (3, 4, 5) relative to the display; and - displaying the indicator line connecting the starting point with the displayed representation of the at least one object (3, 4, 5).
A method in a first lifecycle management, LCM component, in a virtual network; wherein the virtual network comprises trusted provider configured to provide a decentralised trust system between a plurality of LCM components controlled by different service providers in the virtual network, wherein the trusted provider comprises a trusted LCM component that is controlled by the trusted provider and that is configured to provide the decentralized trust system as a service, the method comprising: storing a detailed description of one or more local services that the first service provider is capable of providing; generating a local tag representative of the one or more local services, wherein the local tag comprises less detail about the one or more local services than the detailed description; and enrolling with the decentralised trust system using the local tag, wherein the step of enrolling with the decentralised trust system using the local tag comprises: generating an enrolment request comprising the local tag; and forwarding the enrolment request to the trusted LCM component. storing a detailed description of one or more local services that the first service provider is capable of providing; generating a local tag representative of the one or more local services, wherein the local tag comprises less detail about the one or more local services than the detailed description; and enrolling with the decentralised trust system using the local tag, wherein the step of enrolling with the decentralised trust system using the local tag comprises: generating an enrolment request comprising the local tag; and forwarding the enrolment request to the trusted LCM component.