mhurhangee/ep-ind-claims huggingface dataset:
A breathing therapy system with at least two separate and independently operable breathing therapy devices, wherein the breathing therapy devices each have at least one control apparatus and each have at least one device component that can be controlled by means of the control apparatus for providing at least one device function, wherein at least one coupling apparatus is provided for establishing an operative connection between the at least two breathing therapy devices, and wherein the coupling apparatus is suitable and designed to control the control apparatuses of the at least two breathing therapy devices when the operative connection is established, and wherein, by means of the coupling apparatus, at least one device component of the at least one breathing therapy device can be at least partially functionally expanded and/or at least partially functionally replaced by at least one device component of the at least one other breathing therapy device, wherein the breathing therapy system comprises at least one breathing therapy device designed as a ventilator and at least one breathing therapy device designed as a cough device, wherein the ventilator comprises a therapy apparatus which is designed as a ventilation apparatus, wherein the ventilation apparatus is equipped with at least one blower apparatus and/or a valve, wherein the cough device is configured for targeted support of discharging secretions from the airways of a patient and comprises a therapy apparatus designed as a cough apparatus, wherein the cough apparatus comprises at least one blower apparatus and additionally at least one valve, characterized in that at least one display apparatus of the at least one breathing therapy device is at least partially functionally expanded and/or replaced by at least one display apparatus of the at least one other breathing therapy device such that a data visualization is expanded or replaced, respectively.
Stretching device (2, 102, 202) for stretching an apex filler strip prior to application to a bead for a tire, wherein the apex filler strip, in cross section, is provided with a base portion, a tip, a tapering portion extending from the base portion to the tip and two sides (94, 95) defined by the tapering portion, wherein the stretching device (2, 102, 202) comprises a stretching roller that is rotatable about a rotation axis and a plurality of guides (41, 42, 43, 44, 45) for guiding the apex filler strip in a loop around a part of the circumference of the stretching roller, wherein the stretching roller is provided with a circumferential profile that is arranged for supporting the apex filler strip in the loop at one of its two sides (94, 95) in a stretching orientation with the one side (94, 95) under a support angle with respect to the rotation axis of the stretching roller and with its tip radially outside of the base portion with respect to the rotation axis of the stretching roller for stretching said tip, wherein the plurality of guides (41, 42, 43, 44, 45) is arranged for receiving the apex filler strip in an entry orientation towards the stretching roller and for discharging the apex filler strip in an exit orientation away from the stretching roller, wherein the plurality of guides (41, 42, 43, 44, 45) is arranged for guiding the one side (94, 95) of the apex filler strip in the entry orientation and the exit orientation under angles different from the support angle with respect to rotation axis of the stretching roller such that the apex filler strip is twisted in the transition from the entry orientation to the stretching orientation and in the transition from the stretching orientation to the exit orientation over a twisting angle of at least forty-five degrees.
A resource scheduling method, comprising: collecting in cycles, by a resource scheduling system, target client available bandwidths of all node servers corresponding to a target client in a target area and a real-time bandwidth demand of the target client in the target area; determining, by the resource scheduling system, a target node server in the all node servers according to the real-time bandwidth demand, bandwidth costs of the all node servers, and the target client available bandwidth; and scheduling, by the resource scheduling system, a service access request of the target client in the target area to the target node server; wherein the determining, by the resource scheduling system, a target node server in the all node servers according to the real-time bandwidth demand, bandwidth costs of the all node servers, and the target client available bandwidth comprises: selecting in succession, by the resource scheduling system, bandwidth carrying nodes in the all node servers in order of the bandwidth costs from low to high; and when a sum of target client available bandwidths in all the selected bandwidth carrying nodes is greater than the real-time bandwidth demand, determining, by the resource scheduling system, all the bandwidth carrying nodes as the target node server. collecting in cycles, by a resource scheduling system, target client available bandwidths of all node servers corresponding to a target client in a target area and a real-time bandwidth demand of the target client in the target area; determining, by the resource scheduling system, a target node server in the all node servers according to the real-time bandwidth demand, bandwidth costs of the all node servers, and the target client available bandwidth; and scheduling, by the resource scheduling system, a service access request of the target client in the target area to the target node server; wherein the determining, by the resource scheduling system, a target node server in the all node servers according to the real-time bandwidth demand, bandwidth costs of the all node servers, and the target client available bandwidth comprises: selecting in succession, by the resource scheduling system, bandwidth carrying nodes in the all node servers in order of the bandwidth costs from low to high; and when a sum of target client available bandwidths in all the selected bandwidth carrying nodes is greater than the real-time bandwidth demand, determining, by the resource scheduling system, all the bandwidth carrying nodes as the target node server. selecting in succession, by the resource scheduling system, bandwidth carrying nodes in the all node servers in order of the bandwidth costs from low to high; and when a sum of target client available bandwidths in all the selected bandwidth carrying nodes is greater than the real-time bandwidth demand, determining, by the resource scheduling system, all the bandwidth carrying nodes as the target node server.
An elevator system for a multi-level architectural structure, the elevator system comprising an elevator controller for an elevator in a hoistway, wherein the elevator controller effects a first determination of whether passengers or goods are in the elevator and effects a power mode for the elevator based on the first determination; wherein when the elevator controller determines there are no passengers within the elevator, the elevator controller effects a first power reduction mode of a plurality of power reduction modes, the first power reduction mode includes reducing electrical power for a first set of implements (270; 280) to respective preset levels, the first set of implements (270; 280) including one or more of (i) elevator lights, and (ii) air conditioning and ventilation systems; and characterized in that when the elevator controller determines there are no passengers and there are goods within the elevator, the elevator controller effects a third power reduction mode of the plurality of power reduction modes, the third power reduction mode includes (i) reducing electrical power to the first set of implements (270; 280) to the respective preset levels and one or both of (ii) reducing electrical power to a call panel display in the elevator to a respective preset level, and (iii) continuing to transport the elevator to a called level. an elevator controller for an elevator in a hoistway, wherein the elevator controller effects a first determination of whether passengers or goods are in the elevator and effects a power mode for the elevator based on the first determination; wherein when the elevator controller determines there are no passengers within the elevator, the elevator controller effects a first power reduction mode of a plurality of power reduction modes, the first power reduction mode includes reducing electrical power for a first set of implements (270; 280) to respective preset levels, the first set of implements (270; 280) including one or more of (i) elevator lights, and (ii) air conditioning and ventilation systems; and characterized in that when the elevator controller determines there are no passengers and there are goods within the elevator, the elevator controller effects a third power reduction mode of the plurality of power reduction modes, the third power reduction mode includes (i) reducing electrical power to the first set of implements (270; 280) to the respective preset levels and one or both of (ii) reducing electrical power to a call panel display in the elevator to a respective preset level, and (iii) continuing to transport the elevator to a called level.
Crimping pliers for crimping, in particular crimp joining, workpieces, having two oppositely arranged pressing jaws (6, 7) and two pliers jaws (2, 3), wherein one pliers jaw is stationary and the associated pressing jaw is fastened to this stationary pliers jaw by means of a spring-loadable holder part, wherein the holder part is fixedly connected to the pliers jaw at its end facing away from the pressing jaw, wherein between the fixed connection and the end of the holder part facing the first pressing jaw, a stop connection is formed between the stationary pliers jaw and the holder part, which stop connection comes into effect when a pre-determined pressing force is exceeded, and during a crimping, the holder part is initially bendable in a restorable manner over its entire length between the fixed connection and the pressing-jaw-side end as a result of an intrinsic elasticity of the material, wherein when the stop connection is activated, a further action of pressing force results in a greater bending wherein in the holder part section resulting in this stop position between the stop connection and the pressing-jaw-side end than in the holder part section obtained in this stop position between the stop connection and the fixed connection.
A system comprising a sliding member for sliding with a mating member subjected to a hardening treatment and a mating member subjected to a hardening treatment, the sliding member comprising: a coating layer comprising a binder resin, molybdenum disulfide, and hard substance particles in massive form, wherein the massive form is an irregular form that does not substantially contain projections equal to or smaller than 90° and excludes spherical and acute angle forms, with the proviso that the mating member does not have a ferrite phase at least on a surface thereof. a coating layer comprising a binder resin, molybdenum disulfide, and hard substance particles in massive form, wherein the massive form is an irregular form that does not substantially contain projections equal to or smaller than 90° and excludes spherical and acute angle forms, with the proviso that the mating member does not have a ferrite phase at least on a surface thereof.
A welding accessory, comprising: - a first port (42a, 42b) to receive input power via a first weld cable (72a, 72b); - a power converter to convert the input power to output power; - a second port (46a, 46b) to output the input power via a second weld cable (70a, 70b); and - one or more output switches (40a, 40b, 40) to selectively divert the input power from the power converter to the second port (46a, 46b). characterized by a controller comprising a current sensor, the controller, in use, monitoring the current flowing from the input port (42a, 42b) to the second port (46a, 46b) vis the current sensor, a current watchdog for identifying that the second weld cable (70a, 70b) has not conducted welding current for at least a threshold time period, wherein the controller being further configured to control the one or more output switches (40a, 40b, 40) to divert or re-direct the input power to the power converter. - a first port (42a, 42b) to receive input power via a first weld cable (72a, 72b); - a power converter to convert the input power to output power; - a second port (46a, 46b) to output the input power via a second weld cable (70a, 70b); and - one or more output switches (40a, 40b, 40) to selectively divert the input power from the power converter to the second port (46a, 46b).
A thread-forming or self-tapping screw made of hardened and tempered steel, stainless steel or highly corrosion-resistant austenitic materials for direct screw connection into light metal or alloys thereof and into brass or into other non-ferrous metals, having a shank provided with a thread having at least one asymmetric thread turn with a plurality of windings, wherein the thread has an external diameter (Da), a core diameter (Dk) and a thread pitch, wherein the thread turn has thread flanks (7,8) with a flank angle phi, wherein the thread flanks (7,8) have a load-bearing flank and a counter-flank which abut one another directly or indirectly in a thread bottom and at a thread tip and wherein a flank angle phiL of the load-bearing flank is smaller than a flank angle phiG of the counter-flank, wherein the flank angle phiL of the load-bearing flank is at least 25° and the flank angle phiG of the counter-flank is at least 40°, wherein the flank angle phi is at least 65° to at most 95°, wherein the thread pitch P is at least 1.5 times and at most 2.5 times the pitch of a metric thread of the same nominal diameter and wherein the core diameter Dk is 0.8 times to 0.95 times the core diameter of a metric thread of the same nominal diameter.
A linear luminaire, in particular a moisture-proof luminaire, whose extent in the longitudinal direction is considerably larger than in another spatial direction, comprising a luminaire base body; and a light source housing which is at least regionally translucent and in which a light source is arranged, with the light source housing being pivotably connected to the luminaire base body, in particular by means of at least one flange, and with the luminaire base body and the light source housing each being tubular and elongated, wherein the connection between the light source housing and the luminaire base body takes place by means of a pressure cover, characterized in that the pressure cover has a peripherally sealed first connection with the light source housing and additionally has a peripherally sealed second connection, separate from the first connection, with the luminaire base body.
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, a master information block, MIB, based on a first subcarrier spacing, wherein the MIB includes information on a second subcarrier spacing; receiving, from the base station, a system information block 1, SIB1, based on the second subcarrier spacing; transmitting, to the base station, a physical random access channel, PRACH, including a random access preamble; receiving, from the base station, a random access response based on the second subcarrier spacing; transmitting, to the base station, a physical uplink shared channel, PUSCH; and receiving, from the base station, a physical downlink shared channel, PDSCH, including information on a contention resolution identity of the terminal based on the second subcarrier spacing. receiving, from a base station, a master information block, MIB, based on a first subcarrier spacing, wherein the MIB includes information on a second subcarrier spacing; receiving, from the base station, a system information block 1, SIB1, based on the second subcarrier spacing; transmitting, to the base station, a physical random access channel, PRACH, including a random access preamble; receiving, from the base station, a random access response based on the second subcarrier spacing; transmitting, to the base station, a physical uplink shared channel, PUSCH; and receiving, from the base station, a physical downlink shared channel, PDSCH, including information on a contention resolution identity of the terminal based on the second subcarrier spacing.
A surface-treated metallic workpiece of titanium and/or titanium alloys with titanium as the main component and/or nickel-titanium alloys as well as Nitinol, characterised in that - the metal on the treated surface is free of inclusions, precipitations of other metals, deposits of alkali metals, alkaline earth metals and/or aluminium, intermetallic phases and/or areas which are mechanically highly defective, and the surface has a first roughness and a second roughness, wherein the first roughness results from depressions in the form of pores, wherein the pores - have a diameter in the range of between 0.5 and 50 μm - are open towards the surface and - are closed towards the workpiece, and at least some of the pores have an undercut section and the second roughness results from statistically distributed elevations and depressions in the range of 100 nm and less. - the metal on the treated surface is free of inclusions, precipitations of other metals, deposits of alkali metals, alkaline earth metals and/or aluminium, intermetallic phases and/or areas which are mechanically highly defective, and - have a diameter in the range of between 0.5 and 50 μm - are open towards the surface and - are closed towards the workpiece,
A functionally orientation agnostic, mobile refrigeration apparatus, comprising: an insulated container having a payload space; a thermally conductive spherical shell contained within the insulated container and substantially full of water; characterized by a cooling element for generating ice from the water contained within the thermally conductive shell, the cooling element being suspended centrally in the thermally conductive spherical shell; and an insulating cup that is thermally insulating and housed within the spherical shell and containing the cooling element, the insulating cup being configured to continuously orient upright despite the orientation of the insulated container, wherein the reorienting occurs based on design implementations which make use of weights, buoyant materials or balance mechanisms, and enabling the water contained within the spherical shell to pass in and out of the top of the insulating cup, and wherein the internal temperature of the insulated container is maintained at substantially four degrees Celsius. an insulated container having a payload space; a thermally conductive spherical shell contained within the insulated container and substantially full of water; characterized by a cooling element for generating ice from the water contained within the thermally conductive shell, the cooling element being suspended centrally in the thermally conductive spherical shell; and an insulating cup that is thermally insulating and housed within the spherical shell and containing the cooling element, the insulating cup being configured to continuously orient upright despite the orientation of the insulated container, wherein the reorienting occurs based on design implementations which make use of weights, buoyant materials or balance mechanisms, and enabling the water contained within the spherical shell to pass in and out of the top of the insulating cup, and wherein the internal temperature of the insulated container is maintained at substantially four degrees Celsius.
Heater apparatus to provide heat to at least one component of a spacecraft, wherein the heater apparatus comprises - a combustion chamber for a hypergolic propellant, and - a heat radiator configured to radiate heat originating from the combustion chamber towards the at least one component to be heated, characterised in that the combustion chamber is arranged in a heat conducting block at least partially attached to a surface of the heat radiator. - a combustion chamber for a hypergolic propellant, and - a heat radiator configured to radiate heat originating from the combustion chamber towards the at least one component to be heated,
System comprising an apparatus for detecting a safety color, and safety color, wherein the safety color has a spectral characteristic having a first wavelength range and a second wavelength range and a third wavelength range between the first wavelength range and the second wavelength range, wherein the spectral characteristic has a flank in the third wavelength range, wherein the apparatus has at least one optical sensor module (100; 100a, 100b, 100c) with at least one image sensor and an optical filter device which is associated with the image sensor and which implements at least two different filter curves (F1, F4) with associated passbands, wherein the associated passbands of the two different filter curves (F1, F4) are selected such that the flank of the spectral characteristic of the safety color is between the two associated passbands, wherein the apparatus is designed to capture at least one original image (img) of the object by means of the image sensor and to infer the presence of the safety color on the object on the basis of the spectral characteristic of the safety color depending on the at least one original image of the object.
A door or window joint sealing profile able to be arranged at a door or a window with a joint (41, 42) between a frame (2, 22) and a casement/leaf arranged thereon, having - a foot region with an installation foot to secure the sealing profile in a provided receiver (21, 221) of the frame (2, 22) or of the casement/leaf and - an operation-ready, first sealing head, arranged at the foot region, for complete sealing of a first joint portion of the joint (41, 42), wherein the door or window joint sealing profile has an operation-ready, second sealing head, arranged at the foot region, for complete sealing of a second joint portion, wherein the sealing of the joint portions (41, 42) by the respective sealing head (121, 122) is independent of the sealing of the other sealing head (122, 121), characterised in that the first sealing head is in the form of a lip seal (141.L) and the second sealing head is in the form of a hollow chamber seal (142.H), and the first sealing head and the second sealing head are arranged at an angle of 90° to one another, wherein accordingly the first and the second joint portion are arranged at an angle of 90° to one another, the first sealing head and the second sealing head are connected to the foot region via a connecting portion. - a foot region with an installation foot to secure the sealing profile in a provided receiver (21, 221) of the frame (2, 22) or of the casement/leaf and - an operation-ready, first sealing head, arranged at the foot region, for complete sealing of a first joint portion of the joint (41, 42),