mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring the on-board battery of a rail vehicle, - in which the state of charge of the on-board battery of a switched-off rail vehicle is determined in a regularly recurring and automated manner, - in which the determined state of charge is regularly transmitted to a control station, - in which the control station regularly compares the determined state of charge with a state of charge target value and generates a message if the state of charge target value is undershot, which message initiates measures for charging the on-board battery, - wherein the control station is a land-side stationary control station, that is to say a control station which is spatially remote from the rail vehicle, - in which the message generated by the control station is transmitted back to the affected rail vehicle, - in which, in the case of the switched-off rail vehicle with a pantograph, the generated message causes automatic raising of the pantograph and automatic activation of components which are needed to charge the on-board battery, in order to charge the on-board battery, and - in which the pantograph is lowered again and the charging of the on-board battery is terminated as soon as the on-board battery has reached a desired state of charge, wherein the components which were needed to charge the on-board battery are then deactivated again. - in which the state of charge of the on-board battery of a switched-off rail vehicle is determined in a regularly recurring and automated manner, - in which the determined state of charge is regularly transmitted to a control station, - in which the control station regularly compares the determined state of charge with a state of charge target value and generates a message if the state of charge target value is undershot, which message initiates measures for charging the on-board battery, - wherein the control station is a land-side stationary control station, that is to say a control station which is spatially remote from the rail vehicle, - in which the message generated by the control station is transmitted back to the affected rail vehicle, - in which, in the case of the switched-off rail vehicle with a pantograph, the generated message causes automatic raising of the pantograph and automatic activation of components which are needed to charge the on-board battery, in order to charge the on-board battery, and - in which the pantograph is lowered again and the charging of the on-board battery is terminated as soon as the on-board battery has reached a desired state of charge, wherein the components which were needed to charge the on-board battery are then deactivated again.
Method for producing a magnetic-inductive flowmeter having at least one measuring tube for the flow of an electrically conductive medium, having at least one magnetic field generator for generating a magnetic field running at least also perpendicular to the longitudinal axis of the measuring tube and having at least two measuring electrodes (5, 6), wherein the measuring tube has a base body, wherein the virtual connecting line of both measuring electrodes (5, 6) runs at least essentially perpendicular to the direction of the magnetic field that permeates the measuring tube perpendicular to the longitudinal axis of the measuring tube, wherein the measuring electrodes (5, 6) penetrate the measuring tube using penetration sites and wherein the base body is then provided with a cover layer at least on the inside of the measuring tube and also inside the penetration sites, characterized in, that a thermoplastic cover layer is implemented and that, finally, it has a liquid-tight connection with the measuring electrodes (5, 6) by warming the thermoplastic cover layer at its surface until it melts in the area of the penetration sites, wherein the measuring electrodes (5, 6) are heated to a temperature necessary for the connection of the measuring electrodes (5, 6) to the cover layer of the measuring tube and are then inserted in the penetration sites.
A method of manufacturing, a lens assembly by means of a replication process, in which the following steps are carried out i) introducing a first, liquid, UV curable composition into a first mould provided with regularly spaced-apart cavities, ii) curing said first composition by UV radiation so as to obtain a first lens element comprising lenses arranged beside each other, wherein the surface of the obtained lens element is the negative of that of the cavities, iii) applying a second, liquid, UV curable composition to the first composition cured in step ii), iv) placing a second mould on the second composition applied in step iii), which second mould is provided with regularly spaced-apart recesses, in such a manner that said recesses will fill with the second composition, v) curing the second composition by UV radiation so as to obtain a second lens element comprising lenses arranged beside each other, wherein the surface of the obtained second lens element is the negative of that of the recesses, and vi) removing the first and the second mould, wherein a flexible film having a thickness of maximally 0.75 mm is arranged over the uncured first composition prior to carrying out step ii), which film seals the first composition present in the cavities of the first mould, wherein in step iv) the second liquid, UV curable composition will spread over the surface of the film. i) introducing a first, liquid, UV curable composition into a first mould provided with regularly spaced-apart cavities, ii) curing said first composition by UV radiation so as to obtain a first lens element comprising lenses arranged beside each other, wherein the surface of the obtained lens element is the negative of that of the cavities, iii) applying a second, liquid, UV curable composition to the first composition cured in step ii), iv) placing a second mould on the second composition applied in step iii), which second mould is provided with regularly spaced-apart recesses, in such a manner that said recesses will fill with the second composition, v) curing the second composition by UV radiation so as to obtain a second lens element comprising lenses arranged beside each other, wherein the surface of the obtained second lens element is the negative of that of the recesses, and vi) removing the first and the second mould, wherein a flexible film having a thickness of maximally 0.75 mm is arranged over the uncured first composition prior to carrying out step ii), which film seals the first composition present in the cavities of the first mould, wherein in step iv) the second liquid, UV curable composition will spread over the surface of the film.
Control unit for a reversing assistance system of a vehicle; wherein the control unit is configured - to ascertain and to store reference data in regard to a first forward travel of the vehicle which is effected manually by a driver of the vehicle; wherein the reference data indicate a reference trajectory of the vehicle for the first forward travel from an initial position to a first end position; - to detect that the vehicle begins a new, second forward travel at an intermediate position situated between the initial position and the first end position on the reference trajectory; - to ascertain reference data in regard to the second forward travel of the vehicle which is effected manually by the driver of the vehicle; wherein the reference data indicate the reference trajectory of the vehicle for the second forward travel starting from the intermediate position; and - to link the reference data for the reference trajectory for the second forward travel starting from the intermediate position to the reference data for the reference trajectory for the first forward travel from the initial position to the intermediate position in order to provide a coherent reference trajectory for an assisted reverse travel. - to ascertain and to store reference data in regard to a first forward travel of the vehicle which is effected manually by a driver of the vehicle; wherein the reference data indicate a reference trajectory of the vehicle for the first forward travel from an initial position to a first end position; - to detect that the vehicle begins a new, second forward travel at an intermediate position situated between the initial position and the first end position on the reference trajectory; - to ascertain reference data in regard to the second forward travel of the vehicle which is effected manually by the driver of the vehicle; wherein the reference data indicate the reference trajectory of the vehicle for the second forward travel starting from the intermediate position; and - to link the reference data for the reference trajectory for the second forward travel starting from the intermediate position to the reference data for the reference trajectory for the first forward travel from the initial position to the intermediate position in order to provide a coherent reference trajectory for an assisted reverse travel.
A particulate coating composition comprising a blend of two components: i) an extruded first component comprising at least one epoxy containing compound, at least one polycarboxyl polymer, and at least one organic Lewis base; and ii) a separately extruded second component comprising at least one epoxy containing compound, at least one polycarboxyl polymer and at least one organic Lewis acid. i) an extruded first component comprising at least one epoxy containing compound, at least one polycarboxyl polymer, and at least one organic Lewis base; and ii) a separately extruded second component comprising at least one epoxy containing compound, at least one polycarboxyl polymer and at least one organic Lewis acid.
A recording apparatus comprising: a transport mechanism having an adhesive belt configured and arranged to support a target recording medium thereon to intermittently transport the target recording medium; and a plurality of cleaning sections (13a, 13b) arranged from an upstream side to a downstream side along the adhesive belt in a moving direction to clean the adhesive belt; characterized by: a control section configured to ensure that a distance between the cleaning sections is different to a transport distance which results from one cycle of intermittent transporting of the target recording medium and is also different to a cumulative transport distance which results from a plurality of times of intermittent transporting of the target recording medium. a transport mechanism having an adhesive belt configured and arranged to support a target recording medium thereon to intermittently transport the target recording medium; and a plurality of cleaning sections (13a, 13b) arranged from an upstream side to a downstream side along the adhesive belt in a moving direction to clean the adhesive belt; characterized by: a control section configured to ensure that a distance between the cleaning sections is different to a transport distance which results from one cycle of intermittent transporting of the target recording medium and is also different to a cumulative transport distance which results from a plurality of times of intermittent transporting of the target recording medium.
A firearm with striker firing mechanism comprising: a longitudinal axis; a frame; a reciprocating slide disposed on the frame; a barrel disposed at least partially in the slide and defining a chamber for holding a cartridge; a spring-biased striker movable in a linear path between a rearward cocked position and forward firing position for striking a chambered cartridge, the striker including a catch protrusion; a trigger mechanism including a trigger bar coupled to a trigger movably disposed in the frame, the trigger bar movable in rearward and forward axial directions via operation of the trigger; a sear rotatably disposed in the frame and operably linked to the trigger bar, the sear movable via operation of the trigger to selectively engage the catch protrusion to hold the striker in the rearward cocked position and to disengage the catch protrusion to release the striker for striking the chambered cartridge; and a blocker rotatably disposed in the frame and operably linked to the trigger bar, the blocker movable into and out of engagement with the sear via operation of the trigger; wherein the blocker is rotatable between a blocking position engaged with the sear which prevents movement of the sear to release the striker from the rearward cocked position and a non-blocking position disengaged from the sear which is then movable to release the striker for firing the firearm; wherein the trigger bar is configured so that pulling the trigger moves both the sear and the blocker; and wherein the sear and blocker are mounted about separate parallel pivot axes. a longitudinal axis; a frame; a reciprocating slide disposed on the frame; a barrel disposed at least partially in the slide and defining a chamber for holding a cartridge; a spring-biased striker movable in a linear path between a rearward cocked position and forward firing position for striking a chambered cartridge, the striker including a catch protrusion; a trigger mechanism including a trigger bar coupled to a trigger movably disposed in the frame, the trigger bar movable in rearward and forward axial directions via operation of the trigger; a sear rotatably disposed in the frame and operably linked to the trigger bar, the sear movable via operation of the trigger to selectively engage the catch protrusion to hold the striker in the rearward cocked position and to disengage the catch protrusion to release the striker for striking the chambered cartridge; and a blocker rotatably disposed in the frame and operably linked to the trigger bar, the blocker movable into and out of engagement with the sear via operation of the trigger; wherein the blocker is rotatable between a blocking position engaged with the sear which prevents movement of the sear to release the striker from the rearward cocked position and a non-blocking position disengaged from the sear which is then movable to release the striker for firing the firearm; wherein the trigger bar is configured so that pulling the trigger moves both the sear and the blocker; and wherein the sear and blocker are mounted about separate parallel pivot axes.
A method of transporting flat workpieces (20, 21, 21') having a workpiece length and a workpiece width, in particular tubular bag bodies, wherein the workpieces (20, 21, 21'), in an arrangement one behind the other in their longitudinal direction, are transported individually or contiguously in a longitudinal transport direction (x) to a working area in which, in case of contiguous workpieces, the leading workpiece (21, 21') is separated, wherein the workpieces (21,21'), in an arrangement one behind the other in their width direction, are conveyed away from the working area in a transverse transport direction (y) oriented orthogonally to the longitudinal transport direction (x), wherein at least one workpiece holder (16, 26) extending in the transverse transport direction (y) across at least a portion of the workpiece width, preferably across the entire workpiece width, is provided in the working area in order to temporarily retain a workpiece (20, 21, 21') located in the working area, characterized in that the workpiece holder (16, 26) comprises at least two holding portions (16a, 16b, 26a) offset to one another with regard to the transverse transport direction (y), which - viewed in the transverse transport direction (y) - can be brought successively forward from behind into a holding contact with the workpiece (20, 21,21').
A communication method performed by a communication apparatus, the method comprising: determining a quantity and a position of one or more control channel elements, CCEs, used by a control channel of a user equipment, wherein each of the one or more CCEs correspond to a plurality of resource element groups, REGs, the plurality of REGs form at least one REG bundle, any REG bundle in the at least one REG bundle comprises a plurality of resource blocks, RBs, that are consecutive or adjacent in time domain and/or frequency domain, and a CCE index of each of the one or more CCEs corresponds to a plurality of interleaved REG indexes of the plurality of REGs; and sending the control channel to the user equipment by using the one or more CCEs, wherein the method further comprises: performing interleaving on REG bundle indexes corresponding to a control resource set, to obtain interleaved REG bundle indexes, wherein a REG bundle, of the at least one REG bundle, formed based on a REG bundle size or a REG bundle pattern is used as an interleaving granularity for performing said interleaving; and determining the plurality of interleaved REG indexes based on the interleaved REG bundle indexes. determining a quantity and a position of one or more control channel elements, CCEs, used by a control channel of a user equipment, wherein each of the one or more CCEs correspond to a plurality of resource element groups, REGs, the plurality of REGs form at least one REG bundle, any REG bundle in the at least one REG bundle comprises a plurality of resource blocks, RBs, that are consecutive or adjacent in time domain and/or frequency domain, and a CCE index of each of the one or more CCEs corresponds to a plurality of interleaved REG indexes of the plurality of REGs; and sending the control channel to the user equipment by using the one or more CCEs, wherein the method further comprises: performing interleaving on REG bundle indexes corresponding to a control resource set, to obtain interleaved REG bundle indexes, wherein a REG bundle, of the at least one REG bundle, formed based on a REG bundle size or a REG bundle pattern is used as an interleaving granularity for performing said interleaving; and determining the plurality of interleaved REG indexes based on the interleaved REG bundle indexes. performing interleaving on REG bundle indexes corresponding to a control resource set, to obtain interleaved REG bundle indexes, wherein a REG bundle, of the at least one REG bundle, formed based on a REG bundle size or a REG bundle pattern is used as an interleaving granularity for performing said interleaving; and determining the plurality of interleaved REG indexes based on the interleaved REG bundle indexes.
A system for planning and/or controlling neuromodulation, at least comprising: a medical device, an intermediate computing device, a first user input terminal, a second user input terminal, wherein the medical device, the intermediate computing device, the first user input terminal and/or the second user input terminal are at least temporarily connected, wherein the system further comprises at least one connection managing module, wherein the at least one connection managing module is configured and arranged for - allowing only unidirectional connection and/or unidirectional data transfer between the intermediate computing device and the first user input terminal, the intermediate computing device and the second user input terminal and/or the first user input terminal and the second user input terminal, - providing only connection and/or data transfer between the intermediate computing device and the first user input terminal and/or the intermediate computing device and the second user input terminal when there is no connection and/or data transfer between the first user input terminal and the second user input terminal. a medical device, an intermediate computing device, a first user input terminal, a second user input terminal, wherein the medical device, the intermediate computing device, the first user input terminal and/or the second user input terminal are at least temporarily connected, wherein the system further comprises at least one connection managing module, wherein the at least one connection managing module is configured and arranged for - allowing only unidirectional connection and/or unidirectional data transfer between the intermediate computing device and the first user input terminal, the intermediate computing device and the second user input terminal and/or the first user input terminal and the second user input terminal, - providing only connection and/or data transfer between the intermediate computing device and the first user input terminal and/or the intermediate computing device and the second user input terminal when there is no connection and/or data transfer between the first user input terminal and the second user input terminal. - allowing only unidirectional connection and/or unidirectional data transfer between the intermediate computing device and the first user input terminal, the intermediate computing device and the second user input terminal and/or the first user input terminal and the second user input terminal, - providing only connection and/or data transfer between the intermediate computing device and the first user input terminal and/or the intermediate computing device and the second user input terminal when there is no connection and/or data transfer between the first user input terminal and the second user input terminal.
Apparatus for the odorization of a gas stream in a gas network comprising means for storing and metering a liquid odorant in a manner which is dependent on the magnitude of a gas volumetric flow which is conveyed through the gas line of the gas network, means for the injection of the odorant into the gas line, at least one feeding device which is arranged in the gas line, and at least one evaporation body through which gas can flow, which can be wetted with odorant, which extends within the gas line, and which fills at least 50% of the free cross section of the gas line, the at least one feeding device being arranged relative to the evaporation body in such a way that the odorant which exits from the feeding device wets the evaporation body, the evaporation body comprising an open-pore foam body or being configured as an open-pore foam body, the foam body having a macropore structure, through which flow can pass, and the at least one feeding device being arranged upstream of the evaporation body in the flow direction, characterized in that the at least one feeding device is arranged at the leading end of a dip pipe which extends radially into the gas line, and an opening of the feeding device being oriented approximately coaxially with respect to the longitudinal centre axis and preferably approximately in the longitudinal centre axis of the gas line, the gas line having an internal diameter of from 1000 mm to 3000 mm, and the foam body having a pore diameter of between 3 mm and 6 mm.
A method performed by a base station, gNodeB, or other network equipment for configuring multiple user equipment, UE, relay links for a UE, comprising: coordinating, with a first relay link for a user equipment, UE, in a wireless communication network, configuration of a second relay link for the UE; communicating signaling to enable configuration of the second relay link in accordance with the coordinating, wherein the first relay link comprises a first relay UE and the second relay link comprises a second relay UE, wherein the first relay UE is within a coverage area of the wireless communication network, and wherein the UE is outside the coverage area of the wireless communication network; and characterised in that: the first relay link further comprises a helping remote UE that is outside the coverage area of the wireless communication network and is in communication with the relay UE and the UE. coordinating, with a first relay link for a user equipment, UE, in a wireless communication network, configuration of a second relay link for the UE; communicating signaling to enable configuration of the second relay link in accordance with the coordinating, wherein the first relay link comprises a first relay UE and the second relay link comprises a second relay UE, wherein the first relay UE is within a coverage area of the wireless communication network, and