mhurhangee/patent-ind-claim-en huggingface dataset:
A charged particle beam writing method in which a deflector is caused to deflect a charged particle beam and a pattern is written by irradiating a substrate with the charged particle beam, the charged particle beam writing method comprising: calculating a charge amount distribution based on a charge amount of a beam irradiation region on the substrate immediately after irradiation with the charged particle beam and a diffusion coefficient for electric charge of the substrate; calculating a position shift distribution of the charged particle beam on the substrate based on the charge amount distribution; and correcting an irradiation position of the charged particle beam based on the position shift distribution. calculating a charge amount distribution based on a charge amount of a beam irradiation region on the substrate immediately after irradiation with the charged particle beam and a diffusion coefficient for electric charge of the substrate; calculating a position shift distribution of the charged particle beam on the substrate based on the charge amount distribution; and correcting an irradiation position of the charged particle beam based on the position shift distribution.
Expansion joint profile system for producing an expansion joint in the manufacture of a rigid floor covering, comprising - a profile having a first profile element made of a first material and having an L-shaped cross-section, extending in a longitudinal direction (L) and having a first support leg intended to rest on a substrate and a first abutment leg connected to one of the longitudinal edges of the support leg and projecting upwardly therefrom, a second profile element made of the first material and having a second abutment leg corresponding to the first abutment leg and extending in particular parallel to the first abutment leg , and a ridge-like formed connecting element made of a second material having a higher elasticity than the first material and extending in the longitudinal direction (L) between the two profile elements connecting them to one another in the lower region and, together with the two abutment legs , forms an insertion opening which is open at the top and extends in the longitudinal direction (L), and - a sealing element made of a third material having a higher elasticity than the first material and extending in the longitudinal direction (L), said sealing element has a T-shaped cross-section with a downwardly projecting insertion leg designed for insertion into the insertion opening and with two laterally projecting compression legs , wherein the compression legs , when the insertion leg is arranged in the insertion opening , project outwardly from the abutment legs , respectively, wherein the third material can correspond to the second material, characterized in that the second material is a soft set silicone material. - a profile having a first profile element made of a first material and having an L-shaped cross-section, extending in a longitudinal direction (L) and having a first support leg intended to rest on a substrate and a first abutment leg connected to one of the longitudinal edges of the support leg and projecting upwardly therefrom, a second profile element made of the first material and having a second abutment leg corresponding to the first abutment leg and extending in particular parallel to the first abutment leg , and a ridge-like formed connecting element made of a second material having a higher elasticity than the first material and extending in the longitudinal direction (L) between the two profile elements connecting them to one another in the lower region and, together with the two abutment legs , forms an insertion opening which is open at the top and extends in the longitudinal direction (L), and - a sealing element made of a third material having a higher elasticity than the first material and extending in the longitudinal direction (L), said sealing element has a T-shaped cross-section with a downwardly projecting insertion leg designed for insertion into the insertion opening and with two laterally projecting compression legs , wherein the compression legs , when the insertion leg is arranged in the insertion opening , project outwardly from the abutment legs , respectively, wherein the third material can correspond to the second material,
A combination of an assembly tool and a bearing assembly for positioning the rolling elements of the bearing assembly during a preloading operation, the assembly tool comprising: a housing radially outside of an outer ring of the bearing assembly during the preloading operation, and a clamping plate coupled with the housing via an adjustable clamping member ; a roller seating actuator configured to be removably coupled to at least one of the housing and the clamping plate during the preloading operation; a roller seating ring movably coupled to the roller seating actuator , the roller seating ring including a distal end configured to engage respective ends of the rolling elements of the bearing assembly upon mounting of the roller seating actuator to at least one of the housing and the clamping plate such that the distal end of the roller seating ring engages and presses the rolling elements axially into engagement with a rib of a race of the bearing assembly, wherein the clamping plate is configured to abut the outer ring , such that the bearing assembly is preloaded by adjusting the adjustable clamping member while the rolling elements are pressed against the rib . a housing radially outside of an outer ring of the bearing assembly during the preloading operation, and a clamping plate coupled with the housing via an adjustable clamping member ; a roller seating actuator configured to be removably coupled to at least one of the housing and the clamping plate during the preloading operation; a roller seating ring movably coupled to the roller seating actuator , the roller seating ring including a distal end configured to engage respective ends of the rolling elements of the bearing assembly upon mounting of the roller seating actuator to at least one of the housing and the clamping plate such that the distal end of the roller seating ring engages and presses the rolling elements axially into engagement with a rib of a race of the bearing assembly, wherein the clamping plate is configured to abut the outer ring , such that the bearing assembly is preloaded by adjusting the adjustable clamping member while the rolling elements are pressed against the rib .
Support structure for a number of battery modules , having: a plurality of support elements , which support elements are arranged spaced apart from one another and between them form a number of compartments , which compartments are intended to each receive a battery module ; wherein at least a number of support elements are configured as fluid-conducting elements or comprise fluid-conducting elements, which fluid-conducting elements extend into the respective area of the compartments and via which fluid-conducting elements a temperature-controlling fluid for the battery modules can be fed into the area of the compartments and discharged again from there; characterized in that the fluid-conducting support elements are connected to one another detachably in pairs by at least one sealing element, preferably material-bonded, soldered or welded. a plurality of support elements , which support elements are arranged spaced apart from one another and between them form a number of compartments , which compartments are intended to each receive a battery module ; wherein at least a number of support elements are configured as fluid-conducting elements or comprise fluid-conducting elements, which fluid-conducting elements extend into the respective area of the compartments and via which fluid-conducting elements a temperature-controlling fluid for the battery modules can be fed into the area of the compartments and discharged again from there; characterized in that the fluid-conducting support elements are connected to one another detachably in pairs by at least one sealing element, preferably material-bonded, soldered or welded.
A motion controller for a floating wind turbine with a plurality of rotor blades, wherein the controller is arranged to adjust the blade pitch of each rotor blade so as to create a net force to control a motion of the floating wind turbine in a yaw direction, wherein the controller includes a control action which is proportional to a yaw offset angle and/or a control action which is proportional to an integral of the yaw offset angle, wherein the controller is adapted to calculate a dynamic and collective pitch for all of the plurality of rotor blades to counteract an axial motion of the floating wind turbine to obtain a first adjustment; calculate a dynamic and individual blade pitch for each of the plurality of blades to counteract a yaw motion of the floating wind turbine to obtain a second adjustment; calculate a dynamic and individual blade pitch for each of the plurality of blades and/or a variation in rotor torque to counteract an in-plane motion of the floating wind turbine to obtain a third adjustment; and combine the first, second and third adjustments to cause simultaneous control of the axial motions, yaw motions and in-plane motions of the floating wind turbine.
A method comprising: configuring one or more short transmission time interval, sTTI, regions in a normal TTI region in a system bandwidth by a user equipment, UE, in a wireless network, wherein the sTTI regions are shared by the UE and one or more other UEs in the wireless network, and wherein each UE includes a self-contained control information sPDCCH occupying a control information region; detecting a signal, wherein the signal indicates one or more resource elements, REs, in the sPDCCH control information region that can be used for data transmission; and obtaining data transmission from the REs in the sPDCCH control information region based on the detected signal, characterized in that the signal indicates one or more CCE REs to be excluded for data transmission. configuring one or more short transmission time interval, sTTI, regions in a normal TTI region in a system bandwidth by a user equipment, UE, in a wireless network, wherein the sTTI regions are shared by the UE and one or more other UEs in the wireless network, and wherein each UE includes a self-contained control information sPDCCH occupying a control information region; detecting a signal, wherein the signal indicates one or more resource elements, REs, in the sPDCCH control information region that can be used for data transmission; and obtaining data transmission from the REs in the sPDCCH control information region based on the detected signal, characterized in that the signal indicates one or more CCE REs to be excluded for data transmission.
An axial flux electric machine having permanent magnets comprising a rotor surrounding a stator , so as to constitute two axial air gaps, the rotor having magnetization zones constituting the primary portion of the magnetic circuit and the stator having a support portion including a rim , active modules constituting the secondary portion of the magnetic circuit, and fastener elements arranged to fasten the active modules radially and removably to the periphery of the rim , characterized in that the stator is made up of several sectors and in that the rotor is made up of at least two sectors that are secured together, the sectors having a U-shaped profile, the magnetization zones being disposed on the inside faces of the two branches of the U-shaped profile, to enable the rotor to be paired on the stator by moving the sectors of the rotor radially relative to the stator , and then to enable said sectors of the rotor to be paired together.
A split-type in-wall smart switch module, comprising a switching signal generation unit , a mechanical switch , a switching signal receiving and processing unit , a wireless module unit , a switching unit and a load , wherein the switching signal generation unit is connected to a live wire in mains electricity, the mechanical switch and the switching signal receiving and processing unit , respectively; the switching signal receiving and processing unit is also connected to the wireless module unit and a neutral wire in mains electricity, respectively; the other end of the wireless module unit is connected to the switching unit ; the other end of the switching unit is connected to the load; and the other end of the load is connected to the neutral wire in mains electricity; characterized by that the switching signal generation unit comprises a bidirectional thyristor , a gate electrode circuit , a rectifier and filter circuit , a DC-DC buck circuit , an optocoupler isolation circuit , an optocoupler relay and a delay circuit , wherein an input end of the bidirectional thyristor is connected to the live wire in mains electricity, and a control end of the bidirectional thyristor is connected to the gate electrode circuit ; the gate electrode circuit is also connected to the rectifier and filter circuit and the optocoupler isolation circuit , respectively; the rectifier and filter circuit is connected to the DC-DC buck circuit ; the DC-DC buck circuit is connected to the mechanical switch , the delay circuit and an optocoupler circuit, respectively; an output end of the mechanical switch is connected to the delay circuit ; an output end of the delay circuit is connected to the optocoupler circuit; and an output end of the optocoupler circuit is connected to the optocoupler isolation circuit .
Mobile platform (MP) with an arrangement for contactless determination of distance of the type using the light intersection method, comprising two light sources , a means for generating an optical contrast line , a light detector for detecting an ambient scenario surrounding the mobile platform as well as for detecting the optical contrast line and for generating detector signals, and an evaluation and control unit which generates control signals on the basis of the detector signals, which control signals serve for driving and navigating the mobile platform, wherein the means is arranged in direct succession and at a distance from the light sources such that only air is present in the beam paths of the light emitted by each of the light sources between the light sources and the means, the means includes a first edge through which the light emitted by both light sources can pass, thereby enabling a shadow of the edge corresponding to the contrast line to be projected, to which an illuminated region of the surroundings which can be projected by the light source is adjacent, and wherein the light sources are arranged with a spatial offset relative to one another in such manner that the contrast lines that are formed by separate illumination of the at least first edge for generating an optical contrast line with both light sources in each case are not congruent, and wherein the evaluation unit performs a differential imaging procedure on each of the contrast lines detected by the light detector and uses them as the basis for the distance determination according to the light intersection method. wherein the means is arranged in direct succession and at a distance from the light sources such that only air is present in the beam paths of the light emitted by each of the light sources between the light sources and the means, the means includes a first edge through which the light emitted by both light sources can pass, thereby enabling a shadow of the edge corresponding to the contrast line to be projected, to which an illuminated region of the surroundings which can be projected by the light source is adjacent, and wherein the light sources are arranged with a spatial offset relative to one another in such manner that the contrast lines that are formed by separate illumination of the at least first edge for generating an optical contrast line with both light sources in each case are not congruent, and wherein the evaluation unit performs a differential imaging procedure on each of the contrast lines detected by the light detector and uses them as the basis for the distance determination according to the light intersection method.
A deflection member comprising: a. a reinforcing member comprising a resin coating; and b. at least one tile fastened to the resin coating through adhesive, resin, surface modification and/or solvent welding, characterized in that the at least one tile comprises a plurality of deflection conduits. a. a reinforcing member comprising a resin coating; and b. at least one tile fastened to the resin coating through adhesive, resin, surface modification and/or solvent welding, characterized in that the at least one tile comprises a plurality of deflection conduits.
Commercial vehicle having a suspension unit, comprising a control unit , the commercial vehicle having a body floor by means of which a first and a second axle are connected, the commercial vehicle comprising at least one vehicle seat which can be suspended relative to the body floor by means of a suspension device and/or a vehicle cabin , the vehicle seat and/or the vehicle cabin being arranged substantially above the second axle as viewed in a height direction (H), characterised in that the suspension unit when driving over an uneven surface with the first axle , a value of a deflection of the first axle owing to the uneven surface can be determined by means of at least one sensor , it being possible to modify the suspension device of the vehicle seat and/or of the vehicle cabin by means of the control unit before or whilst driving over the uneven surface with the second axle .
A method performed by a multipath control entity , to control a transmission of a user data plane stream via different network technologies between a mobile entity and a proxy , wherein the user data plane stream is exchanged between the mobile entity and an application server connected to the proxy , the method comprising the steps of: - determining which network technologies are supported by the mobile entity , - determining which network technologies are available for the mobile entity , - determining, in a split decision, to split the user data plane stream into at least two stream parts and over which of the supported network technologies each of the at least two stream parts is transmitted between the mobile entity and the proxy , taking into account the supported and available network technologies, - informing a multipath connection module in the mobile entity in a first control message which stream part of the at least two stream parts is transmitted by which network technology in accordance with the split decision, and - informing a multipath connection module provided in the proxy in a second control message which stream part of the at least two stream parts is transmitted by which network technology in accordance with the split decision. - determining which network technologies are supported by the mobile entity , - determining which network technologies are available for the mobile entity , - determining, in a split decision, to split the user data plane stream into at least two stream parts and over which of the supported network technologies each of the at least two stream parts is transmitted between the mobile entity and the proxy , taking into account the supported and available network technologies, - informing a multipath connection module in the mobile entity in a first control message which stream part of the at least two stream parts is transmitted by which network technology in accordance with the split decision, and - informing a multipath connection module provided in the proxy in a second control message which stream part of the at least two stream parts is transmitted by which network technology in accordance with the split decision.
A writing instrument comprising: a friction body which is adapted to rub a thermochromic image or handwriting formed on a paper surface by use of thermochromic ink to thermally discolor the thermochromic image or handwriting by frictional heat resultant from rubbing; and a thermochromic ink which is adapted to be flowed out, characterised in that : a thermal conductivity of a friction portion of the friction body is ranging from 0.05 W / (m.K) to 10 W /(m.K), the writing instrument is provided with a hole formed at a rear end of a barrel of the writing instrument or at a top of a cap of the writing instrument; and an outward protrusion , formed on an exterior surface of the friction body, and an inward protrusion , formed on the interior surface of the hole and having an inner diameter smaller than an outer diameter of the outward protrusion, are engaged with each other so as to avoid removal of the friction body from the hole. a friction body which is adapted to rub a thermochromic image or handwriting formed on a paper surface by use of thermochromic ink to thermally discolor the thermochromic image or handwriting by frictional heat resultant from rubbing; and a thermochromic ink which is adapted to be flowed out, characterised in that : a thermal conductivity of a friction portion of the friction body is ranging from 0.05 W / (m.K) to 10 W /(m.K), the writing instrument is provided with a hole formed at a rear end of a barrel of the writing instrument or at a top of a cap of the writing instrument; and an outward protrusion , formed on an exterior surface of the friction body, and an inward protrusion , formed on the interior surface of the hole and having an inner diameter smaller than an outer diameter of the outward protrusion, are engaged with each other so as to avoid removal of the friction body from the hole. a thermal conductivity of a friction portion of the friction body is ranging from 0.05 W / (m.K) to 10 W /(m.K), the writing instrument is provided with a hole formed at a rear end of a barrel of the writing instrument or at a top of a cap of the writing instrument; and an outward protrusion , formed on an exterior surface of the friction body, and an inward protrusion , formed on the interior surface of the hole and having an inner diameter smaller than an outer diameter of the outward protrusion, are engaged with each other so as to avoid removal of the friction body from the hole.
A cable processing device for removing a screen film from a shielded, multi-core round cable , comprising - multiple knives that can be radially moved against the round cable between an open position and a closed position and serve for cutting the screen film , wherein one knife is respectively assigned to one cable core of the round cable , and wherein the knives have concavely shaped cutting edges , and - guide elements with guide sections , in which the cable cores covered by the screen film can be at least sectionally accommodated in a closed position, wherein at least some of the knives are provided with guide elements , and wherein the knife protrudes at least in the closed position over the associated guide element by a protrusion (t) referred to the guide section . - multiple knives that can be radially moved against the round cable between an open position and a closed position and serve for cutting the screen film , wherein one knife is respectively assigned to one cable core of the round cable , and wherein the knives have concavely shaped cutting edges , and - guide elements with guide sections , in which the cable cores covered by the screen film can be at least sectionally accommodated in a closed position,