mhurhangee/ep-ind-claims huggingface dataset:
A method for fixing a boot to a counterpart member for an automotive vehicle, which comprises the steps of: mounting a tubular anchoring area (12; 13), defined in one end of the boot made of a resinous material, on an outer periphery of the counterpart member; applying a clamping force to a boot band (15;16), which is mounted around an outer periphery of the tubular anchoring area (12;13) to thereby fix the tubular anchoring area to the outer periphery of the counterpart member; and positioning around the outer periphery of the boot band, a magnetic generating device for applying a magnetic repulsion force to the boot band (15;16); characterized in that the boot band (15, 16) is made of an electroconductive material and the magnetic repulsion force is applied the boot band (15, 16) to be plastically deformed to have a reduced diameter by means of the magnetic repulsion force, whereby the tubular anchoring area (12, 13) is fixed to the outer periphery of the counterpart member. mounting a tubular anchoring area (12; 13), defined in one end of the boot made of a resinous material, on an outer periphery of the counterpart member; applying a clamping force to a boot band (15;16), which is mounted around an outer periphery of the tubular anchoring area (12;13) to thereby fix the tubular anchoring area to the outer periphery of the counterpart member; and positioning around the outer periphery of the boot band, a magnetic generating device for applying a magnetic repulsion force to the boot band (15;16); characterized in that the boot band (15, 16) is made of an electroconductive material and the magnetic repulsion force is applied the boot band (15, 16) to be plastically deformed to have a reduced diameter by means of the magnetic repulsion force, whereby the tubular anchoring area (12, 13) is fixed to the outer periphery of the counterpart member.
A method for rack-and-pinion position adjustment for a steer-by-wire steering system for a motor vehicle, wherein a module is provided for adjusting the rack-and-pinion position, characterized in that the module determines a position error (s r,err) from the differences between the desired and estimated values of the rack-and-pinion position (s r,des, s r,est) and a rack-and-pinion speed (v r,des, v r,est) in a feedback structure, from which a control variable (T,des) is determined for controlling a rack-and-pinion, and that a disturbance variable compensation for the control variable (T,des) is carried out in a feedforward structure by means of a rack-and-pinion force estimation.
An extruded support base for securing a linear motion guide track, the guide track including two oppositely-oriented faces defining a guide track width, the support base characterized by: one or two outwardly opening track slots, each of said track slots having two opposing slot walls, one or both of said slot walls including a plurality of deformable teeth-like protrusions, said protrusions extending at least partially into the track slot, such that insertion of a guide track into one of said one or two track slots deforms said plurality of protrusions, thereby tightly fitting the guide track in the track slot and securing the guide track to the support base, wherein said protrusions are disposed substantially orthogonally to said slot walls, each of said track slots has an outer opening, one of said slot walls has a recessed portion including an inset wall, the plurality of deformable teeth-like protrusions extend inwardly from said inset wall, said protrusions having free ends spaced from the other of said slot walls a distance less than the guide track width, each of the one or two track slots are substantially rectangular for accepting insertion of the guide track, the plurality of deformable teeth-like protrusions are disposed orthogonally to the surface of at least one of said slot walls, and the extruded support base is adapted such that the deformation of the one or more of said plurality of deformable protrusions provides resistance against removal of a guide track that has been inserted into the track slot. one or two outwardly opening track slots, each of said track slots having two opposing slot walls, one or both of said slot walls including a plurality of deformable teeth-like protrusions, said protrusions extending at least partially into the track slot, such that insertion of a guide track into one of said one or two track slots deforms said plurality of protrusions, thereby tightly fitting the guide track in the track slot and securing the guide track to the support base, wherein said protrusions are disposed substantially orthogonally to said slot walls, each of said track slots has an outer opening, one of said slot walls has a recessed portion including an inset wall, the plurality of deformable teeth-like protrusions extend inwardly from said inset wall, said protrusions having free ends spaced from the other of said slot walls a distance less than the guide track width, each of the one or two track slots are substantially rectangular for accepting insertion of the guide track, the plurality of deformable teeth-like protrusions are disposed orthogonally to the surface of at least one of said slot walls, and the extruded support base is adapted such that the deformation of the one or more of said plurality of deformable protrusions provides resistance against removal of a guide track that has been inserted into the track slot.
Method for determining the quiescent voltage of an electrochemical energy store, wherein the quiescent voltage is determined by means of an extrapolation method taking account of temperature-, current- and charge-compensated voltage values and wherein for determining the quiescent voltage during a quiescent phase of the electrochemical energy store at predefined points in time (tn) the terminal voltage (Ubatt) of the energy store, the current (Ibatt) flowing through the energy store and the temperature (Tbatt) of the energy store are measured, wherein the polarisation voltage is determined in the context of the current compensation of the voltage values, characterized in that the battery rated capacity and the battery ageing are taken into account when determining the polarisation voltage.
Device for writing, marking and/or painting with a liquid medium, having a receiver housing having a receiving chamber for the medium, wherein the receiving chamber has a partition wall having a passage hole, said partition wall dividing the receiving chamber into a storage chamber and a working chamber, wherein a valve device is arranged in the working chamber, said valve device having a valve housing (31, 32) with a valve seat and having a valve sealing body loaded by a return spring and formed as a ram, mounted moveably in the valve housing (31, 32), interacting with the valve seat, having a writing tip which is able to be connected to the working chamber by the valve device and is mounted to be able to be retracted and extended relative to the receiver housing by actuation of the valve sealing body formed as a ram, wherein, in the non-use position, the writing tip is extended and the valve device is closed, and wherein, in the writing position, the writing tip is retracted and the valve device is opened, characterised in that longitudinal slots are formed in the wall of the valve housing, which extend axially, distributed over the periphery of the rear wall, and a sealing element is arranged to be fixed in a firmly bonded and/or interlocking manner in the region of the passage hole formed in the partition wall, said sealing element being able to be moved away and/or destroyed before the first use of the device by the ram's end which is remote from the valve seat by displacement of the ram.
A light emitting device comprising: a light emitting element; a light conversion member (101; 301; 401) including a phosphor material that is capable of absorbing light emitted from said light emitting element at least partially and emitting light in different wavelength; and a heat dissipation member (102; 302; 402) that is located in a side where said light conversion member is provided as viewed from said light emitting element, said heat dissipation member (102; 302; 402) being located in an orientation where light from the light emitting element is incident; wherein said light emitting element is a light emitting diode or laser diode, said heat dissipating member (102; 302; 402) being located adjacent to or inside said light conversion member, characterized in that said heat dissipation member further comprises a light reflection member that reflects light from the light emitting element or light with a wavelength converted by the light conversion member in a prescribed direction. a light emitting element; a light conversion member (101; 301; 401) including a phosphor material that is capable of absorbing light emitted from said light emitting element at least partially and emitting light in different wavelength; and a heat dissipation member (102; 302; 402) that is located in a side where said light conversion member is provided as viewed from said light emitting element, said heat dissipation member (102; 302; 402) being located in an orientation where light from the light emitting element is incident; wherein said light emitting element is a light emitting diode or laser diode, said heat dissipating member (102; 302; 402) being located adjacent to or inside said light conversion member, characterized in that said heat dissipation member further comprises a light reflection member that reflects light from the light emitting element or light with a wavelength converted by the light conversion member in a prescribed direction.
A high voltage testing device for inspecting a coaxial cable, the coaxial cable including a core wire and a shield conductor arranged so as to surround a periphery of the core wire with an insulating material sandwiched between the core wire and the shield conductor, wherein the voltage testing device is adapted to apply a high voltage between the core wire and the shield conductor of the coaxial cable to carry out a test of an electric insulation state, the high voltage testing device comprising: a cable connecting part (21, 22; 51 - 52) for respectively connecting two electrodes of an output of a tester adapted to output a high voltage to the core wire and the shield conductor of the coaxial cable; wherein the cable connecting part includes: a core wire short-circuiting part (P1; P3) for electrically short-circuiting between one end and the other end in the longitudinal direction of the core wire of the coaxial cable; and a shield wire short-circuiting part (P2; P4) for electrically short-circuiting between one end and the other end in the longitudinal direction of the shield conductor of the coaxial cable. a core wire short-circuiting part (P1; P3) for electrically short-circuiting between one end and the other end in the longitudinal direction of the core wire of the coaxial cable; and a shield wire short-circuiting part (P2; P4) for electrically short-circuiting between one end and the other end in the longitudinal direction of the shield conductor of the coaxial cable.
A method for reporting wireless channel state information, CSI, comprising: receiving, by a wireless terminal device, CSI reference signals, CSI-RSs, transmitted from a wireless access network node; generating, by the wireless terminal device based on measuring the CSI-RSs, one or more indicators associated with one or more nonzero elements in a CSI feedback information in a vector space determined by a set of first basis vectors in spatial domain, a set of second basis vectors in frequency domain, a set of third basis vectors in time domain; and transmitting, by the wireless terminal device, information pertaining to the one or more nonzero elements in the CSI feedback information and pertaining to the one or more indicators to the wireless access network node, wherein the information pertaining to the one or more indicators comprises a positional information of the one or more nonzero elements in the vector space, wherein the positional information comprises an index representing a linearization of a first index, a second index, and a third index into the set of first basis vectors, the set of second basis vectors, and the set of third basis vectors, respectively. receiving, by a wireless terminal device, CSI reference signals, CSI-RSs, transmitted from a wireless access network node; generating, by the wireless terminal device based on measuring the CSI-RSs, one or more indicators associated with one or more nonzero elements in a CSI feedback information in a vector space determined by a set of first basis vectors in spatial domain, a set of second basis vectors in frequency domain, a set of third basis vectors in time domain; and transmitting, by the wireless terminal device, information pertaining to the one or more nonzero elements in the CSI feedback information and pertaining to the one or more indicators to the wireless access network node, wherein the information pertaining to the one or more indicators comprises a positional information of the one or more nonzero elements in the vector space, wherein the positional information comprises an index representing a linearization of a first index, a second index, and a third index into the set of first basis vectors, the set of second basis vectors, and the set of third basis vectors, respectively.
Continuously variable transmission, comprising an outer rotary part, an inner rotary part which is arranged in the outer rotary part in such a way that the inner and/or the outer rotary part (13, 14) are rotatable relative to one another, a plurality of coupling mechanisms for coupling the inner and outer rotary part (13, 14) to one another, an adjustment device for eccentric adjustment of the inner and outer rotary part (13, 14) relative to one another, characterised in that the continuously variable transmission has at least one first lubricant guiding device for guiding at least part of a lubricant from the peripheral surface of the inner rotary part to a region of a coupling mechanism located radially further outwards with respect to the axis of rotation of the inner rotary part, and in that a lubricant stream exists in the axial direction along the peripheral surface of the inner rotary part, by which a lubricant supply is provided between the inner rotary part and the coupling mechanisms.
A device for bending a thread-like material, for instance a tube, along the longitudinal axis of said thread-like material, comprising a bend forming member centered along the bending axis and perpendicular to the bending plane (α), having a groove on its periphery terminating at an indentation cut in said bend forming member characterized in that it comprises: - at least a first pair of clamping jaws (5 1, 5 2) and a second pair of clamping jaws (6 1, 6 2) hooked to a rotary device having an axis of rotation parallel to the bending axis and secured to the bending arm; - the first pair of clamping jaws (5 1, 5 2) and the second pair of clamping jaws (6 1, 6 2) basically lay in a plane parallel to the bending plane (α) and orthogonal to the bending axis. - at least a first pair of clamping jaws (5 1, 5 2) and a second pair of clamping jaws (6 1, 6 2) hooked to a rotary device having an axis of rotation parallel to the bending axis and secured to the bending arm; - the first pair of clamping jaws (5 1, 5 2) and the second pair of clamping jaws (6 1, 6 2) basically lay in a plane parallel to the bending plane (α) and orthogonal to the bending axis.
A catalyst system for producing cyclic carbonates comprising: a pre-catalyst, which is BiCl 3 having amounts in the range from 5 to 10 % by weight of silica support; a compound having formula wherein: Y is selected from bromide (Br -) or iodide (I -); R 1, R 2, and R 3 are methyl group or R 1, R 2, and R 3 are taken together to form a heteroaryl ring having formula and a silica (SiO 2) support. a pre-catalyst, which is BiCl 3 having amounts in the range from 5 to 10 % by weight of silica support; a compound having formula wherein: Y is selected from bromide (Br -) or iodide (I -); R 1, R 2, and R 3 are methyl group or R 1, R 2, and R 3 are taken together to form a heteroaryl ring having formula and Y is selected from bromide (Br -) or iodide (I -); R 1, R 2, and R 3 are methyl group or R 1, R 2, and R 3 are taken together to form a heteroaryl ring having formula and a silica (SiO 2) support.
A computing system comprising: a plurality of software components (20a,...,20n,21,22,26,27,28,29,32,34,50,62,64,65,66,67,72,74,76) each implementing logic to perform a task, and adapted for communicating messages between the components (20a,...,20n,21,22,26,27,28,29,32,34,50,62,64,65,66,67,72,74,76), characterized in that the computing system further comprises: means (15,15a,...,15n,16,17,72,74,76,1000,1001,1002) for automatically associating a deterministic timestamp in conjunction with an input message to be communicated from a sender component (21,22,26,27,32,34,62,72) to a receiver component (28,29,64,66,67,74,76) during program execution, said deterministic timestamp containing a virtual time representative of estimated real time of arrival of said input message at the receiver component (28,29,64,66,67,74,76) wherein each input message is assigned a unique virtual time, means (62,64,66,67) for deterministically executing said receiver component (28,29,64,66,67,74,76) by using the deterministic timestamps, each associated to only one virtual time, to generate a unique arrival order of input messages and to record all the assigned virtual times in a log; means (64,66,67,74,76) for tracking state of the receiver component (28,29,64,66,67,74,76) during program execution, and checkpointing said state to a local storage device (94,96); wherein upon failure of the receiver component (28,29,64,66,67,74,76), said component state is restored by recovering a recent stored checkpoint (84,86) and re-executing the input messages occurring since said last checkpoint (84,86) according to the unique arrival order of the input messages based on the unique order of the virtual times recorded in the log. means (15,15a,...,15n,16,17,72,74,76,1000,1001,1002) for automatically associating a deterministic timestamp in conjunction with an input message to be communicated from a sender component (21,22,26,27,32,34,62,72) to a receiver component (28,29,64,66,67,74,76) during program execution, said deterministic timestamp containing a virtual time representative of estimated real time of arrival of said input message at the receiver component (28,29,64,66,67,74,76) wherein each input message is assigned a unique virtual time, means (62,64,66,67) for deterministically executing said receiver component (28,29,64,66,67,74,76) by using the deterministic timestamps, each associated to only one virtual time, to generate a unique arrival order of input messages and to record all the assigned virtual times in a log; means (64,66,67,74,76) for tracking state of the receiver component (28,29,64,66,67,74,76) during program execution, and checkpointing said state to a local storage device (94,96); wherein upon failure of the receiver component (28,29,64,66,67,74,76), said component state is restored by recovering a recent stored checkpoint (84,86) and re-executing the input messages occurring since said last checkpoint (84,86) according to the unique arrival order of the input messages based on the unique order of the virtual times recorded in the log.
Planetary gearbox which comprises: - a sun gear which rotates about a rotational axis of the planetary gearbox and is driven by a sun shaft, the rotational axis defining an axial direction of the planetary gearbox, - a plurality of planetary gears which are driven by the sun gear, each planetary gear having an axially front end side and an axially rear end side, - an internal gear, with which the plurality of planetary gears are in engagement, - a plurality of planetary plain bearing pins which in each case have an outer-side bearing face which has an axially front end and an axially rear end, - in each case one planetary plain bearing pin being arranged in a planetary gear, and the planetary plain bearing pin and the planetary gear forming a lubricated plain bearing, and - the planetary plain bearing pins in each case configuring a convexity on their bearing face, in the sense that their external diameter (e) decreases from a maximum external diameter towards at least one axial end (65, 66) of the bearing face and has a minimum at the axial end (65, 66), characterized in that, on its axially front end side and/or on its axially rear end side, each planetary gear configures a cut-out which, starting from the end side (41, 42), extends within the planetary gear. - a sun gear which rotates about a rotational axis of the planetary gearbox and is driven by a sun shaft, the rotational axis defining an axial direction of the planetary gearbox, - a plurality of planetary gears which are driven by the sun gear, each planetary gear having an axially front end side and an axially rear end side, - an internal gear, with which the plurality of planetary gears are in engagement, - a plurality of planetary plain bearing pins which in each case have an outer-side bearing face which has an axially front end and an axially rear end, - in each case one planetary plain bearing pin being arranged in a planetary gear, and the planetary plain bearing pin and the planetary gear forming a lubricated plain bearing, and - the planetary plain bearing pins in each case configuring a convexity on their bearing face, in the sense that their external diameter (e) decreases from a maximum external diameter towards at least one axial end (65, 66) of the bearing face and has a minimum at the axial end (65, 66),
Vapour provision apparatus comprising: a reservoir housing defining a reservoir for liquid; a liquid transport element for transporting liquid from the reservoir to a vaporiser for vaporisation; and a channel for the liquid transport element, wherein the liquid transport element comprises a first portion arranged to deliver liquid to the vaporiser and a second portion extending along the channel, wherein the channel has a cross-section that corresponds with the cross-section of the second portion of the liquid transport element in the channel, characterised in that the channel has a sidewall at least partly defined by a section of the reservoir housing, and in that the section of the reservoir housing that defines the sidewall of the channel has one or more openings to provide fluid communication between the liquid transport element in the channel and liquid in the reservoir. a reservoir housing defining a reservoir for liquid; a liquid transport element for transporting liquid from the reservoir to a vaporiser for vaporisation; and a channel for the liquid transport element, wherein the liquid transport element comprises a first portion arranged to deliver liquid to the vaporiser and a second portion extending along the channel, wherein the channel has a cross-section that corresponds with the cross-section of the second portion of the liquid transport element in the channel,