mhurhangee/ep-ind-claims huggingface dataset:
Position measuring device intended for a rotary electric machine having a stator unit and a rotor mounted so as to rotate in and with respect to the stator unit about an axis of rotation, the position measuring device comprising a position sensor that is intended to measure the position of the rotor with respect to the stator unit and is housed in a sensor compartment, the position measuring device being intended to be positioned in an axial end zone of the stator unit so as to allow the position sensor to detect a rotating target connected to the rotor, the position measuring device comprising a fixing arm projecting towards the axis of rotation with respect to the sensor compartment, wherein the fixing arm has an orifice that is intended to receive a shaft of the rotor and has a central axis intended to be aligned with the axis of rotation of the rotor, wherein the fixing arm has at least one slot formed in the periphery of the orifice, the slot having a depth, in the direction of the central axis and as far as a bottom wall, of greater than or equal to 2 mm, the slot being configured to receive a tooth of a calibration tool, and wherein the slot has two lateral walls and a radially external wall, the lateral walls being arranged circumferentially on either side of the radially external wall, the lateral walls have a first lateral wall and a second lateral wall, the first lateral wall being formed in a plane inclined at a first non-zero angle with respect to a radial plane passing through the central axis of the orifice, the second lateral wall being formed in a plane inclined at a second non-zero angle with respect to a radial plane passing through the central axis of the orifice, the first angle and the second angle being opposite one another, the inclination of the lateral walls being configured such that the slot has a circumferential dimension that narrows towards the bottom wall. wherein the fixing arm has an orifice that is intended to receive a shaft of the rotor and has a central axis intended to be aligned with the axis of rotation of the rotor, wherein the fixing arm has at least one slot formed in the periphery of the orifice, the slot having a depth, in the direction of the central axis and as far as a bottom wall, of greater than or equal to 2 mm, the slot being configured to receive a tooth of a calibration tool, and wherein the slot has two lateral walls and a radially external wall, the lateral walls being arranged circumferentially on either side of the radially external wall, the lateral walls have a first lateral wall and a second lateral wall, the first lateral wall being formed in a plane inclined at a first non-zero angle with respect to a radial plane passing through the central axis of the orifice, the second lateral wall being formed in a plane inclined at a second non-zero angle with respect to a radial plane passing through the central axis of the orifice, the first angle and the second angle being opposite one another, the inclination of the lateral walls being configured such that the slot has a circumferential dimension that narrows towards the bottom wall.
A method for creating trust-based communities of anonymous users, said trust-based communities comprising a first community, each of said users having an identity being unknown to each other and interacting via a computer data network, wherein the first community can be represented by a graph, said graph comprising nodes, each node representing a single member of the first community, and said graph comprising directed edges, each directed edge being from a first node to a second node each directed edge representing the trust from the member represented by the first node to the member represented by the second node, each directed edge having a weight; the method comprising the steps: a. creating by a software module, one or more knots, wherein a knot is a group of members of the community having overall strong trust relations among them; b. computing by said computer a trusted reputation of a first member of said first community by using information provided only by members of the knot to which the first member belongs; wherein said one or more knots are created by partitioning the graph to a collection of subgraphs, where in each subgraph any two nodes are connected by a path of edges of length of a predefined parameter K or less and in each subgraph the number of negative edges, being the edges having a weight that is not at least α, does not exceed a threshold parameter, wherein α denotes a predefined threshold of trust. a. creating by a software module, one or more knots, wherein a knot is a group of members of the community having overall strong trust relations among them; b. computing by said computer a trusted reputation of a first member of said first community by using information provided only by members of the knot to which the first member belongs;
A system for detecting a tire burst comprising: a tire pressure sensor; a tire pressure monitor for registering the tire burst in response to a decrease in tire pressure measured by the tire pressure sensor; and characterised by further comprising: a binary tire burst indicator which indicates the tire burst in response to the tire pressure monitor registering the tire burst, wherein the binary tire burst indicator is configured to prevent indication of a low-pressure tire. a tire pressure sensor; a tire pressure monitor for registering the tire burst in response to a decrease in tire pressure measured by the tire pressure sensor; and characterised by further comprising: a binary tire burst indicator which indicates the tire burst in response to the tire pressure monitor registering the tire burst, wherein the binary tire burst indicator is configured to prevent indication of a low-pressure tire. a binary tire burst indicator which indicates the tire burst in response to the tire pressure monitor registering the tire burst, wherein the binary tire burst indicator is configured to prevent indication of a low-pressure tire.
Artificial ankle comprising a housing comprising a hollow body for retaining a hydraulic fluid, the hollow body having an inner face, at least a part thereof having a cylindrical surface area; a vane type piston arranged in the hollow body, the vane type piston being pivotable about the rotational axis of said cylindrical surface area in a sealing manner with at least said cylindrical surface thereby separating in a fluid tight manner both sides of the vane type piston, and the vane type piston having an aperture to allow fluid to move between both sides of the piston; at least one gravity controlled means for opening or closing said aperture; the piston having a supporting element (51a, 51b, 507) at at least one of its axial ends, the supporting member (51a, 51b, 507) being arranged in a fluid tight sealing manner in order to retain said hydraulic fluid within the hollow body; and attachment means for attaching a shank to the artificial ankle, said attaching means being fixed to the at least one supporting element; wherein the vane type piston and the gravity controlled means are configured to close said aperture, when the attachment means is in a position so as to fix a shank in a substantially vertical position, wherein the housing and/or the vane-type piston are provided with a bypass channel for the hydraulic fluid connecting both partial volumes (43, 44) on both sides of the vane type piston, and a valve for opening or closing the bypass channel operated by an operating member (81, 82) configured for closing said valve upon a predetermined load to the attachment means and arranged at least in the housing.
A barrier isolator port assembly comprising: an annular body configured to engage a docking port of an isolated enclosure, the annular body including an outer surface, an inner surface and a thru-hole, wherein the thru-hole extends from the outer surface to the inner surface and wherein the thru-hole is a cylindrical thru-hole having a longitudinal axis generally orthogonal to a longitudinal axis of the annular body; a door assembly mountable within the annular body and movable between an open position to access the enclosure and a closed position preventing access to the enclosure, the door assembly including a periphery having a recess alignable with the thru-hole when the door assembly is in the closed position; and a lock operatively connected to the annular body, the lock including: a lever having first and second ends (44a, 44b) and being pivotably connected to the annular body about a pivoting member, the barrier isolator port assembly characterized in that the lock comprises a pin connected to the second end, the lever being pivotable to move between a first position with a portion of the pin within the thru-hole and a second position with the pin removably inserted in the recess of the door assembly, wherein the longitudinal axis of the thru-hole is at an angle ( α) relative to a radial direction of the annular body. an annular body configured to engage a docking port of an isolated enclosure, the annular body including an outer surface, an inner surface and a thru-hole, wherein the thru-hole extends from the outer surface to the inner surface and wherein the thru-hole is a cylindrical thru-hole having a longitudinal axis generally orthogonal to a longitudinal axis of the annular body; a door assembly mountable within the annular body and movable between an open position to access the enclosure and a closed position preventing access to the enclosure, the door assembly including a periphery having a recess alignable with the thru-hole when the door assembly is in the closed position; and a lock operatively connected to the annular body, the lock including: a lever having first and second ends (44a, 44b) and being pivotably connected to the annular body about a pivoting member, the barrier isolator port assembly characterized in that the lock comprises a pin connected to the second end, the lever being pivotable to move between a first position with a portion of the pin within the thru-hole and a second position with the pin removably inserted in the recess of the door assembly, wherein the longitudinal axis of the thru-hole is at an angle ( α) relative to a radial direction of the annular body. a lever having first and second ends (44a, 44b) and being pivotably connected to the annular body about a pivoting member, the barrier isolator port assembly characterized in that the lock comprises a pin connected to the second end, the lever being pivotable to move between a first position with a portion of the pin within the thru-hole and a second position with the pin removably inserted in the recess of the door assembly, wherein the longitudinal axis of the thru-hole is at an angle ( α) relative to a radial direction of the annular body.
System comprising a continuously supplied bookbinding spring and a packing device for packing said bookbinding spring, and comprising: - a supply frame on an upper side of which said spring is continuously supplied, - a rotatable supply roll on which a cover member having a certain width and made of a synthetic resin material is wound, - a direction change roll for allowing the cover member supplied from the supply roll to be supplied onto an upper side of the spring being placed on the supply frame 2, - a forming guide the end of which being closer to an end of the supply frame is extending at a tapered angle in a conical shape, the forming guide surrounding the spring and the cover member excluding the portion in which both sides of the cover member 31 are overlapped in the lower side of the same, - a pair of pressing rollers for pressing and bonding the portions in which both sides of the cover member are overlapped by means of the forming guide, and - at least one driving roller for transferring the spring packed by means of the bonding part with the help of the pressing rollers. - a supply frame on an upper side of which said spring is continuously supplied, - a rotatable supply roll on which a cover member having a certain width and made of a synthetic resin material is wound, - a direction change roll for allowing the cover member supplied from the supply roll to be supplied onto an upper side of the spring being placed on the supply frame 2, - a forming guide the end of which being closer to an end of the supply frame is extending at a tapered angle in a conical shape, the forming guide surrounding the spring and the cover member excluding the portion in which both sides of the cover member 31 are overlapped in the lower side of the same, - a pair of pressing rollers for pressing and bonding the portions in which both sides of the cover member are overlapped by means of the forming guide, and - at least one driving roller for transferring the spring packed by means of the bonding part with the help of the pressing rollers.
An electrical connector comprising: a housing having a mating end and a mounting end, and defining multiple cavities oriented parallel to a cavity axis; multiple blade terminals held by the housing within the cavities, the blade terminals having two edge sides between two broad sides and a rib projecting from at least one of the two edge sides; and a terminal position assurance device coupled to the housing at the mounting end and configured to linearly move relative to the housing between an unlock position and a lock position along an actuation axis that is perpendicular to the cavity axis, the terminal position assurance device having a base plate that defines multiple terminal openings therethrough, wherein the base plate includes ledges that jut out into the terminal openings, wherein the ledges extend behind and align with the ribs of the corresponding blade terminals when the terminal position assurance device is in the lock position to retain the blade terminals within the housing by abutting against back shoulders of the ribs; characterized in that: the base plate of the terminal position assurance device has an inner side that faces the housing and an outer side opposite the inner side facing away from the housing and an alignment post projecting from the inner side of the base plate of the terminal position assurance device into the housing, the alignment post comprising a position-retaining latch projecting therefrom, the latch being elongated parallel to the actuation axis, the position-retaining latch having a hook feature that secures to a complementary catch feature of the housing when the terminal position assurance device is in the lock position to restrict movement of the terminal position assurance device towards the unlock position. a housing having a mating end and a mounting end, and defining multiple cavities oriented parallel to a cavity axis; multiple blade terminals held by the housing within the cavities, the blade terminals having two edge sides between two broad sides and a rib projecting from at least one of the two edge sides; and a terminal position assurance device coupled to the housing at the mounting end and configured to linearly move relative to the housing between an unlock position and a lock position along an actuation axis that is perpendicular to the cavity axis, the terminal position assurance device having a base plate that defines multiple terminal openings therethrough, wherein the base plate includes ledges that jut out into the terminal openings, wherein the ledges extend behind and align with the ribs of the corresponding blade terminals when the terminal position assurance device is in the lock position to retain the blade terminals within the housing by abutting against back shoulders of the ribs;
A pellicle frame for extreme ultraviolet, comprising: a metal or alloy having a linear expansion coefficient of 10×10 -6 (1/K) or less and a density of 4.6 g/cm 3 or less, wherein the pellicle frame has an outer length of a long side of 145 to 152 mm, an outer length of a short side of 113 to 120 mm, a thickness of 1.0 to 2.0 mm, a width of 3.0 to 4.0 mm and a volume of 2.6 cm 3 or less. a metal or alloy having a linear expansion coefficient of 10×10 -6 (1/K) or less and a density of 4.6 g/cm 3 or less, wherein the pellicle frame has an outer length of a long side of 145 to 152 mm, an outer length of a short side of 113 to 120 mm, a thickness of 1.0 to 2.0 mm, a width of 3.0 to 4.0 mm and a volume of 2.6 cm 3 or less.
A multi-layer piezoelectric element comprising: a stack having a plurality of piezoelectric layers and a plurality of inner electrodes, the piezoelectric layers and the inner electrodes being stacked alternately one on another; and a pair of external electrodes formed on side faces of the stack, characterised in that an isolated section, of which thickness gradually decreases toward the periphery and which is separated from the side face of the stack, is formed in a peripheral portion of each external electrode. a stack having a plurality of piezoelectric layers and a plurality of inner electrodes, the piezoelectric layers and the inner electrodes being stacked alternately one on another; and a pair of external electrodes formed on side faces of the stack, characterised in that an isolated section, of which thickness gradually decreases toward the periphery and which is separated from the side face of the stack, is formed in a peripheral portion of each external electrode.
Method for masking unwanted background noises, occurring during operation of a vehicle, using synthetic noises, wherein the synthetic noise is generated from an unmodulated synthetic noise (3.1) to adjust a desired sound characteristic by multiplication with at least one filter and/or amplifier dependent on a vehicle parameter, wherein a pitch level of all acoustic signals of which the modulated synthetic noise (3.3) is composed is kept constant during an output of the modulated synthetic noise (3.3), characterized in that the unmodulated synthetic noise (3.1) is formed as 1/f noise and is pre-modulated by means of at least one static filter before being modulated by the at least one filter and/or amplifier dependent on the vehicle parameter, wherein the unmodulated synthetic noise (3.1) is pre-modulated by means of the at least one static filter such that the pre-modulated synthetic noise (3.2) comprises at least two acoustic signals (8.1, 8.2), wherein a first acoustic signal (8.1) has a first spectral width, a second acoustic signal (8.2) has a second spectral width and the first spectral width corresponds to a frequency range from 0 to a maximum of 2200 Hz and the second spectral width is in a higher frequency range than the first spectral width, wherein the second spectral width completely comprises a spectral width of at least one background noise to be masked. the unmodulated synthetic noise (3.1) is formed as 1/f noise and is pre-modulated by means of at least one static filter before being modulated by the at least one filter and/or amplifier dependent on the vehicle parameter, wherein the unmodulated synthetic noise (3.1) is pre-modulated by means of the at least one static filter such that the pre-modulated synthetic noise (3.2) comprises at least two acoustic signals (8.1, 8.2), wherein a first acoustic signal (8.1) has a first spectral width, a second acoustic signal (8.2) has a second spectral width and the first spectral width corresponds to a frequency range from 0 to a maximum of 2200 Hz and the second spectral width is in a higher frequency range than the first spectral width, wherein the second spectral width completely comprises a spectral width of at least one background noise to be masked.
Method for determining a vehicle mass of a self-driving vehicle, wherein an internal force can be exerted on the self-driving vehicle by automated control of an electronic drive system which has a drive and/or of an electronic braking system which has brakes, comprising at least the following steps: - identifying whether a trigger event is present, wherein the trigger event indicates that a change in the vehicle mass of the self-driving vehicle is likely, and - activating a learning operating mode when a trigger event is present, wherein the self-driving vehicle is operated in the learning operating mode alternately in a first phase and in a second phase, wherein by automated control of the electronic drive system and/or of the electronic braking system -- in the first phase an internal force which has a first force value, and -- in the second phase an internal force which has a second force value is exerted on the self-driving vehicle, wherein the first force value differs from the second force value; - determining a disturbing force acting in the phases (P1, P2); and - determining the vehicle mass on the basis of a vehicle acceleration and the internal force, which are each present in the relevant phase (P1, P2), as well as on the basis of the determined disturbing force. - identifying whether a trigger event is present, wherein the trigger event indicates that a change in the vehicle mass of the self-driving vehicle is likely, and - activating a learning operating mode when a trigger event is present, wherein the self-driving vehicle is operated in the learning operating mode alternately in a first phase and in a second phase, wherein by automated control of the electronic drive system and/or of the electronic braking system -- in the first phase an internal force which has a first force value, and -- in the second phase an internal force which has a second force value is exerted on the self-driving vehicle, wherein the first force value differs from the second force value; -- in the first phase an internal force which has a first force value, and -- in the second phase an internal force which has a second force value - determining a disturbing force acting in the phases (P1, P2); and - determining the vehicle mass on the basis of a vehicle acceleration and the internal force, which are each present in the relevant phase (P1, P2), as well as on the basis of the determined disturbing force.
Hinge for a window or door with a hinge leaf with associated accessory intended to be mounted between the hinge leaf and a profile (2,3) of the window or door on which the hinge leaf is fastened, whereby the thickness of the accessory is adjustable for the lateral adjustment of the window or the door, said accessory being composed of two essentially plate-shaped parts (11a and 11b), respectively a first part which in mounted condition is in contact with the hinge leaf and a second part, said parts (11a,11b) in use being affixed against one another by one side and said sides being provided with interlocking complementary toothings (11c,11d) which are such that when both parts (11a and 11b) are slid in a sliding direction longitudinally (X-X') along the toothings in one or another direction relative to each other, the thickness of the accessory increases or decreases in a direction perpendicular to the hinge leaf, characterised in that in the mounted condition of the hinge with the accessory between the hinge leaf and the profile (2,3), the hinge leaf and the plate-shaped first part of the accessory in contact therewith are provided on the facing sides with protrusions and complementary recesses with which they interlock, wherein the recesses in the first part of the accessory are provided within the thickness of the teeth of the toothing of the first part.