mhurhangee/ep-ind-claims huggingface dataset:
A plate electrode means ( 81, 82) adapted for use in a particle-beam projection processing apparatus, said plate electrode means ( 81, 82) having an aperture field comprising a plurality of openings such that a beam (lb) of energetic particles as used in a particle-beam projection processing apparatus irradiating said plate electrode means can traverse the plate electrode means only through said openings, characterized in that said plate electrode means (81, 82) comprises a composite electrode, an insulating layer and a plate such that said composite electrode is realized as a partitioned electrode layer formed on the insulating layer insulating the partitioned electrode layer from the plate, the composite electrode being composed of a number of partial electrodes (830, 831, 840, 841, 870, 880, 881, 891) arranged adjoining to each other according to a partitioning of the surface area of the plate electrode means (81, 82) into non-overlapping sub-areas with gaps between neighboring partial electrodes, wherein different electrostatic potentials can be applied to different partial electrodes, wherein each opening lies within the area of a respective one of the partial electrodes (830, 831, 840, 841, 870, 880, 881, 891) and no such openings are present at the edge of the partial electrodes or in the gaps between them, and wherein the composite electrode as a whole extends beyond the aperture field.
Installation box for electrical/electronic installations with a box body serving to receive at least one electrical/electronic component, which comprises at lest one tube insertion guide, covered by a soft plastic membrane, for the insertion of an installation tube, wherein the soft plastic membrane comprises, at a position provided for with regard to the insertion of the installation tube (16, 16.1), a bead formed by material thickening and an opening region (7, 7.1) encompassed by the bead, with a tear contour (9, 14) provided by a weakening of the material, characterised in that the opening region (7, 7.1) comprises an inner zone and an outer zone connected to the bead, the said outer zone encompassing the inner zone and being separated from the inner zone by the tear contour, and the said inner zone is connected by means of a connection section to the bead, and that the outer zone is divided by tear contour branches, which originate from the tear contour delimiting the inner zone (8, 8.1), into several segments arranged adjacent to one another in the circumferential direction.
A method of manufacturing a puncture-sealing agent, the method comprising: a first mixing process of mixing an antifreeze liquid with water to obtain a mixture liquid A1; a second mixing process of adding the mixture liquid A1 dropwise into a rubber latex that is being stirred and performing mixing to obtain a mixture liquid A2, while increasing stirring speed as a liquid amount of the mixture liquid A2 increases; and a third mixing process of mixing the mixture liquid A2 with a tackifier. a first mixing process of mixing an antifreeze liquid with water to obtain a mixture liquid A1; a second mixing process of adding the mixture liquid A1 dropwise into a rubber latex that is being stirred and performing mixing to obtain a mixture liquid A2, while increasing stirring speed as a liquid amount of the mixture liquid A2 increases; and a third mixing process of mixing the mixture liquid A2 with a tackifier.
An interlock system for a circuit breaker assembly, said circuit breaker assembly structured to have a use current selectively passed therethrough, said circuit breaker assembly including a housing assembly, a separable contact assembly, a trip assembly and an operating mechanism, said housing assembly defining a substantially enclosed space, said separable contact assembly including a number of fixed contacts and a number of movable contacts, each said movable contact movable between an open, first position, wherein each said movable contact is spaced from, and is not in electrical communication with, an associated fixed contact, and, a second position, wherein each said movable contact is coupled to, and is in electrical communication with, the associated fixed contact, said trip assembly structured to detect an overcurrent condition and to provide an overcurrent signal when an overcurrent condition is detected, said operating mechanism structured to move said number of movable contacts between said first and second positions, said operating mechanism including an elongated crossbar, said operating mechanism crossbar rotatably coupled to said housing assembly, said operating mechanism crossbar structured to move between a first position and a second position corresponding to said movable contacts first position and said movable contacts second position, characterised in that said interlock system comprises: a rotary solenoid including a rotating output shaft; said rotary solenoid output shaft structured to move between a first position and a second position; an actuator assembly including a primary first actuator, a primary second actuator and a linkage assembly; said primary first actuator including a first actuator; said first actuator including a body; said primary second actuator including a second actuator; said second actuator including a body; said rotary solenoid operatively coupled to said linkage assembly; said linkage assembly operatively coupled to each of said rotary solenoid, said first actuator body and said second actuator body; and an interlock assembly structured to configure said rotary solenoid and at least one of said first actuator or said second actuator in a safe configuration. a rotary solenoid including a rotating output shaft; said rotary solenoid output shaft structured to move between a first position and a second position; an actuator assembly including a primary first actuator, a primary second actuator and a linkage assembly; said primary first actuator including a first actuator; said first actuator including a body; said primary second actuator including a second actuator; said second actuator including a body; said rotary solenoid operatively coupled to said linkage assembly; said linkage assembly operatively coupled to each of said rotary solenoid, said first actuator body and said second actuator body; and an interlock assembly structured to configure said rotary solenoid and at least one of said first actuator or said second actuator in a safe configuration.
A card holder, configured to hold a Subscriber Identity Module, SIM, and be inserted into a card slot disposed on a mobile terminal, the card holder comprising: a first groove, disposed on a front surface of the card holder, and configured to accommodate a first SIM; and a second groove, disposed on a back surface of the card holder, and configured to accommodate a second SIM, wherein a size of the second SIM is different from a size of the first SIM; a limiting bulge, disposed on one side of the card holder, and configured to limit a depth of insertion of the card holder into the card slot; and a locking recess, disposed on the other side of the card holder, and configured to lock the card holder in the card slot, wherein locking recess corresponds to a locking mechanism disposed on an inner side of the card slot. a first groove, disposed on a front surface of the card holder, and configured to accommodate a first SIM; and a second groove, disposed on a back surface of the card holder, and configured to accommodate a second SIM, wherein a size of the second SIM is different from a size of the first SIM; a limiting bulge, disposed on one side of the card holder, and configured to limit a depth of insertion of the card holder into the card slot; and a locking recess, disposed on the other side of the card holder, and configured to lock the card holder in the card slot, wherein locking recess corresponds to a locking mechanism disposed on an inner side of the card slot.
Switching valve for a fuel injector, in particular a common rail fuel injector, comprising an armature which is capable of being moved in a reciprocating manner and which has a shaft-type portion which for receiving and guiding an armature bolt that is movable relative to the armature is penetrated by an axial bore, characterized in that the armature has a sleeve from a ceramic material, said sleeve at least in portions delimiting the axial bore, wherein the sleeve completely clads the axial bore that serves for guiding the armature bolt.
A seal arrangement (100, 101, 102) for sealing a bearing (10, 20) comprising a rotational axis, a first component and a second component, at least one of the first component and the second component being rotatably movable around the rotational axis, the seal arrangement (100, 101, 102) comprising a brush seal comprising a bundle of resiliently bendable bristles and an annular brush body which is carried by the first component, the brush seal being adapted to maintain a sealing condition when the first component and the second component are moved relative to each other in a non-rotational manner characterised in that a tip portion of the bundle of resiliently bendable bristles is in direct contact with a sealing surface of the second component such that the resiliently bendable bristles are pre-stressed in a plane which comprises the rotational axis.
An assembly comprising: - a valve unit, such as a ball valve unit, - an actuator, - a valve drive shaft, and - a connector releasably connecting said valve unit to said actuator, said connector comprising: - - a clamp mechanism and - - two connector parts (110, 110', 110") defining a passage for said drive shaft, each connector part (110, 110', 110") having: - a peripheral wall, - a first side with a connector interface, - a second, opposite side with a connector flange, and - a peripheral face for engagement by said clamp mechanism, each connector part (110, 110', 110") being connected to one of said valve unit and said actuator via its connector flange, - said connector interfaces each including ribs (122, 124) separated by recesses (132, 134) and being configured for mating engagement with each other by said ribs (122, 124) being received by said recesses (132, 134), for positioning said actuator in at least two positions relative to said valve unit, - said clamp mechanism including a pair of movable wings, said wings both being pivotally connected only to the same connector part and moving to a clamping position by a turning movement, each wing extending around a respective portion of said two connector parts (110, 110'), - each of said wings having opposite side flanges configured for riding on said faces of said connector parts (110, 110') upon said wings being moved towards said side walls into said clamping position. - a valve unit, such as a ball valve unit, - an actuator, - a valve drive shaft, and - a connector releasably connecting said valve unit to said actuator, said connector comprising: - - a clamp mechanism and - - two connector parts (110, 110', 110") defining a passage for said drive shaft, - - a clamp mechanism and - - two connector parts (110, 110', 110") defining a passage for said drive shaft, - a peripheral wall, - a first side with a connector interface, - a second, opposite side with a connector flange, and - a peripheral face for engagement by said clamp mechanism, each connector part (110, 110', 110") being connected to one of said valve unit and said actuator via its connector flange, - said connector interfaces each including ribs (122, 124) separated by recesses (132, 134) and being configured for mating engagement with each other by said ribs (122, 124) being received by said recesses (132, 134), for positioning said actuator in at least two positions relative to said valve unit, - said clamp mechanism including a pair of movable wings, said wings both being pivotally connected only to the same connector part and moving to a clamping position by a turning movement, each wing extending around a respective portion of said two connector parts (110, 110'), - each of said wings having opposite side flanges configured for riding on said faces of said connector parts (110, 110') upon said wings being moved towards said side walls into said clamping position.
- A supporting structure for a ventilated facade, comprising: - a plurality of uprights which are vertical and are spaced from one another in a horizontal direction; - anchoring means for fixing said uprights to a building; - a plurality of cross members, which are parallel to one another, are arranged at different heights, are fixed to said uprights and are configured so as to couple a plurality of panels to said supporting structure and, therefore, form said ventilated facade; further comprising, for each upright: - at least one bar, which is vertical and arranged on said upright, and - fixing means which lock said bar with respect to said upright, characterized in that said at least one bar is graduated. - a plurality of uprights which are vertical and are spaced from one another in a horizontal direction; - anchoring means for fixing said uprights to a building; - a plurality of cross members, which are parallel to one another, are arranged at different heights, are fixed to said uprights and are configured so as to couple a plurality of panels to said supporting structure and, therefore, form said ventilated facade; further comprising, for each upright: - at least one bar, which is vertical and arranged on said upright, and - fixing means which lock said bar with respect to said upright, characterized in that said at least one bar is graduated.
Threshold device for joinery work, said joinery work comprising a leaf or sash hingedly connected to a frame, the frame being formed by two jambs, an upper crosspiece and a threshold profile, the threshold device comprising a connecting member intended to mechanically link the threshold profile with a frame jamb, the connecting member including a rigid angle bracket and a sealing angle bracket, which is made of a polymer material, said rigid angle bracket and sealing angle bracket being intended to be fastened to the threshold profile and to the frame jamb and being configured so as to cooperate by interlocking with each other, said threshold device being characterised in that the connecting member further comprises a sealing plug intended to cover at least partially the sealing angle bracket, said plug being also intended to cover a portion of the threshold profile.
A non-therapeutic method for stimulating hair growth, comprising: exposing a hair growth structure wherein the hair growth structure includes the hair follicle, bulb, bulge, stem cells and other components of the supporting dermal structure that supports hair growth to a Light Emitting Diode as a source of narrowband multichromatic electromagnetic radiation having a dominant emissive wavelength of 390 nm to 1600 nm, without having applied a drug, cosmeceutical and/or chromophore to the hair growth structure, and wherein the dominant emissive wavelength approximately corresponds with an absorption maxima of the hair growth structure; and photostimulating said hair growth structure by maintaining the exposure of said hair growth structure to said source of narrowband multichromatic electromagnetic radiation for an effective duration and at an effective light intensity to stimulate hair growth wherein the method produces little or no permanent injury or damage to nearby skin tissue.
A sensing system for a computer input device, wherein the computer input device is a computer keyboard or mouse or joystick or game controller, the sensing system comprising: an actuator, wherein the actuator is configured to attach to or comprises or consists of a key top or button, wherein the actuator is moveable along an axis or wherein the actuator is a hinged actuator; an actuator motion sensor associated with the actuator to detect motion of the actuator, the actuator motion sensor comprising: a passive resonant circuit configured to be moved by the actuator and having a resonant frequency; an active resonant circuit configured to excite the passive resonant circuit at the resonant frequency of the passive resonant circuit; a biasing element (16, 82) configured to exert a biasing force on the actuator, wherein the biasing force is directed along the axis and/or wherein the biasing element is configured to exert a biasing force on the actuator directed to bias the passive resonant circuit of the actuator away from the active resonant circuit; at least one sensor driver to drive the active resonant circuit with an RF drive signal at the resonant frequency of the passive resonant circuit; at least one detector (40, 41, 24, 42) to detect a level of RF signal from a driven actuator motion sensor for sensing a position and/or velocity of the actuator associated with the actuator motion sensor. an actuator, wherein the actuator is configured to attach to or comprises or consists of a key top or button, wherein the actuator is moveable along an axis or wherein the actuator is a hinged actuator; an actuator motion sensor associated with the actuator to detect motion of the actuator, the actuator motion sensor comprising: a passive resonant circuit configured to be moved by the actuator and having a resonant frequency; an active resonant circuit configured to excite the passive resonant circuit at the resonant frequency of the passive resonant circuit; a passive resonant circuit configured to be moved by the actuator and having a resonant frequency; an active resonant circuit configured to excite the passive resonant circuit at the resonant frequency of the passive resonant circuit; a biasing element (16, 82) configured to exert a biasing force on the actuator, wherein the biasing force is directed along the axis and/or wherein the biasing element is configured to exert a biasing force on the actuator directed to bias the passive resonant circuit of the actuator away from the active resonant circuit; at least one sensor driver to drive the active resonant circuit with an RF drive signal at the resonant frequency of the passive resonant circuit; at least one detector (40, 41, 24, 42) to detect a level of RF signal from a driven actuator motion sensor for sensing a position and/or velocity of the actuator associated with the actuator motion sensor.
Non-inflatable tyre for an agricultural implement, of the type comprising: - a sole, - a tread, and - a pair of sidewalls (25, 27) connecting the sole to the tread, the sole, the tread and the sidewalls (25, 27) defining jointly a free space of generally annular shape and continuous in the circumference of the tyre, while an opening fluidly connects this free space to the outside, characterized in that a first of these sidewalls extends from the sole to the tread, while the second comprises an internal portion which extends from the sole to the tread and an external portion projecting from the tread and arranged to sink into the ground, the first sidewall and the tread being arranged so as to jointly hold the external portion of the second sidewall in line with the internal portion. - a sole, - a tread, and - a pair of sidewalls (25, 27) connecting the sole to the tread, the sole, the tread and the sidewalls (25, 27) defining jointly a free space of generally annular shape and continuous in the circumference of the tyre, while an opening fluidly connects this free space to the outside, characterized in that a first of these sidewalls extends from the sole to the tread, while the second comprises an internal portion which extends from the sole to the tread and an external portion projecting from the tread and arranged to sink into the ground, the first sidewall and the tread being arranged so as to jointly hold the external portion of the second sidewall in line with the internal portion.
A trusted presence system in an IMS network operatively coupled to a first and a second user equipment (101, 102), wherein the first user equipment has a first set of personal information having at least name identification for use in a community based network, and a second set of personal information having at least an associated telephone number for use in a telecommunication network; and wherein the second user equipment has a first set of personal information having at least name identification for use in the community based network, and a second set of personal information having at least an associated telephone number for use in the telecommunication network; the trusted presence system having a trusted presence server operatively coupled to a trusted database, wherein the trusted presence system comprises a trusted presence telecommunication application server operatively coupled to the trusted presence server, wherein the trusted presence server is operatively coupled to the community based network, wherein at least one of the trusted presence server and the trusted presence telecommunication application server is operatively coupled to the telecommunication network, wherein the community based network and the telecommunication network are different networks, and wherein the trusted presence system is separate from the community based network and from the telecommunication network; the trusted database containing associations of respective name identifications and associated telephone numbers for each of the first and second user equipment (101, 102), and wherein, when the first user equipment is in the community based network and places a call to the second user equipment in the telecommunication network, the telephone number of the second user equipment is withheld from the first user equipment at least during call setup by replacing the telephone number of the second user equipment with the name identification for use in the community based network that is associated with the second user equipment in the trusted database.
Sandal with detachable strap fastening, comprising a sole, at least one strap and at least one clamping buckle and/or at least one anchor buckle, wherein the sandal is of modular construction and can be easily assembled and disassembled, the sole and the at least one strap being connected to each other thereby, that the at least one strap is guided through eyelets provided in the sole, characterised in that the two ends of the at least one strap, which form two strap ends, are either fixed to the strap again by at least one of the clamping buckles forming a loop or are anchored to one of the eyelets by at least one of the anchor buckles.