mhurhangee/ep-ind-claims huggingface dataset:
A backlight module, comprising: a backplane, a reflector plate and an LED light bar, wherein the LED light bar comprises a base and LED lights fixed on an upper surface of the base; the backplane comprises a backplane main body part and a backplane side wall part formed by bending an edge area of the backplane main body part towards inner side of the backplane; wherein the reflector plate is disposed on the inner side of the backplane and comprises a reflector plate main body part and two reflector plate projections extending from the reflector plate main body part towards the base; the two reflector plate projections are in contact with a first side face and a second side face of the base, respectively, wherein the first side face and the second side face are two opposite side faces on the base; and the backplane side wall part is in contact with a third side face of the base, wherein the backlight module further comprising a light guide plate, which is located above the reflector plate and the base, characterized in that the reflector plate main body part is in contact with a fourth side face of the base, wherein the third side face and the fourth side face are another two opposite side faces on the base; the light guide plate comprises a light guide plate main body part and light guide plate projections located on two side faces of the light guide plate main body part, and the two light guide plate projections are respectively in contact with two vertex angles (β), close to the LED light bar, on the light guide plate main body part.
An air spring in which an upper member and a lower member are secured to upper and lower ends of a bellows, respectively, and stopper faces (5, 6) that contact against each other to limit a displacement amount of the upper member are formed on the upper member and the lower member, the lower member comprising: a movable body that can move vertically to adjust a height of the stopper face of the lower member, and a holding body that holds the movable body in a manner that enables vertical movement thereof, wherein: the movable body is configured to be capable of relative rotation around a central axis with respect to the holding body; and on at least one of the movable body and the holding body, a taper (32, 41) that is slidable with respect to the other of the movable body and the holding body is formed that inclines in a circumferential direction of the movable body relative to a horizontal surface, characterized in that a plurality of the tapers (32, 41) are formed, and a horizontal surface that positions the movable body in a height direction is provided between the respective tapers (32, 41).
A cartridge, comprising: a housing; a reservoir within the housing, the reservoir configured to contain a pre-vapor formulation; a first tube extending longitudinally within the housing, the first tube at least partially defining a central air passage, the central air passage including a first portion, a second portion and a third portion, the first portion, the second portion and the third portion of the central air passage being in communication with each other; a vapor generator in communication with the first portion of the central air passage, the vapor generator configured to communicate the pre-vapor formulation from the reservoir to the first portion of the central air passage and at least partially vaporize the pre-vapor formulation into a vapor; a first air inlet in communication with the second portion of the central air passage, the second portion of the central air passage being between the vapor generator and the first air inlet; and a dilution air inlet intersecting the third portion of the central air passage, the third portion of the central air passage being between the vapor generator and an outlet of the cartridge, the dilution air inlet defining a dilution air passage that does not pass through the vapor generator, wherein the housing defines a second air inlet for the cartridge, the second air inlet partially defining the dilution air passage. a housing; a reservoir within the housing, the reservoir configured to contain a pre-vapor formulation; a first tube extending longitudinally within the housing, the first tube at least partially defining a central air passage, the central air passage including a first portion, a second portion and a third portion, the first portion, the second portion and the third portion of the central air passage being in communication with each other; a vapor generator in communication with the first portion of the central air passage, the vapor generator configured to communicate the pre-vapor formulation from the reservoir to the first portion of the central air passage and at least partially vaporize the pre-vapor formulation into a vapor; a first air inlet in communication with the second portion of the central air passage, the second portion of the central air passage being between the vapor generator and the first air inlet; and a dilution air inlet intersecting the third portion of the central air passage, the third portion of the central air passage being between the vapor generator and an outlet of the cartridge, the dilution air inlet defining a dilution air passage that does not pass through the vapor generator, wherein the housing defines a second air inlet for the cartridge, the second air inlet partially defining the dilution air passage.
A liquid developer comprising an electrically insulating carrier liquid and pigment dispersed within the carrier liquid and an organic polymer compound, wherein the content of the organic polymer compound in the liquid developer is 1 to 10 parts by mass%, and wherein the liquid developer has a viscosity of 30 to 400 mPa·s measured at 25°C according to the description.
A method in a user equipment, UE, for handling radio link failures, RLF, wherein the UE is connected to a radio communication network by means of a plurality of uplink, UL, carriers (220, 230), comprising: - monitoring retransmissions of radio link control, RLC, data packets for each of a plurality of UL carriers, - determining a failure of RLC data packet transmissions with respect to one of the UL carriers, and - providing an information indicative of the failure of said UL carrier, wherein the failure of RLC data packet transmissions for said carrier is determined, if a certain maximum number of RLC retransmissions for a RLC data packet has been reached for that carrier, characterized in that each of the plurality of carriers is associated to a maximum number of RLC retransmissions for a RLC data packet, such that a first maximum number is associated to a primary UL carrier, and a second maximum number is associated to a supplementary UL, SUL, carrier, wherein the first maximum number is different from the second maximum number. - monitoring retransmissions of radio link control, RLC, data packets for each of a plurality of UL carriers, - determining a failure of RLC data packet transmissions with respect to one of the UL carriers, and - providing an information indicative of the failure of said UL carrier, wherein the failure of RLC data packet transmissions for said carrier is determined, if a certain maximum number of RLC retransmissions for a RLC data packet has been reached for that carrier, characterized in that each of the plurality of carriers is associated to a maximum number of RLC retransmissions for a RLC data packet, such that a first maximum number is associated to a primary UL carrier, and a second maximum number is associated to a supplementary UL, SUL, carrier, wherein the first maximum number is different from the second maximum number.
A spectrum management apparatus, comprising one or more processors (410, 420) configured to: determine position information and antenna angle information of secondary devices based on information received from serving base stations serving the secondary devices; determine at least one secondary device which is allowed to access an idle portion of spectrum of a primary device based on the position information and the antenna angle information of the secondary device, in response to a request from the secondary device for accessing the idle portion of spectrum; and for the secondary device which is allowed to access, transmit, to the serving base station serving the secondary device, the position information and the antenna angle information of the secondary device which is allowed to access to perform interference alignment precoding. determine position information and antenna angle information of secondary devices based on information received from serving base stations serving the secondary devices; determine at least one secondary device which is allowed to access an idle portion of spectrum of a primary device based on the position information and the antenna angle information of the secondary device, in response to a request from the secondary device for accessing the idle portion of spectrum; and for the secondary device which is allowed to access, transmit, to the serving base station serving the secondary device, the position information and the antenna angle information of the secondary device which is allowed to access to perform interference alignment precoding.
Support structure for a seat back of a vehicle seat or a rear seat of a motor vehicle, comprising a frame-shaped metal support structure and a plane nonwoven fiber fleece support structure, wherein the frame-shaped metal support structure is at least substantially composed of metal slats or metal profiles (3a, 3b, 3c, 3d) and comprises at least one thermoplastically bound, plane nonwoven fiber fleece formed component disposed on a side of the frame-shaped metal support structure and spanning the metal support structure on this side, which is composed of structure-forming fibers, in particular glass fibers, and a matrix-forming binding agent, in particular polyurethane or thermoplastically deformable fibers, preferably polypropylene fibers, and forms the plane nonwoven fiber fleece support structure or is part of the plane nonwoven fiber fleece support structure, wherein the at least one thermoplastically bound, plane nonwoven fiber fleece formed component is a plane nonwoven fiber fleece formed component thermally compression-molded from a nonwoven fiber fleece, in particular a nonwoven glass fiber fleece, produced by carding, cross-lapping and pinning a fiber amount and mixture, which plane nonwoven fiber fleece formed component forms the nonwoven fiber fleece support structure or a part of the nonwoven fiber fleece support structure and which is, in a way spanning the metal support structure, joined by material bonded engagement, in particular adhered, to respectively one outer side or outer surface of each of the metal slats or metal profiles (3a, 3b, 3c, 3d) spanning the frame-shaped metal support structure, wherein the nonwoven fiber fleece formed component and/or the nonwoven fiber fleece support structure comprising the nonwoven fiber fleece formed component, a second plane nonwoven fiber fleece formed component and a honeycombed paper structure has/have a rigidity of 6 N/mm to 8 N/mm expressed as a thickness-related elastic modulus.
Watch bank comprising a universal device for the winding and time-setting of a watch, and at least one said watch comprising a time base comprising at least one oscillating resonator arranged to generate an oscillation at a nominal frequency N0, state correction means by means of a control rod provided with a state setting organ of a watch accessible to the user, power storage means or at least one barrel, and power recharging means, said power recharging means comprising an automatic rewinding mechanism comprising at least one oscillating mass and/or a manual rewinding mechanism by means of said control rod or by means of a winding mechanism comprising a rewinding organ accessible to the user, said universal device comprising a removable watch cap, of complementary internal profile to a state setting organ or to a rewinding organ or to an actuator, accessible to the user, comprised in said watch, said universal device comprising means for rewinding and correcting the state of said watch, comprising an automatic winding mechanism for a mechanical or automatic watch which comprises at least one watch reception support, said universal device comprising state measurement means for measuring the state of said watch relative to a reference clock to which refer said state measurement means which comprise a viewing system, where said universal device comprises stoppage monitoring means arranged to observe the stoppage or running of a said oscillating resonator of a watch, and control means which are arranged, upon the observation of a stoppage by said stoppage monitoring means, to identify according to data transmitted by said state measurement means the stoppage time displayed by said watch in the stoppage position thereof, and to compute the time remaining until a synchronisation between the actual time indicated by said reference clock and said stoppage time, and, when said remaining time has elapsed, to activate said automatic winding mechanism for rewinding the power storage means of said watch, at least one said removable cap being hinged and/or elastically deformable between a first presentation position where said removable cap is radially or frontally insertable on a state setting organ or on a rewinding organ or on an actuator, and a second gripping position where the removable cap is suitable for closing said state setting organ or said rewinding organ or said actuator with longitudinal and/or radial gripping, said removable cap comprising external gripping means, arranged, in said second gripping position thereof, to allow the handling thereof in all the degrees of freedom by a robotic manipulator, said universal device comprising running monitoring means of a said oscillating resonator, and in the event of activation of said automatic winding mechanism, said control means being arranged to await the determination of the stabilisation of the running of said oscillating resonator at said nominal frequency N0 thereof by said running monitoring means, before allowing a fine adjustment of the state of said watch.
Electric drive, in particular electromotor of an engine cooling fan or an ABS/ESP system of a motor vehicle, with an electric connection and a housing, in the housing interior of which a drive device is arranged, and wherein the electric connection has at least one electric line contacting the drive device, and wherein a housing opening for the passage of the electric line is formed on the housing and a seal is arranged in the region of the housing opening, wherein the electric line has a first section and a second section, wherein the first section has a conductor and a sheath enclosing the conductor, and the second section takes the form of an exposed conductor, and wherein the electric connection has a sleeve-like element in which the second section is at least partially arranged, characterized in that the sleeve-like element is connected to the second section in a fluid-tight fashion and the seal bears at least partially on the sleeve-like element and the electric connection is designed so that it is fluid-tight with respect to the housing interior in the region of the sleeve-like element in the direction of extent.
A gas-permeable filter medium comprising: a porous polytetrafluoroethylene (PTFE) membrane; and a gas-permeable supporting member for supporting the porous membrane; wherein the porous PTFE membrane and the gas-permeable supporting member are stacked one onto the other and integrated; the gas-permeable supporting member includes: a substrate having gas-permeability and which is a non-woven fabric; and a fiber layer that is placed on the substrate so as to be in contact with the porous membrane; the gas-permeable supporting member has a structure in which fibers of the fiber layer enter into the substrate and are entangled with the substrate so that the fiber layer is bonded to the substrate; and the fibers that are entangled with the substrate have a lower melting point than that of a material that composes the substrate; characterized in that the gas-permeable supporting member is obtainable by depositing the fibers of the fiber layer onto the substrate by an air laid process, whereby said fibers enter into the substrate and are entangled with the substrate by the air flow drawn through the surface of the substrate opposite the surface on which the fiber layer is formed during the air laid process, and the fiber layer is made of polyolefin-containing fibers that are heat welding bonded to the porous membrane.
A multi-part osteotomy implant for supporting an open wedge osteotomy, the osteotomy implant comprising: a first component configured for disposition in a posterior portion of the open wedge osteotomy; a second component configured for disposition in an anterior portion of the open wedge osteotomy; and a connection device for closing a proximal end of the open wedge osteotomy and having opposing sides for connecting the first component and the second component to one another; wherein the connection device has a fixation hole therein, and further comprises a fixation device configured for placement through the fixation hole in the connection device and disposition in the tibia so as to anchor the multi-part implant to the tibia. a first component configured for disposition in a posterior portion of the open wedge osteotomy; a second component configured for disposition in an anterior portion of the open wedge osteotomy; and a connection device for closing a proximal end of the open wedge osteotomy and having opposing sides for connecting the first component and the second component to one another; wherein the connection device has a fixation hole therein, and further comprises a fixation device configured for placement through the fixation hole in the connection device and disposition in the tibia so as to anchor the multi-part implant to the tibia.
A tissue sampling device comprising: a flexible sheath; a cannula inserted into the sheath so as to be movable back and forth and punctured into body tissue; and an operation unit provided on a proximal end side of the sheath to move the cannula back and forth, wherein the cannula has a distal end part including a slit extending from a distal end opening toward a proximal end side, characterizhed in that the cannula is configured such that a curvature radius of a first edge part of edge parts (56, 57) provided on both sides of the slit is larger than the curvature radius of a second edge part thereof, and in a state where the distal end part of the cannula is protruded from the distal end of the sheath, the first edge part enlarges its diameter radially outward more than an inner surface of the sheath when viewed from an axial direction of the cannula. a flexible sheath; a cannula inserted into the sheath so as to be movable back and forth and punctured into body tissue; and an operation unit provided on a proximal end side of the sheath to move the cannula back and forth, wherein the cannula has a distal end part including a slit extending from a distal end opening toward a proximal end side,
Explosion-proof lighting unit, with at least one light-emitting diode arranged in a trough, with an electrical connecting line which is electrically connected to the at least one LED, with an optical element transparent to the light emitted by the LED and having an underside which is assigned to the base of the trough, wherein the optical element has a receiving space which is open towards the underside and in which the at least one LED is arranged, wherein a gap is present between the LED and the optical element, with a casting body made from a castable material, which is arranged in the trough and surrounds only a part of the optical element and is connected by material fit to the trough and to the optical element, wherein the light from the at least one LED enters the optical element at a beam inlet face adjacent to the receiving space and emerges at a beam outlet face of the optical element which is present on apart of the optical element free from the casting body, and wherein the at least one LED or at least some of a plurality of LEDs are arranged on a common circuit board, characterised in that the circuit board has a circuit board core which has at least one chamfered edge portion forming a side wall (23, 24) of the trough.
A container having an opening and comprising a sealing system (2; 2'; 2"; 2"') configured to close said opening; wherein the sealing system (2; 2'; 2"; 2"') comprises, in turn, a cap and a stopper (10; 10'; 10"; 10"'); wherein the stopper (10; 10'; 10"; 10'") has a longitudinal axis and comprises a tubular abutment delimiting an inner passage area inserted into said opening; wherein the stopper (10; 10'; 10"; 10'") has one or more radial windows, each configured to connect said area with a zone that is radially arranged on the outside of the tubular abutment relative to said axis wherein the tubular abutment of the stopper (10; 10'; 10"; 10"') has, along said axis, an initial portion and an end portion, which are coaxial to one another; wherein the initial portion is a continuous body inserted with interference into a respective tubular portion of a rim (7; 7'; 7"; 7"') of a container; wherein the end portion axially projects from said initial portion and projects into an inner cavity of said container; wherein each window is made through said end portion; characterized in that the stopper (10; 10'; 10"; 10"') comprises an interlocking element (19, 22', 22", 22'"), which is hooked on the rim (7; 7'; 7"; 7"') of said container.
Working vehicle for use in agriculture, a laterally protruding implement being able to be mounted on the vehicle front and/or vehicle rear thereof, having an electronically controllable drive motor, an electronically controllable brake system, a sensor arrangement for measuring rotational movements and/or rotational oscillations about at least one reference axis (40, 44, 48) of the working vehicle, and having an electronic control device for evaluating sensor data of the sensor arrangement and for activating the drive motor and/or the brake system, wherein the sensor arrangement comprises at least one sensor (38a, 38b) for measuring rotational movements and/or rotational oscillations about the transverse axis of the working vehicle, at least one sensor (42a, 42b) for measuring rotational movements and/or rotational oscillations about the longitudinal axis of the working vehicle and at least one sensor (46a, 46b) for measuring rotational movements and/or rotational oscillations about the vertical axis of the working vehicle, an electronic data store is assigned to the electronic control device, threshold values (ω N_max, ω R_max, ω G_max) for a rotational movement and/or a rotational oscillation about the transverse axis, about the longitudinal axis and about the vertical axis being stored therein, and the electronic control device is configured such that it is able to determine, from the measured values of rotational movements and/or rotational oscillations detected by sensor, characteristic values (ω N, ω R, ω G) relevant thereto for the respective rotational movement and/or rotational oscillation about the transverse axis, about the longitudinal axis and about the vertical axis, that as a function of at least one of these characteristic values (ω N, ω R, ω G) and the assigned threshold value (ω N_max, ω R_max, ω G _ max) said electronic control device is able to decide whether a reduction in travel speed (V F) is required and that in the case of a positive decision relative thereto said electronic control device is able to activate the drive motor and/or the brake system such that the travel speed (V F) is reduced until the characteristic value (ω N, ω R, ω G) reaches or falls below the relevant threshold value (ω N_max, ω R_max, ω G_max).