mhurhangee/ep-ind-claims huggingface dataset:
An array antenna comprising an array of radiating elements (E0, E1) consisting of N unitary radiating elements, with N being an integer greater than 1, characterised in that each radiating element (E0, E1) of the array of radiating elements (E0, E1) comprises a main excitation port, the array of radiating elements (E0, E1) comprising at least one first radiating element comprising only the main excitation port and a secondary sub-array consisting of N1 second radiating elements taken from among the N radiating elements of the array, such that N1 is greater than or equal to 1 and is less than N, each radiating element of the secondary sub-array comprising a secondary excitation port, the array antenna being adapted to generate a main beam in a first predetermined direction using said main excitation ports and to generate, simultaneously with the main beam, a secondary beam in a second predetermined direction using said secondary excitation ports.
A lower tool of a bending press with a bend angle measuring apparatus, wherein the lower tool has a longitudinally extended base body with a machine receptor, and wherein a die recess is arranged in the longitudinal extent of the basic body and located opposite to the machine receptor, wherein furthermore two bending cheeks are arranged in the longitudinal extent, which bending cheeks are each held in a receptor of the base body, and can be pivoted about an axis parallel to the longitudinal extent, between a standby position and an operative position, wherein furthermore each bending cheek has a contact surface, which in the operative position forms a die contact surface with a wall section of the die recess, wherein furthermore at least one pre-loaded spring element is arranged between each bending cheek and the base body, whereby the bending cheek is held in the standby position, and automatically pivots back out of the operative position into the standby position, characterised in that the spring element forms an inductance, which inductance is arranged in an electrical circuit, which electrical circuit is connected to an evaluation circuit, which evaluation circuit forms an angle alteration from an alteration in the value of the inductance.
A linear bearing assembly comprising: a mill housing (12, 31); a linear bearing plate (40, 42, 50, 70, 92) secured to the mill housing; a base plate (52, 72, 94) secured to the mill housing, said base plate supporting the linear bearing plate within the mill housing; a threaded thrust bushing engaging the linear bearing plate (40, 42, 50, 70, 92); a tension bolt engaging the threaded thrust bushing, wherein the linear bearing plate is secured to the mill housing (12,31) and the base plate (52,72,94) by the threaded thrust bushing and the tension bolt; a sealing structure defined between the bearing plate and the base plate, said sealing structure adapted to seal a volume defined between the linear bearing plate and the base plate; wherein an orientation between the linear bearing plate and the base plate is adjustable by the threaded thrust bushing and the tension bolt, and, after the bearing plate is adjusted, a fluid (56, 96) is injected into the volume via at least one injection port, said fluid is a hardening resin material. a mill housing (12, 31); a linear bearing plate (40, 42, 50, 70, 92) secured to the mill housing; a base plate (52, 72, 94) secured to the mill housing, said base plate supporting the linear bearing plate within the mill housing; a threaded thrust bushing engaging the linear bearing plate (40, 42, 50, 70, 92); a tension bolt engaging the threaded thrust bushing, wherein the linear bearing plate is secured to the mill housing (12,31) and the base plate (52,72,94) by the threaded thrust bushing and the tension bolt; a sealing structure defined between the bearing plate and the base plate, said sealing structure adapted to seal a volume defined between the linear bearing plate and the base plate; wherein an orientation between the linear bearing plate and the base plate is adjustable by the threaded thrust bushing and the tension bolt, and, after the bearing plate is adjusted, a fluid (56, 96) is injected into the volume via at least one injection port, said fluid is a hardening resin material.
Stable solid pharmaceutical composition containing a homogenized powder mixture of amlodipine base or a pharmaceutically acceptable salt thereof and bisoprolol fumarate and pharmaceutically accepted excipients packaged in a damp-proof package and further comprising less than 0.5 % of the compound of the formula based on the weight of the active ingredients, wherein the composition further comprises an organic or inorganic filler, disintegrant, lubricant and optionally a binding agent.
A method for managing a priority call in a serving cell, comprising: when a priority call is in progress in the serving cell, performing at least one of: preventing at least one non-priority call from being handed over into the serving cell; and preventing at least one non-priority call from being initiated in the serving cell, and wherein an access device in the serving cell includes, in a message that triggers at least one of the preventing the non-priority call from being handed over into the serving cell and the preventing the non-priority call from being initiated in the serving cell, a timer value that specifies a duration for the at least one of the preventing of the non-priority call from being handed over into the serving cell and the preventing of the non-priority call from being initiated in the serving cell. when a priority call is in progress in the serving cell, performing at least one of: preventing at least one non-priority call from being handed over into the serving cell; and preventing at least one non-priority call from being initiated in the serving cell, and preventing at least one non-priority call from being handed over into the serving cell; and preventing at least one non-priority call from being initiated in the serving cell, and wherein an access device in the serving cell includes, in a message that triggers at least one of the preventing the non-priority call from being handed over into the serving cell and the preventing the non-priority call from being initiated in the serving cell, a timer value that specifies a duration for the at least one of the preventing of the non-priority call from being handed over into the serving cell and the preventing of the non-priority call from being initiated in the serving cell.
A surgical instrument (10; 100; 110) for manipulating and positioning a surgical rod relative to a surgical implant (1, 2), wherein the instrument (10; 100; 110) is realized as a sort of pliers comprising two legs (11, 12) which are rotatably coupled to each other by means of a hinge; each of the legs (11, 12) comprises a working end (15, 17), said working ends (15, 17) being intended and arranged to come into engagement with the implant (1, 2) upon closing the instrument (10; 100; 110) by rotating the legs (11, 12) around the hinge and to pivotally position the instrument (10; 100; 110) relative to the implant (1, 2) around a swivel axis which is transverse to its longitudinal axis; and at least one of the legs (11, 12) comprises a contact structure (22, 23) for a surgical rod, by means of which the rod is manipulated and positioned relative to a rod seating of the implant upon swiveling the instrument (10; 100; 110) around the swivel axis, at least one of the legs (11, 12) is provided with a guide structure (25, 26, 31, 33) for guiding a fixation screw, to be screwed in, for the rod after having positioned the rod in the rod seating and/or for laterally guiding a tool for screwing in the fixation screw, to be screwed in, for the rod after having positioned the rod in the rod seating, characterized in that a curved protrusion is integrally formed on the working end (15, 17) of at least one leg (11, 12), the inner surface of the protrusion forming a prolongation of the rod seating and a lateral guide for the fixation screw and/or for the tool for screwing in the fixation screw or for a guide structure formed separately thereto.
Casing for a mobile electronic device, the casing comprising a dispenser, which comprises a spraying unit and a reservoir, wherein the dispenser can be moved from a secure position to at least one dispensing position, characterised in that the dispenser can be rotated from the secure position to the at least one dispensing position, wherein the dispenser can be rotated by at least 90°.
Method for manufacturing a solar cell arrangement from a plurality of solar cells which are connected into strings by means of cell connector bands, the cell connector bands comprising a surface which is structured so as to improve the incidence of light on the useful area of the solar cells, characterised in that the structured surface is selectively made solderable in the process of connecting the solar cells.
A jetting dispenser comprising: a fluid chamber, a fluid inlet to the fluid chamber, a fluid outlet from the fluid chamber, and a valve seat positioned between the fluid inlet and the fluid outlet; a valve element; a piezoelectric drive assembly configured to reciprocally move at least a portion of the valve element relative to the valve seat; the drive assembly comprising: a biasing member acting on a contact element for forcing the valve element against the valve seat in an idle state, the contact element being arranged for contact with the valve element, an actuation lever engaging the contact element (60, 80), a piezo actuator engaging the actuation lever for pivoting the actuation lever such that the contact element is moved and the valve element is free to disengage the valve seat, and an adjustment device for adjusting the position of the contact element (60, 80) such that a force acting on the valve element in the idle state is adjustable. a fluid chamber, a fluid inlet to the fluid chamber, a fluid outlet from the fluid chamber, and a valve seat positioned between the fluid inlet and the fluid outlet; a valve element; a piezoelectric drive assembly configured to reciprocally move at least a portion of the valve element relative to the valve seat; the drive assembly comprising: a biasing member acting on a contact element for forcing the valve element against the valve seat in an idle state, the contact element being arranged for contact with the valve element, an actuation lever engaging the contact element (60, 80), a piezo actuator engaging the actuation lever for pivoting the actuation lever such that the contact element is moved and the valve element is free to disengage the valve seat, and an adjustment device for adjusting the position of the contact element (60, 80) such that a force acting on the valve element in the idle state is adjustable. a biasing member acting on a contact element for forcing the valve element against the valve seat in an idle state, the contact element being arranged for contact with the valve element, an actuation lever engaging the contact element (60, 80), a piezo actuator engaging the actuation lever for pivoting the actuation lever such that the contact element is moved and the valve element is free to disengage the valve seat, and an adjustment device for adjusting the position of the contact element (60, 80) such that a force acting on the valve element in the idle state is adjustable.
An article prepared by injection moulding with a bimodal high density polyethylene (HDPE) resin having a molecular weight distribution, defined by the ratio of the weight average molecular weight (Mw) to the number average molecular weight (Mn), of at least 3.5, preferably greater than 4.0, comprising two polyethylene fractions A and B, fraction A being substantially free of comonomer and having a lower weight average molecular weight and a higher density than fraction B, each fraction obtainable by a preparation in different reactors of two reactors connected in series in the presence of a metallocene-containing catalyst system, wherein the metallocene is selected from at least one of the following formula or: wherein each R is the same or different and is selected from hydrogen or XR' v in which X is chosen from carbon, silicon, germanium, oxygen or nitrogen, and each R' is the same or different and is chosen from hydrogen or a hydrocarbyl of from 1 to 20 carbon atoms and v+1 is the valence of X, R being preferably selected from hydrogen, methyl, ethyl, n-propyl, isopropyl, n-butyl and tert-butyl; R" is a structural bridge between the two indenyl or tetrahydrogenated indenyls to impart stereorigidity that comprises a C 1 -C 4 alkylene radical, a dialkyl germanium, silicon or siloxane, or an alkyl phosphine or amine radical; Q is a hydrocarbyl radical having from 1 to 20 carbon atoms or a halogen, preferably chlorine or fluorine; and M is a transition metal Group 4 of the Periodic Table or vanadium; wherein when fraction A is prepared in the first reactor of the two reactors connected in series, the ratio of the MI 2 of fraction A to the MI 2 of the bimodal HDPE resin is in the range of 1.05 to 2000; wherein when fraction B is prepared in the first reactor of the two reactors connected in series, the ratio of the HLMI of fraction B to the MI 2 of the bimodal HDPE resin is in the range of 0.06 to 0.95; wherein said article is a cap or a closure.
A proton conductor containing a metal oxide having a perovskite crystal structure and represented by formula: A a B 1-x-y B' x M y O 3-δ, wherein an element A is barium, an element B is zirconium, an element B' is hafnium, an element M is yttrium, δ is an oxygen deficiency amount, "a" satisfies 0.9≤a≤1.0, and "x" and "y" satisfy 0.1≤y≤0.2 and 0.005≤x/(1-y)≤0.013. an element A is barium, an element B is zirconium, an element B' is hafnium, an element M is yttrium, δ is an oxygen deficiency amount, "a" satisfies 0.9≤a≤1.0, and "x" and "y" satisfy 0.1≤y≤0.2 and 0.005≤x/(1-y)≤0.013.
A vehicle safety parapet (10; 100) comprising a plurality of rails (18, 24, 28; 118, 124, 128) supported at varying heights on uprights (12; 112), including: a first rail (18; 118) comprising a steel box-section supported at each upright (12;112) by bracketing means (20, 22; 120, 122) at a height at which the parapet (10;100) will be struck by the lower parts of a light vehicle, such as a small car impacting the parapet (10;100), the bracketing means (20, 22; 120 122) comprising at least one sheet metal cleat member (20, 22) operable to collapse by plastic deformation, wherein, in a first stage the bracketing means (20, 22; 120, 122) is configured to cushion the impact by plastically deforming when a horizontal load from the vehicle impacting the parapet (10;100) is applied to the rail (18; 118) such that the first rail (18; 118) is displaced towards the uprights (12; 112), and in a second stage the first rail (18; 118) makes contact with an upright (12;112) to limit further movement of the vehicle through the parapet (10;100); and a second rail (24, 124) mounted above the first rail (18; 118), wherein the first and second rails (18,24,28,118,124,128) extend at substantially the same distance from the uprights (12; 112). a first rail (18; 118) comprising a steel box-section supported at each upright (12;112) by bracketing means (20, 22; 120, 122) at a height at which the parapet (10;100) will be struck by the lower parts of a light vehicle, such as a small car impacting the parapet (10;100), the bracketing means (20, 22; 120 122) comprising at least one sheet metal cleat member (20, 22) operable to collapse by plastic deformation, wherein, in a first stage the bracketing means (20, 22; 120, 122) is configured to cushion the impact by plastically deforming when a horizontal load from the vehicle impacting the parapet (10;100) is applied to the rail (18; 118) such that the first rail (18; 118) is displaced towards the uprights (12; 112), and in a second stage the first rail (18; 118) makes contact with an upright (12;112) to limit further movement of the vehicle through the parapet (10;100); and a second rail (24, 124) mounted above the first rail (18; 118), wherein the first and second rails (18,24,28,118,124,128) extend at substantially the same distance from the uprights (12; 112).
A seal (10, 110) for positioning within a seal slot (170, 180) of a turbomachine formed at least partially by seal slot surfaces (135, 145) of adjacent components (142, 144) to prevent leakage across a gap extending between the components (142, 144), the seal (10, 110) comprising: a metallic shim (12, 112) defining and outer surface including a sealing surface (24, 124) and a support surface (22, 122); and a coating (16, 116) overlying and coupled to at least the sealing surface (24, 124) of the metallic shim (12, 112) and forming an outer surface (20, 120) of the seal (10, 110) for engagement with the seal slot surfaces (135, 145), the coating (16, 116) operable to conform to surface irregularities of the seal slot surfaces (135, 145) and remain coupled to the metallic shim (12, 112) at a predefined operating temperature and a predefined operating pressure to reduce leakage past the seal (10, 110) and through the gap, characterized in that the coating material is chosen such that the coating (16, 116), to conform to the surface irregularities of the seal slot surfaces (135, 145), is operable to elastically deform, plastically deform, or flow, while remaining coupled to the metallic shim (12, 112) at the predefined operating temperature and the predefined operating pressure. a metallic shim (12, 112) defining and outer surface including a sealing surface (24, 124) and a support surface (22, 122); and a coating (16, 116) overlying and coupled to at least the sealing surface (24, 124) of the metallic shim (12, 112) and forming an outer surface (20, 120) of the seal (10, 110) for engagement with the seal slot surfaces (135, 145), the coating (16, 116) operable to conform to surface irregularities of the seal slot surfaces (135, 145) and remain coupled to the metallic shim (12, 112) at a predefined operating temperature and a predefined operating pressure to reduce leakage past the seal (10, 110) and through the gap,
Floor panel of the type which comprises at least a substrate and a top layer provided on this substrate, wherein said top layer substantially consists of synthetic material; wherein the top layer comprises a motif formed by a printed synthetic material film and a transparent or translucent wear layer based on synthetic material and situated above the motif; wherein the top layer and the substrate are welded to each other; wherein the floor panel comprises at least at two opposite edges coupling means, with which two of such floor panels can be locked to each other in horizontal direction as well as in vertical direction; wherein said coupling means substantially are made as a tongue-in-groove coupling, which is provided with locking parts; and wherein said tongue-in-groove coupling realizes said locking in vertical direction, whereas said locking parts are provided for realizing said locking in horizontal direction; characterized in that said substrate substantially consists of a foamed synthetic material board, which has an average density of more than 300 kilograms per cubic meter; that said foamed synthetic material board relates to a foamed PVC board; that the foamed synthetic material board is provided with filler materials, such as chalk; that said coupling means substantially are realized in the foamed synthetic material board; and that at least one pair of horizontally active locking surfaces of the coupling means is realized in the substrate.
Dishwasher comprising a washing chamber, a water circulating system and a water filtering system, said water filtering system is arranged in the lower part of the washing chamber, wherein said water filtering system comprises a filter through which at least some of the circulating water is passing, characterised by said filter having bistable characteristics such that it has two stable shapes and is flippable from one stable shape to the other by a force applied on the filter in a direction toward the other stable shape, wherein the filter is securable in the lower part of the washing chamber by flipping the filter from one stable shape to the other.
An image transfer apparatus, comprising a first output and a second output for respective first and second displays; and an input operable to receive a signal from a signal source comprising a gaming device, and a signal splitter logic operable in at least a first and a second mode; in which for a received signal from the gaming device comprising two non-stereoscopic images for different respective viewpoints of a virtual environment, the two non-stereoscopic images being a dual-view signal from the gaming device, the signal splitter logic is operable in a first mode to extract and separate the two non-stereoscopic images from the received signal; to format each of the two separated images for reception by a respective conventional 2D display; and to output to the first output and the second output a respective signal comprising one of the two separate images; and in which for a received signal from the gaming device comprising a true stereoscopic pair of images for display on a 3D display, the signal splitter logic operable in a second mode to detect whether a display connected to each output is a 3D display or a conventional 2D display; to output the signal to a display detected as a 3D display; and to convert the signal to a monoscopic signal for output to a display detected as a conventional 2D display.
A method of debowing a card, comprising: bending the card in a direction opposite of a bow that is present in the card while the card is positioned in an elevator mechanism and being transported by the elevator mechanism from a first card travel path to a second card travel path, where the first card travel path is offset from the second card travel path so that the first card travel path is not collinear with the second card travel path.