mhurhangee/ep-ind-claims huggingface dataset:
Transparent cover (2; 100; 200; 300a-c; 400, 400'; 800; 900) for a light, wherein the transparent cover comprises, on a base surface, at least one surface region with a surface structure which is defined by at least a first block of structure elements (120-122; 220-222; 301a-c, 309a-c; 411-413; 411'-414', 421'-423'; 510a' 510b-530b; 690; 710, 720, 790), in each case following a base line (691; 791), wherein each structure element of the first block comprises a first flank limb (150; 250; 350a; 350c, 950a-f) in a cross-section perpendicular to the base line (691; 791), which encloses an inclination angle with the base surface, wherein the surface region comprises at least a first part region, a third part region, and a second part region located between the first and third part regions (21, 25), wherein the inclination angle of the first flank limb of the structure elements of the first block in the first part region and in the third part region lies in a first inclination angle range, and wherein the inclination angle of the first flank limb of the structure elements in the second part region lie in a second inclination angle range, wherein the first and the second inclination angle ranges are separated from one another, wherein the first and the second part regions (21, 23) are connected by a first transition region comprising structure elements of the first block, and the second and third part regions (23, 25) are connected by a second transition region comprising structure elements of the first block, characterized in that the inclination angle of the first and second flank limbs of the structure elements of the first block alternates in the first and second transition regions (22, 24) at least in segments between a value from the first inclination angle range and a value from the second inclination angle range.
A communications interface between electric vehicle supply equipment and an electric vehicle, the communications interface comprising: a first connection for connecting to a controller of the electric vehicle supply equipment; a second connection for connecting to a controller of the electric vehicle; and an Ethernet interface coupling the first and second connections (123, 125) for an Ethernet communication between the controller of the electric vehicle supply equipment and the controller of the electric vehicle, wherein the Ethernet interface is configured to provide higher-level Ethernet signalling in combination with at least one superposed low-level signalling, the higher-level Ethernet signalling comprising Vehicle-to-Grid, V2G, messages and the low-level signalling comprising at least one of a voltage, a current, a source with a fixed or variable impedance, a duty-cycle, a different load, an asymmetry of loads, wherein the Ethernet interface comprises a first isolation barrier and a second isolation barrier, the first and the second isolation barrier (204, 208) being designed as high-frequency transformers, wherein the high-frequency transformers are configured for superimposing the Ethernet communication on the low-level basic signals via a centre tap of the transformers. a first connection for connecting to a controller of the electric vehicle supply equipment; a second connection for connecting to a controller of the electric vehicle; and an Ethernet interface coupling the first and second connections (123, 125) for an Ethernet communication between the controller of the electric vehicle supply equipment and the controller of the electric vehicle, wherein the Ethernet interface is configured to provide higher-level Ethernet signalling in combination with at least one superposed low-level signalling, the higher-level Ethernet signalling comprising Vehicle-to-Grid, V2G, messages and the low-level signalling comprising at least one of a voltage, a current, a source with a fixed or variable impedance, a duty-cycle, a different load, an asymmetry of loads, wherein the Ethernet interface comprises a first isolation barrier and a second isolation barrier, the first and the second isolation barrier (204, 208) being designed as high-frequency transformers, wherein the high-frequency transformers are configured for superimposing the Ethernet communication on the low-level basic signals via a centre tap of the transformers.
A pressure activated latch for latching an emergency door of an aircraft emergency flotation system, comprising: a latch housing including a fluid inlet and a fluid outlet spaced longitudinally from the fluid inlet; a latch pin including an interface portion that extends out of the latch housing in a latched position, and a sealing portion, the latch pin being configured to slide within the latch housing between the latched position and an unlatched position in which the interface portion is retracted into the latch housing; and an internal biasing element disposed within the latch housing and configured to bias the latch pin to the latched position, wherein the interface portion of the latch pin is adapted to be engaged with a latch tab of an emergency door and the sealing portion of the latch pin is configured to prevent fluid communication between the fluid inlet and the fluid outlet when the latch is in the latched position, and wherein the interface portion of the latch pin is adapted to be disengaged from the latch tab of the emergency door and the sealing portion of the latch pin is configured to allow fluid communication between the fluid inlet and the fluid outlet when the latch pin is in the unlatched position. a latch housing including a fluid inlet and a fluid outlet spaced longitudinally from the fluid inlet; a latch pin including an interface portion that extends out of the latch housing in a latched position, and a sealing portion, the latch pin being configured to slide within the latch housing between the latched position and an unlatched position in which the interface portion is retracted into the latch housing; and an internal biasing element disposed within the latch housing and configured to bias the latch pin to the latched position, wherein the interface portion of the latch pin is adapted to be engaged with a latch tab of an emergency door and the sealing portion of the latch pin is configured to prevent fluid communication between the fluid inlet and the fluid outlet when the latch is in the latched position, and wherein the interface portion of the latch pin is adapted to be disengaged from the latch tab of the emergency door and the sealing portion of the latch pin is configured to allow fluid communication between the fluid inlet and the fluid outlet when the latch pin is in the unlatched position.
Seat plate for an injector, comprising: a plate-like base body having a first flat side and a second flat side, a passage, which extends through the plate-like base body from the first flat side towards the second flat side, and a recessed region in the first flat side, which surrounds an opening of the passage, wherein the recessed region is arranged to be spaced apart from the opening of the passage, so that the opening of the passage is not located in the recessed region, but at a normal level of the first flat side, characterised in that a plurality of webs are formed by the recessed region in the first flat side, wherein the ratio of the length to the width of each web is in the range from 2.5 to 3.5:1, preferably in the range from 2.7 to 3.3:1, more preferably in the range from 2.9 to 3.1:1. a plate-like base body having a first flat side and a second flat side, a passage, which extends through the plate-like base body from the first flat side towards the second flat side, and a recessed region in the first flat side, which surrounds an opening of the passage, wherein the recessed region is arranged to be spaced apart from the opening of the passage, so that the opening of the passage is not located in the recessed region, but at a normal level of the first flat side, characterised in that a plurality of webs are formed by the recessed region in the first flat side, wherein the ratio of the length to the width of each web is in the range from 2.5 to 3.5:1, preferably in the range from 2.7 to 3.3:1, more preferably in the range from 2.9 to 3.1:1.
Method for error detection in a fuel-supply system comprising a feed device for achieving a fuel-supply pressure (P-rail) in an engine and a valve device via which fuel is supplied to the feed device from a container in addition to devices for identifying said fuel-supply pressure (P_rail) in said engine, comprising the steps of: - determining a prevailing operating status in said engine: - determining whether said determined operating status corresponds to a predetermined operating status, which operating status is regarded as stationary; - continuously determining a progression in said fuel-supply pressure (P_rail) during said predetermined operating status; characterised by the steps of: determining the number of occasions within a specified period said fuel-supply pressure (P_rail) alternately reaches a maximum or minimum value (max1, min1, max2, min2, max3, min3) that deviates from a predetermined reference value (P_rail_ref) by more than a predetermined deviation value; - if said number of occasions exceeds a specified value, taking this as an indication that said valve device is not functioning as intended. - determining a prevailing operating status in said engine: - determining whether said determined operating status corresponds to a predetermined operating status, which operating status is regarded as stationary; - continuously determining a progression in said fuel-supply pressure (P_rail) during said predetermined operating status; determining the number of occasions within a specified period said fuel-supply pressure (P_rail) alternately reaches a maximum or minimum value (max1, min1, max2, min2, max3, min3) that deviates from a predetermined reference value (P_rail_ref) by more than a predetermined deviation value; - if said number of occasions exceeds a specified value, taking this as an indication that said valve device is not functioning as intended. - if said number of occasions exceeds a specified value, taking this as an indication that said valve device is not functioning as intended.
Rope having an eye, the rope comprising a first rope portion and a second rope portion that are spliced into each other for forming a spliced connection for obtaining the eye, wherein the first rope portion and the second rope portion are formed from an end portion of the rope, and wherein the rope comprises strands (26A, 26B) and/or yarns (24, 24A, 24B), wherein said strands and/or yarns in said end portion of the rope are distributed among the first and second rope portions (8, 10), characterized in that the rope contains a core being surrounded by said strands (26A, 26B) and/or yarns (24, 24A, 24B) of the rope, and wherein the core is separated in the end portion into two similar core portions, wherein at least part of these core portions are distributed evenly among the first and second rope portions (8, 10).
An anti-kink device for a cable, having: an anti-kink bush which can be secured on a cable, wherein the anti-kink bush has at least one first snap-in element, a first connecting element which has an opening for the passage of the anti-kink bush, wherein the first connecting element has at least one second snap-in element, a second connecting element which can be connected to the first connecting element, wherein the at least one first snap-in element and the at least one second snap-in element are in such a form that, in a first position of the anti-kink sleeve relative to the first connecting element, they allow the anti-kink bush to be guided through the opening of the first connecting element and, in a second position of the anti-kink bush relative to the first connecting element, they can be locked together, wherein the anti-kink bush has guide projections (18, 20, 22, 24) which are offset relative to one another and form between them at least one guideway (26, 32, 34, 36) for the passage of the at least one second snap-in element of the first connecting element in the first position, wherein the at least one first snap-in element and/or the at least one second snap-in element are in such a form that, in the second position, they establish an interlocking connection acting in the peripheral direction of the anti-kink bush and/or of the first connecting element. an anti-kink bush which can be secured on a cable, wherein the anti-kink bush has at least one first snap-in element, a first connecting element which has an opening for the passage of the anti-kink bush, wherein the first connecting element has at least one second snap-in element, a second connecting element which can be connected to the first connecting element, wherein the at least one first snap-in element and the at least one second snap-in element are in such a form that, in a first position of the anti-kink sleeve relative to the first connecting element, they allow the anti-kink bush to be guided through the opening of the first connecting element and, in a second position of the anti-kink bush relative to the first connecting element, they can be locked together, wherein the anti-kink bush has guide projections (18, 20, 22, 24) which are offset relative to one another and form between them at least one guideway (26, 32, 34, 36) for the passage of the at least one second snap-in element of the first connecting element in the first position, wherein the at least one first snap-in element and/or the at least one second snap-in element are in such a form that, in the second position, they establish an interlocking connection acting in the peripheral direction of the anti-kink bush and/or of the first connecting element.
A high frequency filter, comprising: a multilayer substrate including: a first substrate in which a first stripline is wired in an inner layer of the first substrate; a second substrate in which a second stripline is wired in an inner layer of the second substrate; and a third substrate inserted between the first substrate and the second substrate; and a coaxial line including: a first columnar conductor disposed inside the multilayer substrate such that one end of the first columnar conductor is coupled to the first stripline and that another end of the first columnar conductor is coupled to the second stripline; and one or more second columnar conductors penetrating the multilayer substrate such that one end of each of the one or more second columnar conductors is coupled to a ground layer formed on, of two surfaces of the first substrate, a surface opposite to a surface on which the third substrate is disposed and that another end of each of the one or more second columnar conductors is coupled to a ground layer formed on, of two surfaces of the second substrate, a plane opposite to a surface on which the third substrate is disposed, the first columnar conductor acting as an inner conductor, and the second columnar conductors acting as outer conductors, wherein each of the first and second striplines is coupled to an open stub (51a, 51b) configured to act as a resonator (72a, 72b) and a matching conductor (52a, 52b) configured to act as a capacitance matching element (73a, 73b). a multilayer substrate including: a first substrate in which a first stripline is wired in an inner layer of the first substrate; a second substrate in which a second stripline is wired in an inner layer of the second substrate; and a third substrate inserted between the first substrate and the second substrate; and a coaxial line including: a first columnar conductor disposed inside the multilayer substrate such that one end of the first columnar conductor is coupled to the first stripline and that another end of the first columnar conductor is coupled to the second stripline; and one or more second columnar conductors penetrating the multilayer substrate such that one end of each of the one or more second columnar conductors is coupled to a ground layer formed on, of two surfaces of the first substrate, a surface opposite to a surface on which the third substrate is disposed and that another end of each of the one or more second columnar conductors is coupled to a ground layer formed on, of two surfaces of the second substrate, a plane opposite to a surface on which the third substrate is disposed, the first columnar conductor acting as an inner conductor, and the second columnar conductors acting as outer conductors, wherein each of the first and second striplines is coupled to an open stub (51a, 51b) configured to act as a resonator (72a, 72b) and a matching conductor (52a, 52b) configured to act as a capacitance matching element (73a, 73b).
A composition for preparing a green body for the manufacture of a refractory carbon-bonded product, comprising the following components: 1.1 at least one refractory raw material, 1.2 at least one carbon carrier, and 1.3 at least one binder which comprises 1.3.1a resin and 1.3.2 at least one initiator which initiates a curing reaction of the resin through ionizing radiation. 1.1 at least one refractory raw material, 1.2 at least one carbon carrier, and 1.3 at least one binder which comprises 1.3.1a resin and 1.3.2 at least one initiator which initiates a curing reaction of the resin through ionizing radiation. 1.3.1a resin and 1.3.2 at least one initiator which initiates a curing reaction of the resin through ionizing radiation.
A device for administering a liquid, the device comprising: a housing; within the housing, a pump assembly including a reservoir, an electrolytic forcing mechanism (140, 240) and a cannula for conducting liquid from the reservoir to an ejection site exterior to the housing in response to pressure applied by the forcing mechanism; and internal to the forcing mechanism, an electrolyte reservoir and, therein, an electrode assembly comprising (i) at least two electrodes (240a, 240b) and (ii) over a portion of at least one of the electrodes, a gas-impermeable mask, wherein the mask is sized and shaped so that a ratio of masked to unmasked electrode portions achieves a target operating ratio of gas recombination to gas generation. a housing; within the housing, a pump assembly including a reservoir, an electrolytic forcing mechanism (140, 240) and a cannula for conducting liquid from the reservoir to an ejection site exterior to the housing in response to pressure applied by the forcing mechanism; and internal to the forcing mechanism, an electrolyte reservoir and, therein, an electrode assembly comprising (i) at least two electrodes (240a, 240b) and (ii) over a portion of at least one of the electrodes, a gas-impermeable mask, wherein the mask is sized and shaped so that a ratio of masked to unmasked electrode portions achieves a target operating ratio of gas recombination to gas generation.
A medicament for use in inducing apoptosis of tumor cells of a subject having a basal cell carcinoma or another tumor that uses the Hedgehog/Smoothened signal transduction pathway for prevention of apoptosis of tumor cells, wherein the medicament comprises cyclopamine or a pharmaceutically acceptable salt thereof.
An electric power steering system, comprising: a housing; a cylindrical member that is accommodated in the housing, and that has a first thread portion that has a first thread groove (31 a) formed in an inner periphery of the first thread portion; a rack shaft that is passed through the cylindrical member coaxially with the cylindrical member, and that has a second thread portion that has a second thread groove formed in an outer periphery of the second thread portion; a plurality of balls arranged in a rolling passage formed of the first thread groove and the second thread groove; a bearing that is arranged between an inner periphery of the housing and an outer periphery of the cylindrical member, and that radially supports the cylindrical member with respect to the housing; an annular elastic member (52; 62) that is made of rubber, that is arranged between an inner end face of the housing, the inner end face facing the bearing in an axial direction, and an outer ring of the bearing, and that supports the cylindrical member such that the cylindrical member is movable in the axial direction with respect to the housing; and a motor that rotates the cylindrical member, the electric power steering system, characterized by comprising: a supporting member (51; 61; 64) that restricts axial movement of the cylindrical member within a predetermined range, and that restricts radially inward movement of the elastic member (52; 62). a housing; a cylindrical member that is accommodated in the housing, and that has a first thread portion that has a first thread groove (31 a) formed in an inner periphery of the first thread portion; a rack shaft that is passed through the cylindrical member coaxially with the cylindrical member, and that has a second thread portion that has a second thread groove formed in an outer periphery of the second thread portion; a plurality of balls arranged in a rolling passage formed of the first thread groove and the second thread groove; a bearing that is arranged between an inner periphery of the housing and an outer periphery of the cylindrical member, and that radially supports the cylindrical member with respect to the housing; an annular elastic member (52; 62) that is made of rubber, that is arranged between an inner end face of the housing, the inner end face facing the bearing in an axial direction, and an outer ring of the bearing, and that supports the cylindrical member such that the cylindrical member is movable in the axial direction with respect to the housing; and a motor that rotates the cylindrical member, the electric power steering system, characterized by comprising: a supporting member (51; 61; 64) that restricts axial movement of the cylindrical member within a predetermined range, and that restricts radially inward movement of the elastic member (52; 62). a supporting member (51; 61; 64) that restricts axial movement of the cylindrical member within a predetermined range, and that restricts radially inward movement of the elastic member (52; 62).