mhurhangee/ep-ind-claims huggingface dataset:
Control valve adapted to be arranged in a fuel injector or a fuel pump of an internal combustion engine between an injector upper member and a nozzle assembly, said control valve having a body defining an upper face adapted to be pressed against a complementary face of said upper member, a hydraulic bore extending about a main axis and in which is axially guided an armature-and-spool assembly, said hydraulic bore opening in said upper end face, the spool of said assembly having an upper end region defining an upper end face adapted to be pressed in sealing contact against said complementary face and wherein, said upper end region is further provided with an annular groove arranged in close vicinity to said upper end face, a disc-flange comprising the peripheral edge area of the upper end face being defined between said upper end face and said groove, said groove providing resilient elasticity to said disc portion and, characterized in that said spool is further provided with an inner channel axially extending and centrally opening in said upper end face, fuel at low pressure flowing in use in said inner channel, wherein the opening of the hydraulic bore in the valve upper face faces a hollow dug in said complementary face, said hollow having a smaller section than the bore so that, when pressed against said complementary face, the peripheral edge area of the spool upper end face comes in contact against an annular area surrounding said hollow, said disc-flange deflecting and ensuring a more regular sealing contact all around the edge area.
A mattress comprising: a plurality of springs with each spring having two or more attachment fittings for releasably attaching adjacent spring together to form the springs into an array of springs; a top pad covering top ends of the springs; side pads around a perimeter of the top pad; wherein each attachment fitting comprises a clip having a first slot and a second slot, wherein each of the first and second slots is adapted to snap onto a bottom coil of one of the plurality of springs. a plurality of springs with each spring having two or more attachment fittings for releasably attaching adjacent spring together to form the springs into an array of springs; a top pad covering top ends of the springs; side pads around a perimeter of the top pad; wherein each attachment fitting comprises a clip having a first slot and a second slot, wherein each of the first and second slots is adapted to snap onto a bottom coil of one of the plurality of springs.
Compound of formula 1 wherein R 1 is H, C 1-6 -alkyl, C 0-4 -alkyl-C 3-6 -cycloalkyl, C 1-6 -haloalkyl; R 2 is H, C 1-6 -alkyl; X is an anion selected from the group consisting of chloride or 1⁄2 dibenzoyltartrate j is 1 or 2; for use as a medicament for the treatment of dry age-related macular degeneration (dAMD). R 1 is H, C 1-6 -alkyl, C 0-4 -alkyl-C 3-6 -cycloalkyl, C 1-6 -haloalkyl; R 2 is H, C 1-6 -alkyl; X is an anion selected from the group consisting of chloride or 1⁄2 dibenzoyltartrate j is 1 or 2;
A three-dimensional shape information generating system comprising: a shape information generating unit configured to generate, on the basis of outer shape information indicating an outer shape of a three-dimensional-shaped object used to cultivate a plant, shape information indicating a shape of the three-dimensional-shaped object in which at least a part of a region has a three-dimensional mesh-like structure; an output unit configured to output the shape information to cause a three-dimensional shape forming unit to form the three-dimensional-shaped object; and wherein the output unit further outputs vegetation information including information regarding the plant to be cultivated in the three-dimensional-shaped object and information regarding a position of a region where the plant is cultivated. a shape information generating unit configured to generate, on the basis of outer shape information indicating an outer shape of a three-dimensional-shaped object used to cultivate a plant, shape information indicating a shape of the three-dimensional-shaped object in which at least a part of a region has a three-dimensional mesh-like structure; an output unit configured to output the shape information to cause a three-dimensional shape forming unit to form the three-dimensional-shaped object; and wherein the output unit further outputs vegetation information including information regarding the plant to be cultivated in the three-dimensional-shaped object and information regarding a position of a region where the plant is cultivated.
An interdental space detection component for use with an interdental care device, the interdental space detection component comprising: - an interdental probe insertable into an oral cavity of a user for interdental space detection; and wherein the interdental probe is configured to detect an interdental space by detecting a presence of teeth on two sides of the interdental probe within the oral cavity, wherein the detection is based on electric detection; and wherein the interdental probe comprises an electronic element configured to be sensitive to being wedged between two neighboring teeth or configured to detect respective contacts or distances on two sides of the interdental probe. - an interdental probe insertable into an oral cavity of a user for interdental space detection; and wherein the interdental probe is configured to detect an interdental space by detecting a presence of teeth on two sides of the interdental probe within the oral cavity, wherein the detection is based on electric detection; and wherein the interdental probe comprises an electronic element configured to be sensitive to being wedged between two neighboring teeth or configured to detect respective contacts or distances on two sides of the interdental probe.
Heat exchanger for cooling a heat source of a motor vehicle, having coolant channels forming a coolant flow path and refrigerant channels forming a refrigerant flow path, wherein - the refrigerant is CO 2, - the refrigerant flow path is deviated at least once in the shape of a U, - the refrigerant channels have a ratio of at least 0.4 between their wall thickness (w) and the diameter (d), - a web existing between two refrigerant channels has a width b equal to at least 40% of the diameter of the refrigerant channel, preferably even 70%, particularly preferably even 100% of the diameter of the refrigerant channel, - the refrigerant channels are combined in a manifold, characterised in that the manifold comprises distribution channels for which h/w 1 < 3.0, in particular h/w 1 < 1.5, where h is the height of the distribution channel/manifold and w 1 is the wall thickness of the manifold. - the refrigerant is CO 2, - the refrigerant flow path is deviated at least once in the shape of a U, - the refrigerant channels have a ratio of at least 0.4 between their wall thickness (w) and the diameter (d), - a web existing between two refrigerant channels has a width b equal to at least 40% of the diameter of the refrigerant channel, preferably even 70%, particularly preferably even 100% of the diameter of the refrigerant channel, - the refrigerant channels are combined in a manifold,
A method for remotely locating a wireless network fault, comprising: collecting (S101, S201) in real time, by a first data collector, a running parameter of a wireless network on a terminal side when the terminal uses the wireless network; and sending (S102, S202), by the first data collector, the running parameter of the wireless network on the terminal side to a server when the running parameter of the wireless network on the terminal side exceeds a preset threshold, and, at the server sending a message for acquiring a running parameter of the wireless network on an access point side to a second data collector, receiving the running parameter of the wireless network on the access point side that is collected by the second data collector, comparing the running parameter of the wireless network on the terminal side with a running parameter of the wireless network on an access point side and performing a performance analysis for the wireless network according to a comparison result, wherein the performance analysis comprises fault locating, the first data collector is located on the terminal side, and the second data collector is located on the access point side. collecting (S101, S201) in real time, by a first data collector, a running parameter of a wireless network on a terminal side when the terminal uses the wireless network; and
A method of dispensing adhesive for conducting die bonding onto a substrate, the substrate including rows of bond pads aligned along a first axis and columns of bond pads aligned along a second axis transverse to the first axis where target dispensing positions are located, characterized in that the method comprises the steps of: providing a first dispensing head incorporating a first nozzle and a second dispensing head incorporating a second nozzle; feeding the substrate along the first axis to a position where the first and second dispensing heads (12, 14) are located; conducting pattern recognition of a columnar section of the substrate comprising one or more consecutive columns of bond pads with an optical system by moving the optical system along the second axis relative to the substrate; and thereafter driving the first nozzle and the second nozzle to concurrently dispense adhesive from the first and second nozzles (20, 22) onto the target dispensing positions in the same columnar section of the substrate where pattern recognition has been conducted. providing a first dispensing head incorporating a first nozzle and a second dispensing head incorporating a second nozzle; feeding the substrate along the first axis to a position where the first and second dispensing heads (12, 14) are located; conducting pattern recognition of a columnar section of the substrate comprising one or more consecutive columns of bond pads with an optical system by moving the optical system along the second axis relative to the substrate; and thereafter driving the first nozzle and the second nozzle to concurrently dispense adhesive from the first and second nozzles (20, 22) onto the target dispensing positions in the same columnar section of the substrate where pattern recognition has been conducted.
Mobile cart comprising: - a base with a bottom and provided with a plurality of wheels, - the base being topped by a peripheral wall projecting upwards and conformed to delimit an inner volume sized to form a housing able to receive a gas cylinder of cylindrical shape, said gas cylinder resting on said bottom, and - two carrier arms (8, 9) projecting upwards, the carrier arms (8, 9) being secured by a first end (8a, 9a) to one of the side faces (4b, 4c) of the peripheral wall and by a second end (8b, 9b) to a plate structure topping the cart, characterised in that: - said peripheral wall comprising a front face located opposite the rear face provided with the opening, and two side faces (4b, 4c) located opposite one another, with respect to the internal volume, the front face and the two side faces (4b, 4c) forming a compartment for a cylinder with an internal volume and a U-shaped or near U-shaped cross-section, considered at the opening, the peripheral wall having an opening arranged in the rear face enabling the introduction of the gas cylinder in said internal volume and its positioning on the bottom of the base, and - the cart is formed by 2 sub-units connecting to one another and comprising: • a first sub-unit comprising at least the base, the wheels, the bottom of the base and the peripheral wall, and • a second sub-unit comprising at least the carrier arms (8, 9) and the plate structure. - a base with a bottom and provided with a plurality of wheels, - the base being topped by a peripheral wall projecting upwards and conformed to delimit an inner volume sized to form a housing able to receive a gas cylinder of cylindrical shape, said gas cylinder resting on said bottom, and - two carrier arms (8, 9) projecting upwards, the carrier arms (8, 9) being secured by a first end (8a, 9a) to one of the side faces (4b, 4c) of the peripheral wall and by a second end (8b, 9b) to a plate structure topping the cart, - said peripheral wall comprising a front face located opposite the rear face provided with the opening, and two side faces (4b, 4c) located opposite one another, with respect to the internal volume, the front face and the two side faces (4b, 4c) forming a compartment for a cylinder with an internal volume and a U-shaped or near U-shaped cross-section, considered at the opening, the peripheral wall having an opening arranged in the rear face enabling the introduction of the gas cylinder in said internal volume and its positioning on the bottom of the base, and - the cart is formed by 2 sub-units connecting to one another and comprising: • a first sub-unit comprising at least the base, the wheels, the bottom of the base and the peripheral wall, and • a second sub-unit comprising at least the carrier arms (8, 9) and the plate structure. • a first sub-unit comprising at least the base, the wheels, the bottom of the base and the peripheral wall, and • a second sub-unit comprising at least the carrier arms (8, 9) and the plate structure.
A computer-implemented method for identifying fault-prone code, characterized in that the method comprises the steps of: determining metrics corresponding to each file of a plurality of codebase files within a codebase for an application; storing the metrics corresponding to each codebase file in a record of a database table; rank ordering the plurality of codebase files according to at least one metric; and flagging each codebase file having a ranking over a threshold value of the metric; wherein the metrics describe fault-inducing characteristics of the plurality of codebase files and include a total number of previous faults, a total number of changes that are associated with each codebase file, and logical coupling relatives including a metric to assess how many times each codebase file has been changed in conjunction with other codebase files, said logical coupling relatives being ranked according to a smallest coupling distance, wherein the coupling distance between any given two codebase files is determined based on an inverse of the number of times said given two codebase files have been changed together. determining metrics corresponding to each file of a plurality of codebase files within a codebase for an application; storing the metrics corresponding to each codebase file in a record of a database table; rank ordering the plurality of codebase files according to at least one metric; and flagging each codebase file having a ranking over a threshold value of the metric;
Vehicle brake, in particular an air disc brake of a commercial vehicle, comprising: a thrust piece, a brake cylinder, and a pivot lever operatively coupled to the brake cylinder, wherein the lever is pivotally supported against the thrust piece by means of at least one pivot bearing, wherein the thrust piece has at least one mounting interface, and the pivot bearing has at least one mounting element (410, 410') configured to be mounted to the mounting interface of the thrust piece, wherein the mounting element (410, 410') is coupled to a clamping cap (500, 500', 500", 500′′′), and the clamping cap (500, 500', 500", 500′′′) is configured to be engaged with the mounting interface, wherein the clamping cap (500, 500', 500", 500′′′) is configured to secure the mounting element (410, 410') to the thrust piece in a positive connection, characterized in that the clamping cap (500, 500', 500", 500′′′) has a pin (520, 520', 520", 520′′′) configured to engage a corresponding recess (412, 412a', 412b') provided on the mounting element (410, 410').
A three-propeller ship with a propulsion device comprising an appendage arranged, through a support extending from a hull, behind a wing propeller with no rudder therebehind to reduce a hub vortex, said appendage being in the form of a spindle having a circular cross-section in a direction perpendicular to a central axis thereof along the hull and having a rear portion with gradually reduced diameters toward a rear end.
A reconfigurable workstation services support structure for an office environment, including a core comprising at least two beam segments wherein each beam segment is supported at or near desk height by a pair of legs, the beam segments being coupled to each other by an articulated connector, said beam segments including at least one cable reticulation channel (392, 395) and said articulated connector including at least one corresponding cable reticulation channel provided to bridge a gap between corresponding reticulation channels of the coupled beam segments, the articulated connector including a multiplicity of cable retaining segments defining the at least one corresponding cable reticulation channel, each of said cable retaining segments is connected to an adjacent cable retaining segment to allow pivoting movement between them and articulation between the two beam segments, characterised in that the articulated connector further includes flexible members, wherein neighbouring cable retaining segments are coupled by the flexible members, wherein the flexible members are relatively bendable in one plane but relatively stiff in another to allow bending in one plane but resist bending in a perpendicular plane, and wherein the articulated connector is configured to allow horizontal bending to route cables between beam segments while preventing drooping of the connector.
Centrifuge, comprising a) a driveshaft which has an end section that tapers toward the central axis of the driveshaft, b) a rotor which is mounted on said driveshaft and which can be axially removed in a removal direction, c) a bearing for the rotor, which bearing is connected to said driveshaft and holds the rotor at least against the removal direction, d) a quick-action closure which is integrated into the rotor and which can be used to fix the driveshaft and the rotor in the removal direction, e) an opening provided in the rotor and through which the driveshaft engages with its end portion, and which is delimited by an opening wall of the rotor, wherein multiple locking elements are provided on the rotor side so as to fix the rotor and the driveshaft, the end section has a widened portion that tapers into a remaining section of the driveshaft, the quick-action closure has force-transmitting elements that connect the locking elements to a handle, and wherein the quick-action closure is locked and/or unlocked by a respective movement of the handle and the force-transmitting elements in a direction parallel to the driveshaft, characterized in that the locking elements each at least partially engage round parts of the end section so as to fix the rotor relative to the driveshaft, and that the bearing surfaces of the locking elements, which surfaces point in the removal direction, rest against the end section, and the support surfaces of the locking elements, which surfaces point away from the removal direction, rest against the opening wall of the rotor, and the support surfaces of the locking elements, in the resting position of said surfaces, form an outer circumference which is larger than the inner circumference of the opening. a) a driveshaft which has an end section that tapers toward the central axis of the driveshaft, b) a rotor which is mounted on said driveshaft and which can be axially removed in a removal direction, c) a bearing for the rotor, which bearing is connected to said driveshaft and holds the rotor at least against the removal direction, d) a quick-action closure which is integrated into the rotor and which can be used to fix the driveshaft and the rotor in the removal direction, e) an opening provided in the rotor and through which the driveshaft engages with its end portion, and which is delimited by an opening wall of the rotor,
An optical system of a 3-dimensional image acquisition apparatus for projecting illumination light onto an object and to focus light reflected off the object, the optical system comprising: an imaging lens with an aperture in a center region thereof through which an optical axis passes; a mirror that is disposed on said optical axis on a non-focal plane of the imaging lens; a light source that is disposed off said optical axis to emit illumination light toward the mirror; a flat transparent window that is disposed within the aperture of the imaging lens; and a beam shaping element disposed between the mirror and the light source, which uniformly homogenizes the illumination light emitted from the light source, and changes a cross-sectional shape of the illumination light. an imaging lens with an aperture in a center region thereof through which an optical axis passes; a mirror that is disposed on said optical axis on a non-focal plane of the imaging lens; a light source that is disposed off said optical axis to emit illumination light toward the mirror; a flat transparent window that is disposed within the aperture of the imaging lens; and a beam shaping element disposed between the mirror and the light source, which uniformly homogenizes the illumination light emitted from the light source, and changes a cross-sectional shape of the illumination light.
A lighting assembly (10, 29) comprising: - a light engine housing (12, 31); - a circuit board (13, 32); - a solid state light emitter (15, 34) in contact with a first end of an electrically conductive leg (16, 35), the electrically conductive leg (16, 35) extending through the circuit board (13, 32) and protruding from the circuit board (13, 32) at least part of the distance from the circuit board to a surface of the light engine housing that is opposite the circuit board relative to the heat transfer material; - < a heat transfer material (14, 33) in a space defined by the light engine housing (12,31) and the circuit board (13,32),>a second end of the electrically conductive leg (16, 35) extending into the heat transfer material (14, 33); characterised in that it further comprises - heat sink fins (18, 37) extending from the light engine housing (12, 31) away from the heat transfer material, the electrically conductive leg (16,35)extending from the solid state light emitter (15,34) toward the plurality of heat sink fins (18,37); and - a fixture housing (11, 30) connected to the light engine housing (12, 31) and extending from the second surface of the light engine housing (12, 31). - a light engine housing (12, 31); - a circuit board (13, 32); - a solid state light emitter (15, 34) in contact with a first end of an electrically conductive leg (16, 35), the electrically conductive leg (16, 35) extending through the circuit board (13, 32) and protruding from the circuit board (13, 32) at least part of the distance from the circuit board to a surface of the light engine housing that is opposite the circuit board relative to the heat transfer material; - < a heat transfer material (14, 33) in a space defined by the light engine housing (12,31) and the circuit board (13,32),>a second end of the electrically conductive leg (16, 35) extending into the heat transfer material (14, 33); characterised in that it further comprises - heat sink fins (18, 37) extending from the light engine housing (12, 31) away from the heat transfer material, the electrically conductive leg (16,35)extending from the solid state light emitter (15,34) toward the plurality of heat sink fins (18,37); and - a fixture housing (11, 30) connected to the light engine housing (12, 31) and extending from the second surface of the light engine housing (12, 31).