mhurhangee/ep-ind-claims huggingface dataset:
A lighting system for safety lighting, comprising a plurality of lights and at least one control/monitoring device connected to said lights via at least one data line (4, 5, 6, 7), wherein each light has assigned thereto an address code for identification and a memory means for electronically storing a unique address code, the address code for light identification being adapted to be read by at least the control/monitoring device via the data line (4, 5, 6, 7), characterized in that the memory means has stored therein, in addition to an application program, an automatically generated serial number as an address code, and that an input unit of a computer or of the control/monitoring device is provided for inputting an identification of each light after the address code query, said identification being associated with the read address code, and the light having associated therewith a label on which at least the address code is indicated.
Lithographic apparatus comprising: a projection system for projecting a pattern imparted to a radiation beam onto a substrate; a substrate table comprising an image sensor (1, 21, IAS1, IAS2) for detection of an aerial pattern of a mark, said aerial pattern comprising spatial differences in radiation intensity in a cross section of said beam of radiation; and a patterning device for imparting said pattern to said beam of radiation, said patterning device including said mark; characterized in that said image sensor comprises: a lens arranged to form a detection image of the aerial pattern; and an image detector arranged to measure radiation intensities in a plurality of positions in the detection image; and in that said mark comprises features of the same dimensions as those of the pattern to be imparted onto the substrate. a projection system for projecting a pattern imparted to a radiation beam onto a substrate; a substrate table comprising an image sensor (1, 21, IAS1, IAS2) for detection of an aerial pattern of a mark, said aerial pattern comprising spatial differences in radiation intensity in a cross section of said beam of radiation; and a patterning device for imparting said pattern to said beam of radiation, said patterning device including said mark; characterized in that said image sensor comprises: a lens arranged to form a detection image of the aerial pattern; and an image detector arranged to measure radiation intensities in a plurality of positions in the detection image; and in that said mark comprises features of the same dimensions as those of the pattern to be imparted onto the substrate. a lens arranged to form a detection image of the aerial pattern; and an image detector arranged to measure radiation intensities in a plurality of positions in the detection image; and in that said mark comprises features of the same dimensions as those of the pattern to be imparted onto the substrate.
Suspension bearing ring (10, 10', 10") for a motor vehicle suspension, preferably for a car, comprising: - an outer part, - an inner part (20, 20', 20"), - an elastomeric body connecting the inner part and the outer part (20, 20', 20"), in which the inner part (20, 20', 20") includes an inner portion (20B, 20B', 20B"), an outer portion (20A, 20A', 20A") and at least one connection device (20C, 20C', 20C"), - the inner portion (20B, 20B', 20B") comprising a through hole extending in an axial direction and configured to receive a bolt or equivalent, - the outer portion (20A, 20A', 20A") delimiting a space extending in the axial direction, - the inner portion (20B, 20B', 20B") extending axially wholly or partly in the space and being coupled to the outer portion (20A, 20A', 20A") by means of the at least one connection device (20C, 20C', 20C"), characterised in that the at least one connection device (20C, 20C', 20C") comprises a fuse portion (20C2, 20C1', 20C") configured to break when the ring (10, 10', 10") is subjected to a predetermined force, and a clearance is provided between the inner portion (20B, 20B', 20B") and the outer portion (20A, 20A', 20A") so that the inner portion (20B, 20B', 20B") can move in relation to the outer portion (20A, 20A', 20A") when the fuse portion (20C2, 20C1', 20C") is broken. - an outer part, - an inner part (20, 20', 20"), - an elastomeric body connecting the inner part and the outer part (20, 20', 20"), in which the inner part (20, 20', 20") includes an inner portion (20B, 20B', 20B"), an outer portion (20A, 20A', 20A") and at least one connection device (20C, 20C', 20C"), - the inner portion (20B, 20B', 20B") comprising a through hole extending in an axial direction and configured to receive a bolt or equivalent, - the outer portion (20A, 20A', 20A") delimiting a space extending in the axial direction, - the inner portion (20B, 20B', 20B") extending axially wholly or partly in the space and being coupled to the outer portion (20A, 20A', 20A") by means of the at least one connection device (20C, 20C', 20C"), characterised in that
A transformer, comprising: a first coil assembly including a first core, a first bobbin coupled to the first core, and a first coil provided on the first bobbin; and a second coil assembly coupled to the first coil assembly, and including a second core, a second bobbin coupled to the second core, and a second coil provided on the second bobbin characterized in that at least one of the first bobbin and the second bobbin comprises a guide portion guiding a seating location of the at least one of the first coil or the second coil and preventing rotation of the at least one of the first coil or the second coil, wherein the at least one of the first coil and the second coil is a plate type coil each having a coil portion provided with terminals provided at both ends of the coil portion, the first and the second plate type coil (10,12) are separated from each other by an intermediate plate, and wherein the guide portion is disposed on a plate of at least one of the first and second bobbin (11, 13) on which a plate like coil (10, 12) is seated and between both terminals of each of the at least one of first and second plate like coil (10, 12). a first coil assembly including a first core, a first bobbin coupled to the first core, and a first coil provided on the first bobbin; and a second coil assembly coupled to the first coil assembly, and including a second core, a second bobbin coupled to the second core, and a second coil provided on the second bobbin characterized in that at least one of the first bobbin and the second bobbin comprises a guide portion guiding a seating location of the at least one of the first coil or the second coil and preventing rotation of the at least one of the first coil or the second coil, wherein the at least one of the first coil and the second coil is a plate type coil each having a coil portion provided with terminals provided at both ends of the coil portion, the first and the second plate type coil (10,12) are separated from each other by an intermediate plate, and wherein the guide portion is disposed on a plate of at least one of the first and second bobbin (11, 13) on which a plate like coil (10, 12) is seated and between both terminals of each of the at least one of first and second plate like coil (10, 12).
A system for emitting micro-droplets, comprising: (a) an actuator having a contact portion; (b) a drug package comprising: (i) a fluid reservoir near or at one end of the drug package; (ii) an elongated conduit extending from the fluid reservoir and terminating in a tip section, the elongated conduit including a single aperture proximal to the tip section, wherein the elongated conduit comprises an internal fluid channel in fluid communication with the interior of the fluid reservoir and the aperture; (iii) an acoustic cavity comprising a cylindrical chamber having an upper circular face sealed by a thin-wall membrane, wherein the acoustic cavity is in fluid communication with and positioned along the internal fluid channel between the fluid reservoir and the tip section; and (iv) a fluid ophthalmic drug composition present in the fluid reservoir, acoustic cavity and internal fluid channel; wherein the drug package is removably separable from the actuator and is also positionable to align the thin-wall membrane of the acoustic cavity with the contact portion of the actuator such that displacement induced on the external surface of the thin wall membrane by the contact portion of the actuator transmits one or more acoustic pulses through the fluid ophthalmic drug composition in the internal fluid channel to eject one or more micro-droplets through the aperture. (a) an actuator having a contact portion; (b) a drug package comprising: (i) a fluid reservoir near or at one end of the drug package; (ii) an elongated conduit extending from the fluid reservoir and terminating in a tip section, the elongated conduit including a single aperture proximal to the tip section, wherein the elongated conduit comprises an internal fluid channel in fluid communication with the interior of the fluid reservoir and the aperture; (iii) an acoustic cavity comprising a cylindrical chamber having an upper circular face sealed by a thin-wall membrane, wherein the acoustic cavity is in fluid communication with and positioned along the internal fluid channel between the fluid reservoir and the tip section; and (iv) a fluid ophthalmic drug composition present in the fluid reservoir, acoustic cavity and internal fluid channel; (i) a fluid reservoir near or at one end of the drug package; (ii) an elongated conduit extending from the fluid reservoir and terminating in a tip section, the elongated conduit including a single aperture proximal to the tip section, wherein the elongated conduit comprises an internal fluid channel in fluid communication with the interior of the fluid reservoir and the aperture; (iii) an acoustic cavity comprising a cylindrical chamber having an upper circular face sealed by a thin-wall membrane, wherein the acoustic cavity is in fluid communication with and positioned along the internal fluid channel between the fluid reservoir and the tip section; and (iv) a fluid ophthalmic drug composition present in the fluid reservoir, acoustic cavity and internal fluid channel;
A load bearing assembly comprising: a lug body; an outer race disposed within and supported by the lug body; an inner race disposed within and supported by the outer race; and a relief slot defined between the adjacent surfaces of the outer race and the lug body, wherein the relief slot is formed in the surface of the outer race, characterised in that the edges of the relief slot are gradual inclines out to the outermost surface of the outer race. a lug body; an outer race disposed within and supported by the lug body; an inner race disposed within and supported by the outer race; and a relief slot defined between the adjacent surfaces of the outer race and the lug body, wherein the relief slot is formed in the surface of the outer race, characterised in that the edges of the relief slot are gradual inclines out to the outermost surface of the outer race.
Sensor device for assisting an aider with a cardiopulmonary resuscitation of a patient affected by a cardiac arrest, comprising fastening means for fastening the sensor device to the chest of a patient, a motion sensor and an interface for transmitting and/or receiving data and/or commands, whereby the sensor device has a largely flat watertight housing body which encloses the motion sensor, a store for electrical energy, a processor and the interface, and whereby the housing body has an upper side, which contacts a hand of the aider during the intended use of the sensor device, and a lower side which contacts the chest of the patient during the intended use of the sensor device, characterised in that the sensor device also has: - a positioning aid apparatus for exact positioning of the sensor device on the chest of the patient, whereby the positioning aid apparatus is a measuring standard which can be folded out or pulled out of the housing body; and - an adhesive coating at least on a surface region of the upper side of the housing body. - a positioning aid apparatus for exact positioning of the sensor device on the chest of the patient, whereby the positioning aid apparatus is a measuring standard which can be folded out or pulled out of the housing body; and - an adhesive coating at least on a surface region of the upper side of the housing body.
A work vehicle comprising: a vehicle body; wheels provided under the vehicle body; a front working device mounted vertically pivotally to the vehicle body; an engine mounted on the vehicle body; a hydraulic pump capable of being driven by the engine; a hydraulic cylinder (12,13) capable of being extended and retracted by a pressure oil discharged from the hydraulic pump to operate the front working device; a traveling motor capable of being driven by the pressure oil discharged from the hydraulic pump to rotate the wheels; a vehicle speed sensor that detects a vehicle speed based on a rotational speed of the traveling motor; an operating lever (28,29) through which the hydraulic cylinder (12,13) is operated; an operating pedal based on a manipulated variable of which the traveling motor is operated; and a directive device through which an auto-cruise function of keeping the vehicle speed at a first speed is switched between a valid state and an invalid state, characterized in that the work vehicle further comprises a control device that performs, in case that the operating lever (28,29) is manipulated in a state where the auto-cruise function is switched to the valid state by the directive device and where the traveling motor is driven, a control for changing the vehicle speed from the first speed to a second speed lower than the first speed and keeping the second speed. a vehicle body; wheels provided under the vehicle body; a front working device mounted vertically pivotally to the vehicle body; an engine mounted on the vehicle body; a hydraulic pump capable of being driven by the engine; a hydraulic cylinder (12,13) capable of being extended and retracted by a pressure oil discharged from the hydraulic pump to operate the front working device; a traveling motor capable of being driven by the pressure oil discharged from the hydraulic pump to rotate the wheels; a vehicle speed sensor that detects a vehicle speed based on a rotational speed of the traveling motor; an operating lever (28,29) through which the hydraulic cylinder (12,13) is operated; an operating pedal based on a manipulated variable of which the traveling motor is operated; and a directive device through which an auto-cruise function of keeping the vehicle speed at a first speed is switched between a valid state and an invalid state, characterized in that the work vehicle further comprises a control device that performs, in case that the operating lever (28,29) is manipulated in a state where the auto-cruise function is switched to the valid state by the directive device and where the traveling motor is driven, a control for changing the vehicle speed from the first speed to a second speed lower than the first speed and keeping the second speed.
An operating system for an automated vehicle equipped with limited field-of-view sensors, said system comprising: an object-detector configured to detect objects proximate to a host-vehicle, wherein a field-of-view of the object-detector is characterized by a preferred-portion of the field-of-view, said preferred-portion characterized as preferred for using the object-detector, wherein the object-detector is configured to be fixedly attached to the host vehicle, such that no means is provided to change the boresight of the field-of-view of the object-detector with respect to a forward-direction of travel of the host-vehicle; an intersecting-road-indicator configured to indicate an intersecting-road connected to an intersection approached by the host-vehicle; and a controller configured to be in communication with the object-detector and with the intersecting-road-indicator, wherein the controller is configured to: i) receive an indication of a detected-object and steer the host-vehicle to align the preferred-portion of the field-of-view with the detected-object, ii)designate an intersecting-road as the detected-object, and iii) steer the host-vehicle to align the preferred-portion of the field-of-view with the intersecting-road when the host-vehicle approaches the intersection. an object-detector configured to detect objects proximate to a host-vehicle, wherein a field-of-view of the object-detector is characterized by a preferred-portion of the field-of-view, said preferred-portion characterized as preferred for using the object-detector, wherein the object-detector is configured to be fixedly attached to the host vehicle, such that no means is provided to change the boresight of the field-of-view of the object-detector with respect to a forward-direction of travel of the host-vehicle; an intersecting-road-indicator configured to indicate an intersecting-road connected to an intersection approached by the host-vehicle; and a controller configured to be in communication with the object-detector and with the intersecting-road-indicator, wherein the controller is configured to: i) receive an indication of a detected-object and steer the host-vehicle to align the preferred-portion of the field-of-view with the detected-object, ii)designate an intersecting-road as the detected-object, and iii) steer the host-vehicle to align the preferred-portion of the field-of-view with the intersecting-road when the host-vehicle approaches the intersection. i) receive an indication of a detected-object and steer the host-vehicle to align the preferred-portion of the field-of-view with the detected-object, ii)designate an intersecting-road as the detected-object, and iii) steer the host-vehicle to align the preferred-portion of the field-of-view with the intersecting-road when the host-vehicle approaches the intersection.
A method of producing a nonwoven fabric having at least one projection and at least one recess, comprising the steps of: non-homogeneous stretching a nonwoven fabric so as to form a nonwoven fabric with high-stretch regions and low-stretch regions, and forming a nonwoven fabric having at least one projection and at least one recess by placing the nonwoven fabric with high-stretch regions and low-stretch regions on a support and spraying a fluid onto the nonwoven fabric with high-stretch regions and low-stretch regions for treatment, wherein in the step of forming the nonwoven fabric having at least one projection and at least one recess, the support has protrusions and depressions with predetermined shapes and arrangement on the side in contact with the nonwoven fabric which has high-stretch regions and low-stretch regions. non-homogeneous stretching a nonwoven fabric so as to form a nonwoven fabric with high-stretch regions and low-stretch regions, and forming a nonwoven fabric having at least one projection and at least one recess by placing the nonwoven fabric with high-stretch regions and low-stretch regions on a support and spraying a fluid onto the nonwoven fabric with high-stretch regions and low-stretch regions for treatment,
An energy guide chain comprising a plurality of links or segments (14; 24; 34; 44) which are connected to one another for guiding one or more lines, such as cables, hoses or the like, between a base at one end of the energy guide chain and, at the other end of the energy supply chain, a moving end which is mobile relative to the base, wherein the links or segments (14; 24; 34; 44) are pivotable relative to one another to form a deflection arc (13; 23; 33; 43; 3), wherein the energy guide chain is equipped with a detection line (12; 22; 32; 42; 52) for detecting a malfunction of the energy guide chain which is arranged at the neutral axis height of the energy guide chain, characterized in that the detection line (12; 22; 32; 42; 52) is composed at least over a part of the length of the energy guide chain, in particular over a length corresponding to the movement range of the deflection arc (13; 23; 33; 43; 3), of a plurality of individual line portions (121; 221; 321; 421) which are conductively connected to one another by disconnectable connections, such that a malfunction of the energy guide chain leads to at least one of the connections being undone in conduction-interrupting manner and the resultant interruption in conduction is detectable with a detector (18; 28; 38; 48; 58).
A device for needle selection of a latch needle warp knitting machine, comprising a needle bed, wherein the needle bed comprises several needle grooves arranged in rows according to the type of the latch needle warp knitting machine; latch needles capable of moving up and down are mounted in the grooves and are provided with needle butts; insertion-support members capable of moving towards and away from said needle butts are mounted in insertion grooves and support members are arranged below the latch needles; characterized in that a cover plate is mounted on the needle bed, and the insertion grooves corresponding to the needle grooves are provided in the cover plate; and each of the insertion-support members comprises an upper insertion-support member and a lower insertion-support member; and the lower insertion-support member is configured to be inserted to a position below the needle butt and the upper insertion-support member is configured to be inserted to a position above a needle butt.
A mobile device having a screen for monitoring an elevator system in a multi-level building, wherein an elevator car is movable, under the control of an elevator controller of the elevator system, between the floors of the building in an elevator shaft of the elevator system, characterized in that the mobile device is able to communicate continuously with the elevator system, in particular with the elevator controller or the elevator car, via the position data of the elevator car such that the current position of the elevator car in the elevator shaft with respect to the position of the at least one floor of the building can be displayed continuously on the screen of the mobile device.
Power electronics circuitry, comprising: a busbar comprising a first conductive layer with an input area and an output area, wherein the conductive layer has a machined pattern defining a meandering conductive path between the input area and the output area; and wherein the power electronics circuitry further comprises: a current monitoring arrangement (403,404) adapted to sense a voltage drop over said meandering conductive path; the power electronics circuitry being characterised by a direct-current capacitor connected at the input area of the busbar; a semiconductor device connected at the output area of the busbar. a busbar comprising a first conductive layer with an input area and an output area, wherein the conductive layer has a machined pattern defining a meandering conductive path between the input area and the output area; and wherein the power electronics circuitry further comprises: a current monitoring arrangement (403,404) adapted to sense a voltage drop over said meandering conductive path; the power electronics circuitry being characterised by a direct-current capacitor connected at the input area of the busbar; a semiconductor device connected at the output area of the busbar.