mhurhangee/ep-ind-claims huggingface dataset:
Electronics module, in particular control module or sensor module for a motor vehicle transmission, comprising a printed circuit board which has a first side and a second side which is averted from said first side, comprising electronic components which are arranged on the first side and comprising a potting compound which is arranged on the first side and covers the electronic components, wherein the printed circuit board has an aperture which connects the first side to the second side, and a sensor element, which covers the aperture, is arranged on the first side of the printed circuit board, characterized in that a bush for receiving a screwable connecting means is arranged on the printed circuit board, wherein the bush is flanked in a circumferential manner by the potting compound, which is applied to the first side of the printed circuit board, and has an end side which is not covered by the potting compound and from which a receiving opening extends as far as the second side of the printed circuit board.
A joint assembly for luminaires, comprising: a pin comprising at least one pin section (12,22,22'), each pin section comprising: an upper opening (14,24,24'); a side opening (18,28,28'); a bore (16,26,26') connecting the upper opening and the side opening; wherein the upper opening is configured to receive at least one power cable to feed through the bore and out the side opening; a primary hinge comprising: a primary vertical base for connecting to a luminaire or wall; a plurality of primary knuckles extending from the vertical base, wherein a distal portion of the knuckles comprises pin engagement means; and at least one secondary hinge (46,46',46") comprising: a secondary vertical base (48,48',48") for connecting to an additional luminaire: a plurality of secondary knuckles (50,50',50") extending from the vertical base, wherein a distal portion of the knuckles comprises pin engagement means for engaging the pin. a pin comprising at least one pin section (12,22,22'), each pin section comprising: an upper opening (14,24,24'); a side opening (18,28,28'); a bore (16,26,26') connecting the upper opening and the side opening; wherein the upper opening is configured to receive at least one power cable to feed through the bore and out the side opening; an upper opening (14,24,24'); a side opening (18,28,28'); a bore (16,26,26') connecting the upper opening and the side opening; wherein the upper opening is configured to receive at least one power cable to feed through the bore and out the side opening; a primary hinge comprising: a primary vertical base for connecting to a luminaire or wall; a plurality of primary knuckles extending from the vertical base, wherein a distal portion of the knuckles comprises pin engagement means; and a primary vertical base for connecting to a luminaire or wall; a plurality of primary knuckles extending from the vertical base, wherein a distal portion of the knuckles comprises pin engagement means; and at least one secondary hinge (46,46',46") comprising: a secondary vertical base (48,48',48") for connecting to an additional luminaire: a plurality of secondary knuckles (50,50',50") extending from the vertical base, wherein a distal portion of the knuckles comprises pin engagement means for engaging the pin. a secondary vertical base (48,48',48") for connecting to an additional luminaire: a plurality of secondary knuckles (50,50',50") extending from the vertical base, wherein a distal portion of the knuckles comprises pin engagement means for engaging the pin.
Brushless DC motor, having a number of electrical windings and a control circuit connected thereto, comprising switching means for time-dependent application of an electrical voltage from an external voltage supply (U B) to the windings, a measuring device for generating an electrical signal depending on the current flow (I B) from the external voltage supply (U B) through the control circuit and an overcurrent fuse for protecting the control circuit and the windings, characterized in that a voltage drop across the overcurrent fuse is present at the measuring device as input value and wherein the control circuit comprises an electrically readable data storage means and a computation device in order to compute the electrical signal depending on the data which can be read from the data storage means, which data correspond to the determined resistance values of the overcurrent fuse, and on the electrical voltage across the overcurrent fuse.
Image-capturing device comprising a housing and a camera accommodated in the housing in particular for continuous image capturing and the generation of corresponding image data, wherein the camera is a thermal-imaging camera for capturing thermal images and wherein at least one part of the housing (4, 7) lying in a field of view of the thermal-imaging camera or a part of the housing embodied as an optical lens is constructed such that said part is at least substantially transparent in the infrared range and nontransparent, in particular opaque, in the optically visible range, characterised in that the thermal imaging camera comprises a thermopile thermal-imaging sensor or a microbolometer thermal-imaging sensor with a resolving power such that a person is captured when the image-capturing device is mounted correctly on the ceiling, with a maximum resolution in the range of from 1 to 20 cm, in particular in a range of from 5 to 10 cm.
Head-up display with an adjustable viewing window, in particular for a motor vehicle, comprising: - an image generator configured to display an image on a display surface, - a semireflective optical element arranged at a distance from the image generator and configured to form, on a first side of the optical element, a virtual image of the image from the image generator, the virtual image being visible from a viewing window located on a second side of the optical element, characterized in that the display comprises control means configured to receive data relating to the driving of a vehicle and automatically move the viewing window at least sideways in accordance with these data, and in that the control means are configured to move the image on the display surface in accordance with said data, the image being displayed only on part of the display surface. - an image generator configured to display an image on a display surface, - a semireflective optical element arranged at a distance from the image generator and configured to form, on a first side of the optical element, a virtual image of the image from the image generator, the virtual image being visible from a viewing window located on a second side of the optical element,
A gear pump comprising: a first gear to be connected to a source of drive, said first gear having a first plurality of teeth; a second gear having a second plurality of teeth, said teeth on said first gear contacting said teeth on said second gear on a contact face, and causing said second gear to rotate; and said first plurality of teeth being greater than said second plurality of teeth; characterized in that a component is attached to said second gear to create power as said second gear is driven; said teeth on said gears each have asymmetric faces (40, 42) relative to a centerline defined by a radius extending radially outwardly from a center of said second gear to an apex of each said tooth on said second gear; and the contact face of the second gear is defined by an involute. a first gear to be connected to a source of drive, said first gear having a first plurality of teeth; a second gear having a second plurality of teeth, said teeth on said first gear contacting said teeth on said second gear on a contact face, and causing said second gear to rotate; and said first plurality of teeth being greater than said second plurality of teeth; characterized in that a component is attached to said second gear to create power as said second gear is driven; said teeth on said gears each have asymmetric faces (40, 42) relative to a centerline defined by a radius extending radially outwardly from a center of said second gear to an apex of each said tooth on said second gear; and the contact face of the second gear is defined by an involute.
A power distribution system for detecting and repairing all electrical faults, the power distribution system comprising: at least one of a power side detection/recovery unit and at least one of a load side detection/recovery unit, each having a neutral point, wherein the power side detection/recovery unit is connected in parallel to a power side of a power line and a neutral line and a load side detection/recovery unit is connected in parallel to a load side in which the power line and the neutral line are connected to a load, or is linked to at least one load equipment which is connected to the power line and the neutral line, wherein the neutral point of the power side detection/recovery unit and the neutral point of the load side detection/recovery unit are electrically connected to each other so that when an electrical fault due to an arc, an increase in resistance, a disconnection, an open phase, unbalanced power, a connection failure, an incorrect wire connection, electric leakage, or a short circuit occurs in any one of the electrical equipment, the power line, the neutral line, and the power side detection/recovery unit, at least one of the power side detection/recovery unit and the load side detection/recovery unit detects the electrical fault according to a location of a faulty section, a fault place, and a fault circuit where the electrical fault occurs and performs at least one of recovery, breaking, alarming, notification, monitoring, and control on the location where the electrical fault occurs. at least one of a power side detection/recovery unit and at least one of a load side detection/recovery unit, each having a neutral point, wherein the power side detection/recovery unit is connected in parallel to a power side of a power line and a neutral line and a load side detection/recovery unit is connected in parallel to a load side in which the power line and the neutral line are connected to a load, or is linked to at least one load equipment which is connected to the power line and the neutral line, wherein the neutral point of the power side detection/recovery unit and the neutral point of the load side detection/recovery unit are electrically connected to each other so that when an electrical fault due to an arc, an increase in resistance, a disconnection, an open phase, unbalanced power, a connection failure, an incorrect wire connection, electric leakage, or a short circuit occurs in any one of the electrical equipment, the power line, the neutral line, and the power side detection/recovery unit, at least one of the power side detection/recovery unit and the load side detection/recovery unit detects the electrical fault according to a location of a faulty section, a fault place, and a fault circuit where the electrical fault occurs and performs at least one of recovery, breaking, alarming, notification, monitoring, and control on the location where the electrical fault occurs.
A device for measuring distances to two subjects comprising: an imaging optical system including two physically-separated lens halves (12a, 12b), two regions of the imaging optical system having independent focusing distances corresponding to the two lens halves (12a, 12b); a pupil orientation sensor having multiple pixels (p1, p2) including photoelectric conversion elements arranged two-dimensionally and pupil division means (16A, 16B), the pupil orientation sensor selectively receiving a light flux passed through any of the two regions; image acquisition means for simultaneously acquiring each of two images corresponding to the two regions from the pupil orientation sensor; focusing control means for independently driving the physically-separated lens halves (12a, 12b) of the imaging optical system on the basis of the two images acquired by the image acquisition means to control the lens halves (12a, 12b) to be focused on two subjects having two different focusing distances; and first calculation means for calculating each of the focusing distances to the two subjects respectively subjected to focusing control by the focusing control means. an imaging optical system including two physically-separated lens halves (12a, 12b), two regions of the imaging optical system having independent focusing distances corresponding to the two lens halves (12a, 12b); a pupil orientation sensor having multiple pixels (p1, p2) including photoelectric conversion elements arranged two-dimensionally and pupil division means (16A, 16B), the pupil orientation sensor selectively receiving a light flux passed through any of the two regions; image acquisition means for simultaneously acquiring each of two images corresponding to the two regions from the pupil orientation sensor; focusing control means for independently driving the physically-separated lens halves (12a, 12b) of the imaging optical system on the basis of the two images acquired by the image acquisition means to control the lens halves (12a, 12b) to be focused on two subjects having two different focusing distances; and first calculation means for calculating each of the focusing distances to the two subjects respectively subjected to focusing control by the focusing control means.
A smoke detector system comprising: a beam detector unit having a moveable portion comprising at least one light transmitter, a base portion for fixing to a surface, and a motor configured to rotate the moveable portion relative to the base portion; at least one receiver for detecting light transmitted by the transmitter; characterised in that: said at least one receiver is a plurality of receivers that are spaced from and separate to the beam detector unit; and said system further comprises a processor and electronic circuitry configured such that, in an auto-calibration mode, the system: records both the rotational position of the movable portion and the intensity of light detected by the plurality of receivers; determines the rotational positions of the moveable portion at which the intensity of light peaks; and designates these rotational positions as being the positions at which the at least one transmitter is aligned with the plurality of receivers. a beam detector unit having a moveable portion comprising at least one light transmitter, a base portion for fixing to a surface, and a motor configured to rotate the moveable portion relative to the base portion; at least one receiver for detecting light transmitted by the transmitter; characterised in that: said at least one receiver is a plurality of receivers that are spaced from and separate to the beam detector unit; and said system further comprises a processor and electronic circuitry configured such that, in an auto-calibration mode, the system: records both the rotational position of the movable portion and the intensity of light detected by the plurality of receivers; determines the rotational positions of the moveable portion at which the intensity of light peaks; and designates these rotational positions as being the positions at which the at least one transmitter is aligned with the plurality of receivers. said at least one receiver is a plurality of receivers that are spaced from and separate to the beam detector unit; and said system further comprises a processor and electronic circuitry configured such that, in an auto-calibration mode, the system: records both the rotational position of the movable portion and the intensity of light detected by the plurality of receivers; determines the rotational positions of the moveable portion at which the intensity of light peaks; and designates these rotational positions as being the positions at which the at least one transmitter is aligned with the plurality of receivers.
An electromagnetic device for coating a flat metal product by means of hot dipping in a molten metal bath, comprising a longitudinal container for containing said metal bath, provided with a passage comprising a longitudinal opening at the bottom thereof for introducing the metal product into said bath along a feed plane of said product, wherein the passage is defined by a pair of opposite longitudinal walls and by a pair of opposite end walls, each of which extends between the corresponding ends of the walls, an electromagnetic inductor arranged about the container and adapted to generate a magnetic flux across the metal bath, the inductor having an internal profile, facing the feed plane of the metal product, adjacent to the external profile of said container, said profiles being such that they concentrate said magnetic flux in a narrower lower part of the container, thus inducing induced currents crossing the bottom of the container in a longitudinal direction, so as to produce electromagnetic forces of maximum intensity at the bottom of said bath, thus obtaining a levitation of the bath itself with respect to the bottom of the container and defining a lower meniscus, characterized in that there are provided rectifying means for rectifying the induced currents at ends of the lower meniscus comprising a current shunt, provided with a current conducting part (43, 44) configured so as not to come in contact with the metal bath, current conducting terminals, provided at the two respective end walls of said longitudinal opening so as to be at least partially in contact with the molten metal bath, said conducting part (43, 44) being connected to current conducting terminals, whereby said electromagnetic forces are made uniform along the whole extension of said lower meniscus.
Device for identifying a proper belt usage status of a seat belt of a seat belt device in a motor vehicle, comprising - a sensor device which is at least partially arranged in or on the seat belt and is configured to output at least one sensor value which depends on an arrangement of the seat belt; and - an evaluation device which is designed to determine on the basis of the sensor value output by means of the sensor device whether an occupant of the motor vehicle has fastened the seat belt properly, wherein the sensor device comprises at least one microphone which is arranged on the seat belt and is designed to output a microphone signal corresponding to at least one recorded sound signal, wherein the evaluation device is configured to determine on the basis of the microphone signal whether the occupant has fastened the seat belt properly, characterised in that at least one loudspeaker of the motor vehicle generates the sound signal. - a sensor device which is at least partially arranged in or on the seat belt and is configured to output at least one sensor value which depends on an arrangement of the seat belt; and - an evaluation device which is designed to determine on the basis of the sensor value output by means of the sensor device whether an occupant of the motor vehicle has fastened the seat belt properly, wherein the sensor device comprises at least one microphone which is arranged on the seat belt and is designed to output a microphone signal corresponding to at least one recorded sound signal, wherein the evaluation device is configured to determine on the basis of the microphone signal whether the occupant has fastened the seat belt properly, characterised in that at least one loudspeaker of the motor vehicle generates the sound signal.
A tendon element cooperable with other tendon elements to form an abandonment or recovery string, the tendon element being elongate to define opposed ends, and comprising: complementary connector formations (62, 64) at respective ends, each connector formation (62, 64) being cooperable, in use when forming a string, with a complementary connector formation of a neighbouring tendon element in the string; a tensile load-bearing member extending between the connector formations (62, 64); and at least one sleeve removably mounted around the load-bearing member; member; wherein the sleeve is arranged to be handled by pipe-joint handling apparatus associated with a J-lay tower. complementary connector formations (62, 64) at respective ends, each connector formation (62, 64) being cooperable, in use when forming a string, with a complementary connector formation of a neighbouring tendon element in the string; a tensile load-bearing member extending between the connector formations (62, 64); and at least one sleeve removably mounted around the load-bearing member; member; wherein the sleeve is arranged to be handled by pipe-joint handling apparatus associated with a J-lay tower.
Passenger seat for a transport vehicle, in particular a railway transport vehicle, comprising a backrest, a base and a frame whereon are mounted the backrest and the base, with the seat frame comprising a protective shield wherein is mounted the backrest, characterised in that it comprises a gripping chute (5, 6) adapted to allow for the insertion of the fingers of a passenger, arranged between a protection portion (41, 42) of said protective shield and a surface (3A, 3F) of the backrest enclosed at least partially by said protection portion.
Method of making composite webs of record members, comprising: providing a longitudinally spaced first supply of first circuits and a longitudinally spaced second supply of second circuits, wherein the first and second circuits (51, 55) have different pitches (L1, L2), bringing sets of endmost ones (51', 55') of each of the first and second circuits into registration with each other so that the circuits (51', 55') of each set are registered with each other, advancing the registered sets along a path (P1, P2, 64), and adhering the registered sets to a carrier web at locations along the carrier web. providing a longitudinally spaced first supply of first circuits and a longitudinally spaced second supply of second circuits, wherein the first and second circuits (51, 55) have different pitches (L1, L2), bringing sets of endmost ones (51', 55') of each of the first and second circuits into registration with each other so that the circuits (51', 55') of each set are registered with each other, advancing the registered sets along a path (P1, P2, 64), and adhering the registered sets to a carrier web at locations along the carrier web.
Braided hose comprising: - an inner tube defining a longitudinal axis made of an elastic material, such as a synthetic or natural rubber, or of a thermoplastic material; - a first braided reinforcement layer enveloping the inner tube; - an outer protective layer; wherein a leno layer is placed between the inner tube and the first braided reinforcement layer, characterized in that the inner tube comprises two or more layers, one of which is a vulcanized rubber layer, and another layer is made of a textile fabric. - an inner tube defining a longitudinal axis made of an elastic material, such as a synthetic or natural rubber, or of a thermoplastic material; - a first braided reinforcement layer enveloping the inner tube; - an outer protective layer; wherein a leno layer is placed between the inner tube and the first braided reinforcement layer, characterized in that the inner tube comprises two or more layers, one of which is a vulcanized rubber layer, and another layer is made of a textile fabric.