mhurhangee/ep-ind-claims huggingface dataset:
An adjustment structure of bridle, comprising: a bridle (120A or 120B), comprising a rack (122A or 122B); a housing, the bridle (120A or 120B) movably penetrating through the housing; a belt body, an end of the bridle (120A or 120B) being fixed to the belt body, the rack (122A or 122B) being disposed on another end of the bridle (120A or 120B); a rotating shaft, comprising a first ring gear and a second ring gear both around an axis, wherein the first ring gear and the rack (122A or 122B) are coupled to each other so that the rotating shaft moves on the bridle (120A or 120B) by rotating about the axis; and a knob, rotating about the axis and moved along the axis to be coupled to the rotating shaft, the knob comprising a third ring gear to be engaged with or released from the second ring gear by the knob moving along the axis; and a first elastic element, abutting between the housing and the knob, the first elastic element permanently driving the knob to move toward the rotating shaft so that the third ring gear is engaged with the second ring gear, wherein when the third ring gear is engaged with the second ring gear, the knob is adapted to be subjected to an external force applied towards a direction away from the belt body to simultaneously drive the rotating shaft to rotate about the axis so as to enable the third ring gear to move away from the second ring gear to release each other, whereby the rotating shaft and the bridle (120A or 120B) are in a free state that allows a size formed by the housing, the bridle (120A or 120B) and the belt body to be increased gradually so as to be loosened. a bridle (120A or 120B), comprising a rack (122A or 122B); a housing, the bridle (120A or 120B) movably penetrating through the housing; a belt body, an end of the bridle (120A or 120B) being fixed to the belt body, the rack (122A or 122B) being disposed on another end of the bridle (120A or 120B); a rotating shaft, comprising a first ring gear and a second ring gear both around an axis, wherein the first ring gear and the rack (122A or 122B) are coupled to each other so that the rotating shaft moves on the bridle (120A or 120B) by rotating about the axis; and a knob, rotating about the axis and moved along the axis to be coupled to the rotating shaft, the knob comprising a third ring gear to be engaged with or released from the second ring gear by the knob moving along the axis; and a first elastic element, abutting between the housing and the knob, the first elastic element permanently driving the knob to move toward the rotating shaft so that the third ring gear is engaged with the second ring gear, wherein when the third ring gear is engaged with the second ring gear, the knob is adapted to be subjected to an external force applied towards a direction away from the belt body to simultaneously drive the rotating shaft to rotate about the axis so as to enable the third ring gear to move away from the second ring gear to release each other, whereby the rotating shaft and the bridle (120A or 120B) are in a free state that allows a size formed by the housing, the bridle (120A or 120B) and the belt body to be increased gradually so as to be loosened.
A method of making a photovoltaic device comprising forming plural layers including a photoactive layer and conductive layers (12, 16) on opposite sides thereof, separated into plural cells each comprising a region of the photoactive layer and conductive electrodes (34, 35) on opposite sides thereof, the photoactive layer being formed by a process that causes each of the regions of the photoactive layer to comprise a first part that comprises light absorbing photoactive material and a second part that is not photoactive and that has a greater transmittance of visible light than the light absorbing photoactive material, which first (40 and second parts are in pre-selected locations, or in a pre-selected distribution of locations, across the region of photoactive layer with one of the first and second parts being located in plural separate areas within the other of the first and second parts; and characterised in that the process of forming the photoactive layer comprises one of: forming precursor material, that is a precursor to the photoactive material, selectively across the locations of the first part of the region but not the second part of the region; and applying a conversion fluid to the precursor material, the conversion fluid converting the precursor material into the photoactive material to form the first part of the region; and forming precursor material, that is a precursor to the photoactive material, across the entire region; and applying a conversion fluid selectively to the precursor material in the locations of the first part of the region but not the second part of the region, the conversion fluid converting the precursor material in the locations of the first part of the region into the photoactive material. forming precursor material, that is a precursor to the photoactive material, selectively across the locations of the first part of the region but not the second part of the region; and applying a conversion fluid to the precursor material, the conversion fluid converting the precursor material into the photoactive material to form the first part of the region; and forming precursor material, that is a precursor to the photoactive material, across the entire region; and applying a conversion fluid selectively to the precursor material in the locations of the first part of the region but not the second part of the region, the conversion fluid converting the precursor material in the locations of the first part of the region into the photoactive material.
A battery optimization method comprising: determining a first state of charge, SoC, value corresponding to first operating data of a battery (120, 1010, 1121); selecting a first SoC section corresponding to the first SoC value from an SoC section; characterized in that the method further comprises: selectively adjusting, based on the first operating data, a first parameter set related to the first SoC section from among parameters of an electrochemical thermal, ECT, model (111, 200) configured to simulate the battery (120, 1010, 1121); and updating the parameters of the ECT model based on the adjusted first parameter set. determining a first state of charge, SoC, value corresponding to first operating data of a battery (120, 1010, 1121); selecting a first SoC section corresponding to the first SoC value from an SoC section; characterized in that the method further comprises: selectively adjusting, based on the first operating data, a first parameter set related to the first SoC section from among parameters of an electrochemical thermal, ECT, model (111, 200) configured to simulate the battery (120, 1010, 1121); and updating the parameters of the ECT model based on the adjusted first parameter set. selectively adjusting, based on the first operating data, a first parameter set related to the first SoC section from among parameters of an electrochemical thermal, ECT, model (111, 200) configured to simulate the battery (120, 1010, 1121); and updating the parameters of the ECT model based on the adjusted first parameter set.
Washing machine comprising a detergent dispensing compartment that is mounted so as to be able to be pulled out and has at least one detergent compartment which is designed to receive a special detergent and care product that is pre-portioned in a disposable container, and which compartment is formed having a pivotable hinged lid that comprises one or more piercing pins on the side thereof facing the detergent compartment, the detergent compartment being covered by the hinged lid when in the pushed-in state and the piercing pins being able to penetrate the disposable container such that the water supplied in accordance with the program can dispense the special detergent and care product into the suds container of the machine, characterised in that the hinged lid comprises a lid part on which the piercing pin or pins are arranged, and the lid part being pivotally mounted on the hinged lid in such a way that the piercing pins can be pivoted out of the access region for the detergent compartment for the special detergent and care product.
Elevator system comprising - an elevator car (14, 16) which can be moved in an elevator shaft, - a suspension means extending in the elevator shaft, - a drive machine associated with the suspension means, - a controllable coupling apparatus arranged on the elevator car (14, 16), - a securing device, - it being possible for the coupling apparatus to assume a coupled position and an uncoupled position, - the suspension means having a coupling element to which the coupling apparatus can be coupled by assuming the coupled position and from which said apparatus can be uncoupled by assuming the uncoupled position, as a result of which a drive connection between the elevator car (14, 16) and the suspension means can be established and released, and the coupled elevator car (14, 16) can be moved in the elevator shaft by means of the suspension means, which can be driven by the drive machine, and - it being possible for the securing device to assume a securing position and a release position and, in the securing position, said securing device securing the coupling apparatus in the coupled position against leaving the coupled position, characterized in that the securing device has a sensor assembly by means of which it is possible to detect whether the securing device is located in the securing position, and the elevator system has a control apparatus which is in communication with said sensor assembly and allows the elevator car (14, 16) to be moved only if the sensor assembly detects that the securing device is located in the securing position. - an elevator car (14, 16) which can be moved in an elevator shaft, - a suspension means extending in the elevator shaft, - a drive machine associated with the suspension means, - a controllable coupling apparatus arranged on the elevator car (14, 16), - a securing device, - it being possible for the coupling apparatus to assume a coupled position and an uncoupled position, - the suspension means having a coupling element to which the coupling apparatus can be coupled by assuming the coupled position and from which said apparatus can be uncoupled by assuming the uncoupled position, as a result of which a drive connection between the elevator car (14, 16) and the suspension means can be established and released, and the coupled elevator car (14, 16) can be moved in the elevator shaft by means of the suspension means, which can be driven by the drive machine, and - it being possible for the securing device to assume a securing position and a release position and, in the securing position, said securing device securing the coupling apparatus in the coupled position against leaving the coupled position,
A method for determining cleanliness of a sample using an apparatus comprising: a chamber having a sample holder for holding a sample in said chamber; a HEPA filter unit with a blower, said blower adapted to supply a constant flow of clean air into the chamber with the help of the blower; a nozzle set located in said camber und configured to direct a stream of clean air onto the sample, wherein said stream of clean air is operated through a frictionless device, to avoid generation of particles; an electrostatic discharge device, ESD, coupled with said nozzle set, for generating ionized air; and a particle counter, coupled with the chamber, configured to count particles released from the sample; the method comprising: a) providing a continuous flow of clean air through a HEPA filter unit into a chamber; b) taking a reference reading of a particle count while said chamber is empty; c) introducing said sample into the chamber; d) taking a first reading of a particles count of said sample in said chamber to determine a fraction of loose particles present in the sample; e) directing a stream of at least one of clean air and ionized air over said sample; f) taking a second reading of particles count released from said sample and g) calculating a difference between the first reading and the second reading thereby determining said cleanliness of said sample based upon said difference, or between the three readings. a chamber having a sample holder for holding a sample in said chamber; a HEPA filter unit with a blower, said blower adapted to supply a constant flow of clean air into the chamber with the help of the blower; a nozzle set located in said camber und configured to direct a stream of clean air onto the sample, wherein said stream of clean air is operated through a frictionless device, to avoid generation of particles; an electrostatic discharge device, ESD, coupled with said nozzle set, for generating ionized air; and a particle counter, coupled with the chamber, configured to count particles released from the sample; a) providing a continuous flow of clean air through a HEPA filter unit into a chamber; b) taking a reference reading of a particle count while said chamber is empty; c) introducing said sample into the chamber; d) taking a first reading of a particles count of said sample in said chamber to determine a fraction of loose particles present in the sample; e) directing a stream of at least one of clean air and ionized air over said sample; f) taking a second reading of particles count released from said sample and g) calculating a difference between the first reading and the second reading thereby determining said cleanliness of said sample based upon said difference, or between the three readings.
A vehicle rear body structure comprising a rear rail (10, 12) extending in a longitudinal direction and a rear bumper beam, extending transversely to the longitudinal direction, the rear rail (10,12) having a rear end and a front end, spaced apart along the longitudinal direction, the rear end being connected to the rear bumper beam and the rear rail (10, 12) extending towards the front of the vehicle from its rear end, characterized in that the rear rail (10, 12) comprises at least a front portion, an intermediate portion and a rear portion, the front portion being intended for extending alongside a fuel tank of the vehicle, the resistance to plastic deformation of the front portion being greater than the resistance to plastic deformation of the intermediate portion, which is itself greater than the resistance to plastic deformation of the rear portion, and in that the vehicle rear body structure further comprises a guide structure intended for guiding the deformation of the rear rail (10,12) so as to prevent a deformation thereof in a direction perpendicular to the longitudinal direction.
A laundry treating machine comprising: a cabinet including an accommodating space configured to receive laundry therein and a mechanism compartment that is partitioned from the accommodating space; a steam generator configured to supply moisture to the accommodating space; a water supply tank configured to supply water to the steam generator; a water drain tank configured to discharge water condensed from the moisture supplied by the steam generator or water remaining in the steam generator subsequent to a moisture supply operation; a circulation duct configured to draw-in air from the accommodating space and discharge the air back into the accommodating space; a heat exchanger provided in the circulation duct, wherein air circulating through the heat exchanger is dehumidified or heated, and a steam spraying unit provided in the accommodating space to supply steam generated by the steam generator to the accommodating space, wherein the circulation duct, the steam generator, the water supply part and the water drain tank are provided in the mechanism compartment, wherein the water supply tank is connected with the steam generator and the steam generator is connected with the water drain tank, and a drain valve is provided between the steam generator and the water drain tank so as to drain the water inside the water supply tank, characterized in that the steam spraying unit is configured to discharge the condensate water in the steam spraying unit to the water drain tank. a cabinet including an accommodating space configured to receive laundry therein and a mechanism compartment that is partitioned from the accommodating space; a steam generator configured to supply moisture to the accommodating space; a water supply tank configured to supply water to the steam generator; a water drain tank configured to discharge water condensed from the moisture supplied by the steam generator or water remaining in the steam generator subsequent to a moisture supply operation; a circulation duct configured to draw-in air from the accommodating space and discharge the air back into the accommodating space; a heat exchanger provided in the circulation duct, wherein air circulating through the heat exchanger is dehumidified or heated, and a steam spraying unit provided in the accommodating space to supply steam generated by the steam generator to the accommodating space, wherein the circulation duct, the steam generator, the water supply part and the water drain tank are provided in the mechanism compartment, wherein the water supply tank is connected with the steam generator and the steam generator is connected with the water drain tank, and a drain valve is provided between the steam generator and the water drain tank so as to drain the water inside the water supply tank, characterized in that the steam spraying unit is configured to discharge the condensate water in the steam spraying unit to the water drain tank.
A laundry detergent composition comprising: - benefit agent delivery particles, wherein at least 90% of the particles are smaller than 20μm, wherein said particles comprise at least 70wt% of an insoluble inorganic material and 0.1 wt% to 20 wt% of at least one benefit agent, and wherein the particles are produced by precipitating said insoluble inorganic material in the presence of the at least one benefit agent, wherein the insoluble inorganic material is calcium carbonate and the calcium carbonate is prepared by reacting a carbonate salt of alkali metal and calcium salt of chloride or nitrate. - benefit agent delivery particles, wherein at least 90% of the particles are smaller than 20μm, wherein said particles comprise at least 70wt% of an insoluble inorganic material and 0.1 wt% to 20 wt% of at least one benefit agent, and wherein the particles are produced by precipitating said insoluble inorganic material in the presence of the at least one benefit agent, wherein the insoluble inorganic material is calcium carbonate and the calcium carbonate is prepared by reacting a carbonate salt of alkali metal and calcium salt of chloride or nitrate.
A vehicle system for displaying and detecting objects/obstacles in a flank (12, 14) of a vehicle, comprising: one or more cameras operable for obtaining one or more images (22, 24 26) of the flank of the vehicle, wherein at least one of the one or more images is a flank camera image providing a side view proximate a near-flank (12, 14) of the vehicle; an algorithm operable for removing distortion from the one or more images, transforming the one or more images, and overlaying a virtual distance grid on the one or more images on a display in the vehicle; means for detecting an object/obstacle within a predefined virtual safety envelope defined one or more of adjacent to and around the vehicle, wherein the means for detecting the object/obstacle comprise one or more of the one or more cameras and a proximity sensor; and a warning system operable for alerting the operator to the object/obstacle within the predefined virtual safety envelope defined one or more of adjacent to and around the vehicle and for detecting an orientation of the vehicle and overlaying a current and predicted position and orientation of the vehicle on the virtual distance grid overlaid on the one or more images on the display in the vehicle using one or more of steering wheel angle and yaw information. one or more cameras operable for obtaining one or more images (22, 24 26) of the flank of the vehicle, wherein at least one of the one or more images is a flank camera image providing a side view proximate a near-flank (12, 14) of the vehicle; an algorithm operable for removing distortion from the one or more images, transforming the one or more images, and overlaying a virtual distance grid on the one or more images on a display in the vehicle; means for detecting an object/obstacle within a predefined virtual safety envelope defined one or more of adjacent to and around the vehicle, wherein the means for detecting the object/obstacle comprise one or more of the one or more cameras and a proximity sensor; and a warning system operable for alerting the operator to the object/obstacle within the predefined virtual safety envelope defined one or more of adjacent to and around the vehicle and for detecting an orientation of the vehicle and overlaying a current and predicted position and orientation of the vehicle on the virtual distance grid overlaid on the one or more images on the display in the vehicle using one or more of steering wheel angle and yaw information.
Formwork core for a formwork system for casting a bell-shaped body, comprising a base, vertical corner supports and side formwork elements, which are rotatably mounted at the corner supports in such a manner that the side formwork elements can be retracted inwards, wherein the corner supports (34, 54) each carry two corner connection panels (31, 51), which are arranged perpendicular to each other around the corner and are synchronously retractable and extendable without touching, wherein, in the fully extended state, a narrow vertical gap remains between the two corner connection panels in the area of the corner; the corner supports each carry a corner bracket (35, 55), which are synchronously retractable and extendable and, in the fully extended state, close the gap between the two corresponding corner connection panels (31, 51) to form a vertical outer edge of the formwork core (30, 50); the vertical edges of the corner connection panels (31, 51) remote from the corner can be releasably attached to one another, characterized in that two corner supports (34, 54) each are releasably attached to a common base frame (40, 60) in variable distance.
An information logger that records rotation information of a spinning top, comprising: an attachment detachable from a launcher that applies a rotational force to the spinning top; a rotation-rate detector that detects a rotation rate of the spinning top during application of the rotational force by the launcher to the spinning top; a storage unit that stores the rotation information of the spinning top acquired based on a result detected by the rotation-rate detector; and an output unit that outputs the rotation information stored in the storage unit. an attachment detachable from a launcher that applies a rotational force to the spinning top; a rotation-rate detector that detects a rotation rate of the spinning top during application of the rotational force by the launcher to the spinning top; a storage unit that stores the rotation information of the spinning top acquired based on a result detected by the rotation-rate detector; and an output unit that outputs the rotation information stored in the storage unit.