mhurhangee/ep-ind-claims huggingface dataset:
A method for mapping a refinery and/or petrochemical facility having at least one facility unit and a piping system, wherein the piping system includes at least one pipeband extending through at least a portion of the facility, each pipeband contains at least one piping line through which a designated substance flows there through, the method comprising mapping each of the at least one piping line, wherein at least one piping line device is associated with the piping line, the method further comprising: locating and identifying select land based identifiers within the facility, wherein each of the select land based identifiers being located in the vicinity of one of the at least one facility and a piping system; locating and identifying at least one location for at least one cut sheet comprising a vertical cross section of the pipeband, wherein each cut sheet is located adjacent to the piping system and identifies each piping line at the location of the cut sheet; mapping each of the at least one cut sheet to identify a piping line associated with the particular cut sheet. locating and identifying select land based identifiers within the facility, wherein each of the select land based identifiers being located in the vicinity of one of the at least one facility and a piping system; locating and identifying at least one location for at least one cut sheet comprising a vertical cross section of the pipeband, wherein each cut sheet is located adjacent to the piping system and identifies each piping line at the location of the cut sheet; mapping each of the at least one cut sheet to identify a piping line associated with the particular cut sheet.
A component of an article of footwear or sporting equipment (300, 400), the component comprising: a first surface of the component configured to be externally-facing on an exterior surface when the component is present in a finished article; and a second surface of the component opposing the first surface; wherein the component comprises a material defining at least a portion of the first surface, and the material is a hydrogel, and the material is present in the form of a filament used to form at least a portion of a non-woven textile; or in the form of a yarn used to form at least a portion of a woven textile, a knit textile, or a braided textile; or in the form of a film. a first surface of the component configured to be externally-facing on an exterior surface when the component is present in a finished article; and a second surface of the component opposing the first surface;
A sealing foil for closing a packaging container comprising: a pre-cut first layer; a second layer, connected to the first layer and coextensive therewith over the full extent of the second layer; wherein the first layer is pre-cut with a plurality of tear lines defining a tearing path leading from a pull tab to a tear end such that a central portion of the sealing foil can be removed to provide an access opening to the container, characterized in that the second layer is a hermetic layer, and in that a lead-in tear line is contiguous with a circumferential tear line and curves tangentially to but does not cross, the circumferential tear line such that uncontrolled ripping of the sealing foil is prevented. a pre-cut first layer; a second layer, connected to the first layer and coextensive therewith over the full extent of the second layer; wherein the first layer is pre-cut with a plurality of tear lines defining a tearing path leading from a pull tab to a tear end such that a central portion of the sealing foil can be removed to provide an access opening to the container, characterized in that the second layer is a hermetic layer, and in that a lead-in tear line is contiguous with a circumferential tear line and curves tangentially to but does not cross, the circumferential tear line such that uncontrolled ripping of the sealing foil is prevented.
Method for determining a parking area for parking a motor vehicle, in which the motor vehicle is moved in relation to a potential parking space, a driving surface marking and at least one object (12, 16) delimiting the potential parking space are detected during the movement of the motor vehicle in relation to the potential parking space on the basis of sensor data from at least one sensor of the motor vehicle, and the parking area within the potential parking space is determined on the basis of the detected driving surface marking and the at least one object (12, 16), wherein, on the basis of the driving surface marking, an orientation for the parking area is determined, an orientation of the at least one object (12, 16) is determined, characterized in that the parking area is determined in dependence on a comparison between the determined orientation for the parking area and the determined orientation of the at least one object (12, 16), wherein the driving surface marking is designed as a parking area marking.
Method for operating a washing machine comprising a suds container for receiving washing liquid, a rib-free drum, which is rotatably mounted in the suds container, for receiving laundry, a motor for driving the drum, and an open-loop or closed-loop control device, wherein the method comprises the following steps for detecting laundry sliding and/or rolling on the drum - measuring torques of the motor; - averaging the torques measured during at least one complete revolution of the drum in order to obtain an average torque or filtering, by means of a low-pass filter, the measured torques in order to obtaining a filtered torque - detecting, on the basis of the average or filtered torque, whether the laundry is sliding and/or rolling on the drum. - measuring torques of the motor; - averaging the torques measured during at least one complete revolution of the drum in order to obtain an average torque or filtering, by means of a low-pass filter, the measured torques in order to obtaining a filtered torque - detecting, on the basis of the average or filtered torque, whether the laundry is sliding and/or rolling on the drum.
A convective gas bar (102, 324, 402, 602, 702) for drying print material on a print medium (430,530), comprising: a gas inlet to receive supply gas (114, 314, 414) to a first portion (104,304) of the convective gas bar (102, 324, 402, 602, 702), wherein the supply gas (114,314,414) is received in a direction corresponding to a length of the convective gas bar (102, 324, 402, 602, 702); feed holes (108, 308, 408) located in the first portion (104, 304); a nozzle plate (110, 210, 310, 410, 510) located in a second portion (106, 306) of the convective gas bar (102, 324, 402, 602, 702), wherein: the nozzle plate (110, 210, 310, 410, 510) includes nozzles (112, 212, 312, 412, 512); and the nozzles (112, 212, 312, 412, 512) are adapted to receive and direct the supply gas (114, 314, 414) from the feed holes (108, 308, 408) through the nozzles (112, 212, 312, 412, 512) to impinge on the print medium (430, 530), characterised in that the convective gas bar (102, 324, 402, 602, 702) further comprises exhaust ports (118, 318, 418) adapted to receive and direct the supply gas (114, 314, 414) after the supply gas (114, 314, 414) has impinged on the print medium (430, 530). a gas inlet to receive supply gas (114, 314, 414) to a first portion (104,304) of the convective gas bar (102, 324, 402, 602, 702), wherein the supply gas (114,314,414) is received in a direction corresponding to a length of the convective gas bar (102, 324, 402, 602, 702); feed holes (108, 308, 408) located in the first portion (104, 304); a nozzle plate (110, 210, 310, 410, 510) located in a second portion (106, 306) of the convective gas bar (102, 324, 402, 602, 702), wherein: the nozzle plate (110, 210, 310, 410, 510) includes nozzles (112, 212, 312, 412, 512); and the nozzles (112, 212, 312, 412, 512) are adapted to receive and direct the supply gas (114, 314, 414) from the feed holes (108, 308, 408) through the nozzles (112, 212, 312, 412, 512) to impinge on the print medium (430, 530), the nozzle plate (110, 210, 310, 410, 510) includes nozzles (112, 212, 312, 412, 512); and the nozzles (112, 212, 312, 412, 512) are adapted to receive and direct the supply gas (114, 314, 414) from the feed holes (108, 308, 408) through the nozzles (112, 212, 312, 412, 512) to impinge on the print medium (430, 530), characterised in that the convective gas bar (102, 324, 402, 602, 702) further comprises exhaust ports (118, 318, 418) adapted to receive and direct the supply gas (114, 314, 414) after the supply gas (114, 314, 414) has impinged on the print medium (430, 530).
A visual display system, the system comprising a first connection device for securing a pane of cover glass to a chassis, the first connection device including: a first bracket having a base and a post, the first bracket having an opening; a second bracket having a base and a post, the second bracket having an opening therethrough; and a pin positioned within the opening in the first bracket and within the opening in the second bracket to limit movement of the first bracket and second bracket relative to one another in at least one direction, the visual display system being characterized in that the first connection device comprises: a compressible member positioned between and contacting at least a portion of the first bracket and at least a portion of the second bracket. a first bracket having a base and a post, the first bracket having an opening; a second bracket having a base and a post, the second bracket having an opening therethrough; and a pin positioned within the opening in the first bracket and within the opening in the second bracket to limit movement of the first bracket and second bracket relative to one another in at least one direction, the visual display system being characterized in that the first connection device comprises: a compressible member positioned between and contacting at least a portion of the first bracket and at least a portion of the second bracket.
Motor vehicle drive assembly, comprising a control unit, a drive member (2, 3) and an abutment, further comprising at least one spring between the drive member (2, 3) and the abutment, and at least one drive member sensor, which is designed to transmit sensor signals to the control unit, depending on the force applied to the drive member (2, 3), against the force of the spring and a relative movement associated therewith between the drive member (2, 3) and the abutment, the drive member sensor (12, 13) being designed to generate different force-dependent sliding sensor signals depending on the force applied to the drive member (2, 3), which can be evaluated by the control unit for controlling an actuator of the motor vehicle drive assembly, and the sensor signal being designed as a function of the force applied, for example the sensor signal depends linearly on the force applied, whereby a sensor characteristic is formed that can be stored in the control unit and can be mapped by the control unit, characterized in that the actuator has a closing drive (4, 5) for a motor vehicle flap or a motor vehicle door lock, the control unit being arranged to derive an anti-trap signal or an overload signal for the actuator from the sensor signals, and the control unit being further designed to evaluate additional sensor signals of a catch sensor of a catch as a component of a locking mechanism inside the motor vehicle door lock as an additional signal in order to adapt the sensor characteristic of the drive element sensor (12, 13) stored and mapped in the control unit. the drive member sensor (12, 13) being designed to generate different force-dependent sliding sensor signals depending on the force applied to the drive member (2, 3), which can be evaluated by the control unit for controlling an actuator of the motor vehicle drive assembly, and the sensor signal being designed as a function of the force applied, for example the sensor signal depends linearly on the force applied, whereby a sensor characteristic is formed that can be stored in the control unit and can be mapped by the control unit, characterized in that the actuator has a closing drive (4, 5) for a motor vehicle flap or a motor vehicle door lock, the control unit being arranged to derive an anti-trap signal or an overload signal for the actuator from the sensor signals, and the control unit being further designed to evaluate additional sensor signals of a catch sensor of a catch as a component of a locking mechanism inside the motor vehicle door lock as an additional signal in order to adapt the sensor characteristic of the drive element sensor (12, 13) stored and mapped in the control unit.
A dispensing system adapted for dispensing a plurality of hand care alternatives from a common point of dispension for standardizing a hand washing process, comprising: a. a liquid flow path having: i. an inlet in fluid communication with a liquid source; and ii. an outlet in fluid communication with a user reception point; b. a product flow path having: i. an inlet in communication with one or more hand care products; ii. an outlet in communication with the user reception point; c. a user-perceivable output providing notification of a hand care operation provided at the user reception point, characterized in that the dispensing system further comprises d. an air flow path connected in communication with a source for providing a heated stream of air at a point of dispension and connected in communication with the liquid flow path or product flow path to aerate either or both flows separately or after being combined and to aid in moving liquid or hand care product through the dispensing system. a. a liquid flow path having: i. an inlet in fluid communication with a liquid source; and ii. an outlet in fluid communication with a user reception point; i. an inlet in fluid communication with a liquid source; and ii. an outlet in fluid communication with a user reception point; b. a product flow path having: i. an inlet in communication with one or more hand care products; ii. an outlet in communication with the user reception point; i. an inlet in communication with one or more hand care products; ii. an outlet in communication with the user reception point; c. a user-perceivable output providing notification of a hand care operation provided at the user reception point, characterized in that the dispensing system further comprises d. an air flow path connected in communication with a source for providing a heated stream of air at a point of dispension and connected in communication with the liquid flow path or product flow path to aerate either or both flows separately or after being combined and to aid in moving liquid or hand care product through the dispensing system.
A solar cell comprising: a semiconductor substrate, a back-side electrode arranged in a region excluding at least a predetermined conductor arrangement region in the back surface of the semiconductor substrate, wherein the predetermined conductor arrangement region has a plurality of penetration portions aligned in a line, and wherein the penetration portions are empty portions of the back-side electrode; characterized by solder adhering to the back surface of the semiconductor substrate in the conductor arrangement region and to the back-side electrode, wherein the predetermined conductor arrangement region is a portion where the solder is in contact with the semiconductor substrate. a semiconductor substrate, a back-side electrode arranged in a region excluding at least a predetermined conductor arrangement region in the back surface of the semiconductor substrate, wherein the predetermined conductor arrangement region has a plurality of penetration portions aligned in a line, and wherein the penetration portions are empty portions of the back-side electrode; characterized by solder adhering to the back surface of the semiconductor substrate in the conductor arrangement region and to the back-side electrode, wherein the predetermined conductor arrangement region is a portion where the solder is in contact with the semiconductor substrate.
A respiratory protection mask comprising: a respiratory protection composite facepiece comprising: a polymeric rigid body having a first surface and a second surface and comprising an inhalation valve and an exhalation valve; and a second silicone element comprising silicone chemically bonded to at least one of the first surface or the second surface, the second silicone element comprising: a diaphragm for the inhalation valve or the exhalation valve, a sealing gasket about an inhalation port, or at least a portion of a head strap. a polymeric rigid body having a first surface and a second surface and comprising an inhalation valve and an exhalation valve; and a second silicone element comprising silicone chemically bonded to at least one of the first surface or the second surface, the second silicone element comprising: a diaphragm for the inhalation valve or the exhalation valve, a sealing gasket about an inhalation port, or at least a portion of a head strap. a diaphragm for the inhalation valve or the exhalation valve, a sealing gasket about an inhalation port, or at least a portion of a head strap.
A furniture drive for ejecting a movable furniture part from a closed end position in relation to a furniture body, including: - a housing; - an electrical drive unit arranged in or on the housing; - an ejecting lever which can be driven by the electrical drive unit and which is pivotally mounted about a pivot axis relative to the housing; - a ram for ejecting the movable furniture part, wherein the ram is linearly movable and can be driven by the ejecting lever; characterized in that the furniture drive includes a reduction mechanism which converts a pivoting movement of the ejecting lever into a linear movement of the ram, wherein the reduction mechanism includes at least one angle lever which is pivotally mounted about an axis of rotation and which has two lever arms (18, 19), wherein a first lever arm of the angle lever interacts with the ejecting lever and a second lever arm of the angle lever interacts with the linearly movable ram, and wherein the axis of rotation of the angle lever and the pivot axis of the ejecting lever are arranged so as to be stationary in relation to each other. - a housing; - an electrical drive unit arranged in or on the housing; - an ejecting lever which can be driven by the electrical drive unit and which is pivotally mounted about a pivot axis relative to the housing; - a ram for ejecting the movable furniture part, wherein the ram is linearly movable and can be driven by the ejecting lever;
Method for producing a plurality of electrode stacks, wherein, at at least two stacking stations (4, 5, 6), preferably at least three stacking stations (4, 5, 6), in each case at least one electrode layer (12, 13) and/or at least one separator layer are/is separated from a web-like film supply and stacked on a set-down surface, characterized in that a plurality of individually movable carriages which each have at least one set-down surface are provided, wherein a plurality of electrode stacks are produced on set-down surfaces of a plurality of carriages in parallel, wherein the carriages, for the purpose of receiving at least one electrode layer (12, 13) and/or at least one separator layer from one of the at least two stacking stations (4, 5, 6), are each individually synchronized with this stacking station (4, 5, 6).
System for window installation in a roof, the system comprising a roof having a layered structure comprising, among others, structural elements (41, 61) of the roof, external roofing and a layer of thermal insulation, where said roofing is seated on a sub-cover surface formed by the top surface of said structural elements (41, 61) of the roof, said roof comprising also rafters, a breathing membrane and a vapour barrier, as well as comprising cover panels from the side of the attic; the system further comprising a roof window having a window frame, a window sash, and a glazing unit seated in the sash being opened by its rotation in the window frame around a horizontal axis, particularly being opened at least as a pivot window, by rotation in pivoting hinges situated at both side edges of the sash, preferably above the middle of the height of the sash, while the window sash both in a closed window, and in a window being opened as a pivot window, is situated within the clearance of the window frame, wherein the glazing unit of the window is immersed in the roof structure when the window is closed, so as to at least a half of thickness of the glazing unit is situated in the roof structure deeper than said sub-cover surface, where the structural elements of the roof ( 41, 61) on which the roofing and thermal insulations are seated in the roof structure, reach the window frame for a distance not longer than a required installation play, wherein the window frame rests on the sub-cover surface of the roof with at least one structural element connecting it with the roof, protruding beyond the outline of the window frame members and beyond the clearance of the roof opening for the window, characterized in that the pivoting hinges are situated above this sub-cover surface, on the external side of the window.
Method for producing a plastic part having a sandwich structure, wherein: - at least two fibre-reinforced plastic sheets are positioned in a mould; - at least one foam insert is positioned in the mould between the plastic sheets, the foam insert forming a structural core; - the mould is closed, and pressure and temperature chosen to enable the plastic to flow and polymerise are applied; and - the part thus obtained is removed from the mould. - at least two fibre-reinforced plastic sheets are positioned in a mould; - at least one foam insert is positioned in the mould between the plastic sheets, the foam insert forming a structural core; - the mould is closed, and pressure and temperature chosen to enable the plastic to flow and polymerise are applied; and - the part thus obtained is removed from the mould.
A modified conjugated diene-based polymer, comprising a repeating unit derived from a conjugated diene-based monomer and a functional group derived from a modifier comprising a compound represented by the following Formula 1 at one terminal: in Formula 1, Z 1 and Z 2 are each independently hydrogen, a monovalent hydrocarbon group of 1 to 30 carbon atoms, or a substituent represented by the following Formula 2, where one or more of Z 1 and Z 2 are required to be substituents represented by the following Formula 2: in Formula 2, X 1 is a S atom or a N atom, where if X 1 is the S atom, n is 1, and if X 1 is the N atom, n is 2, A 1 is a divalent hydrocarbon group of 1 to 30 carbon atoms, R 1 to R 3 are each independently halogen, a monovalent hydrocarbon group of 1 to 30 carbon atoms, or an alkoxy group of 1 to 30 carbon atoms, where one or more of R 1 to R 3 are required to be halogen groups, or alkoxy groups of 1 to 30 carbon atoms.