mhurhangee/ep-ind-claims huggingface dataset:
A flap device for a vehicle, comprising a base element, by means of which at least one opening is delimited, also comprising a flap, which is supported on the base element and is movable relative to the latter between at least one closed position, which covers and thereby seals at least a subregion of the opening, and at least one open position which exposes the subregion, further comprising a push-push mechanism which, when an alternating pressure force is exerted against the push-push mechanism, is transitionable from a closed condition into an open condition and from the open condition into the closed condition, in which the push-push mechanism is movable from the open condition when the flap is moved from the open position into the closed position, wherein, given movement of the push-push mechanism from the closed condition into the open condition by means of the push-push mechanism, an opening movement of the flap is effectable from the closed position into the open position, or in the direction of the open position, and wherein the flap device comprises an actuating element, which is designed to be separate from the flap and supported on the flap in a limitedly movable manner, thereby being pivotable along with the flap, via which actuating element the pressure force on the push-push mechanism is exertable in an alternating manner, and the opening movement of the flap is effectable by means of the push-push mechanism, characterized in that the push-push mechanism comprises a movement element, which is movable in a back-and-forth manner via the alternating exertion of the pressure force on the movement element in a translational manner along a movement axis relative to the base element and in a rotational manner about the movement axis, between a retracted position in which the movement element is located in the closed condition of the push-push mechanism and an extended position in which the movement element is located in the open condition of the push-push mechanism, wherein the rear side of the actuating element comprises a cutout which faces the the movement element when the flap is in the closed position and the push-push mechanism is in the closed condition, wherein, via movement of the flap and the actuating element from the open position into the closed position, the movement element, which is initially located in the extended position, is initially movable into the cutout and subsequently movable from the extended position into the retracted position, as a result of which the movement element is rotatable in relation to the actuating element while the movement element is engaging into the cutout, as a result of which, when the flap and the actuating element are in the closed position and the movement element is in the retracted position, at least one locking tab of the movement element engages behind a wall of the actuating element, which wall delimits the cutout, as a result of which the movement element directly interacts with the actuating element in an interlocking manner, and the flap is secured in the closed position relative to the base element by means of the actuating element.
A method for producing a connecting element for connecting two components (4, 6) of an orthopaedic device for a body part, the method comprising the following steps: • capturing 3-dimensional scan data of at least one part of the body part by means of a scanner, • determining a target position and/or a target orientation of the connecting element relative to the body part from the scan data, • modelling the connecting element using the scan data, the target position and/or the target orientation and information on the components (4, 6) to be connected, and • manufacturing the modelled connecting element. • capturing 3-dimensional scan data of at least one part of the body part by means of a scanner, • determining a target position and/or a target orientation of the connecting element relative to the body part from the scan data, • modelling the connecting element using the scan data, the target position and/or the target orientation and information on the components (4, 6) to be connected, and • manufacturing the modelled connecting element.
Device for drying and sintering metal-containing ink on a substrate, comprising multiple optical radiators for irradiation of the substrate and a reflector for reflection of radiation onto the substrate, wherein radiator and substrate can be moved with respect to each other in a transport direction, wherein the optical radiators are infrared radiators with a cylinder-shaped radiator tube and a radiator tube longitudinal axis that emit radiation with a radiation fraction of IR-B radiation of at least 30% and of IR-C radiation of at least 5% of the total radiator power and are appropriately arranged in a radiator module such that their radiator tube longitudinal axes extend parallelly with respect to each other and transversely with respect to the transport direction, wherein the infrared radiators in this context irradiate an irradiation field on the surface of the substrate such that the same is divided into a drying zone and a sintering zone that is situated downstream from the drying zone as seen in the transport direction, wherein the drying zone is exposed to an at least 15% lower mean irradiation density than the sintering zone along a middle axis that extends in the transport direction, and wherein the infrared radiators comprise an infrared radiator of a first type having an emission maximum in the wavelength range between 1600 nm and 3000 nm for irradiation of the drying zone and an infrared radiator of a second type with an emission maximum in the wavelength range between 900 nm and 1600 nm for irradiation of the sintering zone.
A method of treating a siliceous or metal oxide-containing subterranean formation penetrated by a well comprising: (a) pumping into the well a surface modifying treatment agent having an anchor and a hydrophobic tail wherein the hydrophobic tail is directly or indirectly attached to the anchor; and (b) binding the surface modifying treatment agent to a surface of the subterranean formation by attaching the anchor to the formation. (a) pumping into the well a surface modifying treatment agent having an anchor and a hydrophobic tail wherein the hydrophobic tail is directly or indirectly attached to the anchor; and (b) binding the surface modifying treatment agent to a surface of the subterranean formation by attaching the anchor to the formation.
A device (200a, 200b, 200c, 200d) comprising: - a communication link to an image sensor (210a, 210b, 210c, 210d); - a communication link to a memory (220a, 220b, 220c, 220d) storing face recognition data for a first collection of faces; - a processing logic (230a, 230b, 230c, 230d) comprising adaptations to: - receive an image from the image sensor; - classify one or more objects in the image, in a set of classes of objects comprising a human class; - detect one or more faces in the image; - perform a face recognition of the one or more faces; - verify if said one or more faces are included in the first collection of faces; - trigger an alert event if a face in the one or more faces is not included in the first collection of faces; - trigger an alert event if an object in the one or more objects belonging to the human class does not correspond to any of the one or more faces. - a communication link to an image sensor (210a, 210b, 210c, 210d); - a communication link to a memory (220a, 220b, 220c, 220d) storing face recognition data for a first collection of faces; - a processing logic (230a, 230b, 230c, 230d) comprising adaptations to: - receive an image from the image sensor; - classify one or more objects in the image, in a set of classes of objects comprising a human class; - detect one or more faces in the image; - perform a face recognition of the one or more faces; - verify if said one or more faces are included in the first collection of faces; - trigger an alert event if a face in the one or more faces is not included in the first collection of faces; - trigger an alert event if an object in the one or more objects belonging to the human class does not correspond to any of the one or more faces. - receive an image from the image sensor; - classify one or more objects in the image, in a set of classes of objects comprising a human class; - detect one or more faces in the image; - perform a face recognition of the one or more faces; - verify if said one or more faces are included in the first collection of faces; - trigger an alert event if a face in the one or more faces is not included in the first collection of faces; - trigger an alert event if an object in the one or more objects belonging to the human class does not correspond to any of the one or more faces.
Case collector device for a firearm comprising an ejection port for cases of fired cartridges, said case collector device comprising a collection chamber and a storage pouch which are secured to one another and are movable between a case collection position, in which the collection chamber is intended to be facing the ejection port, and a released position, in which the ejection port is intended to be released, the collection chamber comprising: • a first opening intended to come facing the ejection port in the collection position, and • a second opening connected to the storage pouch, the case collector device further comprising: • a fastening plate disposed laterally with respect to the collection chamber and comprising a first connection device for connection to the firearm, and • a second connection device between the fastening plate and the collection chamber, characterized in that said second connection device comprises • at least one slider, and • at least one slideway which is disposed in a complementary manner and in which said slider is guided between a first position, in which the case collector device is in the collection position, and a second position, in which the case collector device is in the released position. • a first opening intended to come facing the ejection port in the collection position, and • a second opening connected to the storage pouch, • a fastening plate disposed laterally with respect to the collection chamber and comprising a first connection device for connection to the firearm, and • a second connection device between the fastening plate and the collection chamber, • at least one slider, and • at least one slideway which is disposed in a complementary manner and in which said slider is guided between a first position, in which the case collector device is in the collection position, and a second position, in which the case collector device is in the released position.
A material for purification of a fluid feed stream comprising: a zeolite adsorbent having a silica to alumina ratio of less than or equal to 4:1, and partially ion exchanged with either a first low range or a second high range of lithium charge balancing cations or a mixture of the two, wherein said first range contains between 15 and 55 percent and wherein said second range contains between 82 to 86 percent lithium charge balancing cations, wherein said zeolite has pores defined by ring structures comprising of at most 10 tetrahedrally coordinated atoms of the silicon and/or aluminum types, the zeolite adsorbent having an oxygen to argon selectivity greater than or equal to a ratio of 3:1 and an oxygen capacity of greater than or equal to 10 weight percent, wherein said oxygen capacity is measured at a pressure in the range of about of about 1.20 to 1.33 kPa (9-10 Torr) and a temperature of 77 degrees Kelvin after 4 hours of equilibration time and wherein said oxygen to argon selectivity is obtained by dividing said oxygen capacity by said argon capacity of said adsorbent measured at a pressure in a range of about 92.9 to 93.3 MPa (697-700 Torr) and a temperature of 87 degrees Kelvin after 8 hours of equilibration time.
An environmentally protected switch for activating an electronic device in the presence of a conductive fluid, the switch comprising a hollow elongate housing defining an open end and a flexible insulated two conductor cable, each of said conductors coupleable at a first end to the electronic device, characterized in that: a partition divides said elongate housing longitudinally into two elongate chambers; and said two conductor cable is terminated at a second end by a respective one of a pair of probes wherein each of said probes is positioned in a respective one of said elongate chambers and at an end opposite said opening; wherein upon submersion of said elongate housing into the conductive fluid, the fluid penetrates each of said chambers, the conductive fluid electrically interconnecting said first probe and said second probe to enable an electrical current to flow between said first probe and said second probe for closing an electrical path and activating the electronic device. a partition divides said elongate housing longitudinally into two elongate chambers; and said two conductor cable is terminated at a second end by a respective one of a pair of probes wherein each of said probes is positioned in a respective one of said elongate chambers and at an end opposite said opening; wherein upon submersion of said elongate housing into the conductive fluid, the fluid penetrates each of said chambers, the conductive fluid electrically interconnecting said first probe and said second probe to enable an electrical current to flow between said first probe and said second probe for closing an electrical path and activating the electronic device.
An image acquiring apparatus comprising: a user input unit configured to receive a single-surface acquisition instruction for acquiring a first image formed on a first surface of a document; a document feed module configured to feed the document; a second image sensor configured to obtain a second image shown on a second surface of the document while the document is being fed, the second image corresponding to a penetrated image of the first image which is shown through the second surface of the document in response to penetration of a light through the document; and a first image sensor configured to obtain the first image formed on the first surface while the document is being fed; characterised by comprising a controller configured to perform an image process on the first image obtained by the first image sensor, based on the second image obtained by the second image sensor, wherein the controller is configured to determine whether the second image is a text image, a picture image or an image comprising both text and pictures; and if the controller determines the second image is the image comprising both text and pictures, the controller is configured to: sharpen the first image in an area of the text, and blur the first image in an area of the pictures. a user input unit configured to receive a single-surface acquisition instruction for acquiring a first image formed on a first surface of a document; a document feed module configured to feed the document; a second image sensor configured to obtain a second image shown on a second surface of the document while the document is being fed, the second image corresponding to a penetrated image of the first image which is shown through the second surface of the document in response to penetration of a light through the document; and a first image sensor configured to obtain the first image formed on the first surface while the document is being fed; characterised by comprising a controller configured to perform an image process on the first image obtained by the first image sensor, based on the second image obtained by the second image sensor, wherein the controller is configured to determine whether the second image is a text image, a picture image or an image comprising both text and pictures; and if the controller determines the second image is the image comprising both text and pictures, the controller is configured to: sharpen the first image in an area of the text, and blur the first image in an area of the pictures. sharpen the first image in an area of the text, and blur the first image in an area of the pictures.
Method for measuring temperature in a system including a photovoltaic module and an electronic control device, comprising the following steps: a) measuring the open-circuit voltage V oc of the photovoltaic module; b) measuring the short-circuit current I sc of the photovoltaic module; and c) calculating, by means of an electronic control device, a value T representative of the temperature of the photovoltaic module, as a function of the value of the open-circuit voltage V oc measured in step a) and of the value of the short-circuit current I sc measured in step b), said method being characterized in that, in step c), the value T is calculated by the electronic control device according to the following relationship: T = a I sc ⋅ V oc + b I sc, where a and b are predefined polynomial functions of orders greater than or equal to 1, and wherein the coefficients of said polynomial functions are determined during a previous calibration phase and stored in a memory of an electronic control device of the module. a) measuring the open-circuit voltage V oc of the photovoltaic module; b) measuring the short-circuit current I sc of the photovoltaic module; and c) calculating, by means of an electronic control device, a value T representative of the temperature of the photovoltaic module, as a function of the value of the open-circuit voltage V oc measured in step a) and of the value of the short-circuit current I sc measured in step b),
Rail-operated vehicle, having a fuel cell arrangement for operating an electrical facility of the rail-operated vehicle and with waste heat utilization, wherein the fuel cell arrangement comprises: - at least one fuel cell, which generates electrical energy and heat during operation, - a generator facility with at least one thermoelectric generator, wherein the generator facility is arranged in the fuel cell arrangement so that the at least one thermoelectric generator generates electrical energy from the heat generated by the at least one fuel cell, - a battery for storing the electrical energy generated by the at least one thermoelectric generator, - wherein the battery is connected to an electrical component of the fuel cell arrangement, - wherein the electrical component is embodied to heat the at least one fuel cell to an operating temperature of the at least one fuel cell, in order to operate the at least one fuel cell as intended. - at least one fuel cell, which generates electrical energy and heat during operation, - a generator facility with at least one thermoelectric generator, wherein the generator facility is arranged in the fuel cell arrangement so that the at least one thermoelectric generator generates electrical energy from the heat generated by the at least one fuel cell, - a battery for storing the electrical energy generated by the at least one thermoelectric generator, - wherein the battery is connected to an electrical component of the fuel cell arrangement, - wherein the electrical component is embodied to heat the at least one fuel cell to an operating temperature of the at least one fuel cell, in order to operate the at least one fuel cell as intended.
An air sealing system for a refrigerated container, comprising: at least one inflatable device that is flexible and is configured to be positioned about a rear end of the refrigerated container; an elongated duct coupled at a first end to the at least on inflatable device; characterized by further comprising: an evaporator fan configured for circulating air flow through an interior space of the refrigerated container; and wherein the elongated duct is coupled at a second end to an outlet port of the evaporator fan, the elongated duct being configured for extracting the circulated air flow and communicating the extracted air flow into the at least one inflatable device; wherein the elongated duct emanates from the outlet port of the evaporator fan for bleeding air from the evaporator fan in order to selectively inflate the inflatable device, and a check valve coupled to the inflatable device and being in line with the elongated duct for preventing the inflatable device from deflating when the evaporator fan is not running. at least one inflatable device that is flexible and is configured to be positioned about a rear end of the refrigerated container; an elongated duct coupled at a first end to the at least on inflatable device; characterized by further comprising: an evaporator fan configured for circulating air flow through an interior space of the refrigerated container; and wherein the elongated duct is coupled at a second end to an outlet port of the evaporator fan, the elongated duct being configured for extracting the circulated air flow and communicating the extracted air flow into the at least one inflatable device; wherein the elongated duct emanates from the outlet port of the evaporator fan for bleeding air from the evaporator fan in order to selectively inflate the inflatable device, and a check valve coupled to the inflatable device and being in line with the elongated duct for preventing the inflatable device from deflating when the evaporator fan is not running. an evaporator fan configured for circulating air flow through an interior space of the refrigerated container; and wherein the elongated duct is coupled at a second end to an outlet port of the evaporator fan, the elongated duct being configured for extracting the circulated air flow and communicating the extracted air flow into the at least one inflatable device; wherein the elongated duct emanates from the outlet port of the evaporator fan for bleeding air from the evaporator fan in order to selectively inflate the inflatable device, and a check valve coupled to the inflatable device and being in line with the elongated duct for preventing the inflatable device from deflating when the evaporator fan is not running.
A method of applying additives to cement comprising the steps of: mixing the additives with one or more components selected from a list of gypsum, hemihydrate, anhydrite, calcium sulfate to form a mixture, mixing the mixture with solid calcium chloride, wherein the mixture excludes water contacting the gypsum prior to the mixture undergoing a grinding process, then blending the mixture with clinker, and finally grinding the mixture and clinker to form cement.
Row of seats comprising at least two air passenger seats, wherein each air passenger seat has a frame which is provided for fastening to a floor of an air passenger cabin, wherein the frame comprises a seat divider (12, 13, 14, 15), wherein the row of seats comprises a first strut running transversely with respect to the seating direction and a second strut running transversely with respect to the seating direction, wherein the seat dividers (12, 13, 14, 15) of the frames of the at least two air passenger seats are held by the struts (4, 5) and, behind the first front strut which is located in front with respect to the seating direction of the air passenger seat (2, 3), there is the rear second strut located behind the first strut, wherein each air passenger seat has a seat base and a back rest, wherein the seat base is mounted displaceably on a guide rail via guide means, wherein the back rest is mounted movably on the frame such that the back rest together with the seat base can execute a pivoting and displacement movement, wherein, perpendicular to a plane which is formed by fastening points (19, 20, 21, 22) of the frame to the floor of an air passenger cabin, there is a height difference between the first and the second strut (4, 5) in such a manner that the rear second strut is located above the front first strut at least by a differential dimension d of 20 mm, wherein the differential dimension d refers to a height difference of a central longitudinal axis of the first strut to a central longitudinal axis of the second strut, characterized in that the guide rail is present as a separate component from the seat divider, wherein the guide rail is mounted on the first and on the second strut (4, 5).