mhurhangee/ep-ind-claims huggingface dataset:
A refractory article comprising: a bushing block (107, 200) having a body comprising an opening (108, 201) extending through the body, wherein the bushing block is formed from a composition comprising: a primary component comprising tin oxide; and at least one additive selected from the group of additives consisting of a sintering aid, a resistivity modifying species, or a combination thereof; characterized in that the composition further comprises a corrosion inhibitor selected from the group of oxides consisting of ZrO 2 and HfO 2, or a combination thereof. a bushing block (107, 200) having a body comprising an opening (108, 201) extending through the body, wherein the bushing block is formed from a composition comprising: a primary component comprising tin oxide; and at least one additive selected from the group of additives consisting of a sintering aid, a resistivity modifying species, or a combination thereof; a primary component comprising tin oxide; and at least one additive selected from the group of additives consisting of a sintering aid, a resistivity modifying species, or a combination thereof; characterized in that the composition further comprises a corrosion inhibitor selected from the group of oxides consisting of ZrO 2 and HfO 2, or a combination thereof.
An absolute position sensing device usable to measure a relative position between two elements, the absolute position sensing device including a readhead and a scale, the scale including an integrated scale track extending along a measuring axis, the integrated scale track comprising: a plurality of periodic portions placed within the integrated scale track along the measuring axis, each periodic portion comprising a plurality of N consecutive periodic scale elements along the measuring axis, where N is an integer greater than or equal to 3; and a plurality of non-periodic portions placed within the integrated scale track interleaved with the periodic portions along the measuring axis direction of the integrated scale track, each non-periodic portion comprising a plurality of code elements defining a code word that is usable to identify a measurement value of a local datum along the measuring axis; wherein the plurality of periodic portions and the plurality of non-periodic portions are configured such that, along the measuring axis direction of the integrated scale track, in a detection window of the readhead (1 26) appear a number of code elements defining a code word usable to identify the measurement value of the local datum and at least N-1 complete periodic scale elements, regardless of the position of the detection window along the measuring axis. a plurality of periodic portions placed within the integrated scale track along the measuring axis, each periodic portion comprising a plurality of N consecutive periodic scale elements along the measuring axis, where N is an integer greater than or equal to 3; and a plurality of non-periodic portions placed within the integrated scale track interleaved with the periodic portions along the measuring axis direction of the integrated scale track, each non-periodic portion comprising a plurality of code elements defining a code word that is usable to identify a measurement value of a local datum along the measuring axis; wherein the plurality of periodic portions and the plurality of non-periodic portions are configured such that, along the measuring axis direction of the integrated scale track, in a detection window of the readhead (1 26) appear a number of code elements defining a code word usable to identify the measurement value of the local datum and at least N-1 complete periodic scale elements, regardless of the position of the detection window along the measuring axis.
Hard surface suction cleaner for suctioning a liquid-air mixture from a hard surface, in particular, from a window pane, comprising a suctioning device with a suction nozzle, a separating unit and a suction unit, and further comprising a dirty liquid tank and a handle; the separating unit having a separating chamber in which at least one separating element is arranged, and which comprises a suction inlet, a liquid outlet and an air outlet, the suction inlet being in flow connection with the suction nozzle, the liquid outlet with the dirty liquid tank and the air outlet with the suction unit; and the handle being arranged relative to an upright position of the hard surface suction cleaner below the suctioning device and at a distance from the dirty liquid tank; characterized in that at least one rechargeable battery is positioned in the handle.
A method of inspecting the inside of a vessel, the method including the steps of: obtaining a visual image of the inside of the vessel using a camera; using a first three-dimensional scanner to obtain a low-resolution image of one or more surfaces of the inside of the vessel, characterized in that the method further comprises using a second three-dimensional scanner to obtain a high-resolution image of one or more objects (18, 20, 24) inside of the vessel. obtaining a visual image of the inside of the vessel using a camera; using a first three-dimensional scanner to obtain a low-resolution image of one or more surfaces of the inside of the vessel, characterized in that the method further comprises using a second three-dimensional scanner to obtain a high-resolution image of one or more objects (18, 20, 24) inside of the vessel.
A helmet comprising: a substantially spherical main hat body including an aperture window that opens forward to provide a field of view to a wearer; a shield connected to a pair of turning mechanisms (12a, 12b) protruding from two side faces of the main hat body, the shield being movable between a closed position at which the shield closes off the aperture window and an open position at which the shield opens the aperture window; and a seal member that, when the shield is at the closed position, seals a gap between an upper edge of the shield and an upper edge of the aperture window from a vicinity of one of the turning mechanisms (12a, 12b) to a vicinity of another of the turning mechanisms (12a, 12b) of the main hat body, wherein at least a part of an upper end portion of the shield, at vicinities of upper edges of left and right end portions (141a, 141b) of the seal member, is inflected toward the main hat body, and the part of the upper end portion of the shield abuts the seal member when the shield is at the closed position, characterized in that, the helmet further comprises cover members (15a, 15b) that cover rear sides of the turning mechanisms (12a, 12b), the cover members (15a, 15b) being connected with the left and right end portions (141a, 141b) of the seal member, and closing off gaps between the main hat body and left and right rear portions of the shield. a substantially spherical main hat body including an aperture window that opens forward to provide a field of view to a wearer; a shield connected to a pair of turning mechanisms (12a, 12b) protruding from two side faces of the main hat body, the shield being movable between a closed position at which the shield closes off the aperture window and an open position at which the shield opens the aperture window; and a seal member that, when the shield is at the closed position, seals a gap between an upper edge of the shield and an upper edge of the aperture window from a vicinity of one of the turning mechanisms (12a, 12b) to a vicinity of another of the turning mechanisms (12a, 12b) of the main hat body, wherein at least a part of an upper end portion of the shield, at vicinities of upper edges of left and right end portions (141a, 141b) of the seal member, is inflected toward the main hat body, and the part of the upper end portion of the shield abuts the seal member when the shield is at the closed position, characterized in that, the helmet further comprises cover members (15a, 15b) that cover rear sides of the turning mechanisms (12a, 12b), the cover members (15a, 15b) being connected with the left and right end portions (141a, 141b) of the seal member, and closing off gaps between the main hat body and left and right rear portions of the shield.
A vehicle communication system comprising: a computer processor in communication with a memory circuit; a transceiver in communication with the processor and operable to communicate with one or more wireless devices; one or more storage locations storing one or more pieces of emergency contact information; wherein the processor is operable to establish communication with a first wireless device through the transceiver; wherein, upon detection of an emergency event by at least one vehicle based sensor system, the vehicle communication system is operable to contact an emergency operator; wherein, the vehicle communication system is further operable to display one or more of the one or more pieces of emergency contact information in a selectable manner; wherein the vehicle communication system renders the one or more pieces of displayed information selectable after the contact to the emergency operator is complete, thereby providing the driver with feedback; and wherein, upon selection of one of the one or more pieces of emergency contact information, the vehicle computing system places a call to a phone number associated with the selected emergency contact. a computer processor in communication with a memory circuit; a transceiver in communication with the processor and operable to communicate with one or more wireless devices; one or more storage locations storing one or more pieces of emergency contact information; wherein the processor is operable to establish communication with a first wireless device through the transceiver; wherein, upon detection of an emergency event by at least one vehicle based sensor system, the vehicle communication system is operable to contact an emergency operator; wherein, the vehicle communication system is further operable to display one or more of the one or more pieces of emergency contact information in a selectable manner; wherein the vehicle communication system renders the one or more pieces of displayed information selectable after the contact to the emergency operator is complete, thereby providing the driver with feedback; and wherein, upon selection of one of the one or more pieces of emergency contact information, the vehicle computing system places a call to a phone number associated with the selected emergency contact.
Method for manufacturing a three-phase heavy duty laundry detergent wipe, wherein a dispersion is applied to a carrier material which is solid at ambient temperature, characterized by the following steps: (a) providing a liquid laundry detergent lotion with exothermically saponified components and a water content of 10 - 30 weight %; (b) adding solid washing active additives to the liquid laundyr detergent lotion using a disperser such that the dispersion with a solid content of 1 - 10 weight % is created; (c) applying the dispersion to the carrier material with a moistening device such that the carrier material statistically fixes the dispersion; wherein steps (a) - (c) are performed at ambient temperature, wherein the ratio between the average particle size of the solid additives and the diameter and gap width, resp., of the openings of the moistening device ranges between 5 * 10 -4: 1 and 15 * 10 -4: 1, wherein the solid additives are zeolites, and/or phyllosilicates and/or their derivates wherein the solid carrier material is supplied from the resource cycle. (a) providing a liquid laundry detergent lotion with exothermically saponified components and a water content of 10 - 30 weight %; (b) adding solid washing active additives to the liquid laundyr detergent lotion using a disperser such that the dispersion with a solid content of 1 - 10 weight % is created; (c) applying the dispersion to the carrier material with a moistening device such that the carrier material statistically fixes the dispersion;
A plant pot comprising a bottom, a standing wall connecting to the bottom and a stiffened flanged edge on the upper side of the standing wall, which flanged edge has a downward oriented edge part and a flanged edge part which mutually connects the standing wall and the downward oriented edge part, wherein the flanged edge between the standing wall and the downward oriented edge part is provided with radially extending partitions, characterized in that the plant pot is also provided with an at least partially wire-like profile at least on the flanged edge part, which profile extends over at least the greater part of the length of the flanged edge.
A game table for exercise by playing a ball game with legs, the game table comprises: - a table top structure with a see-through table top surface, the table top structure having a first table top end and a second table top end and a first table top side and a second table top side, the first and second table top sides (24, 26) extending between the first and second table top ends (27, 29), and - a first table side wall structure extending downwards from the table top structure and a second table side wall structure extending downwards from the table top structure, - the first and second table side wall structures (30, 32) being arranged to form a channel-like game space together with the table top structure, the channel-like game space having a first opening and a second opening at opposite ends of the channel-like game space; - the first table side wall structure and the second table side wall structure having a net-like table side wall (30, 32) having plurality of net apertures and arranged to form table side wall surface of the game space; and - the see-through table top surface is arranged to provide a see-through structure into the channel-like game space, characterized in that the game table comprises a bottom structure forming the bottom of the channel-like game space and comprising a bottom wall. - a table top structure with a see-through table top surface, the table top structure having a first table top end and a second table top end and a first table top side and a second table top side, the first and second table top sides (24, 26) extending between the first and second table top ends (27, 29), and - a first table side wall structure extending downwards from the table top structure and a second table side wall structure extending downwards from the table top structure, - the first and second table side wall structures (30, 32) being arranged to form a channel-like game space together with the table top structure, the channel-like game space having a first opening and a second opening at opposite ends of the channel-like game space; - the first table side wall structure and the second table side wall structure having a net-like table side wall (30, 32) having plurality of net apertures and arranged to form table side wall surface of the game space; and - the see-through table top surface is arranged to provide a see-through structure into the channel-like game space,
Flexible support structure for a sliding display arrangement, comprising a flexible sheet and a support arrangement comprising a plurality of support rods arranged to support said flexible sheet, center axes of said support rods extending in parallel with each other and with said flexible sheet, said flexible sheet comprising a sheet material and a slit pattern allowing said sheet material to fold around a folding axis parallel with said center axes, each support rod being connected to said flexible sheet by means of a plurality of attachments, wherein the flexible support structure is capable of performing a sliding movement, wherein a path of the sliding movement comprises two linear parts coupled to each other via a curve part, and wherein an axis of the curve part is parallel to the center axes of said support rods. a flexible sheet and a support arrangement comprising a plurality of support rods arranged to support said flexible sheet, center axes of said support rods extending in parallel with each other and with said flexible sheet, said flexible sheet comprising a sheet material and a slit pattern allowing said sheet material to fold around a folding axis parallel with said center axes, each support rod being connected to said flexible sheet by means of a plurality of attachments, wherein the flexible support structure is capable of performing a sliding movement, wherein a path of the sliding movement comprises two linear parts coupled to each other via a curve part, and wherein an axis of the curve part is parallel to the center axes of said support rods.
A method of use of a device as an analogous non-volatile memory cell, said device comprising a ferroelectric tunnel junction, said junction comprising two layers (4, 6) each forming an electrode-type conductive element, and separated only by a single layer made of a single ferroelectric material forming a ferroelectric element acting as the tunnel barrier, the ferroelectric element having a thickness comprised between 0.1 and 10 nm, and the ferroelectric element possessing a domain structure, said domains corresponding to regions of the ferroelectric element the polarization of which is oriented along one single way of a single direction, characterized in that a piece of information is analogously written in said device by applying a voltage or a series of variable voltages, with an absolute value lower than the absolute value of a saturation voltage, the ferroelectric element then possessing a plurality of distinct domains, whose spatial distribution and proportions are controlled by the value of the voltage chosen, the saturation tension being defined as the voltage beyond which the ferroelectric element possesses mainly only one domain.
Variable vacuum capacitor comprising: bellows for supplying electrical current to a movable electrode of the capacitor, the bellows surrounding a volume of heat transfer fluid, and heat exchanger (6, 8) comprising a heat exchange conduit for coolant to flow through so as to cool the heat transfer fluid; characterised by a pump arranged to propel the heat transfer fluid through the bellows, the pump being arranged to propel the heat transfer fluid between the bellows and the heat exchanger (6, 8). bellows for supplying electrical current to a movable electrode of the capacitor, the bellows surrounding a volume of heat transfer fluid, and heat exchanger (6, 8) comprising a heat exchange conduit for coolant to flow through so as to cool the heat transfer fluid; characterised by a pump arranged to propel the heat transfer fluid through the bellows, the pump being arranged to propel the heat transfer fluid between the bellows and the heat exchanger (6, 8).
Cleaning apparatus, comprising at least one cleaning tool for cleaning an object to be cleaned, an operating unit for a user, which comprises at least one operating element (88, 94, 98, 100) for operating the cleaning apparatus, a control unit for processing operating instructions, a receptacle, arranged on the operating unit, for an external accessory that can be associated with the cleaning apparatus and that has a display device with an image display, wherein the accessory is removably positionable in the receptacle in a defined position, as well as a communication unit by way of which display information for being displayed on the image display are transmittable from the cleaning apparatus to the accessory positioned in the receptacle.
Organic light-emitting device suitable to be operated as a bipolar transistor comprising at least one organic light-emitting layer as a collector layer arranged between a first electrode and a second electrode, where the first electrode comprises a first emitter layer and a first base layer arranged between the first emitter layer and the collector layer, characterized in that the second electrode comprises a second emitter layer and a second base layer arranged between the second emitter layer and the collector layer..
A combustor for use in a gas turbine engine, the combustor enclosing a combustion chamber having a combustion area, wherein the combustor comprises: a shell having a kink; and a kinked heat shield panel in facing spaced relationship with the shell, the kinked heat shield panel including a kink located opposite the kink in the shell, wherein the kinked heat shield panel further comprises a first surface, a second surface opposite the first surface, and a mounting stud extending away from the second surface; and wherein the shell further comprises an inner surface, an outer surface opposite the inner surface, and a mounting orifice extending through the shell from the inner surface to the outer surface, wherein the mounting orifice is located opposite the mounting stud, characterised in that the mounting stud is located at or on the kink of the kinked heat shield panel; and in that the mounting orifice is located at or on the kink of the shell. a shell having a kink; and a kinked heat shield panel in facing spaced relationship with the shell, the kinked heat shield panel including a kink located opposite the kink in the shell, wherein the kinked heat shield panel further comprises a first surface, a second surface opposite the first surface, and a mounting stud extending away from the second surface; and wherein the shell further comprises an inner surface, an outer surface opposite the inner surface, and a mounting orifice extending through the shell from the inner surface to the outer surface, wherein the mounting orifice is located opposite the mounting stud, characterised in that the mounting stud is located at or on the kink of the kinked heat shield panel; and in that the mounting orifice is located at or on the kink of the shell.
A method of fabricating a flat electric cable with parallel conductors, the method being characterized by: · coextruding a protective film comprising at least one layer of a first synthetic material selected for its mechanical strength and at least one layer of a second synthetic material selected for its dielectric performance; then · laminating two strips of such a film one against the other in a hot laminating station, while placing said parallel conductors between them; · said two strips feeding the hot laminating station being separate from each other or being formed in a common strip of film (27A, 27B); and · cooling said two strips in order to calibrate them between coextrusion and lamination. · coextruding a protective film comprising at least one layer of a first synthetic material selected for its mechanical strength and at least one layer of a second synthetic material selected for its dielectric performance; then · laminating two strips of such a film one against the other in a hot laminating station, while placing said parallel conductors between them; · said two strips feeding the hot laminating station being separate from each other or being formed in a common strip of film (27A, 27B); and · cooling said two strips in order to calibrate them between coextrusion and lamination.