mhurhangee/ep-ind-claims huggingface dataset:
A device for additive manufacturing, such as 3D printing, the device comprising - a chamber comprising an opening in a wall of the chamber, the opening defining a surface having a surface normal, - a heating element arranged into or in connection with the chamber for providing heating into the chamber, - a dispensing unit comprising an outlet and an inlet, wherein the outlet is arranged to be hotter than the inlet to heat or at least partly melt material being dispensed by the dispensing unit via the opening, wherein the dispensing unit is arranged to be moved in the opening at least in a first direction with respect to the chamber, wherein the first direction is perpendicular to the surface normal, characterised in that the device comprises: - at least one insulating element being a separate element with respect to the chamber and arranged to be moved as a whole with respect to the chamber in the first direction in response to a movement of the dispensing unit in the first direction, and to at least partly cover the opening for providing insulation relative to the inside of the chamber. - a chamber comprising an opening in a wall of the chamber, the opening defining a surface having a surface normal, - a heating element arranged into or in connection with the chamber for providing heating into the chamber, - a dispensing unit comprising an outlet and an inlet, wherein the outlet is arranged to be hotter than the inlet to heat or at least partly melt material being dispensed by the dispensing unit via the opening, wherein the dispensing unit is arranged to be moved in the opening at least in a first direction with respect to the chamber, wherein the first direction is perpendicular to the surface normal, characterised in that the device comprises: - at least one insulating element being a separate element with respect to the chamber and arranged to be moved as a whole with respect to the chamber in the first direction in response to a movement of the dispensing unit in the first direction, and to at least partly cover the opening for providing insulation relative to the inside of the chamber.
Method for manufacturing a mineral wool product in which an uncured mat of mineral wool furnished with an uncured binding agent is guided on a conveying unit into a curing oven for shaping the product and for curing the binding agent, said curing oven is designed as a type of tunnel oven and possesses an upper belt and a lower belt, wherein a breathable separation strip (5; 5'; 5") is arranged between the uncured mat and the upper belt and/or the lower belt, characterised in that, the separation strip (5; 5'; 5") is designed as a glass filament fabric, the separation strip (5; 5'; 5") is coated with PTFE, and The tear strength of the separation strip (5; 5'; 5") is in the range of 850 to 3500 N/50mm and between 1500 and 2000 N/50mm for warp and weft, respectively.
An exhaust sleeve comprising a patch, the patch comprising a first plate disposed over an outer surface of the exhaust sleeve, wherein the exhaust sleeve includes a cellular layer and an aft sleeve attached to an aft edge of the cellular layer and the first plate extends from the cellular layer across an interface between the aft sleeve and the cellular layer onto the aft sleeve; a second plate disposed along an inner surface of the cellular layer; a first plurality of fasteners securing the first plate to the second plate through the cellular layer; and a second plurality of fasteners securing the first plate to the aft sleeve.
A maraging steel consisting of: as essential components, 0.20 mass% ≤ C ≤ 0.35 mass%, 9.0 mass% ≤ Co ≤ 20.0 mass%, 1.0 mass% ≤ (Mo + W/2) ≤ 2.0 mass%, 1.0 mass% ≤ Cr ≤ 4.0 mass%, and 6.0 mass% ≤ Ni ≤ 9.4 mass%, and as optional components, Al ≤ 0.10 mass%, Ti ≤ 0.10 mass%, S ≤ 0.0010 mass%, N ≤ 0.0020 mass%, V + Nb ≤ 0.020 mass%, B ≤ 0.0050 mass%, Si ≤ 1.0 mass%, Mg ≤ 0.0030 mass%, and Ca ≤ 0.0030 mass%, with the balance being Fe and inevitable impurities. as essential components, 0.20 mass% ≤ C ≤ 0.35 mass%, 9.0 mass% ≤ Co ≤ 20.0 mass%, 1.0 mass% ≤ (Mo + W/2) ≤ 2.0 mass%, 1.0 mass% ≤ Cr ≤ 4.0 mass%, and 6.0 mass% ≤ Ni ≤ 9.4 mass%, and 0.20 mass% ≤ C ≤ 0.35 mass%, 9.0 mass% ≤ Co ≤ 20.0 mass%, 1.0 mass% ≤ (Mo + W/2) ≤ 2.0 mass%, 1.0 mass% ≤ Cr ≤ 4.0 mass%, and 6.0 mass% ≤ Ni ≤ 9.4 mass%, and as optional components, Al ≤ 0.10 mass%, Ti ≤ 0.10 mass%, S ≤ 0.0010 mass%, N ≤ 0.0020 mass%, V + Nb ≤ 0.020 mass%, B ≤ 0.0050 mass%, Si ≤ 1.0 mass%, Mg ≤ 0.0030 mass%, and Ca ≤ 0.0030 mass%, Al ≤ 0.10 mass%, Ti ≤ 0.10 mass%, S ≤ 0.0010 mass%, N ≤ 0.0020 mass%, V + Nb ≤ 0.020 mass%, B ≤ 0.0050 mass%, Si ≤ 1.0 mass%, Mg ≤ 0.0030 mass%, and Ca ≤ 0.0030 mass%, with the balance being Fe and inevitable impurities.
A fragrance diffuser, particularly for small spaces, comprising a main body which forms a containment chamber and an expansion seat, said containment chamber being segregated from the remaining part of said main body for containing a fluid, the diffuser further comprising a membrane which faces the external environment and is at least partially proximate to said expansion seat, and at least one passage channel, which is interposed between said containment chamber and said expansion seat, provided internally with at least one barrier partition, said fragrance diffuser having a closed configuration and a configuration for use, in said closed configuration said partition being active to stop the passage of said fluid from said containment chamber to said expansion seat, in said configuration for use said partition being inactive for the passage of said fluid from said containment chamber to said membrane, passing through said expansion seat, said main body being provided with perimetric walls made of a deformable material.
A vehicle control device applied to a vehicle including an internal combustion engine and an electrically heated catalyst which is warmed by applying a current, and includes a catalyst carrier supporting a catalyst and a carrier retention unit that retains the catalyst carrier and has an electrical insulation property, characterized in that the control device comprises: a control unit which performs a control of suppressing a supply of an unburned gas from the internal combustion engine to the electrically heated catalyst to thereby maintain the carrier retention unit at a lower temperature than the catalyst, when a condition for performing a fuel cut of the internal combustion engine during a deceleration is satisfied and a temperature obtained by adding a predetermined temperature to a temperature of the carrier retention unit is equal to or higher than a temperature of the catalyst. a control unit which performs a control of suppressing a supply of an unburned gas from the internal combustion engine to the electrically heated catalyst to thereby maintain the carrier retention unit at a lower temperature than the catalyst, when a condition for performing a fuel cut of the internal combustion engine during a deceleration is satisfied and a temperature obtained by adding a predetermined temperature to a temperature of the carrier retention unit is equal to or higher than a temperature of the catalyst.
A crawler vehicle, in particular an agricultural crawler vehicle, with a crawler chassis with at least one crawler framework, wherein the respective crawler framework has at least two chassis wheels (3, 4) and a crawler belt guided over the chassis wheels (3, 4), characterized in that an evaluation device is provided, which is configured to carry out a determination of the state of wear of at least one crawler belt of the crawler chassis by means of an image-based comparison of at least two components (10, 11) of the crawler vehicle, of which at least one is a component of the crawler belt, wherein the respective crawler belt is a moving belt which comprises a crawler webbing and outer studs disposed on the outside of the crawler webbing as the components (10, 11), wherein the evaluation device compares the result of the comparison of a height of the outer studs and thickness of the crawler webbing or the width of the outer studs in or transverse to the direction of travel and width of the crawler webbing with nominal values stored in a database and determines the current state of wear thereon.
Motor, which is driven by elastic tension force, wherein it consists of a pivoting wheel, on which one or more working elements are fitted, and from a stationary ring, which is part of the housing and coaxial to the wheel, wherein the working element is composed of an elastic element, a valve, a guide and a pivoting supporting roller, wherein the supporting roller is attached in a freely-positioned way to an axis, whose axis is attached to the valve, wherein the axis has a deviation relative to the axis of the valve, which has the same deviation relative to the rotary axis of the wheel, wherein the elastic element is tensioned by the valve, in which the valve can move along the guide, whose guide secures the parallel location of the axis of the supporting roller to the rotary axis of the wheel, so that the elastic element is tensioned upon pressure on the supporting roller in the direction of the centre of the wheel, thereby the circumferential diameter of the ring, in which the working element is tightened, on whose ring the supporting roller is located in an untightened state, is larger than the inner diameter and the inner diameter is larger than the diameter of the wheel, thereby a normal force exists between the supporting roller and the inner surface of the ring, which has an effect along the valve axis thus triggering a torsional moment and a turning of the wheel, wherein the supporting roller runs along the inner surface of the ring.
Method of controlling a 3D printer for printing a product, comprising: - providing a model of the product; and - compensating the model for inherent accretion resulting in printing material during printing from passage and diffusion of an excitation from a source, such as laser or heat; and - generating layers for printing in the printing material for the 3D printer on the basis of the compensated model, CHARACTERIZED IN THAT compensating the model comprises of: reducing the model in the z direction of the inherent accretion by a dimension corresponding to the degree of inherent accretion. - providing a model of the product; and - compensating the model for inherent accretion resulting in printing material during printing from passage and diffusion of an excitation from a source, such as laser or heat; and - generating layers for printing in the printing material for the 3D printer on the basis of the compensated model,
A non-gravity toilet, comprising a WC bowl having a water inlet and a flushing system being configured to provide pressurized water to be discharged to the WC bowl without the need of gravitational force, the flushing system comprising: an outlet port and a water inlet valve for allowing pressurized supply water to enter said flushing system being arranged in direct fluid communication with said water inlet valve, wherein said flushing system is configured to discharge a flow of flushing water through the outlet port into the water inlet of the WC bowl when a flush is initiated, the flushing system further comprising a first backflow prevention device arranged downstream of the water inlet valve, and a second backflow prevention device arranged downstream of said first backflow prevention device and upstream of the water inlet of said WC bowl, characterised in that said second backflow prevention device forms an air gap between said outlet port and the water inlet of the WC bowl. an outlet port and a water inlet valve for allowing pressurized supply water to enter said flushing system being arranged in direct fluid communication with said water inlet valve, wherein said flushing system is configured to discharge a flow of flushing water through the outlet port into the water inlet of the WC bowl when a flush is initiated, the flushing system further comprising a first backflow prevention device arranged downstream of the water inlet valve, and a second backflow prevention device arranged downstream of said first backflow prevention device and upstream of the water inlet of said WC bowl, a water inlet valve for allowing pressurized supply water to enter said flushing system being arranged in direct fluid communication with said water inlet valve, wherein said flushing system is configured to discharge a flow of flushing water through the outlet port into the water inlet of the WC bowl when a flush is initiated, the flushing system further comprising a first backflow prevention device arranged downstream of the water inlet valve, and a second backflow prevention device arranged downstream of said first backflow prevention device and upstream of the water inlet of said WC bowl, characterised in that said second backflow prevention device forms an air gap between said outlet port and the water inlet of the WC bowl.
A method performed by a terminal in a wireless communication system, the method comprising: identifying rate matching information for a limited buffer rate matching, LBRM; generating encoded bits based on information bits; performing rate matching on the encoded bits based on the rate matching information for the LBRM; and transmitting, to a base station, the rate-matched encoded bits, wherein a size of a circular buffer for the rate matching is identified based on a value of a reference transport block size, TBS, divided by both a number of code blocks and a reference code rate for the LBRM. identifying rate matching information for a limited buffer rate matching, LBRM; generating encoded bits based on information bits; performing rate matching on the encoded bits based on the rate matching information for the LBRM; and transmitting, to a base station, the rate-matched encoded bits, wherein a size of a circular buffer for the rate matching is identified based on a value of a reference transport block size, TBS, divided by both a number of code blocks and a reference code rate for the LBRM.
Composite element comprising one or more threadlike elements, the said threadlike element or threadlike elements being covered individually or collectively with a sheath comprising a sheathing composition, the said sheathing composition comprising one or more thermoplastic block copolymers comprising: - at least one polyamide block, - at least one polyolefin block, - at least one alkylene block, and exhibiting a melt viscosity ranging from 300 to 20 000 Pa.s, in particular from 300 to 15 000 Pa.s, measured at 230°C by oscillatory rheology. - at least one polyamide block, - at least one polyolefin block, - at least one alkylene block, and
System for tracking milling material, comprising - a milling machine for milling a section of a ground pavement in a milling operation, - a truck for loading and transporting away the milling material removed during milling of the section of the ground pavement, - a deposition site for depositing the milling material transported away by the truck, - a first detection device for detecting data signals relating to the milling material, characterized in that a second detection device detects position data of the deposition site of the milling material, wherein the first and the second detection device (18, 20) transmit the data signals relating to the milling material and the position data of the deposition site to a documentation device which links the position data with the data signals relating to the milling material. - a milling machine for milling a section of a ground pavement in a milling operation, - a truck for loading and transporting away the milling material removed during milling of the section of the ground pavement, - a deposition site for depositing the milling material transported away by the truck, - a first detection device for detecting data signals relating to the milling material,
Arrangement for switching a tongue rail to a stock rail comprising a holder with at least one roller element (50, 52) which is the support for the tongue rail, the holder being adjustable relative to the stock rail, wherein the holder is connected to a base plate having a wedge-shaped geometry or to a region designed wedge-shaped on which the holder is supported on the base plate, the base plate is adjustable in guided manner in the direction running transversely to the longitudinal direction of the stock or tongue rail (12, 14), and the holder is adjustable step-by-step both horizontally and vertically relative to the base plate transversely to the longitudinal direction of the stock or tongue rail.
An oil separator that separates oil mist from oil-containing gas containing the oil mist, comprising: a separator (36, 16) including an injection hole (39, 51d) configured to inject the oil-containing gas while increasing a flow velocity thereof compared with a flow velocity in a gas channel (33, 2a) through which the oil-containing gas has flowed, and a spraying surface (35a, 52a, 53a, 54a), facing the injection hole (39, 51d), onto which the oil-containing gas injected from the injection hole (39, 51d) is sprayed; an oil discharge portion (42, 54d), communicating with the separator(36, 16), configured to discharge oil condensed on the spraying surface; and a gas discharge portion (42, 54d), communicating with the separator (36, 16), configured to discharge gas after the oil mist that is condensed is separated, wherein an encircling channel (43, TC1, TC2, TC3) configured to cause sprayed gas which has been sprayed onto the spraying surface (35a, 52a, 53a, 54a) to circulate is formed inside the separator (36, 16), the encircling channel (43, TC1, TC2, TC3) includes a first encircling channel (43, TC1, TC3) configured to cause the sprayed gas to circulate in a first encircling direction, a second encircling channel (43, TC2), in which the sprayed gas flows in a second encircling direction opposite the first encircling direction, and a member (41, 52, 53, 54), communicating with the first encircling channel and the second encircling channel, configured to change an encircling direction of the sprayed gas from the first encircling direction to the second encircling direction by collision of the sprayed gas with the member. a separator (36, 16) including an injection hole (39, 51d) configured to inject the oil-containing gas while increasing a flow velocity thereof compared with a flow velocity in a gas channel (33, 2a) through which the oil-containing gas has flowed, and a spraying surface (35a, 52a, 53a, 54a), facing the injection hole (39, 51d), onto which the oil-containing gas injected from the injection hole (39, 51d) is sprayed; an oil discharge portion (42, 54d), communicating with the separator(36, 16), configured to discharge oil condensed on the spraying surface; and a gas discharge portion (42, 54d), communicating with the separator (36, 16), configured to discharge gas after the oil mist that is condensed is separated, wherein an encircling channel (43, TC1, TC2, TC3) configured to cause sprayed gas which has been sprayed onto the spraying surface (35a, 52a, 53a, 54a) to circulate is formed inside the separator (36, 16), the encircling channel (43, TC1, TC2, TC3) includes a first encircling channel (43, TC1, TC3) configured to cause the sprayed gas to circulate in a first encircling direction, a second encircling channel (43, TC2), in which the sprayed gas flows in a second encircling direction opposite the first encircling direction, and a member (41, 52, 53, 54), communicating with the first encircling channel and the second encircling channel, configured to change an encircling direction of the sprayed gas from the first encircling direction to the second encircling direction by collision of the sprayed gas with the member.
A variable resistance memory device comprising: a resistance change layer comprising a metal oxide that includes a first metal element and a second metal element; a semiconductor layer on the resistance change layer; a gate insulating layer on the semiconductor layer; and a plurality of electrodes on the gate insulating layer to be apart from each other, characterized in that, the metal oxide has an oxygen deficient ratio greater than or equal to 9%. a resistance change layer comprising a metal oxide that includes a first metal element and a second metal element; a semiconductor layer on the resistance change layer; a gate insulating layer on the semiconductor layer; and a plurality of electrodes on the gate insulating layer to be apart from each other, characterized in that, the metal oxide has an oxygen deficient ratio greater than or equal to 9%.
A conductive substrate, comprising: a transparent base material; a metal layer formed on at least one of surfaces of the transparent base material; a blackened layer formed on the metal layer by a wet method; and an adhesion layer formed between the transparent base material and the metal layer by dry plating, and being an Ni-Cu alloy layer including oxygen. a transparent base material; a metal layer formed on at least one of surfaces of the transparent base material; a blackened layer formed on the metal layer by a wet method; and an adhesion layer formed between the transparent base material and the metal layer by dry plating, and being an Ni-Cu alloy layer including oxygen.
A toilet training device comprising: a substantially circular seat portion having a top surface, a bottom surface, a front portion, a back portion, and a pair of side portions; and a flexible, raised portion extending from the top surface and positioned in the front portion that resiliently flexes flat with downward pressure by a toddler; characterized in that the raised front portion is comprised of a flexible resilient material that is co-molded onto the toilet training device. a substantially circular seat portion having a top surface, a bottom surface, a front portion, a back portion, and a pair of side portions; and a flexible, raised portion extending from the top surface and positioned in the front portion that resiliently flexes flat with downward pressure by a toddler; characterized in that the raised front portion is comprised of a flexible resilient material that is co-molded onto the toilet training device.
A breaking device for interrupting current, the breaking device comprising: - an electrically conducting outer member; - an electrically conducting inner member arranged radially inside the outer member with respect to a breaking axis; and - an electrically insulating or semiconducting breaking tube arranged radially between the outer member and the inner member with respect to the breaking axis, characterised by the breaking tube being arranged to move along the breaking axis from a starting position to a protruding position in which the breaking tube protrudes from a space within the outer member for interrupting a current between the outer member and the inner member by means of the breaking tube. - an electrically conducting outer member; - an electrically conducting inner member arranged radially inside the outer member with respect to a breaking axis; and - an electrically insulating or semiconducting breaking tube arranged radially between the outer member and the inner member with respect to the breaking axis, characterised by the breaking tube being arranged to move along the breaking axis from a starting position to a protruding position in which the breaking tube protrudes from a space within the outer member for interrupting a current between the outer member and the inner member by means of the breaking tube.