mhurhangee/ep-ind-claims huggingface dataset:
An automobile, comprising: a processor and a sensing apparatus, wherein the sensing apparatus is installed on a part that is of the automobile and that can be in contact with a hand of a driver; the sensing apparatus comprises a transmitter and a receiver, wherein the transmitter is configured to send a sound wave signal to the hand of the driver, and the receiver is configured to: receive a reflected sound wave signal reflected by the hand of the driver, convert the reflected sound wave signal to an electrical signal, and send the electrical signal to the processor; and the processor is configured to: receive the electrical signal, analyze the electrical signal to obtain a feature of the reflected sound wave signal, and recognize an identity of the driver based on the feature of the reflected sound wave signal; wherein the part that may be in contact with the hand of the driver is a steering wheel of the automobile; wherein there are a plurality of sensing apparatuses, the plurality of sensing apparatuses are evenly arranged outside the steering wheel of the automobile, and a spacing between any two adjacent sensing apparatuses is less than or equal to a preset palm width. a processor and a sensing apparatus, wherein the sensing apparatus is installed on a part that is of the automobile and that can be in contact with a hand of a driver; the sensing apparatus comprises a transmitter and a receiver, wherein the transmitter is configured to send a sound wave signal to the hand of the driver, and the receiver is configured to: receive a reflected sound wave signal reflected by the hand of the driver, convert the reflected sound wave signal to an electrical signal, and send the electrical signal to the processor; and the processor is configured to: receive the electrical signal, analyze the electrical signal to obtain a feature of the reflected sound wave signal, and recognize an identity of the driver based on the feature of the reflected sound wave signal; wherein the part that may be in contact with the hand of the driver is a steering wheel of the automobile; wherein there are a plurality of sensing apparatuses, the plurality of sensing apparatuses are evenly arranged outside the steering wheel of the automobile, and a spacing between any two adjacent sensing apparatuses is less than or equal to a preset palm width.
A co-axial crankless engine having: at least one cylinder defining a longitudinally extending axis; a pair of pistons positioned to reciprocate in opposite directions along the longitudinal axis of said cylinder, a space between said pistons defining a common combustion chamber; a first shaft positioned substantially parallel to and spaced laterally from the longitudinal axis of said cylinder; a second shaft positioned substantially parallel to and spaced laterally from the longitudinal axis of said cylinder, said second shaft having a longitudinally extending bore through which said first shaft can extend and rotate, each said piston being connected to an axially spaced cam, a first said cam being supported by said first shaft, a second said cam being supported by said second shaft, whereby in use reciprocation of said pistons imparts on respective shafts rotating motion in opposite directions to drive said engine. at least one cylinder defining a longitudinally extending axis; a pair of pistons positioned to reciprocate in opposite directions along the longitudinal axis of said cylinder, a space between said pistons defining a common combustion chamber; a first shaft positioned substantially parallel to and spaced laterally from the longitudinal axis of said cylinder; a second shaft positioned substantially parallel to and spaced laterally from the longitudinal axis of said cylinder, said second shaft having a longitudinally extending bore through which said first shaft can extend and rotate, each said piston being connected to an axially spaced cam, a first said cam being supported by said first shaft, a second said cam being supported by said second shaft, whereby in use reciprocation of said pistons imparts on respective shafts rotating motion in opposite directions to drive said engine.
A vehicle comprising: an engine; a rotating electric machine; a high-voltage battery configured to store electric power for driving the rotating electric machine; a high-voltage power line (PL, NL); an inverter connected to the rotating electric machine, the inverter being connected to the high-voltage battery through the high-voltage power line; a capacitor connected to the high-voltage power line (PL, NL); an electronic control unit; a low-voltage battery configured to store electric power for supplying to the electronic control unit; an alternator configured to generate electric power using the power of the engine; and a low-voltage power line connecting the low-voltage battery and the alternator to the electronic control unit so as to supply electric power to the electronic control unit, wherein at least one of the engine and the rotating electric machine is configured to generate power for traveling the vehicle, the electronic control unit is configured to control the engine such that the engine is operated and the alternator supplies electric power to the low-voltage power line in a case where a possibility of an occurrence of a collision of the vehicle is detected, and the electronic control unit is configured to perform control such that the capacitor discharges a residual electric charge in a case where the possibility of the occurrence of the collision of the vehicle is detected or in a case where the occurrence of the collision of the vehicle is detected. an engine; a rotating electric machine; a high-voltage battery configured to store electric power for driving the rotating electric machine; a high-voltage power line (PL, NL); an inverter connected to the rotating electric machine, the inverter being connected to the high-voltage battery through the high-voltage power line; a capacitor connected to the high-voltage power line (PL, NL); an electronic control unit; a low-voltage battery configured to store electric power for supplying to the electronic control unit; an alternator configured to generate electric power using the power of the engine; and a low-voltage power line connecting the low-voltage battery and the alternator to the electronic control unit so as to supply electric power to the electronic control unit, wherein at least one of the engine and the rotating electric machine is configured to generate power for traveling the vehicle, the electronic control unit is configured to control the engine such that the engine is operated and the alternator supplies electric power to the low-voltage power line in a case where a possibility of an occurrence of a collision of the vehicle is detected, and the electronic control unit is configured to perform control such that the capacitor discharges a residual electric charge in a case where the possibility of the occurrence of the collision of the vehicle is detected or in a case where the occurrence of the collision of the vehicle is detected.
Glass for vehicles comprising a glass base body and including a light blocking region, wherein a far-infrared ray transmission region is formed in the light blocking region, the far-infrared ray transmission region being provided with an opening formed on the glass base body and a far-infrared ray transmission member disposed in the opening, the glass base body and the far-infrared ray transmission member are bonded to each other with a frame member interposed therebetween, and, regarding the frame member, where a length of a longest straight line among straight lines each connecting optional two points on an inner circumference on a side facing the opening in a surface on a vehicle exterior side is D, and a thickness of a portion projecting from a surface on a vehicle exterior side of the glass base body is t, whereby D and t are given in mm, D 2 /t is larger than 1250 and t is equal to or smaller than 2.5 mm. a far-infrared ray transmission region is formed in the light blocking region, the far-infrared ray transmission region being provided with an opening formed on the glass base body and a far-infrared ray transmission member disposed in the opening, the glass base body and the far-infrared ray transmission member are bonded to each other with a frame member interposed therebetween, and, regarding the frame member, where a length of a longest straight line among straight lines each connecting optional two points on an inner circumference on a side facing the opening in a surface on a vehicle exterior side is D, and a thickness of a portion projecting from a surface on a vehicle exterior side of the glass base body is t, whereby D and t are given in mm, D 2 /t is larger than 1250 and t is equal to or smaller than 2.5 mm.
Cable comprising a line and a plug connector, wherein the line comprises a plurality of cores (1.1) and an insulating jacket (1.2), and the plug connector has a contact carrier (2.1), wherein the plug connector has an injection-moulded encapsulation (2.2) and the cores (1.1) are at least partially surrounded by the injection-moulded encapsulation (2.2), wherein furthermore contacts (1.13) are fastened to the ends of the cores (1.1) and the contacts (1.13) are held by the contact carrier (2.1) such that the contacts (1.13) are arranged in the contact carrier (2.1) with a directional component which is oriented parallel to a first direction (x), characterized in that the contact carrier (2.1) is of integral design, a collar (2.11) is integrally formed on the contact carrier (2.1), wherein the line is fixed by the collar (2.11), the collar (2.11) is designed in such a way that the cores (1.1) are deflected from the collar (2.11) with a directional component which is oriented parallel to a second direction (y), wherein the first direction (x) is oriented orthogonally to the second direction (y), and the collar (2.11) has a stop (2.111) against which the jacket (1.2) abuts by way of an end side.
A low-pressure casting device comprising: a holding furnace configured to hold molten metal; a stoke having a lower end configured to be immersed in the molten metal in the holding furnace for supplying molten metal into a casting mold via a sprue; a pressure control device configured to move the molten metal in the stoke and fill the molten metal in the casting mold; and a molten-metal level sensor configured to detect a height of the molten metal in the stoke, wherein the pressure control device is configured to correct filling of the molten metal in the casting mold in a next casting based on the height of a molten metal surface detected by the molten-metal level sensor; the low-pressure casting device further comprises an extraction device configured to take out a molded article, and the molten-metal level sensor is a non-contact type molten-metal surface sensor provided on the extraction device, the molten-metal level sensor being an optical sensor, and the pressure control device is further configured to maintain the molten-metal surface in the stoke at a position higher than a molten-metal surface in the holding furnace while transitioning to a next casting step from a previous casting step in which molten metal is supplied to the casting mold and a solidified molded article is taken out of the casting mold. a holding furnace configured to hold molten metal; a stoke having a lower end configured to be immersed in the molten metal in the holding furnace for supplying molten metal into a casting mold via a sprue; a pressure control device configured to move the molten metal in the stoke and fill the molten metal in the casting mold; and a molten-metal level sensor configured to detect a height of the molten metal in the stoke, wherein the pressure control device is configured to correct filling of the molten metal in the casting mold in a next casting based on the height of a molten metal surface detected by the molten-metal level sensor; the low-pressure casting device further comprises an extraction device configured to take out a molded article, and the molten-metal level sensor is a non-contact type molten-metal surface sensor provided on the extraction device, the molten-metal level sensor being an optical sensor, and the pressure control device is further configured to maintain the molten-metal surface in the stoke at a position higher than a molten-metal surface in the holding furnace while transitioning to a next casting step from a previous casting step in which molten metal is supplied to the casting mold and a solidified molded article is taken out of the casting mold.
A Prostaglandin E Receptor 3 (PTGER3) inhibitor for use in a method of restoring sensitivity to TTFields in TTFields-resistant cancer cells of a subject, the method comprising administering the Prostaglandin E Receptor 3 (PTGER3) inhibitor to the subject to restore sensitivity to TTFields in the TTFields-resistant cancer cells.
Diffuser for a pressurized container provided with a valve, in particular for an aerosol generator, which diffuser is provided with - a base body formed of a wall having a concave face forming a cavity, and having a finger tab intended to be depressed by the user to actuate the valve, and - an outlet conduit placed in the cavity of the base body, which conduit has a first end provided with means for cooperating with the valve of the pressurized container, and a second end for the outlet of the product contained in the pressurized container, the outlet conduit and the base body being two distinct parts which are connected together by mechanical fastening means (25, 16), wherein anti-rotation means can be provided to prevent the outlet conduit from rotating relative to the base body, the mechanical fastening means being constituted by a fastening tenon and a fastening hole, the fastening tenon being placed on the outlet conduit and the fastening hole being made in the wall of the base body and opening into the cavity, an orifice being made in the wall of the base body, facing the second end of the outlet conduit and at a distance from the fastening hole, characterized in that the fastening hole is a hole passing through the wall of the base body, and is intended to receive and retain the fastening tenon of the outlet conduit. - a base body formed of a wall having a concave face forming a cavity, and having a finger tab intended to be depressed by the user to actuate the valve, and - an outlet conduit placed in the cavity of the base body, which conduit has a first end provided with means for cooperating with the valve of the pressurized container, and a second end for the outlet of the product contained in the pressurized container, the outlet conduit and the base body being two distinct parts which are connected together by mechanical fastening means (25, 16), wherein anti-rotation means can be provided to prevent the outlet conduit from rotating relative to the base body, the mechanical fastening means being constituted by a fastening tenon and a fastening hole, the fastening tenon being placed on the outlet conduit and the fastening hole being made in the wall of the base body and opening into the cavity, an orifice being made in the wall of the base body, facing the second end of the outlet conduit and at a distance from the fastening hole,
A process for preparing a paraffin product from a carbonaceous feedstock comprising the following steps: i. Converting a carbonaceous feedstock such as a gas mixture comprising natural gas to obtain a mixture comprising hydrogen and carbon monoxide, ii. Performing a Fischer-Tropsch reaction using the mixture as obtained in step i. and recovering an off-gas from the Fischer-Tropsch reaction and a paraffin product, iii. Feeding said off-gas to a gas separation unit comprising at least two carbon molecular sieve membranes of which one has a carbon dioxide / methane selectivity of at least 35 and one has a nitrogen / methane selectivity of at least 4.5; iv. Obtaining from said gas separation unit a permeate gas and a retentate gas; v. Adding at least a part of said retentate gas to the carbonaceous feedstock to be converted in step i. i. Converting a carbonaceous feedstock such as a gas mixture comprising natural gas to obtain a mixture comprising hydrogen and carbon monoxide, ii. Performing a Fischer-Tropsch reaction using the mixture as obtained in step i. and recovering an off-gas from the Fischer-Tropsch reaction and a paraffin product, iii. Feeding said off-gas to a gas separation unit comprising at least two carbon molecular sieve membranes of which one has a carbon dioxide / methane selectivity of at least 35 and one has a nitrogen / methane selectivity of at least 4.5; iv. Obtaining from said gas separation unit a permeate gas and a retentate gas; v. Adding at least a part of said retentate gas to the carbonaceous feedstock to be converted in step i.
A method of smoothing a solid surface with a gas cluster ion beam that comprises: irradiating a spot on the solid surface with said gas cluster ion beam; and irradiating said spot on the solid surface with one or more additional gas cluster ion beams simultaneously with irradiation of said gas cluster ion beam so as to expose substances in the solid surface transferred laterally by collisions with gas clusters to other gas clusters, each axis of said one or more additional gas cluster ion beams being not parallel to an axis of said gas cluster ion beam. irradiating a spot on the solid surface with said gas cluster ion beam; and irradiating said spot on the solid surface with one or more additional gas cluster ion beams simultaneously with irradiation of said gas cluster ion beam so as to expose substances in the solid surface transferred laterally by collisions with gas clusters to other gas clusters, each axis of said one or more additional gas cluster ion beams being not parallel to an axis of said gas cluster ion beam.
A method of calculating a distance between a first and second base station in a cellular communications network, the method comprising the steps of: a first base station periodically measuring a power of received signals from a second base station; characterized by: the first base station identifying a first and second most frequent power of received signals in the periodic measurements; and the first base station determining a distance to the second base station based on: the identified first and second most frequent power, an assumed path loss model relating distance between base stations, transmission power at the second base station, and received power at the first base station for a particular propagation environment, and a ratio of the second base station's transmission power at a first transmission setting to its transmission power at a second transmission setting; the first base station determining the distance to the second base station by solving, for distance, the path loss model. a first base station periodically measuring a power of received signals from a second base station; characterized by: the first base station identifying a first and second most frequent power of received signals in the periodic measurements; and the first base station determining a distance to the second base station based on: the first base station identifying a first and second most frequent power of received signals in the periodic measurements; and the first base station determining a distance to the second base station based on: the identified first and second most frequent power, an assumed path loss model relating distance between base stations, transmission power at the second base station, and received power at the first base station for a particular propagation environment, and a ratio of the second base station's transmission power at a first transmission setting to its transmission power at a second transmission setting; the first base station determining the distance to the second base station by solving, for distance, the path loss model.
A procedure of packaging an item comprising the steps of: a) providing a sheet, the sheet having north, south, east and west corners (30, 32, 34, 36), and east and west sides (38, 40), b) placing an item having a front and back on an upper surface of the sheet, c) folding the south corner of the sheet up over the item and then folding it back on itself, d) folding the north corner over the item and then folding an overlapped portion of the north and south corners (30, 32) together to create a pleat with the north corner exposed and overlapping the south corner, said pleat spanning the item and item sides, e) gathering the sheet on the east side and the west side of the item at an angle and folding the sheet under the item so the east and west side cross, and f) securing the east and west sides on the back of the package. a) providing a sheet, the sheet having north, south, east and west corners (30, 32, 34, 36), and east and west sides (38, 40), b) placing an item having a front and back on an upper surface of the sheet, c) folding the south corner of the sheet up over the item and then folding it back on itself, d) folding the north corner over the item and then folding an overlapped portion of the north and south corners (30, 32) together to create a pleat with the north corner exposed and overlapping the south corner, said pleat spanning the item and item sides, e) gathering the sheet on the east side and the west side of the item at an angle and folding the sheet under the item so the east and west side cross, and f) securing the east and west sides on the back of the package.
Transport container made from lightweight construction boards, having a base and upright walls (2, 3) extending around the base, wherein the walls (2, 3), at their lower end, have a flap which extends along the edge of the walls (2, 3) and is angled in the direction of the base and which is to be connected to the base, wherein an upwardly curved channel is between the angled flap and the edge, the walls (2, 3), at their upper end, have an upwardly curving beading which has a shape which corresponds to the channel at the lower end of the walls (2, 3) and the edge at the lower end of the walls (2, 3) forms a contact element for the transport container, characterized in that, the edge forms the lowest point of the transport container.
Multilayer high density mineral fiber panel, characterized in that it comprises: - at least one layer made of a mineral wool granulate in the form of a fiberized granulate; and - at least one layer made of a mineral wool granulate in the form of a granulated granulate; and the diameter of the granules of the granulated granulate is from 1.5 to 5 times larger as compared to the granules of the fiberized granulate. - at least one layer made of a mineral wool granulate in the form of a fiberized granulate; and - at least one layer made of a mineral wool granulate in the form of a granulated granulate; and the diameter of the granules of the granulated granulate is from 1.5 to 5 times larger as compared to the granules of the fiberized granulate.
Method for purifying raw phosphoric acid, characterized in that a) raw phosphoric acid is reacted with ash, calcium hydroxide and at least one sulfide, b) the acid-insoluble portion of the solids is separated, so that a filtrate is obtained, characterized in that the ash is obtained by incinerating phosphate-containing sewage sludges, biodegradable wastes, bio-wastes and/or animal wastes in a waste incineration plant. a) raw phosphoric acid is reacted with ash, calcium hydroxide and at least one sulfide, b) the acid-insoluble portion of the solids is separated, so that a filtrate is obtained,