mhurhangee/ep-ind-claims huggingface dataset:
A device for nonexplosively actuating a component, in particular an aerospace component, comprising: - a housing; - a bolt that is centrally arranged in the housing and is movable between a first position in which an outer section of the bolt is situated outside the housing in relation to the housing, and a second position in which the outer section of the bolt is situated inside the housing; - a spring that is situated between the housing and the bolt; and - an actuator sleeve that is rotatably situated between a first and a second position in the housing, and that includes a guide section, designed as a trajectory, along which the bolt is guided during a rotation of the actuator sleeve caused by a torsion spring, wherein the torsion spring is situated between the end of the actuator sleeve facing away from the bolt and the housing, ch aracterized in that the actuator sleeve is ball bearing-mounted on its end facing away from the bolt. - a housing; - a bolt that is centrally arranged in the housing and is movable between a first position in which an outer section of the bolt is situated outside the housing in relation to the housing, and a second position in which the outer section of the bolt is situated inside the housing; - a spring that is situated between the housing and the bolt; and - an actuator sleeve that is rotatably situated between a first and a second position in the housing, and that includes a guide section, designed as a trajectory, along which the bolt is guided during a rotation of the actuator sleeve caused by a torsion spring, wherein the torsion spring is situated between the end of the actuator sleeve facing away from the bolt and the housing, ch
An electric motor having a rotor shaft and a first and second bearing, wherein the rotor shaft has a first rotor shaft part and a second rotor shaft part, wherein the first rotor shaft part is rotatably mounted via the first bearing, wherein the region covered in an axial direction by the first rotor shaft part overlaps with the region covered in an axial direction by the second bearing, wherein the second rotor shaft part is rotatably mounted via the second bearing, wherein a bellows is connected at its first axial end-region to the first rotor shaft part, in particular connected by welding, wherein the bellows is connected at its second axial end-region to the second rotor shaft part, in particular connected by welding, wherein the region covered in an axial direction by the first rotor shaft part overlaps with the region covered in an axial direction by the second rotor shaft part, wherein between first and second rotor shaft part there is arranged a ring part, wherein the ring part is a sealing ring, in particular an O-ring, in particular made of rubber or a plastics material, in particular polymer, in particular wherein the first rotor shaft part is formed in one-piece, therefore as one-part, in particular wherein the second rotor shaft part is formed in one piece, therefore as one-part. wherein the rotor shaft has a first rotor shaft part and a second rotor shaft part, wherein the first rotor shaft part is rotatably mounted via the first bearing, wherein the region covered in an axial direction by the first rotor shaft part overlaps with the region covered in an axial direction by the second bearing, wherein the second rotor shaft part is rotatably mounted via the second bearing, wherein a bellows is connected at its first axial end-region to the first rotor shaft part, in particular connected by welding, wherein the bellows is connected at its second axial end-region to the second rotor shaft part, in particular connected by welding, wherein the region covered in an axial direction by the first rotor shaft part overlaps with the region covered in an axial direction by the second rotor shaft part, wherein between first and second rotor shaft part there is arranged a ring part, wherein the ring part is a sealing ring, in particular an O-ring, in particular made of rubber or a plastics material, in particular polymer, in particular wherein the first rotor shaft part is formed in one-piece, therefore as one-part, in particular wherein the second rotor shaft part is formed in one piece, therefore as one-part.
An apparatus comprising: a control valve for an excavator and an excavator, the excavator including a lower travelling body, an upper turning body mounted on the lower travelling body, an engine installed in the upper turning body, a hydraulic pump connected to the engine, and a hydraulic actuator driven by hydraulic oil discharged by the hydraulic pump to move a work element, the control valve for the excavator comprising: a valve block; a first spool valve configured to control a flow rate of the hydraulic oil flowing from the hydraulic pump via a bridge pipeline to the hydraulic actuator and a flow rate of the hydraulic oil flowing from the hydraulic actuator to a hydraulic oil tank, the first spool valve being disposed in a center bypass pipeline; and a second spool valve configured to control a flow rate of the hydraulic oil flowing from the hydraulic pump to the hydraulic actuator, the second spool valve being disposed in a parallel pipeline that is parallel to the center bypass pipeline, wherein the first spool valve and the second spool valve are formed in the valve block of the control valve for the excavator, and the second spool valve is disposed upstream of the first spool valve, and the hydraulic oil from the second spool valve is supplied to the bridge pipeline of the first spool valve. a valve block; a first spool valve configured to control a flow rate of the hydraulic oil flowing from the hydraulic pump via a bridge pipeline to the hydraulic actuator and a flow rate of the hydraulic oil flowing from the hydraulic actuator to a hydraulic oil tank, the first spool valve being disposed in a center bypass pipeline; and a second spool valve configured to control a flow rate of the hydraulic oil flowing from the hydraulic pump to the hydraulic actuator, the second spool valve being disposed in a parallel pipeline that is parallel to the center bypass pipeline, wherein the first spool valve and the second spool valve are formed in the valve block of the control valve for the excavator, and the second spool valve is disposed upstream of the first spool valve, and the hydraulic oil from the second spool valve is supplied to the bridge pipeline of the first spool valve.
A micro-device for detecting, at the microscopic level, a property of a biological subject to be detected, comprising a substrate, a layer of piezo-electric material, a layer of electronically conductive material, a layer of material that is neither piezo-electric nor electronically conductive and a trench formed in said layers, wherein said layer of piezo-electric material is placed between said layer of electrically conductive material and said layer of material that is neither piezo-electric nor electronically conductive, and forms two piezo-electric cantilever probes in the opposite sidewalls of said trench, each probe having an extending part being substantially parallel to said substrate, as well as substantially free and surrounded, without contact, by said other materials in the micro-device.
A method for performing a function in an electronic device, the method comprising the steps of: displaying a first set of elements on a display; receiving a first input, wherein the first input selects at least one element from the first set of elements; determining that the first input has continued on a path from the at least one element to an edge of the display; calculating a physical target key beyond the edge of the display based on at least one characteristic of the path; displaying a second set of elements on the display; receiving a second input, wherein the second input selects at least another element from the second set of elements; determining that the second input has continued on a second path from the at least another element to an edge of the display; calculating the physical target key further based on at least one characteristic of the second path; and after sensing an activation of the physical target key, if the physical target key is calculated based on at least one characteristic of the second path, then performing the function associated with the physical target key, the at least one selected element, and the at least another selected element. displaying a first set of elements on a display; receiving a first input, wherein the first input selects at least one element from the first set of elements; determining that the first input has continued on a path from the at least one element to an edge of the display; calculating a physical target key beyond the edge of the display based on at least one characteristic of the path; displaying a second set of elements on the display; receiving a second input, wherein the second input selects at least another element from the second set of elements; determining that the second input has continued on a second path from the at least another element to an edge of the display; calculating the physical target key further based on at least one characteristic of the second path; and after sensing an activation of the physical target key, if the physical target key is calculated based on at least one characteristic of the second path, then performing the function associated with the physical target key, the at least one selected element, and the at least another selected element.
The use of a composition comprising A) at least one amine alkoxylate ester of the formula or a salt thereof where A, B independently of one another are a C 2 to C 5 alkylene radical R 1 is a C 8 to C 24 alkyl or alkenyl radical R 2, R 3, R 4 independently of one another are H or a C 8 to C 24 acyl radical, with the proviso that at least one of the radicals R 2, R 3 or R 4 is a C 8 to C 24 acyl radical x, y, z independently of one another are an integer from 0 to 50, with the proviso that x + y + z is an integer from 1 to 100, and B) a compound of the formula D-NH 2, where D is a hydrocarbon radical having 1 to 50 carbon atoms and which can contain either an oxygen atom or an oxygen atom and a nitrogen atom, in amounts of 10 to 5000 g/tonne as collector in the reverse flotation of iron ore which contains magnetite, hematite, or both. A) at least one amine alkoxylate ester of the formula or a salt thereof where A, B independently of one another are a C 2 to C 5 alkylene radical R 1 is a C 8 to C 24 alkyl or alkenyl radical R 2, R 3, R 4 independently of one another are H or a C 8 to C 24 acyl radical, with the proviso that at least one of the radicals R 2, R 3 or R 4 is a C 8 to C 24 acyl radical x, y, z independently of one another are an integer from 0 to 50, with the proviso that x + y + z is an integer from 1 to 100, and A, B independently of one another are a C 2 to C 5 alkylene radical R 1 is a C 8 to C 24 alkyl or alkenyl radical R 2, R 3, R 4 independently of one another are H or a C 8 to C 24 acyl radical, with the proviso that at least one of the radicals R 2, R 3 or R 4 is a C 8 to C 24 acyl radical x, y, z independently of one another are an integer from 0 to 50, with the proviso that x + y + z is an integer from 1 to 100, B) a compound of the formula D-NH 2, where D is a hydrocarbon radical having 1 to 50 carbon atoms and which can contain either an oxygen atom or an oxygen atom and a nitrogen atom, in amounts of 10 to 5000 g/tonne as collector in the reverse flotation of iron ore which contains magnetite, hematite, or both.
A pack comprising a sealed package containing a squeezable product in the form of a segment of a fruit, said segment having an outer rind portion and an exposed flesh portion incorporating a liquid, the package having a first openable portion and being at least partially flexible to enable squeezing of the product to facilitate extraction of the liquid from said flesh portion for dispensing the liquid via the first openable portion once opened, wherein the pack has at least one formation for improving the extraction and dispensing of the liquid and wherein the package comprises one or more films (13, 14) which are fluid-tight and which fully enclose a volume in which the product is sealingly retained, characterised in that said at least one formation comprises at least one cut (47; 103; 104; 105) through the rind portion of the segment to the flesh portion.
A conveyor system comprising: a conveyor extending in width from a first side to an opposite second side and advancing packages in a conveying direction; a distance-measuring system measuring the profile of the packages at discrete spots extending across the width of the conveyor to produce a series of sequential profile measurements at each discrete spot; a controller programmed to execute instructions to: (a) compute derivatives of the series of profile measurements for each of the discrete spots; (b) detect edges of the packages from steps in the derivatives of the series of profile measurements; a speed sensor producing speed measurements of the speed of the conveyor in the conveying direction and wherein the distance-measuring system makes the profile measurements at a repetition rate proportional to the speed of the conveyor. a conveyor extending in width from a first side to an opposite second side and advancing packages in a conveying direction; a distance-measuring system measuring the profile of the packages at discrete spots extending across the width of the conveyor to produce a series of sequential profile measurements at each discrete spot; a controller programmed to execute instructions to: (a) compute derivatives of the series of profile measurements for each of the discrete spots; (b) detect edges of the packages from steps in the derivatives of the series of profile measurements; (a) compute derivatives of the series of profile measurements for each of the discrete spots; (b) detect edges of the packages from steps in the derivatives of the series of profile measurements; a speed sensor producing speed measurements of the speed of the conveyor in the conveying direction and wherein the distance-measuring system makes the profile measurements at a repetition rate proportional to the speed of the conveyor.
A method for manufacturing a barrier layer on a substrate (1; 1a, 1b), the method comprising: - providing an inorganic oxide layer having a pore volume between 0.3 and 10 vol. % on the substrate (1; 1a, 1b); and - subsequently treating the substrate (1; 1a, 1b) with the inorganic oxide layer in an atmospheric glow discharge plasma to form a sealing layer, the plasma being generated by at least two electrodes (2, 3) in a treatment space formed between the at least two electrodes (2, 3), the treatment space comprising in operation a mixture of a gas comprising oxygen and precursor material in an amount between 2 and 50 ppm, by controlling a local deposition rate at 5 nm/sec or lower, using a power density of 10 W/cm 2 or higher in the treatment space; wherein the precursor material comprises tetraethoxysilane, hexamethyldisiloxane, hexamethyldisilazane, tetramethyldisiloxane or tetramethylcyclotetrasiloxane. - providing an inorganic oxide layer having a pore volume between 0.3 and 10 vol. % on the substrate (1; 1a, 1b); and - subsequently treating the substrate (1; 1a, 1b) with the inorganic oxide layer in an atmospheric glow discharge plasma to form a sealing layer, the plasma being generated by at least two electrodes (2, 3) in a treatment space formed between the at least two electrodes (2, 3), the treatment space comprising in operation a mixture of a gas comprising oxygen and precursor material in an amount between 2 and 50 ppm, by controlling a local deposition rate at 5 nm/sec or lower, using a power density of 10 W/cm 2 or higher in the treatment space;
Method for controlling a directed light source, whose provided light cone is guided over a predetermined region, wherein the method comprises the following steps: - determining a movement of the light source; - estimating an imminent change of a portion of the region that is illuminated by means of the light cone, on the basis of the determined movement; - determining that the portion will probably be lit longer than was predetermined owing to the changed light cone, and - providing a darkening signal for the light source. - determining a movement of the light source; - estimating an imminent change of a portion of the region that is illuminated by means of the light cone, on the basis of the determined movement; - determining that the portion will probably be lit longer than was predetermined owing to the changed light cone, and - providing a darkening signal for the light source.
A heat exchanger for heating flowable media, in particular highly viscous materials, coating materials or similar, comprising a profile body (11, 12) having at least one flow channel section (13, 14, 15, 16) of a flow channel of the heat exchanger and a heating device arranged in the profile body, wherein the heating device comprises at least two electric heating elements (22, 24), wherein a first heating element is arranged in a heating element receiver formed in the profile body and a second heating element is arranged in a sleeve element of the heating device, wherein the sleeve element is arranged in the flow channel section formed in the profile body in such a way that the heating elements are sealed with respect to the flow channel, wherein the medium to be heated can flow between a flow channel inner surface of the flow channel section and a sleeve element surface of the sleeve element, which can be heated by the first and the second heating element, respectively, characterized in that there is physical contact for a heat transfer between the first heating element and the profile body (11, 12), and wherein there is physical contact for a heat transfer between the second heating element and the sleeve element.
An electromagnetic brake device for an elevator which holds a car of an elevator at a standstill by pushing a braking piece against a rotary body rotating in response to the rotation of a driving sheave of an elevator traction machine, comprising: a first movable iron piece to which the braking piece is connected, the braking piece being disposed between the first movable iron piece and the rotary body in such a manner as to be opposed to the rotary body, wherein a prescribed gap is formed between the braking piece and the rotary body in a condition of the electromagnetic brake device acting when the car is running in a shaft of the elevator; a second movable iron piece which is disposed on the side opposite to the braking piece with respect to the first movable iron piece; a first elastic body having a prescribed pushing force, which is provided between the first movable iron piece and the second movable iron piece; a second elastic body which pushes the second movable iron piece against the first movable iron piece side with a prescribed pushing force stronger than the pushing force of the first elastic body; and an electromagnet (17, 18) which attracts the second movable iron piece against the pushing force of the second elastic body and causes the second movable iron piece to attract the first movable iron piece against the pushing force of the first elastic body. a first movable iron piece to which the braking piece is connected, the braking piece being disposed between the first movable iron piece and the rotary body in such a manner as to be opposed to the rotary body, wherein a prescribed gap is formed between the braking piece and the rotary body in a condition of the electromagnetic brake device acting when the car is running in a shaft of the elevator; a second movable iron piece which is disposed on the side opposite to the braking piece with respect to the first movable iron piece; a first elastic body having a prescribed pushing force, which is provided between the first movable iron piece and the second movable iron piece; a second elastic body which pushes the second movable iron piece against the first movable iron piece side with a prescribed pushing force stronger than the pushing force of the first elastic body; and an electromagnet (17, 18) which attracts the second movable iron piece against the pushing force of the second elastic body and causes the second movable iron piece to attract the first movable iron piece against the pushing force of the first elastic body.
An acoustic panel for an ejection nozzle comprising the following main components: - an external skin having acoustic holes, - an internal skin, - an acoustic structure comprising alveolar-core cells (27; 47; 77; 87) and disposed between the internal skin and the external skin, characterized in that at least one main component selected from the external skin, the internal skin and the acoustic structure is formed by a composite material and in that the acoustic structure is held in contact on at least one of the internal and external skins by compression using elastic means (64a, 64b; 74; 84; 94) and/or by fastening using mechanical localized fastening means (24; 44; 54). - an external skin having acoustic holes, - an internal skin, - an acoustic structure comprising alveolar-core cells (27; 47; 77; 87) and disposed between the internal skin and the external skin, characterized in that at least one main component selected from the external skin, the internal skin and the acoustic structure is formed by a composite material and in that the acoustic structure is held in contact on at least one of the internal and external skins by compression using elastic means (64a, 64b; 74; 84; 94) and/or by fastening using mechanical localized fastening means (24; 44; 54).
A hammer, comprising: a handle, the handle having a bottom end and an upper end; and a head disposed on the upper end of the handle; the handle and the head being separately formed structures; wherein the handle comprises: a core member; a rigid material layer, the rigid material layer having a Shore D durometer hardness of about 65 to about 90; and a grip member molded on at least a portion of the rigid material layer; wherein the grip member comprises a first elastomeric material layer molded on the rigid material layer, and a second elastomeric material layer, and the first elastomeric material layer is a different material from the second elastomeric material layer; wherein the first elastomeric material layer has a Shore A durometer hardness of about 20 to about 60 and the second elastomeric material layer has a Shore A durometer hardness of about 60 to about 80; characterized in that the rigid material layer is molded on the core member, and the second elastomeric material layer is molded on the first elastomeric material layer. a handle, the handle having a bottom end and an upper end; and a head disposed on the upper end of the handle; the handle and the head being separately formed structures; wherein the handle comprises: a core member; a rigid material layer, the rigid material layer having a Shore D durometer hardness of about 65 to about 90; and a grip member molded on at least a portion of the rigid material layer; a core member; a rigid material layer, the rigid material layer having a Shore D durometer hardness of about 65 to about 90; and a grip member molded on at least a portion of the rigid material layer; wherein the grip member comprises a first elastomeric material layer molded on the rigid material layer, and a second elastomeric material layer, and the first elastomeric material layer is a different material from the second elastomeric material layer; wherein the first elastomeric material layer has a Shore A durometer hardness of about 20 to about 60 and the second elastomeric material layer has a Shore A durometer hardness of about 60 to about 80; characterized in that the rigid material layer is molded on the core member, and the second elastomeric material layer is molded on the first elastomeric material layer.