mhurhangee/ep-ind-claims huggingface dataset:
Hand-held electric polishing or sanding power tool comprising an elongated tool housing (16, 24, 28), in which an electric motor is accommodated, and a moveable backing plate protruding externally from the tool housing (16, 24, 28), wherein the electric motor is adapted to actuate the backing plate, the backing plate thereby performing a rotational, random-orbital, orbital or gear-driven working movement in its plane of extension, wherein a bottom surface of the backing plate is adapted to detachably hold a polishing or sanding member, and wherein the tool housing has a rear part (24, 28) adapted and formed to be gripped by a hand of a user of the power tool thereby holding the power tool during its intended use and a tubular front part from which the backing plate protrudes, the front part having a smaller diameter than the rear part (24, 28) and being attached to the rear part (24, 28), characterized in that at least part of the electric motor is accommodated in the tubular front part of the tool housing. wherein the electric motor is adapted to actuate the backing plate, the backing plate thereby performing a rotational, random-orbital, orbital or gear-driven working movement in its plane of extension, wherein a bottom surface of the backing plate is adapted to detachably hold a polishing or sanding member, and wherein the tool housing has a rear part (24, 28) adapted and formed to be gripped by a hand of a user of the power tool thereby holding the power tool during its intended use and a tubular front part from which the backing plate protrudes, the front part having a smaller diameter than the rear part (24, 28) and being attached to the rear part (24, 28), characterized in that at least part of the electric motor is accommodated in the tubular front part of the tool housing.
An expanded polymeric material which consists of at least 300 phr, but less than 1200 phr ingredients in total, comprising 100 phr of at least one polymer, of which at least 60 phr is chlorinated polyethylene.
A tire cord comprising: a fiber having a composition including a polymer and graphene sheets having a surface area of from 100 m 2 /g to 2630 m 2 /g, wherein the fiber was subjected to a drawing process subsequent to a spinning process and the fiber has an average diameter of 1 μm to 1.5mm. a fiber having a composition including a polymer and graphene sheets having a surface area of from 100 m 2 /g to 2630 m 2 /g, wherein the fiber was subjected to a drawing process subsequent to a spinning process and the fiber has an average diameter of 1 μm to 1.5mm.
Power lift for an agricultural tractor, having a supporting structure which is able to be mounted on the agricultural tractor and to which left-hand and right-hand lower links (18, 20) and a central upper link are attached in a pivotably movable manner, wherein both the lower links (18, 20) and the upper link have associated coupling elements (24, 26, 28) for attaching an agricultural attachment, wherein the two lower links (18, 20) are coupled together in a rotatable manner via a lifting shaft that is aligned with a lower-link pivot axis and can be pivoted jointly about the lower-link pivot axis with respect to the supporting structure by means of an actuating element (42, 44) extending between at least one of the lower links (18, 20) and a support point (46, 48) of the supporting structure, wherein the actuating element (42, 44) is a hydraulic lifting cylinder (52, 54) which is articulated to the lower link (18, 20) by a lower end and to the support point (46, 48) of the supporting structure by an upper end, characterized in that support point (46, 48) is configured in the form of a boom-shaped retaining leg (74, 76) that is attached to a top side of the differential housing and on which the hydraulic lifting cylinder (52, 54) is mounted with its upper end.
A system for sustaining a continuous detonation wave comprising: an annular combustion chamber, an injector having a geometry selected for intimately mixing at least two propellants; and a transient plasma system disposed relative to the combustion chamber; characterised in that said transient plasma system sustains a spinning detonation wave by generating low energy high voltage pulses within said annular combustion chamber. an annular combustion chamber, an injector having a geometry selected for intimately mixing at least two propellants; and a transient plasma system disposed relative to the combustion chamber; characterised in that said transient plasma system sustains a spinning detonation wave by generating low energy high voltage pulses within said annular combustion chamber.
A coupling arrangement for a frame of a gas turbine engine, the coupling arrangement comprising: a service line between a first frame case (62,64) and a second frame case (62,64), the first frame case (62,64) defining a frame axis; a flange coupled to the service line defining a first axis and abutting the first frame case (62,64); and a capture plate coupled to the service line defining a second axis and abutting the second frame case (62,64); characterized in that: the first axis is offset relative to the second axis in an axial direction relative to the frame axis such that the service line is pre-loaded. a service line between a first frame case (62,64) and a second frame case (62,64), the first frame case (62,64) defining a frame axis; a flange coupled to the service line defining a first axis and abutting the first frame case (62,64); and a capture plate coupled to the service line defining a second axis and abutting the second frame case (62,64); characterized in that: the first axis is offset relative to the second axis in an axial direction relative to the frame axis such that the service line is pre-loaded.
A method for producing a polysilane, comprising the step of regenerating (i) at least two silane monomers and (ii) at least one alkali metal, wherein the silane monomers contain the following structural units: at least one aryl group, at least one alkyl group, at least one alkenyl group as well as at least three halogen atoms, wherein at least three of the halogen atoms are bound to a silicon atom of one of the silane monomers. at least one aryl group, at least one alkyl group, at least one alkenyl group as well as at least three halogen atoms, wherein at least three of the halogen atoms are bound to a silicon atom of one of the silane monomers.
A Trichoderma filamentous fungal cell comprising at least one endogenous protease having reduced or no protease activity, and a recombinant polynucleotide encoding a heterologous polypeptide, wherein the cell has reduced or no protease activity of endogenous amp2 protease of SEQ ID NO:775, and wherein the production level of the heterologous polypeptide is at least two-fold higher than the production level of the same polypeptide as produced in a corresponding parental filamentous fungal cell in which the amp2 protease does not have the reduced activity.
Set made of a hollow body which comprises an inlet opening for the entry of an air stream to be purified and an outlet opening for the outlet of the purified air stream, and multiple purifying substructures for purifying the air stream by a deposition of particles and/or for a filtration of the airstream, which purifying substructures include deposition structures for purifying an airstream, wherein the deposition structures encompass at least two impact walls which are successive in the direction of the airstream, which are provided with openings, wherein the purifying substructures are successively arrangeable in the hollow body in the direction of the airstream, characterized in that at least two different combinations of purifying substructures are arrangeable in the hollow body, that the deposition structures, by the size of the openings, are matched to the deposition of particles of a different size, and that the deposition structures are provided in different thicknesses (100, 200, 300).
A PCV system for an internal combustion engine, comprising: a PCV path that allows a crankcase of an internal combustion engine and an intake passage of the internal combustion engine to communicate with each other, and allows blowby gas in the crankcase to pass therethrough; a bypass passage that is connected in parallel to the PCV path; a valve that is provided between the PCV path and the bypass passage, and changes a flow path of the blowby gas between the PCV path and the bypass passage; a separator that is provided in the bypass passage; and control means that controls the valve so that the blowby gas can flow into the bypass passage when the internal combustion engine is operated in a predetermined high load range, pressure detecting means that detects pressure in an inside of the crankcase, wherein the control means includes bypass control means that controls the valve so that the blowby gas can flow into the PCV path side when the pressure detected by the pressure detecting means is a predetermined value or more, in a case in which the valve is controlled so that the blowby gas flows to the bypass passage, characterized in that the control means further includes enriching means that makes an air-fuel ratio of the internal combustion engine rich in a case of performing the control by the bypass control means. a PCV path that allows a crankcase of an internal combustion engine and an intake passage of the internal combustion engine to communicate with each other, and allows blowby gas in the crankcase to pass therethrough; a bypass passage that is connected in parallel to the PCV path; a valve that is provided between the PCV path and the bypass passage, and changes a flow path of the blowby gas between the PCV path and the bypass passage; a separator that is provided in the bypass passage; and control means that controls the valve so that the blowby gas can flow into the bypass passage when the internal combustion engine is operated in a predetermined high load range, pressure detecting means that detects pressure in an inside of the crankcase, wherein the control means includes bypass control means that controls the valve so that the blowby gas can flow into the PCV path side when the pressure detected by the pressure detecting means is a predetermined value or more, in a case in which the valve is controlled so that the blowby gas flows to the bypass passage, characterized in that the control means further includes enriching means that makes an air-fuel ratio of the internal combustion engine rich in a case of performing the control by the bypass control means.
Process for manufacturing a makeup and/or care solid cosmetic composition in the form of a compact powder, comprising, in a physiologically acceptable medium, at least: - one pulverulent phase in an amount of greater than or equal to 35% by weight relative to the total weight of the composition, wherein the said pulverulent phase comprises a filler and a colouring agent chosen from nacres, pigments and reflective particles, and mixtures thereof; - one organopolysiloxane elastomer, - one emulsifying system which is at least one non-ionic surfactant with an HLB of less than 8 at 25°C, - one hydrophilic gelling agent chosen from i) clays; and ii) polymeric thickeners selected from optionally modified polymers of natural origin; and mixtures thereof. - one organic non-volatile oil present in a content of greater than or equal to 1% by weight relative to the total weight of the composition; wherein the said non-volatile oil is chosen from hydrocarbon-based and silicone non-volatile oils, and a mixture thereof; the said process comprising the following steps: - injection into a mould, preferably via its base, of an intermediate composition as above defined and comprising an aqueous phase present in a content ranging from 30% to 50% by weight relative to the total weight of the composition, and - removal of the aqueous phase from the said intermediate composition, preferably at least partly simultaneously with the said injection step. - one pulverulent phase in an amount of greater than or equal to 35% by weight relative to the total weight of the composition, wherein the said pulverulent phase comprises a filler and a colouring agent chosen from nacres, pigments and reflective particles, and mixtures thereof; - one organopolysiloxane elastomer, - one emulsifying system which is at least one non-ionic surfactant with an HLB of less than 8 at 25°C, - one hydrophilic gelling agent chosen from i) clays; and ii) polymeric thickeners selected from optionally modified polymers of natural origin; and mixtures thereof. i) clays; and ii) polymeric thickeners selected from optionally modified polymers of natural origin; and mixtures thereof. - one organic non-volatile oil present in a content of greater than or equal to 1% by weight relative to the total weight of the composition; wherein the said non-volatile oil is chosen from hydrocarbon-based and silicone non-volatile oils, and a mixture thereof; the said process comprising the following steps: - injection into a mould, preferably via its base, of an intermediate composition as above defined and comprising an aqueous phase present in a content ranging from 30% to 50% by weight relative to the total weight of the composition, and - removal of the aqueous phase from the said intermediate composition, preferably at least partly simultaneously with the said injection step.
An electromagnetic actuator for a surgical or medical instrument comprising a tubular shaft, in which a cylindrical stator is arranged with a movable element in the stator, wherein the stator has at least two annular, axially magnetised permanent magnets (20, 21) and at least two coils (26, 27) for generating an electromagnetic field, and the movable element is formed as a rotor arranged in a sliding tube, wherein the permanent magnets (20, 21) are arranged around the sliding tube in such a way that a magnetic south pole of the one permanent magnet (20, 21) faces a magnetic north pole of the other permanent magnet (20, 21), characterised in that a diode (35, 36) is in each case connected upstream of each coil (26. 27), which are oriented differently such that the passage directions of the diodes (35, 36) are reversed with respect to the coils (26, 27), and wherein the coils (26, 27) are set up such that they can be activated separately, wherein the coils (26, 27) are set up such that they can be operated with an alternating pulse of electromagnetic energy.
Packing film with antioxidant effects, especially for foodstuffs, characterized by the fact that it is made up of at least one polymer carrier layer, based on a one-layer PP film of thickness 0.040 to 0.100 mm, or on a two-layer film with an A/B structure, with an overall thickness of 0.040 to 0.100 mm and a thickness ratio of individual layers of 4:1, where layer A is made up of a PP polymer layer and where layer B is an EVA co-polymer layer, which on the side of the packaged product, on one side of the said one-layer film, or on the surface of said layer B, respectively, has a layer of printing paint containing 10 to 30 % by weight of antioxidant additive based on active iron, spread at after drying 1 to 2.5 g/m 2, covered by a layer of printing paint permeable to oxygen containing 15 to 30 % by weight of micronized limestone spread at after drying 0.5 to 2.0 g/m 2.
A method for receiving a physical downlink shared channel, PDSCH, signal by a user equipment, UE, in a wireless communication system supporting a coordinated multi-point, CoMP, operation, the method comprising: determining (S1220, S1230, S1240) a start symbol index of the PDSCH in a downlink subframe; and receiving the PDSCH signal based on the start symbol index, wherein the PDSCH is scheduled by downlink control information, DCI, received through a physical downlink control channel, PDCCH, or an enhanced PDCCH, EPDCCH, and characterized in that, wherein when the DCI is configured according to DCI format 1A, and the downlink subframe is a non-Multicast Broadcast Single Frequency Network, MBSFN, subframe, the UE determines (S1220, S1230, S1240) the start symbol index of the PDSCH considering whether the DCI has been received through the PDCCH or the EPDCCH, and wherein when the DCI is configured according to the DCI format 1A, the DCI is received through the EPDCCH and the downlink subframe is the non-MBSFN subframe, the start symbol index determined for the PDSCH equals to an EPDCCH start symbol value for the EPDCCH. determining (S1220, S1230, S1240) a start symbol index of the PDSCH in a downlink subframe; and receiving the PDSCH signal based on the start symbol index, wherein the PDSCH is scheduled by downlink control information, DCI, received through a physical downlink control channel, PDCCH, or an enhanced PDCCH, EPDCCH, and characterized in that, wherein when the DCI is configured according to DCI format 1A, and the downlink subframe is a non-Multicast Broadcast Single Frequency Network, MBSFN, subframe, the UE determines (S1220, S1230, S1240) the start symbol index of the PDSCH considering whether the DCI has been received through the PDCCH or the EPDCCH, and wherein when the DCI is configured according to the DCI format 1A, the DCI is received through the EPDCCH and the downlink subframe is the non-MBSFN subframe, the start symbol index determined for the PDSCH equals to an EPDCCH start symbol value for the EPDCCH.
A method for processing particular foam material for producing a particular foam part, comprising: - generating a first process fluid flow passing through two tool elements (2.1, 2.2), wherein the first process fluid flow flows through at least one opening (2.1.3) of a first tool element (2.1) into the mold tool cavity (2.3) and flows out of the mold tool cavity (2.3) via at least one opening (2.2.3) of a second tool element (2.2); and - generating a second process fluid flow, wherein the second process fluid flow flows into the second tool element (2.2) via at least one opening (2.2.1) of the second tool element (2.2) and flows out of the second tool element (2.2) via at least one opening (2.2.2) of the second tool element (2.2), wherein the first and the second process fluid flow (P1, P2) differ in at least one flow parameter affecting the flow properties, characterized in that the first and second process fluid flows (P1, P2) simultaneously through the mold cavity (2.3). - generating a first process fluid flow passing through two tool elements (2.1, 2.2), wherein the first process fluid flow flows through at least one opening (2.1.3) of a first tool element (2.1) into the mold tool cavity (2.3) and flows out of the mold tool cavity (2.3) via at least one opening (2.2.3) of a second tool element (2.2); and - generating a second process fluid flow, wherein the second process fluid flow flows into the second tool element (2.2) via at least one opening (2.2.1) of the second tool element (2.2) and flows out of the second tool element (2.2) via at least one opening (2.2.2) of the second tool element (2.2), wherein the first and the second process fluid flow (P1, P2) differ in at least one flow parameter affecting the flow properties, characterized in that the first and second process fluid flows (P1, P2) simultaneously through the mold cavity (2.3).
A discrimination calculation apparatus configured to discriminate an object in discrimination target image data, comprising: feature calculation means configured to sequentially perform a product-sum operation on features (403a-403c, 405a-405b, 407) of discrimination target image data, for determining an object, for respective hierarchical layers of a hierarchical neural network; the apparatus further comprises: discrimination calculation means configured to sequentially perform a linear discrimination calculation at a target layer on the discrimination target image data using a feature (403a-403c, 405a-405b, 407) of a target layer that has been processed through the product-sum operation by the feature calculation means, and a result of the linear discrimination calculation from the preceding layer of the target layer; holding means (12, 14, 201) configured to hold (S603, S606) the result of the linear discrimination calculation from the preceding layer of the target layer and the feature (403a-403c, 405a-405b, 407) of the target layer that has been processed through the product-sum operation by the feature calculation means; and control means configured to control the discrimination calculation means to perform the linear discrimination calculation. discrimination calculation means configured to sequentially perform a linear discrimination calculation at a target layer on the discrimination target image data using a feature (403a-403c, 405a-405b, 407) of a target layer that has been processed through the product-sum operation by the feature calculation means, and a result of the linear discrimination calculation from the preceding layer of the target layer; holding means (12, 14, 201) configured to hold (S603, S606) the result of the linear discrimination calculation from the preceding layer of the target layer and the feature (403a-403c, 405a-405b, 407) of the target layer that has been processed through the product-sum operation by the feature calculation means; and control means configured to control the discrimination calculation means to perform the linear discrimination calculation.
A method for controlling aircraft engine nozzle flow, comprising: generating a first flow of gas with a jet engine; delivering the first flow through a nozzle having a trailing edge perimeter including multiple projections extending in an aft direction, wherein the projections have a generally triangular shape with a tip region positioned aft of a base region; and directing a second flow of fluid into the first flow at least proximate to the projections, characterised in that: injecting the second flow includes injecting the second flow in a streamwise direction at a position axially aligned with the tip region; and injecting the second flow includes injecting the second flow at a position downstream of the tip region. generating a first flow of gas with a jet engine; delivering the first flow through a nozzle having a trailing edge perimeter including multiple projections extending in an aft direction, wherein the projections have a generally triangular shape with a tip region positioned aft of a base region; and directing a second flow of fluid into the first flow at least proximate to the projections, characterised in that: injecting the second flow includes injecting the second flow in a streamwise direction at a position axially aligned with the tip region; and injecting the second flow includes injecting the second flow at a position downstream of the tip region. injecting the second flow includes injecting the second flow in a streamwise direction at a position axially aligned with the tip region; and injecting the second flow includes injecting the second flow at a position downstream of the tip region.
Roll locking device, which axially locks the axially displaceable rolls of hot rolling mills, Steckel rolling mills, heavy-plate rolling mills, particularly of four-high roll stands, for the rolling operation and transmission of the forces required for the axial displacement, without obstructing vertical movability of the rolls, and which unlocks the rolls again in the case of a roll change, wherein the drive spindle heads (19, 20) are held in vertical direction on the drive side of the rolls by a drive spindle head holder, characterised in that the roll locking device and the drive spindle head holder are combined with one another to form a compact constructional unit, comprising a pivot lock (12, 13), which is arranged to be rotatable coaxially about the axial displacement cylinders (17, 18) and which during the rolling operation is pivoted in for locking and is pivoted out for unlocking, wherein during pivotation out of the pivot lock a lateral support arm, which is part of the pivot lock (12, 13), is at the same time pivoted in as a support for the drive spindle head (19, 20).