mhurhangee/ep-ind-claims huggingface dataset:
An imaging medical device (110, 210, 310), comprising: an elongate shaft (112, 212, 312) having a distal end region; an imaging assembly (122, 222, 322) disposed within the elongate shaft, the imaging assembly including a drive cable (124, 224, 324), a housing (126, 226, 326) coupled to the drive cable, and a transducer (128, 228, 328) coupled to the housing; and a bubble-reducing member (130, 230, 330) disposed adjacent to the drive cable, characterized in that the bubble-reducing member includes a barrier disk with a plurality of openings formed therein. an elongate shaft (112, 212, 312) having a distal end region; an imaging assembly (122, 222, 322) disposed within the elongate shaft, the imaging assembly including a drive cable (124, 224, 324), a housing (126, 226, 326) coupled to the drive cable, and a transducer (128, 228, 328) coupled to the housing; and a bubble-reducing member (130, 230, 330) disposed adjacent to the drive cable, characterized in that the bubble-reducing member includes a barrier disk with a plurality of openings formed therein.
Rubber composition based on at least - a predominant elastomer, the predominant elastomer being selected from the group consisting of polybutadienes, natural or synthetic polyisoprenes and mixtures of these elastomers, - a reinforcing filler, - a crosslinking system - and a crumb rubber, said crumb rubber having a particle size distribution, measured as described in the "Measurement of the particle size" section of the description, such that it comprises less than 25% by mass of particles having a size of less than 50 μm and less than 20% by mass of particles having a size of greater than 100 μm. - a predominant elastomer, the predominant elastomer being selected from the group consisting of polybutadienes, natural or synthetic polyisoprenes and mixtures of these elastomers, - a reinforcing filler, - a crosslinking system - and a crumb rubber, said crumb rubber having a particle size distribution, measured as described in the "Measurement of the particle size" section of the description, such that it comprises less than 25% by mass of particles having a size of less than 50 μm and less than 20% by mass of particles having a size of greater than 100 μm.
A terminal system comprising a device terminal as well as an operator's seat, which can be connected to the device terminal, wherein the device terminal and the operator's seat comprise energy and/or signal coupling parts and mechanical positioning coupling parts, which can be coupled, wherein the energy and/or signal coupling parts and the mechanical positioning coupling parts can be engaged with one another through pushing together the operator's seat and device terminal parallel to the ground, wherein the mechanical positioning coupling parts comprise vertical and horizontal positioning aids (7; 8) for the vertical and horizontal alignment of the operator's seat with the device terminal when pushing together in the coupling direction, wherein the vertical positioning aids and the horizontal positioning aids are separately designed coupling parts (9; 10), wherein the vertical positioning aids comprise a clearance in horizontal direction diagonally to the coupling and uncoupling direction and the horizontal positioning aids comprise a clearance in vertical direction, wherein the vertical positioning aids and the horizontal positioning aids comprise at least two pairs of mutually engageable coupling parts (9; 10), which are spaced from each other diagonal to a median longitudinal plane through the operator's seat and/or through the device terminal, and wherein clamping devices are intended for clamping the operator's seat and device terminal against each other, wherein the clamping devices are assigned to the mechanical positioning coupling parts, wherein the mutually engageable coupling parts (9; 10) are located at edge sections of the connection sections (22, 23) of the operator's seat and the device terminal.
A biogas plant for the production of biogas, comprising: at least one fermenter for the anaerobic bacterial fermentation of biomass according to the solid fermentation method, and a device for the thermal decomposition of straw bales (82, 104, 122, 130) by saturated steam treatment or by thermal pressure hydrolysis, wherein said device (82, 122, 130) is construed for the thermal decomposition for the treatment of straw bales and comprises at least a pressure container with a feeding line and valve and means (112, 114) which are suitable to produce steam at a pressure which is between 20 and 30 bar and a temperature which is between 180°C and 250°C. at least one fermenter for the anaerobic bacterial fermentation of biomass according to the solid fermentation method, and a device for the thermal decomposition of straw bales (82, 104, 122, 130) by saturated steam treatment or by thermal pressure hydrolysis, wherein said device (82, 122, 130) is construed for the thermal decomposition for the treatment of straw bales and comprises at least a pressure container with a feeding line and valve and means (112, 114) which are suitable to produce steam at a pressure which is between 20 and 30 bar and a temperature which is between 180°C and 250°C.
A composition comprising at least one surface active agent and at least one additional therapeutic agent; said composition having a formulation selected from the group consisting of a Formulation A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, and U, as defined in the description and wherein the composition is for use in improving healing of tissue at a site of injury on a subject by increasing oxygenation at the site of injury.
Electromagnetic flowmeter comprising: - at least one measuring tube, - two coil systems diametrically opposed on the measuring tube, wherein the coil systems are interconnected by means of reversing sheets - measuring electrodes designed to measure an induced voltage, and - a plastic housing, consisting of at least two plastic molded parts, wherein at least one plastic molded part forms a housing jacket and a second plastic molded part forms a housing cover (3a, 3b), said housing cover (3a, 3b) surrounding the measuring tube, wherein the housing cover (3a, 3b) has a disk-like design, characterized in that the housing cover (3a, 3b) has at least one groove-shaped support surface, which is designed to support the coil systems on the housing cover (3a, 3b), wherein the coil systems on the housing cover (3a, 3b) are supported on this groove-shaped support surface via the reversing sheets, and in that said groove-shaped support surface is designed to partially accommodate reversing sheets and in that the plastic molded parts are welded together. - at least one measuring tube, - two coil systems diametrically opposed on the measuring tube, wherein the coil systems are interconnected by means of reversing sheets - measuring electrodes designed to measure an induced voltage, and - a plastic housing, consisting of at least two plastic molded parts, wherein at least one plastic molded part forms a housing jacket and a second plastic molded part forms a housing cover (3a, 3b), said housing cover (3a, 3b) surrounding the measuring tube, wherein the housing cover (3a, 3b) has a disk-like design, wherein at least one plastic molded part forms a housing jacket and a second plastic molded part forms a housing cover (3a, 3b), said housing cover (3a, 3b) surrounding the measuring tube, wherein the housing cover (3a, 3b) has a disk-like design,
An access point configured to pair with other access points in a network, the access point comprising: at least two interfaces configured to interface to other access points over a link layer therein using heterogeneous backhaul access technologies; and a memory having machine executable code therein that, when executed by a processor, causes the at least two interfaces to pair with one or more other access points using configuration information stored within the memory, characterised in that the access point maintains a forwarding table that is updated based on dynamically computed interface costs and wherein the access point is configured to forward a data packet receivable at the access point to one of the other access points through one of the at least two interfaces based on the dynamically computed interface costs maintained in the updated forwarding table. at least two interfaces configured to interface to other access points over a link layer therein using heterogeneous backhaul access technologies; and a memory having machine executable code therein that, when executed by a processor, causes the at least two interfaces to pair with one or more other access points using configuration information stored within the memory, characterised in that the access point maintains a forwarding table that is updated based on dynamically computed interface costs and wherein the access point is configured to forward a data packet receivable at the access point to one of the other access points through one of the at least two interfaces based on the dynamically computed interface costs maintained in the updated forwarding table.
A metal microparticle, which includes a nickel element contained therein and comprises a particle main body and a projection sticking out from the particle main body with particle diameter of the particle main body being 5 μm or less, wherein at least one projection among the projections has a shape of tapering-off to a point with an apparent height by an electron microscope being in the range of more than 1/4 to 8/4 or less relative to the particle diameter of the particle main body, the particle main body and the projection are an integral particle comprised of the same material; and, wherein a ratio (d/D) of a crystallite diameter (d) to a particle diameter of the particle main body is 0.02 or more.
An excavator comprising: a lower traveling body; an upper turning body mounted so as to turn with respect to the lower traveling body; a hydraulic pump (12L, 12R) connected to an engine; a front work machine including an end attachment, an arm, and a boom that are driven by hydraulic fluid from the hydraulic pump (12L, 12R); a front work machine orientation detection part configured to detect an orientation of the front work machine; and a control unit configured to control a power of the hydraulic pump (12L, 12R) according to the orientation of the front work machine within a work area surrounded by an upper area (Nup) and a distal end area (Nout), based on a value detected by the front work machine orientation detection part. a lower traveling body; an upper turning body mounted so as to turn with respect to the lower traveling body; a hydraulic pump (12L, 12R) connected to an engine; a front work machine including an end attachment, an arm, and a boom that are driven by hydraulic fluid from the hydraulic pump (12L, 12R); a front work machine orientation detection part configured to detect an orientation of the front work machine; and a control unit configured to control a power of the hydraulic pump (12L, 12R) according to the orientation of the front work machine within a work area surrounded by an upper area (Nup) and a distal end area (Nout), based on a value detected by the front work machine orientation detection part.
A shoe sole comprising a shock absorber (1N, 1N1, 1N2, 1O), the shock absorber (1N, 1N1, 1N2, 1O) including a three-dimensional structure composed of a unit structure repeatedly, regularly and continuously arranged in at least one direction, the unit structure being a three-dimensional shape formed by a wall having an external shape defined by a pair of curved surfaces, the three-dimensional structure being composed of a triply periodic minimal surface with a thickness added thereto, and having a meandering portion which is a portion presenting a cross-sectional shape extending in a meandering manner when the three-dimensional structure is cut along at least a specific plane, the shock absorber (1N, 1N1, 1N2, 1O) further including a reinforcement portion to reinforce a turning point of the meandering portion. the three-dimensional structure being composed of a triply periodic minimal surface with a thickness added thereto, and having a meandering portion which is a portion presenting a cross-sectional shape extending in a meandering manner when the three-dimensional structure is cut along at least a specific plane, the shock absorber (1N, 1N1, 1N2, 1O) further including a reinforcement portion to reinforce a turning point of the meandering portion.
Arrangement for radio transmission of consumption data and/or state data, comprising a consumption meter, a communication module having an antenna for transmitting the consumption data and/or state data of the consumption meter, and at least one antenna structure separate from the antenna, wherein the antenna structure is configured such that it uses the waves emitted by the antenna to generate an electromagnetic field that modifies the emission properties of the arrangement for radio transmission, and the antenna structure is an antenna structure DC-isolated from the antenna and having mechanical mounting means, characterized in that the antenna structure is of meandrous configuration comprising elongate elements arranged in parallel with one another, and the antenna structure is external relative to the communication module.
A method of manufacturing a timepiece component (19; 29), characterized in that it comprises the following steps: • providing (E11; E21) a wafer (11; 21) comprising a single slice (12; 22) comprising a material of the component, notably silicon, diamond, quartz, sapphire or ceramic, said wafer (11; 21) comprising a thickness approximately equal to the maximum thickness of the timepiece component (19; 29) to be manufactured, • optionally first coating the lower surface of said slice with a lower layer of thickness less than or equal to 10 μm • etching (E12 to E14; E22 to E24) said slice (12; 22) of the wafer (11; 21) starting from its upper surface to form at least one timepiece component, said step of etching (E12 to E14; E22 to E24) being performed in the full thickness of the slice (12; 22) of the wafer (11; 21), the whole of the material of the component present in the wafer (11; 21) being used for forming a timepiece component, without any supporting function; • revealing (E15; E25) at least one timepiece component (19; 29), by removing a layer that served as a mask for etching, • and optionally releasing said slice and the at least one etched clock or watch component by removing the lower layer by its dissolution. • providing (E11; E21) a wafer (11; 21) comprising a single slice (12; 22) comprising a material of the component, notably silicon, diamond, quartz, sapphire or ceramic, said wafer (11; 21) comprising a thickness approximately equal to the maximum thickness of the timepiece component (19; 29) to be manufactured, • optionally first coating the lower surface of said slice with a lower layer of thickness less than or equal to 10 μm • etching (E12 to E14; E22 to E24) said slice (12; 22) of the wafer (11; 21) starting from its upper surface to form at least one timepiece component, said step of etching (E12 to E14; E22 to E24) being performed in the full thickness of the slice (12; 22) of the wafer (11; 21), the whole of the material of the component present in the wafer (11; 21) being used for forming a timepiece component, without any supporting function; • revealing (E15; E25) at least one timepiece component (19; 29), by removing a layer that served as a mask for etching, • and optionally releasing said slice and the at least one etched clock or watch component by removing the lower layer by its dissolution.
A molding system comprising: a manifold plate for mounting to a stationary platen of an injection molding machine a core plate for mounting to a moveable platen of the injection molding machine; a plurality of cavity inserts releasably attached to said manifold plate; a plurality of core inserts releasably attached to said core plate; said plurality of core inserts, said plurality of cavity inserts, and a plurality of molded article strippers together defining a plurality of mold cavities; a hot runner system disposed within said manifold plate for delivering a melt-stream of moldable material from the injection molding machine to said plurality of mold cavities; and said plurality of molded article strippers releasably attached to a stripper plate assembly for removing molded articles from said core inserts; characterized in that said stripper plate assembly including: a main stripper plate, and a stripper plate panel (152,154) attached to said main stripper plate and outwardly moveable between a closed position and an open position relative to said main stripper plate, said closed position being an operational position, and said open position permitting removal of said core inserts from said core plate. a manifold plate for mounting to a stationary platen of an injection molding machine a core plate for mounting to a moveable platen of the injection molding machine; a plurality of cavity inserts releasably attached to said manifold plate; a plurality of core inserts releasably attached to said core plate; said plurality of core inserts, said plurality of cavity inserts, and a plurality of molded article strippers together defining a plurality of mold cavities; a hot runner system disposed within said manifold plate for delivering a melt-stream of moldable material from the injection molding machine to said plurality of mold cavities; and said plurality of molded article strippers releasably attached to a stripper plate assembly for removing molded articles from said core inserts; a main stripper plate, and a stripper plate panel (152,154) attached to said main stripper plate and outwardly moveable between a closed position and an open position relative to said main stripper plate, said closed position being an operational position, and said open position permitting removal of said core inserts from said core plate.
An exhaust gas treating system for a gasoline engine, comprising an exhaust gas manifold comprising an annular reforming catalyst mounted within an annular housing and fuel supply means in direct fluid connection with the catalyst, an outlet (10, 11) for reformed fuel products in direct fluid connection with the catalyst, and means to permit a proportion of the engine-out exhaust gases to enter the annular catalyst to mix with fuel from the fuel supply means and to pass through the catalyst, the annular housing being located such that hot engine-out exhaust gases can flow around and through the centre of the housing, such that heat is transferred from the exhaust gases to the catalyst within the housing.
A computer-implemented method of generating, from variable data stored in a data store, page-oriented data output for printing dynamic documents, the method comprising: linking a layout module (13, 33, 45, 46) in series with one or more data processing modules (32, 43, 44, 121, 122) to a data input module (11, 31, 41, 42); loading the variable data by the data input module (11, 31, 41, 42) from the data store into local memory; passing (S6a, S6c, S6e, S8a, S8d, S8f, S13a, S13d, S13g) the variable data by reference from the data input module (11, 31, 41, 42) through the data processing modules (32, 43, 44, 121, 122) to the layout module (13, 33, 45, 46), using in each case a pointer to the variable data loaded in the local memory, the data processing modules (32, 43, 44, 121, 122) reading (S8c, S13c, S13f) a data field (F1, F2, F31, F32, F4, F5) from the variable data in the local memory only in cases where the data field is configured to be processed by the respective data processing module (32, 43, 44, 121, 122), and in such cases the respective data processing module (32, 43, 44, 121, 122) generating pre-processed variable data from the data field; and generating the page-oriented data output by the layout module (13, 33, 45, 46) from pre-processed variable data and variable data loaded by the data input module (11, 31, 41, 42), using in each case the respective pointer received from the data processing module (32, 43, 44, 121, 122) linked to the layout module (13, 33, 45, 46). linking a layout module (13, 33, 45, 46) in series with one or more data processing modules (32, 43, 44, 121, 122) to a data input module (11, 31, 41, 42); loading the variable data by the data input module (11, 31, 41, 42) from the data store into local memory; passing (S6a, S6c, S6e, S8a, S8d, S8f, S13a, S13d, S13g) the variable data by reference from the data input module (11, 31, 41, 42) through the data processing modules (32, 43, 44, 121, 122) to the layout module (13, 33, 45, 46), using in each case a pointer to the variable data loaded in the local memory, the data processing modules (32, 43, 44, 121, 122) reading (S8c, S13c, S13f) a data field (F1, F2, F31, F32, F4, F5) from the variable data in the local memory only in cases where the data field is configured to be processed by the respective data processing module (32, 43, 44, 121, 122), and in such cases the respective data processing module (32, 43, 44, 121, 122) generating pre-processed variable data from the data field; and generating the page-oriented data output by the layout module (13, 33, 45, 46) from pre-processed variable data and variable data loaded by the data input module (11, 31, 41, 42), using in each case the respective pointer received from the data processing module (32, 43, 44, 121, 122) linked to the layout module (13, 33, 45, 46).
Dishwasher, having an upper basket arranged in an upper region of a washing container for accommodating items requiring to be washed, wherein the upper basket contains an in particular approximately horizontal floor wall and an in particular approximately vertical side wall that circumferentially bounds it and projects upwards, wherein the upper basket has a static first partial region and a second partial region that can be translationally displaced between at least two positions (A-C) relative to the first partial region and parallel to the extent of the floor wall of the upper basket, wherein the second partial region of the upper basket contains a section of the floor wall of the upper basket, and wherein the second partial region of the upper basket exposes an opening in the floor wall of the upper basket in at least one position (A-C), characterised in that a spraying device is assigned to the upper basket, in particular a rotatably mounted spray arm or an upper-basket spray, that is co-movably coupled to the second partial region of the upper basket.