mhurhangee/ep-ind-claims huggingface dataset:
A dressing for use in treating a tissue site with negative pressure, the dressing comprising: a manifold having a first side configured to face the tissue site, a second side opposite the first side, a thickness between the first side and the second side, a first portion, and a second portion; and a spacer fabric extending between the first portion and the second portion, the spacer fabric comprising: a first layer coupled to the first portion; a second layer coupled to the second portion; and a spacer layer extending between the first layer and the second layer; wherein the first layer and the second layer are perpendicular to the first side of the manifold. a manifold having a first side configured to face the tissue site, a second side opposite the first side, a thickness between the first side and the second side, a first portion, and a second portion; and a spacer fabric extending between the first portion and the second portion, the spacer fabric comprising: a first layer coupled to the first portion; a second layer coupled to the second portion; and a spacer layer extending between the first layer and the second layer; a first layer coupled to the first portion; a second layer coupled to the second portion; and a spacer layer extending between the first layer and the second layer; wherein the first layer and the second layer are perpendicular to the first side of the manifold.
An image display apparatus (10,110,210), the apparatus comprising a backing panel (12,112,212); one or more first raised portions (14,114,214) located upon the backing panel, each first raised portion having an upper surface (44,144) upon which is secured an image (20,120,220) for display, the image extending to at least an edge of the first raised portion; one or more second raised portions (16,116) located upon the backing panel, each second raised portion having an upper surface (27,127) upon which is secured a mounting panel (18,118,218), each mounting panel having at least one inner edge (24,124) arranged to surround a perimeter of each first raised portion such that each image is located within and spaced apart from a mounting panel to create a gap (30,130,230) therebetween; and the backing panel extends beyond an outer edge (25,125) of the mounting panel so that a perimeter of the backing panel is exposed around the mounting panel to frame the mounting panel.
A bogie, wherein the bogie comprises: a framework, a wheel pair connected to the framework, a braking hanger fixed to the framework, a hanger slider configured to be fixedly connected to a vehicle wheel braking clamp, wherein the hanger slider is connected to the braking hanger, characterised in that it comprises a transmission member, wherein said transmission member is connected to the hanger slider, a first end of the transmission member extends to a side surface of a vehicle wheel in the wheel pair, and the transmission member is configured to drive the hanger slider to move along a transverse direction with respect to the braking hanger when the first end is subjected to a thrust applied in the transverse direction by the vehicle wheel, so that the vehicle wheel braking clamp moves to a position corresponding to the vehicle wheel.
Mounting for a radar of a vehicle comprising a main element and a receiving element, the main element comprising two parts (16, 17), the first part being capable of cooperating with the receiving element arranged at the front of the vehicle, the second part being capable of cooperating with the radar, characterized in that the two parts (16, 17) of the main element are joined by at least one retractable lug (18, 19, 20) comprising at least one fold line.
A hot-gas regulating valve, especially exhaust regulating valve, with a housing and a shut-off element arranged on a valve stem, wherein the valve stem is mounted on the housing side and when the shut-off element is actuated performs a rotary movement, and wherein at least one housing-side valve bearing is provided, characterised in that in the region of the housing at least one scraping edge which faces the valve stem and ends close to the surface of the valve stem is present for scraping off deposits located on that portion of the valve stem which is exposed to the hot gas in the extended state of the valve stem, wherein the at least one scraping edge is arranged parallel or obliquely to the longitudinal axis of the valve stem, in that the valve bearing has a bush portion pointing to the shut-off element, which has at least one radially continuous slot, the radially inside edge of which forms the scraping edge, in that the valve bearing on the side remote from the shut-off element has a portion in which a cylindrical cutout which faces the valve stem is provided in order to minimise any increase in friction as a result of deposits, and in that the valve bearing towards the shut-off element is surrounded radially by a housing-side heat shield.
Organic rankine cycle turbogenerator for an ORC working medium and a condensate of this ORC working medium in an axial arrangement with a generator section and turbine section, wherein the generator section has a stator casing which is sealed and pressure-tight with respect to the surroundings and has a rotor space which is open in the direction of the outlet steam space of the turbine section, characterized in that at least one sliding bearing which is lubricated by the condensate of the ORC working medium is provided for supporting the generator shaft, wherein the generator shaft has at least one sliding bearing drilled hole which is connected to a central drilled hole in the interior of the generator shaft and feeds the condensate from the central drilled hole into the sliding bearing, wherein a rotor of the generator section has this central drilled hole with a cooling pipe which is positioned upright within the drilled hole and introduces the condensate.
A method of establishing a voice call, comprising: at a first wireless communication device capable of voice communication in a first mode and a second mode, establishing a connection to a second wireless communication device capable of communication in said first mode and said second mode by: receiving an input of a first mode identity for said second wireless communication device; presenting a dialog box on a display of said first wireless communication device providing an option to complete said voice call as a first mode call or to complete said voice call as a second mode call; upon receiving a selection of said option to complete said voice call as a second mode call, attempting to obtain a second mode identity for said second wireless communication device; if said second mode identity for said second wireless communication device is obtained, initiating said voice call as a second mode call to said second mode identity; and upon receiving a selection of said option to complete said voice call as a first mode call, initiating said voice call as a first mode call to said first mode identity. at a first wireless communication device capable of voice communication in a first mode and a second mode, establishing a connection to a second wireless communication device capable of communication in said first mode and said second mode by: receiving an input of a first mode identity for said second wireless communication device; presenting a dialog box on a display of said first wireless communication device providing an option to complete said voice call as a first mode call or to complete said voice call as a second mode call; upon receiving a selection of said option to complete said voice call as a second mode call, attempting to obtain a second mode identity for said second wireless communication device; if said second mode identity for said second wireless communication device is obtained, initiating said voice call as a second mode call to said second mode identity; and upon receiving a selection of said option to complete said voice call as a first mode call, initiating said voice call as a first mode call to said first mode identity. receiving an input of a first mode identity for said second wireless communication device; presenting a dialog box on a display of said first wireless communication device providing an option to complete said voice call as a first mode call or to complete said voice call as a second mode call; upon receiving a selection of said option to complete said voice call as a second mode call, attempting to obtain a second mode identity for said second wireless communication device; if said second mode identity for said second wireless communication device is obtained, initiating said voice call as a second mode call to said second mode identity; and upon receiving a selection of said option to complete said voice call as a first mode call, initiating said voice call as a first mode call to said first mode identity.
A composition for production of a metal film of copper, silver or indium, which comprises a high-valent compound of copper, silver or indium, a linear, branched or cyclic C 1-18 alcohol and a Group VIII metal catalyst; wherein the high-valent compound of copper, silver or indium is copper oxide, copper oxide, copper nitride, indium oxide, silver oxide or silver carbonate; wherein the alcohol is 1,3-butanediol, 2,4-pentanediol, 2-propanol, cyclohexanol, ethylene glycol, 1,3-propanediol, 1,4-cyclohexanediol or glycerin; wherein the Group VIII metal catalyst is a metal catalyst containing ruthenium, rhodium or iridium.
A method for establishing communications between called and calling users, each associated with at least one personal identifier, and each having at least one communication terminal, each communication terminal of the calling user being logically linked to a first communication device, and each communication terminal of the called user being logically linked to a second communication device, and all of those terminals enabling a plurality of communication modes between those two users; said method consisting, in the event of a request to establish communication between a calling user and a called user, of exchanging information between the first communication device and the second communication device, prior to the establishment of a communication, and being characterized in that, if the called user accepts the establishment of a communication: - the second communication device determines each terminal, of the called user, that would enable the establishment of the requested communication; - next, the second communication device sends to the first communication device a terminal identifier for each terminal determined in this way; - and the first communication device then selects, from among the identifiers that it receives, at least one terminal identifier of the called user, if there is a plurality of potential choices; and then initiates the establishing of a communication between at least one terminal of the calling user, and at least one terminal, of the called user, corresponding to an identifier that it has selected. - the second communication device determines each terminal, of the called user, that would enable the establishment of the requested communication; - next, the second communication device sends to the first communication device a terminal identifier for each terminal determined in this way; - and the first communication device then selects, from among the identifiers that it receives, at least one terminal identifier of the called user, if there is a plurality of potential choices; and then initiates the establishing of a communication between at least one terminal of the calling user, and at least one terminal, of the called user, corresponding to an identifier that it has selected.
A monopropellant thruster, comprising: a first part having a catalyst bed, a thrust chamber, and a nozzle, wherein the first part is integrally formed via a single additive manufacturing process; and a second part, wherein the second part is a closeout, characterized in that the first part further includes an outer body of the thruster and a feed tube. a first part having a catalyst bed, a thrust chamber, and a nozzle, wherein the first part is integrally formed via a single additive manufacturing process; and a second part, wherein the second part is a closeout, characterized in that the first part further includes an outer body of the thruster and a feed tube.
A process for the preparation of a polyurea-based core-shell microcapsule slurry comprising the steps of: 1) admixing a hydrophobic active ingredient with at least one polyisocyanate having at least three isocyanate functional groups to form an oil phase, provided that the oil phase is essentially free from diisocyanate; 2) dissolving an ionic or non-ionic emulsifier in water to form a water phase, wherein the ionic emulsifier is chosen in the group consisting of gum Arabic, carboxymethyl cellulose, soy protein, sodium caseinate, gelatin, bovine serum albumin, sugar beet pectin, hydrolyzed soy protein, hydrolyzed sericin, Pseudo collagen, Biopolymer SA-N, Pentacare-NA PF, and mixtures thereof and wherein the non-ionic emulsifier is chosen in the group consisting of polyvinyl alcohol, modified polyvinyl alcohol, modified starch, modified cellulose, polysaccharides and mixtures thereof; 3) adding the oil phase to the water phase to form an oil-in-water dispersion; 4) applying conditions sufficient to induce interfacial polymerisation and form microcapsules in form of a slurry; said process being characterized in that: - the at least one polyisocyanate having at least three isocyanate functional groups is present in an amount comprised between 1 and 15 wt% of the oil phase, - no substantial amount of amine or polyamine is added at any stage of the process, and - it does not comprise a further step of adding a cationic polymer to form an outer coating to the microcapsule. 1) admixing a hydrophobic active ingredient with at least one polyisocyanate having at least three isocyanate functional groups to form an oil phase, provided that the oil phase is essentially free from diisocyanate; 2) dissolving an ionic or non-ionic emulsifier in water to form a water phase, wherein the ionic emulsifier is chosen in the group consisting of gum Arabic, carboxymethyl cellulose, soy protein, sodium caseinate, gelatin, bovine serum albumin, sugar beet pectin, hydrolyzed soy protein, hydrolyzed sericin, Pseudo collagen, Biopolymer SA-N, Pentacare-NA PF, and mixtures thereof and wherein the non-ionic emulsifier is chosen in the group consisting of polyvinyl alcohol, modified polyvinyl alcohol, modified starch, modified cellulose, polysaccharides and mixtures thereof; 3) adding the oil phase to the water phase to form an oil-in-water dispersion; 4) applying conditions sufficient to induce interfacial polymerisation and form microcapsules in form of a slurry; - the at least one polyisocyanate having at least three isocyanate functional groups is present in an amount comprised between 1 and 15 wt% of the oil phase, - no substantial amount of amine or polyamine is added at any stage of the process, and - it does not comprise a further step of adding a cationic polymer to form an outer coating to the microcapsule.
Arrangement for electricity grid data conversion and stabilization by grid users and/or grid infeed devices at a reference user and/or infeed device grid node without requiring central or regional grid control, wherein a) measurement devices for detecting the current grid state data of voltage or voltage and frequency are arranged at the respective grid node (3, 4), b) a device for "grid state data measurement with clock" for outputting the grid state data for clocked determination of a stability coefficient as characteristic variable of a setpoint value deviation is present as measurement device, c) a grid state evaluation logic circuit for determining setpoint value deviations of the grid state data from a prescribed setpoint value and for evaluating the setpoint value deviations in the form of the stability coefficient is arranged downstream of the measurement devices, d) an electric meter for determining the amount of electricity drawn or fed in is arranged downstream of a central grid node of a local economic unit, e) a computer for "amount and unit of value determination" and for weighting the determined amount of electricity using the clocked stability coefficient for determining short-term units of value WKN is arranged downstream of the electric meter, f) a billing sum memory for summing and storing the short-term units of value WKN as a billing time value sum is arranged downstream, characterized in that g) a converter control unit is present as a control unit for operating local converters (18, 19, 20) at power consumer devices for reference and/or electricity infeed installations for infeed depending on the stability coefficient. a) measurement devices for detecting the current grid state data of voltage or voltage and frequency are arranged at the respective grid node (3, 4), b) a device for "grid state data measurement with clock" for outputting the grid state data for clocked determination of a stability coefficient as characteristic variable of a setpoint value deviation is present as measurement device, c) a grid state evaluation logic circuit for determining setpoint value deviations of the grid state data from a prescribed setpoint value and for evaluating the setpoint value deviations in the form of the stability coefficient is arranged downstream of the measurement devices, d) an electric meter for determining the amount of electricity drawn or fed in is arranged downstream of a central grid node of a local economic unit, e) a computer for "amount and unit of value determination" and for weighting the determined amount of electricity using the clocked stability coefficient for determining short-term units of value WKN is arranged downstream of the electric meter, f) a billing sum memory for summing and storing the short-term units of value WKN as a billing time value sum is arranged downstream, characterized in that g) a converter control unit is present as a control unit for operating local converters (18, 19, 20) at power consumer devices for reference and/or electricity infeed installations for infeed depending on the stability coefficient.
A filtering apparatus with a plurality of filtering elements which can be accommodated in a filter housing with a filter inlet for the fluid to be filtered and a filter outlet for the filtered fluid, wherein, during the filtration process, at least one of the filtering elements can be back-flushed by means of a back-flushing device (13, 21) containing a pressure-control device for supporting the back-flushing operation, in order to clean the effective filtering surface of said filtering element, wherein the pressure-control device contains a hydraulic accumulator, one fluid chamber of which can be filled during the filtration process with a quantity of cleaned fluid and can be connected, via a back-flushing guide, to the clean side of the at least one filtering element to be cleaned, for a back-flushing process, and wherein a further fluid chamber of the hydraulic accumulator can be pressurised with a media pressure in order to discharge, again, the filling volume of the cleaned fluid for the back-flushing process, at least in part, from the first fluid chamber, by a movement of a separating element of the hydraulic accumulator caused thereby, wherein the fluid chamber of the hydraulic accumulator receiving the quantity of the cleaned fluid can be filled via a regulator means, characterised in that the regulator means is located between a filtrate part of a main chamber of the filter housing and an inflow line of the back-flushing guide.
Method for the compressed air supply of a compressed air consumer having two fluidically separate, kinematically coupled working spaces (53, 54), wherein each of the working spaces (53, 54) is assigned a valve arrangement which can be independently controlled and can be configured between a blocking position, a first functional position for a fluidically communicating connection to a fluid source and a second functional position for a fluidically communicating connection to a fluid sink and wherein each of the two valve arrangements is configured individually depending on a predefinable movement task for the compressed air consumer and depending exclusively on at least two pressure values from the following group: supply pressure, first working space pressure, second working space pressure, discharge pressure, for a provision of a predefinable progression for a fluid mass flow or for a provision of a predefinable progression for a fluid pressure in the respective working space or for a provision of a predefinable progression of a valve cross-section, wherein an aeration of a first working space (53, 54) is effected with a predefinable progression for a first fluid pressure, characterized in that a ventilation of a second working space (53, 54) is effected with a predefinable progression for a second fluid mass flow or a predefinable progression for a valve position of the valve arrangement assigned to the second working space (53, 54).
Mechanism for controlling the force for tilting a backrest of a chair comprising a box structure associated to a seat to which is articulated, and contrasting an elastic element (10, 20, 21), the backrest, wherein: - the elastic element (10, 20, 21) is disposed in said box structure along a longitudinal axis (X-X, X'-X'); and - a stop device is associated to said box structure and is configured to interact with said elastic element (10, 20, 21); - the elastic element (10, 20, 21) is provided with a first operative position and with at least one second operative position; - the stop device comprises a translatingly movable stop block; - position adjusting means are configured to selectively translate said stop block from a rest position wherein said stop block is decoupled from said elastic element (10, 20, 21) to at least one abutment position wherein said stop block abuts against said elastic element (10, 20, 21) in order to limit the axial arrangement of said elastic element (10, 20, 21) along said longitudinal axis (X-X, X'-X') and arrange said elastic element (10, 20, 21) in said at least one second operative position. - the elastic element (10, 20, 21) is disposed in said box structure along a longitudinal axis (X-X, X'-X'); and - a stop device is associated to said box structure and is configured to interact with said elastic element (10, 20, 21); - the elastic element (10, 20, 21) is provided with a first operative position and with at least one second operative position; - the stop device comprises a translatingly movable stop block; - position adjusting means are configured to selectively translate said stop block from a rest position wherein said stop block is decoupled from said elastic element (10, 20, 21) to at least one abutment position wherein said stop block abuts against said elastic element (10, 20, 21) in order to limit the axial arrangement of said elastic element (10, 20, 21) along said longitudinal axis (X-X, X'-X') and arrange said elastic element (10, 20, 21) in said at least one second operative position.