mhurhangee/ep-ind-claims huggingface dataset:
A method for cleaning a filter on a draw frame for drafting one or more slivers having a controller for controlling work processes of the draw frame and having an exhaust system for exhausting dust and/or dirt particles released during work processes, - the exhaust system comprising an exhaust fan for generating a suction flow and the filter for filtering out dust and/or dirt particles from the suction flow and - a dirt collecting surface of the filter upstream with respect to the suction flow being cleaned, preferable during a production stop or a can change, characterized in that - the dirt collecting surface of the filter being cleaned by means of at least one blast nozzle to which compressed air can be applied, - a cleaning flow flowing along the length of the dirt collecting surface of the filter is generated by the blast nozzle and - the cleaning flow is controlled by the controller in coordination with a main motor of the draw frame and/or a drive of a can changer, in such a way that the cleaning can take place during a standstill of the main motor of the draw frame and/or a can change, - the dirt collecting surface is aligned plane and vertically and - the blast nozzle is disposed on an upper end region of the vertically oriented dirt collecting surface, such that the cleaning flow flows from the upper end region to a lower end region along the dirt collecting surface. - the exhaust system comprising an exhaust fan for generating a suction flow and the filter for filtering out dust and/or dirt particles from the suction flow and - a dirt collecting surface of the filter upstream with respect to the suction flow being cleaned, preferable during a production stop or a can change, characterized in that - the dirt collecting surface of the filter being cleaned by means of at least one blast nozzle to which compressed air can be applied, - a cleaning flow flowing along the length of the dirt collecting surface of the filter is generated by the blast nozzle and - the cleaning flow is controlled by the controller in coordination with a main motor of the draw frame and/or a drive of a can changer, in such a way that the cleaning can take place during a standstill of the main motor of the draw frame and/or a can change, - the dirt collecting surface is aligned plane and vertically and - the blast nozzle is disposed on an upper end region of the vertically oriented dirt collecting surface, such that the cleaning flow flows from the upper end region to a lower end region along the dirt collecting surface.
An enclosure comprising a door of access to a space for receiving an industrial apparatus, wherein: the door is hinged on a door frame supported by the enclosure by at least one connecting rod having its ends respectively hingedly connected to a vertical post of the door frame and to the rear surface of the door, approximately in the middle of the length thereof; one end of the door is assembled to horizontally slide parallel to the door frame, a surface of the door, external in closed position, becoming functionally internal in open position; and the door integrates a space for receiving a display. the door is hinged on a door frame supported by the enclosure by at least one connecting rod having its ends respectively hingedly connected to a vertical post of the door frame and to the rear surface of the door, approximately in the middle of the length thereof; one end of the door is assembled to horizontally slide parallel to the door frame, a surface of the door, external in closed position, becoming functionally internal in open position; and the door integrates a space for receiving a display.
A cooking device comprising a body; a cooking cavity which is arranged in the body and wherein the foodstuffs to be cooked are placed; a casing in the form of a box with an open front side which surrounds the cooking cavity; a heater which is disposed in the cooking cavity and which provides the cooking of the foodstuffs; a cooking stone which is disposed into the oven cavity, which is produced from a refractory material and which has a support surface whereon the foodstuff is placed; characterized by a camera which is disposed on the body and which has an imaging means disposed on the cooking cavity and capturing the images of the interior of the cooking cavity; and a control unit which provides the identification of dirty regions of the cooking stone by means of the images received from the camera, wherein further there is a receptacle which is partially covered by the cooking stone and which receives the water taken from the mains; a spraying member which provides the delivery of the water in the receptacle to the cooking cavity; and at least one guiding member which enables the water sprayed from the spraying member to be guided to the dirty regions depending on the information received from the control unit, wherein the guiding member comprises a shaft which extends from the body to the cooking cavity, a flap with which makes angular movement with one surface being fixed on the shaft and which enables the water delivered by the spraying member to be guided, and a motor which generates the energy required for the movement of the flap.
Launcher comprising a turret having a holding device for receiving a cartridge, wherein the turret can be pivoted about a first axis by means of a first drive means (11, 12), and the holding device can be pivoted about a second axis perpendicular to the first axis by means of a second drive means (11, 13, 16), wherein a protective tube housing the turret is provided, wherein means for bringing about a motion of the protective tube and the turret relative to one another are provided, such that, after the relative motion has been carried out, the turret is exposed at least with the holding device, which can then be pivoted unhindered about the second axis, wherein the means are embodied for bringing about a reversible motion of the protective tube and the turret relative to one another, characterized in that the protective tube is mounted movably by means of a linear guide and can be moved by means of a drive element between a protective position, in which it fully houses the turret, and a release position, in which the turret is released.
Fluid-bed granulator system for producing fertilizer granules with a defined size at least comprising: a.) a fluid-bed granulator b.) a first cooler externally connected with the fluid-bed granulator or forming an internal part of the fluid-bed granulator, c.) a product screen connected with the first cooler wherein the product screen at least comprises: - an exit for on-size particles; - an exit for oversized particles and - an exit for undersized particles; c.1) wherein the exit for undersized particles is connected with the fluid-bed granulator and wherein the exit for oversized particles is connected with the fluid-bed granulator via one or more crushers; c.2) wherein the exit for on-size particles is connected with a first splitter and wherein the first splitter is connected with the fluid-bed granulator and a post processing unit; and wherein a particle size analyzer is located between the fluid-bed granulator and the product screen, wherein the particle size analyzer is able to determine the particle size of the product particles leaving the fluid-bed granulator and the output of the particle analyzer is used by a processing and control unit which independently controls and adjusts the granule size distribution in the product particles; and wherein the particle size analyzer is electronically connected with the first splitter via the processing and control unit which allows for online measuring and simultaneous, preferably automated, adjusting of the product particle size within the fluid-bed granulator via the size of the introduced seed particles. a.) a fluid-bed granulator b.) a first cooler externally connected with the fluid-bed granulator or forming an internal part of the fluid-bed granulator, c.) a product screen connected with the first cooler wherein the product screen at least comprises: - an exit for on-size particles; - an exit for oversized particles and - an exit for undersized particles; - an exit for on-size particles; - an exit for oversized particles and - an exit for undersized particles; c.1) wherein the exit for undersized particles is connected with the fluid-bed granulator and wherein the exit for oversized particles is connected with the fluid-bed granulator via one or more crushers; c.2) wherein the exit for on-size particles is connected with a first splitter and wherein the first splitter is connected with the fluid-bed granulator and a post processing unit; and wherein a particle size analyzer is located between the fluid-bed granulator and the product screen, wherein the particle size analyzer is able to determine the particle size of the product particles leaving the fluid-bed granulator and the output of the particle analyzer is used by a processing and control unit which independently controls and adjusts the granule size distribution in the product particles; and wherein the particle size analyzer is electronically connected with the first splitter via the processing and control unit which allows for online measuring and simultaneous, preferably automated, adjusting of the product particle size within the fluid-bed granulator via the size of the introduced seed particles.
A treatment apparatus for treating medical fluids with a computing device, which is designed and configured to determine a pressure or a volume flow of a medical fluid in a fluid line using at least one centrifugal pump, characterized in that the centrifugal pump or sections of the centrifugal pump are a section of a blood cassette; and also in that the determining includes the following step: - identifying the pressure upstream of the centrifugal pump taking into account an indication about a pressure downstream of the centrifugal pump or identifying the pressure downstream of the centrifugal pump taking into account an indication about a pressure upstream of the centrifugal pump, in each case taking into account at least an indication about the volume flow in the fluid line and at least an indication of a rotation speed of the centrifugal pump. - identifying the pressure upstream of the centrifugal pump taking into account an indication about a pressure downstream of the centrifugal pump or identifying the pressure downstream of the centrifugal pump taking into account an indication about a pressure upstream of the centrifugal pump, in each case taking into account at least an indication about the volume flow in the fluid line and at least an indication of a rotation speed of the centrifugal pump.
A method of making a conductive, composite bipolar plate for a proton exchange membrane _fuel cell from coated particles for making a composite material that enhances a property of the composite material, comprising: providing a powdered component called a powdered host particle, wherein the powdered host particle is a powder from a resin of undoped polymethylpentene of a particle size greater than 5 μm; providing a second powdered component called a conductive additive that comprises a softening or melting temperature higher than the melting point of the powdered host particle, wherein the conductive additive consists essentially of graphite and graphene oxide; inputting said powdered host particle and said conductive additive into a ball mill in a ratio of 77:3:10 of graphite/graphene oxide/undoped polymethylpentene; and ball milling only said powdered host particle and said conductive additive for a milling time to sufficiently mix but not melt the powdered host particle into a conductive host-additive particle, wherein the powdered host particle is covered with the conductive additive. providing a powdered component called a powdered host particle, wherein the powdered host particle is a powder from a resin of undoped polymethylpentene of a particle size greater than 5 μm; providing a second powdered component called a conductive additive that comprises a softening or melting temperature higher than the melting point of the powdered host particle, wherein the conductive additive consists essentially of graphite and graphene oxide; inputting said powdered host particle and said conductive additive into a ball mill in a ratio of 77:3:10 of graphite/graphene oxide/undoped polymethylpentene; and ball milling only said powdered host particle and said conductive additive for a milling time to sufficiently mix but not melt the powdered host particle into a conductive host-additive particle, wherein the powdered host particle is covered with the conductive additive.
A method for migrating a user plane from an Iur-g interface to an A interface during handover from a 3G network to a 2G network, comprising: receiving, by a base station controller, BSC, a migration commit notification that is sent by a radio network controller, RNC, through the Iur-g interface between the BSC and the RNC; and deploying a user plane of the A interface, by the BSC, and removing the user plane of the Iur-g interface after the deployment of the user plane of the A interface is finished according to the migration commit notification, wherein the migration commit notification is a Relocation Commit message and is used to notify the BSC of migrating the user plane from the Iur-g interface to the A interface. receiving, by a base station controller, BSC, a migration commit notification that is sent by a radio network controller, RNC, through the Iur-g interface between the BSC and the RNC; and deploying a user plane of the A interface, by the BSC, and removing the user plane of the Iur-g interface after the deployment of the user plane of the A interface is finished according to the migration commit notification, wherein the migration commit notification is a Relocation Commit message and is used to notify the BSC of migrating the user plane from the Iur-g interface to the A interface.
A bending press, in particular a press brake, having a first fixed press beam as well as a second press beam movable relative thereto, a machine frame on which the press beams (4, 7) are held and which is arranged on an inner side of the press beams (4, 7), tool holders for holding bending tools arranged on and/or provided on the press beams (4, 7), and a tool-changing device provided for positioning the bending tools in the tool holder, wherein the tool-changing device is mounted on a first linear guide, which is arranged on the inner side of the first press beam, and that at least one second linear guide is provided, which is arranged at a distance from the first linear guide and that a drive device is provided by means of which the tool-changing device can be displaced in the longitudinal extension of the tool holders, characterized in that the second linear guide is arranged on an outer side of the first press beam, wherein the tool-changing device has a portal, which spans the tool holder of the first press beam and on which portal a first guide unit of the first linear guide and a second guide unit of the second linear guide are arranged.
An acoustic device, comprising: a neck loop that is constructed and arranged to be worn around the neck of a user, the neck loop being generally "U"-shaped with a central portion and first and second leg portions (20;22) that depend from the central portion, the neck loop comprising a housing that comprises a first acoustic waveguide having a first sound outlet opening located in the second leg portion, and a second acoustic waveguide having a second sound outlet opening located in the first leg portion; a first open-backed acoustic driver located in the first leg portion and acoustically coupled to the first waveguide, where the first acoustic driver has a first sound axis that is pointed generally at the expected location of one ear of the user; and a second open-backed acoustic driver located in the second leg portion and acoustically coupled to the second waveguide, where the second acoustic driver has a second sound axis that is pointed generally at the expected location of the other ear of the user. a neck loop that is constructed and arranged to be worn around the neck of a user, the neck loop being generally "U"-shaped with a central portion and first and second leg portions (20;22) that depend from the central portion, the neck loop comprising a housing that comprises a first acoustic waveguide having a first sound outlet opening located in the second leg portion, and a second acoustic waveguide having a second sound outlet opening located in the first leg portion; a first open-backed acoustic driver located in the first leg portion and acoustically coupled to the first waveguide, where the first acoustic driver has a first sound axis that is pointed generally at the expected location of one ear of the user; and a second open-backed acoustic driver located in the second leg portion and acoustically coupled to the second waveguide, where the second acoustic driver has a second sound axis that is pointed generally at the expected location of the other ear of the user.
Heparan sulphate HS8 for use in treatment of a skin wound or skin scar wherein the heparan sulphate HS8 is isolated or substantially purified heparan sulphate that is capable of specific binding to a peptide or polypeptide consisting of the amino acid sequence YCKNGGF (SEQ ID NO:2) or GHFKDPKRLYCKNGGF (SEQ ID NO:1), wherein the skin wound or scar is selected from a skin burn, ulcer, excisional wound, cut, stab or puncture wound.
A wall lock device arranged for locking a wall element (1, 303), preferably a modular wall element, to a positioning and fastening device, said wall lock device comprising an angular transmission, said wall lock device further comprising: - a wall lock actuation arrangement provided with an input element of said angular transmission and an actuation element arranged for rotating said wall lock actuation arrangement about a virtual actuation axis for actuating said angular transmission; - a wall lock locking arrangement provided with an output element of said angular transmission and a wall locking element arranged for locking said wall lock device via said wall locking element to said positioning and fastening device, wherein said wall lock locking arrangement is arranged such that said wall lock locking arrangement is allowed to rotate about a virtual locking axis between a first angular position and a second angular position and wherein said wall locking element is moveable along said virtual locking axis, via actuation of said angular transmission through said actuation element, when said wall lock locking arrangement is in said first angular position for realising said locking. - a wall lock actuation arrangement provided with an input element of said angular transmission and an actuation element arranged for rotating said wall lock actuation arrangement about a virtual actuation axis for actuating said angular transmission; - a wall lock locking arrangement provided with an output element of said angular transmission and a wall locking element arranged for locking said wall lock device via said wall locking element to said positioning and fastening device, wherein said wall lock locking arrangement is arranged such that said wall lock locking arrangement is allowed to rotate about a virtual locking axis between a first angular position and a second angular position and wherein said wall locking element is moveable along said virtual locking axis, via actuation of said angular transmission through said actuation element, when said wall lock locking arrangement is in said first angular position for realising said locking.
A system for aiding the piloting of an aircraft duping the approach to a runway with a view to a landing, said system comprising: - information sources able to provide information relating to the aircraft and to its environment; - a computation unit which determines, with the aid of information provided by said information sources, an energy reference profile which is intended to allow the aircraft to regain a predetermined trajectory, if it follows said reference profile; and - means of indication which supply the pilot with piloting indications at least to make it possible to pilot said aircraft in such a way that it follows said reference profile, characterized in that: - said system furthermore comprises means of monitoring for verifying that the aircraft is following said reference profile; - said computation unit uses, as predetermined trajectory, an approach trajectory allowing the aircraft to carry out a stabilized approach to the runway, that is to say with a stabilized speed and stabilized slope; - said computation unit determines a reference profile which comprises a trajectory reference profile and a speed reference profile and which makes it possible to regain said approach trajectory as directly as possible; - said means of indication are able to present, on a display screen, at least: ▪ a characteristic sign indicating a parameter to be commanded; and ▪ a characteristic sign indicating the variation in progress of said parameter. - information sources able to provide information relating to the aircraft and to its environment; - a computation unit which determines, with the aid of information provided by said information sources, an energy reference profile which is intended to allow the aircraft to regain a predetermined trajectory, if it follows said reference profile; and - means of indication which supply the pilot with piloting indications at least to make it possible to pilot said aircraft in such a way that it follows said reference profile, - said system furthermore comprises means of monitoring for verifying that the aircraft is following said reference profile; - said computation unit uses, as predetermined trajectory, an approach trajectory allowing the aircraft to carry out a stabilized approach to the runway, that is to say with a stabilized speed and stabilized slope; - said computation unit determines a reference profile which comprises a trajectory reference profile and a speed reference profile and which makes it possible to regain said approach trajectory as directly as possible; - said means of indication are able to present, on a display screen, at least: ▪ a characteristic sign indicating a parameter to be commanded; and ▪ a characteristic sign indicating the variation in progress of said parameter. ▪ a characteristic sign indicating a parameter to be commanded; and ▪ a characteristic sign indicating the variation in progress of said parameter.
A femtocell base station for a radio communication system having a macrocell base station which can communicate with radio terminals using any of a plurality of carrier frequencies, the femtocell base station being capable of communicating with the radio terminals in an access limited mode in which only a contractor or registered radio terminal of the femtocell base station can access the femtocell base station or a hybrid mode in which an access to the femtocell base station is not limited, and the femtocell base station comprising a measuring part configured to measure an uplink total received power from a radio terminal; a detecting part configured to detect a visitor macrocell radio terminal located in a vicinity of the femtocell base station operated by the access limited mode in accordance with the uplink total received power or an uplink interference signal power derived from the uplink total received power respectively continuously being at least a predetermined value for at least a predetermined duration; and a control part configured to switch the femtocell base station from the access limited mode to the hybrid mode when the detecting part detects the visitor macrocell radio terminal.