mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger comprising: a heat exchange unit in which heating medium flow channels through which a heating medium flows in a space between a plurality of plates and combustion gas flow channels through which a combustion gas combusted in a burner flows are alternately formed to be adjacent to each other, wherein the heat exchange unit is configured with a sensible heat unit configured to surround an outer side of a combustion chamber, configured with an area at one side of each one of the plates and configured to heat the heating medium using sensible heat of the combustion gas generated by combustion of the burner; a latent heat unit configured with an area at the other side of each one of the plates and configured to heat the heating medium using latent heat of water vapor contained in the combustion gas which undergoes heat exchange in the sensible heat unit; and a flange formed to be bent at an edge of each of the plurality of plates, and a plurality of combustion gas pass-through units through which the combustion gas flowing in the combustion gas flow channel passes are formed at a part of an area of the edge of the plurality of plates in a state in which flanges of adjacent plates overlap characterised in that the combustion gas is distributed and discharged at a uniform flow rate across the entire lower area of the latent heat unit through the combustion gas pass-through units, wherein the combustion gas pass-through units are formed and spaced a predetermined distance apart at the lower portion of the latent heat unit in horizontal and vertical directions. a heat exchange unit in which heating medium flow channels through which a heating medium flows in a space between a plurality of plates and combustion gas flow channels through which a combustion gas combusted in a burner flows are alternately formed to be adjacent to each other, wherein the heat exchange unit is configured with a sensible heat unit configured to surround an outer side of a combustion chamber, configured with an area at one side of each one of the plates and configured to heat the heating medium using sensible heat of the combustion gas generated by combustion of the burner; a latent heat unit configured with an area at the other side of each one of the plates and configured to heat the heating medium using latent heat of water vapor contained in the combustion gas which undergoes heat exchange in the sensible heat unit; and a flange formed to be bent at an edge of each of the plurality of plates, and a plurality of combustion gas pass-through units through which the combustion gas flowing in the combustion gas flow channel passes are formed at a part of an area of the edge of the plurality of plates in a state in which flanges of adjacent plates overlap characterised in that the combustion gas is distributed and discharged at a uniform flow rate across the entire lower area of the latent heat unit through the combustion gas pass-through units, wherein the combustion gas pass-through units are formed and spaced a predetermined distance apart at the lower portion of the latent heat unit in horizontal and vertical directions.
Tower section storage device for storing a tower section of a wind turbine tower, comprising: - a central body frame defining a centre point, - at least three feet (3a, 3b, 3c), - at least three tower section receiving areas (9, 9a, 9b, 9c) connected to the central body frame, whereby all of the feet (3a, 3b, 3c) are connected to the central body frame such that they can be moved away from and/or towards the centre point, and whereby the tower section receiving areas (9, 9a, 9b, 9c) are connected to the central body frame such that they can be moved away from and/or towards the centre point, and whereby a movement of the tower section receiving areas (9, 9a, 9b, 9c) is coupled to a movement of the feet. - a central body frame defining a centre point, - at least three feet (3a, 3b, 3c), - at least three tower section receiving areas (9, 9a, 9b, 9c) connected to the central body frame,
An ammonium salt having a saccharin anion, represented by the formula: wherein R 1 to R 4 are each independently an alkyl group having 1 to 4 carbon atoms or an alkoxyalkyl group of -(CH 2) n -OR wherein R is an alkyl group having 1 to 4 carbon atoms and n is an integer of 1 or 2, wherein any one of the R 1 to R 4 is the alkoxyalkyl group of -(CH 2) n -OR, remaining three of the R 1 to R 4 are each independently an alkyl group having 1 to 4 carbon atoms, provided that any two of the remaining three of the R 1 to R 4 may combine with each other to form a ring together with the nitrogen atom.
A cooling arrangement for cooling an electronic device in the passenger compartment of a motor vehicle, comprising an impeller based electric fan for cooling the electronic device, and an electronic fan controller adapted to use an algorithm to control said electric fan, wherein said electronic device is a camera for inspecting a vehicle environment, and wherein said fan controller has access to noise information correlating with the noise level in the surrounding of the electric fan and passenger presence information indicating the presence or absence of at least one passenger in the passenger compartment, wherein said noise information comprises information from a handsfree microphone of the motor vehicle and said passenger presence information comprises information from a seat occupancy sensor, wherein said fan controller is adapted to control said electric fan on the basis of said noise information and said passenger presence information, wherein the fan controller uses said noise information as an input to the algorithm, and whereby if no passenger presence is determined in the passenger compartment, or if the absence of the driver and/or co-driver is determined, the fan speed is controlled independently of the noise level in the passenger compartment, the cooling arrangement being characterised in that: the algorithm allows a noise level generated from the electric fan related to the noise level in the surrounding of the electric fan with a hysteresis.
A drug delivery system comprising a decellularized corneal stroma scaffold having dispersed within and/or bound to the surface microparticles containing at least one pharmaceutically active molecule dispersed in a matrix having a composition comprising at least 70% w/w of polylactic co-glycolic acid (PLGA).
A rotor housing for a milling device for soil processing, in particular for a road milling machine, a recycler or a stabilizer, having an interior, which is open towards the ground, for receiving a milling rotor, comprising two side walls, a front wall and a rear wall, the side walls, the front wall and the rear wall delimiting the interior to the outside, characterized in that it comprises a cleaning apparatus having a cleaning strip which is arranged in the interior of the rotor housing and is at least partially movable in relation to the rotor housing, and that the rotor housing comprises at least one passage opening, via which impacts and/or shaking movements can be applied to the cleaning strip from outside the rotor housing, the cleaning strip being at least partially movable in relation to the rotor housing upon such an application of an impact or a shaking movement so that soil material sticking to the cleaning strip is shaken off.
A measurement system having multiple sensors for sensing the same physical magnitude, the system comprising at least one set of n redundant sensors (C1, C2,..., Cn) or of models representing said same physical magnitude in order to deliver n measurement signals, a fusion unit for fusing the n measurement signals in order to deliver a single multiplexed output signal made up of the n measurement signals, and a reconditioned unscented Kalman filter receiving said multiplexed output signal and configured to output a signal constituting the best estimate of the measurement of said physical magnitude after rejecting signals representative of a sensor failure, the system being characterized in that the UKF filter is reconditioned in that it is able to determine if an information of the measurement signal can be considered as acceptable and if not, cause a resetting of the information of the measurement signal taking at least partly account for the prediction value and if so, cause a registration with respect to said information of the measurement signal and allow updating of the reconditioned UKF filter.
A system for collaborative and distributed emergency multimedia data management comprising: a packet data reception interface configured to receive first emergency event packet data and second emergency event packet data; a rules engine coupled with the packet data reception interface and configured to: select a processing profile for the second emergency event packet data using a value included in the second emergency event packet data, said processing profile identifying an event routing plan for the second emergency event packet data, the event routing plan identifying a destination application to receive the second emergency event packet data, and, correlate the second emergency event packet data to a session within a session group for an incident including the first emergency event packet data based on proximity of spatial location of the events or temporal proximity of the events; and a policy engine coupled with the rules engine and configured to execute the processing profile for the second emergency event packet data. a packet data reception interface configured to receive first emergency event packet data and second emergency event packet data; a rules engine coupled with the packet data reception interface and configured to: select a processing profile for the second emergency event packet data using a value included in the second emergency event packet data, said processing profile identifying an event routing plan for the second emergency event packet data, the event routing plan identifying a destination application to receive the second emergency event packet data, and, correlate the second emergency event packet data to a session within a session group for an incident including the first emergency event packet data based on proximity of spatial location of the events or temporal proximity of the events; and select a processing profile for the second emergency event packet data using a value included in the second emergency event packet data, said processing profile identifying an event routing plan for the second emergency event packet data, the event routing plan identifying a destination application to receive the second emergency event packet data, and, correlate the second emergency event packet data to a session within a session group for an incident including the first emergency event packet data based on proximity of spatial location of the events or temporal proximity of the events; and a policy engine coupled with the rules engine and configured to execute the processing profile for the second emergency event packet data.
A neutron spectrometry system, comprising: a plurality of semiconductor detector portions (121, 122, 123, 124, 125, 126) arranged in close proximity, wherein the detector portions (121, 122, 123, 124, 125, 126) are arranged in at least two non-parallel axes; wherein each detector portion is arranged to output a detection signal (141, 142, 143, 144, 145, 146) indicative of energy deposited in the detector portion by ionising particles induced in the device by incident neutrons; and a control unit arranged to receive the plurality of detection signals (141, 142, 143, 144, 145, 146), said neutron spectrometry system being characterized in said control unit being arranged to allocate detection signals (141, 142, 143, 144, 145, 146) to one or more of a plurality of channels based on a number of substantially simultaneous detection signals (141, 142, 143, 144, 145, 146) for determining a spectrum of incident neutrons based thereon. a plurality of semiconductor detector portions (121, 122, 123, 124, 125, 126) arranged in close proximity, wherein the detector portions (121, 122, 123, 124, 125, 126) are arranged in at least two non-parallel axes; wherein each detector portion is arranged to output a detection signal (141, 142, 143, 144, 145, 146) indicative of energy deposited in the detector portion by ionising particles induced in the device by incident neutrons; and a control unit arranged to receive the plurality of detection signals (141, 142, 143, 144, 145, 146), said neutron spectrometry system being characterized in said control unit being arranged to allocate detection signals (141, 142, 143, 144, 145, 146) to one or more of a plurality of channels based on a number of substantially simultaneous detection signals (141, 142, 143, 144, 145, 146) for determining a spectrum of incident neutrons based thereon.
A dressing for treating a tissue site, the dressing comprising: a first layer being made from a liquid-impermeable material and being at least partially fenestrated; a second layer being made from a liquid-impermeable material and being at least partially fenestrated, the second layer coupled to the first layer to define a chamber between the first layer and the second layer; and a third layer disposed within the chamber, the third layer comprising a manifold having a central region and a perimeter region, the perimeter region containing perforations arranged in a pattern that defines a plurality of sub-regions of the perimeter region; wherein the first layer and the second layer are coupled together by a plurality of welds or bonds through the perimeter region of the third layer comprising the manifold; characterized in that the first layer and the second layer are releasably coupled together near their outer edges. a first layer being made from a liquid-impermeable material and being at least partially fenestrated; a second layer being made from a liquid-impermeable material and being at least partially fenestrated, the second layer coupled to the first layer to define a chamber between the first layer and the second layer; and a third layer disposed within the chamber, the third layer comprising a manifold having a central region and a perimeter region, the perimeter region containing perforations arranged in a pattern that defines a plurality of sub-regions of the perimeter region; wherein the first layer and the second layer are coupled together by a plurality of welds or bonds through the perimeter region of the third layer comprising the manifold; characterized in that the first layer and the second layer are releasably coupled together near their outer edges.
A body frame for a bicycle in which multiple carbon sheets are laminated to a predetermined thickness so that a head tube, a top tube (110, 200), a bottom tube (120, 200), and a seat tube (130, 200) are integrated, and the laminated structure is heated and pressurized together with an epoxy resin, each of the top tube (110, 200), the bottom tube (120, 200) and the seat tube (130, 200) of the body frame being made of a carbon material, characterized in that the top tube (110, 200), the bottom tube (120, 200) and the seat tube (130, 200) have the same outer diameters in a scope of 15mm to 35mm from one end to the other end of each tube, and wherein the body frame further comprises an inner tube made of a carbon material, which is fixedly installed in the inside of a 1/4 section with respect to the direction from the front end to the rear end of the top tube (110, 200), in the inside of a front 1/4 section with respect to the direction from the front end to the rear end of the bottom tube (120, 200), and in the inside of a lower 1/4 section with respect to the direction from the bottom to the top of the seat tube (130, 200).
Turbomachine, comprising a cooling device for supplying cooling air from an air distribution space, between an outlet diffuser of a compressor and at least one combustion chamber, to a compressor region, the cooling device having cooling air pipes for guiding the cooling air from the air distribution space into a cavity between the outlet diffuser and a rotor portion (11, 12) of the compressor, the cooling air pipes opening into a hollow space which is radially delimited on the outside by the outlet diffuser and which is open to the cavity via outlet openings, characterized in that the hollow space is radially delimited on the inside by a sealing ring which is mounted on the outlet diffuser.
Method for preparing flexible stone claddings having natural surface, containing crushed stone, embedded in flexible binding material provided with carrier material, characterized by that, a definite color and quantity of coloring agent from a color feeder are fed onto the crushed stone filled into more then one mixing container then having mixed them, the colored crushed stones (6,7,8) and in case of demand, dark crushed stone are layered in a sliding unit in reclined state, then after having mounted the sliding unit, the intermingled colored crushed stone is produced by the slight sliding of the colored crushed stones (6,7,8) and in given case the dark crushed stone, then the intermingled colored crushed stone is poured into a work box situated at α - angle, provided with covering falsework, then the filled work box is moved into almost horizontal position after having fixed the closing element on it, and after having removed the covering falsework from the work box, binding material is spread in thickness V from the disperser head onto the intermingled colored crushed stone, forming this way the layer of stone surface, then a carrier material is laid onto the layer of the stone surface, saturated with binding material, then with the help of the disperser head binding material is spread onto the carrier material forming this way the back layer, after the setting of the binding material, the flexible stone cladding consisting of stone surface of thickness S and back layer containing carrier material is peeled-off the intermingled colored crushed stone filled into the work box.
A composition for generating anti-microbial activity for use in the treatment of a microbial infection that comprises a biofilm, wherein the composition comprises an enzyme that is able to convert a substrate to release hydrogen peroxide, and a substance that includes a substrate for the enzyme, wherein the composition does not include sufficient free water to allow the enzyme to convert the substrate, wherein the enzyme is additional to any enzyme activity able to convert the substrate to release hydrogen peroxide that may be present in the substance, optionally wherein the composition prevents or inhibits growth or seeding of the biofilm.
An apparatus comprising: a target device; an imaging device that generates a plurality of images of a target formed by the target device as the target device is rotated relative to the imaging device about a pivot axis formed at a hinged interface between a first structure and a second structure in response to the first structure being rotated about the pivot axis relative to the second structure; and a calibrator that identifies a plurality of angles of the target about the pivot axis using the plurality of images and identifies calibration information using the plurality of angles. a target device; an imaging device that generates a plurality of images of a target formed by the target device as the target device is rotated relative to the imaging device about a pivot axis formed at a hinged interface between a first structure and a second structure in response to the first structure being rotated about the pivot axis relative to the second structure; and a calibrator that identifies a plurality of angles of the target about the pivot axis using the plurality of images and identifies calibration information using the plurality of angles.
A Machine Type Communication, MTC, User Equipment, UE, to operate in accordance with a coverage enhancement, CE, mode, the UE, comprising hardware processing circuitry configured to: determine a CE category for the UE based at least partly on path loss between the UE and an Evolved Node-B, eNB; and transmit, in physical random access channel, PRACH, frequency resources, a PRACH preamble according to an uplink access repetition number, wherein a random access radio network temporary identifier, RA-RNTI, is computed for the PRACH preamble transmission as 1 + t id + 10 • f id + c • MTC id, where t id is the index of the first sub-frame of the PRACH preamble, f id is the index of the PRACH within said sub-frame, c is a constant and MTC id is 0 or 1 depending on whether the UE is in the CE mode; wherein the uplink access repetition number is based at least partly on the CE category for the UE. determine a CE category for the UE based at least partly on path loss between the UE and an Evolved Node-B, eNB; and transmit, in physical random access channel, PRACH, frequency resources, a PRACH preamble according to an uplink access repetition number, wherein a random access radio network temporary identifier, RA-RNTI, is computed for the PRACH preamble transmission as 1 + t id + 10 • f id + c • MTC id, where t id is the index of the first sub-frame of the PRACH preamble, f id is the index of the PRACH within said sub-frame, c is a constant and MTC id is 0 or 1 depending on whether the UE is in the CE mode; wherein the uplink access repetition number is based at least partly on the CE category for the UE.