mhurhangee/ep-ind-claims huggingface dataset:
A turbine housing comprising: an inner housing formed by casting and including a scroll tube portion which surrounds a turbine chamber for accommodating a turbine impeller and has a scroll flow passage through which a flow exhaust gas flows circularly and goes out to the turbine chamber, and an introduction tube portion which leads an inflow exhaust gas to the scroll flow passage, and an outlet passage portion through which the flow exhaust gas flows out of the turbine chamber; and an outer housing formed of a sheet metal and including an open end portion which surrounds an outer edge portion of the inner housing when viewed in a direction of a scroll center line and an exhaust outlet which is provided on a side opposite the open end portion and through which the flow exhaust gas flowing out of the outlet passage portion is discharged, characterized in that the inner housing has a protrusion (216,217,27) protruding outward from the outer edge portion of the inner housing, and a protruding end of the protrusion (216,227,27) and the open end portion of the outer housing are joined to each other, whereby the outer housing and the inner housing are integrated. an inner housing formed by casting and including a scroll tube portion which surrounds a turbine chamber for accommodating a turbine impeller and has a scroll flow passage through which a flow exhaust gas flows circularly and goes out to the turbine chamber, and an introduction tube portion which leads an inflow exhaust gas to the scroll flow passage, and an outlet passage portion through which the flow exhaust gas flows out of the turbine chamber; and an outer housing formed of a sheet metal and including an open end portion which surrounds an outer edge portion of the inner housing when viewed in a direction of a scroll center line and an exhaust outlet which is provided on a side opposite the open end portion and through which the flow exhaust gas flowing out of the outlet passage portion is discharged, characterized in that the inner housing has a protrusion (216,217,27) protruding outward from the outer edge portion of the inner housing, and a protruding end of the protrusion (216,227,27) and the open end portion of the outer housing are joined to each other, whereby the outer housing and the inner housing are integrated.
A device for collecting, preserving and storing a sample of biological fluid, wherein the device comprises a porous nonwoven medium for collecting and maintaining the membrane integrity of the eukaryotic cells contained in the sample, and their constituents, the medium comprising at least 80% by weight of artificial components, advantageously at least 85%, preferably at least 90% of a total weight of the medium, wherein the artificial components comprise semisynthetic fibers and/or synthetic fibers having a diameter of at least 3 μm; and wherein the medium has a mean flow pore size of at least 3 μm and a thickness between 100 μm and 2500 μm.
A driving device of an electric folding type side view mirror for a vehicle, comprising: an upper case in which a motor seating part is formed; an electric motor, installed inside the upper case, for generating rotation power; a worm gear installed at a rotational axis of the electric motor; a worm wheel gear, connected to the worm gear, for transferring the rotation power; and a lower case characterized in that the lower case is formed with a fixing means (21, 22);the fixing means (21, 22) fixes a cap spring to the lower case (20; the fixing means for fixing the cap spring in the lower case is formed with a boss or a rib, and a cap is mounted at a top of the cap spring for receiving a lower end of the rotational axis. an upper case in which a motor seating part is formed; an electric motor, installed inside the upper case, for generating rotation power; a worm gear installed at a rotational axis of the electric motor; a worm wheel gear, connected to the worm gear, for transferring the rotation power; and a lower case characterized in that the lower case is formed with a fixing means (21, 22);the fixing means (21, 22) fixes a cap spring to the lower case (20; the fixing means for fixing the cap spring in the lower case is formed with a boss or a rib, and a cap is mounted at a top of the cap spring for receiving a lower end of the rotational axis.
A method for manufacturing a methane-rich product gas in intermittent operation between a normal state and a lower capacity utilisation of 60% or less of the maximum capacity utilisation, wherein a starting gas containing hydrogen and carbon dioxide is catalytically methanated in at least two stages (R1, R2) under the influence of a settable pressure and a settable quantity of a gas diverted and recirculated upstream of the first stage, and the methane content of the product gas is monitored, characterised in that in the state of low capacity utilisation and at the quantity of starting gas flowing per unit of time the methane content of the product gas is more than 90 vol.% and, when the quantity of starting gas flowing per time unit is increased in the transition from the low capacity utilisation state to the normal state to maintain this methane content in the product gas, the reaction rate is increased by increasing the pressure and the quantity of recirculated gas is increased as a countermeasure to avoid the locally limited overheating zones created as a result.
A polypeptide having transgalactosylating activity, selected from the group consisting of: a. a polypeptide comprising an amino acid sequence having at least 80% sequence identity with SEQ ID NO: 1, b. a polypeptide comprising an amino acid sequence having at least 80% sequence identity with SEQ ID NO: 2, c. a polypeptide comprising an amino acid sequence having at least 80% sequence identity with SEQ ID NO: 3, wherein the length of the polypeptide is 500 to 1038 amino acid residues. a. a polypeptide comprising an amino acid sequence having at least 80% sequence identity with SEQ ID NO: 1, b. a polypeptide comprising an amino acid sequence having at least 80% sequence identity with SEQ ID NO: 2, c. a polypeptide comprising an amino acid sequence having at least 80% sequence identity with SEQ ID NO: 3,
A device configured to receive a laser beam (362, 365) from a laser light source comprising: a sealed chamber configured to contain an ionizable medium, the chamber further comprising: a plasma sustaining region; a plasma ignition region; a high intensity light egress window configured to emit high intensity light from the chamber; an integral reflective chamber interior surface configured to reflect high intensity light from the plasma sustaining region to the egress window; and a substantially flat ingress window disposed within a wall of the integral reflective chamber interior surface configured to admit the laser beam into the chamber; and means for adjusting a pressure level within the sealed chamber (690, 692, 696, 698) between a first pressure level conducive to ignition of the ionizable medium by the laser beam in the absence of electrodes and a second pressure level conducive to generating and sustaining an ionizable medium plasma, wherein the means for adjusting the pressure level within the sealed chamber is configured to adjust the pressure level from the first level to the second level without extinguishing the ionizable medium, and the chamber is arranged to provide a direct path of the laser beam from the ingress window to the plasma sustaining region and/or the plasma ignition region without reflection. a sealed chamber configured to contain an ionizable medium, the chamber further comprising: a plasma sustaining region; a plasma ignition region; a high intensity light egress window configured to emit high intensity light from the chamber; an integral reflective chamber interior surface configured to reflect high intensity light from the plasma sustaining region to the egress window; and a plasma sustaining region; a plasma ignition region; a high intensity light egress window configured to emit high intensity light from the chamber; an integral reflective chamber interior surface configured to reflect high intensity light from the plasma sustaining region to the egress window; and a substantially flat ingress window disposed within a wall of the integral reflective chamber interior surface configured to admit the laser beam into the chamber; and means for adjusting a pressure level within the sealed chamber (690, 692, 696, 698) between a first pressure level conducive to ignition of the ionizable medium by the laser beam in the absence of electrodes and a second pressure level conducive to generating and sustaining an ionizable medium plasma, wherein the means for adjusting the pressure level within the sealed chamber is configured to adjust the pressure level from the first level to the second level without extinguishing the ionizable medium, and the chamber is arranged to provide a direct path of the laser beam from the ingress window to the plasma sustaining region and/or the plasma ignition region without reflection.
A system for treating presbyopia of an eye having an epithelium, a cornea, and a stroma, the system comprising: a laser configured to provide a laser beam along an optical path; a support for positioning an eye for presbyopic treatment in the optical path of the laser beam; a processor in operable communication with the laser; and a computer readable medium including instructions that, when executed, cause the processor to determine a laser target surface on the eye, employ a desired near vision add power to determine a final ablated shape in the stroma for treating presbyopia, and provide commands to the laser to ablate a surface of the stroma to form the final ablated shape in the stroma, including a central zone defined by a concavity having a central zone depth d, a central zone diameter D and a radius of curvature of the central zone, R characterized in that the central zone depth and the central zone diameter in combination provide the cornea with a near-vision add power after the epithelium is regenerated over the stroma. wherein the central zone depth d, is determined according to the following equation: d = D 2 ÷ 8 R,wherein the central zone diameter D is calculated by using equation as follows: D = Φ % where % represents an optimal percentage of light passing through a near vision zone of the cornea and Φ represents an average photopic pupil diameter of a patient who is 45 years or older, and wherein the radius of curvature R is calculated by using equation as follows: R = Δn ÷ ΔP where ΔP represents the desired near vision add power and Δn represents a difference in refractive index between the epithelium and stroma, and wherein the optimal percentage of light passing through a near vision zone of the cornea % is between about 0.2 to about 0.6. a laser configured to provide a laser beam along an optical path; a support for positioning an eye for presbyopic treatment in the optical path of the laser beam; a processor in operable communication with the laser; and a computer readable medium including instructions that, when executed, cause the processor to determine a laser target surface on the eye, employ a desired near vision add power to determine a final ablated shape in the stroma for treating presbyopia, and provide commands to the laser to ablate a surface of the stroma to form the final ablated shape in the stroma, including a central zone defined by a concavity having a central zone depth d, a central zone diameter D and a radius of curvature of the central zone, R
A granulation-free plate high-pressure decorative surface material, comprising: a bottom paper layer, a core paper layer, a decorative paper layer and a surface paper layer which are sequentially arranged in this order, wherein a releasing agent coating is coated on the surface of the bottom paper layer opposite to the core paper layer, characterized in that said surface paper layer is a thermosetting resin impregnated bamboo fiber pulp paper quantified within a range of 22-45 g/m 2.
A method for producing an olefin based polymer comprising the steps of: providing a catalyst system; polymerizing one or more α-olefins in the presence of the catalyst system in one or more polymerization reactors, connected in parallel, series or combinations thereof; and thereby producing an olefin based polymer; wherein the catalyst system comprises the reaction product of the following: A) a procatalyst consisting of a metal-ligand complex of I3 or I5: and B) one or more cocatalysts. A) a procatalyst consisting of a metal-ligand complex of I3 or I5: and B) one or more cocatalysts.
Method for the recognition of spatial proximity relationships in a modular system comprising module assemblies (M1,..Mn), wherein each module assembly has at least one transmitter and at least one receiver which are arranged so that, with a correct alignment of the module assemblies, at least one optical transmitter of a first module assembly corresponds to at least one optical receiver of a second module assembly, and wherein the module assemblies each have, in addition to the transmitter and the receiver, a network connection for connection via a communication network to other module assemblies, the method comprising the steps of: - automatically requesting and assigning a network address for the network connection via the communication network through the respective module assemblies so that these module assemblies can be addressed via the network; and - determining the accuracy of the spatial alignment of the module assemblies by triggering and evaluating the optical signal of the transmitter and of the receiver with the aid of the communication network via the network connection, wherein the module assemblies are spaced apart from one another or the module assemblies have spatially adjoining and contact surfaces. - automatically requesting and assigning a network address for the network connection via the communication network through the respective module assemblies so that these module assemblies can be addressed via the network; and - determining the accuracy of the spatial alignment of the module assemblies by triggering and evaluating the optical signal of the transmitter and of the receiver with the aid of the communication network via the network connection,
Circuit breaker comprising: a base part into which at least three connecting strips (38, 39, 40) are installed, wherein the connecting strips (38, 39, 40) each comprise a contact element and a clamping part (97; 101; 107), wherein the clamping parts (97; 101; 107) each point with their free ends in the direction of a connecting part of the base part, characterised in that - the connecting strip has an attachment part comprising an opening, - the opening together with an opening located in a cap permits rotation with a hex key and renders an end of a pressing screw accessible, wherein the cap can be placed in a connecting chamber (113, 114, 115) located in the base part. a base part into which at least three connecting strips (38, 39, 40) are installed, wherein the connecting strips (38, 39, 40) each comprise a contact element and a clamping part (97; 101; 107), wherein the clamping parts (97; 101; 107) each point with their free ends in the direction of a connecting part of the base part, - the connecting strip has an attachment part comprising an opening, - the opening together with an opening located in a cap permits rotation with a hex key and renders an end of a pressing screw accessible,
A product comprising (a) a PDE1 inhibitor, in free or salt form, and (b) a PDE2 inhibitor, in free or salt form, wherein the PDE1 inhibitor is (6a R,9a S)-5,6a,7,8,9,9a-hexahydro-5-methyl-3-(phenylamino)-2-((4-Pyridin-2yl)-benzyl)-cyclopent[4,5]imidazo[1,2- a]pyrazolo[4,3- e]pyrimidin-4(2 H)-one, in free or salt form, and wherein the PDE2 inhibitor is 2-(3,4-Dimethoxybenzyl)-7-{ -1-[ -1-hydroxyethyl]-4-phenylbutyl}-5-methylimidazo[5,1-f][1,2,4]triazin-4 -one (BAY 60-7550), in free or salt form.
Agricultural baler, in particular a round baler, comprising a pressing chamber for pressing crops into a bale and a binding system having at least one binding unit (21, 22) which has a receiving space (213, 223) for receiving a binding means roll, the unrolled binding means (61, 62) of which is provided for binding the pressed bale, the binding unit (21, 22) being pivotable from an operating position (B1, B2) provided in an operating state of the baler into a maintenance position provided in a maintenance state, characterised in that the baler has two binding units (21, 22) which, in their operating position (B1, B2), are offset from one another in at least one spatial direction (91, 92, 93), the binding units (21, 22) being movable into the same maintenance position.
A layer system comprising a layer made of carbon nanotubes aligned parallel to one another and a metallic top layer directly connected thereto, comprising chromium, molybdenum, or an alloy made from it or with it.
A single control mixer valve structure for taps and fittings comprising a fixed disk provided with an outlet port and two ports, respectively, one for the hot water and the other for the cold water that come from two inlet openings, formed in a base in which said fixed disk is mounted; a mobile disk mounted in a mobile-disk holder being slidable on said fixed disk; said mobile-disk holder and said mobile disk defining a mixing opening, which is adapted to connect said inlet openings with an outlet opening, formed in said base, in a position corresponding to said outlet hole on said fixed disk, from which the mixed water flows out; sliding of said mobile disk on said fixed disk causing partial opening or complete closing of one or both of said ports of the fixed disk, thus adjusting the amount of hot and cold water that passes from the inlet openings to the outlet opening for the mixed water; said mobile-disk holder has, on the side facing said fixed disk, a body provided with one or more cavities; said body being configured so as to extend into said mixing opening of said mobile disk to reduce the useful area of passage of said mixing opening; said cavities being defined by separation walls and projections (12, 13) having variable height, characterised by said body comprising three of said cavities defined by separation walls having a height different from that of a perimetral and a central separation wall of the body, said cavities and their separation walls and projections, and said perimetral and said central separation wall extending into said mixing opening of said mobile disk. characterised by said body comprising three of said cavities defined by separation walls having a height different from that of a perimetral and a central separation wall of the body, said cavities and their separation walls and projections, and said perimetral and said central separation wall extending into said mixing opening of said mobile disk.
A band clamp configured to couple a radome to a distal end of a reflector dish, the band clamp comprising: a band with an inward projecting proximal lip connected via a width portion to an inward projecting distal lip; and a protruding portion extending from the width portion of the band clamp at a side of the proximal lip and configured to improve a front to back ratio, F/ B, of a reflector antenna comprising the reflector dish; wherein the distal lip is dimensioned with an inner diameter less than or equal to a reflector aperture of the reflector dish; wherein the proximal lip is dimensioned to engage an outer surface of the reflector dish in an interference fit; and characterized in that the proximal lip, distal lip, and the protruding portion form a unitary contiguous portion; and that the protruding portion extends a width of the width portion of the band clamp. a band with an inward projecting proximal lip connected via a width portion to an inward projecting distal lip; and a protruding portion extending from the width portion of the band clamp at a side of the proximal lip and configured to improve a front to back ratio, F/ B, of a reflector antenna comprising the reflector dish; wherein the distal lip is dimensioned with an inner diameter less than or equal to a reflector aperture of the reflector dish; wherein the proximal lip is dimensioned to engage an outer surface of the reflector dish in an interference fit; and characterized in that the proximal lip, distal lip, and the protruding portion form a unitary contiguous portion; and that the protruding portion extends a width of the width portion of the band clamp.
A communications method for an ad hoc wireless communications network comprising a plurality of wireless nodes arranged in a backbone net and a plurality of stub nets (90, 100, 110) coupled to the backbone net via respective wireless nodes (92, 102, 112) defining gateway nodes, the method comprising: transmitting node role information from each gateway node (92, 102, 112) to respective wireless nodes within each stub net (90, 100, 110), the node role information including node reactive routing directions for establishing a route outside of a given stub net; unicast transmitting a route request from a first wireless node in a respective first stub net to a respective first gateway node based upon the node role information, the route request being a request to communicate to a second wireless node in a respective second stub net; and transmitting the route request from the first gateway node across the backbone net to the second gateway node of the second stub net by flooding said route request to all wireless nodes (81 - 88) within the backbone net characterized in that the second gateway node transmits reactive route replies in response to the route request received from the first gateway node, with one of the reactive route replies being to the second wireless node in the second stub net and another of the reactive route replies being to the first wireless node in the first stub net to establish an end-to-end route as if the second wireless node responded to the route request. transmitting node role information from each gateway node (92, 102, 112) to respective wireless nodes within each stub net (90, 100, 110), the node role information including node reactive routing directions for establishing a route outside of a given stub net; unicast transmitting a route request from a first wireless node in a respective first stub net to a respective first gateway node based upon the node role information, the route request being a request to communicate to a second wireless node in a respective second stub net; and transmitting the route request from the first gateway node across the backbone net to the second gateway node of the second stub net by flooding said route request to all wireless nodes (81 - 88) within the backbone net