mhurhangee/ep-ind-claims huggingface dataset:
Device for separating solid or liquid substances from a gas flow, having a flow channel for the gas that is to be purified, having a flat separating element arranged transversely to the flow direction of the gas flow in the flow channel, and having at least one liquid outlet (4, 5), which is arranged upstream of the separating element and generates a liquid mist in the portion of the flow channel disposed upstream of the separating element, wherein the at least one liquid outlet (4, 5) is arranged upstream before an edge region of the separating element and is oriented such that, in order to generate the liquid mist, liquid exits from said liquid outlet starting from the edge region in the direction of the opposite edge region and substantially parallel to the separating element, and wherein a panel is arranged in the flow channel upstream of the at least one liquid outlet (4, 5), which panel shields the at least one liquid outlet (4, 5) in relation to the gas flow and is arranged substantially transversely to the flow direction of the gas flow and thus substantially parallel to the separating element, wherein the gas flow in the unshielded cross-section of the flow channel can flow further in the direction towards the separating element, characterised in that the panel, at its free edge towards the unshielded part of the separating element, carries a deflection surface which is bent over against the flow direction of the gas flow.
A method of priming and aligning a blood processing equipment comprising an anticoagulant reservoir, a removably capped venous access device provided with a Y-shaped connector, a component configured for separation, collection and return of blood components, an anticoagulant line provided with an anticoagulant pump, which anticoagulant line connects the anticoagulant reservoir with the Y-shaped connector, and a blood withdraw/return line comprising a blood withdraw/return pump, a pressure sensor and an liquid/air detector, which blood withdraw/return line connects the component configured for separation, collection and return of blood components with the Y-shaped connector, with an anticoagulant solution characterized in that it comprises the step of: i) synchronously pumping with pumps (2, 11) anticoagulant from the anticoagulant reservoir through the anticoagulant line, the Y-shaped connector and the blood withdraw/return line until anticoagulant is detected by the liquid/air detector; and (ii) synchronously reverse pumping with pumps (2,11) the anticoagulant until the air/anticoagulant interface boundary is present in the priming anticoagulant alignment point located immediately adjacent to the venous access device on the blood withdraw/return line. i) synchronously pumping with pumps (2, 11) anticoagulant from the anticoagulant reservoir through the anticoagulant line, the Y-shaped connector and the blood withdraw/return line until anticoagulant is detected by the liquid/air detector; and (ii) synchronously reverse pumping with pumps (2,11) the anticoagulant until the air/anticoagulant interface boundary is present in the priming anticoagulant alignment point located immediately adjacent to the venous access device on the blood withdraw/return line.
An isolated polynucleotide comprising: (a) a nucleotide sequence or a complementary sequence thereof encoding a polypeptide comprising the amino acid sequence shown in SEQ ID NO: 2; or (b) the nucleotide sequence shown in SEQ ID NO: 1 from positions 72 to 585 or a complementary sequence thereof. (a) a nucleotide sequence or a complementary sequence thereof encoding a polypeptide comprising the amino acid sequence shown in SEQ ID NO: 2; or (b) the nucleotide sequence shown in SEQ ID NO: 1 from positions 72 to 585 or a complementary sequence thereof.
A straddle type vehicle with windscreen, comprising: a front cowl covering a vehicle front surface on a front side of a driver, the front cowl adapted to straighten traveling wind; and a windscreen formed from a transparent material, the windscreen extending to an upper side of the front cowl, wherein the windscreen is so supported that its lower end defines a predetermined gap between an upper surface of the front cowl and the windscreen, characterized in that the lower end of the windscreen inclusive of the gap is covered with a screen cover on a front side thereof, and the screen cover extends forward over the front cowl, and is provided with a passage for taking in a portion of the traveling wind through intake ports provided on the front side relative to the windscreen and for allowing the taken-in portion of the traveling wind to flow to an inner surface of the windscreen. a front cowl covering a vehicle front surface on a front side of a driver, the front cowl adapted to straighten traveling wind; and a windscreen formed from a transparent material, the windscreen extending to an upper side of the front cowl, wherein the windscreen is so supported that its lower end defines a predetermined gap between an upper surface of the front cowl and the windscreen,
An apparatus for preoperative planning of an artificial knee joint replacement operation, comprising: means for inputting an image which inputs a two-dimensional tomographic image of the lower limb including the knee joint; means for reconstructing an image which reconstructs three-dimensional image of the femur and tibia from the image input by the means for inputting an image; means for determining femur side artificial joint which determines the artificial joint to be replaced from the three-dimensional image of the knee joint of the femur obtained by the means for reconstructing an image; means for determining tibia side artificial joint which determines the artificial joint to be replaced from the three-dimensional image of the knee joint of the tibia obtained by the means for reconstructing an image; and means (S113-S115) for parameter determination which determines various parameters used in artificial knee joint replacement using an alignment rod in the marrow which is inserted into the femur based on the artificial joint determined by the means for determining femur side artificial joint and reference point of the knee joint characterized in that the various parameters to be determined by the means for parameter determination include the insertion position, insertion orientation and insertion depth of the alignment rod in the marrow as well as the position and rotation angle of the bone cutting surface of the joint part based on the inserted alignment rod in the marrow means for inputting an image which inputs a two-dimensional tomographic image of the lower limb including the knee joint; means for reconstructing an image which reconstructs three-dimensional image of the femur and tibia from the image input by the means for inputting an image; means for determining femur side artificial joint which determines the artificial joint to be replaced from the three-dimensional image of the knee joint of the femur obtained by the means for reconstructing an image; means for determining tibia side artificial joint which determines the artificial joint to be replaced from the three-dimensional image of the knee joint of the tibia obtained by the means for reconstructing an image; and means (S113-S115) for parameter determination which determines various parameters used in artificial knee joint replacement using an alignment rod in the marrow which is inserted into the femur based on the artificial joint determined by the means for determining femur side artificial joint and reference point of the knee joint
Line hanging device, comprising at least one stirrup element for receiving a pipe, a load distribution plate for insertion into the stirrup element, and a fastening arrangement for fastening the load distribution plate to the stirrup element, wherein the fastening arrangement includes at least one catch element for encompassing the stirrup element and a brace element, which are arranged on the load distribution plate offset to one another in the longitudinal direction of the load distribution plate and between which a receiving space for the stirrup element is formed, and wherein the stirrup element has on its edge at least one recess which corresponds to the catch element to enable insertion of the stirrup element into the receiving space, characterised in that the load distribution plate is lockable to the stirrup element by means of a rotation of the load distribution plate relative to the stirrup element, in which rotation the catch element is displaced with respect to the recess.
An isolated polypeptide comprising or consisting of: a. the amino acid sequence set forth in any one of SEQ ID Nos. 2, 21, 23, 24 or 25; or b. a variant of the amino acid sequence of (a) that shares at least 50 %, preferably at least 60, 80 or 90 % sequence identity with any one of the amino acid sequences of (a) over its entire length c. a fragment of the amino acid sequence of (a), the fragment having a length of at least 50, preferably at least 100, more preferably at least 150, most preferably at least 200, 400, or 600 amino acids; wherein the polypeptide is at least partially in beta sheet conformation. a. the amino acid sequence set forth in any one of SEQ ID Nos. 2, 21, 23, 24 or 25; or b. a variant of the amino acid sequence of (a) that shares at least 50 %, preferably at least 60, 80 or 90 % sequence identity with any one of the amino acid sequences of (a) over its entire length c. a fragment of the amino acid sequence of (a), the fragment having a length of at least 50, preferably at least 100, more preferably at least 150, most preferably at least 200, 400, or 600 amino acids;
Solids separator for retaining and recirculating solids from a reactor mixture, comprising a flow-bearing sterilizable plastic bag or plastic bottle and, within the plastic bag or plastic bottle: - in the upper region, one or more passages/internals (80, 81) for withdrawing from a harvest stream collection region a harvest stream that is separated from the solids, - in the upper segment of a central region, a separation region (1, 501) having a separation area which during operation is inclined at an angle of 0° to 80° to the horizontal, - in the lower segment of the central region, one or more passages or internals (84, 85) for flow distribution of the reactor mixture, - in the lower region, a solids collection region that is tapered at the bottom for collecting the solids using gravity. - in the upper region, one or more passages/internals (80, 81) for withdrawing from a harvest stream collection region a harvest stream that is separated from the solids, - in the upper segment of a central region, a separation region (1, 501) having a separation area which during operation is inclined at an angle of 0° to 80° to the horizontal, - in the lower segment of the central region, one or more passages or internals (84, 85) for flow distribution of the reactor mixture, - in the lower region, a solids collection region that is tapered at the bottom for collecting the solids using gravity.
An aircraft propulsion system comprising; at least first and second thrust producing gas turbine engines (10a, 10b); a controller configured to control the first and second gas turbine engines; wherein the controller is configured to: determine a required overall propulsion system thrust level; and determine an engine core power level contribution from each aircraft gas turbine engine such that the overall propulsion system produces a minimum overall noise level and meets the required overall propulsion system thrust level; characterised in that in meeting the minimum overall noise level, at least the first and second gas turbine engines are operated at different engine core power settings. determine a required overall propulsion system thrust level; and determine an engine core power level contribution from each aircraft gas turbine engine such that the overall propulsion system produces a minimum overall noise level and meets the required overall propulsion system thrust level; characterised in that in meeting the minimum overall noise level, at least the first and second gas turbine engines are operated at different engine core power settings.
Drive device for driving a closing plate in a vertical mould casting machine, the mentioned machine comprising displacement means for displacing the closing plate for compacting a casting and for extracting it from the moulding machine, wherein the displacement means for displacing the closing plate comprise drive means and transmission means (51, 51', 61, 61', 52, 52', 62, 62') arranged between the drive means and the closing plate, characterized in that: - displacement means for displacing the closing plate for compacting a casting and for extracting it from the moulding machine are electric; and in that - transmission means (51, 51', 61, 61', 52, 52', 62, 62',') and electric drive means are configured to transmit to the closing plate a first displacement with a first speed for compacting a casting and a second displacement with a second speed greater than the first, and in that the second displacement is a linear displacement in a direction parallel to the first displacement. - displacement means for displacing the closing plate for compacting a casting and for extracting it from the moulding machine are electric; and in that - transmission means (51, 51', 61, 61', 52, 52', 62, 62',') and electric drive means are configured to transmit to the closing plate a first displacement with a first speed for compacting a casting and a second displacement with a second speed greater than the first, and in that the second displacement is a linear displacement in a direction parallel to the first displacement.
A composition in the form of a liquid dose for use in the prophylactic or therapeutic treatment of inflammatory diseases of the mouth and/or the throat/pharynx, wherein the composition contains, in combination and in effective quantities in each case, (a) marsh-mallow ( Althaea officinalis L.) as a mucolytic drug in a quantity ranging from 0.01% to 30% by weight based on the composition, (b) polidocanol as a local anaesthetic in a quantity ranging from 0.001% to 0.5% by weight based on the composition, (c) polyhexanide as a surface disinfectant in a quantity ranging from 0.001% to 0.5% by weight based on the composition, wherein the composition contains the active ingredients and/or ingredients together with a pharmacologically and/or physiologically acceptable carrier and wherein the carrier is a combination based on water and propylene glycol and the weight-based ratio of water to propylene glycol ranges from 10:1 to 1:10, wherein the mucolytic drug is used in the form of a liquid extract and/or a fluid extract with a drug to extract ratio ranging from 0.9:1 to 3:1, and wherein the composition contains a preservative, wherein the preservative is potassium sorbate. (a) marsh-mallow ( Althaea officinalis L.) as a mucolytic drug in a quantity ranging from 0.01% to 30% by weight based on the composition, (b) polidocanol as a local anaesthetic in a quantity ranging from 0.001% to 0.5% by weight based on the composition, (c) polyhexanide as a surface disinfectant in a quantity ranging from 0.001% to 0.5% by weight based on the composition,
A method for melting down scrap in which the scrap is conveyed by means of a conveyor device between an input area for the scrap onto the conveyor device and a transfer area for the scrap from the conveyor device into a melting furnace, the conveyor device, at least between the input area and the transfer area, being disposed in a scrap preheating housing which has an at least substantially closed cross section or being covered by a scrap preheating housing, the transport of scrap into the melting furnace being stopped towards the end of a feed process of the melting furnace with the scrap, the conveyor device having at least two conveyor elements (14, 15; 15a) for conveying the scrap into the melting furnace, the at least two conveyor elements (14, 15; 15a) forming an at least substantially horizontal conveyor path for the scrap, and a first conveyor element extending from the input area in the direction of a delivery area between the at least two conveyor elements (14,15; 15a) and a second conveyor element (15; 15a) extending from the delivery area into the transfer area, characterized in that the first conveyor element is stopped towards the end of the feed process in order to stop the transport of the scrap into the melting furnace and the second conveyor element (15; 15a) is further operated until the entire scrap located on the second conveyor element (15; 15a) is transported from the second conveyor element (15; 15a) into the melting furnace.
Coating module for variable speed ribbon coating; said coating module comprising: ▪ a ribbon comprising an inner face and an outer face; said outer face being designed to retain ink on its surface; ▪ a conveyor system comprising a support element holding and transporting the ribbon on its inner face; characterised in that the coating module further comprises ▪ a squeeze ink roller arranged in contact with the outer face of the ribbon; said squeeze ink roller comprising an outer layer made of elastic material; ▪ a reservoir assembly designed to hold ink thereon and to feed the squeeze ink roller with said ink; ▪ a pressure controller (COp) comprising an active element for pressing the ribbon between the squeeze ink roller and the support element along a coating zone. ▪ a ribbon comprising an inner face and an outer face; said outer face being designed to retain ink on its surface; ▪ a conveyor system comprising a support element holding and transporting the ribbon on its inner face; characterised in that the coating module further comprises ▪ a squeeze ink roller arranged in contact with the outer face of the ribbon; said squeeze ink roller comprising an outer layer made of elastic material; ▪ a reservoir assembly designed to hold ink thereon and to feed the squeeze ink roller with said ink; ▪ a pressure controller (COp) comprising an active element for pressing the ribbon between the squeeze ink roller and the support element along a coating zone.
Spreading device for distributing material to be spread, having - a stirrer which is arranged in a storage container for the material to be spread and is driven rotationally by a stirrer drive shaft; and - a spreader disc which is set up to eject the material to be spread which leaves the storage container, the spreader disc being driven rotationally by a spreader disc drive shaft; the stirrer drive shaft and the spreader disc drive shaft being driven by the same drive device, and the stirrer drive shaft and the spreader disc drive shaft being connected to one another via an eccentric mechanism, characterized in that the eccentric mechanism is configured as a cycloid gear mechanism; in that the spreader disc drive shaft is configured as a mechanism input shaft and the stirrer drive shaft is configured as a mechanism output shaft; and in that the mechanism input shaft has an eccentric section which drives a cam disc. - a stirrer which is arranged in a storage container for the material to be spread and is driven rotationally by a stirrer drive shaft; and - a spreader disc which is set up to eject the material to be spread which leaves the storage container, the spreader disc being driven rotationally by a spreader disc drive shaft;
A co-rotating, self-cleaning extruder with two screws and an internal baffle is comprised of a screw mechanism and a barrel; said screw mechanism is provided inside of the inner section of the barrel, and placed horizontally; said screw mechanism is comprised of the first screw and the second screw, wherein the axes of the first and second screws are coincidental with the axes of the barrel, characterized in that the first screw has a one-threaded configuration, the second screw has a double-threaded configuration, and the first screw has an internal baffle, which is lower than the screw flight; the first and second screws co-rotate at the same speed and keep in touch with each other at all times; the first screw and the baffle achieve the self-cleaning function with the channel of the second screw by inter-wiping, and the second screw achieves the self-cleaning function with the channel of the first screw by inter-wiping, and wherein the outer sides of the first screw and the second screw are tangential to the inner side of the barrel cavity, and the flow channel formed between the first screw, the second screw, and the inner side of the barrel.
A polycarbonate polymerization process, comprising: interfacially polymerizing phosgene and a dihydroxy compound in the presence of a solvent, a chain stopper, and an interfacial catalyst to form a polycarbonate; adding a viscosity reducing agent and a transesterification catalyst to the polycarbonate upstream of a first filter to form an adjusted polycarbonate; replacing the first filter with a replacement filter; introducing the adjusted polycarbonate to the replacement filter; and reducing the addition rate of the viscosity reducing agent and the transesterification catalyst until the addition rate is 0 mol/hr. interfacially polymerizing phosgene and a dihydroxy compound in the presence of a solvent, a chain stopper, and an interfacial catalyst to form a polycarbonate; adding a viscosity reducing agent and a transesterification catalyst to the polycarbonate upstream of a first filter to form an adjusted polycarbonate; replacing the first filter with a replacement filter; introducing the adjusted polycarbonate to the replacement filter; and reducing the addition rate of the viscosity reducing agent and the transesterification catalyst until the addition rate is 0 mol/hr.
A method for producing porous aluminum magnesium titanate, comprising: forming a mixture containing aluminum source powder, magnesium source powder, titanium source powder and silicon source powder as well as a pore-forming agent to obtain a molded body; presintering the obtained molded body to eliminate the pore-forming agent; and then sintering the presintered molded body to react the aluminum source powder, magnesium source powder and titanium source powder, wherein a content of the pore-forming agent in the mixture relative to a total 100 parts by mass content of the aluminum source powder, magnesium source powder, titanium source powder and silicon source powder is 5 to 30 parts by mass, a melting point of the silicon source powder is 600 to 1300°C, when an elemental composition ratio of Al, Mg, Ti and Si in the mixture is represented by compositional formula: Al 2(1-x) Mg x Ti (1+x) O 5 + aAl 2 O 3 + bSiO 2, x satisfies 0.05 ≤ x ≤ 0.15, a satisfies 0 ≤ a ≤ 0.1 and b satisfies 0.05 ≤ b ≤ 0.15, and the presintered molded body is sintered at 1300 to 1560°C. forming a mixture containing aluminum source powder, magnesium source powder, titanium source powder and silicon source powder as well as a pore-forming agent to obtain a molded body; presintering the obtained molded body to eliminate the pore-forming agent; and then sintering the presintered molded body to react the aluminum source powder, magnesium source powder and titanium source powder, wherein a content of the pore-forming agent in the mixture relative to a total 100 parts by mass content of the aluminum source powder, magnesium source powder, titanium source powder and silicon source powder is 5 to 30 parts by mass, a melting point of the silicon source powder is 600 to 1300°C, when an elemental composition ratio of Al, Mg, Ti and Si in the mixture is represented by compositional formula: Al 2(1-x) Mg x Ti (1+x) O 5 + aAl 2 O 3 + bSiO 2, x satisfies 0.05 ≤ x ≤ 0.15, a satisfies 0 ≤ a ≤ 0.1 and b satisfies 0.05 ≤ b ≤ 0.15, and the presintered molded body is sintered at 1300 to 1560°C.