mhurhangee/patent-ind-claim-en huggingface dataset:
A blended thermoplastic composition comprising: a) from 5 wt% to 25 wt% of a polycarbonate component; b) from 20 wt% to 50 wt% of a polybutylene terephthalate component; c) from greater than 0 wt% to 5 wt% of a compatibilizer such as polyester ether elastomer component; d) from greater than 0 wt% to 5 wt% of an impact modifier such as poly(ethylene-co-ethylacrylate) component; e) from greater than 0 wt% to 3 wt% of a compatibilizer such as ethylene/alkyl acrylate/glycidyl methacrylate terpolymer component; and f) from greater than 0 wt% to 60 wt% of a glass fiber component; wherein the wt% ratio of the polycarbonate component to polybutylene terephthalate component is less than or equal to 0.5; wherein the blended thermoplastic composition is chemically resistant; wherein the combined weight percent value of all components does not exceed 100 wt%; and wherein all weight percent values are based on the total weight of the composition. a) from 5 wt% to 25 wt% of a polycarbonate component; b) from 20 wt% to 50 wt% of a polybutylene terephthalate component; c) from greater than 0 wt% to 5 wt% of a compatibilizer such as polyester ether elastomer component; d) from greater than 0 wt% to 5 wt% of an impact modifier such as poly(ethylene-co-ethylacrylate) component; e) from greater than 0 wt% to 3 wt% of a compatibilizer such as ethylene/alkyl acrylate/glycidyl methacrylate terpolymer component; and f) from greater than 0 wt% to 60 wt% of a glass fiber component;
A compiling device configured to convert a source code computer program into an object code computer program , the compiling device comprising - an input arranged to receive a source code computer program, and - a processor circuit arranged to - parse the source code computer program and generate a static single assignment, SSA, graph for at least a portion of the source code computer program, vertices of the SSA graph corresponding to operations, and edges of the SSA graph corresponding to assignments, edges having a bit size corresponding to the assignment to which the edge corresponds, wherein the input is further arranged to - receive an indication of a non-empty first subgraph of the SSA graph, the indication comprising one or more variables and/or assignments of the source code program, the indicated first sub-graph comprising edges that correspond to the one or more variables and/or assignments, the first subgraph representing a part of the SSA graph of which it is desired that the intermediate values are not explicitly represented in the program, and wherein the processor circuit is further arranged to - search for a second subgraph of the SSA graph, wherein the first subgraph is a subgraph of the second subgraph, and wherein a sum of the bit sizes corresponding to incoming edges of the second subgraph is smaller than a sum of the bit sizes associated to incoming edges of the first graph, - implementing the second subgraph of the SSA graph in the object code computer program as a single operation thus omitting the assignments corresponding to edges of the first subgraph. - an input arranged to receive a source code computer program, and - a processor circuit arranged to - parse the source code computer program and generate a static single assignment, SSA, graph for at least a portion of the source code computer program, vertices of the SSA graph corresponding to operations, and edges of the SSA graph corresponding to assignments, edges having a bit size corresponding to the assignment to which the edge corresponds, wherein the input is further arranged to - receive an indication of a non-empty first subgraph of the SSA graph, the indication comprising one or more variables and/or assignments of the source code program, the indicated first sub-graph comprising edges that correspond to the one or more variables and/or assignments, the first subgraph representing a part of the SSA graph of which it is desired that the intermediate values are not explicitly represented in the program, and wherein the processor circuit is further arranged to - search for a second subgraph of the SSA graph, wherein the first subgraph is a subgraph of the second subgraph, and wherein a sum of the bit sizes corresponding to incoming edges of the second subgraph is smaller than a sum of the bit sizes associated to incoming edges of the first graph, - implementing the second subgraph of the SSA graph in the object code computer program as a single operation thus omitting the assignments corresponding to edges of the first subgraph.
Hydraulic linear drive having a hydraulic cylinder which has three pressure spaces which are delimited by in each case one active face (A 1 , A 2 , A 3 ) and can be loaded with high pressure or low pressure via a hydraulic machine and a valve arrangement of the linear drive, in order to move the hydraulic cylinder in a rapid motion or in a power stroke in one direction or in a rapid motion or in a power stroke in the other direction, the valve arrangement having a directional valve which, in a first position (b), connects a pressure connector of the hydraulic machine via a working line to a first one of the pressure spaces and connects a second one of the pressure spaces via a further working line to a low pressure source , and, in a second position (a), shuts off the connection of the second pressure space to the low pressure source , a control valve being arranged downstream of the directional valve in the pressure build-up direction, which control valve , in one position (a), connects the first pressure space to the second pressure space which is active in the opposite direction, and, in the other position (b), connects the first pressure space to the third pressure space , and a pressure medium connection of the third pressure space to the hydraulic machine being shut off in the one position (a) of the control valve , characterized in that the hydraulic machine has a variable-speed drive , and in that the area ratios of the active faces (A 1 , A 2 , A 3 ) are adapted in such a way that the drive operates in the same rotational speed range in the rapid motion and in the power stroke, and in that the third pressure space is connected to the low pressure source via a suction line and a check valve which opens in the direction of the third pressure space .
A method for preparing squalene from a composition comprising squalene from an animal source, said method comprising steps of (a) a purification distillation carried out at a temperature T 1 , (b) a denaturing distillation carried out at a temperature T 2 ; wherein steps (a) and (b) may be performed in either order; T 1 and T 2 are sufficient to cause squalene to boil; T 2 > T 1 ; and T 2 ≥ 200°C; and T 2 -T 1 is from 30°C to 250°C.
A container of a fluid, comprising a collar having a passage and a pair of laminated film sheets thermally bonded along perimetral welding lines (S1) so as to form a bag , the pair of sheets being also thermally welded to the collar so that the passage of the collar defines an access inside the bag , the container comprising an airless pump , wherein the collar has a cup-shaped part in which said passage is formed, a sealing lip extending from a bottom of said cup-shaped part, the sealing lip being integrally formed with the collar , the sealing lip cooperating in an air-tight manner with an outer surface of the pump body of the airless pump housed at least partially in the collar , wherein the outer surface of the collar , in a welding zone with each of the sheets has, in section, an oblong conformation with two tapered ends aligned along at least one axis (S) where the pair of sheets are welded together, a fastening element being fitted onto the airless pump , which engages with the collar , characterized in that a flange of the pump is sandwiched between the fastening element and the collar .
A bottom-supported boiler comprising a boiler pressure body having a rectangular horizontal cross section formed by joining four planar water tube walls pairwise together so as to form four corner sections , and a support construction , characterized in that the support construction comprises four vertical columns vertically supported to the ground , the vertical columns being arranged outside the boiler pressure body so that adjacent to each of the corner sections is arranged one of the four vertical columns , wherein each of the vertical columns is attached to the respective corner section so that vertical loads of the boiler pressure body are transferred to the ground by the four vertical columns .
Device for screening a materials mixture (M) consisting of several materials (M1-M4) or groups of materials, the device comprising a first transport unit to which the materials mixture (M) can be fed by a feed device , and a second transport unit , which is arranged downstream in a transport direction of the materials mixture (M) and at a distance from the first transport unit , and a first chute being provided between the first transport unit and the second transport unit , via which a first material (M1) or a first group of materials with a first fluid resistance can be separated from the materials mixture (M), wherein the device comprises at least one third transport unit being arranged downstream in the transport direction of the materials mixture (M) and at a distance from the second transport unit , wherein between the second and the third transport unit a second chute is provided, by which at least the second material (M2) or the second group of materials having a second fluid resistance can be separated from the materials mixture (M), and wherein the second chute extends between the second transport unit and the third transport unit or passes the third transport unit , wherein the third transport unit is material-permeable and/or permeable for a fluid current (S3; S3', S3"), characterized in that the device comprises a dissipation device by which a first fluid current (S1) can be dissipated, and that the dissipation device comprises an adjustable flap , in particular one that can be opened and closed, and that, when the flap of the dissipation device is at least partially open, a fluid current (S4) running through the flap can be generated by a suction fan (71; 71a, 71b) of the removal device .
A pharmaceutical agent comprising D-allulose as an active ingredient for use in treating or improving: (a) autism spectrum disorder, (b) a mental disease in which central oxytocin is involved, (c) social behavior disorders, (d) anxiety disorders, or (e) stress. (a) autism spectrum disorder, (b) a mental disease in which central oxytocin is involved, (c) social behavior disorders, (d) anxiety disorders, or (e) stress.
A low-noise amplification device provided in a communication satellite, comprising: a variable-power attenuation means for generating an attenuation signal by attenuating a reception signal which is a collection of signals received from a plurality of mobile terminals; a low-noise amplification means for generating an amplification signal by amplifying the attenuation signal with low noise; and a signal control means for outputting a control signal to the variable-power attenuation means depending on the strength of the reception signal, and then adjusting an attenuation of the variable-power attenuation means . a variable-power attenuation means for generating an attenuation signal by attenuating a reception signal which is a collection of signals received from a plurality of mobile terminals; a low-noise amplification means for generating an amplification signal by amplifying the attenuation signal with low noise; and a signal control means for outputting a control signal to the variable-power attenuation means depending on the strength of the reception signal, and then adjusting an attenuation of the variable-power attenuation means .
A fuel nozzle for a gas turbine engine , the fuel nozzle defining a radial direction, a longitudinal direction, a circumferential direction, an upstream end , and a downstream end , the fuel nozzle comprising: an aft body to be coupled to at least one fuel injector , wherein the aft body defines a forward wall and an aft wall each extended in the radial direction, and a plurality of sidewalls extended in the longitudinal direction, wherein the plurality of sidewalls couples the forward wall and the aft wall , wherein the forward wall defines at least one channel inlet orifice , and wherein at least one of the plurality of sidewalls defines at least one channel outlet orifice ; wherein at least one micro channel cooling circuit is defined between the one or more channel inlet orifices and the one or more channel outlet orifices ; characterized in that : the aft body further defines one or more cooling collectors forming part of the micro channel cooling circuit , wherein each cooling collector defines a substantially cylindrical volume within the aft body and is to be disposed between a plurality of fuel injectors along the radial and/or circumferential direction; wherein the micro channel cooling circuit comprises a plurality of serpentine passages within the aft body , each serpentine passage extending from one of the cooling collectors to at least one of the channel outlet orifices . an aft body to be coupled to at least one fuel injector , wherein the aft body defines a forward wall and an aft wall each extended in the radial direction, and a plurality of sidewalls extended in the longitudinal direction, wherein the plurality of sidewalls couples the forward wall and the aft wall , wherein the forward wall defines at least one channel inlet orifice , and wherein at least one of the plurality of sidewalls defines at least one channel outlet orifice ; wherein at least one micro channel cooling circuit is defined between the one or more channel inlet orifices and the one or more channel outlet orifices ; characterized in that : the aft body further defines one or more cooling collectors forming part of the micro channel cooling circuit , wherein each cooling collector defines a substantially cylindrical volume within the aft body and is to be disposed between a plurality of fuel injectors along the radial and/or circumferential direction; wherein the micro channel cooling circuit comprises a plurality of serpentine passages within the aft body , each serpentine passage extending from one of the cooling collectors to at least one of the channel outlet orifices .
Pb-free Cu-Zn alloy for producing alloy products used under lubric conditions with the following composition (values in % by weight): Cu: 57-59 % Mn: 1.7 - 2.7 % Al: 1.3 - 2.2 % Si: 0.4 - 1.0 % Ni: 0.4 - 0.85 % Fe: 0.3 - 0.7 % Sn: 0.15 - 0.4 % the remainder being Zn as well as unavoidable impurities with 0.05 % by weight per element, wherein the sum total of the unavoidable impurities does not exceed 0.15 % by weight. Cu: 57-59 % Mn: 1.7 - 2.7 % Al: 1.3 - 2.2 % Si: 0.4 - 1.0 % Ni: 0.4 - 0.85 % Fe: 0.3 - 0.7 % Sn: 0.15 - 0.4 % the remainder being Zn as well as unavoidable impurities with 0.05 % by weight per element, wherein the sum total of the unavoidable impurities does not exceed 0.15 % by weight.
Modular shooting range comprised of a plurality of interconnecting units , said interconnecting units each constituted by an elongated shipping container, said interconnecting units comprising: - one front unit being at least substantially open at only one of the opposite long sides thereof, wherein said front unit comprises a conditioning system for providing an air flow in said modular shooting range, - one bullet trap unit comprising a bullet trap system arranged for trapping bullets fired, said bullet trap unit being at least substantially open at only one of the opposite long sides thereof, - a plurality of extension units for extending a length of said shooting range, each of said plurality of extension units being at least substantially open at both of the opposite long sides thereof, wherein said interconnecting units are connected to each other via said open long sides, and wherein said plurality of extension units are arranged between said front unit and said bullet trap unit thereby forming a substantially closed air-tight shooting range, characterized in that said interconnecting units further comprise a back unit comprising coupling means for coupling said back unit to said bullet trap unit via a closed long side of said bullet trap unit, wherein said back unit comprises an air suction system arranged for suctioning air having gasses and particles generated through the use of the shooting range out of said shooting range via a bullet proof ventilation vent in said closed long side of said bullet trap unit, such that said air flow from said conditioning system is laminar across said shooting range. - one front unit being at least substantially open at only one of the opposite long sides thereof, wherein said front unit comprises a conditioning system for providing an air flow in said modular shooting range, - one bullet trap unit comprising a bullet trap system arranged for trapping bullets fired, said bullet trap unit being at least substantially open at only one of the opposite long sides thereof, - a plurality of extension units for extending a length of said shooting range, each of said plurality of extension units being at least substantially open at both of the opposite long sides thereof, wherein said interconnecting units are connected to each other via said open long sides, and wherein said plurality of extension units are arranged between said front unit and said bullet trap unit thereby forming a substantially closed air-tight shooting range, characterized in that said interconnecting units further comprise a back unit comprising coupling means for coupling said back unit to said bullet trap unit via a closed long side of said bullet trap unit, wherein said back unit comprises an air suction system arranged for suctioning air having gasses and particles generated through the use of the shooting range out of said shooting range via a bullet proof ventilation vent in said closed long side of said bullet trap unit, such that said air flow from said conditioning system is laminar across said shooting range.
A closure for closing a mouth of a container of a liquid , the closure comprising: a cap having fixing means for fixing the cap to the container , the cap being rotatable around a longitudinal axis of the container in a fixed condition wherein the closure is fixed to the container , a delivery port for delivering the liquid from the container , a cap suction conduit for suctioning air into the container during the delivering of the liquid , characterised in that it further comprises a connector for connecting a delivery device of the liquid , the connector being in fluid communication with the delivery port , a cursor having a thread for screwing the cursor with respect to the container , a valve member in a closed position wherein the valve member closes the delivery port , and a cursor suction conduit slidebly coupled with the cap suction conduit , a frangible element closing the cap suction conduit or the cursor suction conduit , and dragging means for dragging the cursor into rotation by the cap , wherein the closure is configured to cause the cursor to slide with respect to the cap in response to at least one rotation of the cap thereby moving the cursor suction conduit to break the frangible element , putting in fluid communication the cursor suction conduit with the cap suction conduit , and moving the valve member to an open position, wherein the valve member opens the delivery port . a cap having fixing means for fixing the cap to the container , the cap being rotatable around a longitudinal axis of the container in a fixed condition wherein the closure is fixed to the container , a delivery port for delivering the liquid from the container , a cap suction conduit for suctioning air into the container during the delivering of the liquid , characterised in that it further comprises a connector for connecting a delivery device of the liquid , the connector being in fluid communication with the delivery port , a cursor having a thread for screwing the cursor with respect to the container , a valve member in a closed position wherein the valve member closes the delivery port , and a cursor suction conduit slidebly coupled with the cap suction conduit , a frangible element closing the cap suction conduit or the cursor suction conduit , and dragging means for dragging the cursor into rotation by the cap , wherein the closure is configured to cause the cursor to slide with respect to the cap in response to at least one rotation of the cap thereby moving the cursor suction conduit to break the frangible element , putting in fluid communication the cursor suction conduit with the cap suction conduit , and moving the valve member to an open position, wherein the valve member opens the delivery port .
A batch suspension polymerization reactor for preparing a vinyl chloride resin, the reactor comprising: a paddle type agitator having two or more stages of impellers, wherein in the agitator, an angle (pitched angle) of blades of a top impeller is 5 to 20° with respect to an agitator shaft and an angle of blades of the other lower impellers except the top impeller is 0° with respect to the agitator shaft in a vertical direction, and the top impeller of the agitator is disposed in a lower portion of a liquid interface inside the reactor, so that a position of the top impeller satisfies a relationship between a distance (t) between an upper portion of blades of the top impeller and the liquid interface inside the reactor and a reactor diameter (D) which is t/D = 0.22 to 0.3.
A method , comprising: positioning an object on a support relative to a radiation source at a first gantry angle (α Tx ) such that a source-to-surface distance (SSD) is defined between the radiation source at the first gantry angle (α Tx ) and a point on a surface of the object , the radiation source being supported by a rotating gantry ; positioning the radiation source at a second gantry angle predetermined at least based on a desired value of SSD at the first gantry angle (α Tx ), wherein the positioning of the radiation source at the second gantry angle allows a ray of radiation from the radiation source to align with a surface or be tangent to a point on a surface located at the desired value of SSD; acquiring an image showing at least a portion of the surface of the object using the radiation from the radiation source at the second gantry angle; verifying , based on an analysis of the acquired image, if the point on the surface of the object is positioned at the desired value of SSD. positioning an object on a support relative to a radiation source at a first gantry angle (α Tx ) such that a source-to-surface distance (SSD) is defined between the radiation source at the first gantry angle (α Tx ) and a point on a surface of the object , the radiation source being supported by a rotating gantry ; positioning the radiation source at a second gantry angle predetermined at least based on a desired value of SSD at the first gantry angle (α Tx ), wherein the positioning of the radiation source at the second gantry angle allows a ray of radiation from the radiation source to align with a surface or be tangent to a point on a surface located at the desired value of SSD; acquiring an image showing at least a portion of the surface of the object using the radiation from the radiation source at the second gantry angle; verifying , based on an analysis of the acquired image, if the point on the surface of the object is positioned at the desired value of SSD.
A fusion protein for use in treating anemia in a subject in need thereof, the fusion protein comprising a Twisted Gastrulation (TWSG) polypeptide and a fragment crystallizable region (Fc) polypeptide, wherein the TWSG polypeptide comprises an amino acid sequence at least 80% identical to the sequence of SEQ ID NO: 8, and wherein the fusion protein is capable of binding to at least one bone morphogenetic protein (BMP).