mhurhangee/patent-ind-claim-en huggingface dataset:
A trash can assembly comprising: a body comprising an interior cavity, the body having an upper opening through which refuse can be inserted into the interior cavity; a lid pivotable with respect to the body from a closed to an open position; and a trim ring pivotable with respect to the body from a closed to an open position, the trim ring comprising at least an exterior panel and an interior panel , the exterior and interior panels are formed of different materials, wherein the exterior panel is made of a metal and the interior panel is made of a plastic, wherein the exterior and interior panels are attached by curling an edge of the exterior panel around an edge of the interior panel . a body comprising an interior cavity, the body having an upper opening through which refuse can be inserted into the interior cavity; a lid pivotable with respect to the body from a closed to an open position; and a trim ring pivotable with respect to the body from a closed to an open position, the trim ring comprising at least an exterior panel and an interior panel , the exterior and interior panels are formed of different materials, wherein the exterior panel is made of a metal and the interior panel is made of a plastic, wherein the exterior and interior panels are attached by curling an edge of the exterior panel around an edge of the interior panel .
A blowout preventer comprising: a main body having a through bore ; a passage transverse to the through bore ; an isolation ring cutter disposed in the passage inside the main body and configured for positioning with an opening on the isolation ring cutter centered about the through bore ; a piston and a gate disposed separated and spaced apart from the isolation ring cutter and configured for motion along the passage ; a charge located between the piston and an end cap ; and the charge configured for activation to propel the piston and thus the gate along the passage into contact with the isolation ring cutter to propel the isolation ring cutter along the passage and across the through bore . a main body having a through bore ; a passage transverse to the through bore ; an isolation ring cutter disposed in the passage inside the main body and configured for positioning with an opening on the isolation ring cutter centered about the through bore ; a piston and a gate disposed separated and spaced apart from the isolation ring cutter and configured for motion along the passage ; a charge located between the piston and an end cap ; and the charge configured for activation to propel the piston and thus the gate along the passage into contact with the isolation ring cutter to propel the isolation ring cutter along the passage and across the through bore .
Apparatus for distributing lubricating liquid conveyed with the aid of a gas flow, having a distributor which is connected on the one hand to a compressed gas line and on the other hand to a supply line for lubricating liquid and comprises exit openings (4-8) for the lubricating liquid distributed over its length and each connected to a conveying line (9-13), characterised in that the distributor is composed of a jacket tube forming the exit openings (4-8) and of tubes for the individual conveying lines (9-13), which tubes extend within the jacket tube and are connected to the exit openings (4-8), and in that the conveying lines (9-13) connected to the compressed gas line are each connected to the common supply line for the lubricating liquid via a metering device .
Conveying storage device for containers such as bottles or cans, comprising: - a first drivable conveyor which is adapted to convey containers on a first conveying surface in a first direction , and a second drivable conveyor which is adapted to convey containers on a second conveying surface in a second direction , wherein the first conveyor and the second conveyor are positioned parallel to one another such that containers are transferable from the first conveying surface to the second conveying surface , and wherein the first direction and the second direction are opposite to each other, - a transfer device , which is movable along the conveyor for transferring containers from the first conveying surface to the second conveying surface , - a guide body which is movable along a region between the first conveyor and the second conveyor above the first conveying surface and the second conveying surface , - a guide railing for guiding and separating containers , which extends at an angle to the second direction and above the second conveying surface , characterized in that the guide railing is variable in length and cooperates with the guide body such that the length (L, LL) of the guide railing and the angle can be varied. - a first drivable conveyor which is adapted to convey containers on a first conveying surface in a first direction , and a second drivable conveyor which is adapted to convey containers on a second conveying surface in a second direction , wherein the first conveyor and the second conveyor are positioned parallel to one another such that containers are transferable from the first conveying surface to the second conveying surface , and wherein the first direction and the second direction are opposite to each other, - a transfer device , which is movable along the conveyor for transferring containers from the first conveying surface to the second conveying surface , - a guide body which is movable along a region between the first conveyor and the second conveyor above the first conveying surface and the second conveying surface , - a guide railing for guiding and separating containers , which extends at an angle to the second direction and above the second conveying surface ,
An in vitro method for producing a genome edited cell, comprising the step of introducing (a) an artificial nuclease system which cleaves both ends of a genome editing target region, and (b) a single-stranded DNA which contains a nucleic acid sequence comprising a 5'-side homology arm sequence, a donor DNA sequence, and a 3'-side homology arm sequence in this order from a 5'-side, the 5'-side homology arm sequence being a homologous sequence of one nucleic acid sequence outside the genome editing target region and 110 bases long or more, the donor DNA sequence being 200 bases long or more and 800 bases long or less, and the 3'-side homology arm sequence being a homologous sequence of the other nucleic acid sequence outside the genome editing target region, into a cell by an electroporation method, wherein the cell is not a human zygote. (a) an artificial nuclease system which cleaves both ends of a genome editing target region, and (b) a single-stranded DNA which contains a nucleic acid sequence comprising a 5'-side homology arm sequence, a donor DNA sequence, and a 3'-side homology arm sequence in this order from a 5'-side, the 5'-side homology arm sequence being a homologous sequence of one nucleic acid sequence outside the genome editing target region and 110 bases long or more, the donor DNA sequence being 200 bases long or more and 800 bases long or less, and the 3'-side homology arm sequence being a homologous sequence of the other nucleic acid sequence outside the genome editing target region, into a cell by an electroporation method, wherein the cell is not a human zygote.
A system having an electrical consumer, in particular having a drive, in particular having an electric motor fed by an inverter, wherein the system has an electrical device having a switchgear and lines supplying the consumer, in particular conductor lines, wherein a first of the lines is provided to conduct the first phase of a three-phase voltage in normal operation, wherein a second of the lines conducts a second phase of the three-phase voltage, wherein a third of the lines conducts a third phase of the three-phase voltage, wherein the consumer can be supplied with three-phase voltage from the lines in normal operation, characterised in that the switchgear is configured such that - the first line is connected to the first phase of the three-phase voltage in normal operation and - in the safety situation, the first line is being separated or is separated from the first phase of the three-phase voltage and is being connected or is connected to the second phase of the three-phase voltage. wherein the system has an electrical device having a switchgear and lines supplying the consumer, in particular conductor lines, wherein a first of the lines is provided to conduct the first phase of a three-phase voltage in normal operation, wherein a second of the lines conducts a second phase of the three-phase voltage, wherein a third of the lines conducts a third phase of the three-phase voltage, wherein the consumer can be supplied with three-phase voltage from the lines in normal operation, characterised in that the switchgear is configured such that - the first line is connected to the first phase of the three-phase voltage in normal operation and - in the safety situation, the first line is being separated or is separated from the first phase of the three-phase voltage and is being connected or is connected to the second phase of the three-phase voltage. - the first line is connected to the first phase of the three-phase voltage in normal operation and - in the safety situation, the first line is being separated or is separated from the first phase of the three-phase voltage and is being connected or is connected to the second phase of the three-phase voltage.
An inkjet printing machine for printing individual sheets, comprising a) at least one printing station ; b) a transport system for transporting the individual sheets through the printing station, along a transport direction; the transport system comprising at least one gripper conveyor movable along the transport direction, for gripping one of the individual sheets defining a sheet position in transport direction, the transport system further comprising at least one support conveyor movable along the transport direction for supporting a region of the individual sheet, wherein the supported individual sheet and the support conveyor are movable along the transport direction with respect to each other; characterised by a control system adapted to control a movement of the gripper conveyor and the support conveyor such that a distance between the gripper conveyor and the support conveyor is changed during the transport through the printing station in order to ensure that the supported region coincides with a printing region of the printing station. a) at least one printing station ; b) a transport system for transporting the individual sheets through the printing station, along a transport direction; the transport system comprising at least one gripper conveyor movable along the transport direction, for gripping one of the individual sheets defining a sheet position in transport direction, the transport system further comprising at least one support conveyor movable along the transport direction for supporting a region of the individual sheet, wherein the supported individual sheet and the support conveyor are movable along the transport direction with respect to each other; characterised by a control system adapted to control a movement of the gripper conveyor and the support conveyor such that a distance between the gripper conveyor and the support conveyor is changed during the transport through the printing station in order to ensure that the supported region coincides with a printing region of the printing station.
A method for producing an aerogel blanket, the method comprising: 1) impregnating a catalyzed sol into a blanket base; and 2) gelating the catalyzed sol to prepare a wet-gel blanket composite, wherein the method comprises: A) after the impregnating, recovering a non-impregnated catalyzed sol, and then stopping gelation of the recovered sol by adding a solvent to dilute the non-impregnated catalyzed sol; and B) reusing the gelation-stopped recovered sol in preparing of a catalyzed sol, wherein the catalyzed sol prepared through step B) above contains 5 to 50 wt% of the gelation-stopped recovered sol. 1) impregnating a catalyzed sol into a blanket base; and 2) gelating the catalyzed sol to prepare a wet-gel blanket composite, wherein the method comprises: A) after the impregnating, recovering a non-impregnated catalyzed sol, and then stopping gelation of the recovered sol by adding a solvent to dilute the non-impregnated catalyzed sol; and B) reusing the gelation-stopped recovered sol in preparing of a catalyzed sol, A) after the impregnating, recovering a non-impregnated catalyzed sol, and then stopping gelation of the recovered sol by adding a solvent to dilute the non-impregnated catalyzed sol; and B) reusing the gelation-stopped recovered sol in preparing of a catalyzed sol,
A method for predicting channel state information, comprising: determining (S103) channel prediction information based on a reference signal sent by a network device, wherein the channel prediction information is used to predict channel information; and characterized by comprising: sending (S104) the channel prediction information, wherein the channel information is constructed based on a group of angle vectors and a group of delay vectors, each angle vector is constructed based on an angle parameter corresponding to the angle vector, each delay vector is constructed based on a delay parameter corresponding to the delay vector, the channel prediction information comprises angle prediction information and delay prediction information, the angle prediction information is used to predict the angle parameters, and the delay prediction information is used to predict the delay parameters, and wherein the channel information is constructed based on a weighted sum of a group of angle-delay pairs, each angle-delay pair corresponds to a weighting coefficient and is constructed based on an angle vector in the group of angle vectors and a delay vector in the group of delay vectors, and the channel prediction information further comprises weighting coefficient prediction information used to predict the weighting coefficient. sending (S104) the channel prediction information, wherein the channel information is constructed based on a group of angle vectors and a group of delay vectors, each angle vector is constructed based on an angle parameter corresponding to the angle vector, each delay vector is constructed based on a delay parameter corresponding to the delay vector, the channel prediction information comprises angle prediction information and delay prediction information, the angle prediction information is used to predict the angle parameters, and the delay prediction information is used to predict the delay parameters, and wherein the channel information is constructed based on a weighted sum of a group of angle-delay pairs, each angle-delay pair corresponds to a weighting coefficient and is constructed based on an angle vector in the group of angle vectors and a delay vector in the group of delay vectors, and the channel prediction information further comprises weighting coefficient prediction information used to predict the weighting coefficient.
A system for viewing a subject when performing an operation on the subject, comprising: a wearable viewscreen and camera system configured to be held relative to a first eye of a user, having: a mounting structure; a first viewscreen configured to be positioned near the first eye of the user and fixed to the mounting structure; and a first camera configured to have a first field of view; an instrument tracking device fixed to an instrument viewable by the first camera; a subject marker viewable by the first camera; and a processor system configured to execute instructions (i) to determine a relative position of the instrument tracking device relative to the subject marker based on a first signal from the first camera regarding a view of the instrument tracking device relative to the subject marker and (ii) generate an instrument icon to be displayed in the first viewscreen to be viewed by the first eye; and further comprising: a memory having stored thereon an image of at least a portion of a region of operation of the subject; wherein the image includes image portions that represent the subject marker; wherein the processor system executes further instructions to (i) register the image of at least the portion of the region of the operation and (ii) display an anatomy representation with the first viewscreen; wherein the anatomy representation is configured to appear in the user's field of vision relative to the subject. a wearable viewscreen and camera system configured to be held relative to a first eye of a user, having: a mounting structure; a first viewscreen configured to be positioned near the first eye of the user and fixed to the mounting structure; and a first camera configured to have a first field of view; a mounting structure; a first viewscreen configured to be positioned near the first eye of the user and fixed to the mounting structure; and a first camera configured to have a first field of view; an instrument tracking device fixed to an instrument viewable by the first camera; a subject marker viewable by the first camera; and a processor system configured to execute instructions (i) to determine a relative position of the instrument tracking device relative to the subject marker based on a first signal from the first camera regarding a view of the instrument tracking device relative to the subject marker and (ii) generate an instrument icon to be displayed in the first viewscreen to be viewed by the first eye; and a memory having stored thereon an image of at least a portion of a region of operation of the subject; wherein the image includes image portions that represent the subject marker; wherein the processor system executes further instructions to (i) register the image of at least the portion of the region of the operation and (ii) display an anatomy representation with the first viewscreen; wherein the anatomy representation is configured to appear in the user's field of vision relative to the subject.
A method of bonding at a faying surface two substrates of γ-titanium aluminide alloy having a composition within the range of Ti-(42-49)Al-(0.1-10)X in at.%, where X represents elements selected from Zr, V, Nb, Ta, Cr, Mo, W, Mn, Si, B, C or combinations thereof, comprising the steps of applying a braze material of a titanium alloy of the general composition Ti-(10-35)Al-(0-10)X-(5-30)Z in at.%, where X represents one or more elements selected from the group of Zr, V, Nb, Ta, Cr, Mo, W, Mn, Si, B, C, and Z represents one or more elements selected from the group of Fe and Ni, and wherein those alloying elements present in the substrate material other than titanium and aluminum are present in quantities in at.% up to their content in the substrate material, at the faying surface of the substrates, and subjecting the substrates and braze material to an elevated temperature above the melting point of the braze material and below the γ-solvus temperature of the γ-titanium aluminide alloy, and joining the substrates by transient liquid phase bonding.
A color conversion film comprising: a base film, wherein the base film is a PET film; a color conversion layer provided directly on the base film; an adhesive layer provided directly on the color conversion layer; and a protective layer provided directly on the adhesive layer, wherein the color conversion layer comprises a resin matrix and an organic fluorescent dye dispersed in the resin matrix, and a thickness t1 of the protective layer is larger than a thickness t2 of the base film wherein molecular absorption coefficient of the organic fluorescent dye is 50,000 to 150,000 M -1 cm -1 ; and a thickness ratio of the base film to the protective layer is 1:1.5 to 1:5 a base film, wherein the base film is a PET film; a color conversion layer provided directly on the base film; an adhesive layer provided directly on the color conversion layer; and a protective layer provided directly on the adhesive layer, wherein the color conversion layer comprises a resin matrix and an organic fluorescent dye dispersed in the resin matrix, and a thickness t1 of the protective layer is larger than a thickness t2 of the base film wherein molecular absorption coefficient of the organic fluorescent dye is 50,000 to 150,000 M -1 cm -1 ; and a thickness ratio of the base film to the protective layer is 1:1.5 to 1:5
A system for shifting between gears in a gearbox of a drivetrain in a vehicle, comprising: an engine having a crankshaft ; an electric machine configured to provide a motor motion to the crankshaft ; a gearbox having an input shaft ; a clutch between the crankshaft and the input shaft , characterized by : a controller configured to engage the clutch and start the electric machine to provide a motor motion to the crankshaft following determination that a gear shifting block occurs during shifting between gears in the gearbox while the engine is being stopped. an engine having a crankshaft ; an electric machine configured to provide a motor motion to the crankshaft ; a gearbox having an input shaft ; a clutch between the crankshaft and the input shaft , characterized by : a controller configured to engage the clutch and start the electric machine to provide a motor motion to the crankshaft following determination that a gear shifting block occurs during shifting between gears in the gearbox while the engine is being stopped.