mhurhangee/ep-ind-claims huggingface dataset:
A method for printing a three-dimensional object, comprising: taking a file of layers of a 3D object; making a printing plate for printing a plurality of layers; clamping or inserting the plate into a press; printing, by the plate, onto a substrate; flooding the substrate with powder, such that the powder adheres to the substrate where fluid from the printing plate was printed; removing excess powder; performing stacking and one or more of folding, cutting or gathering, of the substrate to stack at least some of the plurality of layers; and heating and compressing the stack of at least some of the plurality of layers to form a three-dimensional object. taking a file of layers of a 3D object; making a printing plate for printing a plurality of layers; clamping or inserting the plate into a press; printing, by the plate, onto a substrate; flooding the substrate with powder, such that the powder adheres to the substrate where fluid from the printing plate was printed; removing excess powder; performing stacking and one or more of folding, cutting or gathering, of the substrate to stack at least some of the plurality of layers; and heating and compressing the stack of at least some of the plurality of layers to form a three-dimensional object.
A rotary compressor comprising: a casing; an electric motor including a stator fixed to the casing, and including a rotor; a compression mechanism connected to the electric motor via a drive shaft; and a balance weight mechanism (60, 70) configured to cause centrifugal force to act on the drive shaft, wherein the rotor includes: a rotor core including a plurality of stacked electromagnetic steel sheets; and a rivet configured to clamp the rotor core at both axial ends of the rotor core, the balance weight mechanism (60, 70) includes: a flat portion (67, 77) forming a flat surface to an axial end of the drive shaft, and the balance weight mechanism (60, 70) is placed to an axial end portion of the rotor to cover a head of the rivet, characterised in that the balance weight mechanism (60, 70) further includes an insertion portion (68, 78) into which the drive shaft is press fit. a casing; an electric motor including a stator fixed to the casing, and including a rotor; a compression mechanism connected to the electric motor via a drive shaft; and a balance weight mechanism (60, 70) configured to cause centrifugal force to act on the drive shaft, wherein the rotor includes: a rotor core including a plurality of stacked electromagnetic steel sheets; and a rivet configured to clamp the rotor core at both axial ends of the rotor core, the balance weight mechanism (60, 70) includes: a flat portion (67, 77) forming a flat surface to an axial end of the drive shaft, and the balance weight mechanism (60, 70) is placed to an axial end portion of the rotor to cover a head of the rivet, a rotor core including a plurality of stacked electromagnetic steel sheets; and a rivet configured to clamp the rotor core at both axial ends of the rotor core, the balance weight mechanism (60, 70) includes: a flat portion (67, 77) forming a flat surface to an axial end of the drive shaft, and the balance weight mechanism (60, 70) is placed to an axial end portion of the rotor to cover a head of the rivet, a flat portion (67, 77) forming a flat surface to an axial end of the drive shaft, and the balance weight mechanism (60, 70) is placed to an axial end portion of the rotor to cover a head of the rivet,
Squirrel cage rotor for an asynchronous machine, having a shaft, a rotor plate packet having rotor bars which are arranged inside and short-circuit rings having recesses through which the rod ends of the rotor bars extend from the rotor plate packet, characterised in that - the rotor bars partially have an electrical insulation layer on the surface thereof, - in that the electrical insulation layer is connected in a materially engaging manner only to the surface of the rotor bars, and - in that only the radially outer and/or radially inner surface portions of a rotor rod have an electrical insulation layer, wherein the insulation layer under all operating conditions effectively prevents direct contact of the rotor rods with the rotor plate packet. - the rotor bars partially have an electrical insulation layer on the surface thereof, - in that the electrical insulation layer is connected in a materially engaging manner only to the surface of the rotor bars, and - in that only the radially outer and/or radially inner surface portions of a rotor rod have an electrical insulation layer, wherein the insulation layer under all operating conditions effectively prevents direct contact of the rotor rods with the rotor plate packet.
A method for storing energy in the form of hydrazine carbonate and subsequent reconversion of the hydrazine carbonate into reusable energy, characterised in that sea water is first used in an electrolysis method to produce hypochlorite, the hypochlorite reacting to form hydrazine by the introduction of ammonia, by means of the formation monochloramine, and subsequently the hydrazine reacts to form hydrazine carbonate by the introduction of carbon dioxide, the hydrazine carbonate releasing hydrogen or at least one hydrogencontaining gas by reaction on a catalyst free of noble metal, in order to release the stored energy, and the hydrogen or the gas containing at least hydrogen is to be supplied to a fuel cell or burned in order to emit the reusable energy.
Civil engineering machine with - a mobile carrier device, - a leader with a linear guide, along which a work carriage for a construction work device is movably mounted, - a linkage mechanism with which the leader is mounted to the carrier device, so as to be adjustable between a substantially vertical working position and a substantially horizontal transport position, - at least one running-with trailing cable, which is connected to the movable work carriage on the one hand, and to the carrier device or the leader on the other hand, and - wherein at least one support device is provided for the at least one trailing cable on the leader, characterized in that, the support device is adjustable between a retracted retraction position and an extended support position, and in that the at least one trailing cable is held in the extended support position by the support device in the essentially horizontal transport position of the leader. - a mobile carrier device, - a leader with a linear guide, along which a work carriage for a construction work device is movably mounted, - a linkage mechanism with which the leader is mounted to the carrier device, so as to be adjustable between a substantially vertical working position and a substantially horizontal transport position, - at least one running-with trailing cable, which is connected to the movable work carriage on the one hand, and to the carrier device or the leader on the other hand, and - wherein at least one support device is provided for the at least one trailing cable on the leader, the support device is adjustable between a retracted retraction position and an extended support position, and in that the at least one trailing cable is held in the extended support position by the support device in the essentially horizontal transport position of the leader.
An oil-in-water (O/W) emulsifier comprising esters of polyglycerol-6 and of lauric acid, and of polyglycerol-X, wherein X is any one of 4, 5 and 7 to 12 and of lauric acid, wherein prior to mixing lauric acid with the polyglycerols, lauric acid has a purity of at least 85 % w/w, and the polyglycerols have a purity of at least 60% w/w, wherein the emulsifier can form a stable O/W emulsion for at least 1 week at about 50°C, and wherein the emulsifier is prepared by: (a) heating the polyglycerol-6, the polyglycerol-X, wherein X is any one of 4, 5 and 7 to 12, and lauric acid at 70°C to 110°C to form a mixture; and (b) esterifying the mixture at a temperature between 120 and 170°C. (a) heating the polyglycerol-6, the polyglycerol-X, wherein X is any one of 4, 5 and 7 to 12, and lauric acid at 70°C to 110°C to form a mixture; and (b) esterifying the mixture at a temperature between 120 and 170°C.
Support frame (9, 10) for a pump station for holding vacuum pumps (13, 14) for a coating device of containers by means of a coating process comprising a rack, - on which support struts are formed, on which at least two support devices are arranged by means of detachable connections, on each of which a vacuum pump (13, 14) can be attached in a detachable manner, and - comprising feet extending downwards from the lowest support struts, thereby comprising detachable fastening devices for connecting to a main support frame of the coating device; wherein the support devices have a rectangular cross-section slightly larger than the cross-section of a fork of a pallet truck or a forklift truck and which are sufficiently spaced apart in the horizontal direction in such a way that the forks of a pallet truck or a fork of a forklift truck can be retracted into them with little play, characterized in that at least one vacuum pump (13, 14) is arranged on the support devices in a detachable manner. - on which support struts are formed, on which at least two support devices are arranged by means of detachable connections, on each of which a vacuum pump (13, 14) can be attached in a detachable manner, and - comprising feet extending downwards from the lowest support struts, thereby comprising detachable fastening devices for connecting to a main support frame of the coating device; wherein the support devices have a rectangular cross-section slightly larger than the cross-section of a fork of a pallet truck or a forklift truck and which are sufficiently spaced apart in the horizontal direction in such a way that the forks of a pallet truck or a fork of a forklift truck can be retracted into them with little play, characterized in that at least one vacuum pump (13, 14) is arranged on the support devices in a detachable manner.
A method for wireless communication at a user equipment, UE, comprising: receiving a synchronization signal, SS, block comprising a physical broadcast channel, PBCH; identifying, from the PBCH, a control resource set, coreset, configuration indication which indicates a coreset configuration for a coreset that includes control information; identifying, from the PBCH, a multiplexing indication which indicates whether the coreset and the SS block are time division multiplexed, frequency division multiplexed, or both; determining the coreset based at least in part on the coreset configuration indication and the multiplexing indication; and monitoring for the control information in the coreset; and determining a location of remaining minimum system information, RMSI, in a data channel based at least in part on the control information. receiving a synchronization signal, SS, block comprising a physical broadcast channel, PBCH; identifying, from the PBCH, a control resource set, coreset, configuration indication which indicates a coreset configuration for a coreset that includes control information; identifying, from the PBCH, a multiplexing indication which indicates whether the coreset and the SS block are time division multiplexed, frequency division multiplexed, or both; determining the coreset based at least in part on the coreset configuration indication and the multiplexing indication; and monitoring for the control information in the coreset; and determining a location of remaining minimum system information, RMSI, in a data channel based at least in part on the control information.
A computer-implemented method for automatically prompting a calling user to send a message to a called user over a wireless cellular or data network of a Mobile Operator, the calling user using a calling mobile device and the called user using a called mobile device, the method comprising: detecting, at a network element of the wireless cellular or data network of the Mobile Operator, that a call from the calling mobile device to the called mobile device was a missed call; retrieving, at the wireless cellular or data network, the phone number of the calling mobile device; sending, from the wireless cellular or data network, a first message to the calling mobile device comprising first instructions to display a menu having a plurality of selectable menu items, wherein at least one of the selectable menu items corresponds to a stored phrase. detecting, at a network element of the wireless cellular or data network of the Mobile Operator, that a call from the calling mobile device to the called mobile device was a missed call; retrieving, at the wireless cellular or data network, the phone number of the calling mobile device; sending, from the wireless cellular or data network, a first message to the calling mobile device comprising first instructions to display a menu having a plurality of selectable menu items, wherein at least one of the selectable menu items corresponds to a stored phrase.
An in vitro and/or ex vivo method of preparing epidermal skin tissue, the method comprising: (i) contacting an epidermal skin cell with an agent that disrupts the LINC complex of the cell, wherein the agent: (a) is a modified Nesprin that consists of a KASH domain; (b) is a modified SUN protein that consists of a SUN domain; and/or (c) comprises an amino acid sequence substantially as set out in SEQ ID No: 27, or a variant or fragment thereof, wherein the variant or fragment thereof has at least 70% identity to the SUN protein; (ii) culturing the cell on a substrate comprising culture media to induce proliferation of the cell into a plurality of cells; and (iii) removing a portion of culture media from the substrate such that the plurality of cells are disposed in an interface between culture media remaining on the substrate and air, to thereby induce differentiation of the cells into epidermal skin tissue. (i) contacting an epidermal skin cell with an agent that disrupts the LINC complex of the cell, wherein the agent: (a) is a modified Nesprin that consists of a KASH domain; (b) is a modified SUN protein that consists of a SUN domain; and/or (c) comprises an amino acid sequence substantially as set out in SEQ ID No: 27, or a variant or fragment thereof, wherein the variant or fragment thereof has at least 70% identity to the SUN protein; (a) is a modified Nesprin that consists of a KASH domain; (b) is a modified SUN protein that consists of a SUN domain; and/or (c) comprises an amino acid sequence substantially as set out in SEQ ID No: 27, or a variant or fragment thereof, wherein the variant or fragment thereof has at least 70% identity to the SUN protein; (ii) culturing the cell on a substrate comprising culture media to induce proliferation of the cell into a plurality of cells; and (iii) removing a portion of culture media from the substrate such that the plurality of cells are disposed in an interface between culture media remaining on the substrate and air, to thereby induce differentiation of the cells into epidermal skin tissue.
One or more computer-readable non-transitory storage media embodying software that is operable when executed to: determine, based on cardiac-activity data, a histogram (310 or 320) representing heart rate fluctuations on an x-axis verses frequency of heart rate fluctuations on a y-axis; determine, based on the histogram (310 or 320), a shift in sympathovagal balance during a period of time, the shift in the sympathovagal balance comprising a shift in a number of data points in the histogram (310 or 320) relative to a point corresponding to a baseline value in a baseline data histogram, half of the data points being to the left of the baseline value in the baseline histogram and half of the data points being to the right of the baseline value in the baseline histogram; obtain an emotional-state characteristic, the emotional-state characteristic being based on brain-wave activity data during the period of time; and determine covariance between the shift in sympathovagal balance and the emotional-state characteristic so as to estimate an emotional state of the user during the period of time. determine, based on cardiac-activity data, a histogram (310 or 320) representing heart rate fluctuations on an x-axis verses frequency of heart rate fluctuations on a y-axis; determine, based on the histogram (310 or 320), a shift in sympathovagal balance during a period of time, the shift in the sympathovagal balance comprising a shift in a number of data points in the histogram (310 or 320) relative to a point corresponding to a baseline value in a baseline data histogram, half of the data points being to the left of the baseline value in the baseline histogram and half of the data points being to the right of the baseline value in the baseline histogram; obtain an emotional-state characteristic, the emotional-state characteristic being based on brain-wave activity data during the period of time; and determine covariance between the shift in sympathovagal balance and the emotional-state characteristic so as to estimate an emotional state of the user during the period of time.
A system to prevent anesthetic vapors from reaching a patient, the system comprising an activated charcoal filter system comprising a first filter and a second filter, a connector connecting the first filter to the second filter, wherein each of the first and second filters is to be attached to an anesthesia vaporizer, characterized in that the system further comprises: a strip removably attached to at least a portion of the activated charcoal filter system, the strip for removal from the activated charcoal filter system and placement on a controller of the anesthesia vaporizer to prevent inadvertent activation of the controller of the anesthesia vaporizer.
A device for the attachment of soft tissue to a bone tissue, the device comprising: - a flexible wire forming at one of its ends a closed loop for receiving said soft tissue and provided with several corpuscles (9, 9') fixed along its length, the wire being adapted to be introduced into a bone tunnel defining a wall, - a cannulated screw adapted to cooperate with said corpuscles of the wire while being screwed into said bone tunnel, thus blocking the wire between a thread of the screw and the bone tissue, and - a guide pin adapted to cooperate with the screw. - a flexible wire forming at one of its ends a closed loop for receiving said soft tissue and provided with several corpuscles (9, 9') fixed along its length, the wire being adapted to be introduced into a bone tunnel defining a wall, - a cannulated screw adapted to cooperate with said corpuscles of the wire while being screwed into said bone tunnel, thus blocking the wire between a thread of the screw and the bone tissue, and - a guide pin adapted to cooperate with the screw.
A valve (20; 120), comprising: a housing (22; 122) having an inlet (24; 124) and an outlet (26; 126) with a cavity (38;138) therebetween; an outer valve member (50; 150) positioned within the cavity (38;138); an inner valve member (52; 152) positioned within the cavity (38; 138); and an actuation arrangement having an input axis, the actuation arrangement mechanically coupled between the outer and inner valve members (50, 52; 150, 152) such that a torque applied to the input axis causes the outer valve member (50; 150) to rotate in a first direction (98; 198) and the inner valve member (52; 152) to rotate in a second direction (102; 202) opposite the first direction (98; 198); wherein the actuation arrangement includes a first gear ring (80; 180) and a second gear ring (82; 182), the first gear ring (80; 180) fixedly mounted to the outer valve member (50; 150), the second gear ring (82; 182) fixedly mounted to the inner valve member (52; 152); characterized in that the actuation arrangement includes a first and a second pinion (84, 86; 184, 186), the first pinion (84; 184) in meshed contact with the first gear ring (80; 180), the second pinion (86; 186) in meshed contact with the first pinion (84; 184) and with the second gear ring (82; 182). a housing (22; 122) having an inlet (24; 124) and an outlet (26; 126) with a cavity (38;138) therebetween; an outer valve member (50; 150) positioned within the cavity (38;138); an inner valve member (52; 152) positioned within the cavity (38; 138); and an actuation arrangement having an input axis, the actuation arrangement mechanically coupled between the outer and inner valve members (50, 52; 150, 152) such that a torque applied to the input axis causes the outer valve member (50; 150) to rotate in a first direction (98; 198) and the inner valve member (52; 152) to rotate in a second direction (102; 202) opposite the first direction (98; 198); wherein the actuation arrangement includes a first gear ring (80; 180) and a second gear ring (82; 182), the first gear ring (80; 180) fixedly mounted to the outer valve member (50; 150), the second gear ring (82; 182) fixedly mounted to the inner valve member (52; 152); characterized in that the actuation arrangement includes a first and a second pinion (84, 86; 184, 186), the first pinion (84; 184) in meshed contact with the first gear ring (80; 180), the second pinion (86; 186) in meshed contact with the first pinion (84; 184) and with the second gear ring (82; 182).
Method for controlling the idle speed in a hybrid vehicle, in which at least two drive assemblies (1, 3) contribute jointly or separately to the driver of the hybrid vehicle, and in order to control the idle speed, a setpoint value (n Soll) is compared with an actual value (n Ist), wherein the control of the idle speed comprises a proportionally acting transmission element, an integrally acting transmission element and a differentially acting transmission element, wherein an independent amplification factor is present for each transmission element, wherein the setpoint rotational speed (n Soll) is set as a function of the comparison by changing at least one of the amplification factors of the control, and wherein the control of the idle speed takes place simultaneously by the at least two drive assemblies (1, 3), wherein the at least one amplification factor is adapted continuously to the power of a first of the two drive assemblies.