mhurhangee/ep-ind-claims huggingface dataset:
Process for producing a medical product, in particular medical implant, wherein shaped bodies are facially interconnected by means of a solvent, the shaped bodies to be interconnected are moistened with the solvent, wherein a hollow body product is produced by facially interconnecting the shaped bodies on a carrier responsible for forming a cavity, characterized in that the shaped bodies are placed onto each other on the carrier, wherein the end of a shaped body to be mounted on the carrier is mounted abuttingly in respect of the start of a shaped body previously mounted on the carrier, moistening the hollow body product with the solvent, and subsequently pressing the hollow body product flat and drying it.
A system, comprising: a collector including load sensors attached thereto, the collector configured to receive an extruded polymer; and an electrospinning melt head assembly positioned above the collector and configured to extrude the polymer, wherein the electrospinning melt head assembly and/or the collector is configured to move, the melt head assembly including a syringe assembly and at least one heating element configured to supply heat to the syringe assembly, the syringe assembly comprising: a syringe including a passage extending from a proximal end, the passage configured to receive the polymer, and a nozzle configured to allow polymer to pass therethrough. a collector including load sensors attached thereto, the collector configured to receive an extruded polymer; and an electrospinning melt head assembly positioned above the collector and configured to extrude the polymer, wherein the electrospinning melt head assembly and/or the collector is configured to move, the melt head assembly including a syringe assembly and at least one heating element configured to supply heat to the syringe assembly, the syringe assembly comprising: a syringe including a passage extending from a proximal end, the passage configured to receive the polymer, and a nozzle configured to allow polymer to pass therethrough. a syringe including a passage extending from a proximal end, the passage configured to receive the polymer, and a nozzle configured to allow polymer to pass therethrough.
A pipe tensioner for laying or recovering a subsea pipeline comprising at least two opposing continuous tracks able to hold the subsea pipeline, each track having a plurality of pads mounted on the continuous track for contacting the subsea pipeline, and at least one pad of said plurality of pads is a load pad comprising one or more load sensors for measuring loading on the load pad during handling of the subsea pipeline, characterised in that the or each load pad comprises a track support portion and a pipeline engaging portion, and wherein at least one load sensor is located between the track support portion and the pipeline engaging portion.
An air-conditioning system with at least one air-conditioning element, which has at least one emission element and at least one pipe, through which a heat medium, preferably water, flows and which is held on the rear side of the emission element, and having heat-insulating material behind the emission element, wherein the heat-insulating material has depressions for accommodating the pipe, which lies in the depression with interposition of a heat-conducting element, characterised in that the heat-conducting element presses the pipe against the inside of the emission element, and in that the heat-conducting element is mechanically decoupled from the emission element.
Aircraft rear engine attachment connecting a primary structure and an engine of an aircraft, said rear engine attachment comprising a support configured to be connected to the primary structure, at least one central fastening tab as one with the engine, at least one first lateral fastening tab as one with the engine, at least one second lateral fastening tab as one with the engine, the first and second lateral fastening tabs (84, 86) being disposed on either side of the central fastening tab, a main connecting rod connected to the support by first and second support link pins (72.1, 72.2) and to the first lateral fastening tab by a first lateral engine link pin (76.1), the first and second support link pins (72.1, 72.2) being positioned symmetrically with respect to a vertical longitudinal plane, a first secondary connecting rod connected to the second lateral fastening tab by a second lateral engine link pin (76.2) and to the main connecting rod by a secondary link pin, characterized in that the main connecting rod is connected to the central fastening tab by a central engine link pin positioned in the vertical longitudinal plane, in that the rear engine attachment comprises two webs (68, 68') that are parallel to each other, between which is positioned the main connecting rod, a second secondary connecting rod parallel to the first secondary connecting rod, the first and second secondary connecting rods (78, 78') being spaced apart and disposed on either side of the main connecting rod, two central fastening tabs (82, 82') that are parallel to each other, spaced apart and disposed on either side of the main connecting rod, two first lateral fastening tabs (84, 84') that are parallel to each other, spaced apart and disposed on either side of the main connecting rod, and a single second lateral fastening tab positioned between the secondary connecting rods (78, 78').
Cobicistat for use in the prophylaxis and/or treatment of a severe acute respiratory syndrome coronavirus type 2 (SARS-CoV-2) infection, a severe acute respiratory syndrome coronavirus (SARS-CoV) infection, and/or a Middle East respiratory syndrome coronavirus (MERS-CoV) infection, wherein cobicistat is administered orally at a daily dosage of 300 to 1,000 mg.
A grain-oriented electrical steel sheet, comprising: a linear groove formed in a direction crossing a rolling direction on one surface or both surfaces of an electrical steel sheet; and a linear thermal shock portion formed in the direction crossing the rolling direction on one surface or both surfaces of the electrical steel sheet, wherein the groove and the thermal shock portion are formed in plural along the rolling direction, and a distance D2 between the groove and the thermal shock portion is 0.2 to 0.5 times a distance D1 between the grooves, and a distance D3 between the thermal shock portions is 0.2 to 3.0 times the distance D1 between the grooves, characterised in that the thermal shock portion has a difference in Vickers hardness of 10 to 120 from a surface of the steel sheet in which the thermal shock portion is not formed, and a solidified alloy layer formed at a lower portion of the groove is included, and the solidified alloy layer has a thickness of 0.1 μm to 3 μm. a linear groove formed in a direction crossing a rolling direction on one surface or both surfaces of an electrical steel sheet; and a linear thermal shock portion formed in the direction crossing the rolling direction on one surface or both surfaces of the electrical steel sheet, wherein the groove and the thermal shock portion are formed in plural along the rolling direction, and a distance D2 between the groove and the thermal shock portion is 0.2 to 0.5 times a distance D1 between the grooves, and a distance D3 between the thermal shock portions is 0.2 to 3.0 times the distance D1 between the grooves, characterised in that the thermal shock portion has a difference in Vickers hardness of 10 to 120 from a surface of the steel sheet in which the thermal shock portion is not formed, and a solidified alloy layer formed at a lower portion of the groove is included, and the solidified alloy layer has a thickness of 0.1 μm to 3 μm.
Continuous band of plastic-coated paper for the production of bags for horticultural produce and other similar products, wherein said band is designed to close upon itself, its longitudinal edges being bound by means of heat-sealing, in order to configure a continuous tube that may be fragmented into a plurality of sectors corresponding to respective bags, said continuous band having one or more windows (4, 5) and, where appropriate, perforations of equal or different size, and said band being formed from a continuous sheet of plastic-coated paper on at least one of its sides, with a width equal to that of said continuous band; a continuous sheet of plastic-coated paper wherein, coinciding with each of the sectors thereof designed to obtain a bag, polyethylene reinforcements are placed in the areas designed for the handles, the heat-seals and the edge seams or the periphery of the windows (4, 5), and, where appropriate, the perforations, said polyethylene reinforcements being bound to the sheet of plastic-coated paper by means of heat-sealing or a similar process.
An apparatus comprising: a plurality of physical input/output ports (320, 350) configured to couple to a plurality of remote linecards (LCs) that provide IO resources; and a processor coupled to the plurality of physical IO ports (320, 350) and configured to: map the remote LCs to a plurality of virtual network interface cards (vNICs) by allocating at least some of the IO resources to the vNICs; receive an operating system kernel IO call comprising a request to access a first vNIC of the vNICs; determine a first remote LC of the remote LCs that corresponds to the first vNIC; direct the request to access the first remote LC; receive an IO resource requirement change; and reallocate IO resources allocated to the first vNIC according to the IO resource requirement change. a plurality of physical input/output ports (320, 350) configured to couple to a plurality of remote linecards (LCs) that provide IO resources; and a processor coupled to the plurality of physical IO ports (320, 350) and configured to: map the remote LCs to a plurality of virtual network interface cards (vNICs) by allocating at least some of the IO resources to the vNICs; receive an operating system kernel IO call comprising a request to access a first vNIC of the vNICs; determine a first remote LC of the remote LCs that corresponds to the first vNIC; direct the request to access the first remote LC; receive an IO resource requirement change; and reallocate IO resources allocated to the first vNIC according to the IO resource requirement change. map the remote LCs to a plurality of virtual network interface cards (vNICs) by allocating at least some of the IO resources to the vNICs; receive an operating system kernel IO call comprising a request to access a first vNIC of the vNICs; determine a first remote LC of the remote LCs that corresponds to the first vNIC; direct the request to access the first remote LC; receive an IO resource requirement change; and reallocate IO resources allocated to the first vNIC according to the IO resource requirement change.
A light fitting for recessed mounting of a luminaire in a substrate, the light fitting comprising: a luminaire support having an expanded waist portion; and a base having a socket portion, the base comprising a base collar defining the socket portion and having an outer mouth, the socket portion arranged to receive the waist portion, wherein angular orientation of luminaire support in relation to the base is adjustable by way of relative movement between the socket portion and the waist portion; wherein at least one of the socket portion or waist portion has a resilient member arranged to releasably retain the waist portion in the socket portion; wherein relative movement between the socket portion and the waist portion is supported by an at least partially spherical surface on at least one of the socket portion and the waist portion; characterized in that the light fitting is configured such that the luminaire support is pluggable into, and unpluggable from, the socket portion of the base via the mouth by temporarily deforming the resilient member. a luminaire support having an expanded waist portion; and a base having a socket portion, the base comprising a base collar defining the socket portion and having an outer mouth, the socket portion arranged to receive the waist portion, wherein angular orientation of luminaire support in relation to the base is adjustable by way of relative movement between the socket portion and the waist portion; wherein at least one of the socket portion or waist portion has a resilient member arranged to releasably retain the waist portion in the socket portion; wherein relative movement between the socket portion and the waist portion is supported by an at least partially spherical surface on at least one of the socket portion and the waist portion; characterized in that the light fitting is configured such that the luminaire support is pluggable into, and unpluggable from, the socket portion of the base via the mouth by temporarily deforming the resilient member.
An automatic production system, comprising: an articulated robot having an arm and a base portion which rotatably supports the arm; and a rotation positioner to which the base portion of the articulated robot is mounted, wherein a turn axis of the base portion of the articulated robot is orthogonal to a rotation axis of the rotation positioner, wherein the rotation positioner has a rotary portion to which the base portion of the articulated robot is mounted, and a fixed portion which rotatably supports the rotary portion, and wherein the fixed portion of the rotation positioner is configured to support a harness connected to the articulated robot, characterized in that the harness is arranged in a direction substantially orthogonal to the rotation axis of the rotation positioner around the fixed portion of the rotation positioner. an articulated robot having an arm and a base portion which rotatably supports the arm; and a rotation positioner to which the base portion of the articulated robot is mounted, wherein a turn axis of the base portion of the articulated robot is orthogonal to a rotation axis of the rotation positioner, wherein the rotation positioner has a rotary portion to which the base portion of the articulated robot is mounted, and a fixed portion which rotatably supports the rotary portion, and wherein the fixed portion of the rotation positioner is configured to support a harness connected to the articulated robot, characterized in that the harness is arranged in a direction substantially orthogonal to the rotation axis of the rotation positioner around the fixed portion of the rotation positioner.
Method for operating a driving assistance system when parking a vehicle (14, 24, 34, 44) in a lateral parking space (12, 22, 32, 42), wherein a parking space (12, 22, 32, 42) is first of all measured by recording the distance to objects (13, 23, 33, 43) longitudinally and laterally bounding the parking space (12, 22, 32, 42), a parking trajectory (15, 25, 35, 45) with an end position (16, 26, 36, 46) of the vehicle (14, 24, 34, 44) in the parking space (12, 22, 32, 42) is then calculated, and the vehicle (14, 24, 34, 44) is then controlled into the end position (16, 26, 36, 46), characterized in that, in addition to the data obtained from measuring the parking space (12, 22, 32, 42), a passenger status is additionally determined in order to determine the end position (16, 26, 36, 46) of the vehicle in the parking space (12, 22, 32, 42).
Smelting unit for steel production with a refractory-clad lower furnace / hearth part with bottom tap, and a substantially cylindrical water-cooled upper furnace on which a conical furnace cover, which closes off in upward direction, with a specially formed waste gas stub pipe is placeable, characterised in that the smelting unit is designed not only for the mode of operation without smelting current (i.e. without intake of electrical energy), but also for the mode of operation with smelting current and the mode of operation of the smelting unit can be changed by change of the furnace cover, wherein the conical furnace cover has for the mode of operation without smelting current at least one opening through which at least one top lance for injection of a process gas into the upper furnace is introducible and the conical furnace cover has for the mode of operation with smelting current at least one opening through which at least one graphite electrode is introducible into the upper furnace, and a plurality of side wall injectors is so arranged in the cylindrical upper furnace in radial encirclement that the top lance and the side wall injectors in operating position can be oriented onto a melt surface of a melt, which is present in the lower furnace / hearth part, for oxidation.
A cartridge for use in an aerosol-generating system, the cartridge comprising: a first compartment containing an alkaloid source, the alkaloid source comprising a liquid alkaloid formulation having a polyhydric alcohol content of at least about 10 percent by weight and an alkaloid content of at least about 10 percent by weight; and a second compartment containing an acid source. a first compartment containing an alkaloid source, the alkaloid source comprising a liquid alkaloid formulation having a polyhydric alcohol content of at least about 10 percent by weight and an alkaloid content of at least about 10 percent by weight; and a second compartment containing an acid source.
A method for surface-modifying an object made of a thermoplastic resin, the method comprising: step 1 of forming polymerization initiation points on a surface of the object; and step 2 of radically polymerizing at least a hydrophilic monomer starting from the polymerization initiation points by irradiation with UV light having a wavelength of 300 to 400 nm to form a graft layer having a thickness of 2 to 100 nm on the surface of the object, wherein the hydrophilic monomer is an alkoxyalkyl acrylate, wherein the thickness of the graft layer on the surface of the surface-modified body is determined by measuring the cross-section of the surface-modified body on which the graft layer was formed using a TEM at an accelerating voltage of 15 kV and a magnification of x1000. step 1 of forming polymerization initiation points on a surface of the object; and step 2 of radically polymerizing at least a hydrophilic monomer starting from the polymerization initiation points by irradiation with UV light having a wavelength of 300 to 400 nm to form a graft layer having a thickness of 2 to 100 nm on the surface of the object,
A method of manufacturing or repairing a pipe, the method comprising: an oxide film formation step of forming a copper oxide film on an inner surface of a copper pipe through injecting a chloride ion-containing aqueous solution into the copper pipe to fill the copper pipe, wherein a content of chloride ions in the chloride ion-containing aqueous solution is not less than 50 mg/L and not more than 300 mg/L. an oxide film formation step of forming a copper oxide film on an inner surface of a copper pipe through injecting a chloride ion-containing aqueous solution into the copper pipe to fill the copper pipe, wherein a content of chloride ions in the chloride ion-containing aqueous solution is not less than 50 mg/L and not more than 300 mg/L.
An industrial vehicle comprising: an engine; a hydraulic pump driven by the engine; a hydraulic operation device (15, 16) operated by oil pressure; a connection passage (23, 38, 40) that connects the hydraulic pump and the hydraulic operation device (15, 16) to each other; an electromagnetic control valve (39, 41) that is connected to the connection passage (23, 38, 40) and controls supply and drainage of hydraulic oil to and from the hydraulic operation device (15, 16); a supply passage through which the hydraulic oil supplied to the hydraulic operation device (15, 16) flows; a drainage passage through which the hydraulic oil drained to an oil tank flows; an unloading valve that connects the supply passage and the drainage passage to each other; a relief valve that is connected to the supply passage and operated by pressure of the hydraulic oil flowing through the supply passage; and a controller that controls open/closed state of the unloading valve, characterized in that if an on-load period at the time of application of load on the engine is less than a first predetermined time, the controller performs open/close control of causing the unloading valve to enter the closed state to set an on-load state, thereby increasing the pressure of the hydraulic oil passing through the supply passage and then causing the unloading valve to enter the open state. an engine; a hydraulic pump driven by the engine; a hydraulic operation device (15, 16) operated by oil pressure; a connection passage (23, 38, 40) that connects the hydraulic pump and the hydraulic operation device (15, 16) to each other; an electromagnetic control valve (39, 41) that is connected to the connection passage (23, 38, 40) and controls supply and drainage of hydraulic oil to and from the hydraulic operation device (15, 16); a supply passage through which the hydraulic oil supplied to the hydraulic operation device (15, 16) flows; a drainage passage through which the hydraulic oil drained to an oil tank flows; an unloading valve that connects the supply passage and the drainage passage to each other; a relief valve that is connected to the supply passage and operated by pressure of the hydraulic oil flowing through the supply passage; and a controller that controls open/closed state of the unloading valve,
A data-transmission-rate monitor implemented within a multi-device enclosure containing devices that include ports (208; 212) that connect the devices (802;804) to communications media, the data-transmission-rate monitor (302;304) comprising: data stored in an electronic memory that includes a specification of the maximum data-transmission rate configured for each device (802;804) or port (208;212); and a monitoring component that determines the current data-transmission rate for a device (802;804) or port (208;212) within the multi-device enclosure, and, when the current data-transmission rate for the device (802;804) or port (208;212) exceeds a maximum data-transmission rate configured for the device(802;804) or port, (208;212) transmits a pause command to the device (802;804) or port (208;212). data stored in an electronic memory that includes a specification of the maximum data-transmission rate configured for each device (802;804) or port (208;212); and a monitoring component that determines the current data-transmission rate for a device (802;804) or port (208;212) within the multi-device enclosure, and, when the current data-transmission rate for the device (802;804) or port (208;212) exceeds a maximum data-transmission rate configured for the device(802;804) or port, (208;212) transmits a pause command to the device (802;804) or port (208;212).