mhurhangee/ep-ind-claims huggingface dataset:
Thermally insulating component (1, 1') for arrangement between two load-bearing building parts, in particular between a building ceiling and a balcony base plate, with an oblong insulating body (5, 5') and with reinforcement bars extending through the former at right angles to its longitudinal direction and with bearings projecting from side walls of the insulating body (5, 5') for absorbing pressure and shear forces, wherein the insulating body (5, 5') comprises an upper cuboid dimensionally stable box, which is filled with insulating material and through which the reinforcement bars extend, and a lower cuboid dimensionally stable box, in which the bearings are located, characterised in that the insulating body (5, 5') comprises at least one further dimensionally stable box (3, 8, 9), which is filled with an insulating material and located as central box between the upper box and the lower box and is permanently joined to the upper box and the lower box, in that each box (2, 3, 4, 8, 9) is designed to be completely enclosed, so that adjacent boxes of the insulating body (5, 5') lie flat on top of one another, and in that the boxes (2, 3, 4, 8, 9) have at the sides which are facing one another longitudinal edges which are shaped such that they engage with one another positively and non-positively when the boxes (2, 3, 4, 8, 9) are assembled, wherein clips or latching devices are provided on the boxes (2, 3, 4, 8, 9), whereby the boxes (2, 3, 4, 8, 9) are joined to one another.
A method of producing a steel foam component, the method comprising: providing a mold, the mold defining a cavity; positioning a 3D-printed insert within the cavity of the mold, the insert configured to form a generally uniform pattern of pores within at least a portion of the steel foam component and occupying at least 20 percent of the cavity, wherein the insert includes a plurality of interconnected cores, each of the interconnected cores including a central portion and protrusions extending from the central portion; pouring molten steel into the cavity; cooling the molten steel into the steel foam component; removing the steel foam component and the insert from the mold; and removing the insert from the steel foam component. providing a mold, the mold defining a cavity; positioning a 3D-printed insert within the cavity of the mold, the insert configured to form a generally uniform pattern of pores within at least a portion of the steel foam component and occupying at least 20 percent of the cavity, wherein the insert includes a plurality of interconnected cores, each of the interconnected cores including a central portion and protrusions extending from the central portion; pouring molten steel into the cavity; cooling the molten steel into the steel foam component; removing the steel foam component and the insert from the mold; and removing the insert from the steel foam component.
An automated vehicle treatment system, comprising: a frame portion to be disposed adjacent a vehicle treatment area; a brush assembly configured to treat at least front and rear surfaces of a vehicle in the vehicle treatment area; a motorized shaft in communication with the brush assembly to effectuate rotation thereof about an axis of rotation; a plurality of media attachment mechanisms in communication with the motorized shaft; a plurality of wash media elements extending generally outward from the plurality of media attachment mechanisms and rotatable about the axis of rotation; a biasing mechanism for urging the motorized shaft from a substantially vertical position to a non-vertical position; and characterized by: a control system in communication with the brush assembly and configured to control its movement such that it traverses the front surface of the vehicle with the shaft in a substantially vertical position and traverse the rear surface of the vehicle with the shaft in a non-vertical position. a frame portion to be disposed adjacent a vehicle treatment area; a brush assembly configured to treat at least front and rear surfaces of a vehicle in the vehicle treatment area; a motorized shaft in communication with the brush assembly to effectuate rotation thereof about an axis of rotation; a plurality of media attachment mechanisms in communication with the motorized shaft; a plurality of wash media elements extending generally outward from the plurality of media attachment mechanisms and rotatable about the axis of rotation; a biasing mechanism for urging the motorized shaft from a substantially vertical position to a non-vertical position; and characterized by: a control system in communication with the brush assembly and configured to control its movement such that it traverses the front surface of the vehicle with the shaft in a substantially vertical position and traverse the rear surface of the vehicle with the shaft in a non-vertical position.
An apparatus for performing hip arthroplasty involving a femur having a femoral shaft, neck and head and an adjacent pelvis having an acetabulum formed thereon, the apparatus comprising: an elongate femoral broach for intramedullary insertion into the shaft, the broach comprising a superior lateromedial transverse bore; and a reaming rod for locating through the transverse bore and femoral neck; characterised in that the apparatus further comprises a cutting head for coupling to a distal end of the reaming rod via an incision; the cutting head being configured to be rotated using the reaming rod whilst the reaming rod is located through the transverse bore and femoral neck to ream the acetabulum. an elongate femoral broach for intramedullary insertion into the shaft, the broach comprising a superior lateromedial transverse bore; and a reaming rod for locating through the transverse bore and femoral neck; characterised in that the apparatus further comprises a cutting head for coupling to a distal end of the reaming rod via an incision; the cutting head being configured to be rotated using the reaming rod whilst the reaming rod is located through the transverse bore and femoral neck to ream the acetabulum.
A surgical instrument, comprising: an elongate shaft assembly defining a shaft axis; a first end effector jaw coupled to said elongate shaft assembly; and a second end effector jaw coupled to said first end effector jaw for selective pivotal travel relative thereto between a fully open position and a fully closed position about a fixed jaw pivot axis that is transverse to said shaft axis and extends therethrough, wherein said elongate shaft assembly comprises a closure member that is axially movable between a proximal most starting position corresponding to said fully open position of said second end effector jaw and an ending position corresponding to a fully closed position of said second end effector jaw relative to said first end effector jaw and wherein when said closure member is in said starting position, a distal end thereof is located on a plane that is spaced distally from said jaw pivot axis a distance measured along said shaft axis that is no more than 0.23cm (0.090 inches); and wherein said distance is within 0.025 - 0.153 cm (0.010 - 0.060 inches), and wherein said closure member comprises an axially movable distal closure tube segment comprising a closure cam surface configured to cammingly engage a jaw cam surface on said second end effector jaw as said axially movable distal closure tube segment is moved from said starting position to said ending position. an elongate shaft assembly defining a shaft axis; a first end effector jaw coupled to said elongate shaft assembly; and a second end effector jaw coupled to said first end effector jaw for selective pivotal travel relative thereto between a fully open position and a fully closed position about a fixed jaw pivot axis that is transverse to said shaft axis and extends therethrough, wherein said elongate shaft assembly comprises a closure member that is axially movable between a proximal most starting position corresponding to said fully open position of said second end effector jaw and an ending position corresponding to a fully closed position of said second end effector jaw relative to said first end effector jaw and wherein when said closure member is in said starting position, a distal end thereof is located on a plane that is spaced distally from said jaw pivot axis a distance measured along said shaft axis that is no more than 0.23cm (0.090 inches); and wherein said distance is within 0.025 - 0.153 cm (0.010 - 0.060 inches), and wherein said closure member comprises an axially movable distal closure tube segment comprising a closure cam surface configured to cammingly engage a jaw cam surface on said second end effector jaw as said axially movable distal closure tube segment is moved from said starting position to said ending position.
Processing device for processing an organ package taken out from slaughtered poultry, comprising at least two cooperating rollers (1, 2) that define a nip between said rollers (1, 2) for selectively allowing preselected organs from said organ package to pass through said nip, which rollers (1, 2) during operation rotate in opposite directions in order to convey the organ package and simultaneously promote that said preselected organs pass through said nip, characterized in that the rollers (1, 2) are provided with pockets around the rollers' circumference.
A helicopter comprising: a transmission; a main tank in which lubricating oil is stored; an auxiliary tank in which lubricating oil is stored; a common line arranged lower than the auxiliary tank and supplied with the lubricating oil from the main tank or the auxiliary tank; a main line through which the lubricating oil in the main tank is introduced to the common line; an auxiliary line through which the lubricating oil in the auxiliary tank is introduced to the common line; a common nozzle provided downstream of the common line and configured to discharge the lubricating oil, supplied from the common line, to the transmission; a pump configured to supply the lubricating oil by pressure from the main tank to the common line; and a relay valve arranged lower than the auxiliary tank and higher than the common nozzle and provided upstream of the common line, the relay valve being configured to block the auxiliary line when the pump is operating, characterized in that the relay valve is configured to open the auxiliary line by own weight of lubricating oil in the auxiliary tank to make the common line communicate with the auxiliary tank, when the pump is in stop state. a transmission; a main tank in which lubricating oil is stored; an auxiliary tank in which lubricating oil is stored; a common line arranged lower than the auxiliary tank and supplied with the lubricating oil from the main tank or the auxiliary tank; a main line through which the lubricating oil in the main tank is introduced to the common line; an auxiliary line through which the lubricating oil in the auxiliary tank is introduced to the common line; a common nozzle provided downstream of the common line and configured to discharge the lubricating oil, supplied from the common line, to the transmission; a pump configured to supply the lubricating oil by pressure from the main tank to the common line; and a relay valve arranged lower than the auxiliary tank and higher than the common nozzle and provided upstream of the common line, the relay valve being configured to block the auxiliary line when the pump is operating, characterized in that the relay valve is configured to open the auxiliary line by own weight of lubricating oil in the auxiliary tank to make the common line communicate with the auxiliary tank, when the pump is in stop state.
Multi-component hybrid resin system for chemical fixing technology, especially for fixings of anchoring means in holes or crevices, which includes, in a reactive resin constituent, a reactive resin based on free-radical-polymerisable unsaturated compounds and a reactive resin which is able to react with an amine by polyaddition, further physically separated therefrom prior to use in order to prevent a reaction before the mixing of the components and before mixing, including peroxide-free initiators in the form of one or more imines for the polymerisation of the free-radical-polymerisable reactive resin and at least one amine in a hardener constituent; and also metal salts as activator.
A method, comprising: receiving, at an infusion pump, an auto-programming request, wherein the auto- programming request comprises IV drug container information, infusion pump information, and receiving, at the infusion pump, infusion program settings from a remote server; comparing, by the infusion pump, the infusion program settings with drug library program settings, wherein the drug library program settings are provided in a drug library installed on the infusion pump, wherein the infusion pump performs a drug name, concentration, dosing units, or drug ID comparison against a drug list in the drug library installed on the infusion pump for a selected clinical care area; determining, by the infusion pump, whether the infusion program settings are consistent or inconsistent with the drug library program settings based on the comparing; generating, at the infusion pump, an error message based on the determining that the infusion program settings are inconsistent with the drug library settings; and displaying, at the infusion pump, a screen, wherein the screen comprises the error message and a suggested action, characterized by rejecting, at the infusion pump, the auto-programming request based on the determination that the infusion program settings cause a concurrency violation for the concurrent delivery of two different medications from two different source containers upstream of the infusion pump to a single line downstream of the infusion pump. receiving, at an infusion pump, an auto-programming request, wherein the auto- programming request comprises IV drug container information, infusion pump information, and receiving, at the infusion pump, infusion program settings from a remote server; comparing, by the infusion pump, the infusion program settings with drug library program settings, wherein the drug library program settings are provided in a drug library installed on the infusion pump, wherein the infusion pump performs a drug name, concentration, dosing units, or drug ID comparison against a drug list in the drug library installed on the infusion pump for a selected clinical care area; determining, by the infusion pump, whether the infusion program settings are consistent or inconsistent with the drug library program settings based on the comparing; generating, at the infusion pump, an error message based on the determining that the infusion program settings are inconsistent with the drug library settings; and displaying, at the infusion pump, a screen, wherein the screen comprises the error message and a suggested action, characterized by rejecting, at the infusion pump, the auto-programming request based on the determination that the infusion program settings cause a concurrency violation for the concurrent delivery of two different medications from two different source containers upstream of the infusion pump to a single line downstream of the infusion pump.
A countermass propulsion system for a fire from enclosure recoilless weapon, said system comprising: a pressure vessel having a muzzle end and a breach end, wherein the vessel contains a projectile disposed at the muzzle end and a countermass disposed at the breach end, a propellant charge, disposed between the projectile and the countermass, a rupture disk disposed behind an igniter assembly and at a forward end of the countermass, and a projectile retention means that is connected to the projectile and the rupture disk, wherein said projectile retention means comprises a breakbolt. a pressure vessel having a muzzle end and a breach end, wherein the vessel contains a projectile disposed at the muzzle end and a countermass disposed at the breach end, a propellant charge, disposed between the projectile and the countermass, a rupture disk disposed behind an igniter assembly and at a forward end of the countermass, and a projectile retention means that is connected to the projectile and the rupture disk, wherein said projectile retention means comprises a breakbolt.
A method for forming an ophthalmic lens through direct injection molding comprising: forming a first mold insert (88,94) comprising a body section (14;91); said first mold insert (88,94) comprising a lens forming surface including a raised non-uniform region in a peripheral zone of the lens forming surface, the raised non-uniform region having an opening (56;102) formed through the lens forming surface in the location of the raised non-uniform region, and a fluid channel (50;100) passing through the body section (14;91) and in fluid communication with the opening (56;102); placing the first mold insert (88;94) into a mold block (10;82) so that the lens forming surface of the first mold insert (88;94) and the raised non-uniform region form part of a lens-shaped cavity (18;95); providing a lens forming composition through the fluid channel (50;100) and the opening (56;102) so that an amount of the lens forming composition is deposited in the lens-shaped cavity (18;95); and allowing the lens forming composition to cure, polymerize or set to form a lens body retaining the shape of the lens-shaped cavity (18;95). forming a first mold insert (88,94) comprising a body section (14;91); said first mold insert (88,94) comprising a lens forming surface including a raised non-uniform region in a peripheral zone of the lens forming surface, the raised non-uniform region having an opening (56;102) formed through the lens forming surface in the location of the raised non-uniform region, and a fluid channel (50;100) passing through the body section (14;91) and in fluid communication with the opening (56;102); placing the first mold insert (88;94) into a mold block (10;82) so that the lens forming surface of the first mold insert (88;94) and the raised non-uniform region form part of a lens-shaped cavity (18;95); providing a lens forming composition through the fluid channel (50;100) and the opening (56;102) so that an amount of the lens forming composition is deposited in the lens-shaped cavity (18;95); and allowing the lens forming composition to cure, polymerize or set to form a lens body retaining the shape of the lens-shaped cavity (18;95).
A laboratory instrument comprising a lid mechanism for securing a sample container for a laboratory instrument, comprising: a nut positioned at least partially around the circumference of a jackscrew and containing a threaded portion that is mated to a threaded portion of the jackscrew; a motor translationally attached to the nut for driving rotational motion of the nut around the jackscrew and vertical motion of the jackscrew; a main shaft positioned around the jackscrew with a bearing support positioned on the main shaft; a moving support comprising a bearing guide track and positioned on the main shaft so that the bearing support is positioned within the bearing guide track; a lid plate positioned on the moving support so that vertical movement of the moving support causes vertical movement of the lid plate and rotational movement of the moving support causes rotational movement of the lid plate; wherein the jackscrew is connected to the moving support in a relation so that vertical movement of the jackscrew causes vertical movement of the moving support. a nut positioned at least partially around the circumference of a jackscrew and containing a threaded portion that is mated to a threaded portion of the jackscrew; a motor translationally attached to the nut for driving rotational motion of the nut around the jackscrew and vertical motion of the jackscrew; a main shaft positioned around the jackscrew with a bearing support positioned on the main shaft; a moving support comprising a bearing guide track and positioned on the main shaft so that the bearing support is positioned within the bearing guide track;
A method (1000, 2000, 3000) for operating a wind turbine (100, 400, 400') comprising a power conversion system (114, 118, 210, 234, 410, 420, 430) configured to provide electrical output power to a grid, and an air-cooling system configured, in a cooling mode, to cool an ambient air and provide the cooled ambient air as a cooling air to the power conversion system (114, 118, 210, 234, 410, 420, 430), the method (1000, 2000, 3000) comprising: • operating (1100, 2100, 3100) the air-cooling system in the cooling mode if at least one operating parameter (APD, RPD, TGB, TBS) of the power conversion system (114, 118, 210, 234, 410, 420, 430) is equal to or greater than a respective threshold (Th1_APD, Th1_RPD, Th1_TGB, Th1_TBS), the method being characterised in that the ambient air is received from outside the wind turbine. • operating (1100, 2100, 3100) the air-cooling system in the cooling mode if at least one operating parameter (APD, RPD, TGB, TBS) of the power conversion system (114, 118, 210, 234, 410, 420, 430) is equal to or greater than a respective threshold (Th1_APD, Th1_RPD, Th1_TGB, Th1_TBS),
An apparatus for detecting variants of malicious code, comprising: a neural network comprising an input layer which includes a two-dimensional matrix where elements are units of data processing, a hidden layer which includes a plurality of convolution layers, pooling layers and fully connected layers each including a plurality of operations, wherein any one of operation results of any one of the plurality of layers is provided to and used in an operation of a subsequent layer as an input by giving weights, and an output layer which includes a plurality of nodes; a data conversion unit configured to, when data including one-dimensional binary codes is input, generate pixels by dividing the one-dimensional binary codes into pixel units, and generate an image using the pixels generated to fit a size of the matrix of the input layer, thus to convert the data; and a detection unit configured to provide the data converted by the data conversion unit to the neural network as a suspicious data, extract and classify features of a malicious code from the suspicious data, which are previously-learned through the neural network, and detect a category of the malicious code included in the suspicious data. a neural network comprising an input layer which includes a two-dimensional matrix where elements are units of data processing, a hidden layer which includes a plurality of convolution layers, pooling layers and fully connected layers each including a plurality of operations, wherein any one of operation results of any one of the plurality of layers is provided to and used in an operation of a subsequent layer as an input by giving weights, and an output layer which includes a plurality of nodes; a data conversion unit configured to, when data including one-dimensional binary codes is input, generate pixels by dividing the one-dimensional binary codes into pixel units, and generate an image using the pixels generated to fit a size of the matrix of the input layer, thus to convert the data; and a detection unit configured to provide the data converted by the data conversion unit to the neural network as a suspicious data, extract and classify features of a malicious code from the suspicious data, which are previously-learned through the neural network, and detect a category of the malicious code included in the suspicious data.