mhurhangee/ep-ind-claims huggingface dataset:
A method of producing toughened composite structures with the following steps: a) Providing thermoplastic yarn (6, 8), b) Providing at least more than one subpreform (5, 10), c) Stitching at least one of the at least more than one subpreforms (5, 10) with the thermoplastic yarn (6, 8), and d) Joining the at least more than one subpreforms (5, 10) to a preform, characterized by e) Providing and arranging welding means locally at said stitching on top of the at least more than one subpreforms (5, 10), f) Welding the at least more than one subpreforms (5, 10) by melting the thermoplastic yarn (6, 8) as a filler material, g) Finally infusing liquid resin into the preform, and h) Curing the infused preform. a) Providing thermoplastic yarn (6, 8), b) Providing at least more than one subpreform (5, 10), c) Stitching at least one of the at least more than one subpreforms (5, 10) with the thermoplastic yarn (6, 8), and d) Joining the at least more than one subpreforms (5, 10) to a preform, e) Providing and arranging welding means locally at said stitching on top of the at least more than one subpreforms (5, 10), f) Welding the at least more than one subpreforms (5, 10) by melting the thermoplastic yarn (6, 8) as a filler material, g) Finally infusing liquid resin into the preform, and h) Curing the infused preform.
A connector assembly for use on a vessel to eliminate relative vertical movement between the vessel and intervention equipment attached to a riser attached to a sub-sea well, the connector assembly comprising a first connector part to be secured to the riser, a second connector part to be secured to the intervention equipment, characterised by the second connector part being connectable to the first connector part without relative axial movement such that the intervention equipment moves vertically relative to the vessel as it heaves and disconnectable from the first connector part to allow relative axial movement between the first and second connector parts such that the intervention equipment can be parked in a fixed position with no relative movements to the vessel, and an alignment mechanism which, when the first and second connector parts are disconnected, maintains the connector parts in axial alignment and spaced apart in a non-sealed manner by a gap the size of which varies with relative axial movement of the first and second connector parts.
A system for a CO 2 regeneration plant comprising a foam trap, a low pressure water scrubber, a stepless three-stage compressor comprising one or more intercoolers or cooling units and water separators, a regenerable dehydrator, a condensing unit comprising a condenser, where the compressor is a three-stage reciprocating compressor comprising pistons and suction and compression chambers (27, 28, 29) in which a medium is compressed for each separate stage, which stages are connected in series and where a first stage is fluidly connected to an inlet for inlet of uncompressed or pre-compressed gas where the three-stage pistons (1, 7) move synchronously along a common axis in one connected unit such that the first and second stage suction and compression chambers share piston as well as cylinder wall, and having separate cylinder heads (3, 4), a top headpiece and a bottom headpiece on each side of the piston, the third stage piston extending from a center of the first and second stage common piston and is passed through an opening in the cylinder head of the first stage suction and compression chamber, in extension of which is placed a third stage cylinder tube with a smaller diameter than a diameter of the cylinder for stage one and two, each stage fluidly separated by one or more one way valves (20a - 20f), wherein the second stage suction and compression chamber is formed between the cylinder wall and a piston skirt as well as between an underside of the piston and the headpiece placed in a bottom of the cylinder.
A dissolution mixer, comprising: a dissolution bath configured to accommodate a powder and a solvent for dissolving the powder; a powder input unit located at an outer side of the dissolution bath; an impeller installed to be rotatable inside the dissolution bath; and an anchor located inside the dissolution bath and having a passage of the powder inputted by the powder input unit and a powder spouting hole connected to the passage, characterized in that the anchor includes: an upper frame connected to the powder input unit; a lower frame located below the upper frame; and a pair of connection frames configured to connect the upper frame and the lower frame, and the lower frame is positioned lower than the impeller and the powder spouting hole is located in the upper portion of the lower frame so that the powder is spouted upward. a dissolution bath configured to accommodate a powder and a solvent for dissolving the powder; a powder input unit located at an outer side of the dissolution bath; an impeller installed to be rotatable inside the dissolution bath; and an anchor located inside the dissolution bath and having a passage of the powder inputted by the powder input unit and a powder spouting hole connected to the passage, characterized in that the anchor includes: an upper frame connected to the powder input unit; a lower frame located below the upper frame; and a pair of connection frames configured to connect the upper frame and the lower frame, and the lower frame is positioned lower than the impeller and the powder spouting hole is located in the upper portion of the lower frame so that the powder is spouted upward. an upper frame connected to the powder input unit; a lower frame located below the upper frame; and a pair of connection frames configured to connect the upper frame and the lower frame, and the lower frame is positioned lower than the impeller and the powder spouting hole is located in the upper portion of the lower frame so that the powder is spouted upward.
Support for pivotable mounting of the axle guide of a vehicle axle, having a main supporting body consisting of two side walls (7a,7b) which are connected to one another by means of an end wall arranged in front in the direction of travel and in each case are provided with - an opening for a bolt which forms the pivot axis and passes transversely through the side walls (7a, 7b) and through the axle guide which can be inserted between them, - an edge portion which reaches from the lower edge into the rear edge of the side wall (7a, 7b) and is configured as a freely extending wall portion, characterised in that, at least in the region of the edge portions, the wall portions are widened to a reciprocal spacing which is greater than the spacing of the side wall regions around the openings, and the main supporting body is formed as a shaped sheet metal part. - an opening for a bolt which forms the pivot axis and passes transversely through the side walls (7a, 7b) and through the axle guide which can be inserted between them, - an edge portion which reaches from the lower edge into the rear edge of the side wall (7a, 7b) and is configured as a freely extending wall portion,
A pile head aimed to equip a screw pile having a top end and a longitudinal axis (L 1), the pile head comprising: a mounting portion for engaging a top end of the screwpile and characterized in that, the pile head comprises an extendable portion movably mounted to the mounting portion, the extendable portion being movable relative to the mounting portion, along a longitudinal axis (L 1) of the screwpile; and a first fastening means (158a, 158b) for removably fastening the mounting portion of the pile head to the top end of the screw pile and preventing unwanted movement of the pile head relative to the screw pile, along the longitudinal axis. a mounting portion for engaging a top end of the screwpile and characterized in that, the pile head comprises an extendable portion movably mounted to the mounting portion, the extendable portion being movable relative to the mounting portion, along a longitudinal axis (L 1) of the screwpile; and a first fastening means (158a, 158b) for removably fastening the mounting portion of the pile head to the top end of the screw pile and preventing unwanted movement of the pile head relative to the screw pile, along the longitudinal axis.
Method for accessing protected content provided to a client device, wherein the client device decrypts the content using at least one control word provided by a server device and wherein: the client device sends a request message to the server device, the request message including a nonce, and the client device stores the nonce; upon receipt of the request message, the server device generates a control word message based on the control word and the received nonce; upon receipt of the control word message, the client device determines the control word from the control word message using the stored nonce; and the client device uses the control word to decrypt at least part of the content, characterized in that the control word message includes control word information generated in the server device based on the control word and the nonce by means of a reversible combination operation, the control word information having a smaller number of bits than the sum of the numbers of bits of the control word and the nonce, and the client device determines the control word from the control word information and the stored nonce by means of a recovering operation reversing the combination operation, or the control word message includes the control word in an encrypted form generated using an encryption function and the client device decrypts the control word using a decryption function, the encryption and decryption functions being determined on the basis of the nonce and a key shared between the server device and the client device. the client device sends a request message to the server device, the request message including a nonce, and the client device stores the nonce; upon receipt of the request message, the server device generates a control word message based on the control word and the received nonce; upon receipt of the control word message, the client device determines the control word from the control word message using the stored nonce; and the client device uses the control word to decrypt at least part of the content, characterized in that the control word message includes control word information generated in the server device based on the control word and the nonce by means of a reversible combination operation, the control word information having a smaller number of bits than the sum of the numbers of bits of the control word and the nonce, and the client device determines the control word from the control word information and the stored nonce by means of a recovering operation reversing the combination operation, or the control word message includes the control word in an encrypted form generated using an encryption function and the client device decrypts the control word using a decryption function, the encryption and decryption functions being determined on the basis of the nonce and a key shared between the server device and the client device.
Method for dismantling a multi-stage gear mechanism of a wind power plant, wherein the gear mechanism is arranged in a nacelle arranged on a tower of a wind power plant, wherein the gear mechanism has at least one planetary stage (24.1, 24.2), wherein the at least one planetary stage (24.1, 24.2) has a planet gear carrier (41, 61) and several planet gears (45, 65) held in the planet gear carrier (41, 61) using planetary bolts (47, 67) and wherein the planet gears (45, 65) are in operative connection with a ring gear (49, 69) of the planetary stage (24.1, 24.2) surrounding the planet gears (45, 65), wherein the following method steps are performed: - the ring gear (49, 69) and the planet gears (45, 65) are axially spaced apart from each other along a substantially horizontal axis, so that the operative engagement between the planet gears (45, 65) and the ring gear (49, 69) is or becomes loosened, wherein in particular one or several planet gears (45, 65) held in the planet gear carrier (41, 61) are accessible from the outside, - the holding connection between a planet gear (45, 65) and the planet gear carrier (41, 61) becomes loosened, preferably before or after the axial spacing of the ring gear (49, 69) from the planet gears (45, 65), - the respective planetary bolt (47, 67) is loosened from its clamped position in a clamp apparatus, preferably from the held position in a bolt receptacle of the planet gear carrier (41, 61), before the removal of the planet gear (45, 65), - and the planet gear (45, 65) loosened from the holding connection with the planet gear carrier (45, 65) is removed outward, in the radial direction to the longitudinal axis of the gear mechanism. - the ring gear (49, 69) and the planet gears (45, 65) are axially spaced apart from each other along a substantially horizontal axis, so that the operative engagement between the planet gears (45, 65) and the ring gear (49, 69) is or becomes loosened, wherein in particular one or several planet gears (45, 65) held in the planet gear carrier (41, 61) are accessible from the outside, - the holding connection between a planet gear (45, 65) and the planet gear carrier (41, 61) becomes loosened, preferably before or after the axial spacing of the ring gear (49, 69) from the planet gears (45, 65), - the respective planetary bolt (47, 67) is loosened from its clamped position in a clamp apparatus, preferably from the held position in a bolt receptacle of the planet gear carrier (41, 61), before the removal of the planet gear (45, 65), - and the planet gear (45, 65) loosened from the holding connection with the planet gear carrier (45, 65) is removed outward, in the radial direction to the longitudinal axis of the gear mechanism.
Refrigeration supply system, which is coupleable to the regasification facility of a liquefied natural gas terminal, for utilizing the high-value refrigerating capacity available there at a low temperature level during LNG regasification, characterized in that, between an LNG inlet and a refrigeration demand point, the following functionally essential component parts are arranged and operationally interacting with one another, namely an intermediate medium condenser, an intermediate medium evaporator, a refrigerating agent collector and separator for refrigerating agent condensate and refrigerating agent saturated steam, a substitute refrigerating plant, a refrigerating agent pump, an LNG throttle valve and a computer-assisted plant control, which interact, using propane as an intermediate medium such that supercooled refrigerating agent liquid is circulatable in a closed circuit consisting of well insulated pipelines by means of the refrigerating agent pump while It cools down to -50°C in the intermediate medium evaporator releasing heat to the intermediate medium, then, in a supercooled state, reaches the refrigeration demand point to be supplied and remotely located, if any, to heat up here by taking up heat which corresponds to the refrigerating capacity, up to an amount close to the boiling state, subsequently being feedable to a refrigerating agent collector and separator. in which phase equilibrium is finally reached between refrigerating agent condensate and refrigerating agent saturated steam, while the refrigerating agent condensate is conducted, as return flow, back to the intermediate medium evaporator, in which heat is absorbed by the intermediate medium evaporating here, which then reaches the intermediate medium condenser through natural circulation and transfers, while condensing there, the heat to the LNG to be regasified, in that, furthermore, security of supply is achieved specifically by means of control engineering which prevents falling below the minimum admissible refrigerating agent temperature, and additionally, by means of the substitute refrigerating plant coupled to the refrigerating agent collector and separator which prevents any inadmissible pressure increase caused in the refrigerating agent circuit by an interruption of the LNG flow and/or by heat supply in excess of the limits provided for at the refrigeration demand point.
Supply device for covering material, particularly for making covering material in reel form available to an infeed apparatus, comprising: a shell which defines at least one receiving compartment for covering material, at least one reel-holder, each of which has at least one holding member to hold a reel of covering material in such a way as to be rotatable, for each reel-holder, at least one hold-down which is adapted to hold a reel of covering material inserted on a reel-holder stable perpendicularly to the plane of the reel, at least one reel-holder being able to be moved from a supplying position in a receiving compartment to a loading position in which it is situated at least partly outside the shell, characterised in that the hold-down can be moved perpendicularly to the plane of the reel, in particular manually, by motor or by means of a spindle drive operated manually or by motor. a shell which defines at least one receiving compartment for covering material, at least one reel-holder, each of which has at least one holding member to hold a reel of covering material in such a way as to be rotatable, for each reel-holder, at least one hold-down which is adapted to hold a reel of covering material inserted on a reel-holder stable perpendicularly to the plane of the reel, at least one reel-holder being able to be moved from a supplying position in a receiving compartment to a loading position in which it is situated at least partly outside the shell, characterised in that the hold-down can be moved perpendicularly to the plane of the reel, in particular manually, by motor or by means of a spindle drive operated manually or by motor.
A process for the recovery of proteinaceous matter, from a by-product stream arising from distillation processes, the process comprising: - optionally, lysing or disrupting cells present in the by-product stream; - removing solid matter from the by-product stream to yield a clarified proteinaceous matter containing solution; - contacting the clarified proteinaceous matter containing solution with an adsorption matrix packed into a column comprising an aluminosilicate and/or diatomaceous earth under conditions such that the proteinaceous matter binds to the packed adsorption matrix wherein the adsorption matrix comprises a silica content of greater than 50%wt; and - altering the conditions to cause release of all of or a specific fraction of the proteinaceous matter bound to the adsorption matrix. - optionally, lysing or disrupting cells present in the by-product stream; - removing solid matter from the by-product stream to yield a clarified proteinaceous matter containing solution; - contacting the clarified proteinaceous matter containing solution with an adsorption matrix packed into a column comprising an aluminosilicate and/or diatomaceous earth under conditions such that the proteinaceous matter binds to the packed adsorption matrix wherein the adsorption matrix comprises a silica content of greater than 50%wt; and - altering the conditions to cause release of all of or a specific fraction of the proteinaceous matter bound to the adsorption matrix.
Fluid compression device driven by an electric machine, said electric machine comprising a rotor and a stator, said compression device comprising a compression shaft on which is mounted at least one compression wheel, said rotor comprising a cylindrical magnet and a ferrule for retaining said cylindrical magnet, characterized in that said rotor is mounted on said compression shaft on the side of the intake of said compression device, and in that a nut placed at the end of said compression shaft axially holds said rotor and said compression wheel, said rotor bearing on one side on said compression wheel and on the nut on the other side, and in that said rotor has an outer diameter that is smaller than or equal to the diameter of the nose of said compression wheel.
A method of searching computer-aided design data including a two-dimensional engineering drawing or a three-dimensional engineering model, the method comprising: receiving a selection of a type of CAD metadata via a user interface, wherein the type of CAD metadata includes at least one selected from the group consisting of a geometric dimensioning and tolerance symbol, a surface finish symbol, a dimension, and an identification symbol; changing the user interface based on the type of CAD metadata selected to include at least one input mechanism for receiving a search parameter associated with the type of CAD metadata selected; receiving the search parameter through the user interface; in response to receiving the search parameter, automatically identifying, with an electronic processor, CAD metadata matching the search parameter, wherein the CAD metadata is associated with the CAD data; and providing the CAD metadata matching the search parameter to a user by marking the CAD metadata within the CAD data through highlighting within a two-dimensional drawing or a three-dimensional model. receiving a selection of a type of CAD metadata via a user interface, wherein the type of CAD metadata includes at least one selected from the group consisting of a geometric dimensioning and tolerance symbol, a surface finish symbol, a dimension, and an identification symbol; changing the user interface based on the type of CAD metadata selected to include at least one input mechanism for receiving a search parameter associated with the type of CAD metadata selected; receiving the search parameter through the user interface; in response to receiving the search parameter, automatically identifying, with an electronic processor, CAD metadata matching the search parameter, wherein the CAD metadata is associated with the CAD data; and providing the CAD metadata matching the search parameter to a user by marking the CAD metadata within the CAD data through highlighting within a two-dimensional drawing or a three-dimensional model.
Roller burnishing tool for producing a toothed structure in a wall (6.2) of a cylindrical blank, comprising the following features: 1.1 a clamping device for retaining the blank; 1.2 a rim of disk-shaped rotatably mounted rolls whose peripheral edges are directed against the wall (6.2) of the blank and are adapted to be pressed there against; 1.3 bearing pivots for bearing the rolls; 1.4 a stamp in the interior of the blank with a toothed structure as a counter mold; 1.5 a drive for generating a relative movement in a feed direction between the rolls and the blank; characterized by the following features: 1.6 a wedge-shaped intermediate body is provided which presses the rolls by exerting a pressure on the bearing pivots, supports itself at a fixed environment, and whose position in the feed direction is determined by at least one exchangeable spacer. 1.1 a clamping device for retaining the blank; 1.2 a rim of disk-shaped rotatably mounted rolls whose peripheral edges are directed against the wall (6.2) of the blank and are adapted to be pressed there against; 1.3 bearing pivots for bearing the rolls; 1.4 a stamp in the interior of the blank with a toothed structure as a counter mold; 1.5 a drive for generating a relative movement in a feed direction between the rolls and the blank; characterized by the following features: 1.6 a wedge-shaped intermediate body is provided which presses the rolls by exerting a pressure on the bearing pivots, supports itself at a fixed environment, and whose position in the feed direction is determined by at least one exchangeable spacer.