mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for continuously perforating coilstock and forming tubing, the apparatus comprising: first and second cutter stations (16a, 17a) for receiving and perforating the coilstock, the first and second cutter stations (16a, 17a) each comprising a tool for perforating coilstock; a roll form unit for forming the first and second sides of the coilstock into a profile before the first cutter station, wherein the roll form unit is configured to form a flange on the first side of the coilstock 14), and form a channel on the opposite second side of the coilstock, a spreader for receiving and expanding the perforated coilstock, wherein the spreader comprises a first steering plate, a second steering plate, and a lower guide plate, wherein the first side of the coilstock is in use maintained between the first steering plate and the lower guide plate, and the second opposite side of the coilstock is in use maintained between the second steering plate and the lower guide plate, wherein the profile of the lower guide plate and the first and second steering plates (140a, 140b) expands along the length of the spreader, and wherein the first steering plate and the lower guide plate are configured to engage the coilstock in the vicinity of the flange and the second steering plate and the lower guide plate are configured to engage the coilstock in the vicinity of the channel, and a tubing machine for receiving the expanded, perforated coilstock and forming the coilstock into tubing. first and second cutter stations (16a, 17a) for receiving and perforating the coilstock, the first and second cutter stations (16a, 17a) each comprising a tool for perforating coilstock; a roll form unit for forming the first and second sides of the coilstock into a profile before the first cutter station, wherein the roll form unit is configured to form a flange on the first side of the coilstock 14), and form a channel on the opposite second side of the coilstock, a spreader for receiving and expanding the perforated coilstock, wherein the spreader comprises a first steering plate, a second steering plate, and a lower guide plate, wherein the first side of the coilstock is in use maintained between the first steering plate and the lower guide plate, and the second opposite side of the coilstock is in use maintained between the second steering plate and the lower guide plate, wherein the profile of the lower guide plate and the first and second steering plates (140a, 140b) expands along the length of the spreader, and wherein the first steering plate and the lower guide plate are configured to engage the coilstock in the vicinity of the flange and the second steering plate and the lower guide plate are configured to engage the coilstock in the vicinity of the channel, and a tubing machine for receiving the expanded, perforated coilstock and forming the coilstock into tubing.
A polymerizable composition comprising: an organoborane-base complex, wherein the base is a complexing agent selected from a compound having one or more amine groups, amidine groups, hydroxide groups, alkoxide groups, or a combination thereof; a decomplexing agent that liberates the organoborane from the organoborane-base complex, wherein the the decomplexing agent comprises a 1,3-dicarbonyl; a polymerizable thiol-containing component comprising at least one polymerizable thiol-containing compound having a plurality of thiol groups in which the sulfur atom of the thiol group is covalently bonded to carbon; and a polymerizable ethylenically unsaturated component comprising at least one polymerizable ethylenically unsaturated compound having a plurality of ethylenically unsaturated groups; wherein the total amount of the thiol-containing and ethylenically unsaturated compounds total at least 50% by weight of all polymerizable material in the composition. an organoborane-base complex, wherein the base is a complexing agent selected from a compound having one or more amine groups, amidine groups, hydroxide groups, alkoxide groups, or a combination thereof; a decomplexing agent that liberates the organoborane from the organoborane-base complex, wherein the the decomplexing agent comprises a 1,3-dicarbonyl; a polymerizable thiol-containing component comprising at least one polymerizable thiol-containing compound having a plurality of thiol groups in which the sulfur atom of the thiol group is covalently bonded to carbon; and a polymerizable ethylenically unsaturated component comprising at least one polymerizable ethylenically unsaturated compound having a plurality of ethylenically unsaturated groups; wherein the total amount of the thiol-containing and ethylenically unsaturated compounds total at least 50% by weight of all polymerizable material in the composition.
Method for producing a bicycle frame from at least two modules (10, 20), wherein the modules (10, 20) are produced individually and are interconnected at corresponding connecting portions, wherein at least one of the modules (10, 20) is produced from hollow tubes having a round, oval or polygonal cross section and is produced from thermoplastic material on the basis of an injection-moulding method using the fluid-injection technique, characterised in that one module (10, 20), in particular a front part or rear part in the form of an insert or pre-moulded part, is inserted into an injection mould and then a further module (20, 10), in particular a rear part or front part, is produced in the moulding injection mould.
Milking claw device (1; 201) for a milking device, provided with a number of first connections (5a-5d; 205a-205d) for milk supply lines (105a-105d) originating from teat cups, a collection chamber (23; 223) that is in fluid connection with the first connections, and a second connection (21; 221) in fluid connection with the collection chamber for a communal milk discharge line, for according to flow paths allowing milk originating from the teat cups to pass through, wherein the milking claw device has been provided with interception means (12, 28; 212, 228) for leading a fluid flow originating from a milk supply line away from the flow paths, wherein the interceptions means comprise a first valve (12; 212) for the second connection or part of the milk discharge line connected thereto, characterized in that the interception means comprise a discharge (26; 226) and a second valve (28; 228) for it, wherein the second valve is positioned to be operated by the first valve, wherein the second valve is positioned to be moved to the open position by moving the first valve to the closing position, wherein the first valve (12; 212) with its movement to its closing position makes a free stroke with respect to the second valve (28; 228) and moves the second valve to its open position after said free stroke.
Handling instrument for a bone anchor, in particular a bone screw, in particular a pedicle screw in spinal surgery, the instrument being detachably, but also rigidly and non-rotatably, connectable to a head of the bone anchor and extending in an axial longitudinal direction, said instrument comprising a first outer housing part extending in the longitudinal direction and a second inner housing part which extends in the longitudinal direction and can be inserted into the first outer housing part in the longitudinal direction, the housing parts being tubular or sleeve-shaped, at least in sections, and the first outer housing part including an internal thread which extends in the longitudinal direction, and the second inner housing part including an external thread which extends in the longitudinal direction and can be screwed into the internal thread, the first outer housing part engaging behind the head of the bone anchor in the longitudinal direction, and the second inner housing part, when screwed in, being supported against the head of the bone anchor in the longitudinal direction such that the instrument can thus be detachably fastened to the head of the bone anchor, characterized in that the first outer housing part includes a threadless section in the region of the internal thread, which section extends distally from a proximal longitudinal end of the internal thread in the longitudinal direction and over an angular segment in a circumferential direction, and in that the external thread of the second inner housing part is formed, from a distal longitudinal end of the external thread, only in the region of the extension of the threadless section of the first outer housing part such that the second inner housing part can be plugged into the first outer housing part in the longitudinal direction in a translational manner at a suitable rotational position until the distal longitudinal end of the external thread comes into contact with a distal end of the threadless section, and can subsequently be screwed into the internal thread of the first outer housing part.
A multi-functional clamp for the installation of a wind turbine on an offshore substructure by means of a crane vessel comprising a lifting crane, the multifunctional clamp comprising: - a main body configured to selectively clamp and unclamp a tower of a wind turbine characterised in that it is shaped so as to couple with the crane vessel so as to define a given position for the tower with respect to the crane vessel; and - a plurality of hooking members extending from the main body and configured to secure and release the free ends of a rigging assembly of the lifting crane to the main body so as to lift the multifunctional clamp by means of the lifting crane. - a main body configured to selectively clamp and unclamp a tower of a wind turbine characterised in that it is shaped so as to couple with the crane vessel so as to define a given position for the tower with respect to the crane vessel; and - a plurality of hooking members extending from the main body and configured to secure and release the free ends of a rigging assembly of the lifting crane to the main body so as to lift the multifunctional clamp by means of the lifting crane.
Patient support comprising an upper support plate with a support plate surface and a base plate that is mounted below and spaced therefrom, the support plate being supported on the base plate and an interspace being formed between the underside of the support plate and the upper side of the base plate, the upper support plate surface of the support plate having at least three successive surface zones from its beginning to its end. a front zone, a subsequent middle zone, and a subsequent end zone, and the middle zone, which tapers to a narrow intermediate piece and subsequently widens again and thus forms a left section and a right section, which are in each case oriented horizontally and are symmetrical to the longitudinal and symmetry axis of the support plate, finally a device for fixing a breast is disposed and the device for fixing a breast is disposed in the interspace, in the region of a left area-section and right area-section in each case, which are depicted by topographic projection of the left section and/or of the right section in each case on the top side of the base plate, such that the device for fixing a breast is directly or indirectly supported on the base plate, that the device for fixing a breast is directly or indirectly connected in an interlocking or integral manner to the base plate and a support is present, characterised in that in the front zone in the interspace the only supporting prop is located, which, seen transversely to the longitudinal axial direction, is narrow in comparison to the width of the support plate and, seen in the longitudinal axial direction, is short in comparison to the length of the support plate and in that the device for fixing a breast is in each case disposed so as to be rotatable and lockable about a vertical axis (42, 43) within the depicted left area-section or right area-section of the left section or of the right section.
A method for producing a coating having a high hardness, a high impact strength and a high resistance to chemical attack, characterized in that it comprises: - the application, to a substrate, of a blend for simultaneous or successive addition, comprising: A) from 20 to 50% by weight of solid content of a polymer containing hydroxyl groups; B) from 3 to 20% by weight of solid content of an amine-formaldehyde-type resin; C) from 5 to 20% by weight of solid content of a polyisocyanate composition containing at least 50 mol% of one or more biuret group(s), in which at least 50 mol% and up to 100 mol% of the isocyanate groups are protected using a monofunctional blocking agent; D) from 0 to 30% by weight of solid content of various coating additives E) from 0 to 20% by weight of solvent(s); - and the heating of said substrate to a temperature allowing said components to be crosslinked. - the application, to a substrate, of a blend for simultaneous or successive addition, comprising: A) from 20 to 50% by weight of solid content of a polymer containing hydroxyl groups; B) from 3 to 20% by weight of solid content of an amine-formaldehyde-type resin; C) from 5 to 20% by weight of solid content of a polyisocyanate composition containing at least 50 mol% of one or more biuret group(s), in which at least 50 mol% and up to 100 mol% of the isocyanate groups are protected using a monofunctional blocking agent; D) from 0 to 30% by weight of solid content of various coating additives E) from 0 to 20% by weight of solvent(s); A) from 20 to 50% by weight of solid content of a polymer containing hydroxyl groups; B) from 3 to 20% by weight of solid content of an amine-formaldehyde-type resin; C) from 5 to 20% by weight of solid content of a polyisocyanate composition containing at least 50 mol% of one or more biuret group(s), in which at least 50 mol% and up to 100 mol% of the isocyanate groups are protected using a monofunctional blocking agent; D) from 0 to 30% by weight of solid content of various coating additives E) from 0 to 20% by weight of solvent(s); - and the heating of said substrate to a temperature allowing said components to be crosslinked.
An installation comprising several treatment stations for constructing a panel comprising a stack of components, and a carrier for use with said treatment stations and securely supporting the stack, which carrier can be displaced between the treatment stations successively from the first to the last treatment station, wherein the treatment stations each comprise a frame comprising a top conveyer belt system including two endless conveyer belts which extend next to one another and are deflected around end rollers, characterized in that the carrier is provided with a vacuum system for securely holding the - growing - stack on the carrier, wherein the treatment stations each comprises positioning supports (30,31) and the carrier comprises countersupports (33,34) for positioning the carrier in a predetermined position with respect to a treatment station upon arrival of the carrier to said treatment station, wherein the positioning supports (30,31) are situated inside boundaries of the top conveyer belt system.
A gas turbine engine powerplant system comprising: an engine package (END1,ENG2) with a high spool and a low spool; and a start system comprising: a power source which generates air; an engine case structure; and a nozzle system in the engine case structure in fluid communication with said power source, said nozzle system including a multitude of nozzles circumferentially spaced around the high spool and directed toward a desired direction of the high spool at a rotor (32, 34, 36) of the high spool to spin-up the high spool; wherein the multitude of nozzles are arranged completely around the engine case structure; wherein said high spool includes an axial flow compressor rotor, and said nozzle system directs said air toward said axial flow compressor rotor; and wherein said high spool includes a centrifugal flow compressor rotor, and said nozzle system directs said air toward said centrifugal flow compressor rotor. an engine package (END1,ENG2) with a high spool and a low spool; and a start system comprising: a power source which generates air; an engine case structure; and a nozzle system in the engine case structure in fluid communication with said power source, said nozzle system including a multitude of nozzles circumferentially spaced around the high spool and directed toward a desired direction of the high spool at a rotor (32, 34, 36) of the high spool to spin-up the high spool; wherein the multitude of nozzles are arranged completely around the engine case structure; wherein said high spool includes an axial flow compressor rotor, and said nozzle system directs said air toward said axial flow compressor rotor; and wherein said high spool includes a centrifugal flow compressor rotor, and said nozzle system directs said air toward said centrifugal flow compressor rotor. a power source which generates air; an engine case structure; and a nozzle system in the engine case structure in fluid communication with said power source, said nozzle system including a multitude of nozzles circumferentially spaced around the high spool and directed toward a desired direction of the high spool at a rotor (32, 34, 36) of the high spool to spin-up the high spool; wherein the multitude of nozzles are arranged completely around the engine case structure; wherein said high spool includes an axial flow compressor rotor, and said nozzle system directs said air toward said axial flow compressor rotor; and wherein said high spool includes a centrifugal flow compressor rotor, and said nozzle system directs said air toward said centrifugal flow compressor rotor.
A control apparatus comprising: a processing unit configured to process data of a still image obtained during an exposure time and based on pixel signals output from a plurality of pixels; and a display control unit configured to control a display unit to display an image based on the data processed by the processing unit as a through image, characterized in that the display unit is configured to display, in response to an instruction of recording the data of the still image and during the recording of the data of the still image, a mark (402, 403, 404, 405, 406, 407-1, 407-2, 407-3, 408, 408', 409, 410) indicating the recording of the data of the still image together with the through image displayed on the display unit, wherein the display unit is configured to display the mark for a mark display time, wherein the mark display time is a predetermined time longer than the exposure time, in case the exposure time is shorter than or equal to the predetermined time; and the mark display time is equal to the exposure time otherwise. a processing unit configured to process data of a still image obtained during an exposure time and based on pixel signals output from a plurality of pixels; and a display control unit configured to control a display unit to display an image based on the data processed by the processing unit as a through image, characterized in that the display unit is configured to display, in response to an instruction of recording the data of the still image and during the recording of the data of the still image, a mark (402, 403, 404, 405, 406, 407-1, 407-2, 407-3, 408, 408', 409, 410) indicating the recording of the data of the still image together with the through image displayed on the display unit, wherein the display unit is configured to display the mark for a mark display time, wherein the mark display time is a predetermined time longer than the exposure time, in case the exposure time is shorter than or equal to the predetermined time; and the mark display time is equal to the exposure time otherwise.
A computer-implemented method of optimizing an application by reducing the size of the application, comprising: identifying, within a source code listing, a reference to a resource, wherein the resource is stored in a resource file; analyzing the source code listing to determine whether the referenced resource will be used by the application at run-time based on an expected runtime behavior of the application, comprising analyzing the source code listing to: determine whether a variable storing the resource will be overwritten with a different value before the resource is used; or identify a run-time object having a reference to the resource, and determining whether a property of the run-time object that was initialized based on the resource will be overwritten before the property is used; and when it is determined that the referenced resource will not be used by the application at run-time, deleting the resource from the resource file. identifying, within a source code listing, a reference to a resource, wherein the resource is stored in a resource file; analyzing the source code listing to determine whether the referenced resource will be used by the application at run-time based on an expected runtime behavior of the application, comprising analyzing the source code listing to: determine whether a variable storing the resource will be overwritten with a different value before the resource is used; or identify a run-time object having a reference to the resource, and determining whether a property of the run-time object that was initialized based on the resource will be overwritten before the property is used; and determine whether a variable storing the resource will be overwritten with a different value before the resource is used; or identify a run-time object having a reference to the resource, and determining whether a property of the run-time object that was initialized based on the resource will be overwritten before the property is used; and when it is determined that the referenced resource will not be used by the application at run-time, deleting the resource from the resource file.