mhurhangee/ep-ind-claims huggingface dataset:
A method for joining components through mechanical adhesion comprising the following stages: a) curing a resin laminate on a surface of a first component by way of a vacuum bag encompassing a texturized mold positioned on the resin laminate and the first component, imprinting a texture portion on the resin laminate; b) positioning an adhesive material laminate on the texture portion; c) positioning a second component on the adhesive material laminate; and d) curing the adhesive material laminate by way of a vacuum bag encompassing the adhesive material laminate, the second component not yet cured, the resin laminate with the texture portion and the first component, penetrating the adhesive material laminate into the texture portion; the texture portion comprising a locking profile. a) curing a resin laminate on a surface of a first component by way of a vacuum bag encompassing a texturized mold positioned on the resin laminate and the first component, imprinting a texture portion on the resin laminate; b) positioning an adhesive material laminate on the texture portion; c) positioning a second component on the adhesive material laminate; and d) curing the adhesive material laminate by way of a vacuum bag encompassing the adhesive material laminate, the second component not yet cured, the resin laminate with the texture portion and the first component, penetrating the adhesive material laminate into the texture portion;
Wiper system for mounting in a motor vehicle having at least one drive motor and having at least one wiper shaft which is driven by the drive motor, the wiper system comprising a shaped part, on which prefixing means are provided, by way of which a positively locking connection can be established with a component which is fixed on a motor vehicle body, the component having an internally threaded opening and the shaped part having a fixing opening, the two openings (21, 7) in each case having a longitudinal centre axis, the prefixing means having at least one hook element (16, 17) for interacting in a positively locking manner with a corresponding recess in the component which is fixed on the motor vehicle body, which brings about a prefixed state, characterized in that the prefixing means are configured and/or arranged in such a way that the longitudinal centre axis of the fixing opening is spaced apart from the longitudinal centre axis of the internally threaded opening in the prefixed state, and in that, in the finally mounted state, after final fixing of the wiper system on the component which is fixed on the motor vehicle body, the prefixing means do not make contact with the component which is fixed on the motor vehicle body.
A method for manufacturing a housing enclosing a pyrotechnic charge (40; 42), said method comprising at least: - inserting a pyrotechnic charge into a charging volume laterally delimited by a rigid cylindrical charging wall and in a lower part by a first element of the housing to be obtained, - positioning a second element of the housing to be obtained of cylindrical shape above the inserted pyrotechnic charge and in the extension of the cylindrical charging wall, said second element having a lateral cylindrical wall of the same shape and diameter as the cylindrical charging wall and being able to cooperate with the first element, and - jointly translating the second element and the cylindrical charging wall relative to the first element such as to make the second element cooperate with the first element and form the housing enclosing the pyrotechnic charge. - inserting a pyrotechnic charge into a charging volume laterally delimited by a rigid cylindrical charging wall and in a lower part by a first element of the housing to be obtained, - positioning a second element of the housing to be obtained of cylindrical shape above the inserted pyrotechnic charge and in the extension of the cylindrical charging wall, said second element having a lateral cylindrical wall of the same shape and diameter as the cylindrical charging wall and being able to cooperate with the first element, and - jointly translating the second element and the cylindrical charging wall relative to the first element such as to make the second element cooperate with the first element and form the housing enclosing the pyrotechnic charge.
Accumulator for an automotive refrigeration system comprising a tubular casing element adapted to accommodate a pipes assembly (40, 60) within which then refrigerant flows, wherein it is provided with a bottom adapted to close a first end of the tubular element and provided with a pair of connections (14a, 14b) respectively for refrigerant inlet and outlet pipes, and in wherein it is closable in a sealed manner at a second end (11") of the tubular element opposite to the first, by means of a cap, wherein said substantially cylindrical shaped accumulator is provided with said tubular element and said cap made of aluminium and said pipes assembly made of plastic, wherein said pipes assembly is made in two plastic shells welded to each other, wherein the cap is made dome-shaped and intended to be at least partially inserted into the tubular element, by means of an insertion portion with a smaller diameter with respect to the internal diameter of the tubular element and ending with a circumferential abutment on which, through magnetic impulse explosive welding, an end portion of the end (11") of the tubular element is deformed and shaped until the crystalline planes of the surfaces in contact of the two penetrate into each other substantially forming a single body and thus attaining the sealing.
A therapy planning system for generating an optimal treatment plan, said system comprising: at least one processor programmed to: automatically formulate a plurality of dose objectives based on a plurality of clinical goals including dose profiles and prioritiesof a plurality of structures, the plurality of structures including a plurality of target structures and/or critical structures identified within a planning image, a priority indicating the priority of the dose profile of its corresponding structure relative to other structures; optimize a plurality of treatment plan parameters based on the plurality of dose objectives to generate a treatment plan; compare the treatment plan to the clinical goals to determine a score assessing the extent to which the treatment plan achieves the clinical goals; reformulate the plurality of dose objectives including at least one of modifying parameters of the plurality of dose objectives and adding one or more additional dose objectives to the plurality of dose objectives in response to the score falling within a predetermined range; and, repeat the optimizing based on the reformulated plurality of dose objectives to generate a reformulated treatment plan. automatically formulate a plurality of dose objectives based on a plurality of clinical goals including dose profiles and prioritiesof a plurality of structures, the plurality of structures including a plurality of target structures and/or critical structures identified within a planning image, a priority indicating the priority of the dose profile of its corresponding structure relative to other structures; optimize a plurality of treatment plan parameters based on the plurality of dose objectives to generate a treatment plan; compare the treatment plan to the clinical goals to determine a score assessing the extent to which the treatment plan achieves the clinical goals; reformulate the plurality of dose objectives including at least one of modifying parameters of the plurality of dose objectives and adding one or more additional dose objectives to the plurality of dose objectives in response to the score falling within a predetermined range; and, repeat the optimizing based on the reformulated plurality of dose objectives to generate a reformulated treatment plan.
A method of generating a computer-based observable model of an implantable tissue repair mesh secured to a patient to repair tissue defects, comprising: processing data corresponding to a patient using a computing device including a processor and a memory storing a software application executable by the processor; indicating an implantable tissue repair mesh and a fixation for securing the implantable tissue repair mesh to the patient; providing activity data for an activity to be performed by the patient with the activity data relating to a stress field on the mesh, zones of the mesh and or points to which the fixation is to be applied; deriving from the indicated implantable tissue repair mesh and the fixation and the processed data corresponding to a patient at least one distribution of the fixation about the implantable tissue repair mesh; generating an observable model of the implantable tissue repair mesh secured to the patient on a display operably associated with the computing device from the at least one derived distribution of the fixation about the implantable tissue repair mesh and the activity data to provide a simulation of an effect of the indicated activity on the implantable tissue repair mesh secured to the patient. processing data corresponding to a patient using a computing device including a processor and a memory storing a software application executable by the processor; indicating an implantable tissue repair mesh and a fixation for securing the implantable tissue repair mesh to the patient; providing activity data for an activity to be performed by the patient with the activity data relating to a stress field on the mesh, zones of the mesh and or points to which the fixation is to be applied; deriving from the indicated implantable tissue repair mesh and the fixation and the processed data corresponding to a patient at least one distribution of the fixation about the implantable tissue repair mesh; generating an observable model of the implantable tissue repair mesh secured to the patient on a display operably associated with the computing device from the at least one derived distribution of the fixation about the implantable tissue repair mesh and the activity data to provide a simulation of an effect of the indicated activity on the implantable tissue repair mesh secured to the patient.
Telescopic conveyor belt, with a base conveyor section, a telescopic conveyor section which is held on the base conveyor section and which can be extended and retracted telescopically, in and counter to a direction of extension, relative to the base conveyor section, an endlessly circulating conveyor belt which forms a conveyor surface and which, with its carrying run, is led along an upper surface of the base conveyor section and of the telescopic conveyor section, a base guide trough which is closed on the underside and which is arranged between the conveyor belt and the base conveyor section and which has a carrying area for accommodating the conveyor belt and has raised guide areas following on laterally from the carrying area, and a telescopic guide trough which is closed on the underside and is arranged between the conveyor belt and the telescopic conveyor section and has a carrying area for accommodating the conveyor belt and has raised guide areas following on laterally from the carrying area, wherein the base guide trough is coupled to the base conveyor section and the telescopic guide trough is coupled to an extension end of the telescopic conveyor section, wherein the telescopic guide trough can be extended and retracted telescopically relative to the base guide trough, and wherein the telescopic conveyor belt is adjustable between a nested position, in which the telescopic conveyor section is driven in relative to the base conveyor section and the telescopic guide trough is driven in telescopically relative to the base guide trough, and an extended position in which the telescopic conveyor section is extended at least partially relative to the base conveyor section and the telescopic guide trough is extended at least partially relative to the base guide trough, characterised in that arranged on the fastening conveyor section is a cap for the raised installation of an end of the base guide trough facing away from the telescopic conveyor section, with the base guide trough having a slope in the direction of the telescopic conveyor section, and that on the base conveyor section, a wedge element is held such that it can be moved in and counter to the direction of conveyance and is coupled to the or a telescopic conveyor section, wherein in the retracted position the base guide trough, with its end facing the telescopic conveyor section, rests on a starting area of the wedge element at a first height above or immediately on the base conveyor section, and in the extended position the base guide trough, with its end facing the telescopic conveyor section, rests on an end area of the wedge element at a second height above the base conveyor section, wherein the second height is greater than the first height.
An aeroderivative gas turbine comprising: a casing; a compressor having a rotor mounted on a generator shaft supported for rotation in the casing; a combustor; a high pressure turbine arranged in the casing and comprised of a rotor mounted on the generator shaft for co-rotation with the compressor rotor; a power turbine arranged in the casing and comprised of a rotor mounted on a turbine shaft to drive a load, comprising a thermal insulation coating coupled to the casing to reduce heat dispersion through the casing, the turbine characterised in that the insulation coating is an insulation assembly comprising an insulating sheet or panel coupled to a metal sheet maintained at a designed distance from the casing to create a passage (104, 204, 304) and configured for circulating cooling air between the casing and the panel when the rotor is working and configured to allow the air within the passage (104, 204, 304) to act as a thermal insulator for the rotor when the rotor is idle. a casing; a compressor having a rotor mounted on a generator shaft supported for rotation in the casing; a combustor; a high pressure turbine arranged in the casing and comprised of a rotor mounted on the generator shaft for co-rotation with the compressor rotor; a power turbine arranged in the casing and comprised of a rotor mounted on a turbine shaft to drive a load, comprising a thermal insulation coating coupled to the casing to reduce heat dispersion through the casing, the turbine characterised in that the insulation coating is an insulation assembly comprising an insulating sheet or panel coupled to a metal sheet maintained at a designed distance from the casing to create a passage (104, 204, 304) and configured for circulating cooling air between the casing and the panel when the rotor is working and configured to allow the air within the passage (104, 204, 304) to act as a thermal insulator for the rotor when the rotor is idle.
Device for transporting a container (6, 6') into a container cell of a cleaning machine, preferably in a beverage filling line, comprising a transport device rotatable about an axis of rotation, and at least one carrier finger arranged on the transport device for transporting the container (6, 6'), wherein a pick-up device is provided for taking over the container (6, 6') from a feeding device, wherein the pick-up device can be moved between a pick-up position and a transfer position, characterised in that the pick-up device can be pivoted between the pick-up position and the transfer position such that the container is lifted slightly by the pivot movement of the pick-up device into the transfer position relative to the feeding device. a pick-up device is provided for taking over the container (6, 6') from a feeding device, wherein the pick-up device can be moved between a pick-up position and a transfer position, characterised in that the pick-up device can be pivoted between the pick-up position and the transfer position such that the container is lifted slightly by the pivot movement of the pick-up device into the transfer position relative to the feeding device.
Geothermal probe base element intended to receive a heat transfer fluid, said probe base comprising two cavities allowing the deposition of impurities in suspension within said heat transfer fluid, said probe base comprises a first and a second element, each element comprising two tubular portions (10, 20) having axes parallel to a longitudinal axis and intended for the connection of two conduits, respectively for sending and returning the heat transfer fluid, said tubular portions communicating with each other by means of an opening arranged at a top position on the side wall of the two tubular portions, so as to delimit two bottom cavities (11, 21) for the deposition of impurities in suspension within the heat transfer fluid, wherein said first and second elements are assembled to constitute said probe base; characterized in that in the probe base, each element has a face having a planar section so as to allow the assembly of two elements for the constitution of a probe base; wherein in the probe base, each element comprises a protective shield completely enveloping, said tubular portions of two elements assembled with the exception of said base; wherein in the probe base, each element has a longitudinal bore and a countersink intended to receive a nut head embedded in said element to receive a threaded rod screwed into said nut head. said probe base comprises a first and a second element, each element comprising two tubular portions (10, 20) having axes parallel to a longitudinal axis and intended for the connection of two conduits, respectively for sending and returning the heat transfer fluid, said tubular portions communicating with each other by means of an opening arranged at a top position on the side wall of the two tubular portions, so as to delimit two bottom cavities (11, 21) for the deposition of impurities in suspension within the heat transfer fluid, wherein said first and second elements are assembled to constitute said probe base; characterized in that in the probe base, each element has a face having a planar section so as to allow the assembly of two elements for the constitution of a probe base; wherein in the probe base, each element comprises a protective shield completely enveloping, said tubular portions of two elements assembled with the exception of said base; wherein in the probe base, each element has a longitudinal bore and a countersink intended to receive a nut head embedded in said element to receive a threaded rod screwed into said nut head.
An automatic analysis system equipped with a transport unit which retains and transports sample containers having removable caps, the automatic analysis system comprising: a sample processing unit which processes samples contained in the sample containers; and a cap opening/closing unit which opens and closes the caps of the sample containers, wherein the transport unit includes: a first transport line which transports the sample containers to the sample processing unit; a second transport line which transports the sample containers having undergone processing of the samples by the sample processing unit, to a third transport line; and the third transport line which branches from the first transport line and the second transport line, transports the sample containers to the cap opening/closing unit, and carries the sample containers out of the cap opening/closing unit. a sample processing unit which processes samples contained in the sample containers; and a cap opening/closing unit which opens and closes the caps of the sample containers, wherein the transport unit includes: a first transport line which transports the sample containers to the sample processing unit; a second transport line which transports the sample containers having undergone processing of the samples by the sample processing unit, to a third transport line; and the third transport line which branches from the first transport line and the second transport line, transports the sample containers to the cap opening/closing unit, and carries the sample containers out of the cap opening/closing unit. a first transport line which transports the sample containers to the sample processing unit; a second transport line which transports the sample containers having undergone processing of the samples by the sample processing unit, to a third transport line; and the third transport line which branches from the first transport line and the second transport line, transports the sample containers to the cap opening/closing unit, and carries the sample containers out of the cap opening/closing unit.
A device for aligning the optical axis of an optical fiber with the optical axis of an opto-electronic component and for fastening the optical fiber in the resulting relative position in relation to the opto-electronic component, said device comprising: - an opto-electronic component comprising an optical axis, - a base construed and arranged to support a framework, comprising a groove, - a first framework disposed onto said base comprising: - a bore being construed and arranged to receive an optical fiber, the first framework being allowed to slide into said groove so that the longitudinal axis of said bore is coaxial with the optical axis of the opto-electronic component, - a tank construed and arranged to contain solidifiable fastening means, and - a duct connected at a first end to said tank and at a second end to said bore so that solidifiable fastening means are capable to migrate from the tank to the bore by capillarity action. - an opto-electronic component comprising an optical axis, - a base construed and arranged to support a framework, comprising a groove, - a first framework disposed onto said base comprising: - a bore being construed and arranged to receive an optical fiber, the first framework being allowed to slide into said groove so that the longitudinal axis of said bore is coaxial with the optical axis of the opto-electronic component, - a tank construed and arranged to contain solidifiable fastening means, and - a duct connected at a first end to said tank and at a second end to said bore so that solidifiable fastening means are capable to migrate from the tank to the bore by capillarity action. - a bore being construed and arranged to receive an optical fiber, the first framework being allowed to slide into said groove so that the longitudinal axis of said bore is coaxial with the optical axis of the opto-electronic component, - a tank construed and arranged to contain solidifiable fastening means, and - a duct connected at a first end to said tank and at a second end to said bore so that solidifiable fastening means are capable to migrate from the tank to the bore by capillarity action.