mhurhangee/ep-ind-claims huggingface dataset:
An exhaust guide member of a nozzle vane-type turbocharger equipped with a nozzle vane for changing the speed of exhaust gas running through a turbine in accordance with the speed of engine revolution, wherein the member to constitute the nozzle vane and to constitute an exhaust guide for guiding exhaust gas to the turbine is formed of an austenite stainless steel containing, in terms of % by mass, at most 0.08 % of C, from 2.0 to 4.0 % of Si, at most 2.0 % of Mn, from 8.0 to 16.0 % of Ni, from 18.0 to 20.0 % of Cr, at most 0.04 % of N and optionally one or two of Nb and Ti in an amount of from 0.05 to 1.0 %, one or two of Mo and Cu in an amount of from 0.50 to 5.0 % and one or two of REM (rare earth element including Y) and Ca in an amount of from 0.01 to 0.20 %, the austenite stainless steel containing these ingredients in such a manner that they satisfy a DE value of the following formula to be from 5.0 to 12.0, with a balance of Fe and inevitable impurities: DE value = Cr + 1.5 ⁢ Si + 0.5 ⁢ Nb + Mo − Ni − 0.3 ⁢ Cu − 0.5 ⁢ Mn − 30 C + N.
A locking element for locking of a panel cover on a module rail, the locking element comprising: a bearing block with an essentially plane mounting surface and having fasteners for mounting on the inside of the panel cover; a slide lock movably mounted on the bearing block and having a locking tab; and a slide mechanism configured to transfer the slide lock from a locked position in which the locking tab engages beneath the module rail to a release position, and vice versa, comprising a rotary actuator which is actuable in the installed locking element through a hole in the panel cover. a bearing block with an essentially plane mounting surface and having fasteners for mounting on the inside of the panel cover; a slide lock movably mounted on the bearing block and having a locking tab; and a slide mechanism configured to transfer the slide lock from a locked position in which the locking tab engages beneath the module rail to a release position, and vice versa, comprising a rotary actuator which is actuable in the installed locking element through a hole in the panel cover.
A method of making a prosthetic heart valve comprising: providing a valve frame, wherein the frame comprises an inner and an outer surface; peening at least a portion of the outer surface of the frame, thereby improving fatigue resistance of the frame; and securing valve leaflets (14, 60) to the frame; wherein peening comprises peening at least a portion of both the inner and outer surfaces of the frame. providing a valve frame, wherein the frame comprises an inner and an outer surface; peening at least a portion of the outer surface of the frame, thereby improving fatigue resistance of the frame; and securing valve leaflets (14, 60) to the frame; wherein peening comprises peening at least a portion of both the inner and outer surfaces of the frame.
A container comprising: a cylindrical container body with a bottom having a sidewall and a bottom wall; a lid having a flat plate portion and a side portion, the flat plate portion covering an opening of the container body, the side portion covering at least a part of an outer peripheral surface of the container body; and a flat plate-shaped inner plug located inside the lid, wherein the container body includes a thread ridge on the outer peripheral surface, the side portion of the lid has a screw groove on its inner peripheral surface, the lid is configured to be screwed with the container body by screwing the screw groove with the thread ridge, the inner plug includes an inner plug body and lock portions, the lock portions being disposed on an outer peripheral portion of the inner plug body, characterised in that the screw groove has two or more threads, the screw groove has the threads by a count identical to a count of the lock portions, and the inner plug is held to an inside of the lid by each of the lock portions fitted into each inside of the screw grooves. a cylindrical container body with a bottom having a sidewall and a bottom wall; a lid having a flat plate portion and a side portion, the flat plate portion covering an opening of the container body, the side portion covering at least a part of an outer peripheral surface of the container body; and a flat plate-shaped inner plug located inside the lid, wherein the container body includes a thread ridge on the outer peripheral surface, the side portion of the lid has a screw groove on its inner peripheral surface, the lid is configured to be screwed with the container body by screwing the screw groove with the thread ridge, the inner plug includes an inner plug body and lock portions, the lock portions being disposed on an outer peripheral portion of the inner plug body, characterised in that the screw groove has two or more threads, the screw groove has the threads by a count identical to a count of the lock portions, and the inner plug is held to an inside of the lid by each of the lock portions fitted into each inside of the screw grooves.
Method for pairing a first apparatus called an initiating apparatus, with a second apparatus called an accepting apparatus, said initiating apparatus seeking to transmit and receive data to and from said accepting apparatus, said method comprising: - a step for generating an asynchronous pairing code, comprising a random PIN code; - a step for the rendering, in the form of a watermarked image in which a first symbol is hidden, of said pairing code by said accepting apparatus, said first symbol comprising said pairing code; - a step for obtaining, by said accepting apparatus, of at least one piece of payload data for the transmission and to the reception with said initiating apparatus; - a step for restituting, in the form of a second symbol, of said at least one piece of payload data. - a step for generating an asynchronous pairing code, comprising a random PIN code; - a step for the rendering, in the form of a watermarked image in which a first symbol is hidden, of said pairing code by said accepting apparatus, said first symbol comprising said pairing code; - a step for obtaining, by said accepting apparatus, of at least one piece of payload data for the transmission and to the reception with said initiating apparatus; - a step for restituting, in the form of a second symbol, of said at least one piece of payload data.
A dielectric film forming composition, comprising: a) at least one fully imidized polyimide polymer, wherein the at least one fully imidized polymer is at least 90% imidized; b) at least one metal-containing (meth)acrylate, wherein the at least one metal containing (meth)acrylate comprises at least one metal atom and at least one (meth)acrylate ligand; c) at least one catalyst; and d) at least one solvent. a) at least one fully imidized polyimide polymer, wherein the at least one fully imidized polymer is at least 90% imidized; b) at least one metal-containing (meth)acrylate, wherein the at least one metal containing (meth)acrylate comprises at least one metal atom and at least one (meth)acrylate ligand; c) at least one catalyst; and d) at least one solvent.
Support prosthesis for vessels or intracorporeal lumens with a tubular casing which can expand in the radial direction, comprising a metallic support structure with support elements (5, 21) extending transversely to the longitudinal direction and arranged next to one another in a meandering pattern, wherein the support elements (5, 21) disposed next to each other in the longitudinal direction are connected to the tubular casing by at least one connecting element which is made of a resilient, non-metallic material and extends in the longitudinal direction, characterized in that the curves of the meandering pattern of the support elements (5, 21) are shifted in phase and are lying close to each other, and the loops of the support rings form chambers, and that the connecting element is a connecting layer (15, 17), which is configured in one of the chambers, which are formed by support elements (5, 21) located next to each other and are limiting the lateral extension.
A press-die positioning system, which facilitates aligning the referencing holes on the die and the conical pins on the press bolster on top of one another, comprising - at least one lower die which is used to shape the sheet metal, - at least one upper die which is placed on the lower die and shapes the sheet metal placed between the lower die and itself as a result of the pressure it applies, - at least one crane which enables the lower die and the upper die to be carried as preferred, - at least one lifting lug which is provided on the lower die to enable the lower die and the upper die to be lifted by a crane, - at least one rope which enables connection of the lower die and the upper die with the crane, - at least one bolster on which the lower die and the upper die are arranged, - at least one referencing hole which is located on the bottom part of the lower die and drilled into the lower die, - at least one conical pin which is formed on the bolster and fits into the referencing hole, and which thus enables the lower die to be placed on the bolster in an aligned manner and characterized by - at least one laser which is mounted on the bolster and which produces a beam towards the lower die, - at least one guiding line which is drawn on the side surface of the lower die, and which, after the conical pin is fitted into the referencing hole, is drawn with a stencil on the front and side surface of the lower die for use in the subsequent arrangements, and by - at least one light region which encompasses the region where the guiding line is located on the lower die. - at least one lower die which is used to shape the sheet metal, - at least one upper die which is placed on the lower die and shapes the sheet metal placed between the lower die and itself as a result of the pressure it applies, - at least one crane which enables the lower die and the upper die to be carried as preferred, - at least one lifting lug which is provided on the lower die to enable the lower die and the upper die to be lifted by a crane, - at least one rope which enables connection of the lower die and the upper die with the crane, - at least one bolster on which the lower die and the upper die are arranged, - at least one referencing hole which is located on the bottom part of the lower die and drilled into the lower die, - at least one conical pin which is formed on the bolster and fits into the referencing hole, and which thus enables the lower die to be placed on the bolster in an aligned manner and characterized by - at least one laser which is mounted on the bolster and which produces a beam towards the lower die, - at least one guiding line which is drawn on the side surface of the lower die, and which, after the conical pin is fitted into the referencing hole, is drawn with a stencil on the front and side surface of the lower die for use in the subsequent arrangements, and by - at least one light region which encompasses the region where the guiding line is located on the lower die.
Liquid filter, particularly an oil filter of an internal combustion engine, with a filter housing with a removable screw cap and with a raw-liquid inlet and a clean-liquid outlet, with a filter insert separating dirty side and clean side of the liquid filter interchangeably arranged in the filter housing, whereby the filter housing furthermore has a central drain channel for draining the filter housing during removal of the filter insert, whereby a closure pin permanently installed in the filter housing having at least one radially sealing seal (33.1, 33.2) in a sealing seat in the drain channel is axially adjustable between a lower closed position when the filter insert is built in and the screw cap is closed, and an upper open position when the screw cap is taken off and the filter insert is removed, and wherein mechanical, releasable coupling elements (24, 34, 44) are provided between the screw cap or filter insert on the one hand and the closure pin on the other hand, characterised in - that the coupling elements (24, 34, 44) form a toothing, - that the teeth (5, 5') of the respective coupling elements (24, 34, 44) in the circumferential direction are oriented in opposing directions and - that when viewed in the circumferential direction the tooth spacing (a 1) is in each case greater than the tooth length (l 1), - whereby turning the screw cap or the filter insert in the tightening direction of the screw cap results in a torque and a thrust-transmitting engagement of the coupling elements (24, 34, 44), - whereby turning the screw cap or the filter insert in the loosening direction of the screw cap results in a torque and a tensile force-transmitting engagement of the coupling elements (24, 34, 44) as long as the seal (33.1, 33.2) exerts a braking torque on the closure pin located in the sealing seat, and - whereby the coupling elements (24, 34, 44) automatically disengage when the seal (33.1, 33.2) exits the sealing seat and thereby enables the closure pin to freely rotate around its longitudinal axis. - that the coupling elements (24, 34, 44) form a toothing, - that the teeth (5, 5') of the respective coupling elements (24, 34, 44) in the circumferential direction are oriented in opposing directions and - that when viewed in the circumferential direction the tooth spacing (a 1) is in each case greater than the tooth length (l 1), - whereby turning the screw cap or the filter insert in the tightening direction of the screw cap results in a torque and a thrust-transmitting engagement of the coupling elements (24, 34, 44), - whereby turning the screw cap or the filter insert in the loosening direction of the screw cap results in a torque and a tensile force-transmitting engagement of the coupling elements (24, 34, 44) as long as the seal (33.1, 33.2) exerts a braking torque on the closure pin located in the sealing seat, and - whereby the coupling elements (24, 34, 44) automatically disengage when the seal (33.1, 33.2) exits the sealing seat and thereby enables the closure pin to freely rotate around its longitudinal axis.
An apparatus for processing strips of labels with a plurality of labels following one after the other, with a conveying device which conveys the strip of labels along a pre-set conveying path, with a processing apparatus which is provided along the conveying path and which processes the strip of labels in a pre-set manner, and with a position detection device which detects a position of the strip of labels in its conveying direction, wherein the processing device has a cutting unit which cuts the strip of labels, and the apparatus has a labelling device which is arranged downstream with respect to the processing device in the conveying direction of the strip of labels and which attaches labels to containers, characterized in that the position detection device has an image detection device which is suitable for recording two-dimensional images of areas of the strip of labels and the apparatus has an illumination device for illuminating the areas of the strip of labels recorded by the position detection device, wherein the illumination device is a pulsed respectively a flash lamp illumination which is triggered on the illumination device.
Position measurement device, which comprises a position detection unit, a processing unit, an interface unit and a clock generator, wherein • digital position values can be generated using the position detection unit, • the processing unit is configured in a manner suitable for processing commands, which can be transmitted to said processing unit from a downstream electronics system by means of the interface unit, • the interface unit is configured in a manner suitable for communicating with the downstream electronics system according to the rules of an interface protocol via at least one interface line, via which interface signals, the time responses of which are determined by the interface protocol, can be transmitted and • the clock generator generates a working clock signal, which serves as time base for the functions of the position detection unit and the processing unit, characterized in that a time measurement unit is also provided in the position measurement device, for which time measurement unit the working clock signal likewise serves as time base and to which at least one interface signal is fed and using which a time interval can be measured from a start event (START) up to a stop event (STOP) of the at least one interface signal. • digital position values can be generated using the position detection unit, • the processing unit is configured in a manner suitable for processing commands, which can be transmitted to said processing unit from a downstream electronics system by means of the interface unit, • the interface unit is configured in a manner suitable for communicating with the downstream electronics system according to the rules of an interface protocol via at least one interface line, via which interface signals, the time responses of which are determined by the interface protocol, can be transmitted and • the clock generator generates a working clock signal, which serves as time base for the functions of the position detection unit and the processing unit,
Fastening device which comprises: - a main body being, inside its first end, provided with a chamber which is open outwards and which reaches into the interior of the main body, - a distribution element being inserted in the chamber forming an inner surface of the chamber and being connected to a support surface of the main body, - a gap in a second end, being opposite the first end, of the main body, reaching from the outside surface of the main body into the chamber, - a bar-shaped element leading through the gap and the distribution element, and being connected to the distribution element, whose one end protrudes outward beyond the outside surface of the main body and whose other end reaches into the chamber, and - an end plate being fixed to the first end of the main body and closing the chamber outwards, the end plate including one or more connecting elements (27, 28) for mounting external components, and being fixed to the main body by use of one or more tension elements which are led into the main body through cavities in the end plate, led through the main body through cylindrical drill holes in the main body and fixed to fastening elements, characterized in that the fastening elements are placed at the bottom of a step of the main body being provided at the outer shell of the main body, and the step having a larger distance from the first end of the main body than the support surface, and the fastening elements being a fastening ring. - a main body being, inside its first end, provided with a chamber which is open outwards and which reaches into the interior of the main body, - a distribution element being inserted in the chamber forming an inner surface of the chamber and being connected to a support surface of the main body, - a gap in a second end, being opposite the first end, of the main body, reaching from the outside surface of the main body into the chamber, - a bar-shaped element leading through the gap and the distribution element, and being connected to the distribution element, whose one end protrudes outward beyond the outside surface of the main body and whose other end reaches into the chamber, and - an end plate being fixed to the first end of the main body and closing the chamber outwards, the end plate including one or more connecting elements (27, 28) for mounting external components, and being fixed to the main body by use of one or more tension elements which are led into the main body through cavities in the end plate, led through the main body through cylindrical drill holes in the main body and fixed to fastening elements,
A dental unit comprising a support and a display unit with a touch screen, the display unit being connected to the support in such a manner that the display unit is rotatable between a first orientation and a second orientation, wherein the first orientation is suitable for enabling a dental care professional to view content displayed on the touch screen during work on a patient situated in a chair of the dental unit, and thus is for displaying content on the touch screen, wherein the second orientation is suitable for enabling a dental care professional to input information by touching the touch screen, and thus is for receiving input by means of the touch screen, and wherein the support is adapted to support the display unit in the second orientation, and wherein the second orientation is horizontal or arranged in an acute angle with respect to a horizontal plane wherein the support comprises an abutment surface, the abutment surface being adapted for abutting a rear surface of the display unit in the second orientation. the display unit being connected to the support in such a manner that the display unit is rotatable between a first orientation and a second orientation, wherein the first orientation is suitable for enabling a dental care professional to view content displayed on the touch screen during work on a patient situated in a chair of the dental unit, and thus is for displaying content on the touch screen, wherein the second orientation is suitable for enabling a dental care professional to input information by touching the touch screen, and thus is for receiving input by means of the touch screen, and wherein the support is adapted to support the display unit in the second orientation, and wherein the second orientation is horizontal or arranged in an acute angle with respect to a horizontal plane wherein the support comprises an abutment surface, the abutment surface being adapted for abutting a rear surface of the display unit in the second orientation.
A pneumatic duct system comprising: first and second duct sections; and a conductive elastomeric flexible coupling disposed between and connecting the first and second duct sections, the coupling comprising a tube section; a pair of opposed end portions between which the tube section extends, each of said end portions engaged with the one of the first and second duct sections; and an electrically conductive coating on substantially an entirety of the exterior surface of the coupling and acting as an electrically conductive compliant material configured to conduct electrical charges transferred from a substance carried by and flowing through the duct system and accommodate large deflections, characterized in that; the coating is on at least portions of an interior surface of the coupling in direct contact with an outer surface of the first or second duct portions. first and second duct sections; and a conductive elastomeric flexible coupling disposed between and connecting the first and second duct sections, the coupling comprising a tube section; a pair of opposed end portions between which the tube section extends, each of said end portions engaged with the one of the first and second duct sections; and an electrically conductive coating on substantially an entirety of the exterior surface of the coupling and acting as an electrically conductive compliant material configured to conduct electrical charges transferred from a substance carried by and flowing through the duct system and accommodate large deflections, characterized in that; the coating is on at least portions of an interior surface of the coupling in direct contact with an outer surface of the first or second duct portions. a tube section; a pair of opposed end portions between which the tube section extends, each of said end portions engaged with the one of the first and second duct sections; and an electrically conductive coating on substantially an entirety of the exterior surface of the coupling and acting as an electrically conductive compliant material configured to conduct electrical charges transferred from a substance carried by and flowing through the duct system and accommodate large deflections, characterized in that;