mhurhangee/ep-ind-claims huggingface dataset:
A measuring device for dust measurement in the exhaust gas of small furnaces for solid fuels, having - a measuring probe, - a weighing device having a filter device, - a heated suction hose connecting the measuring probe to the weighing device, - a weighing module with a connected display and operating module, wherein the weighing device is constructed in the weighing module in a thermally insulated manner; - a case; - a telescopable stand, wherein the weighing module is of stand-alone construction and can be pulled out of the case on the telescopable stand combined with the display and operating module. - a measuring probe, - a weighing device having a filter device, - a heated suction hose connecting the measuring probe to the weighing device, - a weighing module with a connected display and operating module, wherein the weighing device is constructed in the weighing module in a thermally insulated manner; - a case; - a telescopable stand, wherein the weighing module is of stand-alone construction and can be pulled out of the case on the telescopable stand combined with the display and operating module.
Method for checking a multiplicity of mutually insulated strands in a stator winding bar of an electrical machine, the method comprising: - injecting a test signal into the multiplicity of strands of the stator winding bar, wherein the step of injection comprises an injection at a first segment of the stator winding bar or at a first end segment of the stator winding bar, - detecting a first component of the test signal, wherein the step of detection comprises a detection of a first reflection component at the first segment or at the first end segment, - injecting the test signal into at least a second selection of the multiplicity of strands of the stator winding bar at a second segment of the stator winding bar or at a second end segment of the stator winding bar, - detecting a second reflection component (U2') at the second segment or the second end segment, - comparing at least the first component of the test signal with a reference signal (Uref) in order to detect damage to an insulation between individual strands of the multiplicity of strands, wherein the reference signal (Uref) is a superposition reference signal that is compared with a superposition signal (U1+U2) of the first reflection component and the test signal and - comparing at least the second reflection component (U2') with the reference signal, wherein the reference signal (Uref) is a superposition reference signal that is compared with a superposition signal (U1+U2') of the second reflection component (U2') and the test signal. - injecting a test signal into the multiplicity of strands of the stator winding bar, wherein the step of injection comprises an injection at a first segment of the stator winding bar or at a first end segment of the stator winding bar, - detecting a first component of the test signal, wherein the step of detection comprises a detection of a first reflection component at the first segment or at the first end segment, - injecting the test signal into at least a second selection of the multiplicity of strands of the stator winding bar at a second segment of the stator winding bar or at a second end segment of the stator winding bar, - detecting a second reflection component (U2') at the second segment or the second end segment, - comparing at least the first component of the test signal with a reference signal (Uref) in order to detect damage to an insulation between individual strands of the multiplicity of strands, wherein the reference signal (Uref) is a superposition reference signal that is compared with a superposition signal (U1+U2) of the first reflection component and the test signal and - comparing at least the second reflection component (U2') with the reference signal, wherein the reference signal (Uref) is a superposition reference signal that is compared with a superposition signal (U1+U2') of the second reflection component (U2') and the test signal.
A tire comprising a tread portion having a first tread edge (Tel) and a second tread edge and provided with a plurality of circumferential grooves extending continuously in the circumferential direction of the tire to axially divide the tread portion into a plurality of land regions, wherein the circumferential grooves include a second shoulder circumferential groove disposed most on the second tread edge side among the circumferential grooves and a crown circumferential groove adjacent to the second shoulder circumferential groove on the first tread edge (Tel) side thereof, and the land regions include a second middle land region between the second shoulder circumferential groove and the crown circumferential groove, the second middle land region is provided with a plurality of middle lateral grooves extending across the entire width of the second middle land region to circumferentially divide the second middle land region into a plurality of middle blocks, and each of the middle blocks is provided with two first middle sipes each extending from the second shoulder circumferential groove, characterized in that one second middle sipe is disposed between the two first middle sipes and extends from the second shoulder circumferential groove to terminate within the middle block, wherein each of the first middle sipes extends in a wave-like manner in its depth direction, and the second middle sipe extends in a straight manner in its depth direction. the circumferential grooves include a second shoulder circumferential groove disposed most on the second tread edge side among the circumferential grooves and a crown circumferential groove adjacent to the second shoulder circumferential groove on the first tread edge (Tel) side thereof, and the land regions include a second middle land region between the second shoulder circumferential groove and the crown circumferential groove, the second middle land region is provided with a plurality of middle lateral grooves extending across the entire width of the second middle land region to circumferentially divide the second middle land region into a plurality of middle blocks, and each of the middle blocks is provided with two first middle sipes each extending from the second shoulder circumferential groove, characterized in that one second middle sipe is disposed between the two first middle sipes and extends from the second shoulder circumferential groove to terminate within the middle block, wherein each of the first middle sipes extends in a wave-like manner in its depth direction, and the second middle sipe extends in a straight manner in its depth direction.
Method for automated manufacture of dentures comprising the steps of - providing a digital data set of the individual denture to be produced; - digital separation of the model into dental arch and gingiva; - producing the dental arch from a ceramic or plastic material using cutting technology; - producing the denture base through generative or ablative procedures from predominantly (meth-)acrylate-based plastic materials; - connecting dental arch and gingiva through bonding or joining or a combination of bonding and joining. - providing a digital data set of the individual denture to be produced; - digital separation of the model into dental arch and gingiva; - producing the dental arch from a ceramic or plastic material using cutting technology; - producing the denture base through generative or ablative procedures from predominantly (meth-)acrylate-based plastic materials; - connecting dental arch and gingiva through bonding or joining or a combination of bonding and joining.
A method of automatically driving a printer driver according to an application type, the method comprising: receiving user selection of a priority mode, the priority mode being selected from a group comprising a quality priority mode and a speed priority mode; determining an application type on the basis of a function requested by the application in order to drive the printer driver; determining the printer driver to be one of an extensible markup language paper specification driver and a legacy driver in accordance with the determined application type; and driving the determined printer driver in accordance with the user-selected priority mode. receiving user selection of a priority mode, the priority mode being selected from a group comprising a quality priority mode and a speed priority mode; determining an application type on the basis of a function requested by the application in order to drive the printer driver; determining the printer driver to be one of an extensible markup language paper specification driver and a legacy driver in accordance with the determined application type; and driving the determined printer driver in accordance with the user-selected priority mode.
A device for driving an ancillary unit, especially a high-pressure pump, having a rotatably mounted drive shaft of an internal combustion engine, wherein the drive shaft and a unit shaft of the ancillary unit are operatively interconnected by a coupling, characterised in that the unit shaft has a first mount on the side remote from the coupling and the coupling is a second mount for the unit shaft.
G-hook for the mutual detachable connection of two prop portions (110, 112) of a telescopic construction prop, comprising a pin that is used for the mutual connection of the two prop portions (110, 112) and a bracket, by means of which the pin can be captively secured to the construction prop, the pin and the bracket being two different parts that are made of different materials and are interconnected, and the pin and the bracket being joined to form an assembled component and the pin comprising a force introduction portion having a curved surface at least in portions, characterized in that the pin comprises a force removal portion that is diametrically opposed to the force introduction portion and the surface of which has no curvature or at least a curvature that is smaller than the curvature of the surface of the force introduction portion, and in that the pin comprises a freely projecting first end and a second end that opposes the first end, in the region of which second end said pin is connected to the bracket such that the end face of the pin at the second end thereof is exposed as an impact surface.
A method of improving fiber elongation of a plant, the method comprising expressing in the plant an exogenous polynucleotide which comprises a nucleic acid sequence having at least 80 % sequence identity to the full length polynucleotide set forth in SEQ ID NO:7, wherein said polynucleotide is capable of regulating cotton fiber development, thereby improving the fiber elongation of the plant, wherein said improving said fiber elongation is in a fiber producing plant.
A method of manufacturing a deco glass panel, the method comprising: a pattern forming step of applying an adhesive onto a mother substrate of the deco glass panel in a prescribed pattern; a glass powder applying step of applying glass powder onto the surface of the mother substrate of the deco glass panel having the adhesive applied thereonto; an adhesive hardening step of hardening the adhesive applied onto the glass panel, by heating the deco glass panel in a state where the glass powder has been applied; a preheating step of heating the deco glass panel at a temperature lower than a melting point of the glass powder; a welding step of welding the deco glass panel at a temperature higher than a melting point of the glass powder, but lower than a melting point of the mother substrate of the deco glass panel; a cooling step of cooling the deco glass panel; and an attaching step of attaching a prescribed rear surface pattern on a rear surface of the deco glass panel, wherein the glass powder comprises, by weight, 11 to 20% SiO 2, 30 to 35% ZnO, 15 to 20% B 2 O 3, 10 to 18% Na 2 O, 1 to 5% Al 2 O 3, 1 to 4% ZrO 2, 1 to 4% CaO, 0.05 to 0.25% Fe 2 O 3 and 0.001 to 0.004% MnO. a pattern forming step of applying an adhesive onto a mother substrate of the deco glass panel in a prescribed pattern; a glass powder applying step of applying glass powder onto the surface of the mother substrate of the deco glass panel having the adhesive applied thereonto; an adhesive hardening step of hardening the adhesive applied onto the glass panel, by heating the deco glass panel in a state where the glass powder has been applied; a preheating step of heating the deco glass panel at a temperature lower than a melting point of the glass powder; a welding step of welding the deco glass panel at a temperature higher than a melting point of the glass powder, but lower than a melting point of the mother substrate of the deco glass panel; a cooling step of cooling the deco glass panel; and an attaching step of attaching a prescribed rear surface pattern on a rear surface of the deco glass panel, wherein the glass powder comprises, by weight, 11 to 20% SiO 2, 30 to 35% ZnO, 15 to 20% B 2 O 3, 10 to 18% Na 2 O, 1 to 5% Al 2 O 3, 1 to 4% ZrO 2, 1 to 4% CaO, 0.05 to 0.25% Fe 2 O 3 and 0.001 to 0.004% MnO.
A rotatable surgical instrument comprising: an outer tubular member; an inner tubular member contained, at least in part, within the outer tubular member and configured to rotate relative to the outer tubular member, the inner tubular member and outer tubular member forming a gap (202, 306) therebetween, a distal tip coupled to and configured to rotate with the inner tubular member; and a distal bearing 2. positioned in the gap and encircling the inner tubular member and wherein the distal bearing is a roller bearing, further comprising a retainer ring, positioned around the outer tubular member and the distal bearing, configured to maintain an annular position of the distal bearing relative to the distal tip. an outer tubular member; an inner tubular member contained, at least in part, within the outer tubular member and configured to rotate relative to the outer tubular member, the inner tubular member and outer tubular member forming a gap (202, 306) therebetween, a distal tip coupled to and configured to rotate with the inner tubular member; and a distal bearing 2. positioned in the gap and encircling the inner tubular member and wherein the distal bearing is a roller bearing, further comprising a retainer ring, positioned around the outer tubular member and the distal bearing, configured to maintain an annular position of the distal bearing relative to the distal tip.
A mixing and dispensing device adapted for attachment to an opening of a receiving container, and intended to receive a stand-alone container (50; 60; 103, 105) having an opening sealed with a sealing film (58; 68) and containing an add-on product to be dispensed into the interior of the receiving container containing another product F, comprising: - a receiving element adapted to receive and retain the stand-alone container (50; 60; 103, 105) at its opening, - a connecting element, adapted for attachment to the opening of the receiving container and for receiving said receiving element by screwing, characterized in that said connecting element has a generally smooth and unobstructed passage portion adapted for engagement into a homologous portion of said receiving element, said passage portion forming a spout and incorporating a member for opening the sealing film (58; 68) of the stand-alone container (50; 60; 103, 105) by providing opposing resistance to the sealing film (58; 68) in a peripheral region thereof so as to tear and laterally clear said sealing film during the screwing of the receiving element onto the connecting element, the joined connecting element and receiving element forming an interior volume that constitutes a generally tight and generally smooth and unobstructed passage between the interior of the receiving container and the interior space of the stand-alone container (50; 60; 103, 105) after clearing the sealing film (58; 68). - a receiving element adapted to receive and retain the stand-alone container (50; 60; 103, 105) at its opening, - a connecting element, adapted for attachment to the opening of the receiving container and for receiving said receiving element by screwing, characterized in that said connecting element has a generally smooth and unobstructed passage portion adapted for engagement into a homologous portion of said receiving element, said passage portion forming a spout and incorporating a member for opening the sealing film (58; 68) of the stand-alone container (50; 60; 103, 105) by providing opposing resistance to the sealing film (58; 68) in a peripheral region thereof so as to tear and laterally clear said sealing film during the screwing of the receiving element onto the connecting element, the joined connecting element and receiving element forming an interior volume that constitutes a generally tight and generally smooth and unobstructed passage between the interior of the receiving container and the interior space of the stand-alone container (50; 60; 103, 105) after clearing the sealing film (58; 68).
A method, when implemented in a device, comprising: when the device is on a frequency, if the device: fails an attempt, on the frequency, to camp on a cell, and identifies an indication that the frequency is not allowed for camping; marking the frequency; characterised by, the indication being received in an information element. fails an attempt, on the frequency, to camp on a cell, and identifies an indication that the frequency is not allowed for camping; marking the frequency;
A crane for handling a load hanging on a load cable, comprising a slewing gear for rotating the crane, a luffing gear for luffing up the boom, and a hoisting gear for lowering or lifting the load hanging on the load cable, with a control unit for calculating the actuation of slewing gear, luffing gear and/or hoisting gear, wherein the control unit includes a load pendulum damping and the calculation of the actuation commands for actuating slewing gear, luffing gear and/or hoisting gear is effected on the basis of a desired movement of the load indicated in Cartesian coordinates, characterized in that the load pendulum damping of the control unit is based on the inversion of a physical model of the load hanging on the load cable and of the crane, wherein the inverted physical model converts a given movement of the load hanging on the load cable in Cartesian coordinates into actuation signals for the slewing gear, luffing gear and/or hoisting gear, wherein the calculation in Cartesian coordinates allows a quasistatic decoupling of the lifting movement in z-direction from the movements in x- and y-direction.
A method of making a bioactive agent delivery device comprising: depositing a hydrophilic polymer on a substrate forming a hydrophilic surface comprising, depositing a photo-polymer on the substrate, the photo-polymer comprising latent photoreactive groups and a hydrophilic backbone; and applying actinic radiation to the photo-polymer; and then selecting a solvent that does not solvate the hydrophilic polymer; depositing a composition comprising a substantially amorphous hydrophobic bioactive agent and the solvent to form a substantially amorphous hydrophobic bioactive agent layer on the hydrophilic surface without penetrating into the hydrophilic polymer, the hydrophilic polymer selected from the group consisting of poly(acrylamide), poly(methacrylamide), poly(vinylpyrrolidone), poly(acrylic acid), poly(ethylene glycol), poly(vinyl alcohol), poly(HEMA), methyl vinyl ether/maleic anhydride copolymers, and vinyl pyrrolidone/(meth)acrylamide copolymers, and wherein selecting a solvent that does not solvate the hydrophilic polymer comprises selecting at least one from the group consisting of ethyl acetate and chloroform. depositing a hydrophilic polymer on a substrate forming a hydrophilic surface comprising, depositing a photo-polymer on the substrate, the photo-polymer comprising latent photoreactive groups and a hydrophilic backbone; and applying actinic radiation to the photo-polymer; and then depositing a photo-polymer on the substrate, the photo-polymer comprising latent photoreactive groups and a hydrophilic backbone; and applying actinic radiation to the photo-polymer; and then selecting a solvent that does not solvate the hydrophilic polymer; depositing a composition comprising a substantially amorphous hydrophobic bioactive agent and the solvent to form a substantially amorphous hydrophobic bioactive agent layer on the hydrophilic surface without penetrating into the hydrophilic polymer, the hydrophilic polymer selected from the group consisting of poly(acrylamide), poly(methacrylamide), poly(vinylpyrrolidone), poly(acrylic acid), poly(ethylene glycol), poly(vinyl alcohol), poly(HEMA), methyl vinyl ether/maleic anhydride copolymers, and vinyl pyrrolidone/(meth)acrylamide copolymers, and wherein selecting a solvent that does not solvate the hydrophilic polymer comprises selecting at least one from the group consisting of ethyl acetate and chloroform.
A mask and headgear system comprising a mask, the mask comprising a frame and a seal supported by the frame, headgear connected to the mask, and a break-fit assembly comprising a magnetic coupling comprising two magnetic members which are oriented to be attracted to each other, the two magnetic members having a range of movement relative to each other that results in the magnetic members moving outside of the range for magnetic coupling, and a flexible sheath enveloping the magnetic members, wherein movement of the magnetic members away from each other is resisted by the elastic material of the sheath, and wherein stretching of the sheath establishes a restoration force that will act to return the magnetic members toward each other for reconnection to a resting position, wherein the break-fit assembly is configured to elongate upon separation of the magnetic members upon the application of a force exceeding a preselected break-free force, the mask, headgear, and break-fit assembly together defining a loop that elongates with forces that exceed the break-free force, wherein the break-fit assembly resists elongation and the magnetic members remain connected in use if a force less than the break-free force is applied, and upon application of a force exceeding the break-free force, the resulting elongation of the loop is sufficient to allow a user to don and position the system on the user's head and face or to allow the user to remove the system from the user's head and face, and wherein the break-free force is about 4N or more.
A safety device for locks, comprising a handle that is freely rotatable in the idle state and coupleable to the locking member of the lock in the operating state, wherein a braking or blocking device is provided, which, from a defined number of revolutions of the handle within a time unit, brakes or blocks any further rotational movement, wherein the braking or blocking device comprises an element that is displaceable between a release position and a braking or blocking position and, in the braking or blocking position, cooperates with a counter-element to brake or block any further rotational movement, characterized in that the handle is mechanically decoupled from the displaceable element in the release position thereof.