mhurhangee/ep-ind-claims huggingface dataset:
A method for performing a differential thermal analysis, wherein a sample disposed in a temperature-regulated sample chamber is temperature-regulated according to a linear temperature program proceeding from a start temperature (TStart) up to an end temperature (TEnd), wherein, from the result of a measurement of the sample temperature (TSample) carried out during the temperature regulation at a plurality of measurement times (to,...ti,...tn), a cDTA signal (cDTA) is calculated as the difference between the measured sample temperature (TSample) and a reference temperature (TRef) calculated according to a temperature course model, characterised in that for each measurement time (ti) the associated reference temperature (TRef(ti)) is calculated in each case by the following steps: a) fixing of a time interval containing the measurement time (ti) concerned, in such a way that the measurement time (ti) concerned lies in the middle of the time interval or at a distance from the middle of the time interval that is less than 30% of the length of the time interval, b1) calculation of a non-linear adaptation function for the measured sample temperature course (TSample(t)) in the time interval fixed for the measurement time (ti) concerned in step a), c) calculation of the reference temperature (TRef(ti)) associated with the measurement time (ti) concerned as the value of the adaptation function calculated in step b1) for the measurement time (ti). a) fixing of a time interval containing the measurement time (ti) concerned, in such a way that the measurement time (ti) concerned lies in the middle of the time interval or at a distance from the middle of the time interval that is less than 30% of the length of the time interval, b1) calculation of a non-linear adaptation function for the measured sample temperature course (TSample(t)) in the time interval fixed for the measurement time (ti) concerned in step a), c) calculation of the reference temperature (TRef(ti)) associated with the measurement time (ti) concerned as the value of the adaptation function calculated in step b1) for the measurement time (ti).
An active ingredient for use in a method of treatment of autism spectrum disorder, wherein the active ingredient is selected from the group consisting of ginkgolide A, an stereoisomer thereof, a crystal form thereof, a pharmaceutically acceptable salt thereof, a derivative thereof, or a combination thereof; wherein the derivative is selected from the group consisting of 10- (2'-dimethylaminoethoxy)- ginkgolide A, 10- (2'- diethylaminoethoxy) - ginkgolide A, 10 - ((4'- methoxy-3', 5'- dimethyl- 2'- pyridyl) - methoxy) - ginkgolide A, and 10-((2'-pyridyl) - ethoxy) - ginkgolideA.
Solar cell, comprising a silicon substrate and a layer disposed on a substrate side of the silicon substrate, and further comprising a contact structure extending through the layer from a cell side of the solar cell to the silicon substrate; characterized in that the layer comprises a polycrystalline silicon layer and a tunnel oxide layer interposed between the polycrystalline silicon layer and the silicon substrate.
A component comprising an elongate rectangular recess as a longitudinal groove and a sliding element, which is provided for sliding engagement along the longitudinal groove, wherein the sliding element has a predetermined breaking point with the component, characterised in that a spacer sleeve is provided as an insert part (page 5, 19) in the sliding element and is connected to the sliding element, wherein an overall height or a collar height of the spacer sleeve is slightly higher than the sliding element.
A circuit board module comprising: a circuit board having a first surface; a connector (200, 200', 200") mounted on the first surface of the circuit board; and a shield cover (310, 310') covering at least the connector, the shield cover including: a cover body of a generally U shape in cross-sectional view, the cover body including: a pair of side walls, each of which has first and second ends, and a top plate bridging between the first ends of the side walls, and a pair of contact portions (312, 312a', 312b'), each comprising a plate spring extended from the second end of each of the side walls of the cover body and folded back toward the top plate of the cover body, characterised in that the connector includes a metal shell (230, 230', 230"), and the pair of contact portions elastically contact opposite lateral surfaces of the metal shell of the connector from opposite sides of the connector so as to sandwich the metal shell. a circuit board having a first surface; a connector (200, 200', 200") mounted on the first surface of the circuit board; and a shield cover (310, 310') covering at least the connector, the shield cover including: a cover body of a generally U shape in cross-sectional view, the cover body including: a pair of side walls, each of which has first and second ends, and a top plate bridging between the first ends of the side walls, and a pair of contact portions (312, 312a', 312b'), each comprising a plate spring extended from the second end of each of the side walls of the cover body and folded back toward the top plate of the cover body, a cover body of a generally U shape in cross-sectional view, the cover body including: a pair of side walls, each of which has first and second ends, and a top plate bridging between the first ends of the side walls, and a pair of side walls, each of which has first and second ends, and a top plate bridging between the first ends of the side walls, and a pair of contact portions (312, 312a', 312b'), each comprising a plate spring extended from the second end of each of the side walls of the cover body and folded back toward the top plate of the cover body, characterised in that the connector includes a metal shell (230, 230', 230"), and the pair of contact portions elastically contact opposite lateral surfaces of the metal shell of the connector from opposite sides of the connector so as to sandwich the metal shell.
A metal regeneration method comprising: a melting furnace cleaning step of melting pure aluminum with an aluminum content of 99.5 % by weight or higher in a melting furnace to clean the inside of the melting furnace; and a metal regeneration step of melting waste lithographic printing plates selected from unused lithographic printing plates and used lithographic printing plates, in the melting furnace whose inside has been cleaned by the melting furnace cleaning step, to obtain regenerated metal. a melting furnace cleaning step of melting pure aluminum with an aluminum content of 99.5 % by weight or higher in a melting furnace to clean the inside of the melting furnace; and a metal regeneration step of melting waste lithographic printing plates selected from unused lithographic printing plates and used lithographic printing plates, in the melting furnace whose inside has been cleaned by the melting furnace cleaning step, to obtain regenerated metal.
A ring filter element, in particular a ring filter element of an air filter for an internal combustion engine, - having a filter body comprising a filter material, - having at least one end disc that is arranged on the front face of the filter body that furthermore seals the filter material, - the ring filter element has an inner frame with webs that is arranged on an interior peripheral surface of the filter body, in particular a supporting structure or a supporting grid, characterised in that - that an interior diameter of the end disc is at least as large as an interior diameter of the inner frame so that the inner frame is not covered radially inwardly by the sealing material of the end disc, - that an application on the end disc in the area of the interior peripheral surface is limited to the regions between the webs of the inner frame. - having a filter body comprising a filter material, - having at least one end disc that is arranged on the front face of the filter body that furthermore seals the filter material, - the ring filter element has an inner frame with webs that is arranged on an interior peripheral surface of the filter body, in particular a supporting structure or a supporting grid, - that an interior diameter of the end disc is at least as large as an interior diameter of the inner frame so that the inner frame is not covered radially inwardly by the sealing material of the end disc, - that an application on the end disc in the area of the interior peripheral surface is limited to the regions between the webs of the inner frame.
A metal-based coating composition comprising: at least one degradable layer which is silver; and at least one layer of barrier coating, the coating composition further comprising one or more layers of a unit metal based coating stack which comprises a first layer of dielectric material, a layer of electromagnetic radiation reflective material, which is the degradable layer, a layer of primer applied over at least a portion of the layer of electromagnetic radiation reflective material, and a second layer of dielectric material, wherein the at least one layer of barrier coating has a permeability to oxygen no greater than 10 grams per m 2 per day at a temperature of 482°C (900°F) and is either a single layer comprising one or more metal oxide materials selected from aluminum oxide, silicon oxide, and mixtures thereof or a multi-layer coating comprising a first layer selected from silica, alumina, and mixtures thereof, applied over a second layer selected from silica, alumina, and mixtures thereof, wherein the thickness of the primer layer ranges from 0.5 to 5.0 nm (5 to 50 A), and wherein the at least one layer of barrier coating is incorporated within individual layers of the unit metal based coating stack and/or between unit metal based coating stacks to create an enclosed region within the coating between two layers of barrier coating or a layer of barrier coating and the substrate, respectively, around the degradable layer. at least one degradable layer which is silver; and at least one layer of barrier coating, the coating composition further comprising one or more layers of a unit metal based coating stack which comprises a first layer of dielectric material, a layer of electromagnetic radiation reflective material, which is the degradable layer, a layer of primer applied over at least a portion of the layer of electromagnetic radiation reflective material, and a second layer of dielectric material, wherein the at least one layer of barrier coating has a permeability to oxygen no greater than 10 grams per m 2 per day at a temperature of 482°C (900°F) and is either a single layer comprising one or more metal oxide materials selected from aluminum oxide, silicon oxide, and mixtures thereof or a multi-layer coating comprising a first layer selected from silica, alumina, and mixtures thereof, applied over a second layer selected from silica, alumina, and mixtures thereof, wherein the thickness of the primer layer ranges from 0.5 to 5.0 nm (5 to 50 A), and wherein the at least one layer of barrier coating is incorporated within individual layers of the unit metal based coating stack and/or between unit metal based coating stacks to create an enclosed region within the coating between two layers of barrier coating or a layer of barrier coating and the substrate, respectively, around the degradable layer.
A respiratory access assembly, comprising: a distal plate having a port, the port adapted to be positioned in operable communication with an artificial airway of a patient, a proximal plate including a first port and a second port, the distal plate positioned against the proximal plate in a stacked configuration, each plate (12, 14) configured to move; and a clutch positioned between the plates (12, 14), the clutch cooperating with both plates to substantially prevent movement of the plates (12, 14) when the port of the distal plate is positioned in an alignment with at least one port (50, 52) of the proximal plate and an object is positioned through the aligned ports (16, 50, 52) of the plates (12, 14), wherein the clutch is activated only when an object is positioned through the aligned ports (16, 50, 52) to substantially prevent movement of the plates, thereby providing a passive lock; and wherein the clutch is configured to pivot about a point on the distal plate and to contact a tooth on the distal plate while simultaneously moving toward said proximal plate on a ramp on said distal plate, to prevent relative movement of the plates (12, 14) until the object is withdrawn. a distal plate having a port, the port adapted to be positioned in operable communication with an artificial airway of a patient, a proximal plate including a first port and a second port, the distal plate positioned against the proximal plate in a stacked configuration, each plate (12, 14) configured to move; and a clutch positioned between the plates (12, 14), the clutch cooperating with both plates to substantially prevent movement of the plates (12, 14) when the port of the distal plate is positioned in an alignment with at least one port (50, 52) of the proximal plate and an object is positioned through the aligned ports (16, 50, 52) of the plates (12, 14), wherein the clutch is activated only when an object is positioned through the aligned ports (16, 50, 52) to substantially prevent movement of the plates, thereby providing a passive lock; and wherein the clutch is configured to pivot about a point on the distal plate and to contact a tooth on the distal plate while simultaneously moving toward said proximal plate on a ramp on said distal plate, to prevent relative movement of the plates (12, 14) until the object is withdrawn.
Method of manufacturing a pressure tank, comprising an inner container and an outer layer made of a fiber material, which is wound around the inner container; characterized by the following steps: a) providing an inner container with a cylindrical central portion, having two opposite end portions the openings of which are each closed by a dome-shaped pole cap portion (21;22); b) attaching a retention device with several protruding retention elements (44;45) in the area of an end portion of the central portion, the retention device being axially spaced from the opening of the end portion; c) manufacturing a pole cap reinforcement by winding fiber material around at least part of the pole cap portion (21;22) and the end portion with the retention device, the fiber material being guided around the protruding retention elements (44;45) of the retention device with reversal of direction; d) winding a circumferential winding around the end portion with the pole cap reinforcement, the circumferential winding being positioned between the opening of the end portion and the retention device; e) cutting the fiber material of the pole cap reinforcement between the retention device and the circumferential winding; f) removing the retention device; g) manufacturing an outer layer by winding fiber material, the outer layer enclosing the central portion and the pole cap portions (21;22) of the inner container. a) providing an inner container with a cylindrical central portion, having two opposite end portions the openings of which are each closed by a dome-shaped pole cap portion (21;22); b) attaching a retention device with several protruding retention elements (44;45) in the area of an end portion of the central portion, the retention device being axially spaced from the opening of the end portion; c) manufacturing a pole cap reinforcement by winding fiber material around at least part of the pole cap portion (21;22) and the end portion with the retention device, the fiber material being guided around the protruding retention elements (44;45) of the retention device with reversal of direction; d) winding a circumferential winding around the end portion with the pole cap reinforcement, the circumferential winding being positioned between the opening of the end portion and the retention device; e) cutting the fiber material of the pole cap reinforcement between the retention device and the circumferential winding; f) removing the retention device; g) manufacturing an outer layer by winding fiber material, the outer layer enclosing the central portion and the pole cap portions (21;22) of the inner container.
A stabilized cyanoacrylate-based composition comprising at least one alkyl cyanoacrylate monomer selected from the group consisting of methyl-cyanoacrylate, ethyl-cyanoacrylate, n-propyl-cyanoacrylate, isopropyl-cyanoacrylate, n-butyl-cyanoacrylate, isobutyl-cyanoacrylate, isooctyl-cyanoacrylate, and n-octyl-cyanoacrylate, for use as an intravascular sealant or blocking agent, the said stabilized cyanoacrylate-based composition comprising at least about 1 ppm of at least one physically compatible acid selected from the group consisting of monobasic organic sulfonic acid and precursors thereof, wherein the acid stabilizes the reactive double bond of the cyanoacrylate against premature anionic polymerization, and wherein a delivery system is used to administer the cyanoacrylate-based composition, comprising an intravascular flexible catheter having covalently bound sulfonic groups on its surfaces.
A pump assembly comprising - a rotor axle extending along a rotor axis, - an impeller fixed to the rotor axle, - a pump housing accommodating the impeller, - a drive motor comprising a stator and a rotor, wherein the rotor is fixed to the rotor axle for driving the impeller, - a rotor can accommodating the rotor, wherein the rotor can comprises a rotor can flange, - a stator housing accommodating the stator, - a first radial bearing ring being in sliding contact with the rotor axle, and - a bearing retainer comprising a bearing retainer flange and embracing the first radial bearing ring, wherein the rotor can flange comprises a stop surface facing away from the impeller, wherein the bearing retainer is resiliently spring-loaded for biasing the stop surface of the rotor can flange axially away from the impeller against a locking ring, characterised in that the bearing retainer flange is resiliently deformable between a first relaxed state and a second spring-loaded state, wherein the bearing retainer flange comprises a bearing retainer flange section having an essentially conical shape, wherein an apex angle (α; α = 180° - 2β) of the bearing retainer flange section is smaller in the first relaxed state than in the second spring-loaded state. - a rotor axle extending along a rotor axis, - an impeller fixed to the rotor axle, - a pump housing accommodating the impeller, - a drive motor comprising a stator and a rotor, wherein the rotor is fixed to the rotor axle for driving the impeller, - a rotor can accommodating the rotor, wherein the rotor can comprises a rotor can flange, - a stator housing accommodating the stator, - a first radial bearing ring being in sliding contact with the rotor axle, and - a bearing retainer comprising a bearing retainer flange and embracing the first radial bearing ring,
Disc brake, in particular for commercial vehicles, having: a brake disc, a brake caliper, an application device arranged in the brake caliper, at least one brake lining on each side of the brake disc, an adjustment device for compensating for brake lining/brake disc wear, which is arranged at least partially inside an interior space of the brake caliper and to which an adjustment gear belongs, said adjustment gear having an adjustment nut, which has an internal thread, and an adjustment spindle, which is screwed therein and has an external thread, and being designed in such a way that, for adjustment during normal operation of the brake, the adjustment nut is rotated in relation to the adjustment spindle, which is fixed against rotation, and a first sealing device for at least partially sealing off an annular space on the brake disc side, said annular space being delimited on one side by the inner wall of a through-opening in the brake caliper and on the other side by the axially adjustable adjustment spindle, which extends through the through-opening and toward one of the brake linings, wherein the first sealing device is held on the caliper at one end, characterized in that the first sealing device bears in a sliding manner against the adjustment spindle at the other end. a brake disc, a brake caliper, an application device arranged in the brake caliper, at least one brake lining on each side of the brake disc, an adjustment device for compensating for brake lining/brake disc wear, which is arranged at least partially inside an interior space of the brake caliper and to which an adjustment gear belongs, said adjustment gear having an adjustment nut, which has an internal thread, and an adjustment spindle, which is screwed therein and has an external thread, and being designed in such a way that, for adjustment during normal operation of the brake, the adjustment nut is rotated in relation to the adjustment spindle, which is fixed against rotation, and a first sealing device for at least partially sealing off an annular space on the brake disc side, said annular space being delimited on one side by the inner wall of a through-opening in the brake caliper and on the other side by the axially adjustable adjustment spindle, which extends through the through-opening and toward one of the brake linings, wherein the first sealing device is held on the caliper at one end, characterized in that the first sealing device bears in a sliding manner against the adjustment spindle at the other end.
An information processing apparatus comprising: a communication section configured to perform communication with a communication partner device, an information acquisition section configured to acquire information obtained by communicating with the communication partner device, a display section configured to display the information; and a display processing section configured to execute processing of displaying the information based on a content of the information, wherein the information includes at least one of information related to a type of data held by the communication partner device, identification information identifying the communication partner device and information related to a communication status when communicating with the communication partner device, wherein the display processing section is configured to perform display processing in a manner that a ripple propagates on the display section such that speed, frequency and amplitude of the ripple propagation differ depending on the content of the information. a communication section configured to perform communication with a communication partner device, an information acquisition section configured to acquire information obtained by communicating with the communication partner device, a display section configured to display the information; and a display processing section configured to execute processing of displaying the information based on a content of the information, wherein the information includes at least one of information related to a type of data held by the communication partner device, identification information identifying the communication partner device and information related to a communication status when communicating with the communication partner device, wherein the display processing section is configured to perform display processing in a manner that a ripple propagates on the display section such that speed, frequency and amplitude of the ripple propagation differ depending on the content of the information.
Mounting system for detachably fixing a top unit onto a housing of an electronic controller module mountable on a standardized equipment rail for holding electronic controller modules (2, 3, 4), the mounting system comprising: a mechanical engagement mechanism (11, 12, 15, 16) for pivotable mechanical engagement of the top unit with the electronic controller module, and a magnetic retaining mechanism (19, 20) for releasably retaining the top unit in a swiveled-in position. a mechanical engagement mechanism (11, 12, 15, 16) for pivotable mechanical engagement of the top unit with the electronic controller module, and a magnetic retaining mechanism (19, 20) for releasably retaining the top unit in a swiveled-in position.