mhurhangee/ep-ind-claims huggingface dataset:
Use of a magnesium oxide-aluminum oxide-silicon oxide glass, or of such a glass ceramic, for application in the dental field, wherein the glass or the ceramic furthermore has phosphorous and a transition metal component, selected from titanium and zirconium or a mixture of the two, including the steps of: fusing a glass from the corresponding initial materials at temperatures between 1,500 and 1,800 °C; active or passive cooling of the glass to ambient temperature; production of a first crystallization by heating the glass to 750 to <900 °C for a time period between 20 min and 4 hours, or 750 °C to 900 °C for a time period between 20 min and 2 hours, wherein a glass ceramic that can be processed well is created; active or passive cooling of the glass ceramic obtained in such a manner to ambient temperature; production of a second crystallization by heating the glass to over 900 °C for a time period of up to 120 min, which is, however, shorter than the time period in which the first crystallization is produced, characterized in that the glass ceramic created via the first crystallization is mechanically processed, wherein the step of mechanical processing includes the production of a substitute - preferably a crown, an onlay, or an inlay - from a corresponding blank, which substitute can be replaced in the dental field. fusing a glass from the corresponding initial materials at temperatures between 1,500 and 1,800 °C; active or passive cooling of the glass to ambient temperature; production of a first crystallization by heating the glass to 750 to <900 °C for a time period between 20 min and 4 hours, or 750 °C to 900 °C for a time period between 20 min and 2 hours, wherein a glass ceramic that can be processed well is created; active or passive cooling of the glass ceramic obtained in such a manner to ambient temperature; production of a second crystallization by heating the glass to over 900 °C for a time period of up to 120 min, which is, however, shorter than the time period in which the first crystallization is produced, characterized in that the glass ceramic created via the first crystallization is mechanically processed, wherein the step of mechanical processing includes the production of a substitute - preferably a crown, an onlay, or an inlay - from a corresponding blank, which substitute can be replaced in the dental field.
A stuffed chair with one or more seats, in particular an armchair or a couch, comprising a seat; a backrest; at least one mobile part, which is configured to move relative to a fixed part; an actuating device to actuate the mobile part; an electrical circuit to supply power to the actuating device; a cavity, which opens up outwards in correspondence to an outer surface of the stuffed chair; a containing box, which is housed inside the cavity and is provided with an inlet that opens up outwards in correspondence to said outer surface; a rechargeable battery, which is mounted inside the box through the inlet, is connectable to the electrical circuit, and is mobile inside the box between an operating position, in which the battery is substantially held inside the box and is connectable to the electrical circuit, and an extracted position, in which the battery projects outside of the box and can be disconnected from the electrical circuit; and a coupling device which is mobile between a locking position, in which the battery is locked in its operating position, and a release position; and characterized in that it comprises, furthermore, a thrust spring which is interposed between the box and the battery so as to move the battery to its extracted position, when the coupling device is arranged in its release position.
A resin composition comprising at least a polyamide and a polyrotaxane whose cyclic molecule is modified with a graft chain, which are mixed together, wherein 80 parts by weight or more and 99.9 parts by weight or less of the polyamide and 0.1 part by weight or more and 20 parts by weight or less of the polyrotaxane are mixed together relative to 100 parts by weight of the total amount of the polyamide and the polyrotaxane, and wherein the resin composition contains 3 parts by weight or more and 25 parts by weight or less of a reaction product of the polyamide and the polyrotaxane, relative to 100 parts by weight of the total amount of the polyamide and the polyrotaxane.
Protocol management method for a passive RF identification device which is arranged for harvesting power from a first reader sending a first interrogation field at a first frequency and from an independent second reader sending a second interrogation field at a second frequency different from the first frequency, this identification device having a first interface arranged to carry out a first communication protocol with the first reader and a second interface to carry out a second communication protocol with the second reader, this identification device comprising a power generator arranged for allowing the second reader to partially or fully power supply this identification device while the first interface is in an active state and the first communication protocol is executed and for allowing the first reader to partially or fully power supply this identification device while the second interface is in an active state and the second communication protocol is executed; wherein the identification device needs from the power generator at least a first determined power level for the execution of the first communication protocol and at least a second determined power level for the execution of the second communication protocol; characterized in that the identification device comprises a first field detector for the first interrogation field, which is at least activated during an execution of the first communication protocol to watch for the reception of this first interrogation field, and a second field detector for the second interrogation field, which is at least activated during an execution of the second communication protocol to watch for the reception of this second interrogation field; in that, if during the execution of any communication protocol among the first and second communication protocols the reception of the corresponding first or second interrogation field is no more detected by the corresponding first or second field detector while the power provided by the power generator remains equal or superior to the corresponding first or second determined power level, then this communication protocol is stopped and the identification device enters a Standby state with respect to this communication protocol, this Standby state being a state in which the power provided by the power generator remains equal or superior to the corresponding first or second determined power level; and in that, when the identification device is in said Standby state, said corresponding first or second field detector continues to watch for the reception of said corresponding first or second interrogation field in order to detect if this corresponding first or second interrogation field is again received by the identification device and, if this is the case, to trigger a restart of said any communication protocol.
A wind turbine system comprising: - a plurality of wind turbine modules mounted to a support structure including a tower, the support structure comprises arms extending outwards from the tower, wherein each of the plurality of wind turbine modules is mounted on a part of a corresponding arm, the wind turbine modules comprise: - a rotor, - a power generation system driven by the rotor, and - a rotor blade pitch adjustment system for pitching of a plurality of rotor blades; - an input arrangement for receiving load data (s1, s2, s3) associated with the plurality of wind turbines modules and/or the support structure, and - a control system (20, 25) operably connected to said input arrangement for receiving load data, the control system being configured to determine a lift command for a particular wind turbine module of the plurality of wind turbines modules; characterized in that the control system is arranged for applying the lift command to the corresponding rotor blade pitch adjustment system of said particular wind turbine module so as to create a lift force ( F_up) in the opposite direction of gravity on the said particular wind turbine module mounted on the support structure, and wherein the control system is further arranged so that a resulting lift forces ( F_up_L) created for one, or more, wind turbine modules on one side of the tower is compared to a resulting lift forces ( F_up_R) created for one, or more, wind turbine modules on an opposite side of the tower so as to compensate, at least partly, for any asymmetric moments on the tower. - a plurality of wind turbine modules mounted to a support structure including a tower, the support structure comprises arms extending outwards from the tower, wherein each of the plurality of wind turbine modules is mounted on a part of a corresponding arm, the wind turbine modules comprise: - a rotor, - a power generation system driven by the rotor, and - a rotor blade pitch adjustment system for pitching of a plurality of rotor blades; - a rotor, - a power generation system driven by the rotor, and - a rotor blade pitch adjustment system for pitching of a plurality of rotor blades; - an input arrangement for receiving load data (s1, s2, s3) associated with the plurality of wind turbines modules and/or the support structure, and - a control system (20, 25) operably connected to said input arrangement for receiving load data, the control system being configured to determine a lift command for a particular wind turbine module of the plurality of wind turbines modules;
Shoe sole, which has at least one cleat that is designed to make contact with the ground on the underside of the sole facing towards the ground when used as intended, wherein the cleat comprises a base body that is fixed to the underside of the sole, characterized in that an arcuate recess having a longitudinal direction of arc is arranged in the base body which has two openings (7, 8) on a surface facing the ground of the base body, wherein an insert having a shape congruent to the arcuate recess is arranged in the recess, wherein the insert is arranged such as to be movable in the base body in the longitudinal direction of arc of the arcuate recess.
A signal decoding apparatus for restoring a time-domain audio signal by decoding an inputted code string comprising a quantized spectral signal, a normalization factor index, and weight information relating to a weighting factor, the signal decoding apparatus comprising: decoding means for at least decoding the quantized spectral signal, the normalization factor index and the weight information; quantization accuracy restoring means for adding a weighting factor determined from the weight information to the normalization factor index per spectral index and restoring the quantization accuracy of each normalized spectral signal based on the result of addition; inverse quantization means for restoring the normalized spectral signal by inversely quantizing the quantized spectral signal according to the quantization accuracy of each of the normalized spectral signals; inverse normalization means for restoring the spectral signal by inversely normalizing each of the normalized spectral signals by using the normalization factor; and inverse spectral conversion means for restoring the audio signal per preset unit time by converting the spectral signal, wherein the weight information indicate an index of a modelling equation and parameters for the modelling equation for calculating the weighting factor. decoding means for at least decoding the quantized spectral signal, the normalization factor index and the weight information; quantization accuracy restoring means for adding a weighting factor determined from the weight information to the normalization factor index per spectral index and restoring the quantization accuracy of each normalized spectral signal based on the result of addition; inverse quantization means for restoring the normalized spectral signal by inversely quantizing the quantized spectral signal according to the quantization accuracy of each of the normalized spectral signals; inverse normalization means for restoring the spectral signal by inversely normalizing each of the normalized spectral signals by using the normalization factor; and inverse spectral conversion means for restoring the audio signal per preset unit time by converting the spectral signal, wherein the weight information indicate an index of a modelling equation and parameters for the modelling equation for calculating the weighting factor.
A container for consumer goods, comprising: a housing having an inner surface, an outer surface, a rear wall and a circumferential length (x), the housing comprising a box, a lid, a hinge line and an opening line, where the lid is hingedly attached to the box at the hinge line on the rear wall of the housing, the hinge line having two end points adjacent the two ends of the opening line; and an outer film disposed on the outer surface of the housing, the outer film comprising a multilayer structure comprising at least a first layer and a second layer, the first layer comprising at least a first line of weakness and a second line of weakness, the outer film comprising a covering portion and an opening portion, the opening portion having a length that is less than the circumferential length of the housing and the opening portion is disposed along the opening line of the housing, wherein the opening portion is removed to open the container, characterized in that the multilayer structure further comprises an adhesive layer positioned between the first layer and the second layer, and the second layer comprises a third line of weakness. a housing having an inner surface, an outer surface, a rear wall and a circumferential length (x), the housing comprising a box, a lid, a hinge line and an opening line, where the lid is hingedly attached to the box at the hinge line on the rear wall of the housing, the hinge line having two end points adjacent the two ends of the opening line; and an outer film disposed on the outer surface of the housing, the outer film comprising a multilayer structure comprising at least a first layer and a second layer, the first layer comprising at least a first line of weakness and a second line of weakness, the outer film comprising a covering portion and an opening portion, the opening portion having a length that is less than the circumferential length of the housing and the opening portion is disposed along the opening line of the housing, wherein the opening portion is removed to open the container, characterized in that the multilayer structure further comprises an adhesive layer positioned between the first layer and the second layer, and the second layer comprises a third line of weakness.
A torque transmitting shaft connection comprising a drive member and a driven member on a drive axis, one of said members comprising a collet having a plurality of fingers adapted to receive the other of said members, the connection further comprising a closure member movable along said axis being provided to close the collet to grip the other member for transmission of torque, characterised in that the connection further comprises a resilient member located between the drive member and the driven member, the resilient member being located between the fingers of the collet and the other of said members.
A continuous process for the production of propylene oxide comprising reacting propene with hydrogen peroxide in methanolic solution in the presence of a titanium silicalite-1 catalyst to obtain propylene oxide, wherein a reaction feed comprising propene, methanol and hydrogen peroxide is introduced into a reactor, said reaction feed containing potassium cations (K +) in an amount of from 110 to 190 micromol, relative to 1 mol hydrogen peroxide contained in the reaction feed, and further containing phosphorus in the form of anions of at least one phosphorus oxyacid.
A method for determining the color of a street marking, comprising: capturing an image of a street, detecting a street marking as a set of pixels provided by the image, wherein the pixels include two different pieces of color information, wherein a color score is determined by calculating a proportion of the two different pieces of color information, wherein the color score represents a value indicating the detected color of the street marking, determining the color of the street marking by comparing the color score to at least one threshold value, gathering the color scores determined for a plurality of street markings (130, 160), and determining the at least one threshold value based on the statistical distribution (410, 430) of the gathered color scores modelled as a superposition of a plurality of statistical color distributions, wherein each of the statistical color distributions correspond to a color of the street marking, wherein a red-clear camera (120, 510) is used for capturing the image, such that the image has pixels with red color information and clear color information, wherein the clear color information corresponds to pixels having no red, green or blue color distinction. capturing an image of a street, detecting a street marking as a set of pixels provided by the image, wherein the pixels include two different pieces of color information, wherein a color score is determined by calculating a proportion of the two different pieces of color information, wherein the color score represents a value indicating the detected color of the street marking, determining the color of the street marking by comparing the color score to at least one threshold value, gathering the color scores determined for a plurality of street markings (130, 160), and determining the at least one threshold value based on the statistical distribution (410, 430) of the gathered color scores modelled as a superposition of a plurality of statistical color distributions, wherein each of the statistical color distributions correspond to a color of the street marking, wherein a red-clear camera (120, 510) is used for capturing the image, such that the image has pixels with red color information and clear color information, wherein the clear color information corresponds to pixels having no red, green or blue color distinction.
A suction nozzle for a vacuum cleaner comprising: a suction nozzle housing; an agitator rotatably provided in the suction nozzle housing; a supporting member extended from a center of the agitator in a radial direction, the supporting member configured to be rotatable with respect to the agitator; and a striking member coupled to the supporting member to strike a cleaning surface when the agitator is operated; characterized in that the striking member is rotatable with respect to the supporting member. a suction nozzle housing; an agitator rotatably provided in the suction nozzle housing; a supporting member extended from a center of the agitator in a radial direction, the supporting member configured to be rotatable with respect to the agitator; and a striking member coupled to the supporting member to strike a cleaning surface when the agitator is operated; characterized in that the striking member is rotatable with respect to the supporting member.
A timepiece or jewelry part, characterized in that it comprises an alloy constituted by weight: - of at least 750‰ gold, - of at least 180‰ copper, or of at least 200‰ copper, - of at least 1‰ palladium and of at least 1‰ indium, - the sum of the contents of palladium and indium being between 15‰ and 40‰, - of optionally at least one grain refining element selected from Ru, Ir, Re, Co, V and Mo, wherein the content is less than or equal to 2‰, or less than or equal to 1‰, - of optionally at least one element Y selected from calcium (Ca), strontium (Sr), silicon (Si), titanium (Ti), zirconium (Zr) or magnesium (Mg). - of at least 750‰ gold, - of at least 180‰ copper, or of at least 200‰ copper, - of at least 1‰ palladium and of at least 1‰ indium, - the sum of the contents of palladium and indium being between 15‰ and 40‰, - of optionally at least one grain refining element selected from Ru, Ir, Re, Co, V and Mo, wherein the content is less than or equal to 2‰, or less than or equal to 1‰, - of optionally at least one element Y selected from calcium (Ca), strontium (Sr), silicon (Si), titanium (Ti), zirconium (Zr) or magnesium (Mg).
A method for manufacturing a polymeric inner liner for a storage tank, in particular for a hydrogen storage tank, the method comprising the steps of: ▪ providing a cylindrical body made from polymer material and comprising a structural layer and a barrier layer, said cylindrical body having a first open end and a first peripheral connection tab at said open end; ▪ providing a dome-shaped end cap made from polymer material, the end cap having a base with a cross-section essentially corresponding to a cross-section of the first open end of the cylindrical body and having a second peripheral connection tab at a peripheral end portion of said end cap; ▪ placing the end cap with its base onto the first open end of the cylindrical body and with said first and second peripheral tabs (18, 22) in contact with each other; and ▪ welding both connection tabs (18, 22) together, wherein the welding tabs (18, 22) are bended inwards so that the external surfaces of the cylindrical body and of the end cap are welded together. ▪ providing a cylindrical body made from polymer material and comprising a structural layer and a barrier layer, said cylindrical body having a first open end and a first peripheral connection tab at said open end; ▪ providing a dome-shaped end cap made from polymer material, the end cap having a base with a cross-section essentially corresponding to a cross-section of the first open end of the cylindrical body and having a second peripheral connection tab at a peripheral end portion of said end cap; ▪ placing the end cap with its base onto the first open end of the cylindrical body and with said first and second peripheral tabs (18, 22) in contact with each other; and ▪ welding both connection tabs (18, 22) together,
A method of facilitating secured use of short-range wireless tokens, the method comprising: wirelessly powering a short-range wireless token based on the short-range wireless token being within a powering range of an electromagnetic field of a user device, the short-range wireless token configured to generate output signals while being powered; characterized by disabling the output signals of the short-range wireless token while the short-range wireless token continues to be powered by the electromagnetic field based on a predetermined condition determined by the short-range wireless token such that the output signals remain disabled for at least as long as the short-range wireless token continues to be powered by the electromagnetic field; and re-enabling the output signals of the short-range wireless token based on a discontinuing of the powering of the short-range wireless token by the electromagnetic field and then a resuming of the powering of the short-range wireless token by the electromagnetic field. wirelessly powering a short-range wireless token based on the short-range wireless token being within a powering range of an electromagnetic field of a user device, the short-range wireless token configured to generate output signals while being powered; characterized by disabling the output signals of the short-range wireless token while the short-range wireless token continues to be powered by the electromagnetic field based on a predetermined condition determined by the short-range wireless token such that the output signals remain disabled for at least as long as the short-range wireless token continues to be powered by the electromagnetic field; and re-enabling the output signals of the short-range wireless token based on a discontinuing of the powering of the short-range wireless token by the electromagnetic field and then a resuming of the powering of the short-range wireless token by the electromagnetic field.