mhurhangee/ep-ind-claims huggingface dataset:
A method comprising, responsive to download electronic file transfer requests generated by a plurality of mobile device applications operated by a mobile wireless communications device, a controller of the mobile wireless communications device downloading, via at least one wireless transceiver, requested electronic files using a common file transfer application.
Method for operating a machine comprising an unbalance exciter with one or more rotatable unbalances for generating a time-varying multiple-frequency excitation force which is generated by overlapping a time-varying base excitation force of a base frequency with one or more additional time-varying excitation forces of additional frequencies which are greater than the base frequency, wherein the phase between the base excitation force and at least one of the additional excitation forces is adjustable particularly continuously and further comprising a tool (15, 26) for acting on a working surface, which is coupled to the unbalance exciter for vibration stimulation, comprising the step a) operating the machine such that the tool (15, 26) stimulated to vibrate by the unbalance exciter acts on a working surface in operation as intended, the method being characterized by the steps b) determining the vibration response of the tool to the vibration stimulation of the unbalance exciter or of the course of the working surface reaction force in operation as intended; c) comparing the determined vibration response of the tool (15, 26) with a desired target vibration response or of the determined working surface reaction force course with a desired target working surface reaction force course; and d) adjusting the phase between the base excitation force and at least one of the additional excitation forces for varying the vibration excitation such that a vibration response of the tool (15, 26) results, which has an improved, particularly an as great as possible match with the target vibration response or that a working surface reaction force course results, which has an improved, particularly an as great as possible match with the target working surface reaction force course. a) operating the machine such that the tool (15, 26) stimulated to vibrate by the unbalance exciter acts on a working surface in operation as intended, the method being characterized by the steps b) determining the vibration response of the tool to the vibration stimulation of the unbalance exciter or of the course of the working surface reaction force in operation as intended; c) comparing the determined vibration response of the tool (15, 26) with a desired target vibration response or of the determined working surface reaction force course with a desired target working surface reaction force course; and d) adjusting the phase between the base excitation force and at least one of the additional excitation forces for varying the vibration excitation such that a vibration response of the tool (15, 26) results, which has an improved, particularly an as great as possible match with the target vibration response or that a working surface reaction force course results, which has an improved, particularly an as great as possible match with the target working surface reaction force course.
An apparatus for searching through a storage device for an automatic performance data set for an automatic accompaniment, the storage device arranged to store therein a plurality of automatic performance data sets for automatic accompaniments, each of the plurality of automatic performance data sets comprising part performance data of a plurality of performance parts, the part performance data of each of the performance parts including a sound generation pattern and each performance part relating to a musical instrument, said apparatus comprising: an identification section operable to identify one of the plurality of performance parts as a search-object part on the basis of user's designation; a query acquisition section operable to acquire a searching query pattern indicative of a sound generation pattern to be made a search object; and a search section operable to search the storage device for part performance data including a sound generation pattern that not only matches the performance part identified by said identification section but also matches the searching query pattern acquired by said query acquisition section. an identification section operable to identify one of the plurality of performance parts as a search-object part on the basis of user's designation; a query acquisition section operable to acquire a searching query pattern indicative of a sound generation pattern to be made a search object; and a search section operable to search the storage device for part performance data including a sound generation pattern that not only matches the performance part identified by said identification section but also matches the searching query pattern acquired by said query acquisition section.
A handling unit comprising: a first transport place for receiving a first shuttle; and a second transport place different from the first transport place for receiving a second shuttle, wherein the handling unit comprises a load receiving means which provides the first and the second transport place, and a lifting unit on which the load receiving means is mounted, wherein the lifting unit is configured to move the load receiving means vertically, characterized in that the first transport place is configured to carry a loading unit whereas the second transport place is not configured to carry a loading unit and is positioned underneath the lifting unit. a first transport place for receiving a first shuttle; and a second transport place different from the first transport place for receiving a second shuttle, wherein the handling unit comprises a load receiving means which provides the first and the second transport place, and a lifting unit on which the load receiving means is mounted, wherein the lifting unit is configured to move the load receiving means vertically, the first transport place is configured to carry a loading unit whereas the second transport place is not configured to carry a loading unit and is positioned underneath the lifting unit.
A method for calculating network nodes' contribution to a service, comprising: receiving, by a network server, details of contribution to the service from a plurality of nodes; verifying, by the network server, the received details of contribution to the service; announcing, by the network server, the verified details of contribution to the service; and calculating, by the network server, the contribution to the service of each of the plurality of nodes, by using a block chain including a block including the announced details of contribution to the service issued by the plurality of nodes, wherein the plurality of nodes includes a plurality of gateways that mediate data between an end terminal and the network server, wherein the network server mediates data between end terminals and an application server, wherein the application server provides the service according to data transmitted from the end terminal, wherein owners of the plurality of gateways are different from each other, and characterized in that the contribution to the service of each of the plurality of gateways is calculated and a profit for each of the owners is calculated based on the calculated contribution to the service of each gateway. receiving, by a network server, details of contribution to the service from a plurality of nodes; verifying, by the network server, the received details of contribution to the service; announcing, by the network server, the verified details of contribution to the service; and calculating, by the network server, the contribution to the service of each of the plurality of nodes, by using a block chain including a block including the announced details of contribution to the service issued by the plurality of nodes, wherein the plurality of nodes includes a plurality of gateways that mediate data between an end terminal and the network server, wherein the network server mediates data between end terminals and an application server, wherein the application server provides the service according to data transmitted from the end terminal, wherein owners of the plurality of gateways are different from each other, and characterized in that the contribution to the service of each of the plurality of gateways is calculated and a profit for each of the owners is calculated based on the calculated contribution to the service of each gateway.
A method comprising: a) providing a substrate comprising one or more organic polymers; b) providing an aqueous acid solution comprising sulfuric acid, one or more alkane sulfonic acids and Mn ions and counter anions; c) injecting ozone gas in the aqueous acid solution to oxidize the Mn ions with ozone to generate at least 15 mmol/L Mn ions, wherein the efficiency of oxidizing Mn ions with the ozone to generate the at least 15 mmol/L Mn ions is at least 60%, wherein Mn (re)generation efficiency is measured as (amounts of Mn (re)generated/(amounts of ozone brought in contact with the solution x 2) x 100%, and wherein the ozone gas is injected in the aqueous acid solution at a rate of 0.1 g/L/hour to 10 g/L/hour; and d) contacting the substrate comprising the one or more organic polymers with the aqueous acid solution containing the at least 15 mmol/L Mn ions to etch the one or more polymers of the substrate. a) providing a substrate comprising one or more organic polymers; b) providing an aqueous acid solution comprising sulfuric acid, one or more alkane sulfonic acids and Mn ions and counter anions; c) injecting ozone gas in the aqueous acid solution to oxidize the Mn ions with ozone to generate at least 15 mmol/L Mn ions, wherein the efficiency of oxidizing Mn ions with the ozone to generate the at least 15 mmol/L Mn ions is at least 60%, wherein Mn (re)generation efficiency is measured as (amounts of Mn (re)generated/(amounts of ozone brought in contact with the solution x 2) x 100%, and wherein the ozone gas is injected in the aqueous acid solution at a rate of 0.1 g/L/hour to 10 g/L/hour; and d) contacting the substrate comprising the one or more organic polymers with the aqueous acid solution containing the at least 15 mmol/L Mn ions to etch the one or more polymers of the substrate.
A high-strength galvanized steel sheet comprising: a steel sheet and a galvanized layer, wherein the steel sheet has a composition and a steel microstructure, the composition including, on a mass percent basis, C: 0.08% to 0.15%, Si: 0.1% to 1.0%, Mn: 2.0% to 3.0%, P: 0.100% or less (excluding 0%), S: 0.02% or less (excluding 0%), Al: 0.01% to 1.0%, and N: 0.010% or less, and one or more selected from Cr: 0.005% to 2.0%, Ti: 0.005% to 0.20%, Nb: 0.005% to 0.20%, Mo: 0.005% to 2.0%, and V: 0.005% to 2.0%, and optionally one or more selected from Ni: 0.005% to 2.0%, Cu: 0.005% to 2.0%, B: 0.0001% to 0.0050%, Ca: 0.0001% to 0.0050%, REM: 0.0001% to 0.0050%, Sn: 0.01% to 0.50%, and Sb: 0.0010% to 0.10%, Cr + Ti + Nb + Mo + V being greater than or equal to Si, the remainder being Fe and incidental impurities, the steel microstructure containing ferrite and carbide-free bainite constituting 25% or less (including 0%) by area fraction in total, tempered martensite and carbide-containing bainite constituting 70% to 97% by area fraction in total, martensite and retained austenite constituting 3% to 20% by area fraction in total, and retained austenite constituting 1% to 5% by area fraction, the ferrite, the carbide-free bainite, the martensite, and the retained austenite constituting 3% to 30% by area fraction in total, the retained austenite having a C content in the range of 0.10% to 0.50%, the carbide-containing bainite and the tempered martensite having an average grain size in the range of 5 to 20 μm, and the galvanized layer is disposed on the steel sheet and has an Fe content of 6% or more by mass. a steel sheet and a galvanized layer, wherein the steel sheet has a composition and a steel microstructure, the composition including, on a mass percent basis, C: 0.08% to 0.15%, Si: 0.1% to 1.0%, Mn: 2.0% to 3.0%, P: 0.100% or less (excluding 0%), S: 0.02% or less (excluding 0%), Al: 0.01% to 1.0%, and N: 0.010% or less, and one or more selected from Cr: 0.005% to 2.0%, Ti: 0.005% to 0.20%, Nb: 0.005% to 0.20%, Mo: 0.005% to 2.0%, and V: 0.005% to 2.0%, and optionally one or more selected from Ni: 0.005% to 2.0%, Cu: 0.005% to 2.0%, B: 0.0001% to 0.0050%, Ca: 0.0001% to 0.0050%, REM: 0.0001% to 0.0050%, Sn: 0.01% to 0.50%, and Sb: 0.0010% to 0.10%, Cr + Ti + Nb + Mo + V being greater than or equal to Si, the remainder being Fe and incidental impurities, the steel microstructure containing ferrite and carbide-free bainite constituting 25% or less (including 0%) by area fraction in total, tempered martensite and carbide-containing bainite constituting 70% to 97% by area fraction in total, martensite and retained austenite constituting 3% to 20% by area fraction in total, and retained austenite constituting 1% to 5% by area fraction, the ferrite, the carbide-free bainite, the martensite, and the retained austenite constituting 3% to 30% by area fraction in total, the retained austenite having a C content in the range of 0.10% to 0.50%, the carbide-containing bainite and the tempered martensite having an average grain size in the range of 5 to 20 μm, and the galvanized layer is disposed on the steel sheet and has an Fe content of 6% or more by mass.
A composite synthetic resin material forming method arranged to flow an outer synthetic resin through an outer channel having an outer outlet, and flow an inner synthetic resin through an inner channel having an inner outlet opening into the outer channel, and comprising: selectively opening and closing the inner outlet; and intermittently supplying the outer synthetic resin into the outer channel in accordance with opening and closing of the inner outlet; starting supply of the outer synthetic resin simultaneously with or before the closing of the inner outlet and stopping the supply of the outer synthetic resin simultaneously with or before the opening of the inner outlet. selectively opening and closing the inner outlet; and intermittently supplying the outer synthetic resin into the outer channel in accordance with opening and closing of the inner outlet; starting supply of the outer synthetic resin simultaneously with or before the closing of the inner outlet and stopping the supply of the outer synthetic resin simultaneously with or before the opening of the inner outlet.
Hand-held device for training at least one movement and at least one activity of a machine, the hand-held device comprising: • a handle; • an input unit configured to input activation information for activating the training of the machine; • an output unit configured to output the activation information for activating the training of the machine to an apparatus external to the hand-held device; • a coupling structure for releasably coupling an interchangeable attachment configured according to the at least one activity; and characterized in that the hand-held device includes: • one or more than one infrared sensor which is configured to detect a location signal external to the hand-held device. • a handle; • an input unit configured to input activation information for activating the training of the machine; • an output unit configured to output the activation information for activating the training of the machine to an apparatus external to the hand-held device; • a coupling structure for releasably coupling an interchangeable attachment configured according to the at least one activity; and • one or more than one infrared sensor which is configured to detect a location signal external to the hand-held device.
A refrigerator comprising a body and a compartment situated in the body, into which the fruits and vegetables are emplaced, a housing situated on one of the inner walls of the body, a light source having a power source and at least one lamp fed by the power source that provides the emission of light in the required wavelength to preserve the nutritional values of the fruits and vegetables, the light source providing the fruits and vegetables in the compartment to benefit better from the light emitted by the lamp, characterized by the light source - having a shell surrounding the power source and the lamp, - being assembled detachably in the housing, - being detached and emplaced in the compartment when required, - comprising a power source that can be recharged such as a battery, - comprising conductive ends extending out, connected with the power source, and the housing having a socket with a configuration matching these ends, providing to transmit the required electric energy to the power source by means of the ends. - having a shell surrounding the power source and the lamp, - being assembled detachably in the housing, - being detached and emplaced in the compartment when required, - comprising a power source that can be recharged such as a battery, - comprising conductive ends extending out, connected with the power source, and the housing having a socket with a configuration matching these ends, providing to transmit the required electric energy to the power source by means of the ends.
A rotating hydraulic machine (102; 202) comprising: - a casing, - a shaft rotatably mounted with respect to the casing, - a cam rigidly secured to one among the casing and the shaft, - a cylinder block secured in rotation to the other among the casing and the shaft, the cylinder block comprising pistons able to cooperate with the cam to generate a relative rotation between the shaft and the casing, and - first and second guide bearings (26, 28) each directly in abutment against the casing, characterized in that it comprises: - a sleeve rigidly secured to the shaft and extending around at least a portion of the casing, the first and second guide bearings (26, 28) each being directly in abutment against the sleeve, and - at least a third guide bearing (37; 43, 44) directly in abutment against the casing and the cylinder block. - a casing, - a shaft rotatably mounted with respect to the casing, - a cam rigidly secured to one among the casing and the shaft, - a cylinder block secured in rotation to the other among the casing and the shaft, the cylinder block comprising pistons able to cooperate with the cam to generate a relative rotation between the shaft and the casing, and - first and second guide bearings (26, 28) each directly in abutment against the casing, - a sleeve rigidly secured to the shaft and extending around at least a portion of the casing, the first and second guide bearings (26, 28) each being directly in abutment against the sleeve, and - at least a third guide bearing (37; 43, 44) directly in abutment against the casing and the cylinder block.
A catalyst article comprising: a. a flow through honeycomb substrate having an inlet side, an outlet side, an axial length from the inlet side to the outlet side, and a plurality of channels defined by channel walls extending from the inlet side to the outlet side, b. a first catalytic zone consisting of a first washcoat, c. a second catalytic zone consisting of the first washcoat and a second washcoat, d. a third catalytic zone consisting of the second washcoat, and e. a fourth catalytic zone consisting of the second washcoat over a third washcoat, wherein the first washcoat contains a first copper loaded molecular sieve, the second washcoat contains a second copper loaded molecular sieve wherein the first and second molecular sieves are different materials, and the third washcoat contains an ammonia oxidation catalyst, and wherein the first, second, third, and fourth zones are arranged in series on the substrate, each zone is adjacent to the next zone in the series, the first zone is proximal to the inlet side, and the fourth zone is proximal to the outlet side. a. a flow through honeycomb substrate having an inlet side, an outlet side, an axial length from the inlet side to the outlet side, and a plurality of channels defined by channel walls extending from the inlet side to the outlet side, b. a first catalytic zone consisting of a first washcoat, c. a second catalytic zone consisting of the first washcoat and a second washcoat, d. a third catalytic zone consisting of the second washcoat, and e. a fourth catalytic zone consisting of the second washcoat over a third washcoat, wherein the first washcoat contains a first copper loaded molecular sieve, the second washcoat contains a second copper loaded molecular sieve wherein the first and second molecular sieves are different materials, and the third washcoat contains an ammonia oxidation catalyst, and wherein the first, second, third, and fourth zones are arranged in series on the substrate, each zone is adjacent to the next zone in the series, the first zone is proximal to the inlet side, and the fourth zone is proximal to the outlet side. wherein the first washcoat contains a first copper loaded molecular sieve, the second washcoat contains a second copper loaded molecular sieve wherein the first and second molecular sieves are different materials, and the third washcoat contains an ammonia oxidation catalyst, and wherein the first, second, third, and fourth zones are arranged in series on the substrate, each zone is adjacent to the next zone in the series, the first zone is proximal to the inlet side, and the fourth zone is proximal to the outlet side.