mhurhangee/ep-ind-claims huggingface dataset:
A bread maker comprising: a device body provided inside with a heating chamber and includes a device opening; a lid attached to the device body to open and close the device opening; a mixing container that is accommodated in the heating chamber, and kneads and heats cooking ingredients; and an auxiliary-ingredient container that contains auxiliary ingredients, and feeds the auxiliary ingredients into the mixing container, the auxiliary-ingredient container including: a container body with a bottom opening; an opening-closing lid that opens and closes the bottom opening of the container body; a stopper that engages with the opening-closing lid, and is configured to open the bottom opening of the container body by releasing the engagement with the opening-closing lid; and one or more cover members (34, 60) that are disposed covering at least one of first and second ends (E11, E12) of the stopper, characterized in that the one or more cover members (34, 60) include a first cover member that is provided on an inner wall surface of a container side wall of the container body and disposed covering a part of the stopper at a place where the opening-closing lid engages with the part of the stopper. a device body provided inside with a heating chamber and includes a device opening; a lid attached to the device body to open and close the device opening; a mixing container that is accommodated in the heating chamber, and kneads and heats cooking ingredients; and an auxiliary-ingredient container that contains auxiliary ingredients, and feeds the auxiliary ingredients into the mixing container, the auxiliary-ingredient container including: a container body with a bottom opening; an opening-closing lid that opens and closes the bottom opening of the container body; a stopper that engages with the opening-closing lid, and is configured to open the bottom opening of the container body by releasing the engagement with the opening-closing lid; and one or more cover members (34, 60) that are disposed covering at least one of first and second ends (E11, E12) of the stopper, characterized in that the one or more cover members (34, 60) include a first cover member that is provided on an inner wall surface of a container side wall of the container body and disposed covering a part of the stopper at a place where the opening-closing lid engages with the part of the stopper. a container body with a bottom opening; an opening-closing lid that opens and closes the bottom opening of the container body; a stopper that engages with the opening-closing lid, and is configured to open the bottom opening of the container body by releasing the engagement with the opening-closing lid; and one or more cover members (34, 60) that are disposed covering at least one of first and second ends (E11, E12) of the stopper, characterized in that the one or more cover members (34, 60) include a first cover member that is provided on an inner wall surface of a container side wall of the container body and disposed covering a part of the stopper at a place where the opening-closing lid engages with the part of the stopper.
A chemical foaming agent comprising the following compound shown as structure: and optionally one or more of the following compounds shown as structures, and through: where Ts is a p-toluenesulfonyl group. one or more of the following compounds shown as structures, and through: where Ts is a p-toluenesulfonyl group.
An uninterruptible power supply comprising: a first input to receive input power from an input power source; an output to provide output power; a switch configured to close when a characteristic of the input power is within a selected acceptable range; a first logic power supply coupled to the switch, configured to receive input power from the input power source when the switch is closed, and having a first DC output; a backup power source having a second DC output and coupled to the first DC output at a common node; a charger having a third DC output and coupled to the common node; a main logic power supply coupled to the common node and configured to receive power from at least one of the first DC output, the second DC output and the third DC output; and power converter circuitry coupled to the backup power source and the first input and configured to provide the output power derived from at least one of power at the first input and power from the backup power source. a first input to receive input power from an input power source; an output to provide output power; a switch configured to close when a characteristic of the input power is within a selected acceptable range; a first logic power supply coupled to the switch, configured to receive input power from the input power source when the switch is closed, and having a first DC output; a backup power source having a second DC output and coupled to the first DC output at a common node; a charger having a third DC output and coupled to the common node; a main logic power supply coupled to the common node and configured to receive power from at least one of the first DC output, the second DC output and the third DC output; and power converter circuitry coupled to the backup power source and the first input and configured to provide the output power derived from at least one of power at the first input and power from the backup power source.
An information processing device comprising: a feature amount acquiring means configured to acquire a feature amount of identification object data; a selection means configured to select a feature amount of a portion, used for identification, specified in advance from the feature amount acquired by the feature amount acquiring means; a duplication means configured to duplicate the feature amount of the portion selected by the selection means; an identification means, comprising a binary neural network, configured to have learned an identification object using multiple-valued weighting; an input means configured to input the feature amount of the portion selected by the selection means and the feature amount of the portion duplicated by the duplication means into the identification means; and an output means configured to output an identification result of being identified by the identification means using the feature amounts input by the input means. a feature amount acquiring means configured to acquire a feature amount of identification object data; a selection means configured to select a feature amount of a portion, used for identification, specified in advance from the feature amount acquired by the feature amount acquiring means; a duplication means configured to duplicate the feature amount of the portion selected by the selection means; an identification means, comprising a binary neural network, configured to have learned an identification object using multiple-valued weighting; an input means configured to input the feature amount of the portion selected by the selection means and the feature amount of the portion duplicated by the duplication means into the identification means; and an output means configured to output an identification result of being identified by the identification means using the feature amounts input by the input means.
An in vitro non-invasive method for determining the quality of an embryo comprising the steps consisting of: i) providing a sample of the culture medium where the embryo is grown, said sample being prepared when the embryo has reached the blastocyst stage corresponding to day 5 or 6 of the embryo development; ii) extracting cell free nucleic acids from the sample; iii) determining the concentration of cell free nucleic acids in the nucleic acid extraction; iv) comparing the concentration determined at step iii) with a reference value, said reference value corresponding to the concentration of the nucleic acids measured in a culture medium at day 3 of embryo development; and v) concluding that the embryo is competent when the concentration determined at step i) is lower than the reference value. i) providing a sample of the culture medium where the embryo is grown, said sample being prepared when the embryo has reached the blastocyst stage corresponding to day 5 or 6 of the embryo development; ii) extracting cell free nucleic acids from the sample; iii) determining the concentration of cell free nucleic acids in the nucleic acid extraction; iv) comparing the concentration determined at step iii) with a reference value, said reference value corresponding to the concentration of the nucleic acids measured in a culture medium at day 3 of embryo development; and v) concluding that the embryo is competent when the concentration determined at step i) is lower than the reference value.
Sealing device for a door or a window, wherein the sealing device has a housing rail and a sealing strip with a carrier rail and with a seal profile, wherein the sealing strip is able to be lowered and raised relative to the housing rail by means of a lowering mechanism, wherein the seal profile has a first face-side end and a second face-side end, which is situated opposite the first face-side end, wherein the first and the second face-side ends (33, 34) of the seal profile are arranged relative to the housing rail in such a way that, in the lowered state of the sealing strip, both of the two face-side ends (33, 34) protrude beyond the housing rail, and seal the latter, at a face side, characterized in that, during lowering, the sealing strip moves, without itself changing in length, by a first length (X 1 -Y 1, Y 2 -X 2) in the longitudinal direction of the sealing device relative to the housing rail, and in that, during lowering of the sealing strip, the first face-side end is able to be slid towards the housing rail in the longitudinal direction of the sealing device and, during lowering of the sealing strip, the second face-side end is able to be slid away from the housing rail in the longitudinal direction of the sealing device, wherein the first and the second face-side ends (33, 34) are displaced by the first length (X 1 -Y 1, Y 2 -X 2).
An in-vehicle charger, comprising: an AC/DC converter for converting an AC voltage applied from an external power supply into a DC voltage; and an isolated DC/DC converter for increasing the DC voltage generated by the AC/DC converter and applying the increased DC voltage to a battery for supplying power stored by itself to an electric motor for driving a vehicle, to thereby supply power to the battery, wherein a voltage of the battery is 100 V or more, the isolated DC/DC converter comprising: four semiconductor switching elements (Q1-Q4) connected to the AC/DC converter, and driven by a hard switching system; a transformer; a rectifier circuit comprising rectifying diodes (D1-D4) that are connected in a full-bridge configuration and are made of a Si semiconductor; a smoothing circuit; and a Schottky barrier diode arranged between the rectifier circuit and the smoothing circuit, the Schottky barrier diode being made of a wide bandgap semiconductor and being connected in parallel with the rectifier circuit, wherein the isolated DC/DC converter does not include a snubber circuit. an AC/DC converter for converting an AC voltage applied from an external power supply into a DC voltage; and an isolated DC/DC converter for increasing the DC voltage generated by the AC/DC converter and applying the increased DC voltage to a battery for supplying power stored by itself to an electric motor for driving a vehicle, to thereby supply power to the battery, wherein a voltage of the battery is 100 V or more, the isolated DC/DC converter comprising: four semiconductor switching elements (Q1-Q4) connected to the AC/DC converter, and driven by a hard switching system; a transformer; a rectifier circuit comprising rectifying diodes (D1-D4) that are connected in a full-bridge configuration and are made of a Si semiconductor; a smoothing circuit; and a Schottky barrier diode arranged between the rectifier circuit and the smoothing circuit, the Schottky barrier diode being made of a wide bandgap semiconductor and being connected in parallel with the rectifier circuit, four semiconductor switching elements (Q1-Q4) connected to the AC/DC converter, and driven by a hard switching system; a transformer; a rectifier circuit comprising rectifying diodes (D1-D4) that are connected in a full-bridge configuration and are made of a Si semiconductor; a smoothing circuit; and a Schottky barrier diode arranged between the rectifier circuit and the smoothing circuit, the Schottky barrier diode being made of a wide bandgap semiconductor and being connected in parallel with the rectifier circuit, wherein the isolated DC/DC converter does not include a snubber circuit.
A sprayable aqueous antimicrobial film-forming composition comprising in an aqueous base: (a) a film-forming polymer; (b) an antimicrobial agent; (c) a hydrophobically-modified ethoxylated urethane as rheology modifier; (d) optionally, an anti-foaming agent. (a) a film-forming polymer; (b) an antimicrobial agent; (c) a hydrophobically-modified ethoxylated urethane as rheology modifier; (d) optionally, an anti-foaming agent.
An assembly for a gas turbine engine, the assembly comprising: a stationary structure configured with a first side, a second side and a bore that extends through the stationary structure between the first side and the second side; and a lubricant system comprising a fluid transfer tube wherein the fluid transfer tube extends within the bore and forms a plenum between a sidewall of the fluid transfer tube and the stationary structure, wherein the fluid transfer tube is configured with a first end at the first side, a second end at the second side, a flowpath and an aperture, the flowpath at least partially formed by the sidewall and extending through the fluid transfer tube between the first end and the second end, and the aperture fluidly coupling the flowpath with the plenum, characterised in that the plenum has an annular cross-sectional geometry. a stationary structure configured with a first side, a second side and a bore that extends through the stationary structure between the first side and the second side; and a lubricant system comprising a fluid transfer tube wherein the fluid transfer tube extends within the bore and forms a plenum between a sidewall of the fluid transfer tube and the stationary structure, wherein the fluid transfer tube is configured with a first end at the first side, a second end at the second side, a flowpath and an aperture, the flowpath at least partially formed by the sidewall and extending through the fluid transfer tube between the first end and the second end, and the aperture fluidly coupling the flowpath with the plenum, characterised in that the plenum has an annular cross-sectional geometry.
A security message transmission method, wherein the method comprises: generating, by a vehicle terminal, a first security message, wherein the first security message carries message type information; adding priority indication information of the security message to a geographic information layer according to the message type information, and obtaining a second security message; determining, at a Media Access Control MAC layer, a transmission path of the security message according to the priority indication information; and sending the second security message to a recipient by using a physical layer corresponding to the determined transmission path, so that the recipient performs forwarding processing on the second security message. generating, by a vehicle terminal, a first security message, wherein the first security message carries message type information; adding priority indication information of the security message to a geographic information layer according to the message type information, and obtaining a second security message; determining, at a Media Access Control MAC layer, a transmission path of the security message according to the priority indication information; and sending the second security message to a recipient by using a physical layer corresponding to the determined transmission path, so that the recipient performs forwarding processing on the second security message.
A method for optimizing an appearance of a projected image, characterized in that the method comprises: providing a first configuration having a first position setting of the projected image; providing a second configuration having a second position setting of the projected image; selecting one of the first configuration and the second configuration; and automatically adjusting the position of the projected image in accordance with the selection of one of the first configuration and the second configuration, characterized in that at least one of the first configuration and the second configuration is a user-defined configuration. providing a first configuration having a first position setting of the projected image; providing a second configuration having a second position setting of the projected image; selecting one of the first configuration and the second configuration; and automatically adjusting the position of the projected image in accordance with the selection of one of the first configuration and the second configuration, at least one of the first configuration and the second configuration is a user-defined configuration.
Method for manufacturing a shoe, the shoe having an upper part which is connected to the sole by means of a separable zipper and can be removed from the sole by opening the zipper, characterized in that the zipper is connected to the sole by the sole being injection-molded or cast onto a part of the zipper, or by the sole being injection-molded around a part of the zipper, or by a part of the zipper being cast around the sole.
A 3D printing device, comprising a support frame, a printing assembly and a working box mechanism which are integrally arranged on the support frame; the printing assembly comprises symmetrically arranged material-dropping guide rails, a plurality of printing guide rails, a plurality of material-dropping mechanisms and a plurality of printing mechanisms; the plurality of printing guide rails and the plurality of material-dropping mechanisms are arranged between the two symmetrically arranged material-dropping guide rails, at least one printing guide rail is slidably provided with one printing mechanism; at least one crossbeam is arranged between the two material-dropping guide rails, and each of the crossbeams is correspondingly mounted with one printing guide rail, the two material-dropping guide rails are arranged on two symmetrical sides of the support frame; and the working box mechanism comprises a working box and a lifting component, wherein the lifting component is configured to move a bottom plate of the working box up and down along a vertical direction, and the working box and the lifting component are movably arranged inside the support frame, the working box mechanism further comprises a moving component connected with the lifting component and configured to carry the working box and the lifting component, and the working box and the lifting component are integrally arranged. the printing assembly comprises symmetrically arranged material-dropping guide rails, a plurality of printing guide rails, a plurality of material-dropping mechanisms and a plurality of printing mechanisms; the plurality of printing guide rails and the plurality of material-dropping mechanisms are arranged between the two symmetrically arranged material-dropping guide rails, at least one printing guide rail is slidably provided with one printing mechanism; at least one crossbeam is arranged between the two material-dropping guide rails, and each of the crossbeams is correspondingly mounted with one printing guide rail, the two material-dropping guide rails are arranged on two symmetrical sides of the support frame; and the working box mechanism comprises a working box and a lifting component, wherein the lifting component is configured to move a bottom plate of the working box up and down along a vertical direction, and the working box and the lifting component are movably arranged inside the support frame, the working box mechanism further comprises a moving component connected with the lifting component and configured to carry the working box and the lifting component, and the working box and the lifting component are integrally arranged.
A two-leaf swinging-sliding door system for a rail vehicle, comprising: - a door portal, - a first and a second door leaf (20, 21), by means of which the door portal can be closed along a centrally arranged main closing edge, - a passive locking device, by means of which both door leaves (20, 21) can be non-positively locked in the closed state, and - an additional active locking device that actively assists the passive locking device, characterized in that the door portal comprises a kickstrip, and the passive locking device comprises a first fitting, which is arranged centrally in the kickstrip and non-positively interacts with a respective second fitting (42, 43) arranged on each door leaf (20, 21), and in that the additional active locking device comprises at least one rigid element (51, 52), preferably in the form of a rod, and at least one actuator. - a door portal, - a first and a second door leaf (20, 21), by means of which the door portal can be closed along a centrally arranged main closing edge, - a passive locking device, by means of which both door leaves (20, 21) can be non-positively locked in the closed state, and - an additional active locking device that actively assists the passive locking device, the door portal comprises a kickstrip, and the passive locking device comprises a first fitting, which is arranged centrally in the kickstrip and non-positively interacts with a respective second fitting (42, 43) arranged on each door leaf (20, 21), and in that the additional active locking device comprises at least one rigid element (51, 52), preferably in the form of a rod, and at least one actuator.
A thermoplastic elastomer composition comprising an acrylic block copolymer and a hydrogenated block copolymer, wherein the content of the acrylic block copolymer is 70 to 300 parts by mass with respect to 100 parts by mass of the hydrogenated block copolymer, the hydrogenated block copolymer is a hydrogenated product of a block copolymer including a polymer block (Al) containing structural units derived from an aromatic vinyl compound, and a polymer block containing 1 to 100 mass% of structural units derived from farnesene and 99 to 0 mass% of structural units derived from a conjugated diene other than farnesene, the mass ratio [ /] of the polymer block to the polymer block being 1/99 to 70/30, and the hydrogenation ratio of carbon-carbon double bonds in the polymer block is 50 to 100 mol%. the content of the acrylic block copolymer is 70 to 300 parts by mass with respect to 100 parts by mass of the hydrogenated block copolymer, the hydrogenated block copolymer is a hydrogenated product of a block copolymer including a polymer block (Al) containing structural units derived from an aromatic vinyl compound, and a polymer block containing 1 to 100 mass% of structural units derived from farnesene and 99 to 0 mass% of structural units derived from a conjugated diene other than farnesene, the mass ratio [ /] of the polymer block to the polymer block being 1/99 to 70/30, and the hydrogenation ratio of carbon-carbon double bonds in the polymer block is 50 to 100 mol%.