mhurhangee/ep-ind-claims huggingface dataset:
A recycle box, comprising a box door and a box bottom housing, wherein: a recycle inlet is provided at a top of the box bottom housing, a guide elastic strip, a banknote guiding plate, an impeller and a banknote stacking plate configured to stack recycled media are fixed inside the box bottom housing; the impeller has a plurality of flexible blades, the guide elastic strip and the banknote guiding plate are arranged vertically and arranged face to face, there is a gap between the guide elastic strip and the banknote guiding plate, and the gap is a recycle passage; the banknote guiding plate is provided with a first stopper configured to place the recycled media and is provided with an opening configured to allow the flexible blades to pass through, the recycled media are placed on the first stopper after passing through the recycle inlet and the recycle passage, the flexible blades convey the recycled media on the first stopper onto the banknote stacking plate when the flexible blades are rotated out of the opening. a recycle inlet is provided at a top of the box bottom housing, a guide elastic strip, a banknote guiding plate, an impeller and a banknote stacking plate configured to stack recycled media are fixed inside the box bottom housing; the impeller has a plurality of flexible blades, the guide elastic strip and the banknote guiding plate are arranged vertically and arranged face to face, there is a gap between the guide elastic strip and the banknote guiding plate, and the gap is a recycle passage; the banknote guiding plate is provided with a first stopper configured to place the recycled media and is provided with an opening configured to allow the flexible blades to pass through, the recycled media are placed on the first stopper after passing through the recycle inlet and the recycle passage, the flexible blades convey the recycled media on the first stopper onto the banknote stacking plate when the flexible blades are rotated out of the opening.
An audio encoder for providing an encoded audio information on the basis of an input audio information, the audio encoder comprising: a bandwidth extension information provider configured to provide bandwidth extension information using a variable temporal resolution; a detector configured to detect an offset of a fricative or affricate; wherein the audio encoder is configured to adjust a temporal resolution used by the bandwidth extension information provider such that bandwidth extension information is provided with an increased temporal resolution in response to a detection of an offset of a fricative or affricate; characterized in that the audio encoder is configured to adjust the temporal resolution used by the bandwidth extension information provider such that bandwidth extension information is provided with an increased temporal resolution at least for a predetermined period of time before a time at which an offset of a fricative or affricate is detected and for a predetermined period of time following the time at which the offset of the fricative or affricate is detected. a bandwidth extension information provider configured to provide bandwidth extension information using a variable temporal resolution; a detector configured to detect an offset of a fricative or affricate; wherein the audio encoder is configured to adjust a temporal resolution used by the bandwidth extension information provider such that bandwidth extension information is provided with an increased temporal resolution in response to a detection of an offset of a fricative or affricate; characterized in that the audio encoder is configured to adjust the temporal resolution used by the bandwidth extension information provider such that bandwidth extension information is provided with an increased temporal resolution at least for a predetermined period of time before a time at which an offset of a fricative or affricate is detected and for a predetermined period of time following the time at which the offset of the fricative or affricate is detected.
Method of characterising the performance of a payload of a satellite in orbit using a test ground station, the test ground station comprising first radio-frequency amplification means, and a radio-frequency transmit ground antenna with a first input port of the antenna connected at the output with the first radio-frequency amplification means, the payload of the satellite comprising a first receive satellite antenna for the uplink, a second transmit satellite antenna for the downlink, and a transponder connected between the first receive satellite antenna and the second transmit satellite antenna, the transponder comprising a second radio-frequency input port connected to an output port of the receive satellite antenna, and second amplification means, configured to amplify over an input portion of the uplink transponder or the whole of the transponder signals in a receive frequency band of the transponder, according to a linear amplification mode and with a fixed gain which can be remote-controlled included in a gain range varying between a first lower gain Gmin and a second higher gain Gmax, the method being characterised in that it comprises a supply step involving: - providing the first amplification means which can be configured to generate at the input of the transmit ground antenna a test thermal noise having a bandwidth greater than or equal to the receive band of the transponder and the power spectral density of which can be adjusted to a test thermal noise reference power spectral density Dref such that the ratio of the spectral density of the test thermal noise, received from the test ground station when the thermal noise spectral density which it transmits is equal to the reference spectral density Dref, and received at the input of the transponder, to the minimum thermal noise spectral density generated by the satellite alone internally and the natural thermal noise of the Earth at the input of the transponder is greater than or equal to a first threshold Ds1 equal to 10 dB. - providing the first amplification means which can be configured to generate at the input of the transmit ground antenna a test thermal noise having a bandwidth greater than or equal to the receive band of the transponder and the power spectral density of which can be adjusted to a test thermal noise reference power spectral density Dref such that the ratio of the spectral density of the test thermal noise, received from the test ground station when the thermal noise spectral density which it transmits is equal to the reference spectral density Dref, and received at the input of the transponder, to the minimum thermal noise spectral density generated by the satellite alone internally and the natural thermal noise of the Earth at the input of the transponder is greater than or equal to a first threshold Ds1 equal to 10 dB.
A composition comprising: C16:2-C18:2 soap; and C16:1-C18:1 soap, wherein the composition comprises 40 to 90 wt% C16 to C24 saturated soap and 0.5 to 30 wt% C18 unsaturated soap based on the % by weight of the composition; wherein the weight ratio of C16:2-C18:2 soap to C16:1-C18:1 soap in the composition is higher than 0.7; wherein the composition further comprises less than 5% of C 8 to C 12 soap by weight of the composition; and wherein the weight ratio of linoleic acid (C18:2) soap to oleic acid (C18:1) soap is higher than 0.7. C16:2-C18:2 soap; and C16:1-C18:1 soap, wherein the composition comprises 40 to 90 wt% C16 to C24 saturated soap and 0.5 to 30 wt% C18 unsaturated soap based on the % by weight of the composition; wherein the weight ratio of C16:2-C18:2 soap to C16:1-C18:1 soap in the composition is higher than 0.7; wherein the composition further comprises less than 5% of C 8 to C 12 soap by weight of the composition; and wherein the weight ratio of linoleic acid (C18:2) soap to oleic acid (C18:1) soap is higher than 0.7.
An apparatus for mixing a concentrated product and a liquid, comprising: a body defining an internal volume; and a mixing device positioned at least partially within the internal volume, wherein the mixing device comprises one or more vanes that separate the internal volume into a first portion and a second portion when the mixing device is in a first position, and wherein the first portion and the second portion are in fluid communication with one another when the mixing device is in a second position; wherein the one or more vanes are configured to be rotated about a shaft of the mixing device to move the mixing device from the first position to the second position, and wherein the one or more vanes are positioned radially-outward from the shaft; wherein the mixing device further comprises a guide that at least partially surrounds the shaft; characterized in that - either the one or more vanes define a notch or slot, and wherein the guide is positioned within the notch or slot such that an outer radial surface of the guide is substantially flush with outer radial surfaces of the one or more vanes, - or an outer radial surface of the guide is radially-outside of the outer radial surfaces of the one or more vanes, and wherein the guide is at least partially received in a recess in an inner surface of the body. a body defining an internal volume; and a mixing device positioned at least partially within the internal volume, wherein the mixing device comprises one or more vanes that separate the internal volume into a first portion and a second portion when the mixing device is in a first position, and wherein the first portion and the second portion are in fluid communication with one another when the mixing device is in a second position; wherein the one or more vanes are configured to be rotated about a shaft of the mixing device to move the mixing device from the first position to the second position, and wherein the one or more vanes are positioned radially-outward from the shaft; wherein the mixing device further comprises a guide that at least partially surrounds the shaft; characterized in that - either the one or more vanes define a notch or slot, and wherein the guide is positioned within the notch or slot such that an outer radial surface of the guide is substantially flush with outer radial surfaces of the one or more vanes, - or an outer radial surface of the guide is radially-outside of the outer radial surfaces of the one or more vanes, and wherein the guide is at least partially received in a recess in an inner surface of the body. - either the one or more vanes define a notch or slot, and wherein the guide is positioned within the notch or slot such that an outer radial surface of the guide is substantially flush with outer radial surfaces of the one or more vanes, - or an outer radial surface of the guide is radially-outside of the outer radial surfaces of the one or more vanes, and wherein the guide is at least partially received in a recess in an inner surface of the body. - or an outer radial surface of the guide is radially-outside of the outer radial surfaces of the one or more vanes, and wherein the
A Schottky barrier diode, comprising: a semiconductor layer comprising a Ga 2 O 3 single crystal; an anode electrode that forms a Schottky junction with a surface of the semiconductor layer and is configured so that a portion in contact with the surface of the semiconductor layer comprises Mo or W; and a cathode electrode, characterised in that, before forming the anode electrode, the surface of the semiconductor layer is treated with a sulfuric acid/hydrogen peroxide mixture, thereby resulting in a turn-on voltage of the Schottky barrier diode of not less than 0.3 V and not more than 0.5 V. a semiconductor layer comprising a Ga 2 O 3 single crystal; an anode electrode that forms a Schottky junction with a surface of the semiconductor layer and is configured so that a portion in contact with the surface of the semiconductor layer comprises Mo or W; and a cathode electrode, characterised in that, before forming the anode electrode, the surface of the semiconductor layer is treated with a sulfuric acid/hydrogen peroxide mixture, thereby resulting in a turn-on voltage of the Schottky barrier diode of not less than 0.3 V and not more than 0.5 V.
A wafer-retaining elastic film of a CMP device, comprising: a film body comprised of an elastic material; and a coating layer formed so as to cover a surface on a wafer retaining side of the film body, characterized in that the coating layer contains a polymeric binder and nonmetallic particles dispersed in the polymeric binder, and the polymeric binder is comprised of silicone rubber and the nonmetallic particles are comprised of polytetrafluoroethylene. a film body comprised of an elastic material; and a coating layer formed so as to cover a surface on a wafer retaining side of the film body, characterized in that the coating layer contains a polymeric binder and nonmetallic particles dispersed in the polymeric binder, and the polymeric binder is comprised of silicone rubber and the nonmetallic particles are comprised of polytetrafluoroethylene.
A device for inhibiting corrosion of a rail, the device comprising means for galvanically protecting the foot of the rail wherein the device comprises a member which, in use, is in contact with the foot of the rail, wherein the member is a rail pad and the galvanic protection means being applied to said member, wherein • the galvanic protection means comprise a tape applied to the rail pad, the tape comprising a layer of a metal and a layer of adhesive, or • the galvanic protection means comprise metal particles embedded or impregnated in the rail pad, or • the galvanic protection means comprise metal particles provided to the rail pad by spraying metal particles suspended in a suitable fluid to adhere the particles to the pad, or • the galvanic protection means comprise a rail pad painted with a paint of a metal; and wherein the metal in the tape, the metal particles in the rail pad, the metal particles in the fluid or the metal in the paint acts as a sacrificial anode. • the galvanic protection means comprise a tape applied to the rail pad, the tape comprising a layer of a metal and a layer of adhesive, or • the galvanic protection means comprise metal particles embedded or impregnated in the rail pad, or • the galvanic protection means comprise metal particles provided to the rail pad by spraying metal particles suspended in a suitable fluid to adhere the particles to the pad, or • the galvanic protection means comprise a rail pad painted with a paint of a metal; and wherein the metal in the tape, the metal particles in the rail pad, the metal particles in the fluid or the metal in the paint acts as a sacrificial anode.
A medical apparatus, comprising: a sleeve adapted to be placed in the gastrointestinal tract, the sleeve being a conduit configured for transporting ingested materials; an anchoring component attached to at least a portion of said sleeve; a delivery tube having a lumen and said sleeve being substantially fully inverted and contained within the lumen of said delivery tube; and a fixing component on the delivery tube configured to impede the anchoring component from substantially moving along an axis of the delivery tube. a sleeve adapted to be placed in the gastrointestinal tract, the sleeve being a conduit configured for transporting ingested materials; an anchoring component attached to at least a portion of said sleeve; a delivery tube having a lumen and said sleeve being substantially fully inverted and contained within the lumen of said delivery tube; and a fixing component on the delivery tube configured to impede the anchoring component from substantially moving along an axis of the delivery tube.
An operation terminal having a camera function and a display function, configured for communication over a network with an information storage apparatus and a plurality of electronic apparatuses (13,14), the operation terminal being configured to: receive, from an operator input, a selection of one image file from a display of multiple image files to be obtained for output; request, to the information storage apparatus, to send the one image data in a format which the operation terminal is capable of displaying; receive, from the information storage apparatus, the image data that is the file format which the operation terminal is capable of displaying; display an image of the image data received form the information storage apparatus; use its camera function to read a QR code; obtain, from the QR code read by the camera function, function information concerning a function of an electronic apparatus (13, 14); determine, based on the function information, whether the function information indicates a printing function or a projection function; when it is determined that the function information indicates the printing function, request, to the information storage apparatus, to send the displayed image file in a format that can be printed, receive the image file in the format that can be printed, and send the received image file to the electronic apparatus; when it is determined that the function information indicates the projection function, request to the information storage apparatus to send the displayed image file in a format that can be projected, receive the image file in the format that can be projected and send the received image file to the electronic apparatus. receive, from an operator input, a selection of one image file from a display of multiple image files to be obtained for output; request, to the information storage apparatus, to send the one image data in a format which the operation terminal is capable of displaying; receive, from the information storage apparatus, the image data that is the file format which the operation terminal is capable of displaying; display an image of the image data received form the information storage apparatus; use its camera function to read a QR code; obtain, from the QR code read by the camera function, function information concerning a function of an electronic apparatus (13, 14); determine, based on the function information, whether the function information indicates a printing function or a projection function; when it is determined that the function information indicates the printing function, request, to the information storage apparatus, to send the displayed image file in a format that can be printed, receive the image file in the format that can be printed, and send the received image file to the electronic apparatus; when it is determined that the function information indicates the projection function, request to the information storage apparatus to send the displayed image file in a format that can be projected, receive the image file in the format that can be projected and send the received image file to the electronic apparatus.
A process to prepare a compound of Formula: wherein Q is S or O, X is Cl or Br, and R 1, R 2, and R 3 are each independently C alkyl, according to the following General Scheme: which process comprises: converting boronic acid A1 to carbaldehyde B1 through activation of the boronic acid with an activating reactant A2; converting carbaldehyde B1 to acetal C1 under acid catalysis with a suitable source of orthoformate; converting acetal C1 to nitrile D1 through catalyzed cyanation with a metal catalyst and a cyanide source; hydrolyzing D1 with a suitable acid to give carboxylic acid E1; converting carboxylic acid E1 to amide F1 with a suitable base, a suitable coupling reagent, and a source amine; converting amide F1 to a compound of Formula with an anionic coupling reagent having structure H1, wherein M is a Group I metal, a Group II metal, Cu, or Zn; Ris C alkyl; m is 1, 2, 3, or 4; p is 1, 2, 3, or 4; and optionally converting the compound of Formula to a salt. Q is S or O, X is Cl or Br, and R 1, R 2, and R 3 are each independently C alkyl, converting boronic acid A1 to carbaldehyde B1 through activation of the boronic acid with an activating reactant A2; converting carbaldehyde B1 to acetal C1 under acid catalysis with a suitable source of orthoformate; converting acetal C1 to nitrile D1 through catalyzed cyanation with a metal catalyst and a cyanide source; hydrolyzing D1 with a suitable acid to give carboxylic acid E1; converting carboxylic acid E1 to amide F1 with a suitable base, a suitable coupling reagent, and a source amine; converting amide F1 to a compound of Formula with an anionic coupling reagent having structure H1, wherein M is a Group I metal, a Group II metal, Cu, or Zn; Ris C alkyl; m is 1, 2, 3, or 4; p is 1, 2, 3, or 4; and optionally converting the compound of Formula to a salt.
A wheelchair lift arrangement for attachment to a floor surface positioned at a floor surface level, the arrangement comprising: a lift platform having a base plate and movable between a lowered position and a raised position, wherein the base plate is positioned at the floor surface level; a bridge plate assembly including a bridge plate extending between the floor surface and the base plate of the lift platform when the lift platform is in the raised position; characterized in that the arrangement comprises: a load sensing system comprising: an elongated member extending along a longitudinal axis between a first end and a second end, the elongated member being rotatable about the longitudinal axis between an unloaded position and a loaded position; at least one contact member connected to the elongated member; and a switch assembly operatively connected to the elongated member and configured to be activated to prevent operation of the wheelchair lift arrangement when the elongated member is in the loaded position, and wherein the at least one contact member is disposed on the elongated member between the first end and the second end and is configured to contact the bridge plate. a lift platform having a base plate and movable between a lowered position and a raised position, wherein the base plate is positioned at the floor surface level; a bridge plate assembly including a bridge plate extending between the floor surface and the base plate of the lift platform when the lift platform is in the raised position; characterized in that the arrangement comprises: a load sensing system comprising: an elongated member extending along a longitudinal axis between a first end and a second end, the elongated member being rotatable about the longitudinal axis between an unloaded position and a loaded position; at least one contact member connected to the elongated member; and a switch assembly operatively connected to the elongated member and configured to be activated to prevent operation of the wheelchair lift arrangement when the elongated member is in the loaded position, and wherein the at least one contact member is disposed on the elongated member between the first end and the second end and is configured to contact the bridge plate. an elongated member extending along a longitudinal axis between a first end and a second end, the elongated member being rotatable about the longitudinal axis between an unloaded position and a loaded position; at least one contact member connected to the elongated member; and a switch assembly operatively connected to the elongated member and configured to be activated to prevent operation of the wheelchair lift arrangement when the elongated member is in the loaded position, and wherein the at least one contact member is disposed on the elongated member between the first end and the second end and is configured to contact the bridge plate.