mhurhangee/patent-ind-claim-en huggingface dataset:
A polymerization apparatus for dental technique for curing a photo-curable material used for dental prostheses, comprising: a plurality of light sources arranged in such a manner that their light axes are different from each other, the light axes running at least in two directions; a cover that covers the light sources , that forms a polymerization space inside thereof, and that switches between a posture in which an opening connecting the inside and the outside of the polymerization space is formed and a posture in which said opening is closed; a sensor that detects the postures of the cover ; characterized in that a controller receives signals from the sensor , and based on the postures of the cover , turns on some of the light sources with the opening closed, and turns on fewer light sources than with the opening closed, with the opening open. a plurality of light sources arranged in such a manner that their light axes are different from each other, the light axes running at least in two directions; a cover that covers the light sources , that forms a polymerization space inside thereof, and that switches between a posture in which an opening connecting the inside and the outside of the polymerization space is formed and a posture in which said opening is closed; a sensor that detects the postures of the cover ; characterized in that a controller receives signals from the sensor , and based on the postures of the cover , turns on some of the light sources with the opening closed, and turns on fewer light sources than with the opening closed, with the opening open.
A cutting tool comprising a main body and a multi-layer coating applied thereto, characterised in that the main body comprises a hard metal which - comprises 5 to 8% by weight of Co, 0 to 2% by weight of TaC, 0 to 1% by weight of NbC and 89 to 95% by weight of WC with a mean grain size of 1 to 5 μm, and the coating has - a first layer of TiAIN having a layer thickness of 1 to 5 μm, and - a second layer of aluminium oxide having a layer thickness of 1 to 4 μm, and the coating further additionally includes on the second layer of aluminium oxide - n alternately mutually superposedly applied layers of TiAIN and layers of aluminium oxide respectively having a layer thickness of 0.1 to 0.5 μm, wherein n relates to each individual layer and is an even number of 0 to 10, wherein the total layer thickness of the coating is 2 to 16 μm and the coating is produced in the PVD process. - comprises 5 to 8% by weight of Co, 0 to 2% by weight of TaC, 0 to 1% by weight of NbC and 89 to 95% by weight of WC with a mean grain size of 1 to 5 μm, and the coating has - a first layer of TiAIN having a layer thickness of 1 to 5 μm, and - a second layer of aluminium oxide having a layer thickness of 1 to 4 μm, and the coating further additionally includes on the second layer of aluminium oxide - n alternately mutually superposedly applied layers of TiAIN and layers of aluminium oxide respectively having a layer thickness of 0.1 to 0.5 μm, wherein n relates to each individual layer and is an even number of 0 to 10, wherein the total layer thickness of the coating is 2 to 16 μm and the coating is produced in the PVD process.
A device for receiving fluid from a subject, comprising: a housing including an opening to receive fluid into the housing; a device actuator ; one or more needles being arranged to cause fluid to be released from the subject; a deployment actuator that moves the one or more needles in a deployment direction toward a subject; a rotatable element that contacts the deployment actuator to actuate the deployment actuator after actuation of the device actuator , the rotatable element being rotatable relative to the housing ; a pusher that contacts the rotatable element to rotate the rotatable element; wherein actuation of the device actuator causes the rotatable element to rotate and move toward the deployment actuator , and wherein, during actuation, the pusher is in contact with the device actuator , and after actuation, the pusher becomes spaced from the device actuator . a housing including an opening to receive fluid into the housing; a device actuator ; one or more needles being arranged to cause fluid to be released from the subject; a deployment actuator that moves the one or more needles in a deployment direction toward a subject; a rotatable element that contacts the deployment actuator to actuate the deployment actuator after actuation of the device actuator , the rotatable element being rotatable relative to the housing ; a pusher that contacts the rotatable element to rotate the rotatable element; wherein actuation of the device actuator causes the rotatable element to rotate and move toward the deployment actuator , and wherein, during actuation, the pusher is in contact with the device actuator , and after actuation, the pusher becomes spaced from the device actuator .
A computer-implemented method for predicting speech recognition performance of a speech recognition system, comprising the steps of: a) accepting an input from a user interface , wherein said input comprises at least one word or a phonetic pronunciation and converting said input into a sequence of phonemes; b) computing at least one input feature vector with features for said input, c) creating a prediction model comprising the steps of: selecting a set of keywords from a database; computing a keyword feature vector with features for each of said keywords; for each keyword within the set, determining a corresponding figure of merit, FOM, using the speech recognition system; inputting said keyword feature vector and said figure of merit, FOM, into a model learning module which adjusts parameters to minimize a cost function; and saving results from said model learning module as said prediction model for prediction of a figure of merit, FOM, of said input, d) inputting said at least one input feature vector into the prediction model ; and obtaining a prediction for the input from the prediction model wherein said prediction is the figure of merit, FOM, which is a numerical value as a measure for the accuracy with which the system can determine a word match for the input, characterized in that the features of the input feature vector and the keyword feature vector at least comprise the number of phonemes, number of syllables, and number of stressed vowels. a) accepting an input from a user interface , wherein said input comprises at least one word or a phonetic pronunciation and converting said input into a sequence of phonemes; b) computing at least one input feature vector with features for said input, c) creating a prediction model comprising the steps of: selecting a set of keywords from a database; computing a keyword feature vector with features for each of said keywords; for each keyword within the set, determining a corresponding figure of merit, FOM, using the speech recognition system; inputting said keyword feature vector and said figure of merit, FOM, into a model learning module which adjusts parameters to minimize a cost function; and saving results from said model learning module as said prediction model for prediction of a figure of merit, FOM, of said input, d) inputting said at least one input feature vector into the prediction model ; and obtaining a prediction for the input from the prediction model wherein said prediction is the figure of merit, FOM, which is a numerical value as a measure for the accuracy with which the system can determine a word match for the input,
A pneumatic cleaning gun comprising the following: - a gun housing comprising a gun body and a liquid nozzle , the liquid nozzle being connected to the gun body ; - a nozzle jacket comprising a mounting sleeve and a jacket sleeve , the mounting sleeve being mounted on the gun body of the gun housing and the jacket sleeve being rotatably mounted on the mounting sleeve and surrounding the jacketed flow channel , the liquid nozzle being present in the interior of the jacketed flow channel of the jacket sleeve ; and - an air intake tube rigidly connected to the jacket sleeve , the air intake tube having an air intake opening and the air intake opening leading into the jacketed flow channel , characterized in that the mounting sleeve has a plurality of first positioning constructs ; wherein the jacket sleeve has at least one second positioning construct , wherein the jacket sleeve is rotatable relative to the mounting sleeve ; wherein each second positioning construct can selectably be engaged in one of the first positioning constructs , so that the air intake tube has a plurality of usage settings. - a gun housing comprising a gun body and a liquid nozzle , the liquid nozzle being connected to the gun body ; - a nozzle jacket comprising a mounting sleeve and a jacket sleeve , the mounting sleeve being mounted on the gun body of the gun housing and the jacket sleeve being rotatably mounted on the mounting sleeve and surrounding the jacketed flow channel , the liquid nozzle being present in the interior of the jacketed flow channel of the jacket sleeve ; and - an air intake tube rigidly connected to the jacket sleeve , the air intake tube having an air intake opening and the air intake opening leading into the jacketed flow channel ,
A ubiquitin variant comprising the amino acid sequence of SEQ ID NO: 6.
A thermoplastic resin composition comprising a core-shell copolymer and a polycarbonate resin, wherein the core-shell copolymer comprises: a core; and a shell surrounding the core, wherein the core includes a first alkyl(meth)acrylate monomer-derived repeating unit having 1 to 8 carbon atoms and a terminal-modified polydimethylsiloxane crosslinking agent-derived crosslinking part, and wherein the terminal-modified polydimethylsiloxane crosslinking agent includes a second alkyl(meth)acrylate monomer-derived modified part at both terminals of the polydimethylsiloxane. a core; and a shell surrounding the core, wherein the core includes a first alkyl(meth)acrylate monomer-derived repeating unit having 1 to 8 carbon atoms and a terminal-modified polydimethylsiloxane crosslinking agent-derived crosslinking part, and wherein the terminal-modified polydimethylsiloxane crosslinking agent includes a second alkyl(meth)acrylate monomer-derived modified part at both terminals of the polydimethylsiloxane.
A method for producing acrylamide in an aqueous medium by feeding acrylonitrile to said aqueous medium supplemented with a microbial catalyst(s) while stirring said aqueous medium, comprising: placing, in said aqueous medium a feed opening of an acrylonitrile feed tube that feeds acrylonitrile to said aqueous medium at a position not more than 80%, where the opposition of the liquid surface of said aqueous medium is defined as 0% and the depth of deepest part of said aqueous medium is defined as 100%, and feeding acrylonitrile into said aqueous medium.
Use of a coating comprising a layer comprising an inorganic-organic hybrid matrix, wherein the layer comprising an inorganic-organic hybrid matrix is obtainable by wet-chemical application of a coating composition on at least one metal surface or inorganic surface of the object or material and hardening the coating composition, wherein the coating composition comprises a heterocondensate and an organic monomer, oligomer or polymer which comprises at least one polymerisable group selected from epoxy, vinyl, acrylic and methacrylic groups, and the heterocondensate is a metallosiloxane or borosiloxane and contains heteroatom units of heteroatoms selected from B, Al, Ga, In, Tl, Ge, Ga, Sn, Pb, Ti, Zr, Hf, Sc, Y and La, which are incorporated in the siloxane skeleton by means of oxygen bridges, and siloxane units, in which the silicon atom has a non-hydrolysable organic group, preferably a non-hydrolysable organic polymerisable group, wherein the inorganic-organic hybrid matrix is an IPN (interpenetrating polymer networks) polymer formed of two interpenetrating polymers, namely an inorganic condensate and an organic polymer, as an anti-limescale coating on at least one metal surface or inorganic surface of an object or material.
A compound comprising an amino acid sequence of HSXiGTFTSDYSKYLD(Aib) RRAQX 2 FVK(4-Pal)LLST, wherein X 1 is Q or Dab(Ac) and X 2 is Q or A (SEQ ID NO:2),
An elastic laminate for an absorbent article, the laminate comprising at least one polypropylene elastic film layer and at least one substrate layer; wherein the elastic film layer has a basis weight of from about 5 to about 150 g/m 2 ; the elastic film having the following properties after having been pre-strained to 300% strain and aged for 3 weeks, as defined herein: an average integrated enthalpy sum between 5-17 J/g, according to the Thermal Analysis Method defined herein; the integrated enthalpy being the sum of Zone I (30-80°C) and Zone III (120-170°C) under the baseline corrected heat flow curve; an average integrated enthalpy ratio of from 0.6 to 300, preferably 0.8 to 300, still preferably 1.0 to 300, according to the Thermal Analysis Method defined herein; the enthalpy ratio being the ratio of the integrated enthalpy value of Zone I (30-80°C) under the baseline corrected heat flow curve to the value for Zone III (120-170°C) under the baseline corrected heat flow curve; and an unload stress at 75% strain of above 0.8 MPa according to the Hysteresis Test defined herein; and wherein the laminate has a normalized load force/normalized unload force ratio at 75% strain of 1 to 2.6 according to the Hysteresis Test defined herein. an average integrated enthalpy sum between 5-17 J/g, according to the Thermal Analysis Method defined herein; the integrated enthalpy being the sum of Zone I (30-80°C) and Zone III (120-170°C) under the baseline corrected heat flow curve; an average integrated enthalpy ratio of from 0.6 to 300, preferably 0.8 to 300, still preferably 1.0 to 300, according to the Thermal Analysis Method defined herein; the enthalpy ratio being the ratio of the integrated enthalpy value of Zone I (30-80°C) under the baseline corrected heat flow curve to the value for Zone III (120-170°C) under the baseline corrected heat flow curve; and an unload stress at 75% strain of above 0.8 MPa according to the Hysteresis Test defined herein; and wherein the laminate has a normalized load force/normalized unload force ratio at 75% strain of 1 to 2.6 according to the Hysteresis Test defined herein.
A kitchen appliance with a cooking vessel and an accessory for being attached to the cooking vessel , wherein the accessory features a sensor arrangement for determining at least one operating state in the cooking vessel , characterized in that the accessory is a measuring cup having a measuring volume with a bottom .
A power management server comprising: a receiver configured to receive, from an upper management server , an adjustment request for requesting a fluctuation adjustment of a frequency of a power grid for each fluctuation cycle of an adjustment target which is the frequency of the power grid , wherein the fluctuation cycle is a cycle indicating a type of period to adjust the frequency of the power grid ; a transmitter configured to transmit, to an adjustment power supply, an adjustment instruction for instructing the fluctuation adjustment of the frequency of the power grid according to the fluctuation cycle of the adjustment target requested by the adjustment request; a management unit configured to manage a correspondence relationship between the fluctuation cycle of the adjustment target instructed by the adjustment instruction and the adjustment power supply; and a controller configured to determine an adjustment power supply to which the adjustment instruction is to be transmitted based on the correspondence relationship, characterized in that in a case where an additional adjustment of the frequency of the power grid is required, the controller is configured to determine an additional adjustment power supply to which an additional adjustment instruction is to be transmitted based on the correspondence relationship; wherein the controller is configured to determine an adjustment power supply to which the adjustment instruction has not been transmitted, as the additional adjustment power supply to which the additional adjustment instruction is to be transmitted. a receiver configured to receive, from an upper management server , an adjustment request for requesting a fluctuation adjustment of a frequency of a power grid for each fluctuation cycle of an adjustment target which is the frequency of the power grid , wherein the fluctuation cycle is a cycle indicating a type of period to adjust the frequency of the power grid ; a transmitter configured to transmit, to an adjustment power supply, an adjustment instruction for instructing the fluctuation adjustment of the frequency of the power grid according to the fluctuation cycle of the adjustment target requested by the adjustment request; a management unit configured to manage a correspondence relationship between the fluctuation cycle of the adjustment target instructed by the adjustment instruction and the adjustment power supply; and a controller configured to determine an adjustment power supply to which the adjustment instruction is to be transmitted based on the correspondence relationship, characterized in that in a case where an additional adjustment of the frequency of the power grid is required, the controller is configured to determine an additional adjustment power supply to which an additional adjustment instruction is to be transmitted based on the correspondence relationship; wherein the controller is configured to determine an adjustment power supply to which the adjustment instruction has not been transmitted, as the additional adjustment power supply to which the additional adjustment instruction is to be transmitted.
A fused filament fabrication machine comprising: a cabinet defining a build chamber for building a workpiece , including a part and a sacrificial tower for the part , at a build location ; a head assembly in the cabinet for dispensing media at the build location during a build process, the head assembly having a filament dispenser for dispensing the media through a liquefier tip of the filament dispenser ; a tip wipe assembly in the cabinet remote from the build location ; and a controller operably coupled to the head assembly to control the position of the head assembly and dispensing of the media during the build process, the controller periodically moving the head assembly away from the build location to the tip wipe assembly to clean the liquefier tip at the tip wipe assembly during a tip wipe process, the controller being configured to move the head assembly from the tip wipe assembly to dispense a sacrificial slug of material separate from the part after the tip wipe process before deposition of the media into the part , wherein the controller is configured to move the head assembly away from the tip wipe assembly to the build location to resume the build process at the sacrificial tower such that the media dispensed immediately after the tip wipe process is used to build the sacrificial tower rather than the part . a cabinet defining a build chamber for building a workpiece , including a part and a sacrificial tower for the part , at a build location ; a head assembly in the cabinet for dispensing media at the build location during a build process, the head assembly having a filament dispenser for dispensing the media through a liquefier tip of the filament dispenser ; a tip wipe assembly in the cabinet remote from the build location ; and a controller operably coupled to the head assembly to control the position of the head assembly and dispensing of the media during the build process, the controller periodically moving the head assembly away from the build location to the tip wipe assembly to clean the liquefier tip at the tip wipe assembly during a tip wipe process, the controller being configured to move the head assembly from the tip wipe assembly to dispense a sacrificial slug of material separate from the part after the tip wipe process before deposition of the media into the part , wherein the controller is configured to move the head assembly away from the tip wipe assembly to the build location to resume the build process at the sacrificial tower such that the media dispensed immediately after the tip wipe process is used to build the sacrificial tower rather than the part .
Method for recycling pneumatic vehicle tyres having at least one sealant on the inner surface situated opposite the tread (pneumatic vehicle tyres which have sealant), wherein the method comprises at least the following method steps: a) providing a pneumatic vehicle tyre which has sealant and is to be recycled; b) separating the sidewalls from the tread surface, such that a tread ring and the sidewalls are obtained; c) turning the tread ring inside out, or cutting through the tread ring in an axial direction, in order to make the sealant accessible; d) removing the sealant; e) recycling the separated-off sidewalls and the remaining sealant-free tread; f) optionally, recycling the sealant separately. a) providing a pneumatic vehicle tyre which has sealant and is to be recycled; b) separating the sidewalls from the tread surface, such that a tread ring and the sidewalls are obtained; c) turning the tread ring inside out, or cutting through the tread ring in an axial direction, in order to make the sealant accessible; d) removing the sealant; e) recycling the separated-off sidewalls and the remaining sealant-free tread; f) optionally, recycling the sealant separately.
An ion-exchange membrane comprising: fluorinated carbon backbone chains; fluorinated side chains extending off of the fluorinated carbon backbone chains, the fluorinated side chains including acid groups for ionic conductivity, the acid groups surrounding and defining permeable domains which are free of the fluorinated carbon backbone chains; and molecular barriers in the permeable domains and influencing permeability through the permeable domains, wherein the molecular barriers include carbon chain molecules covalently bonded to the acid groups and that extend off of the acid groups away from the fluorinated carbon backbone chains and/or the molecular barriers include molecules that are molecularly caged within the permeable domains, and wherein the carbon chain molecules or molecules are selected from the group consisting of nonoxynol-9, pentaethylene glycol monodecyl ether, monolaurin, and combinations thereof. fluorinated carbon backbone chains; fluorinated side chains extending off of the fluorinated carbon backbone chains, the fluorinated side chains including acid groups for ionic conductivity, the acid groups surrounding and defining permeable domains which are free of the fluorinated carbon backbone chains; and molecular barriers in the permeable domains and influencing permeability through the permeable domains, wherein the molecular barriers include carbon chain molecules covalently bonded to the acid groups and that extend off of the acid groups away from the fluorinated carbon backbone chains and/or the molecular barriers include molecules that are molecularly caged within the permeable domains, and wherein the carbon chain molecules or molecules are selected from the group consisting of nonoxynol-9, pentaethylene glycol monodecyl ether, monolaurin, and combinations thereof.