mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented apparatus comprising a software layer having a logic processor, the apparatus further comprising at least one hardware device , the processor being configured to orchestrate at least one virtual machine , wherein each device and virtual machine respectively forms an isolated execution environment, said each device and virtual machine being configured to communicate with each other via the software layer, the software layer being configured to: generate a unique ID associated with a request for a result; commit to the unique ID; transmit to a data source a request for data, to trigger the data source to generate and return the result and to generate multiple, independent, authenticity proofs of the result by leveraging at least one software attestation technique or at least one hardware attestation technique, wherein the data source is an external device which is remote to the apparatus and wherein the multiple, independent, authenticity proofs are generated in cooperation with the external device; verify the multiple, independent, authenticity proofs; and transmit to a remote application the returned result and verified authenticity proofs. generate a unique ID associated with a request for a result; commit to the unique ID; transmit to a data source a request for data, to trigger the data source to generate and return the result and to generate multiple, independent, authenticity proofs of the result by leveraging at least one software attestation technique or at least one hardware attestation technique, wherein the data source is an external device which is remote to the apparatus and wherein the multiple, independent, authenticity proofs are generated in cooperation with the external device; verify the multiple, independent, authenticity proofs; and transmit to a remote application the returned result and verified authenticity proofs.
System including an inoculation apparatus and an automatic molten metal pouring machine , wherein the inoculation apparatus is adapted to feed inoculants to molten metal that has been poured from the automatic molten metal pouring machine having a ladle to a mold with a predetermined proportion that corresponds to the quantity of the molten metal that has been poured and is progressively varied, comprising: a traveling means for traveling along a pouring line in which a plurality of flasks each contains a mold are arranged in a line; a holding means for holding inoculants, wherein the holding means is mounted on the traveling means ; a feeding means for receiving the inoculants to be added to the mold from the holding means and feeding the received inoculants, wherein the feeding means is located beneath the holding means ; a driving means , which is drivingly connected to the feeding means , for driving the feeding means ; and a controlling means for controlling the driving means ; a load cell for detecting the weight of the molten metal in the ladle of the automatic molten metal pouring machine and for generating a signal that indicates the detected weight; characterized in that the controlling means is configured to determine the amount of the driving of the driving means by a calculation based on the signal from the load cell to control the driving means ; wherein the controlling means is further configured to drive the feeding means through the driving means based on the quantity of the molten metal that has been poured into the mold such that the inoculants are added from the feeding means to the molten metal to be poured into the mold from the automatic molten metal pouring machine such that the inoculants are added into the molten metal in a proportion that corresponds to the quantity of the molding metal that has been poured from the ladle into the mold . a traveling means for traveling along a pouring line in which a plurality of flasks each contains a mold are arranged in a line; a holding means for holding inoculants, wherein the holding means is mounted on the traveling means ; a feeding means for receiving the inoculants to be added to the mold from the holding means and feeding the received inoculants, wherein the feeding means is located beneath the holding means ; a driving means , which is drivingly connected to the feeding means , for driving the feeding means ; and a controlling means for controlling the driving means ; a load cell for detecting the weight of the molten metal in the ladle of the automatic molten metal pouring machine and for generating a signal that indicates the detected weight;
A fusion protein comprising a) a binding protein comprising at least one binding site, wherein the binding site binds to an antigen associated with a target cell; and b) an IL-15 polypeptide, wherein the IL-15 polypeptide comprises at least one amino acid substitution at one or more positions corresponding to position(s) 92, 93, 94, 95, 96, 97, 98, 99, 100, 112, 113, 114, 115 and/or 116 of the amino acid sequence shown in SEQ ID NO:1 thereby having a reduced affinity for IL-15Rα compared to the affinity of wild-type IL-15 of SEQ ID NO: 1 (Uniprot number: P40933-1), wherein the IL-15 polypeptide binds to IL-2/IL-15Rβγ, wherein the binding protein is selected from the group consisting of an antibody, a divalent antibody fragment, a monovalent antibody fragment, or a proteinaceous binding molecule with antibody-like binding properties. a) a binding protein comprising at least one binding site, wherein the binding site binds to an antigen associated with a target cell; and b) an IL-15 polypeptide, wherein the IL-15 polypeptide comprises at least one amino acid substitution at one or more positions corresponding to position(s) 92, 93, 94, 95, 96, 97, 98, 99, 100, 112, 113, 114, 115 and/or 116 of the amino acid sequence shown in SEQ ID NO:1
A computer-implemented method, comprising: at a computing device : receiving a digital certificate for a first entity, the digital certificate including a first public key for the first entity and a certification transaction identifier generated from a hash of a certification transaction, where the certification transaction includes a digital signature from a certificate authority, a first output to an address based on a second public key, and a second output having an information field that contains the first public key; obtaining a copy of the certification transaction from a blockchain based on the certification transaction identifier in the digital certificate; determining that the first output is an unspent transaction output; and determining that the first public key contained in the second output in the certification transaction matches a public key in the digital certificate. receiving a digital certificate for a first entity, the digital certificate including a first public key for the first entity and a certification transaction identifier generated from a hash of a certification transaction, where the certification transaction includes a digital signature from a certificate authority, a first output to an address based on a second public key, and a second output having an information field that contains the first public key; obtaining a copy of the certification transaction from a blockchain based on the certification transaction identifier in the digital certificate; determining that the first output is an unspent transaction output; and determining that the first public key contained in the second output in the certification transaction matches a public key in the digital certificate.
N-(2-(6-fluoro-1H-indol-3-yl)ethyl)-3-(2,2,3,3-tetrafluoropropoxy) benzylamine (idalopirdine) or a pharmaceutically acceptable salt thereof and an acetylcholinesterase inhibitor selected from the group consisting of donepezil and rivastigmine for use in the treatment Parkinson's disease, wherein the treatment of Parkinson's disease consist of reducing falls in a patient with Parkinson's disease.
Backpack having a back system which has a back part connected to a storage volume and having shoulder straps and hip straps , the back system having a support element which is operatively connected to the shoulder straps or the hip straps and whose support distance towards the back part is adjustable in order to position the latter, wherein the support element has at least one adjustable support tab which is located between the back part and the shoulder straps or the hip straps , respectively, wherein the support element has two relatively rigid support lugs which are spaced apart from each other and which are guided adjustably on a belt region , characterized in that the support lugs are stiffened by inserted rods or bars.
A method of forming a cutting edge of a rotary cutting tool having a body and at least one flute formed in the body along at least a portion of a length of the body , wherein a substantially conical end of the tool defines major cutting edges in the regions where the helical flutes intersect the conical end and wherein minor cutting edges are defined in the regions where the helical flutes radially intersect an outer periphery of the body , the method being characterized in that it comprises removing material in an ablation process from the major and/ or minor cutting edges as well as the adjacent contoured surfaces with a directed laser beam (L) to thereby form the cutting edges , and a predetermined three dimensional contoured shaped surface (S) adjacent to the cutting edges , wherein the contoured shaped surface (S) formed by the laser beam (L) comprises a concave portion on one side of the major cutting edges and a convex portion on another side of the major cutting edges , and wherein the laser beam (L) is directed toward the conical end of the tool at an angle (⊝) having a component that is normal to the contoured shaped surface (S) of the conical end , wherein the laser beam (L) creates a plasma point (P) and a plasma region (R) during the ablation process and the three-dimensional position of the plasma point (P) is located in relation to the cutting tool by a detector of a laser beam control system , wherein an output signal from the detector is fed to a controller of the laser beam control system which is adapted to control a laser generating the laser beam (L), and wherein the laser beam (L) is adaptively controlled by adjusting at least one parameter of the laser chosen from pulse frequency, laser power, pulse sequence, translational speed across the surface of the cutting tool , pattern of movement and focal depth.
Operator compartment of a rail vehicle with two front windows divided by a connection beam , with a track observation camera attached in the lower region of the connection beam by means of a fastening device and with front window roll-up sun shields which can be pulled down in the interior of the operator compartment , which roll-up sun shields have guides running along both sides of the front window with lower retaining devices , characterised in that a longitudinal member is attached to the connection beam in the lower region thereof, on which longitudinal member the fastening device of the track observation camera is retained and which has the guides and the lower retaining devices for the front window roll-up sun shields in a mutually opposite manner.
A power supply circuit, comprising: a battery ; a load to which power is supplied from the battery ; a relay that is provided between the battery and the load ; a relay control unit to which both ends of a relay coil (C) provided in the relay are connected, said relay control unit being configured to control a current flowing through the relay coil (C), thereby controlling a turning on and off of the relay , and to turn on the relay according to a turning on of an ignition switch; a service plug that is detachably provided on a current path from the battery to the load , wherein when the service plug is detached, the current path from the battery to the load is interrupted and when the service plug is attached, the current path from the battery to the load is closed through the service plug ; and an interlock switch that is configured to detect the attachment and detachment of the service plug such that the interlock switch is turned off when the service plug is detached and is turned on when the service plug is attached, wherein the load and the relay control unit are configured to be disposed at the front of a vehicle, and the battery , the relay , the service plug and the interlock switch are configured to be disposed at the rear of the vehicle, characterized in that the interlock switch is connected between the relay control unit and the relay coil (C). a battery ; a load to which power is supplied from the battery ; a relay that is provided between the battery and the load ; a relay control unit to which both ends of a relay coil (C) provided in the relay are connected, said relay control unit being configured to control a current flowing through the relay coil (C), thereby controlling a turning on and off of the relay , and to turn on the relay according to a turning on of an ignition switch; a service plug that is detachably provided on a current path from the battery to the load , wherein when the service plug is detached, the current path from the battery to the load is interrupted and when the service plug is attached, the current path from the battery to the load is closed through the service plug ; and an interlock switch that is configured to detect the attachment and detachment of the service plug such that the interlock switch is turned off when the service plug is detached and is turned on when the service plug is attached, wherein the load and the relay control unit are configured to be disposed at the front of a vehicle, and the battery , the relay , the service plug and the interlock switch are configured to be disposed at the rear of the vehicle, characterized in that the interlock switch is connected between the relay control unit and the relay coil (C).
Liquid treatment filter characterised in that it comprises a support made of a polymeric fibers which has at least one functional group from the group made up of carboxyl and thiol, on which surface SuperParamagnetic Iron Oxide Nanoparticles (SPION) are fixed, wherein said support are fibres of hydrolysed polyacrylonitrile (PAN) of general formula wherein n has a value comprised between 0.01 and 1.
A solid state UV output device package, comprising: a base comprising a chamber ; electrical components within the chamber; at least two spring contacts mounted in the chamber; and a lid , wherein the lid comprises: a UV transparent or translucent window ; electrical connection tracks mounted over the inside of the window; and a solid state UV output device mounted over the electrical connection tracks, wherein the lid is mounted over the base to close the chamber , with the electrical connection tracks making electrical contact with the spring contacts, and wherein the solid state UV output device and the electrical components are provided on different levels. a base comprising a chamber ; electrical components within the chamber; at least two spring contacts mounted in the chamber; and a lid , wherein the lid comprises: a UV transparent or translucent window ; electrical connection tracks mounted over the inside of the window; and a solid state UV output device mounted over the electrical connection tracks, a UV transparent or translucent window ; electrical connection tracks mounted over the inside of the window; and a solid state UV output device mounted over the electrical connection tracks, wherein the lid is mounted over the base to close the chamber , with the electrical connection tracks making electrical contact with the spring contacts, and wherein the solid state UV output device and the electrical components are provided on different levels.
A polyol pre-mix comprising: a) at least one blowing agent which includes HCFO-1233zd; and b) a polyol component comprised of at least one polyether polyol and at least one polyester polyol, wherein the polyol component contains 10 to 90 parts by weight polyester polyol per 100 parts by weight total polyol component and 90 to 10 parts by weight polyether polyol per 100 parts by weight total polyol component; wherein each polyol of the polyol component has an apparent pH of at least 4 but no greater than 9, wherein the apparent pH is measured at a concentration of 0.2 g/mL in a neutralized solvent comprising 10 volume parts isopropanol and 6 volume parts water at ambient temperature. a) at least one blowing agent which includes HCFO-1233zd; and b) a polyol component comprised of at least one polyether polyol and at least one polyester polyol, wherein the polyol component contains 10 to 90 parts by weight polyester polyol per 100 parts by weight total polyol component and 90 to 10 parts by weight polyether polyol per 100 parts by weight total polyol component; wherein each polyol of the polyol component has an apparent pH of at least 4 but no greater than 9, wherein the apparent pH is measured at a concentration of 0.2 g/mL in a neutralized solvent comprising 10 volume parts isopropanol and 6 volume parts water at ambient temperature.
A method for discharging an electrochemical generator comprising a negative electrode containing lithium or sodium and a positive electrode possibly containing lithium or sodium, the method comprising a step of discharging the electrochemical generator during which the electrochemical generator is brought into contact with an ionic liquid solution comprising a solvent ionic liquid and an electrically-conductive powder so as to discharge it.
Washer-dryer comprising a tub and a drum rotatably mounted inside the tub , a process air circuit , adapted to circulate process air through the drum for drying laundry, comprising a fan and a heater , a cooling water circuit in contact with the process air circuit , a pump , a condenser , a control unit , two cooling means , namely an air/water heat exchanger wherein the cooling air is provided by a cooling air fan and a tap water supply which are in heat exchanging contact with the cooling water circuit , and a first temperature sensor in the cooling water circuit for measuring the temperature T W of the cooling water, wherein a maximum threshold value T W,max for the cooling water in the cooling water circuit is stored in the control unit and wherein the control unit is adapted to operate the pump and/or the two cooling means until the temperature T W of the cooling water falls below T W,max , and wherein the cooling water circuit further comprises a water supply valve which can connect the cooling water circuit and the tap water supply and which is controlled by the control unit , and wherein the washer-dryer comprises a washing liquor recirculation system and the pump is connected to both the cooling water circuit and the washing liquor recirculation system such that the pump can be operated by the control unit to circulate an aqueous liquid either in the cooling water circuit or in the washing liquor recirculation system , characterized in that the cooling water circuit comprises a tank .
A method for controlling lithography focus errors, the method comprising: obtaining a first set of wafer geometry measurements of a wafer prior to lithography scanning, the first set of wafer geometry measurements including: a first front side height measurement, a first backside height measurement, and a first wafer flatness measurement; identifying at least one wafer flatness error; and controlling a lithography scanner to compensate for the at least one wafer flatness error during lithography scanning; wherein identifying at least one wafer flatness error comprises: obtaining a wafer-level thickness variation map; dividing the wafer-level thickness variation map into a plurality of uniform sized sites; independently leveling each site of the plurality of sites; further dividing each site into a plurality of rectangular areas, wherein each rectangular area generally corresponds to a slit-size of a lithography scanner; independently leveling each rectangular area of the plurality of rectangular areas for each site of the plurality of sites; and combining the plurality of rectangular areas of each site of the plurality of sites to obtain a full wafer measurement metric. obtaining a first set of wafer geometry measurements of a wafer prior to lithography scanning, the first set of wafer geometry measurements including: a first front side height measurement, a first backside height measurement, and a first wafer flatness measurement; identifying at least one wafer flatness error; and controlling a lithography scanner to compensate for the at least one wafer flatness error during lithography scanning; wherein identifying at least one wafer flatness error comprises: obtaining a wafer-level thickness variation map; dividing the wafer-level thickness variation map into a plurality of uniform sized sites; independently leveling each site of the plurality of sites; further dividing each site into a plurality of rectangular areas, wherein each rectangular area generally corresponds to a slit-size of a lithography scanner; independently leveling each rectangular area of the plurality of rectangular areas for each site of the plurality of sites; and combining the plurality of rectangular areas of each site of the plurality of sites to obtain a full wafer measurement metric. obtaining a wafer-level thickness variation map; dividing the wafer-level thickness variation map into a plurality of uniform sized sites; independently leveling each site of the plurality of sites; further dividing each site into a plurality of rectangular areas, wherein each rectangular area generally corresponds to a slit-size of a lithography scanner; independently leveling each rectangular area of the plurality of rectangular areas for each site of the plurality of sites; and combining the plurality of rectangular areas of each site of the plurality of sites to obtain a full wafer measurement metric.
A method comprising: receiving , by a first apparatus , a first frame from a second apparatus , wherein the first frame indicates at least one allowable power management mode of a wireless local area network among an active mode, a power-save mode, and a power-save mode according to unscheduled automatic power-save delivery mechanism, wherein the second apparatus operates as a group owner configured to be absent during an absence period; receiving , by the first apparatus , an indication from the second apparatus , wherein the indication indicates the absence period during which it is not possible to transfer frames between the first apparatus and the second apparatus , wherein the indication is received in at least one of the first frame and a second frame; causing the first apparatus to assume the at least one allowable power management mode during the absence period and be ready to communicate with the second apparatus at the end of the absence period in a case where the at least one allowable power management mode indicates a first power management mode. receiving , by a first apparatus , a first frame from a second apparatus , wherein the first frame indicates at least one allowable power management mode of a wireless local area network among an active mode, a power-save mode, and a power-save mode according to unscheduled automatic power-save delivery mechanism, wherein the second apparatus operates as a group owner configured to be absent during an absence period; receiving , by the first apparatus , an indication from the second apparatus , wherein the indication indicates the absence period during which it is not possible to transfer frames between the first apparatus and the second apparatus , wherein the indication is received in at least one of the first frame and a second frame; causing the first apparatus to assume the at least one allowable power management mode during the absence period and be ready to communicate with the second apparatus at the end of the absence period in a case where the at least one allowable power management mode indicates a first power management mode.