mhurhangee/patent-ind-claim-en huggingface dataset:
A device for measuring an electrical characteristic of a current path that includes a probe for scanning spreading resistance microscopy (SSRM), a test sample contacted by the probe, a back contact on the test sample, a bias voltage source (V b ) and a logarithmic SSRM amplifier , when a modulation at a predefined frequency is applied to either the contact force of the probe or to the bias voltage, the device comprising electronic circuitry for producing in real time a signal representative of the electrical characteristic, according to the formula : Log n A = ± V SSRM ± log n dV + V multiplier Wherein : • A is the electrical characteristic, • n is the base of the logarithmic function applied in the logarithmic SSRM amplifier , • V SSRM is the DC component of the signal produced by the logarithmic SSRM amplifier , • Log n (dV) is the logarithm of the modulation of the signal produced by the logarithmic amplifier , at the frequency of the modulation applied to either the contact force of the probe or to the bias voltage (Vb), • V multiplier is a constant that depends on the type of electric characteristic that is measured, • The plus or minus signs depend on the sign of the bias voltage (V b ) and on the type of characteristic that is measured. • A is the electrical characteristic, • n is the base of the logarithmic function applied in the logarithmic SSRM amplifier , • V SSRM is the DC component of the signal produced by the logarithmic SSRM amplifier , • Log n (dV) is the logarithm of the modulation of the signal produced by the logarithmic amplifier , at the frequency of the modulation applied to either the contact force of the probe or to the bias voltage (Vb), • V multiplier is a constant that depends on the type of electric characteristic that is measured, • The plus or minus signs depend on the sign of the bias voltage (V b ) and on the type of characteristic that is measured.
A method for a managed forwarding element that executes on a first host computer to implement a logical network that includes a logical router , the method comprising: receiving a packet sent by an end machine of the logical network ; performing distributed logical router processing for the packet to determine that a destination for the packet is external to the logical network ; identifying a plurality of L3 gateways (2055-2070) that each operate on a different host computer and implement a centralized connection to an external network for the logical router ; selecting one of the identified L3 gateways (2055-2070) to which to send the packet ; and sending the packet to a second host computer on which the selected L3 gateway is implemented. receiving a packet sent by an end machine of the logical network ; performing distributed logical router processing for the packet to determine that a destination for the packet is external to the logical network ; identifying a plurality of L3 gateways (2055-2070) that each operate on a different host computer and implement a centralized connection to an external network for the logical router ; selecting one of the identified L3 gateways (2055-2070) to which to send the packet ; and sending the packet to a second host computer on which the selected L3 gateway is implemented.
A gas turbine comprising a combustion oscillation suppressing device disposed to a transition piece of a combustor to define a gas space (S), and communicating the gas space (S) and an inside of the transition piece through a plurality of vent holes , in order to reduce combustion oscillation generated in the combustor , wherein the combustion oscillation suppressing device is formed of a first member and a second member both of which define the gas space (S), the second member having the vent holes , and a height (h) of the gas space (S) as a distance from the second member to the first member in the radial direction of the transition piece in a radial-direction cross section of the transition piece varies along an axial direction of the transition piece , and a diameter (Φ) of the vent holes is maintained constant, wherein an opening ratio (op) of the vent holes is adjusted by varying spacing intervals (P) of the vent holes along the axial direction of the transition piece depending on the height (h) of the gas space (S).
A method of manufacturing a radar cover that covers a radar unit (R) configured to determine surrounding conditions of a vehicle, the method comprising: forming a transparent layer including a recessed portion (11a, 21a1); and forming a fitting section including a protruding portion to be fitted into the recessed portion (11a, 21a1), characterized by forming a metal shiny film to be disposed between the protruding portion of the fitting section and the recessed portion (11a, 21a1) of the transparent layer and formed of a discontinuous shiny film containing chrome; and fixing the transparent layer and the fitting section to each other in a state where a surface of the shiny film on which no coat layer formed of a synthetic resin is formed comes into direct contact with an inner surface of the recessed portion (11a, 21a1). forming a transparent layer including a recessed portion (11a, 21a1); and forming a fitting section including a protruding portion to be fitted into the recessed portion (11a, 21a1), characterized by forming a metal shiny film to be disposed between the protruding portion of the fitting section and the recessed portion (11a, 21a1) of the transparent layer and formed of a discontinuous shiny film containing chrome; and fixing the transparent layer and the fitting section to each other in a state where a surface of the shiny film on which no coat layer formed of a synthetic resin is formed comes into direct contact with an inner surface of the recessed portion (11a, 21a1).
A composition for use in a method of benefiting the health of an animal or a human, the composition comprising i) one or more carriers or excipients and ii) each of: a) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Blautia producta DSM2950 (SEQ ID NO: 14), said bacterium comprising genetic material encoding functionalities for synthesis of butyrate and uptake of a heterologously produced siderophore and uptake of a ferrichrome siderophore; b) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Bacteroides massiliensis DSM17679 (SEQ ID NO: 5), said bacterium comprising genetic material encoding functionalities for synthesis of proprionate and uptake of a heterologously produced siderophore; and c) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Akkermansia muciniphila ATCC BAA-835 (SEQ ID NO: 18), said bacterium comprising genetic material encoding functionalities for synthesis of propionate, synthesis of indole, synthesis of indole-3-propionate and indole-3-aldehyde, and uptake of a heterologously produced siderophore, wherein said bacteria a), b) and c) have metabolic interdependency. a) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Blautia producta DSM2950 (SEQ ID NO: 14), said bacterium comprising genetic material encoding functionalities for synthesis of butyrate and uptake of a heterologously produced siderophore and uptake of a ferrichrome siderophore; b) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Bacteroides massiliensis DSM17679 (SEQ ID NO: 5), said bacterium comprising genetic material encoding functionalities for synthesis of proprionate and uptake of a heterologously produced siderophore; and c) a biologically pure culture of a bacterium having 99% identity to 16S rRNA gene of Akkermansia muciniphila ATCC BAA-835 (SEQ ID NO: 18), said bacterium comprising genetic material encoding functionalities for synthesis of propionate, synthesis of indole, synthesis of indole-3-propionate and indole-3-aldehyde, and uptake of a heterologously produced siderophore,
Apparatus for use with a native valve of a heart of a subject, the apparatus comprising: a body : comprising a first frame shaped to define a lumen therethrough, having a compressed state in which the first frame has a first diameter, and having an expanded state in which the first frame has a second diameter (d1) that is greater than the first diameter; an upstream support : configured to be placed against an upstream surface of the native valve, comprising a second frame , having a compressed state, and having an expanded state in which the second frame is annular, has an inner perimeter that defines an opening through the second frame , and has an outer perimeter that has a third diameter (d2) that is greater than the second diameter (d1); and a flexible sheet that couples the upstream support to the body , characterized in that the body is a valve body further comprising a valve member disposed within the lumen of the first frame . a body : comprising a first frame shaped to define a lumen therethrough, having a compressed state in which the first frame has a first diameter, and having an expanded state in which the first frame has a second diameter (d1) that is greater than the first diameter; comprising a first frame shaped to define a lumen therethrough, having a compressed state in which the first frame has a first diameter, and having an expanded state in which the first frame has a second diameter (d1) that is greater than the first diameter; an upstream support : configured to be placed against an upstream surface of the native valve, comprising a second frame , having a compressed state, and having an expanded state in which the second frame is annular, has an inner perimeter that defines an opening through the second frame , and has an outer perimeter that has a third diameter (d2) that is greater than the second diameter (d1); and configured to be placed against an upstream surface of the native valve, comprising a second frame , having a compressed state, and having an expanded state in which the second frame is annular, has an inner perimeter that defines an opening through the second frame , and has an outer perimeter that has a third diameter (d2) that is greater than the second diameter (d1); and having a compressed state, and having an expanded state in which the second frame is annular, has an inner perimeter that defines an opening through the second frame , and has an outer perimeter that has a third diameter (d2) that is greater than the second diameter (d1); and a flexible sheet that couples the upstream support to the body , characterized in that the body is a valve body further comprising a valve member disposed within the lumen of the first frame .
A method for provisioning a digital wallet application on a mobile device with payment credentials that the digital wallet application lacked prior to the provisioning, the payment credentials being usable by the mobile device in conducting a contactless payment, the method being conducted at a provisioning system and comprising the steps of: receiving payment credentials from a point of sale or ATM device in a financial transaction message, the payment credentials having been obtained by the point of sale or ATM device from a portable payment device through a contact or contactless communications interface of the point of sale or ATM device with the portable payment device being presented by a consumer at the point of sale or ATM device ; receiving , from the point of sale or ATM device , an identifier entered by the consumer in the financial transaction message; identifying a mobile device or a secure element in the mobile device corresponding to the identifier; and communicating the payment credentials to the identified mobile device or the secure element in the mobile device , causing the payment credentials to be securely stored in the secure element of the mobile device , the secure element being one of the group of: a secure element provided in the mobile device , a secure element embedded in a layer which sits between a communication component of the mobile device and a communication component interface of the mobile device , and a secure element provided in a communication component of the mobile device . receiving payment credentials from a point of sale or ATM device in a financial transaction message, the payment credentials having been obtained by the point of sale or ATM device from a portable payment device through a contact or contactless communications interface of the point of sale or ATM device with the portable payment device being presented by a consumer at the point of sale or ATM device ; receiving , from the point of sale or ATM device , an identifier entered by the consumer in the financial transaction message; identifying a mobile device or a secure element in the mobile device corresponding to the identifier; and communicating the payment credentials to the identified mobile device or the secure element in the mobile device , causing the payment credentials to be securely stored in the secure element of the mobile device , the secure element being one of the group of: a secure element provided in the mobile device , a secure element embedded in a layer which sits between a communication component of the mobile device and a communication component interface of the mobile device , and a secure element provided in a communication component of the mobile device .
A self-drilling rock bolt for drilling a drill hole in a material to be drilled using a percussive rock drill and reinforcing the material surrounding the drill hole, the rock bolt comprising drilling means for drilling a drill hole in a material to be drilled at a drilling end of the rock bolt, and a rock bolt body for bolting the drill hole, and an end anchor element provided at the drilling end of the rock bolt provided with anchor means for engaging with the material of the drill hole walls, characterized in that the rock bolt further comprises an impact absorber arranged between the rock bolt body and the end anchor element to dampen the impact from percussive drilling, wherein the impact absorber is formed of a material that is less hard than the rock bolt body and/or end anchor element . drilling means for drilling a drill hole in a material to be drilled at a drilling end of the rock bolt, and a rock bolt body for bolting the drill hole, and an end anchor element provided at the drilling end of the rock bolt provided with anchor means for engaging with the material of the drill hole walls, characterized in that the rock bolt further comprises an impact absorber arranged between the rock bolt body and the end anchor element to dampen the impact from percussive drilling, wherein the impact absorber is formed of a material that is less hard than the rock bolt body and/or end anchor element .
Panel comprising a structured lacquer surface, including a base panel , a melamine resin layer , an adhesion promoter layer and a lacquer-containing top coat , wherein the melamine resin layer is disposed on a surface of the base panel, the adhesion promoter layer is disposed on the melamine resin layer and the lacquer-containing top coat is disposed on the adhesion promoter layer, wherein the lacquer-containing top coat comprises is structured and wherein the base panel comprises a decorative layer comprising a decoration, characterized in that the adhesion promoter layer comprises a cured acid-curable and/or radiation-curable adhesion promoter composition, wherein the adhesion promoter layer comprises a cured acid-curable and/or radiation-curable adhesion promoter composition comprising a polyurethane-modified acrylate-based composition.
A container recognition system for recognizing containers to be filled with and/or emptied of a given type of product using a filling and/or emptying station , wherein the containers are equipped with a device for closing and opening the mouth through which the product to be introduced and/or removed into and from the container is designed to pass, characterized in that - said station has a section configured for receiving the device for closing and opening the mouth of the container , said section having a three-dimensional shape that mates the three-dimensional shape that the device for closing and opening the container assumes in the open configuration for introduction or removal of the product through the mouth , - the device for closing and opening said container is equipped with NFC electronic identification means , - said station comprises a reading and writing device for detecting the NFC electronic identification means associated with the closing and opening device. - said station has a section configured for receiving the device for closing and opening the mouth of the container , said section having a three-dimensional shape that mates the three-dimensional shape that the device for closing and opening the container assumes in the open configuration for introduction or removal of the product through the mouth , - the device for closing and opening said container is equipped with NFC electronic identification means , - said station comprises a reading and writing device for detecting the NFC electronic identification means associated with the closing and opening device.
A transmission device comprising: an error correction coder adapted to perform error correction coding on each data block from among a plurality of data blocks having a predetermined length to generate an error correction coded frame; a mapper adapted to map the error correction coded frame to symbols to generate an error correction coded block; a Layer-1, L1, signaling information processor adapted to generate L1 signaling information in which a transmission parameter is stored, perform error correction coding on the L1 signaling information, and map the L1 signaling information to symbols; and a frame configuration part adapted to configure a transmission frame including an error correction coded block that is output from the mapper and mapping data of the L1 signaling information that is output from the L1 signaling information processor , wherein at least a first length and a second length different from each other are selectable for a length of the error correction coded frame, and the L1 signaling information includes the length and a coding rate of the error correction coded frame, characterized in that the mapper is adapted to map the first length and the second length of the error correction coded frame with non-uniform patterns different from each other even if coding rates in the error correction coder are identical to each other. an error correction coder adapted to perform error correction coding on each data block from among a plurality of data blocks having a predetermined length to generate an error correction coded frame; a mapper adapted to map the error correction coded frame to symbols to generate an error correction coded block; a Layer-1, L1, signaling information processor adapted to generate L1 signaling information in which a transmission parameter is stored, perform error correction coding on the L1 signaling information, and map the L1 signaling information to symbols; and a frame configuration part adapted to configure a transmission frame including an error correction coded block that is output from the mapper and mapping data of the L1 signaling information that is output from the L1 signaling information processor , wherein at least a first length and a second length different from each other are selectable for a length of the error correction coded frame, and the L1 signaling information includes the length and a coding rate of the error correction coded frame, characterized in that the mapper is adapted to map the first length and the second length of the error correction coded frame with non-uniform patterns different from each other even if coding rates in the error correction coder are identical to each other.
A computer-implemented method, comprising: matching, by one or more processors, a communication to a first subset of a plurality of templates using a forward index, wherein each template of the plurality of templates represents content shared among a cluster of communications sent by a known legitimate entity, and wherein the forward index is indexed on one or more addresses affiliated with trustworthy entities associated with the respective templates; matching, by one or more of the processors, the communication to a second subset of the plurality of templates using a reverse index, wherein the reverse index is indexed on content of the plurality of templates; determining, by one or more of the processors, that there is no intersection between the first subset and the second subset; classifying, by one or more of the processors based on the determining, the communication as a phishing attempt; and discarding or re-routing, by one or more of the processors, the communication based on the classifying. matching, by one or more processors, a communication to a first subset of a plurality of templates using a forward index, wherein each template of the plurality of templates represents content shared among a cluster of communications sent by a known legitimate entity, and wherein the forward index is indexed on one or more addresses affiliated with trustworthy entities associated with the respective templates; matching, by one or more of the processors, the communication to a second subset of the plurality of templates using a reverse index, wherein the reverse index is indexed on content of the plurality of templates; determining, by one or more of the processors, that there is no intersection between the first subset and the second subset; classifying, by one or more of the processors based on the determining, the communication as a phishing attempt; and discarding or re-routing, by one or more of the processors, the communication based on the classifying.
A bearing mount for a vacuum pump , in particular for a turbomolecular pump, which comprises a rolling element bearing , supplied with lubricant, for supporting a shaft ; a reception space for the rolling element bearing ; an end element - in particular a separate end element - by means of which an axial position of the rolling element bearing in the reception space is bounded in an axial direction (A); and at least one distribution element which conveys or conducts lubricant and by which the lubricant can be distributed in the reception space , wherein the distribution element is acted on by force and/or is preloaded in its installation position and is fixed in its installation position by means of friction locking; wherein at least one device is provided for the positional fixing of the distribution element in its installation position to clamp the distribution element in its installation position in the bearing mount for the positional fixing; and wherein the at least one device has an elastic securing element, in particular an O-ring, which is preloaded on an insertion of the at least one distribution element and which holds the at least one distribution element in its installation position, characterized in that openings are respectively provided in the end element and in the bearing mount and are aligned with one another to supply the rolling element bearing with the lubricant through them and/or to guide fixing means for fixing the end element to the bearing mount .
A method for preparing a medical solution from at least one first component and at least one second component, wherein the first component and the second component are present as liquids and are respectively conveyed by a conveying means to obtain a mixed solution, the conveying means are operated such that a modulation of the concentrations of the first and second components takes place, at a measurement point the conductivity or a parameter of the mixed solution correlating with the conductivity is measured, and the modulation of the concentrations of the components takes place in a desired state such that a specific desired modulation or no modulation of the measured conductivity or of the parameter of the mixed solution correlated with the conductivity occurs, characterized in that the modulation of the first and the second component takes place continuously sinusoidal.