mhurhangee/ep-ind-claims huggingface dataset:
A device implemented method of operating a spreadsheet application (115, 200) to proactively discover remote micro-services as native functions of the spreadsheet application based on credential information, the method comprising: monitoring, by the spreadsheet application, for occurrence of a micro-service updating event, wherein the micro-service updating event is an event that triggers dynamic fetching or discovery of remote micro-services available to a user of the spreadsheet application; responsive to detecting, by the spreadsheet application, the micro-service updating event, identifying, by the spreadsheet application, credential information associated with the user of the spreadsheet application; generating a request for authentication including the credential information; sending the request for delivery to a cloud service platform; receiving an access token when the request for authentication is authorized; generating and sending a request for available micro-services to the cloud service platform, the request for available micro-services including the access token; receiving a list (151, 251) including at least one micro-service; and supporting at least one micro-service of the list as a native function of the spreadsheet application. monitoring, by the spreadsheet application, for occurrence of a micro-service updating event, wherein the micro-service updating event is an event that triggers dynamic fetching or discovery of remote micro-services available to a user of the spreadsheet application; responsive to detecting, by the spreadsheet application, the micro-service updating event, identifying, by the spreadsheet application, credential information associated with the user of the spreadsheet application; generating a request for authentication including the credential information; sending the request for delivery to a cloud service platform; receiving an access token when the request for authentication is authorized; generating and sending a request for available micro-services to the cloud service platform, the request for available micro-services including the access token; receiving a list (151, 251) including at least one micro-service; and supporting at least one micro-service of the list as a native function of the spreadsheet application.
A flow spectrometer optical assembly comprising: a light source configured to provide illuminating light; an elongated optical cuvette comprising a cavity extending generally parallel to a first direction and being configured to receive and contain a sample while transmitting the illuminating light through the cavity, an inlet configured to receive the sample in fluid form, wherein the cavity is in fluid communication with the inlet, and the cavity is defined by a substantially transparent sidewall; an optical assembly including a first laterally variable bandpass optical filter optically coupled to the transparent sidewall; and a sensor comprising photodetectors disposed along the first direction and being optically coupled to the optical filter, configured to selectively detect signal light propagated through the optical filter, wherein the signal light is emitted by the sample (25 in the cavity when illuminated with illuminating light characterised in that the cavity of the cuvette has along an axis extending parallel to the first direction cylindrical portion that allows for a larger volume of sample to be held therein, and wherein the optical assembly includes an optically coupled second laterally variable bandpass optical filter having a bandpass center wavelength varying in a mutually co-ordinated fashion with the first laterally variable bandpass optical filter along the first direction. a light source configured to provide illuminating light; an elongated optical cuvette comprising a cavity extending generally parallel to a first direction and being configured to receive and contain a sample while transmitting the illuminating light through the cavity, an inlet configured to receive the sample in fluid form, wherein the cavity is in fluid communication with the inlet, and the cavity is defined by a substantially transparent sidewall; an optical assembly including a first laterally variable bandpass optical filter optically coupled to the transparent sidewall; and a sensor comprising photodetectors disposed along the first direction and being optically coupled to the optical filter, configured to selectively detect signal light propagated through the optical filter, wherein the signal light is emitted by the sample (25 in the cavity when illuminated with illuminating light characterised in that the cavity of the cuvette has along an axis extending parallel to the first direction cylindrical portion that allows for a larger volume of sample to be held therein, and wherein the optical assembly includes an optically coupled second laterally variable bandpass optical filter having a bandpass center wavelength varying in a mutually co-ordinated fashion with the first laterally variable bandpass optical filter along the first direction.
Filter element for a filter device with at least one filter housing (3; 4), wherein the filter element has a filter medium, which, in the form of a hollow cylinder, surrounds an inner filter cavity, wherein the filter element has a receiving part which, in the case of a filter element in a functional position in the filter housing (3; 4) comes into fluid communication with a housing part (17; 18) of the filter housing (3; 4), forming a fluid connection, wherein the receiving part of the filter element has an inner, first guide track for sealing engagement with the housing part of the filter housing corresponding to a first construction as well as an outer second guiding track for sealing engagement with the housing part of the filter housing corresponding to a second construction, and wherein, on the outer, second guiding track, an external screw thread and, on a contact surface on the inner side of a receiving socket of the housing part of the filter housing of the second construction, an internal screw thread provided for engagement with the external screw thread are formed, wherein both guiding tracks (37, 51) are provided on a part forming the receiving part of an end cap of the filter element, wherein the receiving part has a pipe socket which, at the end cap, surrounds an access opening to the inner filter cavity and which forms the inner first guiding track on the inside and the outer, second guiding track on the outside, characterised in that the pipe socket on the inner first guiding track has a first sealing element, which is arranged on the end portion of this guiding track remote from the end cap, and, on the outer, second guiding track, a second sealing element, which is arranged on the start portion of the second guiding element adjacent to the end cap.
A computer-implemented method for storing blockchain data, the method comprising: determining, by a first blockchain node, block data associated with a current block of a blockchain; performing, by the first blockchain node, error correction coding of the block data to generate encoded data; dividing, by the first blockchain node based on one or more predetermined rules, the encoded data to a plurality of data sets, wherein the one or more predetermined rules comprise one or more instructions for dividing the encoded data to the plurality of data sets based on a quantity of blockchain nodes of a blockchain network and assignments of one or more data sets of the plurality of data sets to generate an equal distribution of data to be stored by each blockchain node of the quantity of blockchain nodes; storing, by the first blockchain node based on the one or more predetermined rules, only one data set of the plurality of data sets; hashing, by the first blockchain node, each remaining data set of the plurality of data sets to generate one or more hash values corresponding to remaining data sets of the plurality of data sets; and storing, by the first blockchain node, the one or more hash values. determining, by a first blockchain node, block data associated with a current block of a blockchain; performing, by the first blockchain node, error correction coding of the block data to generate encoded data; dividing, by the first blockchain node based on one or more predetermined rules, the encoded data to a plurality of data sets, wherein the one or more predetermined rules comprise one or more instructions for dividing the encoded data to the plurality of data sets based on a quantity of blockchain nodes of a blockchain network and assignments of one or more data sets of the plurality of data sets to generate an equal distribution of data to be stored by each blockchain node of the quantity of blockchain nodes; storing, by the first blockchain node based on the one or more predetermined rules, only one data set of the plurality of data sets; hashing, by the first blockchain node, each remaining data set of the plurality of data sets to generate one or more hash values corresponding to remaining data sets of the plurality of data sets; and storing, by the first blockchain node, the one or more hash values.
Method for detecting the presence of a cooking utensil on an induction heating element placed below an insulating surface, comprising the steps of detecting through a sensor placed below the insulating surface if a cooking utensil is placed on the induction heating element characterized in that said detection is carried out by measuring capacitance and in that the method further comprises the following steps: - indicating to the user whether the cooking utensil is present on one or more induction heating elements, - after the activation by the user of said indicated induction heating element, performing a second detection of the cooking utensil by feeding power to said induction heating element and by assessing at least an electrical parameter of a power circuit thereof. - indicating to the user whether the cooking utensil is present on one or more induction heating elements, - after the activation by the user of said indicated induction heating element, performing a second detection of the cooking utensil by feeding power to said induction heating element and by assessing at least an electrical parameter of a power circuit thereof.
A firewall configuration method, wherein the method comprises: determining, by a compute node, a subnet associated with firewall policy information received by the compute node; determining, by the compute node, that a virtual machine that belongs to the subnet is deployed on the compute node; and delivering, by the compute node, the firewall policy information to a network access control list corresponding to the subnet, wherein the network access control list and a local list of a virtual machine bridge of the virtual machine are in a jump relationship, wherein the jump relationship means that the local list includes a jump rule, the jump rule instructs, based on the subnet to which the virtual machine belongs, the virtual machine bridge to jump, when a received packet is sent, from the local list to the network access control list. determining, by a compute node, a subnet associated with firewall policy information received by the compute node; determining, by the compute node, that a virtual machine that belongs to the subnet is deployed on the compute node; and delivering, by the compute node, the firewall policy information to a network access control list corresponding to the subnet, wherein the network access control list and a local list of a virtual machine bridge of the virtual machine are in a jump relationship, wherein the jump relationship means that the local list includes a jump rule,
Aircraft nacelle air intake acoustic panel comprising a resistive skin pierced with sound absorption holes and a core against which the resistive skin extends and to which it is fastened, the holes allowing the waves to propagate into the core so as to be attenuated there, the resistive skin having a smooth visible face and a crenellated rear face having an alternation of trenches (13; 13') corresponding to a first, acoustic layer of the resistive skin, of lesser thickness, and crenellations (14; 14') formed by a second, structural layer of the resistive skin, of greater thickness, the acoustic panel being characterized in that the sound absorption holes are only provided in the trenches (13; 13').
A welding asset tracking system, comprising: an asset tag retained by a first welding asset, the asset tag comprising asset data relating to the welding asset; a hub retained by a second welding asset, the hub comprising: a tag reader configured to obtain the asset data from the asset tag, and hub communication circuitry configured to transmit the asset data; and a welding asset tracking server configured to receive the asset data and update an asset tracking database with the asset data, wherein the hub communication circuitry is further configured to transmit a location; characterized in that the system further comprises a local positioning system, the local positioning system comprising: a plurality of location beacons arranged in a grid configuration within a welding area, comprising: memory circuitry configured to store a beacon location, and communication circuitry configured to transmit a location signal representative of the beacon location; and in that the hub further comprises hub processing circuitry configured to determine a location using the local positioning system; and in that the hub communication circuitry is configured to receive the location signal, and the hub processing circuitry is configured to determine the location based on the beacon location. an asset tag retained by a first welding asset, the asset tag comprising asset data relating to the welding asset; a hub retained by a second welding asset, the hub comprising: a tag reader configured to obtain the asset data from the asset tag, and hub communication circuitry configured to transmit the asset data; and a tag reader configured to obtain the asset data from the asset tag, and hub communication circuitry configured to transmit the asset data; and a welding asset tracking server configured to receive the asset data and update an asset tracking database with the asset data, wherein the hub communication circuitry is further configured to transmit a location; characterized in that the system further comprises a local positioning system, the local positioning system comprising: a plurality of location beacons arranged in a grid configuration within a welding area, comprising: memory circuitry configured to store a beacon location, and communication circuitry configured to transmit a location signal representative of the beacon location; and memory circuitry configured to store a beacon location, and communication circuitry configured to transmit a location signal representative of the beacon location; and in that the hub further comprises hub processing circuitry configured to determine a location using the local positioning system; and in that the hub communication circuitry is configured to receive the location signal, and the hub processing circuitry is configured to determine the location based on the beacon location.
A method of recovering recombinant protein expressed by open reading frame 2 of PCV2 in supernate, wherein said method includes the steps of: i) infecting cells in growth media with a baculovirus vector containing said open reading frame 2; ii) causing said baculovirus vector to express said open reading frame 2 protein; and iii) recovering said expressed open reading frame 2 protein in the supernate, wherein said recovering occurs at least 5 days after the infection of the cells with said baculovirus vector. i) infecting cells in growth media with a baculovirus vector containing said open reading frame 2; ii) causing said baculovirus vector to express said open reading frame 2 protein; and iii) recovering said expressed open reading frame 2 protein in the supernate,
A wheel (3, 4) for a motorcycle, comprising: - a hub rotatable about a first axis; and - a transducer configured to generate a signal associated to the rotational speed of said hub about said first axis; said transducer comprising a disk rotatable about a second axis; said disk being directly connected to said hub; characterized in that said hub comprises at least one first surface extending circumferentially relative to said first axis; said first surface abutting against a protrusion of said disk along a radial direction relative to said first axis; said protrusion protruding from an edge of said disk; said edge bounding said disk on the radially outer side relative to said first axis; said protrusion being radially inner with respect to said first surface relative to said first axis. - a hub rotatable about a first axis; and - a transducer configured to generate a signal associated to the rotational speed of said hub about said first axis;
A discharge guard assembly for a mower, the assembly comprising: a cutter housing having an opening for discharging cuttings; a guard attached to the housing for moving between a closed position, in which the guard covers the opening, and an open position; a pin connecting the guard to the cutter housing; and a latch having a catch for holding the guard in the closed position; wherein a stop is formed on the guard, and wherein the latch is movable from a latched position in which the catch contacts the stop to hold the guard in the closed position, to an unlatched position in which the guard is free to rotate about the pin, characterized in that the guard includes a sleeve receiving the pin and the stop is formed on the sleeve. a cutter housing having an opening for discharging cuttings; a guard attached to the housing for moving between a closed position, in which the guard covers the opening, and an open position; a pin connecting the guard to the cutter housing; and a latch having a catch for holding the guard in the closed position; wherein a stop is formed on the guard, and wherein the latch is movable from a latched position in which the catch contacts the stop to hold the guard in the closed position, to an unlatched position in which the guard is free to rotate about the pin, characterized in that the guard includes a sleeve receiving the pin and the stop is formed on the sleeve.
A method of forming a microengineered vacuum interface comprising a housing having side walls defining an interior volume of the housing, a first wall of the housing defining an input orifice to the interior volume and a second wall, opposite the first wall, defining an exit orifice to the interior volume, the second wall comprising an open hollow skimmer cone on a substrate, the method comprising: depositing a layer of material inside a blind tapered hole in the substrate, removing surrounding substrate material to reveal the cone, the cone having tapered inner and tapered outer surfaces, forming an orifice at the tip of the cone, and coupling the second wall to the first wall to define the housing, the skimmer cone defining a conical structure extending inwardly into the housing and wherein the orifice at the tip of the cone forms an entrance from the interior volume to the exit orifice. depositing a layer of material inside a blind tapered hole in the substrate, removing surrounding substrate material to reveal the cone, the cone having tapered inner and tapered outer surfaces, forming an orifice at the tip of the cone, and coupling the second wall to the first wall to define the housing, the skimmer cone defining a conical structure extending inwardly into the housing and wherein the orifice at the tip of the cone forms an entrance from the interior volume to the exit orifice.
A control device for driving an electric motor, wherein a drive control signal for the electric motor is arranged to be determined using a calculated rotor flux (Ψ R), wherein a direct quadrature, dq, coordinate system relates to a rotor of the electric motor, wherein the control device comprises: a flux estimator arranged to determine the calculated rotor flux (Ψ R) using a quadrature axis voltage (u q), a measured direct axis current (i q_meas), a measured quadrature axis current (i d_meas), an angular velocity (ω), stator resistance (R s) and a direct axis inductance (L d), an actual torque calculator arranged to obtain an actual torque estimation (T actual) using the calculated rotor flux (Ψ R), the measured direct axis current (i q_meas) and the measured quadrature axis current (i d_meas), the direct axis inductance (L d) and a quadrature axis inductance (L q), and a reference torque calculator arranged to obtain an calculated reference torque (T ref) using the calculated rotor flux (Ψ R), a reference direct axis current (i d_ref) and a reference quadrature axis current (i q_ref), wherein the calculated reference torque (T ref) is fed back to a reference torque adjuster to obtain improved correspondence between the actual torque and an input torque to the control device, wherein the control device is arranged to control the electric motor based on the actual torque estimation. a flux estimator arranged to determine the calculated rotor flux (Ψ R) using a quadrature axis voltage (u q), a measured direct axis current (i q_meas), a measured quadrature axis current (i d_meas), an angular velocity (ω), stator resistance (R s) and a direct axis inductance (L d), an actual torque calculator arranged to obtain an actual torque estimation (T actual) using the calculated rotor flux (Ψ R), the measured direct axis current (i q_meas) and the measured quadrature axis current (i d_meas), the direct axis inductance (L d) and a quadrature axis inductance (L q), and a reference torque calculator arranged to obtain an calculated reference torque (T ref) using the calculated rotor flux (Ψ R), a reference direct axis current (i d_ref) and a reference quadrature axis current (i q_ref), wherein the calculated reference torque (T ref) is fed back to a reference torque adjuster to obtain improved correspondence between the actual torque and an input torque to the control device, wherein the control device is arranged to control the electric motor based on the actual torque estimation.
A multi-layer reduced pressure delivery apparatus for applying a reduced pressure to a tissue site, comprising: a first layer including a scaffold having a first plurality of flow channels, the scaffold being for contacting a tissue site and receiving in-growth of new tissue from the tissue site; a second layer including a hydrogel-forming material having a second plurality of flow channels, and a third layer including a distribution manifold having a third plurality of flow channels for distributing a reduced pressure to the tissue site through the scaffold, the second layer being positioned between the first and third layers, wherein the hydrogel-forming material of the second layer prevents contact between the first layer and the third layer, wherein the hydrogel-forming material binds the first and third layers when in a non-hydrated state and releases the first layer from the third layer when hydrated and transformed into a liquid and/or gel state. a first layer including a scaffold having a first plurality of flow channels, the scaffold being for contacting a tissue site and receiving in-growth of new tissue from the tissue site; a second layer including a hydrogel-forming material having a second plurality of flow channels, and a third layer including a distribution manifold having a third plurality of flow channels for distributing a reduced pressure to the tissue site through the scaffold, the second layer being positioned between the first and third layers, wherein the hydrogel-forming material of the second layer prevents contact between the first layer and the third layer, wherein the hydrogel-forming material binds the first and third layers when in a non-hydrated state and releases the first layer from the third layer when hydrated and transformed into a liquid and/or gel state.