mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: an infrared camera positioned within a cabinet and configured to capture a thermal image of at least a portion of a monitored electrical equipment positioned in an interior cavity of the cabinet; a non-thermal camera co-located with the infrared camera and configured to capture a non-thermal image of at least the portion of the monitored electrical equipment positioned in the interior cavity of the cabinet; a communication interface configured to transmit the thermal image and the non-thermal image for external viewing by a user; an electromagnetic coupler configured to receive electromagnetic energy from at least one conductor of the monitored electrical equipment within the cabinet; an energy harvesting circuit configured to provide electrical power from the electromagnetic coupler; a battery configured to power the infrared camera and the non-thermal camera by the electrical power; and a processor configured to generate a combined image comprising visible spectrum characteristics derived from the non-thermal image and thermal characteristics derived from a radiometric component of the thermal image. an infrared camera positioned within a cabinet and configured to capture a thermal image of at least a portion of a monitored electrical equipment positioned in an interior cavity of the cabinet; a non-thermal camera co-located with the infrared camera and configured to capture a non-thermal image of at least the portion of the monitored electrical equipment positioned in the interior cavity of the cabinet; a communication interface configured to transmit the thermal image and the non-thermal image for external viewing by a user; an electromagnetic coupler configured to receive electromagnetic energy from at least one conductor of the monitored electrical equipment within the cabinet; an energy harvesting circuit configured to provide electrical power from the electromagnetic coupler; a battery configured to power the infrared camera and the non-thermal camera by the electrical power; and a processor configured to generate a combined image comprising visible spectrum characteristics derived from the non-thermal image and thermal characteristics derived from a radiometric component of the thermal image.
An electricity storage device comprising: a first battery stack including a plurality of cells that are aligned; a second battery stack (11 to 14), including a plurality of cells that are aligned, that is placed under the first battery stack; a case that accommodates the first battery stack and the second battery stack (11 to 14); a supporting member (80, 82a to 82c) having a base, the supporting member being fixed to the case and supporting the first battery stack, the supporting member (80, 82a to 82c) being placed between the first battery stack and the second battery stack (11 to 14), wherein the case includes an inner wall formed of electrically insulating material; and characterized by further comprising a reinforcement frame that is exposed to an outside of the case and is formed of metal, and further characterized in that the supporting member (80, 82a to 82c) is formed of metal, penetrates the inner wall, and is connected to the reinforcement frame by brackets (82b, 82c) so as to be in contact with the reinforcement frame. a first battery stack including a plurality of cells that are aligned; a second battery stack (11 to 14), including a plurality of cells that are aligned, that is placed under the first battery stack; a case that accommodates the first battery stack and the second battery stack (11 to 14); a supporting member (80, 82a to 82c) having a base, the supporting member being fixed to the case and supporting the first battery stack, the supporting member (80, 82a to 82c) being placed between the first battery stack and the second battery stack (11 to 14), wherein the case includes an inner wall formed of electrically insulating material; and characterized by further comprising a reinforcement frame that is exposed to an outside of the case and is formed of metal, and further characterized in that the supporting member (80, 82a to 82c) is formed of metal, penetrates the inner wall, and is connected to the reinforcement frame by brackets (82b, 82c) so as to be in contact with the reinforcement frame.
A shape-formable apparatus comprising: a first state in which the apparatus is formable, such that the apparatus can be formed into a desired shape; a second state in which the apparatus has the desired shape and is substantially less formable than in the first state; an envelope defining a chamber, the envelope formed of a gas-impermeable material, and the apparatus is in the second state when vacuum is applied to the chamber; a port positioned to fluidly couple the chamber with ambience; and a fibrous material positioned in the chamber, wherein the fibrous material is substantially less formable when the apparatus is in the second state than when the apparatus is in the first state, and a locking sheet positioned adjacent the fibrous material in the chamber, the locking sheet comprising a major surface, and wherein at least a portion of the locking sheet is patterned to include solid regions and open regions, the solid regions being movable with respect to one another within the major surface; wherein the fibrous material includes at least one of: a fiber having portions movable relative to one another within the fibrous material, at least when the apparatus is in the first state, and a plurality of fibers that are movable relative to one another within the fibrous material, at least when the apparatus is in the first state. a first state in which the apparatus is formable, such that the apparatus can be formed into a desired shape; a second state in which the apparatus has the desired shape and is substantially less formable than in the first state; an envelope defining a chamber, the envelope formed of a gas-impermeable material, and the apparatus is in the second state when vacuum is applied to the chamber; a port positioned to fluidly couple the chamber with ambience; and a fibrous material positioned in the chamber, wherein the fibrous material is substantially less formable when the apparatus is in the second state than when the apparatus is in the first state, and a locking sheet positioned adjacent the fibrous material in the chamber, the locking sheet comprising a major surface, and wherein at least a portion of the locking sheet is patterned to include solid regions and open regions, the solid regions being movable with respect to one another within the major surface; wherein the fibrous material includes at least one of: a fiber having portions movable relative to one another within the fibrous material, at least when the apparatus is in the first state, and a plurality of fibers that are movable relative to one another within the fibrous material, at least when the apparatus is in the first state. a fiber having portions movable relative to one another within the fibrous material, at least when the apparatus is in the first state, and a plurality of fibers that are movable relative to one another within the fibrous material, at least when the apparatus is in the first state.
A method of controlling a crossing gate comprising: determining if a first crossing gate arm is in a substantially horizontal position; and locking the first crossing gate arm in the substantially horizontal position if it is determined that the first crossing gate arm is in the substantially horizontal position, characterised in that the step of determining if the first crossing gate arm is in the substantially horizontal position comprises: monitoring an output of a horizontal position detector connected within a gate mechanism used to lower and raise the first crossing gate arm; and determining if a value of the horizontal position detector output is indicative of the first crossing gate arm being in the substantially horizontal position. determining if a first crossing gate arm is in a substantially horizontal position; and locking the first crossing gate arm in the substantially horizontal position if it is determined that the first crossing gate arm is in the substantially horizontal position, characterised in that the step of determining if the first crossing gate arm is in the substantially horizontal position comprises: monitoring an output of a horizontal position detector connected within a gate mechanism used to lower and raise the first crossing gate arm; and determining if a value of the horizontal position detector output is indicative of the first crossing gate arm being in the substantially horizontal position.
An exposure apparatus for forming a liquid immersion area on an image surface side of a projection optical system, and for exposing a substrate via said projection optical system and the liquid of said liquid immersion area, comprising: a liquid supply device arranged to supply a liquid for forming the liquid immersion area through which the substrate is exposed, a nozzle member (70, 80) having at least one of a supply outlet for supplying the liquid and a collection inlet (22, 32) for recovering the liquid and which is arranged to contact the liquid of the liquid immersion area, wherein the projection optical system comprises an optical element which is closest to an image surface and which is arranged to contact the liquid of the liquid immersion area, wherein the nozzle member is arranged to surround the optical element, and characterized in that the liquid, which the liquid supply device is arranged to supply, is carbon dioxide water. a liquid supply device arranged to supply a liquid for forming the liquid immersion area through which the substrate is exposed, a nozzle member (70, 80) having at least one of a supply outlet for supplying the liquid and a collection inlet (22, 32) for recovering the liquid and which is arranged to contact the liquid of the liquid immersion area, wherein the projection optical system comprises an optical element which is closest to an image surface and which is arranged to contact the liquid of the liquid immersion area, wherein the nozzle member is arranged to surround the optical element, and characterized in that the liquid, which the liquid supply device is arranged to supply, is carbon dioxide water.
Fitting for a vehicle seat, in particular for a motor vehicle seat, having a first fitting member, a second fitting member which is rotatable relative thereto about a center axis and a clamping ring which is substantially L-shaped in cross section, wherein the clamping ring has a hollow-cylindrical region, with which it is located on a radially outwardly directed peripheral face of the first fitting member and is securely connected to that first fitting member, and - at the end face thereof facing away from the first fitting member - an edge which is drawn inwards in a radial direction and which engages over the second fitting member so as to form an annular end face and rotatably secures it to the second fitting member relative to the first fitting member, characterized in that a shoulder which is offset radially inwards relative to the maximum outer diameter and which has an end face which extends outwards in a radial direction and a cylindrical bearing face is constructed on the second fitting member, with the bearing face having a diameter which is smaller than the maximum outer diameter of the second fitting member, and the cylindrical bearing face supporting the edge of the clamping ring directly or indirectly.
A method for producing a ceramic core for investment casting of reactive metal, said method comprising: a. injecting a slurry comprising alumina particles and a siloxane binder into a die wherein the wt% of alumina in the slurry relative to the total weight of alumina and siloxane is from 67.6wt% to 90wt%; and b. thermally converting said slurry into a ceramic core at a temperature from 1050°C to 1700°C, wherein said ceramic core comprises mullite, alumina, and up to 11 wt% free silica. a. injecting a slurry comprising alumina particles and a siloxane binder into a die wherein the wt% of alumina in the slurry relative to the total weight of alumina and siloxane is from 67.6wt% to 90wt%; and b. thermally converting said slurry into a ceramic core at a temperature from 1050°C to 1700°C,
Capsule for insertion into a food or beverage production machine, comprising: (i) an inlet, (ii) a capsule body for containing ingredients to produce a beverage or food product if combined with a liquid introduced into the inlet of the capsule, (iii) an outlet for dispensing the beverage or food product from the capsule, (iv) a mixing unit arranged inside said body for mixing the ingredients and the liquid, said capsule being characterized in that the mixing unit comprises an elongated, preferably cylindrical, central portion, and a plurality of mixing elements extending radially from the central portion, the mixing unit being rotatable in respect to the body and is designed to generate a pressure in direction of the outlet on the beverage or food product in the body by being rotated. (i) an inlet, (ii) a capsule body for containing ingredients to produce a beverage or food product if combined with a liquid introduced into the inlet of the capsule, (iii) an outlet for dispensing the beverage or food product from the capsule, (iv) a mixing unit arranged inside said body for mixing the ingredients and the liquid, said capsule being characterized in that the mixing unit comprises an elongated, preferably cylindrical, central portion, and a plurality of mixing elements extending radially from the central portion, the mixing unit being rotatable in respect to the body and is designed to generate a pressure in direction of the outlet on the beverage or food product in the body by being rotated.
A board for a stringed instrument which forms a front plate or a back plate of a stringed instrument, the board comprising: a veneer that includes a concave portion formed on a back surface of the veneer for partially reducing the thickness of the veneer, wherein the veneer is curved to be convex toward one surface side, characterized in that a back surface plate is laminated on the entire surface of the back surface of the veneer. a veneer that includes a concave portion formed on a back surface of the veneer for partially reducing the thickness of the veneer, wherein the veneer is curved to be convex toward one surface side, characterized in that a back surface plate is laminated on the entire surface of the back surface of the veneer.
A dual fuel system for a combustion engine, comprising: an air and fuel mixer configured to mix air and fuel provided to the combustion engine; a first fuel path for a first fuel; a second fuel path for a second fuel, wherein the first and second fuels have different physical and chemical properties; and a common fuel path coupled to the air and fuel mixer and both the first and second fuel paths, wherein the common fuel path comprises an electronically controlled valve configured to regulate the air to fuel ratio of an air/fuel mixture provided to the combustion engine in response to control signals from a controller, characterized in that both the first and second fuel paths are coupled to the common fuel path at a location upstream of the electronically controlled valve, wherein the first fuel path comprises a first fuel gas regulator configured to control a first pressure of the first fuel in relation to an air pressure of the air and fuel mixer, and the second fuel path comprises a second fuel gas regulator configured to control a second pressure of the second fuel in relation to the air pressure of the air and fuel mixer, and wherein the dual fuel system further comprises a first fuel manually adjusted valve disposed at the air and fuel mixer or between the air and fuel mixer and the first fuel gas regulator along either the common fuel path or the first fuel path, wherein the first fuel manually adjusted valve is configured to mechanically tune a performance of the first fuel path to minimize an amount of adjustment by the electronically controlled valve to regulate the air to fuel ratio. an air and fuel mixer configured to mix air and fuel provided to the combustion engine; a first fuel path for a first fuel; a second fuel path for a second fuel, wherein the first and second fuels have different physical and chemical properties; and a common fuel path coupled to the air and fuel mixer and both the first and second fuel paths, wherein the common fuel path comprises an electronically controlled valve configured to regulate the air to fuel ratio of an air/fuel mixture provided to the combustion engine in response to control signals from a controller,
A multilayer optical film comprising a plurality of polymeric layers arranged sequentially adjacent to each other, a difference in thickness between spaced apart first and second polymeric layers (111, 112) in the plurality of polymeric layers less than about 10%, each polymeric layer disposed between the first and second polymeric layers (111, 112) having a thickness less than about 400 nm, each layer in a group (120, 125, 126, 220) of at least three polymeric layers in the plurality of polymeric layers that are disposed between the first and second polymeric layers (111, 112) having a thickness (t1, t2, t3) greater than an average thickness of the first and second polymeric layers (111, 112) by about 50% to about 500%, the group (120, 125, 126, 220) of at least three polymeric layers comprising at least one pair of immediately adjacent polymeric layers (119, 122, 124), wherein a total number of polymeric layers in the plurality of polymeric layers that are disposed between the first and second polymeric layers (111, 112) is no more than 30.
An anti-fraud method for use in an in-vehicle network system including a plurality of electronic control units (4100a, 4100b, 4400a, 4400b, 4400c, 4400d) that exchange data frames, each having added thereto a message authentication code,MAC, over an in-vehicle network, the anti-fraud method comprising: receiving a data frame transmitted over the in-vehicle network; generating a first message authentication code by using a MAC key and a value of a counter that counts the number of times a data frame having added thereto a message authentication code is transmitted; verifying that the received data frame has added thereto the generated first message authentication code; characterized by: incrementing a value of a fraud count corresponding to a message ID in a case where the verification has failed for a data frame including the message ID; and executing, in a case where the value of the fraud count exceeds a predetermined threshold, a process associated in advance with the message ID. receiving a data frame transmitted over the in-vehicle network; generating a first message authentication code by using a MAC key and a value of a counter that counts the number of times a data frame having added thereto a message authentication code is transmitted; verifying that the received data frame has added thereto the generated first message authentication code; characterized by: incrementing a value of a fraud count corresponding to a message ID in a case where the verification has failed for a data frame including the message ID; and executing, in a case where the value of the fraud count exceeds a predetermined threshold, a process associated in advance with the message ID. incrementing a value of a fraud count corresponding to a message ID in a case where the verification has failed for a data frame including the message ID; and executing, in a case where the value of the fraud count exceeds a predetermined threshold, a process associated in advance with the message ID.
A computer-readable medium having computer-executable instructions stored thereon for performing a method of identifying application metadata in a backup stream, said method comprising: finding a known application metadata signature within a backup stream; identifying a source application of user data in said backup stream based upon said known application metadata signature; and removing application metadata in said backup stream from consideration by a data de-duplicator which is used to perform data de-duplication on said backup stream, wherein said application metadata has been generated by said source application. finding a known application metadata signature within a backup stream; identifying a source application of user data in said backup stream based upon said known application metadata signature; and removing application metadata in said backup stream from consideration by a data de-duplicator which is used to perform data de-duplication on said backup stream, wherein said application metadata has been generated by said source application.
A method for manufacturing a seamless steel pipe including a process of performing quenching and tempering on a pipe body which is an intermediate product of a seamless steel pipe having a chemical composition consisting of, by mass%, C: 0.005% to 0.05%, Si: 0.05% to 1.0%, Mn: 0.2% to 1.8%, P: 0.03% or less, S: 0.005% or less, Cr: 11% to 20%, Ni: 1.5% to 10%, Mo: 1% to 5%, N: 0.15% or less, optionally one, two, or more selected from among Al: 0.002% to 0.05%, Cu: 3.5% or less, Nb: 0.5% or less, V: 0.5% or less, Ti: 0.3% or less, Zr: 0.2% or less, W: 3% or less, B: 0.01% or less, Ca: 0.01% or less, and REM: 0.01% or less and the balance being Fe and inevitable impurities, the method comprising determining in advance whether or not the pipe body is made of a steel grade having an Ms point lower than 200°C; additionally leaving the pipe body of a steel grade having an Ms point lower than 200°C at room temperature until the temperature difference between the portion having the highest temperature and the portion having the lowest temperature in a cross section in a direction at a right angle to the pipe axis becomes less than 2.0°C after the quenching treatment has been performed, and then performing the tempering treatment; and, on the other hand, performing a tempering treatment on the pipe body of a steel grade not having an Ms point lower than 200°C without leaving the pipe body at room temperature after a quenching treatment has been performed, wherein the Ms point is calculated using equation: Ms ° C = 502 − 810 % C − 1230 % N − 13 % Mn − 30 % Ni − 12 % Cr − 54 % Cu − 6 % Mo where, under the assumption that M is an atomic symbol, symbol (%M) represents the content of a constituent chemical element represented by symbol M in equation, and where (%M) is assigned a value of 0 in the case where symbol M represents a chemical element which is not contained in the steel.