mhurhangee/ep-ind-claims huggingface dataset:
A computer for an aircraft, configured to connect at least one non-avionics equipment (221, 222) to at least one avionics equipment (210, 211) on board the aircraft, said computer comprising: - a dock part (201, 301) configured to be installed fixedly in the aircraft, said dock part: ∘ being configured to be connected to said at least one avionics equipment (210, 211), ∘ comprising a docking station and computing means (312, 313), - a server part (202, 302) configured to be removably installed on the docking station of the dock part, the server part comprising computing means, the dock part and the server part then being configured to exchange data and signals through a connector, the server part being configured to be connected to said at least one non-avionics equipment (221, 222) through at least one communications link (323, 324, 325, 314), the computer being characterised in that the dock part is connected to said at least one avionics equipment (210, 211) by way of at least one bidirectional data bus, and in that: - the computing means of the dock part being configured to implement a pairing mechanism with the computing means of the server part. - the computing means of the dock part are configured to authorise or prevent the transmission of data in at least one direction between the server part and said at least one avionics equipment (210, 211) depending on the state of said pairing mechanism. - a dock part (201, 301) configured to be installed fixedly in the aircraft, said dock part: ∘ being configured to be connected to said at least one avionics equipment (210, 211), ∘ comprising a docking station and computing means (312, 313), ∘ being configured to be connected to said at least one avionics equipment (210, 211), ∘ comprising a docking station and computing means (312, 313), - a server part (202, 302) configured to be removably installed on the docking station of the dock part, the server part comprising computing means, the dock part and the server part then being configured to exchange data and signals through a connector, the server part being configured to be connected to said at least one non-avionics equipment (221, 222) through at least one communications link (323, 324, 325, 314), - the computing means of the dock part being configured to implement a pairing mechanism with the computing means of the server part. - the computing means of the dock part are configured to authorise or prevent the transmission of data in at least one direction between the server part and said at least one avionics equipment (210, 211) depending on the state of said pairing mechanism.
A method of performing reverse execution debugging of an application, the method comprising: identifying a snapshot of application state for the application; emulating execution of the application, at an intermediate level code, in a forward direction from the snapshot to an end point, causing generation of historical execution state at various points along the emulation of the application; collecting the historical execution state by iteratively emulating execution from the snapshot toward the endpoint, where each iteration of emulated execution emulates execution of progressively smaller portions of the application, such that reverse execution of the application is emulated by surfacing state as a result of each iteration; and using the collected historical execution state, emulating reverse execution of the application by substituting collected historical execution state, when needed, to restore previous state needed as a result of emulation of reverse execution of the application. identifying a snapshot of application state for the application; emulating execution of the application, at an intermediate level code, in a forward direction from the snapshot to an end point, causing generation of historical execution state at various points along the emulation of the application; collecting the historical execution state by iteratively emulating execution from the snapshot toward the endpoint, where each iteration of emulated execution emulates execution of progressively smaller portions of the application, such that reverse execution of the application is emulated by surfacing state as a result of each iteration; and using the collected historical execution state, emulating reverse execution of the application by substituting collected historical execution state, when needed, to restore previous state needed as a result of emulation of reverse execution of the application.
A soil tillage apparatus, comprising: a frame; a hitch means for mounting to a front end of said frame for coupling to a vehicle arranged to pull said frame; an earth cutter comprising a plurality of discs that are positioned across said frame and proximate to said front of said frame and are angled outwardly from the direction of travel of said frame; a hammer tiller positioned behind said earth cutter and includes a drive mechanism for controlling speed of turning of said hammer tiller oppositely to the direction of turning of said plurality of discs and is suspended to turn above the ground in the path of the soil lifted by said plurality of discs, comprising a rotary drum having at least one pulverizer attached by a holding mechanism coupling said rotary drum to extend outwardly from said turning rotary drum, pulverizing the soil lifted by said plurality of discs from said earth cutter; and chiselers mounted across said frame and behind said hammer tiller for digging deep into the soil that is not passed above by said hammer tiller. a frame; a hitch means for mounting to a front end of said frame for coupling to a vehicle arranged to pull said frame; an earth cutter comprising a plurality of discs that are positioned across said frame and proximate to said front of said frame and are angled outwardly from the direction of travel of said frame; a hammer tiller positioned behind said earth cutter and includes a drive mechanism for controlling speed of turning of said hammer tiller oppositely to the direction of turning of said plurality of discs and is suspended to turn above the ground in the path of the soil lifted by said plurality of discs, comprising a rotary drum having at least one pulverizer attached by a holding mechanism coupling said rotary drum to extend outwardly from said turning rotary drum, pulverizing the soil lifted by said plurality of discs from said earth cutter; and chiselers mounted across said frame and behind said hammer tiller for digging deep into the soil that is not passed above by said hammer tiller.
A detachable power cord structure for a portable hair curler, comprising a device tail sleeve and a tail wire, wherein the device tail sleeve is provided with an elastic engaging assembly, wherein the tail wire is inserted into the device tail sleeve, and is engaged with the elastic engaging assembly, when the tail wire is engaged in the elastic engaging assembly and can turn on a circuit and can be rotated freely, characterized in that the elastic engaging assembly comprises a tail spring ring, and one end of the tail spring ring extending into the device tail sleeve is provided with a buckle, a protrusion is arranged on an inner side of the buckle, a spring groove is arranged on an inner side wall of the device tail sleeve, and a tail spring is arranged in the spring groove, and the tail spring ring extends into the device tail sleeve and abuts against the tail spring, wherein the tail wire has an insertion end, and an outer side of the insertion end is provided with an annular groove, an axial center of the insertion end is provided with a positive insertion port, and an annular negative insertion slot is further provided in the insertion end, and a protrusion of the buckle is docked with the annular groove. the tail wire is inserted into the device tail sleeve, and is engaged with the elastic engaging assembly, when the tail wire is engaged in the elastic engaging assembly and can turn on a circuit and can be rotated freely, characterized in that the elastic engaging assembly comprises a tail spring ring, and one end of the tail spring ring extending into the device tail sleeve is provided with a buckle, a protrusion is arranged on an inner side of the buckle, a spring groove is arranged on an inner side wall of the device tail sleeve, and a tail spring is arranged in the spring groove, and the tail spring ring extends into the device tail sleeve and abuts against the tail spring, wherein the tail wire has an insertion end, and an outer side of the insertion end is provided with an annular groove, an axial center of the insertion end is provided with a positive insertion port, and an annular negative insertion slot is further provided in the insertion end, and a protrusion of the buckle is docked with the annular groove.
An image forming apparatus comprising: print means for printing an image on a sheet using a line head in which a plurality of light emitting devices are arranged; storage means for storing information regarding light amounts corresponding to the light emitting devices of the line head; and generation means for generating a mask pattern based on the information regarding the light amounts obtained from said storage means and a target light amount, characterized by further comprising: mask means for executing mask processing on halftone image data that is in positional correspondence with the light emitting devices, using the mask pattern generated by said generation means. print means for printing an image on a sheet using a line head in which a plurality of light emitting devices are arranged; storage means for storing information regarding light amounts corresponding to the light emitting devices of the line head; and generation means for generating a mask pattern based on the information regarding the light amounts obtained from said storage means and a target light amount, characterized by further comprising: mask means for executing mask processing on halftone image data that is in positional correspondence with the light emitting devices, using the mask pattern generated by said generation means.
A device comprising: at least one computer storage that is not a transitory signal and that comprises instructions executable by at least one processor to: for at least a first user, render, from at least one image captured of the first user by at least one imager, a full-face image representing the first user with background and body parts of the first user cropped out of the image representing the first user, the full-face image being a front view of the first user's face from a line of sight perpendicular to the face; provide, to at least a first robot remote from the first user, the full-face image for presentation thereof on a display of the first robot with the full-face image filling the display; provide, to the first robot, information from the imager regarding motion of the first use such that a head of the first robot turns to mimic the motion of the first user while continuing to present the full-face image on the display of the first robot regardless of whether the head of the first user turned away from the imager. for at least a first user, render, from at least one image captured of the first user by at least one imager, a full-face image representing the first user with background and body parts of the first user cropped out of the image representing the first user, the full-face image being a front view of the first user's face from a line of sight perpendicular to the face; provide, to at least a first robot remote from the first user, the full-face image for presentation thereof on a display of the first robot with the full-face image filling the display; provide, to the first robot, information from the imager regarding motion of the first use such that a head of the first robot turns to mimic the motion of the first user while continuing to present the full-face image on the display of the first robot regardless of whether the head of the first user turned away from the imager.
A washing appliance comprising: a tub (14, 114, 214) at least partially defining a treating chamber (16, 116, 216) with an access opening; a sprayer (31, 131, 131A, 131B, 131C, 131D, 231) emitting liquid into the treating chamber (16, 116, 216); a recirculation circuit (30, 130, 230) fluidly coupling the treating chamber (16, 116, 216) to the sprayer (31, 131, 131A, 131B, 131C, 131D, 231); a recirculation pump (34, 134, 234) fluidly coupled to the recirculation circuit (30, 130, 230); and a reuse tank (35, 135, 235) fluidly coupled to the recirculation circuit (30, 130, 230), characterised by further comprising: a centrifugal separator (60, 160, 260) fluidly coupled to the recirculation circuit; and an electrocoagulation unit (50, 150, 250) fluidly coupled to the recirculation circuit upstream of the centrifugal separator (60, 160, 260). a tub (14, 114, 214) at least partially defining a treating chamber (16, 116, 216) with an access opening; a sprayer (31, 131, 131A, 131B, 131C, 131D, 231) emitting liquid into the treating chamber (16, 116, 216); a recirculation circuit (30, 130, 230) fluidly coupling the treating chamber (16, 116, 216) to the sprayer (31, 131, 131A, 131B, 131C, 131D, 231); a recirculation pump (34, 134, 234) fluidly coupled to the recirculation circuit (30, 130, 230); and a reuse tank (35, 135, 235) fluidly coupled to the recirculation circuit (30, 130, 230), characterised by further comprising: a centrifugal separator (60, 160, 260) fluidly coupled to the recirculation circuit; and an electrocoagulation unit (50, 150, 250) fluidly coupled to the recirculation circuit upstream of the centrifugal separator (60, 160, 260). a centrifugal separator (60, 160, 260) fluidly coupled to the recirculation circuit; and an electrocoagulation unit (50, 150, 250) fluidly coupled to the recirculation circuit upstream of the centrifugal separator (60, 160, 260).
An oral pharmaceutical composition for use in treating, preventing or alleviating inflammation of the esophagus or symptoms associated therewith, the composition comprising: a corticosteroid, maltodextrin, and a mixture of a carboxymethyl cellulose and a microcrystalline cellulose. a corticosteroid, maltodextrin, and a mixture of a carboxymethyl cellulose and a microcrystalline cellulose.
Device for determining a vital sign of a subject comprising: - an interface for receiving a data stream derived from detected light reflected from a region of interest including a skin area of the subject, said data stream comprising a data signal per skin pixel area of one or more skin pixels for a plurality of skin pixel areas of said region of interest, the data signal representing the detected light reflected from the respective skin pixel area over time, - an analyzer for analyzing spatial and/or temporal properties of the skin area, - a processor for determining a vital sign information signal of the subject based on the data signals of skin pixel areas within the skin area, and - a post-processor for determining the desired vital sign from said vital sign information signal, wherein said analyzer is configured to determine reliability information from said spatial and/or temporal properties of the skin area, said reliability information indicating the reliability of the determination of the vital sign information or vital sign determined based on the data signals of skin pixel areas within the skin area, and wherein said determined spatial and/or temporal properties and said reliability information are used by the processor for determining the vital sign information signal and/or by the post-processor for determining the desired vital sign, characterized in that said analyzer is configured to determine the spatial uniformity of the skin area over time by dividing the skin area into skin pixel blocks, determining the spatial uniformity of said skin pixel blocks and determining the number of smooth and/or textured skin pixel blocks over time, and to determine said reliability information using the change of the number of smooth and/or textured skin pixel blocks over time and/or the change of the size of the skin area over time. - an interface for receiving a data stream derived from detected light reflected from a region of interest including a skin area of the subject, said data stream comprising a data signal per skin pixel area of one or more skin pixels for a plurality of skin pixel areas of said region of interest, the data signal representing the detected light reflected from the respective skin pixel area over time, - an analyzer for analyzing spatial and/or temporal properties of the skin area, - a processor for determining a vital sign information signal of the subject based on the data signals of skin pixel areas within the skin area, and - a post-processor for determining the desired vital sign from said vital sign information signal, to determine the spatial uniformity of the skin area over time by dividing the skin area into skin pixel blocks, determining the spatial uniformity of said skin pixel blocks and determining the number of smooth and/or textured skin pixel blocks over time, and to determine said reliability information using the change of the number of smooth and/or textured skin pixel blocks over time and/or the change of the size of the skin area over time.
A method for access control to restricted area, comprising: determining a confidence level associated with first recognition information from a first recognition system is below a threshold, wherein the first recognition system is comprised in a node installed at an access point of the restricted area and includes a facial recognition system, wherein the first recognition information corresponds to information on an identity of an individual attempting to access the restricted area; receiving second recognition information from a second recognition system that is comprised in a different node and includes a mobile device verification system configured to wirelessly communicate with a mobile device of the individual, in response to determining that the confidence level is below the threshold; comparing the second recognition information to stored recognition data; transmitting a signal to an access gate to provide access for the individual to the restricted area in response to the second recognition information matching the stored recognition data; and denying the access for the individual to the restricted area in response to the second recognition information not matching the stored recognition data. determining a confidence level associated with first recognition information from a first recognition system is below a threshold, wherein the first recognition system is comprised in a node installed at an access point of the restricted area and includes a facial recognition system, wherein the first recognition information corresponds to information on an identity of an individual attempting to access the restricted area; receiving second recognition information from a second recognition system that is comprised in a different node and includes a mobile device verification system configured to wirelessly communicate with a mobile device of the individual, in response to determining that the confidence level is below the threshold; comparing the second recognition information to stored recognition data; transmitting a signal to an access gate to provide access for the individual to the restricted area in response to the second recognition information matching the stored recognition data; and denying the access for the individual to the restricted area in response to the second recognition information not matching the stored recognition data.
A method for manufacturing a bonded body formed by bonding a ceramic member made of a ceramic member and a copper member made of copper or a copper alloy, the method comprising: a lamination step of laminating the ceramic member and the copper member through an active metal material and a filler metal having a melting point of 710°C or lower; and a heating treatment step of heating the ceramic member and the copper member laminated together to bond the ceramic member and the copper member in a state of being pressurized in the lamination direction at 0.098 MPa to 3.43 MPa (1 kgf/cm 2 to 35 kgf/cm 2), wherein the filler metal is a brazing filler metal having a liquidus temperature of 450°C or higher or a solder material having a liquidus temperature of lower than 450°C, the brazing filler metal is any one selected from the group of a Cu-P-based brazing filler metal, a Cu-Sn-based brazing filler metal, and a Cu-Al-based brazing filler metal, and the solder material is a Cu-P-Sn-Ni-based solder material or a Cu-Sn-based solder material. a lamination step of laminating the ceramic member and the copper member through an active metal material and a filler metal having a melting point of 710°C or lower; and a heating treatment step of heating the ceramic member and the copper member laminated together to bond the ceramic member and the copper member in a state of being pressurized in the lamination direction at 0.098 MPa to 3.43 MPa (1 kgf/cm 2 to 35 kgf/cm 2), wherein the filler metal is a brazing filler metal having a liquidus temperature of 450°C or higher or a solder material having a liquidus temperature of lower than 450°C, the brazing filler metal is any one selected from the group of a Cu-P-based brazing filler metal, a Cu-Sn-based brazing filler metal, and a Cu-Al-based brazing filler metal, and the solder material is a Cu-P-Sn-Ni-based solder material or a Cu-Sn-based solder material.
Method for producing a contact means, - wherein a contact element for contacting a further contact means and an electrical conductor are provided, - wherein a modelling compound for forming an interlayer (25, 100) between the contact element and the electrical conductor is provided, - wherein an end portion of an electrical conductor is disposed in the modelling compound, - wherein the modelling compound together and with the end portion is disposed at a connecting face of the contact element, - wherein the modelling compound when provided has a compressive strength of 5 kN/m 2 up to 40 kN/m 2, - wherein the modelling compound and the end portion are connected form-fittingly to the connecting face and the modelling compound is shaped into its ultimate shape to form the interlayer (25, 100), - wherein the modelling compound is cured to give the interlayer and the interlayer electrically connects the connecting face to the end portion. - wherein a contact element for contacting a further contact means and an electrical conductor are provided, - wherein a modelling compound for forming an interlayer (25, 100) between the contact element and the electrical conductor is provided, - wherein an end portion of an electrical conductor is disposed in the modelling compound, - wherein the modelling compound together and with the end portion is disposed at a connecting face of the contact element, - wherein the modelling compound when provided has a compressive strength of 5 kN/m 2 up to 40 kN/m 2, - wherein the modelling compound and the end portion are connected form-fittingly to the connecting face and the modelling compound is shaped into its ultimate shape to form the interlayer (25, 100), - wherein the modelling compound is cured to give the interlayer and the interlayer electrically connects the connecting face to the end portion.