mhurhangee/ep-ind-claims huggingface dataset:
A casing assembly having: a first casing part; a second casing part; wherein the first casing part is joined to the second casing part by a fixation device that includes: a barrel nut inserted into a hole in the first casing part such that a hole in the barrel nut extends in a direction that is transverse to the direction of insertion of the barrel nut into the hole; a bolt which extends into the first casing part, into the hole in the barrel nut, and into the second casing part, wherein the bolt engages with the barrel nut so as to join the first casing part to the second casing part; the assembly characterised in that the barrel nut includes a first portion and a second portion, wherein the first portion of the barrel nut is structurally weaker than the second portion of the barrel nut such that, if a predetermined load between the first casing part and the second casing part is exceeded, the first portion of the barrel nut becomes crushed whilst the second portion of the barrel nut remains engaged with the bolt. a first casing part; a second casing part; wherein the first casing part is joined to the second casing part by a fixation device that includes: a barrel nut inserted into a hole in the first casing part such that a hole in the barrel nut extends in a direction that is transverse to the direction of insertion of the barrel nut into the hole; a bolt which extends into the first casing part, into the hole in the barrel nut, and into the second casing part, wherein the bolt engages with the barrel nut so as to join the first casing part to the second casing part; the assembly characterised in that the barrel nut includes a first portion and a second portion, wherein the first portion of the barrel nut is structurally weaker than the second portion of the barrel nut such that, if a predetermined load between the first casing part and the second casing part is exceeded, the first portion of the barrel nut becomes crushed whilst the second portion of the barrel nut remains engaged with the bolt. a barrel nut inserted into a hole in the first casing part such that a hole in the barrel nut extends in a direction that is transverse to the direction of insertion of the barrel nut into the hole; a bolt which extends into the first casing part, into the hole in the barrel nut, and into the second casing part, wherein the bolt engages with the barrel nut so as to join the first casing part to the second casing part; the assembly characterised in that the barrel nut includes a first portion and a second portion, wherein the first portion of the barrel nut is structurally weaker than the second portion of the barrel nut such that, if a predetermined load between the first casing part and the second casing part is exceeded, the first portion of the barrel nut becomes crushed whilst the second portion of the barrel nut remains engaged with the bolt.
An apparatus for sampling and detecting a pathogen in air comprising: - a first air sampling module configured to collect a sample of airborne particles and comprising suction means for sucking an airflow from an external environment and a collector comprising a humidified membrane to intercept the airflow and retain said particles; - a second sample processing module comprising a filtration chamber equipped with a filter configured to retain solid particles larger than the size of the pathogen and means for extracting a nucleic acid from the sample and comprising a reaction chamber equipped with stirring means and feeding means for feeding into the reaction chamber magnetic beads and at least one lysis and binding reagent, and a nucleic acid extraction chamber defining a magnetic extraction path for the magnetic beads bound to the nucleic acid; - a third module comprising nucleic acid analysis means for the detection of pathogens including a lab-on-chip device and an electronic unit; - first interconnection means configured to transfer the sample from the first module to the second module; - second interconnection means configured to transfer the nucleic acid of the sample from the second module to the third module; and - at least an automatic control unit of said modules and said interconnection means. - a first air sampling module configured to collect a sample of airborne particles and comprising suction means for sucking an airflow from an external environment and a collector comprising a humidified membrane to intercept the airflow and retain said particles; - a second sample processing module comprising a filtration chamber equipped with a filter configured to retain solid particles larger than the size of the pathogen and means for extracting a nucleic acid from the sample and comprising a reaction chamber equipped with stirring means and feeding means for feeding into the reaction chamber magnetic beads and at least one lysis and binding reagent, and a nucleic acid extraction chamber defining a magnetic extraction path for the magnetic beads bound to the nucleic acid; - a third module comprising nucleic acid analysis means for the detection of pathogens including a lab-on-chip device and an electronic unit; - first interconnection means configured to transfer the sample from the first module to the second module; - second interconnection means configured to transfer the nucleic acid of the sample from the second module to the third module; and - at least an automatic control unit of said modules and said interconnection means.
A recording device comprising: a transporting portion adapted to transport a medium in a transporting direction along a first axis, wherein a direction perpendicular to the transporting direction is defined as a second axis, a head unit which includes a plurality of pairs of heads arrayed along the second axis, wherein each pair of heads includes two heads adapted to discharge droplets of the same color, and each head includes a nozzle column extending along the first axis, and a control portion adapted to control transport of the medium by the transporting portion and discharge of droplets by the head unit, wherein each pair of heads includes a predetermined overlapping portion in which the nozzle columns of the pair of heads are overlapped with each other when viewed along the second axis, wherein each overlapping portion includes a plurality of nozzle regions (NA1, NA2) divided along the first axis, and characterized in that the control portion is adapted to control the head unit such that, in at least one of the pairs of heads, a position of a nozzle region which is used to discharge the droplets from both heads in the pair of heads is different from a position of a nozzle region which is used to discharge the droplets from both heads in another pair of heads among the plurality of pairs of heads. a transporting portion adapted to transport a medium in a transporting direction along a first axis, wherein a direction perpendicular to the transporting direction is defined as a second axis, a head unit which includes a plurality of pairs of heads arrayed along the second axis, wherein each pair of heads includes two heads adapted to discharge droplets of the same color, and each head includes a nozzle column extending along the first axis, and a control portion adapted to control transport of the medium by the transporting portion and discharge of droplets by the head unit, wherein each pair of heads includes a predetermined overlapping portion in which the nozzle columns of the pair of heads are overlapped with each other when viewed along the second axis, wherein each overlapping portion includes a plurality of nozzle regions (NA1, NA2) divided along the first axis, and characterized in that the control portion is adapted to control the head unit such that, in at least one of the pairs of heads, a position of a nozzle region which is used to discharge the droplets from both heads in the pair of heads is different from a position of a nozzle region which is used to discharge the droplets from both heads in another pair of heads among the plurality of pairs of heads.
A liquid hydrocarbon filterability system (10, 100) comprising: liquid hydrocarbon sample source piping in fluid communication with a liquid hydrocarbon sample container (12, 110); a filtration media element (16, 130) comprising filtration media, the filtration media element (16, 130) is in fluid communication with the liquid hydrocarbon sample source piping; filtered liquid hydrocarbon outlet piping (18, 140) in fluid communication with and downstream of the filtration media element (16, 130); a flow or volume measurement element in fluid communication with the filtered liquid hydrocarbon outlet piping (18, 140), configured to measure an amount of liquid hydrocarbon passing through the filtration media element (16, 130); a constant pressure source (30, 120) configured to provide liquid hydrocarbon to the filtration media element (16, 130) at a constant pressure; characterised in that the liquid hydrocarbon sample container (12, 110) has a volume of about 0.5 liter or greater; and wherein the filtration media has a filtration surface area of about 1.5 cm 2 or less. liquid hydrocarbon sample source piping in fluid communication with a liquid hydrocarbon sample container (12, 110); a filtration media element (16, 130) comprising filtration media, the filtration media element (16, 130) is in fluid communication with the liquid hydrocarbon sample source piping; filtered liquid hydrocarbon outlet piping (18, 140) in fluid communication with and downstream of the filtration media element (16, 130); a flow or volume measurement element in fluid communication with the filtered liquid hydrocarbon outlet piping (18, 140), configured to measure an amount of liquid hydrocarbon passing through the filtration media element (16, 130); a constant pressure source (30, 120) configured to provide liquid hydrocarbon to the filtration media element (16, 130) at a constant pressure; characterised in that the liquid hydrocarbon sample container (12, 110) has a volume of about 0.5 liter or greater; and wherein the filtration media has a filtration surface area of about 1.5 cm 2 or less.
A method of communications, comprising: receiving, at a first wireless terminal, a first pilot signal from a first master terminal of a first network; registering with the first master terminal, based on the first pilot signal, to be a member of the first network; receiving a task from the first master terminal based on a determination that the first wireless terminal is located adjacent to an edge of the first network; listening for pilot signals from other terminals according to the task, wherein the other terminals are not members of the first network; and establishing a peer-to-peer communication with an other terminal based on detecting a second pilot signal of an other terminal during the listening for pilot signals. receiving, at a first wireless terminal, a first pilot signal from a first master terminal of a first network; registering with the first master terminal, based on the first pilot signal, to be a member of the first network; receiving a task from the first master terminal based on a determination that the first wireless terminal is located adjacent to an edge of the first network; listening for pilot signals from other terminals according to the task, wherein the other terminals are not members of the first network; and establishing a peer-to-peer communication with an other terminal based on detecting a second pilot signal of an other terminal during the listening for pilot signals.
Low-temperature extruded frozen aerated confectionery product comprising a stabiliser system comprising at least native starch, preferably selected from tapioca, maize or rice starch, wherein the product is extruded at a temperature of below - 11°C, and wherein the stabiliser system additionally comprises citrus fibres.
A pumpless artificial placenta oxygenating device for use with an infant comprising: i) a first layer comprising a gas permeable membrane made of a silicone-based organic polymer; ii) a second layer comprising a vascular network which is made of a silicone-based organic polymer and has an orthogonally interconnected arrangement that permits circulation of fluid therethrough, wherein a portion of the gas permeable membrane is attached to and covers the vascular network, wherein the vascular network comprises an inlet that permits fluid flow into the vascular network and an outlet that permits fluid to flow out of the vascular network and wherein the inlet and outlet are positioned so that fluid flows through the vascular network and in contact with the gas permeable membrane to permit gas exchange to occur, the device further comprising a catheter connected to the inlet and a catheter connected to the outlet; and iii) a flow control unit. i) a first layer comprising a gas permeable membrane made of a silicone-based organic polymer; ii) a second layer comprising a vascular network which is made of a silicone-based organic polymer and has an orthogonally interconnected arrangement that permits circulation of fluid therethrough, wherein a portion of the gas permeable membrane is attached to and covers the vascular network, wherein the vascular network comprises an inlet that permits fluid flow into the vascular network and an outlet that permits fluid to flow out of the vascular network and wherein the inlet and outlet are positioned so that fluid flows through the vascular network and in contact with the gas permeable membrane to permit gas exchange to occur, the device further comprising a catheter connected to the inlet and a catheter connected to the outlet; and iii) a flow control unit.
Position detector of an object comprising: - a body defining an input designed to receive an optical fiber delivering a first light signal, - an output delivering a signal representative of the position of the object to be monitored, position detector characterized in that it comprises: - a mirror mounted so as to be movable inside the body and relative to the input between a first position and a second position, the first position or the second position ensuring the transmission of the light signal from the input to the output to form a light signal representative of the position of the object, the other position among the first position and the second position preventing the transmission of the light signal to the output, - a first spring mounted in the body and configured to place the mirror in the first position, - an end piece movable relative to the body between a first position and a second position along a direction of movement and designed to cooperate with the object to be monitored, the end piece being mechanically connected to the mirror so that: - when the end piece is in the first position, the mirror is in the first position, - when the end piece is in the second position, the mirror is in the second position, - displacement of the end piece from the first position to the second position causes the mirror to move from the first position to the second position, so that the mirror comes to rest against the optical fiber in the position ensuring the transmission of the light signal. - a body defining an input designed to receive an optical fiber delivering a first light signal, - an output delivering a signal representative of the position of the object to be monitored, - a mirror mounted so as to be movable inside the body and relative to the input between a first position and a second position, the first position or the second position ensuring the transmission of the light signal from the input to the output to form a light signal representative of the position of the object, the other position among the first position and the second position preventing the transmission of the light signal to the output, - a first spring mounted in the body and configured to place the mirror in the first position, - an end piece movable relative to the body between a first position and a second position along a direction of movement and designed to cooperate with the object to be monitored, the end piece being mechanically connected to the mirror so that: - when the end piece is in the first position, the mirror is in the first position, - when the end piece is in the second position, the mirror is in the second position, - displacement of the end piece from the first position to the second position causes the mirror to move from the first position to the second position, so that the mirror comes to rest against the optical fiber in the position ensuring the transmission of the light signal.
A display apparatus for a vehicle, the display apparatus comprising: a main display part installed at a front surface of a center fascia of the vehicle to display an image; and a center panel that traverses the main display part in a width direction of the main display part, wherein the center panel is provided to move in an upper side and lower side direction so as to adjust a display area of the main display part, characterized in that the main display part is installed to move in an upper side and lower side direction with respect to the center fascia. a main display part installed at a front surface of a center fascia of the vehicle to display an image; and a center panel that traverses the main display part in a width direction of the main display part, wherein the center panel is provided to move in an upper side and lower side direction so as to adjust a display area of the main display part, characterized in that the main display part is installed to move in an upper side and lower side direction with respect to the center fascia.
A ferritic stainless steel sheet excellent in electrical conductivity and adhesion of an oxide film comprised of steel containing, by mass%, C: 0.001 to 0.02%, Si: 0.01 to 0.15%, Mn: 0.3 to 1%, P: 0.01 to 0.04%, S: 0.0002 to 0.003%, Cr: 20 to 25%, Mo: 0.5 to 2%, Al: 0.01 to 0.1%, N: 0.001 to 0.02%, Ti: 0.001 to 0.5%, and Ga: 0.0002 to 0.005% or less, having a balance of Fe and unavoidable impurities, and satisfying the formula 2.5 < Mn / Si + Al < 8.0 wherein [Mn], [Si], and [Al] mean contents (mass%) of the elements, respectively, wherein the steel further optionally contains, by mass%, one or more of Nb: 0.5% or less, V: 0.5% or less, Ni: 0.8% or less, Cu: 1% or less, Sn: 1% or less, B: 0.005% or less, Ca: 0.005% or less, W: 1% or less, Co: 1% or less, and Sb: 0.5% or less, and/or wherein the steel further optionally contains, by mass%, one or more of Zr: 0.1% or less, La: 0.1% or less, Y: 0.1% or less, and REM: 0.1% or less.
A system for encoding a video data stream, said system characterised by: a first determinator adapted to examine the video data stream and determine attributes associated with the video data stream; a first header encoder adapted to receive the attributes from the first determinator and encode a stream header identifying stream syntax, said stream header being encoded in a markup language and including a markup language tag identifying each attribute and providing instructions on processing data representing the attribute; and a multiplexer adapted to combine the encoded stream header with the video data stream to form a data stream, wherein the multiplexer is adapted to insert the encoded stream header prior to frames of the video data stream. a first determinator adapted to examine the video data stream and determine attributes associated with the video data stream; a first header encoder adapted to receive the attributes from the first determinator and encode a stream header identifying stream syntax, said stream header being encoded in a markup language and including a markup language tag identifying each attribute and providing instructions on processing data representing the attribute; and a multiplexer adapted to combine the encoded stream header with the video data stream to form a data stream, wherein the multiplexer is adapted to insert the encoded stream header prior to frames of the video data stream.
An aircraft comprising a sliding passenger door with a locking mechanism and a guide rail, the locking mechanism comprising; - a door opening handle mechanism, that enables for the door of said aircraft to be locked and to be suspended and released when desired during a flight or when the aircraft is parked, - At least a push-pull cable that transfers the necessary motion of the opening handle in order to ensure that the door is released, - At least a motion transfer means that submits the motion to the push- pull cable by changing the direction of the movement of the door handle mechanism, - At least a cable connection member that is located on the aircraft used in order to fix the push-pull cable so that it can transfer motion, - At least a hook mechanism that enables for the door to be locked when at a fully open position and enables for the door to be released when desired, and - At least an elastic element that forces the hook mechanism to stay inside the guide rail of said door characterized by - further comprising a hook driver that turns the hook by means of a cam form, and - the push - pull cable that transfers the movement created at the opening handle to the hook driver. - a door opening handle mechanism, that enables for the door of said aircraft to be locked and to be suspended and released when desired during a flight or when the aircraft is parked, - At least a push-pull cable that transfers the necessary motion of the opening handle in order to ensure that the door is released, - At least a motion transfer means that submits the motion to the push- pull cable by changing the direction of the movement of the door handle mechanism, - At least a cable connection member that is located on the aircraft used in order to fix the push-pull cable so that it can transfer motion, - At least a hook mechanism that enables for the door to be locked when at a fully open position and enables for the door to be released when desired, and - At least an elastic element that forces the hook mechanism to stay inside the guide rail of said door characterized by - further comprising a hook driver that turns the hook by means of a cam form, and - the push - pull cable that transfers the movement created at the opening handle to the hook driver. - further comprising a hook driver that turns the hook by means of a cam form, and - the push - pull cable that transfers the movement created at the opening handle to the hook driver.
A method of handling flat blanks from a stack, which stack is comprising a plurality of flat blanks, the method comprising at least the following steps: - carrying out an offset movement for a blank, which blank is) in each case arranged on the top of the stack (9, the blank) in each case arranged on the top of the stack being moved relative to further adjacent blanks, so that a front edge of the blank arranged on the top of the stack projects beyond the stack at the end of the offset movement; - carrying out a centring movement in time after the end of the offset movement, wherein the front edge of the blank arranged on the top of the stack, which front edge is projecting beyond the stack, is transferred into a specific orientation and/or position and wherein in time after the end of the centring movement the blank arranged on the top of the stack continues to rest on the stack. - carrying out an offset movement for a blank, which blank is) in each case arranged on the top of the stack (9, the blank) in each case arranged on the top of the stack being moved relative to further adjacent blanks, so that a front edge of the blank arranged on the top of the stack projects beyond the stack at the end of the offset movement; - carrying out a centring movement in time after the end of the offset movement, wherein the front edge of the blank arranged on the top of the stack, which front edge is projecting beyond the stack, is transferred into a specific orientation and/or position and wherein in time after the end of the centring movement the blank arranged on the top of the stack continues to rest on the stack.