mhurhangee/ep-ind-claims huggingface dataset:
A stator comprising: a stator core having a plurality of slots; and a coil unit formed of a plurality of coils disposed in the plurality of slots; wherein the coil unit includes a coil end portion projecting from an axial end face of the stator core; wherein the coil end portion includes a plurality of peak portions projecting axially outward and arranged in a circumferential direction, and a plurality of lead wire portions for supplying electric power to the coils; and characterised in that each of the lead wire portions includes an extension portion extending at least in an axial direction, and a bent portion that is bent at least from the axial direction to a radial direction, at least a part of the bent portion being disposed on a stator core side with respect to the peak portions in the axial direction, in a space between the peak portions that are closest to the extension portion in the radial direction and that are adjacent in the circumferential direction. a stator core having a plurality of slots; and a coil unit formed of a plurality of coils disposed in the plurality of slots; wherein the coil unit includes a coil end portion projecting from an axial end face of the stator core; wherein the coil end portion includes a plurality of peak portions projecting axially outward and arranged in a circumferential direction, and a plurality of lead wire portions for supplying electric power to the coils; and characterised in that each of the lead wire portions includes an extension portion extending at least in an axial direction, and a bent portion that is bent at least from the axial direction to a radial direction, at least a part of the bent portion being disposed on a stator core side with respect to the peak portions in the axial direction, in a space between the peak portions that are closest to the extension portion in the radial direction and that are adjacent in the circumferential direction.
An in vitro method for synthesising a double-stranded polynucleotide having a predefined sequence, the method comprising performing cycles of synthesis wherein in each cycle, a first strand is extended by the incorporation of a nucleotide of the predefined sequence and the second strand which is hybridized to the first strand is extended by the incorporation of a nucleotide thereby forming a nucleotide pair with the incorporated nucleotide of the first strand; wherein each cycle comprises extending the first strand by incorporating the nucleotide of the predefined sequence together with an attached reversible terminator group followed by extending the second strand; further wherein in each cycle the nucleotides are incorporated into a scaffold polynucleotide comprising a synthesis strand and a support strand hybridized thereto, wherein the synthesis strand comprises a primer strand portion and wherein each cycle comprises: providing the scaffold polynucleotide; incorporating into the scaffold polynucleotide by the action of polymerase a nucleotide of the predefined sequence, the nucleotide comprising a reversible terminator group which prevents further extension by polymerase; cleaving the scaffold polynucleotide at a cleavage site; ligating a ligation polynucleotide to the cleaved scaffold polynucleotide, the ligation polynucleotide comprising a partner nucleotide for the nucleotide of the predefined sequence, wherein upon ligation the nucleotide of the predefined sequence pairs with the partner nucleotide; and removing the reversible terminator group from the nucleotide of the predefined sequence after step or removing the reversible terminator group from the nucleotide of predefined sequence after step and before step, or after step and before step. providing the scaffold polynucleotide; incorporating into the scaffold polynucleotide by the action of polymerase a nucleotide of the predefined sequence, the nucleotide comprising a reversible terminator group which prevents further extension by polymerase; cleaving the scaffold polynucleotide at a cleavage site; ligating a ligation polynucleotide to the cleaved scaffold polynucleotide, the ligation polynucleotide comprising a partner nucleotide for the nucleotide of the predefined sequence, wherein upon ligation the nucleotide of the predefined sequence pairs with the partner nucleotide; and removing the reversible terminator group from the nucleotide of the predefined sequence after step or removing the reversible terminator group from the nucleotide of predefined sequence after step and before step, or after step and before step.
A stationary phase for supercritical fluid chromatography, wherein the stationary phase comprises a support being silica gel to which is chemically bonded a polymer that includes a nitrogen-containing aromatic ring on repeating units of the main chain, and the stationary phase has a structure of formula below: wherein W is a single bond or an alkylene group of 1 to 10 carbon atoms which may have a branched chain; X is an amide group, an ester group, an N-alkylamide group of 1 to 3 carbon atoms, an ether group, a sulfoxide group, a sulfone group, a sulfide group or a phosphoric acid ester group; Y is an alkylene group of 1 to 30 carbon atoms; A is a group having a nitrogen-containing aromatic ring; B is a hydrogen atom, a methyl group or an ethyl group; and V is an ether group bonded to the silica gel surface, an alkyl group of 1 to 5 carbon atoms, or an unreacted Z group, which is an alkoxy group of 1 to 5 carbon atoms, a halogen, an alkylmercaptyl group of 1 to 20 carbon atoms, a dimethylamino group, a diethylamino group, a pyrrolidino group, an imidazolyl group, an allyl group or a 2-methyl-2-propenyl group; p is from 1 to 10 and q is from 10 to 300. the stationary phase comprises a support being silica gel to which is chemically bonded a polymer that includes a nitrogen-containing aromatic ring on repeating units of the main chain, and the stationary phase has a structure of formula below: wherein W is a single bond or an alkylene group of 1 to 10 carbon atoms which may have a branched chain; X is an amide group, an ester group, an N-alkylamide group of 1 to 3 carbon atoms, an ether group, a sulfoxide group, a sulfone group, a sulfide group or a phosphoric acid ester group; Y is an alkylene group of 1 to 30 carbon atoms; A is a group having a nitrogen-containing aromatic ring; B is a hydrogen atom, a methyl group or an ethyl group; and V is an ether group bonded to the silica gel surface, an alkyl group of 1 to 5 carbon atoms, or an unreacted Z group, which is an alkoxy group of 1 to 5 carbon atoms, a halogen, an alkylmercaptyl group of 1 to 20 carbon atoms, a dimethylamino group, a diethylamino group, a pyrrolidino group, an imidazolyl group, an allyl group or a 2-methyl-2-propenyl group; p is from 1 to 10 and q is from 10 to 300.
Return device (10, 40) for retracting an attachment device of an aircraft, said attachment device being movable between a retracted storage position and an extended working position, said return device (10, 40) being intended for putting said attachment device into said retraced storage position in the absence of an external load while allowing the attachment device to be moved towards said extended working position in the presence of an external load, said return device (10, 40) comprising: - a resilient return means (11, 41) for applying a traction return force to said attachment device and for automatically moving said attachment device back into said retracted storage position, - a force-reduction member (12, 32) for reducing said traction return force applied to said attachment device by said resilient return means (11, 41), - an elongate element (20, 60) having a first free end suitable for being rigidly connected to said attachment device and a second free end (22, 62) which is rigidly connected to said force-reduction member (12, 32), characterised in that said force-reduction member (12, 32) comprises a pulley block (13, 33) which is stationary relative to a frame (2, 42) of said return device (10, 40), and a pulley block which is movable relative to said frame (2, 42) of said return device (10, 40), said stationary pulley block (13, 33) and movable pulley block (14, 34) each comprising at least two independent pulleys each having a degree of rotational freedom, said at least two pulleys of said stationary pulley block (13, 33) being free to rotate about a first rotational axis (23, 43) and said at least two pulleys of said movable pulley block (14, 34) being free to rotate about a second rotational axis (24, 44), said first rotational axis (23, 43) and second rotational axis (24, 44) being parallel to one another, said at least two pulleys of said stationary pulley block (13, 33) and said at least two pulleys of said movable pulley block (14, 34) allowing said elongate element (20, 60) to be wound on said at least four pulleys so as to take at least two outward and two return paths between said stationary pulley block (13, 33) and movable pulley block (14, 34). - a resilient return means (11, 41) for applying a traction return force to said attachment device and for automatically moving said attachment device back into said retracted storage position, - a force-reduction member (12, 32) for reducing said traction return force applied to said attachment device by said resilient return means (11, 41), - an elongate element (20, 60) having a first free end suitable for being rigidly connected to said attachment device and a second free end (22, 62) which is rigidly connected to said force-reduction member (12, 32),
A pressure monitoring system comprising: a channel; a flexible tube disposed in the channel, the flexible tube being expandable due to pressure; a pressure sensor disposed in communication with the tube; a projection disposed in contact with the channel and in contact with the tube to hold the tube in the channel, wherein the projection has a channel contacting surface which contacts the channel to prevent movement of the projection towards the channel; and a pump comprising the channel, wherein the channel is a pressure monitoring channel and wherein the pressure sensor is disposed in communication with the tube to monitor the pressure in the tube; characterised in that the pressure monitoring system further comprises a pump door; the projection is formed as part of the pump door; the projection is disposed on the inside of the pump door, the projection engaging the tube and the pressure monitoring channel when the pump door is closed, the projection is an interference fit between the pump door and the channel, causing the pump door to bend when the pump door is closed, wherein closing the door causes a portion of the door adjacent the projection to bend outwardly and thereby bias the projection towards the pressure monitoring channel. a channel; a flexible tube disposed in the channel, the flexible tube being expandable due to pressure; a pressure sensor disposed in communication with the tube; a projection disposed in contact with the channel and in contact with the tube to hold the tube in the channel, wherein the projection has a channel contacting surface which contacts the channel to prevent movement of the projection towards the channel; and a pump comprising the channel, wherein the channel is a pressure monitoring channel and wherein the pressure sensor is disposed in communication with the tube to monitor the pressure in the tube; characterised in that the pressure monitoring system further comprises a pump door; the projection is formed as part of the pump door; the projection is disposed on the inside of the pump door, the projection engaging the tube and the pressure monitoring channel when the pump door is closed, the projection is an interference fit between the pump door and the channel, causing the pump door to bend when the pump door is closed, wherein closing the door causes a portion of the door adjacent the projection to bend outwardly and thereby bias the projection towards the pressure monitoring channel.
A set comprising a panel and a slider, such as a drawer slider, the slider comprising a first surface and the panel comprising a second surface, the slider is being configured to be assembled to the panel with the first surface facing the second surface, characterized in that the second surface is provided with an insertion groove and a displacement groove, which are of a longitudinal shape, that a first angle, which is between the second surface and the insertion groove, is an acute angle, that a strip protrudes from the first surface, that a second angle, which is between the strip and the first surface, is an acute angle, that the strip is configured to be inserted into the insertion groove when the slider is assembled to the panel, that a displaceable tongue is arranged in the displacement groove, that a locking surface of the displaceable tongue is configured to cooperate with a locking surface of the strip for locking the strip to the panel.
A serial peripheral interface configurable to operate in a I 2 S transmission mode and comprising: a transmission unit connected with external pins for data, bit clock, and left/right clock signal; a first-in-first-out (FIFO) buffer comprising a plurality of memory lines configured to supply the transmission unit with data to be transmitted; wherein in the I 2 S transmission mode the FIFO buffer is configured to fill memory lines with each write operation in a first in first out fashion such that data words are stored in a packed fashion, wherein some of the data words are aligned or unaligned within a memory line and some data words are unaligned within a memory line and partially stored in two consecutive memory lines, and to read in at least one read mode with a read operation first partial data of a data word from a memory line (Line 0; Line 1) of the FIFO and second partial data of the data word from a consecutive memory line (Line 1; Line 2) of the FIFO in a first in first out fashion; and a control unit operable to read the FIFO in said at least one read mode and to assemble the partial data from the memory line (Line 0; Line 1) and the partial data from the consecutive memory line (Line 1; Line 2) into a transmission word, and to forward the assembled transmission word to the transmission unit, wherein the transmission unit is configured to serially transmit the assembled transmission word through the external data pin. a transmission unit connected with external pins for data, bit clock, and left/right clock signal; a first-in-first-out (FIFO) buffer comprising a plurality of memory lines configured to supply the transmission unit with data to be transmitted; wherein in the I 2 S transmission mode the FIFO buffer is configured to fill memory lines with each write operation in a first in first out fashion such that data words are stored in a packed fashion, wherein some of the data words are aligned or unaligned within a memory line and some data words are unaligned within a memory line and partially stored in two consecutive memory lines, and to read in at least one read mode with a read operation first partial data of a data word from a memory line (Line 0; Line 1) of the FIFO and second partial data of the data word from a consecutive memory line (Line 1; Line 2) of the FIFO in a first in first out fashion; and a control unit operable to read the FIFO in said at least one read mode and to assemble the partial data from the memory line (Line 0; Line 1) and the partial data from the consecutive memory line (Line 1; Line 2) into a transmission word, and to forward the assembled transmission word to the transmission unit, wherein the transmission unit is configured to serially transmit the assembled transmission word through the external data pin.
A process for the separation and recovery of carbon dioxide from a CO 2 -rich liquid sorbent stream derived from a CO 2 absorption unit, the process comprising: a. increasing the temperature of the CO 2 -rich liquid sorbent from the CO 2 sorption temperature to a predetermined desorption temperature by passing the stream in a conduit under pressure through a heating zone; b. passing the heated pressurized CO 2 -rich liquid sorbent from the heating zone through a sorbent conduit in a generally linear flow path; c. introducing the heated CO 2 -rich liquid sorbent stream from the sorbent conduit into an entry portion of a cyclonic member under reduced pressure to initiate the desorption of CO 2 from the CO 2 -rich liquid sorbent and thereafter passing the liquid sorbent stream into a spiral section of the cyclonic member which terminates in a decreasing radius of curvature while maintaining a non-turbulent flow of the liquid sorbent; d. passing the liquid sorbent and desorbed CO 2 through an inlet into an upper section of a closed cylindrical cyclonic vertical section; e. recovering CO 2 desorbed from the sorbent in a central open region of the cyclonic vertical section and passing the CO 2 through a CO 2 discharge riser outlet conduit that is in fluid communication with the upper region of the cyclonic vertical section; f. recovering a CO 2 -lean liquid sorbent stream from which the CO 2 was desorbed in a horizontal section that is in fluid communication with the base of cyclonic vertical section; and g. recycling the CO 2 -lean sorbent stream to the CO 2 absorption unit. a. increasing the temperature of the CO 2 -rich liquid sorbent from the CO 2 sorption temperature to a predetermined desorption temperature by passing the stream in a conduit under pressure through a heating zone; b. passing the heated pressurized CO 2 -rich liquid sorbent from the heating zone through a sorbent conduit in a generally linear flow path; c. introducing the heated CO 2 -rich liquid sorbent stream from the sorbent conduit into an entry portion of a cyclonic member under reduced pressure to initiate the desorption of CO 2 from the CO 2 -rich liquid sorbent and thereafter passing the liquid sorbent stream into a spiral section of the cyclonic member which terminates in a decreasing radius of curvature while maintaining a non-turbulent flow of the liquid sorbent; d. passing the liquid sorbent and desorbed CO 2 through an inlet into an upper section of a closed cylindrical cyclonic vertical section; e. recovering CO 2 desorbed from the sorbent in a central open region of the cyclonic vertical section and passing the CO 2 through a CO 2 discharge riser outlet conduit that is in fluid communication with the upper region of the cyclonic vertical section; f. recovering a CO 2 -lean liquid sorbent stream from which the CO 2 was desorbed in a horizontal section that is in fluid communication with the base of cyclonic vertical section; and g. recycling the CO 2 -lean sorbent stream to the CO 2 absorption unit.
Modular filling guide for motor vehicle fuel tank comprising an upper receptacle forming a funnel and opening, in the upper part, into a head covering an elbow pipe for connection to the tank and, lower part, in a lower duct intended to be introduced into said tubing, said upper receptacle and said lower duct are two separate parts provided with mutual assembly members such that said added duct has a profile and a geometry adapted to those of said pipe, characterized in that said assembly members comprise at least two diametrically opposed slots provided on said duct and cooperating by snapping with two complementary lugs carried by the periphery of said receptacle.
A method of hiding at least one logical processor in a computer having a plurality of logical processors, the logical processor including a CPU IC, a CPU IC core, or a thread on core, the method comprising: initializing the plurality of logical processors by executing a pre-boot routine in system firmware; identifying at least one logical processor of the plurality of logical processors to be hidden from an operating system, OS, of the computer to provide at least one hidden logical processor and at least one visible logical processor; placing each of the at least one hidden logical processor into a system management mode, SMM, by executing a park routine in the system firmware wherein the park routine ensures that each of the at least one hidden logical processor stays in system management mode after executing the park routine; and booting the OS of the computer to use the at least one visible logical processor, wherein, once the OS is booted, the at least one hidden logical processor will not be visible to the OS and cannot be interrupted; the method further comprising: the OS signaling a global system management interrupt, SMI, to cause the plurality of logical processors to be placed into SMM; handling the global SMI using an SMI handler routine in the system firmware; and returning the at least one visible logical processor for use by the OS. initializing the plurality of logical processors by executing a pre-boot routine in system firmware; identifying at least one logical processor of the plurality of logical processors to be hidden from an operating system, OS, of the computer to provide at least one hidden logical processor and at least one visible logical processor; placing each of the at least one hidden logical processor into a system management mode, SMM, by executing a park routine in the system firmware wherein the park routine ensures that each of the at least one hidden logical processor stays in system management mode after executing the park routine; and booting the OS of the computer to use the at least one visible logical processor, wherein, once the OS is booted, the at least one hidden logical processor will not be visible to the OS and cannot be interrupted; the method further comprising: the OS signaling a global system management interrupt, SMI, to cause the plurality of logical processors to be placed into SMM; handling the global SMI using an SMI handler routine in the system firmware; and returning the at least one visible logical processor for use by the OS. the OS signaling a global system management interrupt, SMI, to cause the plurality of logical processors to be placed into SMM; handling the global SMI using an SMI handler routine in the system firmware; and returning the at least one visible logical processor for use by the OS.
A plate and screw system which is capable of fixation of bone comprising a lapidus plate and a locking screw and a compression screw, the plate having a top surface opposing a bone facing surface in a z direction, and the plate extending along a first length along a longitudinal axis and having a body extending along the longitudinal axis and defining a first end and a second end, wherein the first end includes a first compression slot and two tabs each including a locking hole, the tabs are offset with respect to each other in the direction of the longitudinal axis, and wherein the second end has only two tabs which each include a locking hole, characterized in that the two tabs at the second end are symmetrically arranged on both sides of the longitudinal axis, wherein the plate includes a second compression slot opposing the first compression slot, the compression slots act in opposition to each other, the second compression slot being provided in the second end of the plate.