mhurhangee/ep-ind-claims huggingface dataset:
An accompaniment data generating apparatus comprising: phrase waveform data storing means (8,15) for storing sets of phrase waveform data each indicative of a phrase of accompaniment tones performed at a reference tempo, and each corresponding to a different reference note; and reproduction tempo obtaining means for obtaining a reproduction tempo; characterized in that the apparatus further comprises: first reference note obtaining means (SB2, SB3, SB5) for obtaining a first reference note; selecting means (SB5 to SB7, SB9, SB10, SB13, SB14) for selecting a set of phrase waveform data corresponding to a second reference note whose tone pitch is different from a tone pitch of the first reference note; and reading means (SB12, SB16) for reading out the selected phrase waveform data set at a speed by which the tone pitch of the second reference note of the selected phrase waveform data set agrees with the tone pitch of the first reference note. phrase waveform data storing means (8,15) for storing sets of phrase waveform data each indicative of a phrase of accompaniment tones performed at a reference tempo, and each corresponding to a different reference note; and reproduction tempo obtaining means for obtaining a reproduction tempo; characterized in that the apparatus further comprises: first reference note obtaining means (SB2, SB3, SB5) for obtaining a first reference note; selecting means (SB5 to SB7, SB9, SB10, SB13, SB14) for selecting a set of phrase waveform data corresponding to a second reference note whose tone pitch is different from a tone pitch of the first reference note; and reading means (SB12, SB16) for reading out the selected phrase waveform data set at a speed by which the tone pitch of the second reference note of the selected phrase waveform data set agrees with the tone pitch of the first reference note. first reference note obtaining means (SB2, SB3, SB5) for obtaining a first reference note; selecting means (SB5 to SB7, SB9, SB10, SB13, SB14) for selecting a set of phrase waveform data corresponding to a second reference note whose tone pitch is different from a tone pitch of the first reference note; and reading means (SB12, SB16) for reading out the selected phrase waveform data set at a speed by which the tone pitch of the second reference note of the selected phrase waveform data set agrees with the tone pitch of the first reference note.
A gas turbine engine comprising: a combustor section arranged between a compressor section and a turbine section, wherein the compressor section includes at least a low pressure compressor and a high pressure compressor, the high pressure compressor arranged immediately upstream of the combustor section; a fan section having an array of twenty-six or fewer fan blades, wherein the fan section has a low fan pressure ratio of less than 1.55, wherein the low pressure compressor is immediately downstream from the fan section and the low pressure compressor comprises blades counter-rotating relative to the fan blades; a geared architecture coupling the fan section to the compressor section; and an airfoil arranged in the low pressure compressor and comprising pressure and suction sides (72,74) and extending in a radial direction from a 0% span position to a 100% span position, the airfoil having a stagger angle (α) formed between a chord and a tangential plane normal to a longitudinal axis of the engine, characterized in that a relationship between the stagger angle (α) and span position that defines a curve with a stagger angle (α) that is greater than 32° from 90% span to 100% span. a combustor section arranged between a compressor section and a turbine section, wherein the compressor section includes at least a low pressure compressor and a high pressure compressor, the high pressure compressor arranged immediately upstream of the combustor section; a fan section having an array of twenty-six or fewer fan blades, wherein the fan section has a low fan pressure ratio of less than 1.55, wherein the low pressure compressor is immediately downstream from the fan section and the low pressure compressor comprises blades counter-rotating relative to the fan blades; a geared architecture coupling the fan section to the compressor section; and an airfoil arranged in the low pressure compressor and comprising pressure and suction sides (72,74) and extending in a radial direction from a 0% span position to a 100% span position, the airfoil having a stagger angle (α) formed between a chord and a tangential plane normal to a longitudinal axis of the engine, characterized in that a relationship between the stagger angle (α) and span position that defines a curve with a stagger angle (α) that is greater than 32° from 90% span to 100% span.
Use of a composition for inducing a direct transdifferentiation of a fibroblast into a vascular progenitor cell in vitro, wherein the composition comprises a vector comprising the nucleic acid molecule encoding, as an active ingredient, the proteins FLI1 (Friend leukemia virus integration 1) and ETV2 (ETS variant gene 2), wherein the vascular progenitor cell is induced through direct transdifferentiation by introducing the composition to the fibroblast, wherein the composition further comprises a culture medium to induce direct transdifferentiation of fibroblasts.
Connection device for use for the negative pressure therapy of wounds, with a flexible conducting means that can be impinged with negative pressure and/or fluid media with at least two lumens (28, 30, 31) and with a coupling body which is connected to the conducting means, wherein the coupling body can be attached to a negative pressure bandage which covers the wound and seals the wound against the atmosphere, wherein the conducting means communicates with the wound space through at least one opening, characterized in that the coupling body is made of a flexible material, which is non-detachably molded onto a wound side end section of the conducting means, in that a fluid inlet section is formed on the coupling body which fluid inlet section protrudes over the walling of the coupling body that faces the negative pressure bandage and can protrude through the opening in the negative pressure bandage into the wound space or into a wound insert provided there, wherein this fluid inlet section is fluidly connected with a further lumen via the interior of the coupling body for delivering a fluid medium, which lumen is either formed inside the conducting means or is formed by an additional fluid delivery line that leads to the coupling body.
Closing device for a door or flap, in particular for a flap of a motor vehicle, with a locking mechanism consisting of a catch and pawl for ratcheting of the catch and a drive for a swing arm, with which the locking mechanism can be completely or partially moved by means of the swing arm, in such a way that a door gap or hood gap can be made smaller, whereby the catch and the pawl are directly pivotably attached to the swing arm characterized in that a retaining lever for the catch is attached to the swing arm and is preferably pivotably attached.
A blind fastener for connecting a plurality of panels (26, 30), comprising: a bolt including a shaft, a bolt head, and a lug, the bolt head being disposed between the shaft and the lug and extending radially outward from the shaft, an end of the shaft opposite the bolt head defining external threads, the lug including a first tool engagement portion and a first frangible portion that frangibly couples the lug to the bolt head; and a nut including an integral piece of material that defines a sleeve, a nut head, and a handling member, the sleeve including a central bore configured to receive the shaft and defining internal threads configured to mate with the external threads, the nut head being disposed between the handling member and the sleeve, the nut head extending radially outward from the sleeve and defining a recess configured to receive the bolt head, the handling member being configured to surround at least a portion of the lug, the handling member including a second frangible portion and a second tool engagement portion, the second frangible portion frangibly coupling the second tool engagement portion to the nut head, wherein the nut head further defines a first conical surface configured to abut a countersunk surface of a front panel of the plurality of panels (26, 30), the blind fastener characterized by: the first conical surface of the nut head extending radially outward to a radially outermost surface of the nut head, the radially outermost surface being substantially parallel to a central axis of the nut, the handling member defining a second conical surface that extends radially outward from the radially outermost surface of the nut head. a bolt including a shaft, a bolt head, and a lug, the bolt head being disposed between the shaft and the lug and extending radially outward from the shaft, an end of the shaft opposite the bolt head defining external threads, the lug including a first tool engagement portion and a first frangible portion that frangibly couples the lug to the bolt head; and a nut including an integral piece of material that defines a sleeve, a nut head, and a handling member, the sleeve including a central bore configured to receive the shaft and defining internal threads configured to mate with the external threads, the nut head being disposed between the handling member and the sleeve, the nut head extending radially outward from the sleeve and defining a recess configured to receive the bolt head, the handling member being configured to surround at least a portion of the lug, the handling member including a second frangible portion and a second tool engagement portion, the second frangible portion frangibly coupling the second tool engagement portion to the nut head,
Cooking appliance for producing a food preparation, which comprises a body provided with a cooking chamber, a vessel for receiving food capable of being placed in the cooking chamber and removed from it, the body comprising a motorised device driving a toothed pinion accessible from the cooking chamber, the vessel comprising a bottom provided with a first central opening, a drive spindle mounted in rotation about an axis of rotation perpendicular to the bottom of the vessel and communicating with the inner volume of the vessel through the first central opening and a toothed wheel mounted in rotation about the axis of rotation below the bottom and subservient to the drive spindle, said toothed wheel meshing with the toothed pinion when the vessel is placed in the cooking chamber, the vessel comprising a removable casing placed below the first central opening and configured to bear against the underside of the bottom of the vessel and to receive and hold the toothed wheel and the drive spindle, mounted in rotation about the axis of rotation, characterised in that the vessel further comprises a removable roller bearing placed in the inner volume of the vessel, the roller bearing being provided with a body and a tube, the body being configured to pass through the first central opening and bear against the topside of the bottom of the vessel and to engage with the casing thanks to an assembly system such that the casing and the body of the roller bearing remain pressed on either side against the bottom of the vessel, the tube extending the body upwards in the inner volume of the vessel above the first central opening and being capable of receiving in rotation about the axis of rotation, a cooking accessory placed in the inner volume of the vessel, the drive spindle being engaged at least in the body of the roller bearing when the casing and the roller bearing are engaged, such that said drive spindle is capable of meshing with the cooking accessory when it is engaged on the tube.
A current applying apparatus for a direct resistance heating comprising: a pair of electrodes configured to contact a workpiece to apply an electric current to the workpiece; and a bus bar having a surface arranged to extend along the workpiece, wherein at least one of the electrodes comprises a moving electrode configured to move relative to the bus bar and the workpiece such that an electric current flows between the bus bar and the workpiece through the moving electrode, the moving electrode being connected to the bus bar so as to be movable relative to the bus bar, and the moving electrode being configured to contact the workpiece so as to be movable relative to the workpiece, characterized in that the current applying apparatus further comprises one of (a) and (b): (a) a power feeding roller configured to contact and roll on the surface of the bus bar and to move together with the moving electrode, the power feeding roller comprising an electrically-conductive peripheral surface from which the electric current is supplied to the moving electrode; and (b) an electrically-conductive brush provided on the surface of the bus bar facing toward the workpiece, the moving electrode being arranged to move in sliding contact with the electrically-conductive brush. a pair of electrodes configured to contact a workpiece to apply an electric current to the workpiece; and a bus bar having a surface arranged to extend along the workpiece, wherein at least one of the electrodes comprises a moving electrode configured to move relative to the bus bar and the workpiece such that an electric current flows between the bus bar and the workpiece through the moving electrode, the moving electrode being connected to the bus bar so as to be movable relative to the bus bar, and the moving electrode being configured to contact the workpiece so as to be movable relative to the workpiece, characterized in that the current applying apparatus further comprises one of (a) and (b): (a) a power feeding roller configured to contact and roll on the surface of the bus bar and to move together with the moving electrode, the power feeding roller comprising an electrically-conductive peripheral surface from which the electric current is supplied to the moving electrode; and (b) an electrically-conductive brush provided on the surface of the bus bar facing toward the workpiece, the moving electrode being arranged to move in sliding contact with the electrically-conductive brush. (a) a power feeding roller configured to contact and roll on the surface of the bus bar and to move together with the moving electrode, the power feeding roller comprising an electrically-conductive peripheral surface from which the electric current is supplied to the moving electrode; and (b) an electrically-conductive brush provided on the surface of the bus bar facing toward the workpiece, the moving electrode being arranged to move in sliding contact with the electrically-conductive brush.
Method for configuring identical network components which are connected in each case via a network cable (E1-E4) to a physical port (P1-P4) of a network switch, wherein at least one further network station is connected to the network switch, wherein configuration messages are transmitted by the further network station to the network components, wherein a multicast destination address is used for the transmission of a configuration message and the network components are preconfigured in such a way that they respond to messages which are addressed to one of the multicast destination addresses, wherein the physical port (P1-P4) of the network switch to which the network component is connected is communicated to the respective network component through the configuration message having a configuration number or the configuration details and that the network component then performs a reconfiguration in respect of its function in the network according to the connection to the physical port (P1-P4), wherein a variant of the Ethernet standard family is used as the network technology to connect the network components, characterized in that IPv6 addresses or IPv4 addresses from a predefined subnetwork address range are used for the multicast destination addressing and the predefined subnetwork address range for the multicast destination addresses used for the configuration originates from the multicast address range permitted for IPv6 or IPv4, and in that only one defined physical port (P1-P4) is recorded in an assignment table for each multicast destination address from the predefined subnetwork address range in order to forward the message which is addressed to the respective multicast destination address, such that individualization of one of the network components is respectively carried out for each multicast destination address in a multicast group with only a single member.
A tubular motor drive for a screening device, said tubular motor drive comprises an electrical motor including an output shaft, a first gear set formed as a gear reducer comprising two or more gear reducer stages (5, 9) arranged to be driven by said output shaft, wherein each of said two or more gear reducer stages (5, 9) comprises at least two meshing gears (12, 13, 15, 16) having different module and wherein the rotational axis of said at least two meshing gears (12, 13, 15, 16) are fixed in relation to said output shaft, a second gear set formed as a planetary gear comprising one or more planetary gear stages, characterized in that said first gear set is arranged to drive said second gear set through a common centrally arranged drive connection suspended independent from said output shaft.
A method for wireless communications, comprising: identifying (1405, 1505, 1705) interference at a first node operating in a shared radio frequency spectrum band, the interference caused by a second node (505-c, 540) operating in the shared radio frequency spectrum band, the second node (505-c, 540) operating asynchronously to the first node in the shared radio frequency spectrum band; and adaptively enabling, based at least in part on the identified interference, a synchronization of the first node with at least a third node (505-a, 505-b) in the shared radio frequency spectrum band, wherein the synchronization of the first node with at least the third node (505-a, 505-b) comprises a synchronization of extended clear channel assessments, ECCAs, performed by the first node and the third node (505-a, 505-b) when contending for access to the shared radio frequency spectrum band. identifying (1405, 1505, 1705) interference at a first node operating in a shared radio frequency spectrum band, the interference caused by a second node (505-c, 540) operating in the shared radio frequency spectrum band, the second node (505-c, 540) operating asynchronously to the first node in the shared radio frequency spectrum band; and adaptively enabling, based at least in part on the identified interference, a synchronization of the first node with at least a third node (505-a, 505-b) in the shared radio frequency spectrum band, wherein the synchronization of the first node with at least the third node (505-a, 505-b) comprises a synchronization of extended clear channel assessments, ECCAs, performed by the first node and the third node (505-a, 505-b) when contending for access to the shared radio frequency spectrum band.
Device for administering an eye-drop liquid, drop by drop, comprising a hermetically closed and deformable packaging at least partially filled with the eye-drop liquid, at least one outflow channel with an administering opening, and opening means connected to the at least one outflow channel for opening the packaging, wherein the opening means and the packaging are movable relative to each other, and wherein the administering opening is arranged countersunk in a surrounding part of the device.
A drain cleaner comprising: a drum assembly configured to store a cable; and an actuator assembly movable relative to the drum assembly between a neutral position, where the cable is free to spin and translate out of the drum assembly, an autofeed position, where the cable is allowed to spin and is automatically driven out of the drum assembly, and an autofeed locked on position, where the actuator assembly is maintained in the autofeed position without continuous input from a user, the actuator assembly including a handle supported by the drum assembly and an autofeed locking mechanism, the autofeed locking mechanism includes a drive lock and a lock release, the drive lock engages the handle to maintain the actuator assembly in the autofeed locked on position; characterized in that the handle includes an abutment on an interior surface, and wherein the drive lock includes a wing that engages the abutment to maintain the actuator assembly in the autofeed locked on position; and in that the wing is biased radially outward to engage the abutment. a drum assembly configured to store a cable; and an actuator assembly movable relative to the drum assembly between a neutral position, where the cable is free to spin and translate out of the drum assembly, an autofeed position, where the cable is allowed to spin and is automatically driven out of the drum assembly, and an autofeed locked on position, where the actuator assembly is maintained in the autofeed position without continuous input from a user, the actuator assembly including a handle supported by the drum assembly and an autofeed locking mechanism, the autofeed locking mechanism includes a drive lock and a lock release, the drive lock engages the handle to maintain the actuator assembly in the autofeed locked on position; characterized in that the handle includes an abutment on an interior surface, and wherein the drive lock includes a wing that engages the abutment to maintain the actuator assembly in the autofeed locked on position; and in that the wing is biased radially outward to engage the abutment.
An agricultural baler, comprising: a main bale chamber; a plunger reciprocally movable within the main bale chamber; a gearbox coupled with the plunger for reciprocally moving the plunger within the main bale chamber; a stuffer unit driven by the plunger and/or the gearbox, the stuffer unit being movable through a stuffer cycle for transferring crop material in charges into the main bale chamber; a hydraulic brake associated with and configured for acting as a brake on the stuffer unit during a portion of the stuffer cycle; characterized in that the hydraulic brake is configured for delivering power to the stuffer unit during another portion of the stuffer cycle. a main bale chamber; a plunger reciprocally movable within the main bale chamber; a gearbox coupled with the plunger for reciprocally moving the plunger within the main bale chamber; a stuffer unit driven by the plunger and/or the gearbox, the stuffer unit being movable through a stuffer cycle for transferring crop material in charges into the main bale chamber; a hydraulic brake associated with and configured for acting as a brake on the stuffer unit during a portion of the stuffer cycle; characterized in that the hydraulic brake is configured for delivering power to the stuffer unit during another portion of the stuffer cycle.