mhurhangee/ep-ind-claims huggingface dataset:
A circuit (400, 500, 600, 700) comprising: a first finger capacitor (410, 606) comprising a first bus line (435, 616) coupled to a first plurality of finger elements and a second bus line (430, 614) coupled to a second plurality of finger elements; wherein the first bus line is parallel to the second bus line; and an inductor (505, 705) comprising a first leg (440, 515, 618, 715) oriented perpendicular to the first bus line and the second bus line; wherein the first leg is implemented in a conductive layer above the first finger capacitor; and wherein the first leg of the inductor bisects the first finger capacitor and is coupled to the center of the first bus line by a first via structure (445, 620); a second finger capacitor (415, 608) comprising a third bus line (435, 616) coupled to a third plurality of finger elements and a fourth bus line (430, 614) coupled to a fourth plurality of finger elements; wherein the third bus line and the fourth bus line are parallel to the first bus line; and wherein the first leg of the inductor bisects the second finger capacitor and is coupled to the center of the third bus line by a second via structure (445, 620). a first finger capacitor (410, 606) comprising a first bus line (435, 616) coupled to a first plurality of finger elements and a second bus line (430, 614) coupled to a second plurality of finger elements; wherein the first bus line is parallel to the second bus line; and an inductor (505, 705) comprising a first leg (440, 515, 618, 715) oriented perpendicular to the first bus line and the second bus line; wherein the first leg is implemented in a conductive layer above the first finger capacitor; and wherein the first leg of the inductor bisects the first finger capacitor and is coupled to the center of the first bus line by a first via structure (445, 620); a second finger capacitor (415, 608) comprising a third bus line (435, 616) coupled to a third plurality of finger elements and a fourth bus line (430, 614) coupled to a fourth plurality of finger elements; wherein the third bus line and the fourth bus line are parallel to the first bus line; and wherein the first leg of the inductor bisects the second finger capacitor and is coupled to the center of the third bus line by a second via structure (445, 620).
Lithium bis(fluorosulfonyl)imide salt having a specific content of protons H + and characterized in that, after dissolving in water to form an aqueous solution with a concentration of between 0.050 and 0.250 g/mL, said aqueous solution has a pH of between 4 and 8, in particular at a temperature of 25°C.
A munition comprising: a penetrator casing; an explosive within the penetrator casing; a fuze for detonating the explosive; a cable coupled to the fuze for providing a detonation signal to the fuze; whereby the munition includes an enclosure around an outside of the penetrator casing; wherein the penetrator casing has a relatively thick nose, and a relatively thin aft section extending back from the nose; characterised by an external electrical harness that electrically couples to the cable; wherein the cable interfaces with an interface in the aft section of the penetrator casing; and wherein the external electrical harness runs outside of the penetrator casing between the penetrator casing and the enclosure, forward of the interface. a penetrator casing; an explosive within the penetrator casing; a fuze for detonating the explosive; a cable coupled to the fuze for providing a detonation signal to the fuze; whereby the munition includes an enclosure around an outside of the penetrator casing; wherein the penetrator casing has a relatively thick nose, and a relatively thin aft section extending back from the nose; characterised by an external electrical harness that electrically couples to the cable; wherein the cable interfaces with an interface in the aft section of the penetrator casing; and wherein the external electrical harness runs outside of the penetrator casing between the penetrator casing and the enclosure, forward of the interface.
Disc brake having an electromechanical actuator, in particular an electromechanical parking brake actuator, wherein the disc brake has a force-transmission device, the electromechanical actuator is operatively connected to the force-transmission device along an axial axis of the disc brake, the force-transmission device is configured to apply a brake disc via two brake linings (4, 4a), and the electromechanical actuator comprises the following features: - a driveshaft, - an electric motor which is arranged on the driveshaft, - a cam disc which is arranged on an output shaft, - and a transmission which is arranged on the driveshaft and has the purpose of transmitting the torque of the electric motor to the force-transmission device, wherein the electromechanical actuator has a magnetic brake, and the magnetic brake is arranged in a positively locking fashion on the driveshaft, between the electric motor and a driveshaft output, characterized in that the magnetic brake is embodied as a frictionally locking friction brake, wherein the driveshaft has a receptacle for a tool on a driveshaft output for mechanically detaching the brake linings (4, 4a) from the brake disc. - a driveshaft, - an electric motor which is arranged on the driveshaft, - a cam disc which is arranged on an output shaft, - and a transmission which is arranged on the driveshaft and has the purpose of transmitting the torque of the electric motor to the force-transmission device,
A lubricating composition comprising: (a) 1 to 99.99 wt % of an oil of lubricating viscosity; (b) 0.01 to 50 wt % of an unfunctionalised hydrogenated copolymer comprising at least one olefin polymer block (block A) and at least one vinyl aromatic polymer block (block B) with mole ratio of block A/(block A+B) of 0.5 to 0.9, wherein block A contains repeat units with 5 mol % to 95 mol % of branched alkyl groups, with the proviso that when the copolymer comprises a tapered copolymer block A contains repeat units with greater than 38.5 mol % to 95 mol % of branched alkyl groups, wherein the hydrogenated copolymer is a diblock copolymer which comprises a backbone of styrene and butadiene repeat units, and wherein butadiene polymerises by 1,2-addition; and (c) 0 to 49 wt % of a performance additive. (a) 1 to 99.99 wt % of an oil of lubricating viscosity; (b) 0.01 to 50 wt % of an unfunctionalised hydrogenated copolymer comprising at least one olefin polymer block (block A) and at least one vinyl aromatic polymer block (block B) with mole ratio of block A/(block A+B) of 0.5 to 0.9, wherein block A contains repeat units with 5 mol % to 95 mol % of branched alkyl groups, with the proviso that when the copolymer comprises a tapered copolymer block A contains repeat units with greater than 38.5 mol % to 95 mol % of branched alkyl groups, wherein the hydrogenated copolymer is a diblock copolymer which comprises a backbone of styrene and butadiene repeat units, and wherein butadiene polymerises by 1,2-addition; and (c) 0 to 49 wt % of a performance additive.
Device for delivering a soap-free, self-foaming gel comprising: (i) an aerosol container with a separation such as a piston or a flexible pocket to separate the self-foaming agent from the propellant that is necessary for ejecting the product; (ii) a flexible tube; (iii) a pump dispenser or (iv) a dispenser having deformable walls, and a soap-free, self-foaming gel comprising, in a cosmetically acceptable medium: a) at least one aqueous phase; b) at least one N-acylsarcosine where the acyl radical is a C 10 -C 20 radical in an amount less than 4 wt% relative to the total weight of the composition; c) at least one mineral or organic base in an amount sufficient to dissolve the N-acylsarcosine and produce a pH of 4 to 8; d) at least one amphoteric or zwitterionic surfactant; e) at least one non-ionic surfactant; and f) at least one self-foaming agent chosen from volatile hydrocarbons and halogenated volatile hydrocarbons, having a boiling point ranging from -20 to 40°C. (i) an aerosol container with a separation such as a piston or a flexible pocket to separate the self-foaming agent from the propellant that is necessary for ejecting the product; (ii) a flexible tube; (iii) a pump dispenser or (iv) a dispenser having deformable walls, and a) at least one aqueous phase; b) at least one N-acylsarcosine where the acyl radical is a C 10 -C 20 radical in an amount less than 4 wt% relative to the total weight of the composition; c) at least one mineral or organic base in an amount sufficient to dissolve the N-acylsarcosine and produce a pH of 4 to 8; d) at least one amphoteric or zwitterionic surfactant; e) at least one non-ionic surfactant; and f) at least one self-foaming agent chosen from volatile hydrocarbons and halogenated volatile hydrocarbons, having a boiling point ranging from -20 to 40°C.
A photochromic optical article comprising: (a) an optical substrate; (b) a thermally reversible photochromic material; and (c) a reversible thermochromic material capable of at least partially filtering UV/visible light at or below room temperature and becoming less capable of filtering UV/visible light at temperatures greater than room temperature, wherein the reversible thermochromic material (c) comprises a tautomer, and/or a thermochromic polymer which can undergo conformational induced chromism in response to temperature, and wherein said tautomer comprises a Schiff base and/or a Mannich base. (a) an optical substrate; (b) a thermally reversible photochromic material; and (c) a reversible thermochromic material capable of at least partially filtering UV/visible light at or below room temperature and becoming less capable of filtering UV/visible light at temperatures greater than room temperature,
Method for removing residues of a sterilizing agent from the neck or from a spout of a container for fluid foods, comprising the step of: washing the outer surface of the neck or spout of said container by means of a sterile fluid coming from a first series of nozzles; after washing, drying the outer surface of the neck or spout of said container by dispensing a flow of sterile gas coming from a second series of nozzles over said outer surface, and said step of drying takes place before a step of closing or capping the container, whereby during the step of drying the outer surface of the neck or spout of said container the flow of sterile gas is directed in such a way as not to enter the mouth of the open container, in order to prevent the fluid food contained therein from leaking out. washing the outer surface of the neck or spout of said container by means of a sterile fluid coming from a first series of nozzles; after washing, drying the outer surface of the neck or spout of said container by dispensing a flow of sterile gas coming from a second series of nozzles over said outer surface, and said step of drying takes place before a step of closing or capping the container, whereby during the step of drying the outer surface of the neck or spout of said container the flow of sterile gas is directed in such a way as not to enter the mouth of the open container, in order to prevent the fluid food contained therein from leaking out.
A composition for use in treating chronic kidney disease-mineral and bone disorder (CKD-MBD) in a patient receiving hemodialysis, the composition comprising a compound comprising Ac-c arrrar-NH 2 (SEQ ID NO:3); wherein the serum phosphate level of the patient is assessed and found to be above the normal range; wherein the composition is administered within the period beginning 15 minutes prior to completion of hemodialysis and ending 3 hours after completion of hemodialysis; wherein the patient has been diagnosed with hyperphosphatemia; and wherein said administering is effective to maintain a post-hemodialysis serum phosphorus level that is lower than a pre-hemodialysis serum phosphorus level for a period of at least 6 hours after dialysis such that the patient's serum phosphorus increases by less than 10% in the first 6 hours after dialysis.
A method of updating a stall threshold level of an elevator door to control a door stall occurring during opening or closing of the elevator door, the method comprising: determining an exceptional motion count of a door based on at least one of a speed and an acceleration of the door; wherein the determining of the exceptional motion count comprises: if the speed of the door is less than a minimum acceptable speed, increasing a first count; and if the acceleration of the door is greater than a maximum acceptable acceleration, increasing a second count; wherein the exceptional motion count is determined based on at least one of the first count and the second count; and characterized by: determining whether the door is stalled, based on a determined exceptional motion count of the door and a preset stall threshold level of the door; and re-determining the stall threshold level of the door according to the determination of whether the door is stalled. determining an exceptional motion count of a door based on at least one of a speed and an acceleration of the door; wherein the determining of the exceptional motion count comprises: if the speed of the door is less than a minimum acceptable speed, increasing a first count; and if the acceleration of the door is greater than a maximum acceptable acceleration, increasing a second count; wherein the exceptional motion count is determined based on at least one of the first count and the second count; and characterized by: determining whether the door is stalled, based on a determined exceptional motion count of the door and a preset stall threshold level of the door; and re-determining the stall threshold level of the door according to the determination of whether the door is stalled. if the speed of the door is less than a minimum acceptable speed, increasing a first count; and if the acceleration of the door is greater than a maximum acceptable acceleration, increasing a second count; wherein the exceptional motion count is determined based on at least one of the first count and the second count; and characterized by: determining whether the door is stalled, based on a determined exceptional motion count of the door and a preset stall threshold level of the door; and re-determining the stall threshold level of the door according to the determination of whether the door is stalled. determining whether the door is stalled, based on a determined exceptional motion count of the door and a preset stall threshold level of the door; and re-determining the stall threshold level of the door according to the determination of whether the door is stalled.
A compressor impeller, comprising: a compressor impeller body portion including a boss portion and a plurality of vane portions disposed at intervals in a circumferential direction on a peripheral surface of the boss portion; and a heat shield portion disposed on a side of a back surface of the boss portion and configured to rotate with the compressor impeller body portion, wherein the heat shield portion is formed to have an annular shape, wherein the heat shield portion is disposed so as to face the back surface of the boss portion via a gap (g), and wherein the heat shield portion includes a curved portion curved so as to become closer to the back surface of the boss portion outward in a radial direction of the compressor impeller, characterized in that a radially outer end of the heat shield portion is positioned on an inner side, with respect to the radial direction, of a radially outer end of the back surface of the boss portion. a compressor impeller body portion including a boss portion and a plurality of vane portions disposed at intervals in a circumferential direction on a peripheral surface of the boss portion; and a heat shield portion disposed on a side of a back surface of the boss portion and configured to rotate with the compressor impeller body portion, wherein the heat shield portion is formed to have an annular shape, wherein the heat shield portion is disposed so as to face the back surface of the boss portion via a gap (g), and wherein the heat shield portion includes a curved portion curved so as to become closer to the back surface of the boss portion outward in a radial direction of the compressor impeller, characterized in that a radially outer end of the heat shield portion is positioned on an inner side, with respect to the radial direction, of a radially outer end of the back surface of the boss portion.
A method for controlling a robot cleaner configured to project light of a predetermined pattern to a floor of an area in front thereof in a specific direction and to acquire an image of the area to which the light is projected, comprising: (a) acquiring an image of an area in front of the robot cleaner; (b) detecting the pattern from the image acquired in (a); characterised in that the method further comprises: (c) discriminating a valid pattern formed by light directly projected from the robot cleaner from a pattern formed by light reflected from a floor or an object, from among patterns indicated in the acquired image, on the basis of geometrical characteristics defined by a projection direction of the light and the direction of an optical axis in which the image is acquired when two or more patterns are detected from the image due to reflection of the light from a floor or an object. (a) acquiring an image of an area in front of the robot cleaner; (b) detecting the pattern from the image acquired in (a); characterised in that the method further comprises: (c) discriminating a valid pattern formed by light directly projected from the robot cleaner from a pattern formed by light reflected from a floor or an object, from among patterns indicated in the acquired image, on the basis of geometrical characteristics defined by a projection direction of the light and the direction of an optical axis in which the image is acquired when two or more patterns are detected from the image due to reflection of the light from a floor or an object.
A transcatheter, implantable, prosthetic heart valve, comprising: a frame (910, 920); and two or more integrated cusp and leaflet folded structures (130, 530, 730) attached to the frame (910, 920), the two or more integrated cusp and leaflet folded structures (130, 530, 730) each comprising a flat sheet of biocompatible membrane that has been folded to include a mobile leaflet section (119, 129, 519, 529, 719, 729, 719A, 729A) and a cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C), wherein two non-transverse diagonally oriented folds (116, 126, 216, 226, 316, 326, 416, 426, 516, 526, 616, 626, 716, 726) are located between the mobile leaflet section (119, 129, 519, 529, 719, 729, 719A, 729A) and the cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C), wherein the cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C) is located radially outside of the mobile leaflet section (119, 129, 519, 529, 719, 729, 719A, 729A), and wherein the cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C) includes a seam (132, 532, 732) that joins apposing sides of the cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C). a frame (910, 920); and two or more integrated cusp and leaflet folded structures (130, 530, 730) attached to the frame (910, 920), the two or more integrated cusp and leaflet folded structures (130, 530, 730) each comprising a flat sheet of biocompatible membrane that has been folded to include a mobile leaflet section (119, 129, 519, 529, 719, 729, 719A, 729A) and a cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C), wherein two non-transverse diagonally oriented folds (116, 126, 216, 226, 316, 326, 416, 426, 516, 526, 616, 626, 716, 726) are located between the mobile leaflet section (119, 129, 519, 529, 719, 729, 719A, 729A) and the cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C), wherein the cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C) is located radially outside of the mobile leaflet section (119, 129, 519, 529, 719, 729, 719A, 729A), and wherein the cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C) includes a seam (132, 532, 732) that joins apposing sides of the cusp wall section (161, 171, 561, 571, 761, 771, 761A, 771A, 761B, 771B, 761C, 771C).
Insertion aid for cables with a hose that is connected with an enlongated, elastically bendable inlet element, wherein an end of the inlet element averted from the hose comprises a thickened head that comprises a rounded tip, characterized in that the hose is made of textile material, that the inlet element is formed as stretched, elastically bendable flat strap, that the thickened head is connected in one piece with the inlet element, that the rounded tip of the head comprises a diameter that is larger than the width of the inlet element, that the rounded tip is connected with the inlet element by a transfer zone, that this transfer zone stretches across a length that corresponds at least to the diameter of the tip.
An integrated circuit device for use in a memory system comprising memory sockets, the integrated circuit device comprising: an internal data path formed by a first number of internal signaling links; a signaling interface having a second number of interface nodes to be coupled to respective external signaling links, the second number being greater than the first number; and switch circuitry to switchably couple the internal data path to selected interface nodes of the signaling interface in accordance with occupancy of the memory sockets. an internal data path formed by a first number of internal signaling links; a signaling interface having a second number of interface nodes to be coupled to respective external signaling links, the second number being greater than the first number; and switch circuitry to switchably couple the internal data path to selected interface nodes of the signaling interface in accordance with occupancy of the memory sockets.