mhurhangee/ep-ind-claims huggingface dataset:
A commercial vehicle (100a; 100b) comprising: a cab configured to support an operator of the vehicle; a chassis; a first semi-active suspension component (112a; 116a) operably coupling a front portion of the cab to the chassis, wherein the first semi-active suspension component includes an annular body and a bore extending perpendicular to a longitudinal axis of the vehicle, wherein the front portion of the cab is operably coupled to the chassis by a pin that extends through the bore, and wherein the annular body is formed from a magnetorheological elastomer; an electromagnet positioned proximate to the annular body; a second semi-active suspension component operably coupling a rear portion of the cab to the chassis; and a controller operably connected to the first and second semi-active suspension components, wherein the controller is configured to change damping characteristics of the first and second semi-active suspension system components in response to motion of the cab, and wherein the controller is further configured to change the damping characteristic of the first semi-active suspension component by varying a magnetic field strength of the electromagnet to change a damping characteristic of the magnetorheological elastomer. a cab configured to support an operator of the vehicle; a chassis; a first semi-active suspension component (112a; 116a) operably coupling a front portion of the cab to the chassis, wherein the first semi-active suspension component includes an annular body and a bore extending perpendicular to a longitudinal axis of the vehicle, wherein the front portion of the cab is operably coupled to the chassis by a pin that extends through the bore, and wherein the annular body is formed from a magnetorheological elastomer; an electromagnet positioned proximate to the annular body; a second semi-active suspension component operably coupling a rear portion of the cab to the chassis; and a controller operably connected to the first and second semi-active suspension components, wherein the controller is configured to change damping characteristics of the first and second semi-active suspension system components in response to motion of the cab, and wherein the controller is further configured to change the damping characteristic of the first semi-active suspension component by varying a magnetic field strength of the electromagnet to change a damping characteristic of the magnetorheological elastomer.
A method to isolate ferritin from plant material comprising the steps of: (a) separation of the plant material into a soluble and insoluble fraction; (b) removal of non-ferritin components from the soluble fraction of step (a) by enzymatic treatment of the soluble fraction with one or more carbohydrate-degrading enzymes, thereby isolating ferritin; and (c) concentration of the isolated ferritin from step (b). (a) separation of the plant material into a soluble and insoluble fraction; (b) removal of non-ferritin components from the soluble fraction of step (a) by enzymatic treatment of the soluble fraction with one or more carbohydrate-degrading enzymes, thereby isolating ferritin; and (c) concentration of the isolated ferritin from step (b).
A method for producing 1,4-butanediol, comprising biologically producing 1,4-butanediol in a culture medium for fermentation of an organism capable of producing 1,4-butanediol, at least partially removing each of a bacterial cell, a salt content and water from said fermentation culture medium to obtain a refined raw material 1,4-butanediol-containing solution, obtaining therefrom a crude 1,4-butanediol-containing solution through any one or more steps of the following steps (a) to (c), refining said crude 1,4-butanediol-containing solution through the following step (d) to obtain refined 1,4-butanediol: Step (a): a step of distilling said refined raw material 1,4 − butanediol − containing solution in a distillation column to remove components which are contained in said refined raw material 1,4 − butanediol − containing solution and higher in the boiling point than 1,4 − butanediol; Step (b): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and lighter in the boiling point than 1,4-butanediol; Step (c): a hydrogenation step of at least partially hydrogenating carbonyl compounds or unsaturated compounds contained in said refined raw material 1,4-butanediol-containing solution, wherein the hydrogenation is performed using a solid catalyst containing at least one metal or two or more metals selected from nickel (Ni), palladium (Pd), ruthenium (Ru), platinum (Pt) and copper (Cu); and Step (d): a step of distilling said crude 1,4-butanediol-containing solution in a distillation column and withdrawing refined 1,4-butanediol from a side stream. Step (a): a step of distilling said refined raw material 1,4 − butanediol − containing solution in a distillation column to remove components which are contained in said refined raw material 1,4 − butanediol − containing solution and higher in the boiling point than 1,4 − butanediol; Step (b): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and lighter in the boiling point than 1,4-butanediol; Step (c): a hydrogenation step of at least partially hydrogenating carbonyl compounds or unsaturated compounds contained in said refined raw material 1,4-butanediol-containing solution, wherein the hydrogenation is performed using a solid catalyst containing at least one metal or two or more metals selected from nickel (Ni), palladium (Pd), ruthenium (Ru), platinum (Pt) and copper (Cu); and Step (d): a step of distilling said crude 1,4-butanediol-containing solution in a distillation column and withdrawing refined 1,4-butanediol from a side stream.
A cowl assembly for an engine nacelle comprising: a) a first and second cowl door mounted for movement between an open position and a closed position; b) a latch assembly for selectively retaining the cowl doors in the closed position, the latch assembly having a latch retained in a latch housing on the first cowl door to engage a keeper retained in a keeper housing on the second cowl door; c) a pin including an internal bore and associated with one of the keeper, the keeper housing, the latch and the latch housing, wherein the pin carries at least a portion of the load on the latch; d) a microcontroller and a sensor retained in the internal bore of the pin for determining a signal indicative of a load on the pin, wherein the signal is determinative of whether the cowl doors are in the open or closed position; and e) an antenna for receiving and transmitting the signal to a location remote from the sensor. a) a first and second cowl door mounted for movement between an open position and a closed position; b) a latch assembly for selectively retaining the cowl doors in the closed position, the latch assembly having a latch retained in a latch housing on the first cowl door to engage a keeper retained in a keeper housing on the second cowl door; c) a pin including an internal bore and associated with one of the keeper, the keeper housing, the latch and the latch housing, wherein the pin carries at least a portion of the load on the latch; d) a microcontroller and a sensor retained in the internal bore of the pin for determining a signal indicative of a load on the pin, wherein the signal is determinative of whether the cowl doors are in the open or closed position; and e) an antenna for receiving and transmitting the signal to a location remote from the sensor.
Arc chute for a medium voltage circuit breaker comprising a housing (111, 112, 153), two parallel stacks (102, 106) of a plurality of substantially parallel metal plates (104, 104a, 104b, 104n, 108, 108a, 108b, 108n, 304) arranged in the housing, the two stacks defining a first axis (Y, A) in parallel to a stacking direction and orthogonal to the metal plates; an arc space arranged in the housing, wherein the arc can expand in the arc space; two first arc quenching plates arranged at each sidewall in the arc space between the metal plates (104, 108) of the first stack and the second stack, so that an arc can ascent within the arc chute between the first stack and the second stack; and at least two second arc quenching plates disposed in the respective stack (102, 106), in the housing, wherein each of the at least two second arc quenching plates having at least one surface has a surface plane extending in parallel to the first axis (Y, A), wherein a second axis traverses in parallel to the metal plates the two stacks and the arc space substantially orthogonal to the first axis, wherein the surface plane of the at least one surface of the second arc quenching plates is extending parallel to the second axis, the metal plates (104, 104a, 104b, 104n, 108, 108a, 108b, 108n, 304) of the two stacks (102, 106) are substantially rectangular and have two longitudinal edges (140, 340) and two transversal edges (142, 342), wherein each of the metal plates comprises a slot (148, 348), wherein the slot extends substantially parallel to the longitudinal edges and has a longitudinal extension of at least 20%, in particular of at least 1/3, of the length of the longitudinal edge, wherein each one of the second arc quenching plates is disposed in the slot (148, 348) of the respective stack (102, 106).
A method for receiving a downlink signal by a user equipment, UE, from an eNB in a wireless communication system, the method comprising the steps of: receiving a downlink control channel from the eNB; and receiving, from the eNB, a downlink data channel and a front loaded reference signal for demodulation of the downlink data channel by using control information included in the downlink control channel, wherein resource elements of symbols to which a front loaded reference signal is received are divided into two multiplexing groups or three multiplexing groups, and wherein the downlink control channel includes information on a multiplexing group, to which the front loaded reference signal is allocated, among the multiplexing groups, and information on a number of multiplexing groups, to which data are not allocated, among the multiplexing groups, and wherein, if the number of the multiplexing groups is three and the number of the multiplexing groups to which the data are not allocated is one, the multiplexing group to which the data are not allocated is a multiplexing group having a lowest index. receiving a downlink control channel from the eNB; and receiving, from the eNB, a downlink data channel and a front loaded reference signal for demodulation of the downlink data channel by using control information included in the downlink control channel, wherein resource elements of symbols to which a front loaded reference signal is received are divided into two multiplexing groups or three multiplexing groups, and wherein the downlink control channel includes information on a multiplexing group, to which the front loaded reference signal is allocated, among the multiplexing groups, and information on a number of multiplexing groups, to which data are not allocated, among the multiplexing groups, and wherein, if the number of the multiplexing groups is three and the number of the multiplexing groups to which the data are not allocated is one, the multiplexing group to which the data are not allocated is a multiplexing group having a lowest index.
A track link comprising a link body extending between a first body side and a second body side thereby delineating a width axis, the link body including: a drive beam disposed mid-width along the width axis; a plurality of pin lugs each including a root aligned along the width axis and a pin bore offset with respect to the width axis, the plurality of pin lugs including: a pair of sprocket lugs disposed toward either side of the drive beam, the pair of sprocket lugs each extending perpendicularly in opposite directions from the width axis to the pin bore; a pair of roller lugs disposed to either side of the pair of sprocket lugs, the pair of roller lugs extending perpendicularly in opposite directions from the width axis to the pin bore; and a pair of side lugs disposed to either side of the pair of roller lugs, the pair of side lugs extending perpendicularly in opposite directions from the width axis to the pin bore; and a shoe portion extending across the link body, wherein the shoe portion delineates a planar lower surface and the link body delineates a contoured upper surface opposite the planar lower surface, and wherein the pair of sprocket lugs each include a rail protrusion corresponding to the contoured upper surface, the rail protrusion curving upwards from the root to a crest approximately above the pin bore. a drive beam disposed mid-width along the width axis; a plurality of pin lugs each including a root aligned along the width axis and a pin bore offset with respect to the width axis, the plurality of pin lugs including: a pair of sprocket lugs disposed toward either side of the drive beam, the pair of sprocket lugs each extending perpendicularly in opposite directions from the width axis to the pin bore; a pair of roller lugs disposed to either side of the pair of sprocket lugs, the pair of roller lugs extending perpendicularly in opposite directions from the width axis to the pin bore; and a pair of side lugs disposed to either side of the pair of roller lugs, the pair of side lugs extending perpendicularly in opposite directions from the width axis to the pin bore; and a pair of sprocket lugs disposed toward either side of the drive beam, the pair of sprocket lugs each extending perpendicularly in opposite directions from the width axis to the pin bore; a pair of roller lugs disposed to either side of the pair of sprocket lugs, the pair of roller lugs extending perpendicularly in opposite directions from the width axis to the pin bore; and a pair of side lugs disposed to either side of the pair of roller lugs, the pair of side lugs extending perpendicularly in opposite directions from the width axis to the pin bore; and a shoe portion extending across the link body, wherein the shoe portion delineates a planar lower surface and the link body delineates a contoured upper surface opposite the planar lower surface, and wherein the pair of sprocket lugs each include a rail protrusion corresponding to the contoured upper surface, the rail protrusion curving upwards from the root to a crest approximately above the pin bore.
Quick release system for an interchangeable watch strap on a clasp, the quick release system comprising: - an end link for securing the watch strap on the clasp, the end link comprising a body and two lateral end pieces (11,12) placed on each side of the body, characterized by first lateral end piece being in one piece with the body and the second lateral end piece, called mobile end piece, able to slide away from the body, - a first bar extending from the first end piece, and comprising a first end being fixed to the first lateral end piece and a second free end cooperating with a bore of the mobile end piece; - a second bar extending from the first end piece, comprising a first end able to slide inside the first end piece, and a second end articulated to the mobile end piece; - a retaining stem arranged coaxial and fixed to the second bar, so that the mobile end piece is moveable parallel to a longitudinal axis of said retaining stem, and so that the mobile end piece can be moved from a locked position where the mobile end piece is held against the body, to an unlocked position where the mobile end piece is free, - locking means to lock the mobile end piece on the body, said locking means comprising a push button sliding inside the movable end link, and a locking pin fixed to the body and cooperating with the push button to allow said mobile end piece to be locked to or to be unlocked from the body of the end link. - an end link for securing the watch strap on the clasp, the end link comprising a body and two lateral end pieces (11,12) placed on each side of the body, characterized by first lateral end piece being in one piece with the body and the second lateral end piece, called mobile end piece, able to slide away from the body, - a first bar extending from the first end piece, and comprising a first end being fixed to the first lateral end piece and a second free end cooperating with a bore of the mobile end piece; - a second bar extending from the first end piece, comprising a first end able to slide inside the first end piece, and a second end articulated to the mobile end piece; - a retaining stem arranged coaxial and fixed to the second bar, so that the mobile end piece is moveable parallel to a longitudinal axis of said retaining stem, and so that the mobile end piece can be moved from a locked position where the mobile end piece is held against the body, to an unlocked position where the mobile end piece is free, - locking means to lock the mobile end piece on the body, said locking means comprising a push button sliding inside the movable end link, and a locking pin fixed to the body and cooperating with the push button to allow said mobile end piece to be locked to or to be unlocked from the body of the end link.
Compounds of formula and for use in the inhibition of colon adenocarcinoma and lymphoma cells, wherein R, R 1, R 2 and R 3 represent; H, alkyl, aryl, vinyl, allyl, alkoxyl, halogen (F, Br, Cl), OH, CN, CHO and CO 2 H, R 4 represents a linear alkyl group with 1-6 carbons, a cycloheteroalkyl group, like: an aryl group or heteroaryl group, that includes, a substituted phenyl group (containing alkoxyl, halogen (F, Br, Cl), OH, CN, CHO, CO 2 H), 2- and 4-pyridine, pyrimidine, pyridazine, thiophene, furane, pyran, benzoyl, pyrrole; A benzyl group where R' is an alkoxyl, halogen (F, Br, Cl), OH, CN, CHO and CO 2 H, R 5 represents an aryl group. R, R 1, R 2 and R 3 represent; H, alkyl, aryl, vinyl, allyl, alkoxyl, halogen (F, Br, Cl), OH, CN, CHO and CO 2 H, R 4 represents a linear alkyl group with 1-6 carbons, a cycloheteroalkyl group, like: an aryl group or heteroaryl group, that includes, a substituted phenyl group (containing alkoxyl, halogen (F, Br, Cl), OH, CN, CHO, CO 2 H), 2- and 4-pyridine, pyrimidine, pyridazine, thiophene, furane, pyran, benzoyl, pyrrole; A benzyl group where R' is an alkoxyl, halogen (F, Br, Cl), OH, CN, CHO and CO 2 H, R 5 represents an aryl group.
A wireless patient monitoring system configured to be coupled to a patient (101, 201), the system comprising: a wireless monitor (902, 1602) including: a base (906, 1606); and a battery (904, 1604) configured to removably engage with the base (906, 1606); a strap (934, 1646) for securing the wireless monitor (902, 1602) to the patient (101, 201), wherein a portion of the strap (934, 1646) is configured to engage with the base (906, 1606) by being disposed between the base and the battery or by passing through an opening on the base; an optical sensor (930, 1630) configured to obtain photoplethysmographs, the optical sensor including at least one emitter configured to emit light and at least one detector configured to detect said light after attenuation by tissue of a user, said photoplethysmographs responsive to said detected light, wherein the base (906, 1606) includes one or more outlets (910, 1610) for coupling to one or more sensors (930, 1630) including the optical sensor (930, 1630); wherein the wireless monitor includes a wireless transceiver configured to wirelessly transmit sensor data from the optical sensor, the system characterised in that the battery includes a memory for data storage. a wireless monitor (902, 1602) including: a base (906, 1606); and a battery (904, 1604) configured to removably engage with the base (906, 1606); a base (906, 1606); and a battery (904, 1604) configured to removably engage with the base (906, 1606); a strap (934, 1646) for securing the wireless monitor (902, 1602) to the patient (101, 201), wherein a portion of the strap (934, 1646) is configured to engage with the base (906, 1606) by being disposed between the base and the battery or by passing through an opening on the base; an optical sensor (930, 1630) configured to obtain photoplethysmographs, the optical sensor including at least one emitter configured to emit light and at least one detector configured to detect said light after attenuation by tissue of a user, said photoplethysmographs responsive to said detected light, wherein the base (906, 1606) includes one or more outlets (910, 1610) for coupling to one or more sensors (930, 1630) including the optical sensor (930, 1630); wherein the wireless monitor includes a wireless transceiver configured to wirelessly transmit sensor data from the optical sensor, the system characterised in that the battery includes a memory for data storage.
High-temperature cell comprising - a cathode, - an anode and - an electrolyte arranged between the cathode and the anode, wherein the cathode comprises a cathode functional layer covering the electrolyte, and a porous cathode gas conducting layer forming gas ducts, wherein the cathode gas conducting layer has been applied to the cathode functional layer, wherein the cathode gas conducting layer has lower porosity than the cathode functional layer, and/or wherein the anode comprises an anode functional layer covering the electrolyte, and a porous anode gas conducting layer forming gas ducts, wherein the anode gas conducting layer has been applied to the anode functional layer, wherein the anode gas conducting layer has lower porosity than the anode functional layer. - a cathode, - an anode and - an electrolyte arranged between the cathode and the anode,
An apparatus, comprising: a cartridge including a body portion, whereby the body portion defines a first reservoir portion and a second reservoir portion; a cap coupled to the body portion to substantially close the body portion; an absorbent material disposed within the second reservoir portion and configured to inhibit leakage of liquid from the cartridge; a capillary fixedly coupled to the first reservoir portion and in fluid communication with the second reservoir portion; an opening defined by the cap, the opening configured to allow a vacuum source to be placed in fluid communication with the second reservoir portion; and a protrusion extending from the cap into the body portion, the protrusion being electrically conductive and configured to produce a signal when a fluid level in the first reservoir portion contacts the protrusion. a cartridge including a body portion, whereby the body portion defines a first reservoir portion and a second reservoir portion; a cap coupled to the body portion to substantially close the body portion; an absorbent material disposed within the second reservoir portion and configured to inhibit leakage of liquid from the cartridge; a capillary fixedly coupled to the first reservoir portion and in fluid communication with the second reservoir portion; an opening defined by the cap, the opening configured to allow a vacuum source to be placed in fluid communication with the second reservoir portion; and a protrusion extending from the cap into the body portion, the protrusion being electrically conductive and configured to produce a signal when a fluid level in the first reservoir portion contacts the protrusion.