mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner indoor unit comprising a box-shaped casing, an air inlet port, a pair of air outlet ports, a pair of air passages formed in the casing and extending from the air inlet port to the air outlet ports, a fan that is arranged upstream from the air passages and corresponds to the air inlet port, a pair of heat exchangers that are arranged downstream from the air passages and correspond to the air outlet ports, and a refrigerant pipe (21a, 21b, 21c, 21d) connecting the heat exchangers to each other, wherein a drain pan is arranged below the heat exchangers and the fan, characterized in that: the air inlet port is formed in a central portion of a front surface of the casing, the pair of air outlet ports is formed on both sides of the front surface of the casing, wherein the refrigerant pipe (21a, 21b, 21c, 21d) is received on the drain pan, and a partition plate is arranged between the fan and the drain pan. the air inlet port is formed in a central portion of a front surface of the casing, the pair of air outlet ports is formed on both sides of the front surface of the casing, wherein the refrigerant pipe (21a, 21b, 21c, 21d) is received on the drain pan, and a partition plate is arranged between the fan and the drain pan.
An electronic fuse for an electric low voltage power conduit (L1, L2, L3), comprising: - a current sensor coupled to the power conduit for measuring an electric current through said power conduit (L1, L2, L3) during use of said power conduit (L1, L2, L3), - a switch in said power conduit (L1, L2, L3) being connected to a switching module, for switching said switch between a interrupted and a conductive state; wherein said switching module is connected to said current sensor and comprises a switching circuit for performing a switching operation of said switch on the basis of said electric current measured by said current sensor; and wherein said switching module is connected to a wireless transmitting and receiving device (111, 112, 113) for wirelessly transmitting data regarding the position of said switch, wherein said electronic fuse comprises a memory with a library of switching behavior of at least one fuse, comprising the switching off moment of said fuse, and a comparison unit for comparing use data of said power conduit (L1, L2, L3) with a turn off moment of the at least one fuse, for turning off the electronic fuse through said switching module when use data of the power conduit (L1, L2, L3) correspond to turning off of the fuse, characterized in that said memory comprises a library of switching behavior of at least one mechanical fuse, comprising the switching off moment of said mechanical fuse, wherein said comparison unit compares use data of said power conduit (L1, L2, L3) with a turn off moment of the at least one mechanical fuse, and wherein the turning off moment of the electronic fuse is intended to be a delay from the moment an excessive current is detected to the moment the electronic fuse opens. - a current sensor coupled to the power conduit for measuring an electric current through said power conduit (L1, L2, L3) during use of said power conduit (L1, L2, L3), - a switch in said power conduit (L1, L2, L3) being connected to a switching module, for switching said switch between a interrupted and a conductive state;
An antisurge control system for a compressor which experiences compressor surge in response to defined operational conditions, the compressor having a compressor inlet and a compressor outlet, the antisurge control system comprising: a surge controller operatively connectable to the compressor and configured to monitor operation of the compressor and generate an antisurge signal when compressor operational conditions exceed a prescribed threshold associated with compressor surge; an antisurge valve in operative communication with the surge controller and fluidly connectable to the compressor inlet and compressor outlet, the antisurge valve being selectively transitional between a closed position and an open position, the antisurge valve being transitioned from the closed position to the open position to enable fluid flow from the compressor outlet to the compressor inlet through the antisurge valve; and a valve actuator operatively coupled to the surge controller and the antisurge valve, the valve actuator being configured to exert a first closing force on the antisurge valve for closing the antisurge valve, the valve actuator being configured to exert a second closing force equal to only a portion of the first closing force on the antisurge valve in response to receiving the antisurge signal from the surge controller; wherein the second closing force is sufficient to prevent the antisurge valve from transitioning to the open position. a surge controller operatively connectable to the compressor and configured to monitor operation of the compressor and generate an antisurge signal when compressor operational conditions exceed a prescribed threshold associated with compressor surge; an antisurge valve in operative communication with the surge controller and fluidly connectable to the compressor inlet and compressor outlet, the antisurge valve being selectively transitional between a closed position and an open position, the antisurge valve being transitioned from the closed position to the open position to enable fluid flow from the compressor outlet to the compressor inlet through the antisurge valve; and a valve actuator operatively coupled to the surge controller and the antisurge valve, the valve actuator being configured to exert a first closing force on the antisurge valve for closing the antisurge valve, the valve actuator being configured to exert a second closing force equal to only a portion of the first closing force on the antisurge valve in response to receiving the antisurge signal from the surge controller; wherein the second closing force is sufficient to prevent the antisurge valve from transitioning to the open position.
An implantable neural stimulation electrode assembly, comprising: a first electrode unit having a dielectric first paddle, a plurality of first electrodes carried by the first paddle, and a guideline having a distal section fixed to the first paddle and a proximal section having a length configured to extend externally of the patient; and a second electrode unit having a dielectric second paddle and a plurality of second electrodes carried by the second paddle, wherein the second paddle is configured to travel along the guideline from a first position spaced apart from the first paddle to a second position adjacent to and engaged with the first paddle in a side-by-side configuration within a patient. a first electrode unit having a dielectric first paddle, a plurality of first electrodes carried by the first paddle, and a guideline having a distal section fixed to the first paddle and a proximal section having a length configured to extend externally of the patient; and a second electrode unit having a dielectric second paddle and a plurality of second electrodes carried by the second paddle, wherein the second paddle is configured to travel along the guideline from a first position spaced apart from the first paddle to a second position adjacent to and engaged with the first paddle in a side-by-side configuration within a patient.
A doorway light fixture assembly comprising: a housing; a light source disposed within the housing to emit a light beam; and a first rod and a second rod attached to the housing and illuminated by the light beam, each of the first and second rods (14a, 14b) comprises a transparent material, the first and second rods (14a, 14b) include a plurality of notches distributed along a length of each rod (14a,14b), wherein the light beam is to be deflected by the plurality of notches to provide a corresponding plurality of discrete light images, characterized in that: the first rod and the second rod are arranged in an L-shape with the light source being in proximity with a vertex of the L-shape, the first and second rods (14a, 14b) being cantilevered from the housing and being self-supported, the L-shape is to be disposed at an upper corner of a door frame to help delineate a doorway; the first rod having a first flat portion to be inserted in a first socket of the housing (22, 92) to orient the first rod relative to the housing such that a front-light projecting side of the first rod may be positioned to project illuminated light provided by the light source; and the second rod having a second flat portion to be inserted in a second socket of the housing (22, 92) to orient the second rod relative to the housing such that a front-light projecting side of the second rod may be positioned to project illuminated light provided by the source. a housing; a light source disposed within the housing to emit a light beam; and a first rod and a second rod attached to the housing and illuminated by the light beam, each of the first and second rods (14a, 14b) comprises a transparent material, the first and second rods (14a, 14b) include a plurality of notches distributed along a length of each rod (14a,14b), wherein the light beam is to be deflected by the plurality of notches to provide a corresponding plurality of discrete light images, characterized in that: the first rod and the second rod are arranged in an L-shape with the light source being in proximity with a vertex of the L-shape, the first and second rods (14a, 14b) being cantilevered from the housing and being self-supported, the L-shape is to be disposed at an upper corner of a door frame to help delineate a doorway; the first rod having a first flat portion to be inserted in a first socket of the housing (22, 92) to orient the first rod relative to the housing such that a front-light projecting side of the first rod may be positioned to project illuminated light provided by the light source; and the second rod having a second flat portion to be inserted in a second socket of the housing (22, 92) to orient the second rod relative to the housing such that a front-light projecting side of the second rod may be positioned to project illuminated light provided by the source.
Calender (100, 200, 300, 400, 500) for pressing a web of material, comprising a calender frame, comprising a first roller having a first roller axis, comprising a second roller having a second roller axis, wherein the rollers (2,7) are mounted in the calender frame with bearing assemblies (4, 9) and can be positioned to each other such that the first and second roller axes (6, 12) run in parallel to each other, and wherein at least one of the bearing assemblies (4, 9) of at least one of the rollers (2,7) is formed such that one of the rollers (2,7) with respect to the other of the rollers (2,7) can be interlocked by an interlocking angle around an interlocking axis perpendicularly intersecting the first and second roller axis (6, 12), characterized in that the at least one bearing assembly comprises a rocker with a roller bearing seat, and that the rocker is mounted in a rocker bearing arrangement so as to be pivotable about a rocker bearing axis with the aid of a length adjuster acting in an adjusting direction and having a maximum stroke, and so as to be displaceable relative to the calender frame with a directional component perpendicular to the roller axis with the aid of a displacement device. comprising a first roller having a first roller axis, comprising a second roller having a second roller axis, wherein the rollers (2,7) are mounted in the calender frame with bearing assemblies (4, 9) and can be positioned to each other such that the first and second roller axes (6, 12) run in parallel to each other, and wherein at least one of the bearing assemblies (4, 9) of at least one of the rollers (2,7) is formed such that one of the rollers (2,7) with respect to the other of the rollers (2,7) can be interlocked by an interlocking angle around an interlocking axis perpendicularly intersecting the first and second roller axis (6, 12), characterized in that the at least one bearing assembly comprises a rocker with a roller bearing seat, and that the rocker is mounted in a rocker bearing arrangement so as to be pivotable about a rocker bearing axis with the aid of a length adjuster acting in an adjusting direction and having a maximum stroke, and so as to be displaceable relative to the calender frame with a directional component perpendicular to the roller axis with the aid of a displacement device.
A method of applying a coating to a substrate: the method comprising: i) providing an apparatus having: a deposition chamber; a cooled crucible for holding a melt pool of coating material; and means for rotating the melt pool ii) melting an ingot in the crucible to form the melt pool; and iii) controlling the means to rotate the melt pool so as to move slag floating on the pool surface radially towards the pool periphery and to freeze the slag. i) providing an apparatus having: a deposition chamber; a cooled crucible for holding a melt pool of coating material; and means for rotating the melt pool a deposition chamber; a cooled crucible for holding a melt pool of coating material; and means for rotating the melt pool ii) melting an ingot in the crucible to form the melt pool; and iii) controlling the means to rotate the melt pool so as to move slag floating on the pool surface radially towards the pool periphery and to freeze the slag.
A wireless charger for connecting with a charging device via a wireless communications network, the wireless charger comprising: a wireless power transmitter configured to transmit a power pulse for detecting a charging device, the power pulse further configured to supply power to a detected charging device such that the charging device remains active in order to establish a connection with the wireless charger; a device scanner configured to scan for one or more connection solicitations transmitted by devices; and a wireless protocol enabled receiver configured to receive a connection solicitation via the wireless communications network from the charging device in response to the transmitted power pulse, a wireless protocol enabled transmitter further configured to transmit a connection request to establish a connection with the charging device in response to the received connection solicitation., wherein the connection request is transmitted in a communication separate from the transmitted power pulse. a wireless power transmitter configured to transmit a power pulse for detecting a charging device, the power pulse further configured to supply power to a detected charging device such that the charging device remains active in order to establish a connection with the wireless charger; a device scanner configured to scan for one or more connection solicitations transmitted by devices; and a wireless protocol enabled receiver configured to receive a connection solicitation via the wireless communications network from the charging device in response to the transmitted power pulse, a wireless protocol enabled transmitter further configured to transmit a connection request to establish a connection with the charging device in response to the received connection solicitation., wherein the connection request is transmitted in a communication separate from the transmitted power pulse.
A method for preparing a multifilament yarn or a monofilament fiber of 4-hydroxybutyrate polymer or copolymer comprising (a) spinning a multifilament yarn or monofilament fiber comprising a 4-hydroxybutyrate polymer or copolymer, and (b) orienting the multifilament yarn or monofilament fiber using a 3-6 step orientation process in which the first step involves cold drawing the multifilament yarn or monofilament fiber at a temperature above -10 °C and up to 45 °C; wherein the multifilament yarn or monofilament fiber is hot drawn after cold drawing, at a temperature above the melt temperature of the polymer or copolymer; wherein the multifilament yarn is cold drawn with an orientation ratio of 2 to 6, and then hot drawn in one or more subsequent draws to yield a yarn with a tenacity of at least 9 gram/dtex (8.1 grams per denier), preferably at least 9.4 gram/dtex (8.5 grams per denier), more preferably at least 10.0 gram/dtex (9.0 grams per denier), and even more preferably greater than 10.6 gram/dtex (9.5 grams per denier) and wherein the monofilament fiber is cold drawn with an orientation ratio of 3 to 4, and then hot drawn in one or more subsequent draws. wherein the multifilament yarn or monofilament fiber is hot drawn after cold drawing, at a temperature above the melt temperature of the polymer or copolymer; wherein the multifilament yarn is cold drawn with an orientation ratio of 2 to 6, and then hot drawn in one or more subsequent draws to yield a yarn with a tenacity of at least 9 gram/dtex (8.1 grams per denier), preferably at least 9.4 gram/dtex (8.5 grams per denier), more preferably at least 10.0 gram/dtex (9.0 grams per denier), and even more preferably greater than 10.6 gram/dtex (9.5 grams per denier) and wherein the monofilament fiber is cold drawn with an orientation ratio of 3 to 4, and then hot drawn in one or more subsequent draws.
A nonaqueous electrolyte secondary battery comprising: an electrode element including a positive electrode and a negative electrode arranged so as to face each other; a nonaqueous electrolyte; and a jacket housing the electrode element and the nonaqueous electrolyte, wherein the negative electrode comprises: a negative electrode active material containing (a) a carbon material capable of intercalating and deintercalating lithium ions, (b) a metal capable of forming an alloy with lithium, and (c) a metal oxide capable of intercalating and deintercalating the lithium ions; a negative electrode binder; and a negative electrode collector, the negative electrode active material is bound to the negative electrode collector with the negative electrode binder, and the nonaqueous electrolyte comprises: a nonaqueous solvent; a cyclic fluorinated carbonate; and a linear fluorinated ether, characterized in that the negative electrode binder is polyimide or polyamide imide. an electrode element including a positive electrode and a negative electrode arranged so as to face each other; a nonaqueous electrolyte; and a jacket housing the electrode element and the nonaqueous electrolyte, a negative electrode active material containing (a) a carbon material capable of intercalating and deintercalating lithium ions, (b) a metal capable of forming an alloy with lithium, and (c) a metal oxide capable of intercalating and deintercalating the lithium ions; a negative electrode binder; and a negative electrode collector, a nonaqueous solvent; a cyclic fluorinated carbonate; and a linear fluorinated ether,
An apparatus operable in a base station transceiver of a mobile communication system, wherein the base station transceiver is operable in a coverage area of another base station transceiver, the apparatus comprising an interface operable to receive information on at least one radio frame in a repetitive sequence of radio frames, during which the other base station transceiver is operable to transmit with reduced transmission power or to suspend transmission compared to at least one other of the radio frames in the sequence; and a controller operable to determine information on a measurement configuration for a mobile transceiver associated to the base station transceiver based on the received information, wherein the information on the measurement configuration comprises information on a periodic signal quality measurement at the mobile transceiver on radio signals received from the base station transceiver during a time interval, characterised by the information on the measurement configuration comprises information positioning the time interval in the sequence to the same position for at least two subsequent signal quality measurements, wherein the time interval comprises the at least one of the radio frames in the sequence for which the other base station transceiver is operable to transmit with reduced transmission power or to suspend transmission compared to the at least one other radio frame in the sequence, and wherein the time interval comprises the at least one other radio frame.
A multi-piece oil control ring, including a slotted spring element and at least one lamella element (3, 4) being operatively connected to said slotted spring element and provided with a joint (7, 8), wherein the spring element is formed as meander spring, which, on the one hand, axially receives and, on the other hand, radially supports the lamella element (3, 4), wherein the two end regions of the meander spring are provided with legs (9, 10), the axial length of which is designed so that the legs (9, 10) engage at least partially with the joint (7, 8) of the lamella element (3, 4), characterized in that the legs (9, 10) run approximately parallel to one another and that the thickness (d) of both legs (9, 10) of the meander spring is smaller than the joint width (a) of the lamella element, so that the legs (9, 10) which bear on one another are guided with defined play within the joint of the lamella element by maintaining the tangential force of the lamella element.
A process for manufacturing a metering roll especially usable in flexographic printing presses, in varnish stations for offset presses and/or in short ink train dry offset presses for example, comprising a central cylindrical core and at least one layer of a hard material peripheral coating, characterized in that it comprises at least a first step of melting superficially at least partially the hard material coating, a second step of solidifying the melted hard material, and a third step of engraving the solidified layer of said hard material.
Appliance (100, 200, 300, 400) for processing foodstuffs with: a container (110, 210, 313) which has walls that define a space within which food which is to be processed can be accommodated, and a working part (112, 212, 312, 412) which is located within the space and can be driven to process the food, wherein the space defined by the walls has a form which is, at least in part, substantially a spherical segment, also having ribs (111, 311, 411, 511) which are arranged on the wall of the container in such a way that they extend into the interior space, characterised in that the appliance has one or more inner bulges, the inner bulges extending between the ribs into the interior space of the container, wherein the inner bulges are flatter and less steep compared to the ribs. a container (110, 210, 313) which has walls that define a space within which food which is to be processed can be accommodated, and a working part (112, 212, 312, 412) which is located within the space and can be driven to process the food, wherein the space defined by the walls has a form which is, at least in part, substantially a spherical segment, also having ribs (111, 311, 411, 511) which are arranged on the wall of the container in such a way that they extend into the interior space, characterised in that the appliance has one or more inner bulges, the inner bulges extending between the ribs into the interior space of the container, wherein the inner bulges are flatter and less steep compared to the ribs.