mhurhangee/ep-ind-claims huggingface dataset:
A vehicle understructure comprising: a transaxle for accommodating a damper, a planetary gear, a power generating motor, a traveling drive motor, a differential device, and the like, within a transaxle case, said transaxle including a plurality of enclosures and a fastening part (B, B') that mutually fastens outer edge parts of the plurality of enclosures; an undercover including an interference part that is made of resin, that is configured to be displaced upward when a road surface interferes with the undercover, and that faces the fastening part (B, B'); and a metal plate that is configured to reinforce at least a portion of the interference part; characterized in that the enclosures include a housing located on an internal combustion engine side, and a case body located on the opposite side of the housing from an internal combustion engine; the outer edge parts include a first flange located on the internal combustion engine side of the housing, a second flange located on a case body side of the housing, and a third flange formed at the case body; the second flange and the third flange are overlapped with each other and fastened together; a lower end of the second flange is located nearer to a lower side of a vehicle than a lower end of the first flange; and the fastening part (B, B') fastens the second flange and the third flange together. a transaxle for accommodating a damper, a planetary gear, a power generating motor, a traveling drive motor, a differential device, and the like, within a transaxle case, said transaxle including a plurality of enclosures and a fastening part (B, B') that mutually fastens outer edge parts of the plurality of enclosures; an undercover including an interference part that is made of resin, that is configured to be displaced upward when a road surface interferes with the undercover, and that faces the fastening part (B, B'); and a metal plate that is configured to reinforce at least a portion of the interference part; characterized in that the enclosures include a housing located on an internal combustion engine side, and a case body located on the opposite side of the housing from an internal combustion engine; the outer edge parts include a first flange located on the internal combustion engine side of the housing, a second flange located on a case body side of the housing, and a third flange formed at the case body; the second flange and the third flange are overlapped with each other and fastened together; a lower end of the second flange is located nearer to a lower side of a vehicle than a lower end of the first flange; and the fastening part (B, B') fastens the second flange and the third flange together.
An isolated nucleic acid molecule encoding a delta-9 desaturase enzyme comprising an amino acid sequence that is at least 80% identical to SEQ ID NO:13, wherein the nucleic acid molecule comprises a nucleotide sequence at least 60% identical to a sequence selected from the group consisting of SEQ ID NO:10, SEQ ID NO:16, and SEQ ID NO:45; further comprising a gene regulatory element.
A sliding door apparatus comprising: a first doorway frame that has a first lower frame that is disposed on a lower portion of a first doorway; a second doorway frame that has a second lower frame that is disposed on a lower portion of a second doorway, and that faces the first lower frame so as to have a clearance interposed; a first door that is configured to open and close the first doorway by being slid horizontally; a second door that is configured to open and close the second doorway by being slid horizontally together with the first door; a light emitter that is disposed on a first portion of either an upper portion or a lower portion of the first doorway; a light receiver that is disposed on a second portion of the upper portion or the lower portion of the first doorway; and a determination controlling portion that is configured to determine presence or absence of an obstruction; characterized in that the light emitter is configured to illuminate an illuminated surface that is a surface of the second lower frame that faces the first lower frame, and in that the light receiver is configured to receive light that is emitted from the light emitter and reflected by the illuminated surface, and in that the determination controlling portion is configured to determine presence or absence of the obstruction by detecting whether or not the light that is emitted from the light emitter and reflected by the illuminated surface is received by the light receiver. a first doorway frame that has a first lower frame that is disposed on a lower portion of a first doorway; a second doorway frame that has a second lower frame that is disposed on a lower portion of a second doorway, and that faces the first lower frame so as to have a clearance interposed; a first door that is configured to open and close the first doorway by being slid horizontally; a second door that is configured to open and close the second doorway by being slid horizontally together with the first door; a light emitter that is disposed on a first portion of either an upper portion or a lower portion of the first doorway; a light receiver that is disposed on a second portion of the upper portion or the lower portion of the first doorway; and a determination controlling portion that is configured to determine presence or absence of an obstruction; characterized in that the light emitter is configured to illuminate an illuminated surface that is a surface of the second lower frame that faces the first lower frame, and in that the light receiver is configured to receive light that is emitted from the light emitter and reflected by the illuminated surface, and in that the determination controlling portion is configured to determine presence or absence of the obstruction by detecting whether or not the light that is emitted from the light emitter and reflected by the illuminated surface is received by the light receiver.
A compound represented by the general formula: wherein A represents, a phenyl ring, a thiophene ring, or an isothiazole ring; R 1 is the same or different, and represents a halogen atom, or a C 1 -C 3 alkyl group; R 2 represents a hydrogen atom, or a C 1 -C 6 alkyl group; p represents an integer of 0 to 5; V represents CR 3 wherein R 3 represents a hydrogen atom, an amino group, a nitro group, or a C 1 -C 3 alkoxy group, or V represents a nitrogen atom; X represents a halogen atom, or a pharmacologically acceptable salt thereof.
An electrochemical storage cell, comprising: a cell core; a container housing the cell core; and a blow out vent in the container, the blow out vent adapted to open and release pressure from within the container when the pressure within the container exceeds a predetermined level to thereby prevent catastrophic rupture of the container, wherein the blow out vent comprises: a trough, substantially surrounding an exhaust opening that extends through the container, including an interior edge defining the exhaust opening and an outer edge defining the periphery of the trough, the radial difference between the interior and outer edges being 10% to 15% of the radius of the exhaust opening, a membrane disposed in the trough and over the exhaust opening, the membrane being formed to rupture at the predetermined pressure level, and a safety mask disposed over the membrane to protect the membrane from damage from external forces, the safety mask comprising a flange dimensioned to fit within the trough and a crown portion extending from the flange, wherein the membrane and safety mask are secured over the exhaust opening by the safety mask being secured to the trough. a cell core; a container housing the cell core; and a blow out vent in the container, the blow out vent adapted to open and release pressure from within the container when the pressure within the container exceeds a predetermined level to thereby prevent catastrophic rupture of the container, wherein the blow out vent comprises: a trough, substantially surrounding an exhaust opening that extends through the container, including an interior edge defining the exhaust opening and an outer edge defining the periphery of the trough, the radial difference between the interior and outer edges being 10% to 15% of the radius of the exhaust opening, a membrane disposed in the trough and over the exhaust opening, the membrane being formed to rupture at the predetermined pressure level, and a safety mask disposed over the membrane to protect the membrane from damage from external forces, the safety mask comprising a flange dimensioned to fit within the trough and a crown portion extending from the flange, wherein the membrane and safety mask are secured over the exhaust opening by the safety mask being secured to the trough. a trough, substantially surrounding an exhaust opening that extends through the container, including an interior edge defining the exhaust opening and an outer edge defining the periphery of the trough, the radial difference between the interior and outer edges being 10% to 15% of the radius of the exhaust opening, a membrane disposed in the trough and over the exhaust opening, the membrane being formed to rupture at the predetermined pressure level, and a safety mask disposed over the membrane to protect the membrane from damage from external forces, the safety mask comprising a flange dimensioned to fit within the trough and a crown portion extending from the flange, wherein the membrane and safety mask are secured over the exhaust opening by the safety mask being secured to the trough.
A method for processing accidental emergency calls comprising: monitoring an emergency call with an active learning Artificial Intelligence bot implemented by a processor; determining, by the AI bot, that the emergency call was disconnected prior to a call taker resolving the emergency call, wherein the determination is based on at least one of an indication provided by the call taker, a call duration of the emergency call, an insufficient response from a caller that placed the emergency call, and identification of certain words and phrases spoken by the emergency call taker associated with disconnected emergency calls; providing, by the AI bot, a score indicative of the likelihood that the emergency call was an accidental call, wherein the score is based on real-time and historical data, wherein the real-time and historical data includes at least one of the call duration of the emergency call, natural language processing determined content of the emergency call that is similar to language used in real emergency calls, voice sentiment indicating stress level, a caller location, a crime history of the caller location, a time the emergency call was placed, background noise of the emergency call, and an emergency call history of the caller; and recommending, by the AI bot, a response to the emergency call based upon the score. monitoring an emergency call with an active learning Artificial Intelligence bot implemented by a processor; determining, by the AI bot, that the emergency call was disconnected prior to a call taker resolving the emergency call, wherein the determination is based on at least one of an indication provided by the call taker, a call duration of the emergency call, an insufficient response from a caller that placed the emergency call, and identification of certain words and phrases spoken by the emergency call taker associated with disconnected emergency calls; providing, by the AI bot, a score indicative of the likelihood that the emergency call was an accidental call, wherein the score is based on real-time and historical data, wherein the real-time and historical data includes at least one of the call duration of the emergency call, natural language processing determined content of the emergency call that is similar to language used in real emergency calls, voice sentiment indicating stress level, a caller location, a crime history of the caller location, a time the emergency call was placed, background noise of the emergency call, and an emergency call history of the caller; and recommending, by the AI bot, a response to the emergency call based upon the score.
A light emitting device comprising: a conductive support substrate; a protection layer at a periphery portion on the conductive support substrate; a light emitting structure layer on the conductive support substrate and the protection layer, said light emitting structure layer including a first conductive semiconductor layer, a second conductive semiconductor layer, and an active layer between the first conductive semiconductor layer and the second conductive semiconductor layer; and an electrode at least partially overlapping the protection layer on the light emitting structure layer, characterized in that the light emitting structure layer has an inclined side surface and, wherein the inclined side surface of the light emitting structure layer at least partially overlaps the protection layer, wherein the electrode is formed on the first conductive semiconductor layer and includes an outer electrode extending along the edge on the top of the first conductive semiconductor layer and an inner electrode connecting the first portion of the outer electrode with the second portion of the outer electrode, wherein an outer electrode is at least partially formed within 50μm from the outermost side of the top of the first conductive semiconductor layer, a conductive support substrate; a protection layer at a periphery portion on the conductive support substrate; a light emitting structure layer on the conductive support substrate and the protection layer, said light emitting structure layer including a first conductive semiconductor layer, a second conductive semiconductor layer, and an active layer between the first conductive semiconductor layer and the second conductive semiconductor layer; and an electrode at least partially overlapping the protection layer on the light emitting structure layer, characterized in that the light emitting structure layer has an inclined side surface and, wherein the inclined side surface of the light emitting structure layer at least partially overlaps the protection layer, wherein the electrode is formed on the first conductive semiconductor layer and includes an outer electrode extending along the edge on the top of the first conductive semiconductor layer and an inner electrode connecting the first portion of the outer electrode with the second portion of the outer electrode, wherein an outer electrode is at least partially formed within 50μm from the outermost side of the top of the first conductive semiconductor layer,
A pulse generation apparatus comprising: a delay pulse generator configured to generate a plurality of delay pulses by delaying a digital pulse; an amplitude modulator configured to modulate amplitudes of the plurality of delay pulses in the digital domain; and a Gaussian pulse generator configured to generate a Gaussian pulse based on the amplitude-modulated delay pulses, wherein the Gaussian pulse generator comprises only one digital power amplifier, DPA, configured to synchronize and combine the amplitude-modulated delay pulses to generate the Gaussian pulse. a delay pulse generator configured to generate a plurality of delay pulses by delaying a digital pulse; an amplitude modulator configured to modulate amplitudes of the plurality of delay pulses in the digital domain; and a Gaussian pulse generator configured to generate a Gaussian pulse based on the amplitude-modulated delay pulses, wherein the Gaussian pulse generator comprises only one digital power amplifier, DPA, configured to synchronize and combine the amplitude-modulated delay pulses to generate the Gaussian pulse.
A cap (600, 700) for a reservoir of a medicinal fluid which provides a fluid flow path for the medicinal fluid to tubing used to deliver said fluid to a user; said cap (600, 700) comprising: a lower body section configured to be able to engage with the reservoir and having an axial bore to conduct the medicinal fluid from the reservoir; an upper body section having an axial bore for connection at one end to the tubing, the axial bore of the upper body section being in fluid communication with the axial bore of the lower body section to receive the medication fluid via an internal chamber; wherein a gas trapping filter (606, 706) is housed within the internal chamber and is characterised in that it is configured to retain gas bubbles thereby preventing said gas from leaving the internal chamber; the gas trapping filter (606, 706) being realized as a foam, sponge, or felt fibre composite material. a lower body section configured to be able to engage with the reservoir and having an axial bore to conduct the medicinal fluid from the reservoir; an upper body section having an axial bore for connection at one end to the tubing, the axial bore of the upper body section being in fluid communication with the axial bore of the lower body section to receive the medication fluid via an internal chamber; wherein a gas trapping filter (606, 706) is housed within the internal chamber and is characterised in that it is configured to retain gas bubbles thereby preventing said gas from leaving the internal chamber; the gas trapping filter (606, 706) being realized as a foam, sponge, or felt fibre composite material.
A conversion material for at least partially converting the radiation of a primary light source into light of other wavelengths, in particular for a white or coloured light source comprising a semiconductor light source as a primary light source, comprising a matrix glass which as a bulk material of a thickness d of about 1 mm, exhibits an internal transmittance τ i of greater than 80 % in the wavelength range from 350 to 800 nm and in the range in which the primary light source emits light; is provided in the form of a sintered body made from a sintered powder of the matrix glass with a grain size distribution of d10 ≥ 0.7 μm, d50 ≥ 3 μm, and d90 ≤ 150 μm as determined on the powder; and wherein the matrix glass consists of at least one member of the group comprising lanthanum borosilicate with a zinc fraction, aluminium borosilicate with an yttrium fraction, and zinc phosphates.
An electronics assembly, comprising: a motor controller electronics arrangement with a solid-state switch array; a feeder cable connected to the motor controller electronics and in electrical communication with the solid-state switch array; and a phase change material, PCM, body 104, 204) thermally coupled to the feeder cable and arranged outside of the motor controller to limit conduction of heat generated by resistive heating of the feeder cable into the motor controller electronics and through the feeder cable; wherein the PCM body surrounds the feeder cable; wherein the electronics assembly further comprises a container enclosing the PCM body; and wherein the feeder cable extends through the container. a motor controller electronics arrangement with a solid-state switch array; a feeder cable connected to the motor controller electronics and in electrical communication with the solid-state switch array; and a phase change material, PCM, body 104, 204) thermally coupled to the feeder cable and arranged outside of the motor controller to limit conduction of heat generated by resistive heating of the feeder cable into the motor controller electronics and through the feeder cable; wherein the PCM body surrounds the feeder cable; wherein the electronics assembly further comprises a container enclosing the PCM body; and wherein the feeder cable extends through the container.
A method for avoiding hanging Packet Data Protocol contexts in a General Packet Radio Service network, the method comprising: including a time-out period in a request message to create a Packet Data Protocol context; transmitting the request message from a first General Packet Radio Service Support Node to a second General Packet Radio Service Support Node; receiving the request message in the second General Packet Radio Service Support Node; and transmitting a response message from the second General Packet Radio Service Support Node to the first General Packet Radio Service Support Node, wherein the second General Packet Radio Service Support Node creates the Packet Data Protocol context within the time-out period included in the request message, wherein the response message informs the first General Packet Radio Service Support Node that creation of the Packet Data Protocol context has been aborted, if the second General Packet Radio Service Support Node is unable to create the Packet Data Protocol context within the time-out period included in the request message. including a time-out period in a request message to create a Packet Data Protocol context; transmitting the request message from a first General Packet Radio Service Support Node to a second General Packet Radio Service Support Node; receiving the request message in the second General Packet Radio Service Support Node; and transmitting a response message from the second General Packet Radio Service Support Node to the first General Packet Radio Service Support Node, wherein the second General Packet Radio Service Support Node creates the Packet Data Protocol context within the time-out period included in the request message, wherein the response message informs the first General Packet Radio Service Support Node that creation of the Packet Data Protocol context has been aborted, if the second General Packet Radio Service Support Node is unable to create the Packet Data Protocol context within the time-out period included in the request message.
A milking cluster comprising: a plurality of teat cups in which each teat cup comprises a flexible liner for engaging about a teat of an animal to be milked and has a head portion provided with a mouth through which the teat is engageable with the liner, a nozzle means for discharging treatment fluid into the head portion of the liner, and a discharge end of the teat cup where the flexible liner communicates with a flexible, short milk tube, the discharge end being opposite the mouth; a clawpiece connected to the short milk tubes for collecting milk extracted from the animals teats, and for connecting to a flexible long milk tube via which the milk is delivered to a collection line; and a distributor mounted on the clawpiece for distributing treatment fluid to the nozzle means of the liners, the distributor comprising an inlet for treatment fluid and outlets connected to the nozzle means of the teat cups, characterised in that the distributor has a safety valve that is connected to the distributor inlet, said safety valve being actuable during a milking cycle to open a drain port through which the treatment fluid may flow to waste to prevent treatment fluid entering the liner and contaminating the milk in the event of a malfunction which causes treatment fluid under pressure to be fed to the distributor. a plurality of teat cups in which each teat cup comprises a flexible liner for engaging about a teat of an animal to be milked and has a head portion provided with a mouth through which the teat is engageable with the liner, a nozzle means for discharging treatment fluid into the head portion of the liner, and a discharge end of the teat cup where the flexible liner communicates with a flexible, short milk tube, the discharge end being opposite the mouth; a clawpiece connected to the short milk tubes for collecting milk extracted from the animals teats, and for connecting to a flexible long milk tube via which the milk is delivered to a collection line; and a distributor mounted on the clawpiece for distributing treatment fluid to the nozzle means of the liners, the distributor comprising an inlet for treatment fluid and outlets connected to the nozzle means of the teat cups, characterised in that the distributor has a safety valve that is connected to the distributor inlet, said safety valve being actuable during a milking cycle to open a drain port through which the treatment fluid may flow to waste to prevent treatment fluid entering the liner and contaminating the milk in the event of a malfunction which causes treatment fluid under pressure to be fed to the distributor.