mhurhangee/ep-ind-claims huggingface dataset:
A process for producing cyanonorbornene, comprising: Step 1 of preparing a mixture solution including 0.5% by weight to 28% by weight of methyl bicyclononadiene, with respect to a total amount of 100% by weight of dicyclopentadiene, acrylonitrile, and the methyl bicyclononadiene, in a container; and Step 2 of reacting the dicyclopentadiene with the acrylonitrile in the presence of the methyl bicyclononadiene, in the mixture solution. Step 1 of preparing a mixture solution including 0.5% by weight to 28% by weight of methyl bicyclononadiene, with respect to a total amount of 100% by weight of dicyclopentadiene, acrylonitrile, and the methyl bicyclononadiene, in a container; and Step 2 of reacting the dicyclopentadiene with the acrylonitrile in the presence of the methyl bicyclononadiene, in the mixture solution.
Aircraft tyre whose tread comprises a composition based on at least: - an elastomeric matrix comprising from 20 to 100 phr of isoprene elastomer and from 0 to 80 phr of a copolymer of butadiene and styrene; - a reinforcing filler predominantly comprising carbon black; - from 1 to 30 phr of at least one hydrocarbon resin predominantly composed of units derived from aromatic and cycloaliphatic monomers, and having a content of aromatic protons of between 0% and 12%, a content of ethylenic protons of greater than 3%, a number-average molecular mass of greater than 500g/mol and a polydispersity index of greater than 2; - a crosslinking system. - an elastomeric matrix comprising from 20 to 100 phr of isoprene elastomer and from 0 to 80 phr of a copolymer of butadiene and styrene; - a reinforcing filler predominantly comprising carbon black; - from 1 to 30 phr of at least one hydrocarbon resin predominantly composed of units derived from aromatic and cycloaliphatic monomers, and having a content of aromatic protons of between 0% and 12%, a content of ethylenic protons of greater than 3%, a number-average molecular mass of greater than 500g/mol and a polydispersity index of greater than 2; - a crosslinking system.
A double-ended blower comprising: a blower motor assembly supporting opposed first and second shaft ends, said first and second shaft ends having respective first and second impellers attached thereto and enclosed within first and second volutes, respectively, wherein the first volute is connected to a first inlet and the second volute is connected to a second inlet and an outlet; said motor blower assembly comprising a motor body and a motor; and said blower motor assembly supported in a chassis; a radially outer inter-stage path between the first and second volute, wherein said second volute is substantially concentrically nested within the radially outer inter-stage gas path; characterized in that the blower comprises an annular dividing seal between the motor body and the chassis, the dividing seal dividing the space between the motor body and the chassis into a first portion and a second portion, the first portion housing the first half of the blower motor assembly and including the first inlet for supplying unpressurized gas to the first impeller located at a first end of the motor, the second portion housing the second half of the blower motor assembly and including the second volute and the second inlet to the second impeller located at the opposite end of the motor. a blower motor assembly supporting opposed first and second shaft ends, said first and second shaft ends having respective first and second impellers attached thereto and enclosed within first and second volutes, respectively, wherein the first volute is connected to a first inlet and the second volute is connected to a second inlet and an outlet; said motor blower assembly comprising a motor body and a motor; and said blower motor assembly supported in a chassis; a radially outer inter-stage path between the first and second volute, wherein said second volute is substantially concentrically nested within the radially outer inter-stage gas path; characterized in that the blower comprises an annular dividing seal between the motor body and the chassis, the dividing seal dividing the space between the motor body and the chassis into a first portion and a second portion, the first portion housing the first half of the blower motor assembly and including the first inlet for supplying unpressurized gas to the first impeller located at a first end of the motor, the second portion housing the second half of the blower motor assembly and including the second volute and the second inlet to the second impeller located at the opposite end of the motor.
Header for a heat exchanger of a motor vehicle, configured to receive heat exchange tubes, comprising: - a metal plate through which the tubes are intended to pass and which comprises two longitudinal edges for crimping the header to a header tank, and - a plate comprising a polymer material, superposed with the metal plate and provided with tube receiving orifices, the header comprising a gasket positioned between the metal plate and the polymer plate, the gasket comprising a flat portion sandwiched between the metal plate and the polymer plate, and the gasket being equipped with sleeves configured to be fitted around the tubes, characterized in that the tube receiving orifices formed in the polymer plate comprise a gasket retaining shoulder configured so that the gasket is pressed intimately against this shoulder when a tube is received in a receiving orifice. - a metal plate through which the tubes are intended to pass and which comprises two longitudinal edges for crimping the header to a header tank, and - a plate comprising a polymer material, superposed with the metal plate and provided with tube receiving orifices, the header comprising a gasket positioned between the metal plate and the polymer plate, the gasket comprising a flat portion sandwiched between the metal plate and the polymer plate, and the gasket being equipped with sleeves configured to be fitted around the tubes, characterized in that the tube receiving orifices formed in the polymer plate comprise a gasket retaining shoulder configured so that the gasket is pressed intimately against this shoulder when a tube is received in a receiving orifice.
A patient support comprising: a first gel cushioning layer and a flexible air distribution layer, said first gel cushioning layer including a plurality of transverse passageways extending there through to allow air flow through said first gel cushioning layer and to the patient interface with said first gel cushioning layer; a second gel cushioning layer located beneath the first gel cushioning layer and together with said first gel cushioning layer forming a patient support surface; and said flexible air distribution layer located beneath the second gel cushioning layer, said flexible air distribution layer being located beneath said first and second gel cushioning layers and having sufficient flexibility so that said air distribution layer does not interfere with the immersion of the patient into the patient support surface and is not generally detected by an average patient even when fully immersed in the patient support surface, and said second gel cushioning layer including a plurality of transverse passageways extending there through to allow air flow from said flexible air distribution layer through both said first and second gel cushioning layers and to the patient interface with said first gel cushioning layer. a first gel cushioning layer and a flexible air distribution layer, said first gel cushioning layer including a plurality of transverse passageways extending there through to allow air flow through said first gel cushioning layer and to the patient interface with said first gel cushioning layer; a second gel cushioning layer located beneath the first gel cushioning layer and together with said first gel cushioning layer forming a patient support surface; and said flexible air distribution layer located beneath the second gel cushioning layer, said flexible air distribution layer being located beneath said first and second gel cushioning layers and having sufficient flexibility so that said air distribution layer does not interfere with the immersion of the patient into the patient support surface and is not generally detected by an average patient even when fully immersed in the patient support surface, and said second gel cushioning layer including a plurality of transverse passageways extending there through to allow air flow from said flexible air distribution layer through both said first and second gel cushioning layers and to the patient interface with said first gel cushioning layer.
A light-modulated photodiode-based monitor for detecting a control signal of a display comprising: an emitter, configured to emit a pulsed signal; a polarizer configured to linearly polarize the pulsed signal; one or more fold mirrors, configured to perform at least one of: reflecting the pulsed signal from the emitter onto a test portion; or reflecting the pulsed signal that has reflected off of the test portion, wherein the test portion is a portion of the display; an analyzer, configured to block or transmit the polarized pulse signal reflected from at least one of the fold mirror or the test portion; a detector, configured to receive the pulsed signal transmitted from the analyzer and convert the pulsed signal into an electrical signal; and characterized by a controller comprising one or more processors, and configured to perform the steps of: receiving the electrical signal from the detector; filtering out interfering electrical signals that originated as light from a viewable section of the display; rectifying the electrical signal; and determining a functional state of the display by comparing the electrical signal to a threshold. an emitter, configured to emit a pulsed signal; a polarizer configured to linearly polarize the pulsed signal; one or more fold mirrors, configured to perform at least one of: reflecting the pulsed signal from the emitter onto a test portion; or reflecting the pulsed signal that has reflected off of the test portion, wherein the test portion is a portion of the display; reflecting the pulsed signal from the emitter onto a test portion; or reflecting the pulsed signal that has reflected off of the test portion, wherein the test portion is a portion of the display; an analyzer, configured to block or transmit the polarized pulse signal reflected from at least one of the fold mirror or the test portion; a detector, configured to receive the pulsed signal transmitted from the analyzer and convert the pulsed signal into an electrical signal; and characterized by a controller comprising one or more processors, and configured to perform the steps of: receiving the electrical signal from the detector; filtering out interfering electrical signals that originated as light from a viewable section of the display; rectifying the electrical signal; and determining a functional state of the display by comparing the electrical signal to a threshold. receiving the electrical signal from the detector; filtering out interfering electrical signals that originated as light from a viewable section of the display; rectifying the electrical signal; and determining a functional state of the display by comparing the electrical signal to a threshold.
Adjustable fastening device comprising at least one sleeve nut having a recess (4.1) with a first internal thread (4.2) and a through bore (4.3) adjoining thereto along the longitudinal axis of the fastening device and a drum screw having an external thread (5.1) and a tensioning-screw passage (5.2), wherein the drum screw engages by way of the external thread (5.1) into the first internal thread (4.2) of the sleeve nut, characterized in that the sleeve nut comprises a rivet collar section (4.5) at the free edge region forming the opening of the recess (4.1), in that the sleeve nut comprises a central sleeve section (4.6) protruding into the recess (4.1) in the direction of the rivet collar section (4.5) and in that the tensioning-screw passage (5.2) of the drum screw is configured for at least partially accommodating the central sleeve section (4.6) and in that the sleeve nut and the drum screw are produced from steel, particularly from high-grade steel.
A bottom housing assembly structure for an air conditioner, comprising a bottom housing assembly and a base, wherein a guide structure is arranged between the bottom housing assembly and the base, and the guide structure is configured to guide installation of the bottom housing assembly on the base, the guide structure comprises a guide slot and a guide rail matched with each other slidably, wherein the guide slot is arranged on one of the bottom housing assembly and the base, and the guide rail is arranged on the other one of the bottom housing assembly and the base, the guide slot is arranged on at least one end of the base, and the guide rail is arranged on a corresponding position of the bottom housing assembly, the guide slot comprises a first guide slot, the base comprises a bottom plate and a vertical plate arranged on a first end of the bottom plate, a side baffle plate stretching outside laterally is arranged on the vertical plate, and the first guide slot is formed between the side baffle plate and the bottom plate, the bottom plate comprises an inclined segment and a horizontal segment, the inclined segment and the side baffle plate form the downward inclined first guide slot, for installing the bottom housing assembly obliquely downward along the first guide slot first, and when arriving at the tail end of the first guide slot, installing the bottom housing assembly horizontally along the horizontal segment.
A laparoscopic port device comprising; a port body having a distal end and a proximal end; a lumen extending between the distal and proximal ends of the port body; and a filter operatively associated with the port body and including a filtering agent disposed within the lumen, the filter configured to retain or treat particulate contaminates present in insufflation gases; characterized in that: the port body is compressible and is formed from a foam material.
A device for assessing a patient, the device comprising: a signal source comprising a function generator configured to generate an electrical signal; a sensor configured to receive the electrical signal after it has passed through a patient and to produce an output proportional to the patient's impedance; a microprocessor, the microprocessor being configured to control both the signal source and the sensor; an input device configured to communicate with the microprocessor, wherein the microprocessor is programmed to: obtain a calibration coefficient based on a bioelectrical impedance analysis of the patient and further on at least one of: demographic information for the patient entered via the input device and anatomic measurements of the patient entered via the input device; control the signal source to produce a second electrical signal after obtaining the calibration coefficient, whereby the second signal is received by the sensor after the second signal has passed through the patient; and analyze the received second signal to provide at least one of minute ventilation, tidal volume, and respiratory rate of the patient based on the received second signal and the calibration coefficient. a signal source comprising a function generator configured to generate an electrical signal; a sensor configured to receive the electrical signal after it has passed through a patient and to produce an output proportional to the patient's impedance; a microprocessor, the microprocessor being configured to control both the signal source and the sensor; an input device configured to communicate with the microprocessor, wherein the microprocessor is programmed to: obtain a calibration coefficient based on a bioelectrical impedance analysis of the patient and further on at least one of: demographic information for the patient entered via the input device and anatomic measurements of the patient entered via the input device; control the signal source to produce a second electrical signal after obtaining the calibration coefficient, whereby the second signal is received by the sensor after the second signal has passed through the patient; and analyze the received second signal to provide at least one of minute ventilation, tidal volume, and respiratory rate of the patient based on the received second signal and the calibration coefficient. obtain a calibration coefficient based on a bioelectrical impedance analysis of the patient and further on at least one of: demographic information for the patient entered via the input device and anatomic measurements of the patient entered via the input device; control the signal source to produce a second electrical signal after obtaining the calibration coefficient, whereby the second signal is received by the sensor after the second signal has passed through the patient; and analyze the received second signal to provide at least one of minute ventilation, tidal volume, and respiratory rate of the patient based on the received second signal and the calibration coefficient.
A method of creating a magnetically adhered, static dissipative floor covering, the method comprising the steps of: providing a magnetically receptive floor surface; providing a floor covering comprising a plurality of static dissipative, magnetic floor tiles, wherein the tiles are held in place by magnetic interaction between the tiles and the magnetically receptive surface, wherein the floor tiles are of composite construction comprising - a static dissipative vinyl wearing layer, which forms a surface being visible and being in contact with the environment, - an integral, conductive ground plane, which is provided at the bottom of the surface and allows static charges draining down from the surface to be drained off in a lateral direction, and - an integral, planar magnetic layer, which is arranged on the underside of the conductive ground plane and allows the magnetic interaction between the floor tiles and the magnetically receptive surface. providing a magnetically receptive floor surface; providing a floor covering comprising a plurality of static dissipative, magnetic floor tiles, wherein the tiles are held in place by magnetic interaction between the tiles and the magnetically receptive surface, - a static dissipative vinyl wearing layer, which forms a surface being visible and being in contact with the environment, - an integral, conductive ground plane, which is provided at the bottom of the surface and allows static charges draining down from the surface to be drained off in a lateral direction, and - an integral, planar magnetic layer, which is arranged on the underside of the conductive ground plane and allows the magnetic interaction between the floor tiles and the magnetically receptive surface.
A data downloading method, characterized in that the downloading method comprises: obtaining (S101, S20 1), by a terminal, first information pre-installed in the terminal, wherein the first information comprises at least one networking profile; obtaining (S102, S202), by the terminal, information about to-be-downloaded data, wherein the information about the to-be-downloaded data comprises an identifier of the to-be-downloaded data; determining (S103, S203), by the terminal, a first networking profile based on the identifier of the to-be-downloaded data, wherein the first networking profile is comprised in the at least one networking profile, and the first networking profile is used by the terminal for networking; sending (S104, S204), by the terminal, a first message to a server, wherein the first message comprises the identifier of the to-be-downloaded data; and receiving (S105, S205), by the terminal, a second message sent by the server, wherein the second message comprises data corresponding to the identifier of the to-be-downloaded data. obtaining (S101, S20 1), by a terminal, first information pre-installed in the terminal, wherein the first information comprises at least one networking profile; obtaining (S102, S202), by the terminal, information about to-be-downloaded data, wherein the information about the to-be-downloaded data comprises an identifier of the to-be-downloaded data; determining (S103, S203), by the terminal, a first networking profile based on the identifier of the to-be-downloaded data, wherein the first networking profile is comprised in the at least one networking profile, and the first networking profile is used by the terminal for networking; sending (S104, S204), by the terminal, a first message to a server, wherein the first message comprises the identifier of the to-be-downloaded data; and receiving (S105, S205), by the terminal, a second message sent by the server, wherein the second message comprises data corresponding to the identifier of the to-be-downloaded data.
A cap for extinguishing a smoking article, the cap comprising: a hollow cap body having an opening for receiving a combustion zone of a smoking article, the cap body comprising a heat reactive material which is arranged to deform in response to heat from the combustion zone such that at least part of the cap body fits tightly against the smoking article to substantially prevent a supply of air to the combustion zone, wherein the cap body tapers outwardly towards the opening such that a stack of such caps can be formed by placing one inside another, the cap further comprising a non-stick layer arranged on an exterior of the cap body to facilitate removal of the cap from a stack of such caps. a hollow cap body having an opening for receiving a combustion zone of a smoking article, the cap body comprising a heat reactive material which is arranged to deform in response to heat from the combustion zone such that at least part of the cap body fits tightly against the smoking article to substantially prevent a supply of air to the combustion zone, wherein the cap body tapers outwardly towards the opening such that a stack of such caps can be formed by placing one inside another, the cap further comprising a non-stick layer arranged on an exterior of the cap body to facilitate removal of the cap from a stack of such caps.
A manufacturing method of a lithium-titanium composite oxide doped with different metals, comprising: i) solid-phase stoichiometrically mixing a lithium-containing compound, a titanium oxide, a different metal M-containing compound, and a different metal A-containing compound; ii) dispersing the solid-phase mixture of the i) in a solvent and wet-pulverizing the mixture to have particles having an average particle diameter of 0.3 μm to 0.8 μm to prepare a slurry; iii) spray-drying the slurry to provide particles; and iv) firing the spray-dried particles to manufacture a lithium-titanium composite oxide doped with different metals represented by the following chemical formula: [Chemical Formula] Li 4 Ti 5-(x+y) M x A y O 12, in the chemical formula, the M is Zr and A is Na, 0.1≤x≤1.5, 0<y≤1, x+y≤2, and 8≤x/y ≤9. i) solid-phase stoichiometrically mixing a lithium-containing compound, a titanium oxide, a different metal M-containing compound, and a different metal A-containing compound; ii) dispersing the solid-phase mixture of the i) in a solvent and wet-pulverizing the mixture to have particles having an average particle diameter of 0.3 μm to 0.8 μm to prepare a slurry; iii) spray-drying the slurry to provide particles; and iv) firing the spray-dried particles to manufacture a lithium-titanium composite oxide doped with different metals represented by the following chemical formula: [Chemical Formula] Li 4 Ti 5-(x+y) M x A y O 12, in the chemical formula, the M is Zr and A is Na, 0.1≤x≤1.5, 0<y≤1, x+y≤2, and 8≤x/y ≤9.