mhurhangee/ep-ind-claims huggingface dataset:
An epoxy resin composition comprising: an epoxy resin represented by the following formula; and an epoxy resin represented by the following formula: G 1 -(OR 1) m -O-R 2 -O-(R 1 O) n -G 2 wherein m, n, m' and n' are each independently an integer of to 30, R 1 and R 2 are each independently a divalent aliphatic group having 1 to 12 carbon atoms, or a divalent aromatic group having 6 to 40 carbon atoms, at least one of R 1 and R 2 represents a divalent aromatic group having 6 to 30 carbon atoms, G 1 represents a glycidyl group, and G 2 represents a hydrogen atom or a glycidyl group. an epoxy resin represented by the following formula; and an epoxy resin represented by the following formula: G 1 -(OR 1) m -O-R 2 -O-(R 1 O) n -G 2 wherein m, n, m' and n' are each independently an integer of to 30, R 1 and R 2 are each independently a divalent aliphatic group having 1 to 12 carbon atoms, or a divalent aromatic group having 6 to 40 carbon atoms, at least one of R 1 and R 2 represents a divalent aromatic group having 6 to 30 carbon atoms, G 1 represents a glycidyl group, and G 2 represents a hydrogen atom or a glycidyl group.
A filter apparatus for removing small molecule chemotherapy agents from blood, said filter apparatus comprising: a housing having an inlet and an outlet, and an extraction media comprising polymer coated carbon cores contained within the housing, characterized in that the carbon cores have a pore volume of 1.68 ml/g to 2.17 ml/g. a housing having an inlet and an outlet, and an extraction media comprising polymer coated carbon cores contained within the housing, characterized in that the carbon cores have a pore volume of 1.68 ml/g to 2.17 ml/g.
A control apparatus comprising: a control unit configured to control a control target by a control model machine-learned so as to output an operation amount of the control target according to a state of equipment provided with the control target; a simulation unit configured to simulate, by using a simulation model, the state of the equipment in a case where the operation amount, which is output by the control model, is given to the control target; and a stop unit configured to stop the control of the control target by the control model, based on a simulation result, characterized in that the control apparatus further comprises a frequency adjustment unit configured to adjust a frequency of simulating the state of the equipment, wherein the frequency adjustment unit is configured to reduce the frequency of simulation as an elapsed time since the control of the control target by the control model is started becomes longer. a control unit configured to control a control target by a control model machine-learned so as to output an operation amount of the control target according to a state of equipment provided with the control target; a simulation unit configured to simulate, by using a simulation model, the state of the equipment in a case where the operation amount, which is output by the control model, is given to the control target; and a stop unit configured to stop the control of the control target by the control model, based on a simulation result, characterized in that the control apparatus further comprises a frequency adjustment unit configured to adjust a frequency of simulating the state of the equipment, wherein the frequency adjustment unit is configured to reduce the frequency of simulation as an elapsed time since the control of the control target by the control model is started becomes longer.
An apparatus for distinguishing between open and closed airway apneas of a patient who is connected to a respiratory device via an air delivery tube and a patient interface, said apparatus comprising: (i) means (34, 38, 40) for delivering an alternating pressure waveform to the patient from the respiratory device to the patient via the air delivery tube; (ii) means (48, 50, 56) for measuring a flow rate and pressure of air at the respiratory device; and characterized by (iii) means for determining a capacitive component or an inductive component of an air delivery tube impedance; (iv) means for determining a patient admittance from said measured flow and pressure of air and said capacitive component or said inductive component, respectively; (v) means for determining the phase angle of the admittance or means for determining the imaginary component of the admittance; (vi) means for distinguishing between an open and closed airway apnea on the basis of the phase angle or both the real and imaginary components of said patient admittance. (i) means (34, 38, 40) for delivering an alternating pressure waveform to the patient from the respiratory device to the patient via the air delivery tube; (ii) means (48, 50, 56) for measuring a flow rate and pressure of air at the respiratory device; and (iii) means for determining a capacitive component or an inductive component of an air delivery tube impedance; (iv) means for determining a patient admittance from said measured flow and pressure of air and said capacitive component or said inductive component, respectively; (v) means for determining the phase angle of the admittance or means for determining the imaginary component of the admittance; (vi) means for distinguishing between an open and closed airway apnea on the basis of the phase angle or both the real and imaginary components of said patient admittance.
A method, comprising: precharging a bit-line (403, 501) coupled to one or more correlated electron switch elements (425, 540, 550) to a first voltage level and precharging a sense amplifier input node (411, 511) to a second voltage level, wherein the second voltage level is greater than the first voltage level, wherein the bit-line is buffered from the sense amplifier input node via an electronic switch circuit (420, 510), wherein the first voltage level is limited to a particular level less than a reset voltage level for the one or more correlated electron switch elements to prevent spurious reset conditions for the one or more correlated electron switch elements during sensing operations, and wherein the second voltage level comprises a voltage level greater than the reset voltage level for the one or more correlated electron switch elements; and sensing an impedance state of one or more correlated electron switch elements least in part by detecting a discharge rate of the bit-line through the one or more correlated electron switch elements and of the sense amplifier input node through the electronic switch circuit. precharging a bit-line (403, 501) coupled to one or more correlated electron switch elements (425, 540, 550) to a first voltage level and precharging a sense amplifier input node (411, 511) to a second voltage level, wherein the second voltage level is greater than the first voltage level, wherein the bit-line is buffered from the sense amplifier input node via an electronic switch circuit (420, 510), wherein the first voltage level is limited to a particular level less than a reset voltage level for the one or more correlated electron switch elements to prevent spurious reset conditions for the one or more correlated electron switch elements during sensing operations, and wherein the second voltage level comprises a voltage level greater than the reset voltage level for the one or more correlated electron switch elements; and sensing an impedance state of one or more correlated electron switch elements least in part by detecting a discharge rate of the bit-line through the one or more correlated electron switch elements and of the sense amplifier input node through the electronic switch circuit.
A manufacturing method of a pigment dispersion comprising: a first dispersion process that mixes and disperses a first water-insoluble resin, an organic solvent, pigment and water; a second dispersion process that adds a second water-insoluble resin to a resulting dispersion of the first dispersion process and further disperses the dispersion; and a removal process that removes at least a part of the organic solvent from a resulting aqueous dispersion of the second dispersion process, wherein at least one of the first water-insoluble resin and the second water-insoluble resin comprises a structural unit represented by the following Formula: wherein R 1 represents a hydrogen atom or a methyl group; Ar represents a substituted or unsubstituted aromatic group; and n represents an average repeating number in a range of from 1 to 6. a first dispersion process that mixes and disperses a first water-insoluble resin, an organic solvent, pigment and water; a second dispersion process that adds a second water-insoluble resin to a resulting dispersion of the first dispersion process and further disperses the dispersion; and a removal process that removes at least a part of the organic solvent from a resulting aqueous dispersion of the second dispersion process, wherein at least one of the first water-insoluble resin and the second water-insoluble resin comprises a structural unit represented by the following Formula: wherein R 1 represents a hydrogen atom or a methyl group; Ar represents a substituted or unsubstituted aromatic group; and n represents an average repeating number in a range of from 1 to 6.
Method for producing a gypsum plasterboard, wherein - a first stucco slurry is cast onto a first liner, thereby producing a first stucco slurry layer; - at least a second stucco slurry is cast onto the first stucco layer, thereby producing an inner stucco slurry layer provided on the first liner; - a second liner is provided and furnished with a layer of a third stucco slurry of defined width by a method wherein - the second liner is provided and continuously conveyed along a transport direction; - the third stucco slurry is cast onto a surface of the second liner; - the third stucco slurry is distributed across the second liner; and - the third stucco slurry is removed from lateral portions of the second liner to obtain a second liner furnished with a layer of third stucco slurry of defined width; - the second liner furnished with a layer of third stucco slurry of defined width is joint-deposited onto the inner stucco slurry layer provided on the first liner to obtain a plate-shaped composite comprising first and second liner and a stucco slurry layer arranged there between; and - the plate-shaped composite is processed to a gypsum plasterboard. - a first stucco slurry is cast onto a first liner, thereby producing a first stucco slurry layer; - at least a second stucco slurry is cast onto the first stucco layer, thereby producing an inner stucco slurry layer provided on the first liner; - a second liner is provided and furnished with a layer of a third stucco slurry of defined width by a method wherein - the second liner is provided and continuously conveyed along a transport direction; - the third stucco slurry is cast onto a surface of the second liner; - the third stucco slurry is distributed across the second liner; and - the third stucco slurry is removed from lateral portions of the second liner to obtain a second liner furnished with a layer of third stucco slurry of defined width; - the second liner furnished with a layer of third stucco slurry of defined width is joint-deposited onto the inner stucco slurry layer provided on the first liner to obtain a plate-shaped composite comprising first and second liner and a stucco slurry layer arranged there between; and - the plate-shaped composite is processed to a gypsum plasterboard. - the second liner furnished with a layer of third stucco slurry of defined width is joint-deposited onto the inner stucco slurry layer provided on the first liner to obtain a plate-shaped composite comprising first and second liner and a stucco slurry layer arranged there between; and - the plate-shaped composite is processed to a gypsum plasterboard.
Method for jacketing elongate items, such as in particular lines or cable harnesses, wherein a stretched shrink film is run in a helical line around the elongate item or the elongate item is encapsulated by the stretched shrink film in an axial direction, the elongate item together with the encapsulating shrink film is put into the desired arrangement, in particular in the cable harness layout, the elongate item is held in this arrangement and the shrink film is made to shrink by supplying thermal energy at a temperature of up to 130°C, wherein the shrink film additionally also comprises an pressure-sensitive adhesive, characterized in that the polymer of the shrink film is selected from oriented polystyrene or polylactic acids.
An assembly for rotational equipment, comprising: a first rotatable body extending axially along and circumferentially about a rotational axis, the first rotatable body comprising a first scoop with a first scoop aperture that extends obliquely through the first rotatable body; and an injector including a first nozzle orifice and a second nozzle orifice, the injector configured to direct a first fluid jet from the first nozzle orifice into an inlet of the first scoop aperture, and the injector further configured to direct a second fluid jet from the second nozzle orifice into the inlet of the first scoop aperture, characterized in that: the injector is configured to direct the first fluid jet from the first nozzle orifice to a first target location on the first rotatable body which is at least partially axially aligned with the inlet when the first rotatable body is at a first rotational position about the rotational axis; the injector is further configured to direct the second fluid jet from the second nozzle orifice to a second target location on the first rotatable body which is at least partially axially aligned with the inlet when the first rotatable body is at the first rotational position about the rotational axis; and in that the first target location and the second target location are discretely arranged axially along the rotational axis. a first rotatable body extending axially along and circumferentially about a rotational axis, the first rotatable body comprising a first scoop with a first scoop aperture that extends obliquely through the first rotatable body; and an injector including a first nozzle orifice and a second nozzle orifice, the injector configured to direct a first fluid jet from the first nozzle orifice into an inlet of the first scoop aperture, and the injector further configured to direct a second fluid jet from the second nozzle orifice into the inlet of the first scoop aperture, the injector is configured to direct the first fluid jet from the first nozzle orifice to a first target location on the first rotatable body which is at least partially axially aligned with the inlet when the first rotatable body is at a first rotational position about the rotational axis; the injector is further configured to direct the second fluid jet from the second nozzle orifice to a second target location on the first rotatable body which is at least partially axially aligned with the inlet when the first rotatable body is at the first rotational position about the rotational axis; and in that the first target location and the second target location are discretely arranged axially along the rotational axis.
An exhaust system (120, 420) for use with a spark- ignited gaseous fuel internal combustion engine (110, 410), the system comprising: a turbocharger having a turbine in exhaust receiving communication with the engine and a compressor in charge air providing communication with the engine; a main exhaust gas line in exhaust gas receiving communication with the turbine; a three-way catalyst positioned within the main exhaust line, the three-way catalyst configured to oxidize carbon monoxide and reduce nitrogen oxides present in the exhaust gas flowing through the main exhaust gas line; an exhaust gas recirculation line (424, 426) in exhaust gas receiving communication with the main exhaust line and exhaust gas providing communication with air flow received by the compressor, the exhaust gas recirculation line being positioned downstream of the three-way catalyst; characterized in that the three-way catalyst is further configured to oxidize methane, and a nitrogen oxide reduction catalyst is positioned in the exhaust gas recirculation line. a turbocharger having a turbine in exhaust receiving communication with the engine and a compressor in charge air providing communication with the engine; a main exhaust gas line in exhaust gas receiving communication with the turbine; a three-way catalyst positioned within the main exhaust line, the three-way catalyst configured to oxidize carbon monoxide and reduce nitrogen oxides present in the exhaust gas flowing through the main exhaust gas line; an exhaust gas recirculation line (424, 426) in exhaust gas receiving communication with the main exhaust line and exhaust gas providing communication with air flow received by the compressor, the exhaust gas recirculation line being positioned downstream of the three-way catalyst; characterized in that the three-way catalyst is further configured to oxidize methane, and a nitrogen oxide reduction catalyst is positioned in the exhaust gas recirculation line.
Cellular network supporting a preemptive preparation of a handover for a user entity, wherein the cellular network is configured for determining a preliminary set of more than one base station of the cellular network; sending a query from a centralized unit of the cellular network to each of the preliminary set of more than one base station of the cellular network regarding an accessibility of the cellular network via the respective base station at an expected time at which the user entity enters a cell of the respective base station; sending an answer from the respective base station to the centralized unit; performing the preemptive preparation of the handover by establishing, for each of the set of more than one base station of the cellular network, a temporal access interval and one or more access parameters and performing or activating the preemptively prepared handover and accessing, by the user entity, the cellular network via the respective base station during the temporal access interval using the one or more access parameters. sending a query from a centralized unit of the cellular network to each of the preliminary set of more than one base station of the cellular network regarding an accessibility of the cellular network via the respective base station at an expected time at which the user entity enters a cell of the respective base station; sending an answer from the respective base station to the centralized unit; performing the preemptive preparation of the handover by establishing, for each of the set of more than one base station of the cellular network, a temporal access interval and one or more access parameters and a temporal access interval and one or more access parameters and performing or activating the preemptively prepared handover and accessing, by the user entity, the cellular network via the respective base station during the temporal access interval using the one or more access parameters.
A head mountable display comprising: an upward facing camera associated with a wide angle lens configured to capture images of the environment of the HMD, the wide angle lens having a field of view of at least 140°; an image comparator arranged to derive an indication of yaw of the HMD from images captured by the upward facing camera at different points in time; and a tilt detector; in which the image comparator is configured to ignore one or more portions of a captured image in dependence upon a current tilt of the HMD. an upward facing camera associated with a wide angle lens configured to capture images of the environment of the HMD, the wide angle lens having a field of view of at least 140°; an image comparator arranged to derive an indication of yaw of the HMD from images captured by the upward facing camera at different points in time; and a tilt detector; in which the image comparator is configured to ignore one or more portions of a captured image in dependence upon a current tilt of the HMD.
A chain link for a chain conveyor, comprising a hinge part for hinging and a support part fastened onto the hinge part for supporting a package, the support part being fastened with a blade for clamping and pushing the package, the blade dividing the support part into a rectangular front support part and a rear support part, and being able to be hinged to form an annular chain of multiple chain links, with a distance between the blades of two neighboring chain links in a straight line segment equaling to a width of the package characterized in that the length of the support surface of the front support part is slightly smaller than the distance between a flap at an end and a rear side surface of the package L1, so that, when the package is fed to a C-shaped part of the annular chain, the flap at the end thereof enters into a gap between two neighboring chain links; and a rear end surface of the rear support part forms a guiding surface for guiding the folding of the flap at the end, said folding occurring during the movement of the chain link from the C-shaped part to a linear top branch of the annular chain, when the tip of the flap at the end is blocked by the rear end surface of the rear support part of the previous chain link, the flap at the end is gradually withdrawn from the gap and gradually folded backward onto a bottom end part of the package.
A negative electrode active material comprising: silicon-based active material particles comprising a core comprising SiO x, wherein 0≤x<2, and a coating layer present on the core, wherein the coating layer is a carbon coating layer or a polymer coating layer, and the coating layer comprises a fluorinated material comprising at least one selected from the group consisting of an alkali metal and an alkaline earth metal, characterized in that the fluorinated material is present in an amount of 0.1 wt% to 20 wt%, based on a total weight of the coating layer. silicon-based active material particles comprising a core comprising SiO x, wherein 0≤x<2, and a coating layer present on the core, wherein the coating layer is a carbon coating layer or a polymer coating layer, and the coating layer comprises a fluorinated material comprising at least one selected from the group consisting of an alkali metal and an alkaline earth metal, characterized in that the fluorinated material is present in an amount of 0.1 wt% to 20 wt%, based on a total weight of the coating layer.