mhurhangee/ep-ind-claims huggingface dataset:
An inkjet ink set comprising: a. a pre-treatment fixing fluid including calcium-containing crashing agents consisting of calcium propionate and calcium nitrate, at least a co-solvent, one or more surfactants and a balance of water; b. and, at least, a liquid ink, including a pigment dispersion, a surfactant, a polyurethane binder, a co-solvent and a balance of water. a. a pre-treatment fixing fluid including calcium-containing crashing agents consisting of calcium propionate and calcium nitrate, at least a co-solvent, one or more surfactants and a balance of water; b. and, at least, a liquid ink, including a pigment dispersion, a surfactant, a polyurethane binder, a co-solvent and a balance of water.
Device having sound input channels and sound output channels and also a processor, wherein loudspeakers (26, 27, 33) are assigned to the device, and software is located on the processor, which software contains an algorithm which is executed by the processor, wherein the algorithm comprises a method for audio reproduction in a multi-channel sound system having two input signals L and R, wherein output signals are generated for different listening levels, wherein only one lower listening level and only one upper listening level are generated and a maximum of six output signals, with a maximum of two output signals for the lower listening level and a maximum of four output signals for the upper listening level, are generated, wherein stereo signals and/or mono signals are generated for the signals in the lower listening level and upper listening level, characterized in that the loudspeakers (26, 27, 28) are integrated into the device and/or are arranged directly on the device, and wherein channels are decoded from the input channels intended for the input channels R and L, which channels are processed further to output signals of the upper listening level.
A method for insulating at least one coil of a toroidal transformer, wherein one or more coils arranged on a core of the toroidal transformer are externally insulated, wherein forming the outer electrical insulation of the one or more coils arranged on the iron core comprises: forming an opening in an electrically insulating thermoplastic cup receiving an iron core with a coil for leading through terminals of the coil, arranging the iron core with the coil in the cup such that the coil terminals are led out of the cup through the opening, covering the cup with the inserted iron core and coil with a plastic lid which engages the cup in a form-fitting manner, temporarily fixing the cup comprising the iron core and coil in an irrotatable manner, joining the cup and the lid by friction welding by pressing the lid placed on the cup against the cup and rotating it in this pressed state until the lid and the cup heat up and the material of the lid and the cup soften and become viscous due to friction, after softening of the materials of the lid and cup pressed together, stopping the rotation of the lid within not more than 1 s while maintaining the pressure of the lid and the cup, at maintained pressure joining the lid and cup by their mixed material to form a continuous electrical insulation, and after cooling down and solidification of the materials of the joined lid and cup, removing the temporary fixing of the cup. forming an opening in an electrically insulating thermoplastic cup receiving an iron core with a coil for leading through terminals of the coil, arranging the iron core with the coil in the cup such that the coil terminals are led out of the cup through the opening, covering the cup with the inserted iron core and coil with a plastic lid which engages the cup in a form-fitting manner, temporarily fixing the cup comprising the iron core and coil in an irrotatable manner, joining the cup and the lid by friction welding by pressing the lid placed on the cup against the cup and rotating it in this pressed state until the lid and the cup heat up and the material of the lid and the cup soften and become viscous due to friction, after softening of the materials of the lid and cup pressed together, stopping the rotation of the lid within not more than 1 s while maintaining the pressure of the lid and the cup, at maintained pressure joining the lid and cup by their mixed material to form a continuous electrical insulation, and after cooling down and solidification of the materials of the joined lid and cup, removing the temporary fixing of the cup.
A touch panel, comprising: a first substrate and a second substrate arranged oppositely, wherein a plurality of gate lines arranged horizontally are formed on the first substrate, characterized in that the touch panel is an In-cell touch panel and that the In-cell touch panel further comprises: a plurality of touch driving lines arranged horizontally on the first substrate and the second substrate; a plurality of touch sensing lines arranged vertically on the first substrate and the second substrate; and a plurality of touch scanning TFTs, wherein each touch scanning TFT has a gate connected to one of the plurality of gate lines, a source connected to a touch driving circuit, and a drain connected to one of the plurality of touch driving lines, said one of the plurality of gate lines is only connected to the gate of one touch scanning TFT; wherein, the number of the gate lines is greater than or equal to the number of the touch scanning TFTs, and the number of the touch scanning TFTs is greater than or equal to the number of the touch driving lines; wherein the In-cell touch panel is configured to form an electric field between at least one of the plurality of touch driving lines and at least one of the plurality of touch sensing lines to achieve a touch function. a first substrate and a second substrate arranged oppositely, wherein a plurality of gate lines arranged horizontally are formed on the first substrate, characterized in that the touch panel is an In-cell touch panel and that the In-cell touch panel further comprises: a plurality of touch driving lines arranged horizontally on the first substrate and the second substrate; a plurality of touch sensing lines arranged vertically on the first substrate and the second substrate; and a plurality of touch scanning TFTs, wherein each touch scanning TFT has a gate connected to one of the plurality of gate lines, a source connected to a touch driving circuit, and a drain connected to one of the plurality of touch driving lines, said one of the plurality of gate lines is only connected to the gate of one touch scanning TFT; a plurality of touch driving lines arranged horizontally on the first substrate and the second substrate; a plurality of touch sensing lines arranged vertically on the first substrate and the second substrate; and a plurality of touch scanning TFTs, wherein each touch scanning TFT has a gate connected to one of the plurality of gate lines, a source connected to a touch driving circuit, and a drain connected to one of the plurality of touch driving lines, said one of the plurality of gate lines is only connected to the gate of one touch scanning TFT; wherein, the number of the gate lines is greater than or equal to the number of the touch scanning TFTs, and the number of the touch scanning TFTs is greater than or equal to the number of the touch driving lines; wherein the In-cell touch panel is configured to form an electric field between at least one of the plurality of touch driving lines and at least one of the plurality of touch sensing lines to achieve a touch function.
A method of wireless communication performed by a user equipment, UE, comprising: detecting a collision between a physical uplink control channel, PUCCH, and a plurality of physical uplink shared channels, PUSCHs, with a corresponding plurality of media access control, MAC, priorities, wherein the PUCCH is associated with uplink control information, UCI; selectively applying a MAC prioritization rule for processing the plurality of PUSCHs based at least in part on the corresponding plurality of MAC priorities and based at least in part on an effect of the plurality of MAC priorities on a UCI multiplexing configuration for UCI multiplexing, comprising multiplexing the UCI to a particular PUSCH, of the plurality of PUSCHs, based at least in part on the UCI multiplexing configuration; adding one or more padding bits to the particular PUSCH in order to maintain a PHY layer structure of the particular PUSCH; and selectively transmitting at least one of the plurality of PUSCHs with the UCI based at least in part on a result of selectively applying the MAC prioritization rule. detecting a collision between a physical uplink control channel, PUCCH, and a plurality of physical uplink shared channels, PUSCHs, with a corresponding plurality of media access control, MAC, priorities, wherein the PUCCH is associated with uplink control information, UCI; selectively applying a MAC prioritization rule for processing the plurality of PUSCHs based at least in part on the corresponding plurality of MAC priorities and based at least in part on an effect of the plurality of MAC priorities on a UCI multiplexing configuration for UCI multiplexing, comprising multiplexing the UCI to a particular PUSCH, of the plurality of PUSCHs, based at least in part on the UCI multiplexing configuration; adding one or more padding bits to the particular PUSCH in order to maintain a PHY layer structure of the particular PUSCH; and selectively transmitting at least one of the plurality of PUSCHs with the UCI based at least in part on a result of selectively applying the MAC prioritization rule.
A heat exchanger comprising: a first fluid flow portion formed of a honeycomb structure having a plurality of cells partitioned by ceramic partition walls and extending from one end face to the other end face in an axial direction to allow a heating medium as a first fluid to flow therein, and a second fluid flow portion formed of a casing containing the honeycomb structure therein, the casing having an inlet and an outlet for a second fluid, and the second fluid flowing on an outer peripheral face of the honeycomb structure in direct or indirect contact with the outer peripheral face to receive heat from the first fluid, characterized in that the heat exchanger is configured for use wherein the first fluid has a higher temperature than the second fluid, and a plate formed of metal is provided so as to fit the entire outer peripheral face of the honeycomb structure to have a structure where the second fluid is not brought into direct contact with the outer peripheral face of the honeycomb structure. a first fluid flow portion formed of a honeycomb structure having a plurality of cells partitioned by ceramic partition walls and extending from one end face to the other end face in an axial direction to allow a heating medium as a first fluid to flow therein, and a second fluid flow portion formed of a casing containing the honeycomb structure therein, the casing having an inlet and an outlet for a second fluid, and the second fluid flowing on an outer peripheral face of the honeycomb structure in direct or indirect contact with the outer peripheral face to receive heat from the first fluid, characterized in that the heat exchanger is configured for use wherein the first fluid has a higher temperature than the second fluid, and a plate formed of metal is provided so as to fit the entire outer peripheral face of the honeycomb structure to have a structure where the second fluid is not brought into direct contact with the outer peripheral face of the honeycomb structure.
A topical therapeutic hydrophobic breakable composition which does not require mixing two components prior to administration by the patient, comprising: (a) a carrier comprising about 60% to about 99% by weight of at least one hydrophobic oil and at least one viscosity-modifying agent, wherein the at least one viscosity-modifying agent is a combination comprising (i) at least one fatty alcohol and at least one wax; or (ii) at least one fatty acid and at least one wax; or (iii) at least one fatty alcohol, at least one fatty acid and at least one wax; and (b) a tetracycline antibiotic, at least part of which is suspended in the composition; wherein said wax is selected from the group consisting of a plant wax, an animal wax, a hydrogenated oil, a petroleum derived wax and a synthetic mineral wax; and characterized in that the composition is free of surfactants other than amphipatic fatty alcohols, fatty acids and waxes. (a) a carrier comprising about 60% to about 99% by weight of at least one hydrophobic oil and at least one viscosity-modifying agent, wherein the at least one viscosity-modifying agent is a combination comprising (i) at least one fatty alcohol and at least one wax; or (ii) at least one fatty acid and at least one wax; or (iii) at least one fatty alcohol, at least one fatty acid and at least one wax; and (b) a tetracycline antibiotic, at least part of which is suspended in the composition; wherein said wax is selected from the group consisting of a plant wax, an animal wax, a hydrogenated oil, a petroleum derived wax and a synthetic mineral wax; and characterized in that the composition is free of surfactants other than amphipatic fatty alcohols, fatty acids and waxes.
A method of processing a message, the method being used to process operation messages generated by a process during debugging and running of a device, wherein to process the operation messages, a cache space being set up on the device as a cache pool, the cache pool being partitioned into N block caches for caching the operation messages and parameters relating to the operation messages, wherein the method is characterized by comprising: determining, by a processor, whether a first block cache matching a first operation message exists in the cache pool after the first operation message is generated, wherein the cache pool comprises a plurality of block caches for caching different operation messages, respectively; updating, by the processor, a condition parameter in the first block cache when the first block cache exists in the cache pool; determining, by the processor, whether the first block cache satisfies a preset output condition according to the condition parameter in the first block cache; and outputting, by the processor, an operation message in the first block cache matching the first operation message when the first block cache satisfies the preset output condition, wherein updating the condition parameter in the first block cache comprises: adding, by the processor, a count in the first block cache by 1, and the preset output condition is that the count in the first block cache reaches a preset threshold. determining, by a processor, whether a first block cache matching a first operation message exists in the cache pool after the first operation message is generated, wherein the cache pool comprises a plurality of block caches for caching different operation messages, respectively; updating, by the processor, a condition parameter in the first block cache when the first block cache exists in the cache pool; determining, by the processor, whether the first block cache satisfies a preset output condition according to the condition parameter in the first block cache; and outputting, by the processor, an operation message in the first block cache matching the first operation message when the first block cache satisfies the preset output condition, wherein updating the condition parameter in the first block cache comprises: adding, by the processor, a count in the first block cache by 1, and the preset output condition is that the count in the first block cache reaches a preset threshold. updating the condition parameter in the first block cache comprises: adding, by the processor, a count in the first block cache by 1, and the preset output condition is that the count in the first block cache reaches a preset threshold.
A gasket for sealing two opposed surfaces (2 and 3), wherein said gasket comprises: a tabular main body portion; two lip-like projections which are provided in one surface of said main body portion, and extend in parallel to each other along said main body portion; two small projections which are provided in the other surface of said main body portion and extend in parallel to each other along said main body portion; through holes which are provided at a plurality of positions of said main body portion; an annular seal portion which is provided in such a manner as to surround said through holes; and a ring which is installed to said through hole, wherein in a used state of said gasket said gasket is configured to be pinched and compressed between said two surfaces (2 and 3) such that said ring achieves a stopper function so as to prevent said gasket from being excessively compressed, and wherein the ring is a metal ring, characterized in that said lip-like projection is formed as a two-stage lip shape in which a sharper mountain portion than a base portion is formed in a top portion of said base portion having a chevron shape. a tabular main body portion; two lip-like projections which are provided in one surface of said main body portion, and extend in parallel to each other along said main body portion; two small projections which are provided in the other surface of said main body portion and extend in parallel to each other along said main body portion; through holes which are provided at a plurality of positions of said main body portion; an annular seal portion which is provided in such a manner as to surround said through holes; and a ring which is installed to said through hole, wherein in a used state of said gasket said gasket is configured to be pinched and compressed between said two surfaces (2 and 3) such that said ring achieves a stopper function so as to prevent said gasket from being excessively compressed, and wherein the ring is a metal ring, characterized in that said lip-like projection is formed as a two-stage lip shape in which a sharper mountain portion than a base portion is formed in a top portion of said base portion having a chevron shape.
A fuel cell system which comprises a fuel cell and is operated under a non-humidified condition, the fuel cell comprising: a polymer electrolyte membrane sandwiched between an anode electrode and a cathode electrode, a fuel gas channel disposed so as to face the anode electrode in order to supply the anode electrode with fuel gas containing at least a fuel component, and an oxidant gas channel disposed so as to face the cathode electrode in order to supply the cathode electrode with oxidant gas containing at least an oxidant component, wherein a flow direction of the fuel gas in the fuel gas channel and a flow direction of the oxidant gas in the oxidant gas channel are opposite; and wherein the fuel cell system has a water vapor amount control means which controls a water vapor amount at an outlet of the fuel gas channel based on a target value of the water vapor amount which is preliminarily set based on a relationship between a voltage of the fuel cell and the water vapor amount. a polymer electrolyte membrane sandwiched between an anode electrode and a cathode electrode, a fuel gas channel disposed so as to face the anode electrode in order to supply the anode electrode with fuel gas containing at least a fuel component, and an oxidant gas channel disposed so as to face the cathode electrode in order to supply the cathode electrode with oxidant gas containing at least an oxidant component, wherein a flow direction of the fuel gas in the fuel gas channel and a flow direction of the oxidant gas in the oxidant gas channel are opposite; and wherein the fuel cell system has a water vapor amount control means which controls a water vapor amount at an outlet of the fuel gas channel based on a target value of the water vapor amount which is preliminarily set based on a relationship between a voltage of the fuel cell and the water vapor amount.
A method for controlling a hybrid vehicle, the hybrid vehicle having an internal combustion engine that is capable of changing a combustion mode between a stoichiometric combustion mode in which a stoichiometric air-fuel ratio is set as a target air-fuel ratio and a lean combustion mode in which a lean air-fuel ratio is set as the target air-fuel ratio and a motor that is capable of performing assist of power of the internal combustion engine by a power running operation, the method comprising: previously setting a stoichiometric combustion operating region where the stoichiometric combustion mode is set and a lean combustion operating region where the lean combustion mode is set with torque and rotation speed of the internal combustion engine being parameters; as a boundary at a high torque side between the both operating regions, setting a second boundary at which a change from the stoichiometric combustion mode to the lean combustion mode is executed when the torque decreases at a low torque side as compared with a first boundary at which a change from the lean combustion mode to the stoichiometric combustion mode is executed when the torque increases; characterized in that the method further comprises, upon shift from the stoichiometric combustion operating region to the lean combustion operating region by crossing the second boundary, after changing the combustion mode, for delay in change of an intake-air quantity which is associated with the combustion mode change, performing a quantity-decrease correction of a fuel injection quantity so as to maintain the target air-fuel ratio at the lean air-fuel ratio, and performing the assist by the motor so as to attain a required driving force; and setting the second boundary so that the assist can be performed within a range of a maximum output of the motor. previously setting a stoichiometric combustion operating region where the stoichiometric combustion mode is set and a lean combustion operating region where the lean combustion mode is set with torque and rotation speed of the internal combustion engine being parameters; as a boundary at a high torque side between the both operating regions, setting a second boundary at which a change from the stoichiometric combustion mode to the lean combustion mode is executed when the torque decreases at a low torque side as compared with a first boundary at which a change from the lean combustion mode to the stoichiometric combustion mode is executed when the torque increases; characterized in that the method further comprises, upon shift from the stoichiometric combustion operating region to the lean combustion operating region by crossing the second boundary, after changing the combustion mode, for delay in change of an intake-air quantity which is associated with the combustion mode change, performing a quantity-decrease correction of a fuel injection quantity so as to maintain the target air-fuel ratio at the lean air-fuel ratio, and performing the assist by the motor so as to attain a required driving force; and setting the second boundary so that the assist can be performed within a range of a maximum output of the motor.