mhurhangee/ep-ind-claims huggingface dataset:
A toner comprising: base particles formed by emulsifying or dispersing, in an aqueous medium, a toner composition liquid which is obtained by dissolving or dispersing, in ethyl acetate, at least a binder resin soluble in ethyl acetate and a colorant masterbatch containing a colorant and a colorant dispersion resin, wherein the colorant dispersion resin is a resin having sparing solubility defined below: where the "sparing solubility" means that when 4 parts by mass of the colorant dispersion resin are added to and mixed with 10 parts by mass of ethyl acetate, the mixture becomes white turbid at 25°C or becomes a transparent solution once at 25°C and then becomes white turbid within 12 hours. base particles formed by emulsifying or dispersing, in an aqueous medium, a toner composition liquid which is obtained by dissolving or dispersing, in ethyl acetate, at least a binder resin soluble in ethyl acetate and a colorant masterbatch containing a colorant and a colorant dispersion resin, wherein the colorant dispersion resin is a resin having sparing solubility defined below: where the "sparing solubility" means that when 4 parts by mass of the colorant dispersion resin are added to and mixed with 10 parts by mass of ethyl acetate, the mixture becomes white turbid at 25°C or becomes a transparent solution once at 25°C and then becomes white turbid within 12 hours. where the "sparing solubility" means that when 4 parts by mass of the colorant dispersion resin are added to and mixed with 10 parts by mass of ethyl acetate, the mixture becomes white turbid at 25°C or becomes a transparent solution once at 25°C and then becomes white turbid within 12 hours.
A transmission rate control method for controlling a transmission rate of uplink user data, characterized in that it comprises: notifying, from a radio network controller, an increase pattern (A, B) of the transmission rate of the uplink user data to a mobile station amongst a plurality of increase patterns (A, B), when setting, with the mobile station, a user data channel connection for transmitting the uplink user data; and increasing, at the mobile station, the transmission rate of the uplink user data in accordance with the notified increase pattern, when receiving, from a radio base station, a relative rate control channel for indicating that the transmission rate of the uplink user data should be increased, wherein the plurality of increase patterns (A, B) is provided for changing increase step of the transmission rate of uplink user data, wherein to each increase pattern corresponds a different increase step. notifying, from a radio network controller, an increase pattern (A, B) of the transmission rate of the uplink user data to a mobile station amongst a plurality of increase patterns (A, B), when setting, with the mobile station, a user data channel connection for transmitting the uplink user data; and increasing, at the mobile station, the transmission rate of the uplink user data in accordance with the notified increase pattern, when receiving, from a radio base station, a relative rate control channel for indicating that the transmission rate of the uplink user data should be increased, wherein the plurality of increase patterns (A, B) is provided for changing increase step of the transmission rate of uplink user data, wherein to each increase pattern corresponds a different increase step.
An electrode comprising: a base material; and an electrode mixture layer on the base material, wherein, in a cross section of the electrode in a thickness direction viewed from at least one direction perpendicular to the thickness direction, the electrode mixture layer includes convex portions and non-convex portions each positioned between two convex portions (2a1, 2a2) adjacent to each other among the convex portions, a ratio (d1/d2) is 0.82 or more and 1.22 or less, where d1 represents a porosity of the non-convex portions and d2 represents a porosity of the convex portions, wherein the porosity of the non-convex portions and the convex portions is measured using a cross-section polisher and a desktop scanning electron microscope, and including binarization of an SEM image obtained from the SEM, in the cross section, a ratio (h1/h2) is 0.71 or more, where h1 (μm) represents a height of the non-convex portions from a contact surface between the base material and the electrode mixture layer, and h2 (μm) represents a height of the convex portions from the contact surface between the base material and the electrode mixture layer, and the electrode mixture layer is an active material layer containing an active material. a base material; and an electrode mixture layer on the base material, wherein, in a cross section of the electrode in a thickness direction viewed from at least one direction perpendicular to the thickness direction, the electrode mixture layer includes convex portions and non-convex portions each positioned between two convex portions (2a1, 2a2) adjacent to each other among the convex portions, a ratio (d1/d2) is 0.82 or more and 1.22 or less, where d1 represents a porosity of the non-convex portions and d2 represents a porosity of the convex portions, wherein the porosity of the non-convex portions and the convex portions is measured using a cross-section polisher and a desktop scanning electron microscope, and including binarization of an SEM image obtained from the SEM, in the cross section, a ratio (h1/h2) is 0.71 or more, where h1 (μm) represents a height of the non-convex portions from a contact surface between the base material and the electrode mixture layer, and h2 (μm) represents a height of the convex portions from the contact surface between the base material and the electrode mixture layer, and the electrode mixture layer is an active material layer containing an active material.
A display device (100, 1000, 1100, 1200, 1300, 1400) comprising: a display panel including, at one end, a pad area; a back cover supporting the display panel on a rear surface of the display panel, the display panel being disposed on a surface of the back cover; one or more flexible films electrically connected to the pad area and disposed on the surface of the back cover; a film cover (150, 1050, 1150) covering the one or more flexible films and the pad area; a printed circuit board electrically connected to the one or more flexible films and disposed on the surface of the back cover; and a roller comprising a first flat portion, a second flat portion extending from the first flat portion and a curved portion, wherein the display panel and the back cover are adapted to be wound around or unwound from the roller, wherein the one end of the display panel including the pad area is disposed in line with the first flat portion while the printed circuit board is disposed in line with the second flat portion when the display panel and the back cover are fully wound around the roller. a display panel including, at one end, a pad area; a back cover supporting the display panel on a rear surface of the display panel, the display panel being disposed on a surface of the back cover; one or more flexible films electrically connected to the pad area and disposed on the surface of the back cover; a film cover (150, 1050, 1150) covering the one or more flexible films and the pad area; a printed circuit board electrically connected to the one or more flexible films and disposed on the surface of the back cover; and a roller comprising a first flat portion, a second flat portion extending from the first flat portion and a curved portion, wherein the display panel and the back cover are adapted to be wound around or unwound from the roller, wherein the one end of the display panel including the pad area is disposed in line with the first flat portion while the printed circuit board is disposed in line with the second flat portion when the display panel and the back cover are fully wound around the roller.
An arc welding display method for displaying a state of arc welding in a welding apparatus having a weaving function of swinging a torch with respect to a welding direction, the method comprising displaying at least one of a welding current and a welding voltage during the arc welding with a range sectioned by each fixed period including at least one weaving period, wherein an average welding current in each fixed period including at least one weaving period is subtracted from the welding current during the arc welding or an average welding voltage in each fixed period including at least one weaving period is subtracted from the welding voltage during the arc welding, and a value acquired by the subtraction is displayed, and wherein as for the welding current or the welding voltage during the arc welding, waveforms in several periods which are superimposed on one another, each of which is a waveform sectioned by each fixed period including at least one weaving period, are displayed. wherein an average welding current in each fixed period including at least one weaving period is subtracted from the welding current during the arc welding or an average welding voltage in each fixed period including at least one weaving period is subtracted from the welding voltage during the arc welding, and a value acquired by the subtraction is displayed, and wherein as for the welding current or the welding voltage during the arc welding, waveforms in several periods which are superimposed on one another, each of which is a waveform sectioned by each fixed period including at least one weaving period, are displayed.
An oral treatment device for stimulating deposition of calcium phosphate from an amorphous calcium phosphate formulation in contact with a tooth in an oral cavity, the device comprising a first electrode, a second electrode spatially separated from the first electrode, and a power source coupled to the first electrode and the second electrode such that, during use of the device, the first electrode acts as a cathode and the second electrode acts as an anode, wherein: both the first electrode and the second electrode are arranged to contact the amorphous calcium phosphate formulation when the first electrode is arranged proximal to the tooth during use of the device; the second electrode comprises a sacrificial material at least on its surface, and characterized in that the power source is arranged to apply a potential difference across the anode and the cathode, which potential difference is sufficient to cause: a pH increase at the cathode through the formation of hydroxide anions; and the formation of cations of the sacrificial material at the anode. both the first electrode and the second electrode are arranged to contact the amorphous calcium phosphate formulation when the first electrode is arranged proximal to the tooth during use of the device; the second electrode comprises a sacrificial material at least on its surface, and characterized in that the power source is arranged to apply a potential difference across the anode and the cathode, which potential difference is sufficient to cause: a pH increase at the cathode through the formation of hydroxide anions; and the formation of cations of the sacrificial material at the anode. a pH increase at the cathode through the formation of hydroxide anions; and the formation of cations of the sacrificial material at the anode.
A method for communicating data over a transmission medium with noise and attenuation that exhibit, as functions of frequency, a static component, which is defined as a predictable or average function that is independent of time, and a dynamic component, varying in both time and location, a transmission channel of the transmission medium being divided into at least two wideband subchannels, wherein one symbol transmitted over a wideband subchannel occupies less than 50 cycles of a transmission carrier, wherein the data is transmitted over the transmission medium, the method comprising: identifying the static component of the transmission medium for wideband communications having at least two subchannels; determining a function of noise and/or attenuation versus frequency for the static component; selecting wideband modulation schemes for the subchannels, which are made non-interfering or orthogonal to the other subchannels, to achieve an increased or highest total throughput at a required error rate, based upon the static functions of noise and attenuation versus frequency; transmitting a data signal over the subchannels; identifying a dynamic component of the transmission medium for the wideband communications; creating an adaptive filter based on the dynamic component; and applying the adaptive filter to a received data signal at a receiver. identifying the static component of the transmission medium for wideband communications having at least two subchannels; determining a function of noise and/or attenuation versus frequency for the static component; selecting wideband modulation schemes for the subchannels, which are made non-interfering or orthogonal to the other subchannels, to achieve an increased or highest total throughput at a required error rate, based upon the static functions of noise and attenuation versus frequency; transmitting a data signal over the subchannels; identifying a dynamic component of the transmission medium for the wideband communications; creating an adaptive filter based on the dynamic component; and applying the adaptive filter to a received data signal at a receiver.
Arrangement consisting of an electromechanical switch for arranging in a pipe through which a fluid flows and a fluid meter, wherein the electromechanical switch is connected to the fluid meter and wherein the electromechanical switch comprises: a main non-return valve comprising a main closure element that can be deflected by means of the fluid, and a main restoring means; a second non-return valve comprising a second closure element that can be deflected by means of the fluid, and a second restoring means, wherein the second non-return valve is arranged in the main non-return valve and wherein the second restoring means has a smaller restoring force than the main restoring means; a detection element for detecting the position of the second closure element; and a control element for switching the fluid meter on and off depending on the position of the second closure element detected by the detection element. a main non-return valve comprising a main closure element that can be deflected by means of the fluid, and a main restoring means; a second non-return valve comprising a second closure element that can be deflected by means of the fluid, and a second restoring means, wherein the second non-return valve is arranged in the main non-return valve and wherein the second restoring means has a smaller restoring force than the main restoring means; a detection element for detecting the position of the second closure element; and a control element for switching the fluid meter on and off depending on the position of the second closure element detected by the detection element.
Kart with a combustion engine, implementing an accelerator element of which the opening is controlled by the movement of an actuator, via an accelerator cable, said kart comprising clamping means, controlling a maximum opening of said accelerator element in accordance with a selected adjustment, so as to control the maximum available power of said engine, characterised in that said clamping means simultaneously control the tension of said accelerator cable, such that said tension is reduced when said maximum opening of the element is reduced, and conversely.
A communication device comprising: a first communication part that is connectable to an energy storage device or a power supply related apparatus and and to communicate with the energy storage device or the power supply related apparatus; an acquisition part for acquiring information including a state of the energy storage device or the power supply related apparatus on a basis of a set timing; a change acceptance part for accepting a change in the timing and changing the timing; and a transmission part for transmitting, at a timing after the change, the information acquired by the acquisition part to a first apparatus by using a second communication part communicatively connected to the first apparatus, wherein the change acceptance part is configured to receive by using the second communication part, an instruction to change the timing transmitted from the first apparatus. a first communication part that is connectable to an energy storage device or a power supply related apparatus and and to communicate with the energy storage device or the power supply related apparatus; an acquisition part for acquiring information including a state of the energy storage device or the power supply related apparatus on a basis of a set timing; a change acceptance part for accepting a change in the timing and changing the timing; and a transmission part for transmitting, at a timing after the change, the information acquired by the acquisition part to a first apparatus by using a second communication part communicatively connected to the first apparatus, wherein the change acceptance part is configured to receive by using the second communication part, an instruction to change the timing transmitted from the first apparatus.
An information processing system adapted to generate output image data by capturing images of a space and successively acquiring data of the images, comprising: a pair of cameras comprising first and second cameras (28, 30) having the same hardware structure and configured to capture images of the space using different imaging conditions defined, respectively, for the pair of cameras in order to each obtain individual information on the space, the first camera being capable of capturing a still image to serve as a wide-angle image; an image analysis unit to identify targets from the still wide-angle image captured by the first camera; and an information integration unit configured to integrate the individual information included in image data from two channels of moving images captured by the pair of cameras, respectively, with the still wide-angle image captured by the first camera so as to generate output image data through one channel, wherein the first camera captures narrow-angle moving images, at a higher resolution than that of the wide-angle image, of a first target and the second camera captures narrow-angle moving images, at a higher resolution than that of the wide-angle image, of a second target. a pair of cameras comprising first and second cameras (28, 30) having the same hardware structure and configured to capture images of the space using different imaging conditions defined, respectively, for the pair of cameras in order to each obtain individual information on the space, the first camera being capable of capturing a still image to serve as a wide-angle image; an image analysis unit to identify targets from the still wide-angle image captured by the first camera; and an information integration unit configured to integrate the individual information included in image data from two channels of moving images captured by the pair of cameras, respectively, with the still wide-angle image captured by the first camera so as to generate output image data through one channel, wherein the first camera captures narrow-angle moving images, at a higher resolution than that of the wide-angle image, of a first target and the second camera captures narrow-angle moving images, at a higher resolution than that of the wide-angle image, of a second target.
An oil pump gear train assembly for a gas turbine engine comprising: an oil pump operatively connected to an engine fan by a main input drive gear; and a gear train including: a first pinion gear in contact with, and directly driven by, the main input drive gear; a second pinion gear in contact with, and directly driven by, the main input drive gear; a first gear driven by the first pinion gear through a first clutch; and a second gear driven by the second pinion gear through a second clutch, the first gear and the second gear in contact with each other; wherein the first clutch transmits rotation from the first pinion gear to the first gear when the fan is rotating in the first direction, the first clutch not transmitting rotation from the first pinion gear to the first gear when the fan is rotating in the second direction; wherein the second clutch does not transmit rotation from the second pinion gear to the second gear when the fan is rotating in the first direction, the second clutch transmitting rotation from the second pinion gear to the second gear when the fan is rotating in the second direction. an oil pump operatively connected to an engine fan by a main input drive gear; and a gear train including: a first pinion gear in contact with, and directly driven by, the main input drive gear; a second pinion gear in contact with, and directly driven by, the main input drive gear; a first gear driven by the first pinion gear through a first clutch; and a second gear driven by the second pinion gear through a second clutch, the first gear and the second gear in contact with each other; wherein the first clutch transmits rotation from the first pinion gear to the first gear when the fan is rotating in the first direction, the first clutch not transmitting rotation from the first pinion gear to the first gear when the fan is rotating in the second direction; wherein the second clutch does not transmit rotation from the second pinion gear to the second gear when the fan is rotating in the first direction, the second clutch transmitting rotation from the second pinion gear to the second gear when the fan is rotating in the second direction. a first pinion gear in contact with, and directly driven by, the main input drive gear; a second pinion gear in contact with, and directly driven by, the main input drive gear; a first gear driven by the first pinion gear through a first clutch; and a second gear driven by the second pinion gear through a second clutch, the first gear and the second gear in contact with each other; wherein the first clutch transmits rotation from the first pinion gear to the first gear when the fan is rotating in the first direction, the first clutch not transmitting rotation from the first pinion gear to the first gear when the fan is rotating in the second direction; wherein the second clutch does not transmit rotation from the second pinion gear to the second gear when the fan is rotating in the first direction, the second clutch transmitting rotation from the second pinion gear to the second gear when the fan is rotating in the second direction.
A microcapsule composed of a transparent capsule wall material comprising therein color particles selected from among color magnetic pigment particles and color pigment particles; magnetically color-tunable particles; and a solvent.