mhurhangee/ep-ind-claims huggingface dataset:
A method for conducting an aluminum electrolytic process, including preparing an electrolyte and an electrolyte replenishment system for use in the aluminum electrolytic process, comprising the following steps of: Step A: placing aluminum in a reactor, vacuuming the reactor and feeding an inert gas, heating the reactor to 700-850 °C, and adding one of the reactants mixtures: - a mixture consisting of potassium fluoroborate and potassium fluorozirconate in a molar ratio of 2: 1; or - a mixture consisting of sodium fluoroborate and sodium hexafluorozirconate in a molar ratio of 2: 1; Step B: stirring the reactants for 4-6 hours and extracting an upper molten liquid to obtain - in the case of potassium fluorozirconate and potassium fluoroborate, the electrolyte replenishment system 6 5 KF ⋅ AlF 3; or - in the case of sodium hexafluorozirconate and sodium fluoroborate, the electrolyte replenishment system 6 5 NaF ⋅ AlF 3, for use in the aluminum electrolysis process; and Step C: adding either of the electrolyte replenishment systems obtained in step B into a fundamental electrolyte system used in the aluminum electrolysis process, wherein the fundamental electrolyte system is consumed continuously during the aluminum electrolysis process. Step A: placing aluminum in a reactor, vacuuming the reactor and feeding an inert gas, heating the reactor to 700-850 °C, and adding one of the reactants mixtures: - a mixture consisting of potassium fluoroborate and potassium fluorozirconate in a molar ratio of 2: 1; or - a mixture consisting of sodium fluoroborate and sodium hexafluorozirconate in a molar ratio of 2: 1; - a mixture consisting of potassium fluoroborate and potassium fluorozirconate in a molar ratio of 2: 1; or - a mixture consisting of sodium fluoroborate and sodium hexafluorozirconate in a molar ratio of 2: 1; Step B: stirring the reactants for 4-6 hours and extracting an upper molten liquid to obtain - in the case of potassium fluorozirconate and potassium fluoroborate, the electrolyte replenishment system 6 5 KF ⋅ AlF 3; or - in the case of sodium hexafluorozirconate and sodium fluoroborate, the electrolyte replenishment system 6 5 NaF ⋅ AlF 3, for use in the aluminum electrolysis process; and - in the case of potassium fluorozirconate and potassium fluoroborate, the electrolyte replenishment system 6 5 KF ⋅ AlF 3; or - in the case of sodium hexafluorozirconate and sodium fluoroborate, the electrolyte replenishment system 6 5 NaF ⋅ AlF 3, for use in the aluminum electrolysis process; and Step C: adding either of the electrolyte replenishment systems obtained in step B into a fundamental electrolyte system used in the aluminum electrolysis process, wherein the fundamental electrolyte system is consumed continuously during the aluminum electrolysis process.
A cutting element comprising a primary cutter including a first table of a hard material bonded to a first substrate of less hard form, and characterised in that the first substrate of the primary cutter has a recess formed therein in which a secondary cutter is located, the secondary cutter comprising a second table of a hard material bonded to a second substrate of less hard material, the first and second tables (24, 32) being spaced apart from one another by at least part of the first substrate.
A driving device for a hybrid vehicle, the driving device comprising: a power transmission mechanism connected to an engine, the power transmission mechanism being a single planetary gear mechanism configured to transmit a rotation of the engine, wherein the first planetary gear mechanism includes a first sun gear, a first pinion gear, a first ring gear and a first carrier; a differential mechanism that connects the power transmission mechanism to driving wheels; and a switching device configured to perform speed change of the power transmission mechanism, wherein the differential mechanism includes a first rotary element that is connected to an output element of the power transmission mechanism, a second rotary element that is connected to a first rotating electrical machine and a third rotary element that is connected to a second rotating electrical machine and the driving wheels, wherein the switching device includes a clutch and a brake, the brake being configured to limit the rotation of the first sun gear of the first planetary gear mechanism, the clutch being configured to connect the first sun gear with the first carrier of the first planetary gear mechanism, characterized in that the rotation of the output element of the power transmission mechanism is limited by the switching device, and in that the driving device has a mode in which the rotation of the output element of the power transmission mechanism is limited by the clutch and the brake and the first rotating electrical machine and the second rotating electrical machine are used as power sources. a power transmission mechanism connected to an engine, the power transmission mechanism being a single planetary gear mechanism configured to transmit a rotation of the engine, wherein the first planetary gear mechanism includes a first sun gear, a first pinion gear, a first ring gear and a first carrier; a differential mechanism that connects the power transmission mechanism to driving wheels; and a switching device configured to perform speed change of the power transmission mechanism, wherein the differential mechanism includes a first rotary element that is connected to an output element of the power transmission mechanism, a second rotary element that is connected to a first rotating electrical machine and a third rotary element that is connected to a second rotating electrical machine and the driving wheels, wherein the switching device includes a clutch and a brake, the brake being configured to limit the rotation of the first sun gear of the first planetary gear mechanism, the clutch being configured to connect the first sun gear with the first carrier of the first planetary gear mechanism, characterized in that the rotation of the output element of the power transmission mechanism is limited by the switching device, and in that the driving device has a mode in which the rotation of the output element of the power transmission mechanism is limited by the clutch and the brake and the first rotating electrical machine and the second rotating electrical machine are used as power sources.
A dishwasher, comprising: a body defining an accommodating cavity, a wall of the accommodating cavity defining an air inlet and an air outlet; a heat exchanger having a hot air inlet, a hot air outlet, a cooling air inlet and a cooling air outlet, the hot air inlet being in communication with the air outlet, the cooling air inlet being in communication with external environment, and the hot air outlet being in communication with the external environment; a first fan configured to convey cooling air to the heat exchanger; a heater having an inlet and an outlet, the inlet of the heater being in communication with the cooling air outlet, and the outlet of the heater being in communication with the air inlet; and characterised by: a second fan configured to convey hot air in the accommodation cavity to the heat exchanger, and located between the air outlet and the hot air inlet, wherein the hot air outlet is in communication with each of the inlet of the heater and the external environment, and the cooling air outlet is in communication with each of the inlet of the heater and the external environment. a body defining an accommodating cavity, a wall of the accommodating cavity defining an air inlet and an air outlet; a heat exchanger having a hot air inlet, a hot air outlet, a cooling air inlet and a cooling air outlet, the hot air inlet being in communication with the air outlet, the cooling air inlet being in communication with external environment, and the hot air outlet being in communication with the external environment; a first fan configured to convey cooling air to the heat exchanger; a heater having an inlet and an outlet, the inlet of the heater being in communication with the cooling air outlet, and the outlet of the heater being in communication with the air inlet; and characterised by: a second fan configured to convey hot air in the accommodation cavity to the heat exchanger, and located between the air outlet and the hot air inlet, wherein the hot air outlet is in communication with each of the inlet of the heater and the external environment, and the cooling air outlet is in communication with each of the inlet of the heater and the external environment. a second fan configured to convey hot air in the accommodation cavity to the heat exchanger, and located between the air outlet and the hot air inlet, wherein the hot air outlet is in communication with each of the inlet of the heater and the external environment, and the cooling air outlet is in communication with each of the inlet of the heater and the external environment.
An ionic tag linker consisting of a gamma ketoester moiety, an ionic moiety and a linker, wherein the ionic moiety comprises a charge balancing anion and a charge balancing cation, wherein the charge balancing cation is selected from the group consisting of an optionally substituted heterocyclic quaternary nitrogen, an optionally substituted heterocyclic quaternary phosphonium and an optionally substituted heterocyclic trivalent sulfonium, wherein the linker is an alkyl, wherein the gamma keto group is directly attached to the linker, and wherein the linker is attached to the charge balancing cation of the ionic moiety.
An injection unit comprising: a cylinder which heats a molding material; and a screw which is rotatably disposed in the cylinder, wherein the screw includes a rotary shaft, a helical flight which protrudes from an outer periphery of the rotary shaft, and a helical partition flight which partitions a groove which is formed by the flight, and feeds the molding material from an upstream side to a downstream side along the rotary shaft by rotation of the rotary shaft, the flight includes a different diameter flight portion in which a height of a downstream-side end portion of a top is lower than a height of an upstream-side end portion of the top, an upstream end of the partition flight is disposed on the further upstream side with respect to a downstream end of the different diameter flight portion, characterized in that the upstream end of the partition flight is disposed on the further upstream side with respect to an upstream end of the different diameter flight portion. a cylinder which heats a molding material; and a screw which is rotatably disposed in the cylinder, wherein the screw includes a rotary shaft, a helical flight which protrudes from an outer periphery of the rotary shaft, and a helical partition flight which partitions a groove which is formed by the flight, and feeds the molding material from an upstream side to a downstream side along the rotary shaft by rotation of the rotary shaft, the flight includes a different diameter flight portion in which a height of a downstream-side end portion of a top is lower than a height of an upstream-side end portion of the top, an upstream end of the partition flight is disposed on the further upstream side with respect to a downstream end of the different diameter flight portion, characterized in that the upstream end of the partition flight is disposed on the further upstream side with respect to an upstream end of the different diameter flight portion.
A passenger seat frame for an aircraft comprising: a. at least one fore leg; b. a luggage bar; and c. means for connecting the luggage bar and the at least one fore leg so as to distribute to the luggage bar at least some forces experienced in use by the at least one fore leg; wherein the connecting means is configured to prevent relative rotation between the luggage bar and the at least one fore leg; characterised in that the connecting means comprises a bosshead comprising a vertically-oriented cavity for receiving the at least one fore leg and a horizontally-oriented cavity for receiving the luggage bar. a. at least one fore leg; b. a luggage bar; and c. means for connecting the luggage bar and the at least one fore leg so as to distribute to the luggage bar at least some forces experienced in use by the at least one fore leg;
A rock bit tip comprising: a mounting portion (12;112;122;132;142;152), an end portion converging from a top end of the mounting portion to form a work surface and at least one recess (115;125;135;145;155) in a bottom (14;114;124;134;144;154) of the mounting portion, the recess extending towards said end portion, characterized in that there are more than one recess. a mounting portion (12;112;122;132;142;152), an end portion converging from a top end of the mounting portion to form a work surface and at least one recess (115;125;135;145;155) in a bottom (14;114;124;134;144;154) of the mounting portion, the recess extending towards said end portion, characterized in that there are more than one recess.
A control apparatus for a power follower and a power battery for an electric vehicle, the control apparatus comprising: a power battery used to output electric power to drive a traction motor of the electric vehicle; a power follower used to output electric power to drive the traction motor and/or charge the power battery; a controller used to control the driving modes of the power battery and the power follower, wherein the controller is configured to: select, when the remaining electric quantity (soc) of the power battery is not greater than a first predetermined value, a second driving mode until the remaining electric quantity (soc) of the power battery rises to a second predetermined value; select, when the remaining electric quantity (soc) of the power battery is not less than the second predetermined value, a first driving mode until the remaining electric quantity (soc) of the power battery is not greater than the first predetermined value; and alternately switch between the first driving mode and the second driving mode, the second predetermined value being greater than the first predetermined value; and an activation apparatus used to manually control the numerical value of the second predetermined value according to the requirement of a driver; wherein the first driving mode is that the power battery operates alone to output electric power to drive the traction motor; and the second driving mode is that the power follower operates alone to output electric power to drive the traction motor and to charge the power battery. a power battery used to output electric power to drive a traction motor of the electric vehicle; a power follower used to output electric power to drive the traction motor and/or charge the power battery; a controller used to control the driving modes of the power battery and the power follower, wherein the controller is configured to: select, when the remaining electric quantity (soc) of the power battery is not greater than a first predetermined value, a second driving mode until the remaining electric quantity (soc) of the power battery rises to a second predetermined value; select, when the remaining electric quantity (soc) of the power battery is not less than the second predetermined value, a first driving mode until the remaining electric quantity (soc) of the power battery is not greater than the first predetermined value; and alternately switch between the first driving mode and the second driving mode, the second predetermined value being greater than the first predetermined value; and an activation apparatus used to manually control the numerical value of the second predetermined value according to the requirement of a driver; wherein the first driving mode is that the power battery operates alone to output electric power to drive the traction motor; and the second driving mode is that the power follower operates alone to output electric power to drive the traction motor and to charge the power battery.
A whipstock assembly, comprising: a whipstock providing a ramped surface and a longitudinal groove defined in the ramped surface; a lead mill coupled to the whipstock with a shear bolt and providing one or more blades; and a bearing support arranged within the longitudinal groove and providing opposing sidewalls (310a, 310b) that define a slot configured to receive one of the one or more blades and thereby prevent the lead mill from rotating with respect to the whipstock. a whipstock providing a ramped surface and a longitudinal groove defined in the ramped surface; a lead mill coupled to the whipstock with a shear bolt and providing one or more blades; and a bearing support arranged within the longitudinal groove and providing opposing sidewalls (310a, 310b) that define a slot configured to receive one of the one or more blades and thereby prevent the lead mill from rotating with respect to the whipstock.
A method of determining whether a subject has non-alcoholic steatohepatitis (NASH), comprising forming a biomarker panel having N biomarker proteins from the biomarker proteins listed in Table 7, and detecting the level of each of the N biomarker proteins of the panel in blood, plasma, serum or urine sample from the subject, wherein at least one of the N biomarker proteins is Aminoacylase-1.
Sanitary fitting, having a housing with a spout, wherein a first fluid is conductible via a first hose to an outlet opening of the spout and a second fluid is conductible via a second hose to the outlet opening of the spout and wherein the first hose is arranged at least partly in the second hose and the second fluid is conductible in an annular space between the first hose and the second hose to the outlet opening of the spout, the first hose leading from a first nipple and the second hose leading from a second nipple to the outlet opening of the spout, characterised in that the first nipple is insertable at least partly into the second nipple in such a way that the second nipple secures the first hose, which is mounted on the first nipple, against detachment from the first nipple, the second nipple pressing the first hose onto the first nipple especially by means of radially inwardly directed forces.
An apparatus for treating adipose tissue located beneath a skin of a patient, comprising: a main body portion that houses an ultrasound transducer, a semisphere portion provided at distal end of the apparatus and configured to be pressed against the skin to bend the skin, wherein the semisphere portion has a smooth outer surface without any ridges and undulations and is configured to be moved on the skin while the semisphere portion is pressed, and an intermediate portion provided between the main body portion and the semisphere portion, wherein the intermediate portion further comprises a connector rod provided between the ultrasound transducer and the semisphere portion and configured to transfer ultrasound transverse vibrations from the ultrasound transducer to the semisphere portion causing the semisphere portion to vibrate in the same direction of the ultrasound transducer, the direction of vibration being parallel to the skin of the patient, thus generating at a predetermined depth transverse waves in direction parallel to the skin; characterized in that said transducer is positioned in such a way to vibrate in a direction parallel to the skin of the patient. a main body portion that houses an ultrasound transducer, a semisphere portion provided at distal end of the apparatus and configured to be pressed against the skin to bend the skin, wherein the semisphere portion has a smooth outer surface without any ridges and undulations and is configured to be moved on the skin while the semisphere portion is pressed, and an intermediate portion provided between the main body portion and the semisphere portion, wherein the intermediate portion further comprises a connector rod provided between the ultrasound transducer and the semisphere portion and configured to transfer ultrasound transverse vibrations from the ultrasound transducer to the semisphere portion causing the semisphere portion to vibrate in the same direction of the ultrasound transducer, the direction of vibration being parallel to the skin of the patient, thus generating at a predetermined depth transverse waves in direction parallel to the skin; characterized in that said transducer is positioned in such a way to vibrate in a direction parallel to the skin of the patient.
An edge strip for pieces of furniture, comprising a melting layer and a structural layer of plastic connected to the melting layer, wherein the melting layer defines an abutting side of the edge strip and the material of the melting layer contains both polar and non-polar components in the molecular structure, characterised in that the melting layer is based on a material from which the structural layer is produced, wherein the structural layer is produced from polypropylene and the material of the melting layer is a maleic acid anhydride-grafted polypropylene.
Chidamide crystal form A, which is characterized in that its X-ray powder diffraction pattern has characteristic peaks at 2θ of about 4.18°, 6.61°, 8.42°, 12.69°, 17.85°, 18.34°, 19.27°, 20.10°, 20.59°, 21.58°, 23.70°, 23.96°, 25.52°, 27.00°, 27.90°, 29.59°, and 29.94°; its infrared spectrum has characteristic absorption peaks at about 3412, 3282, 3199, 3043, 1654, 1615, 1524, 1514, 1497, 1442, 1418, 1332, 1296, 1234, 1198, 1183, 1166 and 1027cm -1; and its differential scanning calorimetry pattern has a endothermic peak at about 239.4°C.
A cell analysis system comprising: a detection device that detects staining intensity of a stained cell; a collection container that collects a plurality of cells whose staining intensity has been detected by the detection device; a control unit that is configured to determine priority in acquiring image data on the basis of a detection result of the staining intensity of the stained cell; and an imaging apparatus that acquires the image data of the cells collected into the collection container on the basis of the priority determined by the control unit. a detection device that detects staining intensity of a stained cell; a collection container that collects a plurality of cells whose staining intensity has been detected by the detection device; a control unit that is configured to determine priority in acquiring image data on the basis of a detection result of the staining intensity of the stained cell; and an imaging apparatus that acquires the image data of the cells collected into the collection container on the basis of the priority determined by the control unit.
A method for analyzing a structure by diffuse acousto-elastic field correlation, an optical fiber comprising a plurality of measurement points, a measurement point comprising one or more sensors of fiber Bragg grating FBG type, the optical fiber being deployed in or on the structure to be analyzed, the method comprising: - the emission of light into the optical fiber; - the interrogation, substantially simultaneously, at least part of pairs of FBG sensors measuring, over time, the acousto-elastic waves at the measurement points; - the determination, by correlation of the acousto-elastic signals, for at least part of the pairs of sensors of fiber Bragg grating FBG type, of the Green's function of the structure. - the emission of light into the optical fiber; - the interrogation, substantially simultaneously, at least part of pairs of FBG sensors measuring, over time, the acousto-elastic waves at the measurement points; - the determination, by correlation of the acousto-elastic signals, for at least part of the pairs of sensors of fiber Bragg grating FBG type, of the Green's function of the structure.