mhurhangee/ep-ind-claims huggingface dataset:
A neutral arrangement for a converter station of a direct current power transmission system comprising a first converter, said neutral arrangement comprising a first and second group of surge arrestors (SA NB1, SA NB2, SA NB3, SA NB4, SA NB5, SA NB6, SA NL1, SA NL2, SA NLn) and a group of neutral buses, where each surge arrestor is connected between a neutral bus (NB1, NB2, CNB) of the group of neutral buses and ground, wherein a first insulation area of the neutral arrangement is a high voltage insulation zoom area (NZOOMH) comprising the first group of surge arrestors and a second insulation area of the neutral arrangement is a low voltage insulation zoom area (NZOOML) comprising the second group of surge arrestors, wherein the surge arrestors (SA NB1, SA NB2 SA NB4, SA NB5) in the first group have a higher arrestor reference voltage than the surge arrestors (SA NB3, SA NB6, SA NL1, SA NL2, SA NLn) in the second group.
A method for smelting high-aluminum-low-silicon ultrapure ferritic stainless steel, wherein the method comprises the steps of: vacuum oxygen decarburization and free decarburization of molten ferritic stainless steel in a vacuum oxygen decarburization furnace, providing molten ferritic stainless steel with the following requirements on constituents: chromium 10-23 mass%, carbon less than 0.01 mass% and nitrogen less than 0.01 %; preliminary deoxidization: adding ferrosilicon and/or aluminum blocks into the molten ferritic stainless steel obtained in step for preliminary deoxidization with the addition of lime and fluorspar for slag forming, and vigorous stirring under high vacuum for 5-10 min; final deoxidization: adding ferroaluminum with an aluminum content of 20-60 mass% into the molten ferritic stainless steel obtained in step for final deoxidization with the addition of lime and fluorspar for slag forming before moderate stirring under vacuum for 2-5 min, and then vigorous stirring under high vacuum for 12-18 min; vacuum breaking; soft stirring of the molten ferritic stainless steel under atmospheric pressure for 8-10 min before calcium wire feeding to said molten ferritic stainless steel under atmospheric pressure, followed by soft stirring for 5-10 min from the end of said feeding; soft stirring for another 15-30 min before continuous casting for the molten ferritic stainless steel in protective atmosphere to obtain high-aluminum-low-silicon ultrapure ferritic stainless steel. vacuum oxygen decarburization and free decarburization of molten ferritic stainless steel in a vacuum oxygen decarburization furnace, providing molten ferritic stainless steel with the following requirements on constituents: chromium 10-23 mass%, carbon less than 0.01 mass% and nitrogen less than 0.01 %; preliminary deoxidization: adding ferrosilicon and/or aluminum blocks into the molten ferritic stainless steel obtained in step for preliminary deoxidization with the addition of lime and fluorspar for slag forming, and vigorous stirring under high vacuum for 5-10 min; final deoxidization: adding ferroaluminum with an aluminum content of 20-60 mass% into the molten ferritic stainless steel obtained in step for final deoxidization with the addition of lime and fluorspar for slag forming before moderate stirring under vacuum for 2-5 min, and then vigorous stirring under high vacuum for 12-18 min; vacuum breaking; soft stirring of the molten ferritic stainless steel under atmospheric pressure for 8-10 min before calcium wire feeding to said molten ferritic stainless steel under atmospheric pressure, followed by soft stirring for 5-10 min from the end of said feeding; soft stirring for another 15-30 min before continuous casting for the molten ferritic stainless steel in protective atmosphere to obtain high-aluminum-low-silicon ultrapure ferritic stainless steel.
An electrode material applying apparatus comprising: a flow path which allows passage of slurry containing at least graphite particles dispersed in a solvent, wherein the graphite particles have a laminar structure in which hexagonal plate-like crystals are stacked so as to form a plurality of layers thereof; a filter disposed in the flow path; a magnet (14c1, 14c2) disposed so as to generate, on the filter, a magnetic field having magnetic lines of force extending along the flow path, thereby orienting planes of the crystals of the graphite particles having the laminar structure parallel to the magnetic lines of force; and an applying member which applies, on a current collector, the slurry having passed through the filter, characterized in that the magnetic field leads to a decreased projected area of the graphite particles against the meshes of the filter compared to absence of the magnetic field. a flow path which allows passage of slurry containing at least graphite particles dispersed in a solvent, wherein the graphite particles have a laminar structure in which hexagonal plate-like crystals are stacked so as to form a plurality of layers thereof; a filter disposed in the flow path; a magnet (14c1, 14c2) disposed so as to generate, on the filter, a magnetic field having magnetic lines of force extending along the flow path, thereby orienting planes of the crystals of the graphite particles having the laminar structure parallel to the magnetic lines of force; and an applying member which applies, on a current collector, the slurry having passed through the filter, characterized in that the magnetic field leads to a decreased projected area of the graphite particles against the meshes of the filter compared to absence of the magnetic field.
An antibody or a fragment of said antibody, capable of 1) binding an α 1-I domain of VLA-1 and 2) capable of inhibiting K562-α1-dependent adhesion to collagen IV, for use in the treatment of an inflammatory disorder in a vascular disease in a subject.
Electrostimulator for vision, comprising: - at least one pair (8, 9) of electrodes configured to make contact with the skin of a subject to be treated, - a voltage power supply configured to provide at least one stable voltage, - a waveform generator configured to generate, from said at least one stable voltage, at least one voltage signal to be applied to said electrodes, said at least one voltage signal having a preselected waveform, so as to deliver a treatment current to the subject, wherein the waveform generator comprises microcontroller and at least one driver (6, 7) of said at least one pair (8, 9) of electrodes, characterized in that the waveform generator comprises at least one photocoupler (33, 39, 42) for electrically isolating said at least one pair (8, 9) of electrodes from said voltage power supply, and in that said at least one driver (6, 7) comprises said at least one photocoupler (33, 39, 42) at the interface with the microcontroller. - at least one pair (8, 9) of electrodes configured to make contact with the skin of a subject to be treated, - a voltage power supply configured to provide at least one stable voltage, - a waveform generator configured to generate, from said at least one stable voltage, at least one voltage signal to be applied to said electrodes, said at least one voltage signal having a preselected waveform, so as to deliver a treatment current to the subject,
A dispensing assembly, comprising a syringe body (12, 112, 280) having a barrel (16, 116, 282) and a dispensing tip (18, 118, 284), and a mixing and plunging assembly (14, 114, 240) configured for coupling with the syringe body (12, 112, 280) and comprising a mixer (50, 242) and a plunger (52, 148, 148', 202, 222, 244), the mixer (50, 242) being configured for mixing material in the barrel (16, 116, 282) and having a rod (56, 152, 152', 162, 200, 220, 246) and a mixing element (54, 142, 160, 205, 248, 294) connected with the rod (56, 152, 152', 162, 200, 220, 246), the plunger (52, 148, 148', 202, 222, 244) being configured to dispense material from the barrel (16, 116, 282) through the dispensing tip (18, 118, 284), characterized in that the mixing element (54, 142, 160, 205, 248, 294) is removably connected to the rod (56, 152, 152', 162, 200, 220, 246) and the rod (56, 152, 152', 162, 200, 220, 246) is configured to be detached from the mixing element (54, 142, 160, 205, 248, 294) and used to push material out of the dispensing tip (18, 118, 284).
A display device comprising: a display panel comprising a display area (DP-DA) and a non-display area (DP-NDA) defined therein and comprising a plurality of signal pads (DP-PD) overlapping the non-display area (DP-NDA); an electronic component comprising a base layer (DC-BS) with an upper surface (DC-US) and a lower surface (DC-DS), a plurality of driving pads (DC-PD) disposed on the lower surface (DC-DS) of the base layer (DC-BS), and a plurality of driving bumps (DC-BP) respectively disposed on the plurality of driving pads (DC-PD), the plurality of driving bumps (DC-BP) being respectively connected to the plurality of signal pads (DP-PD); and a filler disposed between the display panel and the electronic component, characterized in that: a first hole (HO, HOa) is defined in the upper surface (DC-US) of the base layer (DC-BS), and the first hole (HO, HOa) does not overlap the plurality of driving bumps (DC-BP) and the first hole (HO, HOa) overlaps the filler in a plan view wherein the filler is cured by UV light. a display panel comprising a display area (DP-DA) and a non-display area (DP-NDA) defined therein and comprising a plurality of signal pads (DP-PD) overlapping the non-display area (DP-NDA); an electronic component comprising a base layer (DC-BS) with an upper surface (DC-US) and a lower surface (DC-DS), a plurality of driving pads (DC-PD) disposed on the lower surface (DC-DS) of the base layer (DC-BS), and a plurality of driving bumps (DC-BP) respectively disposed on the plurality of driving pads (DC-PD), the plurality of driving bumps (DC-BP) being respectively connected to the plurality of signal pads (DP-PD); and a filler disposed between the display panel and the electronic component, characterized in that: a first hole (HO, HOa) is defined in the upper surface (DC-US) of the base layer (DC-BS), and the first hole (HO, HOa) does not overlap the plurality of driving bumps (DC-BP) and the first hole (HO, HOa) overlaps the filler in a plan view wherein the filler is cured by UV light.
An apparatus for detecting tissue damage due to contact between a medical device (210; 410; 500) and a patient's skin, at a location proximate to the point of contact comprising: a first electrode and a second electrode (232, 234; 304A, 304B, 304C; 418) configured to measure a level of sub-epidermal moisture in tissue proximate to the point of contact, an electronics package individually connected to the first and second electrodes (232, 234; 304A, 304B, 304C; 418) and configured to measure a capacitance between the first and second electrodes (232, 234; 304A, 304B, 304C; 418); characterized by: the first and second electrodes (232, 234; 304A, 304B, 304C; 418) are configured to be attached to the medical device (210; 410; 500), and wherein the first and second electrodes (232, 234; 304A, 304B, 304C; 418) are shaped such that the entire surface of each electrode (232, 234; 304A, 304B, 304C; 418) can contact the patient's skin while the medical device is in use; and a body coupled to the first and second electrodes (232, 234; 304A, 304B, 304C; 418), the body configured to be interposed between the medical device (210; 410; 500) and the patient's skin when the medical device (210; 410; 500) is in use; wherein the apparatus is selected from a group consisting of a clip configured to attach to a tube of the medical device, and a strap configured to attach to the medical device. a first electrode and a second electrode (232, 234; 304A, 304B, 304C; 418) configured to measure a level of sub-epidermal moisture in tissue proximate to the point of contact, an electronics package individually connected to the first and second electrodes (232, 234; 304A, 304B, 304C; 418) and configured to measure a capacitance between the first and second electrodes (232, 234; 304A, 304B, 304C; 418); characterized by: the first and second electrodes (232, 234; 304A, 304B, 304C; 418) are configured to be attached to the medical device (210; 410; 500), and wherein the first and second electrodes (232, 234; 304A, 304B, 304C; 418) are shaped such that the entire surface of each electrode (232, 234; 304A, 304B, 304C; 418) can contact the patient's skin while the medical device is in use; and a body coupled to the first and second electrodes (232, 234; 304A, 304B, 304C; 418), the body configured to be interposed between the medical device (210; 410; 500) and the patient's skin when the medical device (210; 410; 500) is in use;
A Canidae vaccine for use in reducing influenza viral shedding in a canine, wherein said vaccine comprises an effective amount of an expression vector that contains and expresses in vivo in a canine a polynucleotide encoding equine influenza antigen comprising equine influenza H3 operatively linked to a promoter and optionally to an enhancer, wherein the expression vector is a poxvirus, and a pharmaceutically or veterinarily acceptable carrier, excipient, or vehicle.
A reset method, comprising: receiving, by a serial peripheral interface flash, SPI Flash, a reset instruction sent by a processor; and performing, by the SPI Flash, reset processing according to the reset instruction, characterised in that the reset processing comprises interrupting a current operation, recording interruption state information when the current operation is interruptedin a reset register, and setting a current state of the SPI Flash to a state of responding to a read instruction of the processor; after finishing the reset processing, sending, by the processor, a read instruction to the SPI Flash; receiving, by the processor, the interruption state information from the reset register sent by the SPI Flash according to the read instruction; and determining, by the processor according to the interruption state information, whether the interrupted current operation needs to be continued, and if yes, sending an instruction of continuing the interrupted current operation to the SPI Flash. receiving, by a serial peripheral interface flash, SPI Flash, a reset instruction sent by a processor; and performing, by the SPI Flash, reset processing according to the reset instruction, characterised in that the reset processing comprises interrupting a current operation, recording interruption state information when the current operation is interruptedin a reset register, and setting a current state of the SPI Flash to a state of responding to a read instruction of the processor; after finishing the reset processing, sending, by the processor, a read instruction to the SPI Flash; receiving, by the processor, the interruption state information from the reset register sent by the SPI Flash according to the read instruction; and determining, by the processor according to the interruption state information, whether the interrupted current operation needs to be continued, and if yes, sending an instruction of continuing the interrupted current operation to the SPI Flash.
Delivery device comprising: - a main body; - a first mixer tap, for sanitary water, coupled with said main body; - a second tap, for treated water, coupled with said main body; - a dispensing pipe connected movably to said main body, and rotatably adjustable, during normal operation, around a vertical axis with respect to said main body, - a first connection and a second connection for connecting said main body to respective sources of hot sanitary water and of cold sanitary water, for supplying the hot water and the cold water respectively, - further connecting means for connecting said main body to a source of treated water, said first connection and second connection extending along a plane arranged transversely to said vertical axis, and configured for enabling said main body to be fixed to a vertical surface, in particular a wall, said first connection and said second connection being distinct and separate from one another and projecting according to respective axes (A1; A2) which, in the installed operating configuration, are oriented orthogonally to said vertical surface, said further connecting means comprising a connection portion that is distinct and separate from said first connection and second connection and is obtained on said main body, on a rear zone of the main body near the first connection for enabling a supply pipe connected to a purification and/or refrigeration and/or water carbonation unit to be connected to said main body, wherein in said main body a first path is defined for the hot water and a second path is defined for the cold water that extend to enable the cold and hot water to flow to said first mixer tap, wherein in said main body a third path is defined for the mixed hot/cold water exiting said first mixer tap, said third mixer path connecting said first mixer tap to said dispensing pipe, and wherein in said main body a fourth path for the treated water is defined, which connects said connection portion to said second tap and to said dispensing pipe, said fourth path being configured for maintaining the flow of treated water separate from the flow of sanitary water. - a main body; - a first mixer tap, for sanitary water, coupled with said main body; - a second tap, for treated water, coupled with said main body; - a dispensing pipe connected movably to said main body, and rotatably adjustable, during normal operation, around a vertical axis with respect to said main body, - a first connection and a second connection for connecting said main body to respective sources of hot sanitary water and of cold sanitary water, for supplying the hot water and the cold water respectively, - further connecting means for connecting said main body to a source of treated water,
Electromechanical brake device for a motor vehicle, comprising an adjusting device and a brake part which is connected thereto, can be adjusted along an axis by the adjusting device and can be brought into braking engagement with a counter-brake part, wherein the actuating device has a first actuating drive and a second actuating drive serially coupled thereto, wherein the first actuating drive has a rotatably drivable first drive wheel, from which a first output element and a first drive element, which is axially adjustable relative thereto, can be driven in rotation relative to one another, and the second actuator has a second drive wheel which can be driven in rotation and is coaxial with the first drive wheel and from which a threaded spindle can be driven in rotation, which spindle has a spindle thread which engages in an internal thread of the first actuator, characterised in in that the threaded spindle and the second drive wheel have corresponding, interlocking positive-locking elements (73, 76) which are designed to generate a positive lock which is effective in the circumferential direction with respect to rotation about the axis, and which can be displaced axially relative to one another. wherein the actuating device has a first actuating drive and a second actuating drive serially coupled thereto, wherein the first actuating drive has a rotatably drivable first drive wheel, from which a first output element and a first drive element, which is axially adjustable relative thereto, can be driven in rotation relative to one another, and the second actuator has a second drive wheel which can be driven in rotation and is coaxial with the first drive wheel and from which a threaded spindle can be driven in rotation, which spindle has a spindle thread which engages in an internal thread of the first actuator, characterised in in that the threaded spindle and the second drive wheel have corresponding, interlocking positive-locking elements (73, 76) which are designed to generate a positive lock which is effective in the circumferential direction with respect to rotation about the axis, and which can be displaced axially relative to one another.
Household refrigeration appliance, having a heat-insulated carcass with an inner container, which bounds a freezer compartment provided for the storage of food, a refrigeration appliance for cooling the freezer compartment to a predetermined or predeterminable target freezer temperature significantly below 0°C, a temperature sensor for determining the actual temperature of the freezer compartment, and an electronic control apparatus, which controls the refrigeration appliance on account of the actual temperature and the target freezer temperature and which is designed to generate a warning signal during a temperature warning mode, as soon as the actual temperature of the freezer compartment exceeds a predetermined or predeterminable warning temperature, which is less than 0°C and greater than the target freezer temperature, and which is designed only then to activate the temperature warning mode after the household refrigeration appliance has been switched on, as soon as the actual temperature does not reach an activation temperature of less than or equal to the warning temperature and greater than the target freezer temperature, but at the latest after a predetermined switch-on duration of the household refrigeration appliance has elapsed.
A fuel additive comprising a quaternary ammonium salt formed by the reaction of an alkyl carboxylate with an amide or imide compound obtained by reacting a hydrocarbyl substituted acylating agent and an amine, wherein the amine has the structure wherein A is a hydrocarbyl linker with 2 to 10 carbon units and including one or more carbon units thereof independently replaced with an oxygen atom; and R 1 and R 2 are independently alkyl groups containing 1 to 8 carbon atoms, wherein A is -(CH 2) r -[X-(CH 2) r'] p - with each of r, r', and p independently being 1, 2, 3, or 4 and X being O. A is a hydrocarbyl linker with 2 to 10 carbon units and including one or more carbon units thereof independently replaced with an oxygen atom; and R 1 and R 2 are independently alkyl groups containing 1 to 8 carbon atoms, wherein A is -(CH 2) r -[X-(CH 2) r'] p - with each of r, r', and p independently being 1, 2, 3, or 4 and X being O.