mhurhangee/ep-ind-claims huggingface dataset:
A printing apparatus comprising: a supporter arranged to support a recording medium on which a print image is formed; a heater arranged to heat the recording medium supported by the supporter; and a state switcher arranged to switch the heater between a first state in which heating to the recording medium is allowed and a second state in which heating to the recording medium is blocked in a state where the heater is in operation, wherein the state switcher includes a movement unit (80, 81) arranged to move the heater to a first position when the heater is in the first state or to a second position when the heater is in the second state, the second position being more distant from the recording medium than the first position, characterized in that the heater includes a blower arranged to deliver hot air, and the state switcher includes a hot air receiver arranged to receive the hot air from the blower when the heater is located at the second position. a supporter arranged to support a recording medium on which a print image is formed; a heater arranged to heat the recording medium supported by the supporter; and a state switcher arranged to switch the heater between a first state in which heating to the recording medium is allowed and a second state in which heating to the recording medium is blocked in a state where the heater is in operation, wherein the state switcher includes a movement unit (80, 81) arranged to move the heater to a first position when the heater is in the first state or to a second position when the heater is in the second state, the second position being more distant from the recording medium than the first position, characterized in that the heater includes a blower arranged to deliver hot air, and the state switcher includes a hot air receiver arranged to receive the hot air from the blower when the heater is located at the second position.
A method of preparing in vitro or ex vivo a cell culture comprising keratinocytes and melanocytes or a cellular model of depigmenting disorder comprising a step of exposing simultaneously or sequentially a population of cells comprising keratinocytes and melanocytes to IFNγ and TNFα.
An IL-17A binding antibody or antigen-binding fragment thereof, comprising: antibody light chain variable region, comprising LCDR1, LCDR2 and LCDR3 as shown in SEQ ID NO: 13, SEQ ID NO: 14, and SEQ ID NO: 15 respectively; and antibody heavy chain variable region, comprising HCDR1, HCDR2 and HCDR3 as shown in SEQ ID NO: 10, SEQ ID NO: 11, and SEQ ID NO: 12, respectively; wherein the antibody heavy chain variable region is selected from the heavy chain variable regions shown in SEQ ID NO: 5, SEQ ID NO: 6 and SEQ ID NO: 7; and wherein the antibody light chain variable region is selected from light chain variable region of SEQ ID NO: 9. antibody light chain variable region, comprising LCDR1, LCDR2 and LCDR3 as shown in SEQ ID NO: 13, SEQ ID NO: 14, and SEQ ID NO: 15 respectively; and antibody heavy chain variable region, comprising HCDR1, HCDR2 and HCDR3 as shown in SEQ ID NO: 10, SEQ ID NO: 11, and SEQ ID NO: 12, respectively; wherein the antibody heavy chain variable region is selected from the heavy chain variable regions shown in SEQ ID NO: 5, SEQ ID NO: 6 and SEQ ID NO: 7; and wherein the antibody light chain variable region is selected from light chain variable region of SEQ ID NO: 9.
Method for catalytic pressure oxidation of hydrocarbons, halogenated hydrocarbons and other oxidisable materials in aqueous salt solutions from the production of epichlorohydrin and epoxy resins, via oxygen-containing gases, preferably oxygen, wherein the salt solutions have a salt content of between 15 and 25 wt.% NaCl, characterised in that - for the use of the same as a raw material in a chlor-alkali electrolysis - copper II salts in the range from 100 to 1000 ppm copper are added to the salt solutions after the pH value is set to < 2, the impurities are oxidised in a reactor at 150-300°C, preferably at 230-260°C, and the copper II salts are adsorbed on an ion exchanger after cooling and expansion of the salt solutions, wherein, for the adsorption of the Cu II ions, a twostage ion exchanger is used in the first stage of which the main quantity of the copper ions is separated off down to a content of a few ppm, whereas fine purification down to < 50 ppb Cu is performed in the second stage, the ion exchanger is regenerated with acid and the recovered copper II salts are added back into the untreated salt solutions before oxidation as catalyst, wherein, by means of wet oxidation, a salt solution is obtained in which, after conversion of 99.9%, in particular of > 99.9%, of the TOC, the TOC concentration is reduced to a maximum of 1 to 2 mg/l. - for the use of the same as a raw material in a chlor-alkali electrolysis - copper II salts in the range from 100 to 1000 ppm copper are added to the salt solutions after the pH value is set to < 2, the impurities are oxidised in a reactor at 150-300°C, preferably at 230-260°C, and the copper II salts are adsorbed on an ion exchanger after cooling and expansion of the salt solutions, wherein, for the adsorption of the Cu II ions, a twostage ion exchanger is used in the first stage of which the main quantity of the copper ions is separated off down to a content of a few ppm, whereas fine purification down to < 50 ppb Cu is performed in the second stage, the ion exchanger is regenerated with acid and the recovered copper II salts are added back into the untreated salt solutions before oxidation as catalyst, wherein, by means of wet oxidation, a salt solution is obtained in which, after conversion of 99.9%, in particular of > 99.9%, of the TOC, the TOC concentration is reduced to a maximum of 1 to 2 mg/l.
Hall-effect control button for a man-machine interface, characterized in that it comprises a base which is designed for mounting on the interface, and a control module comprising lighting means and a lighting board for the control of the lighting means on the basis of lighting signals originating from the interface, the control module being chosen among a series of interchangeable control modules, the control module comprise a combination of at least one lug, which engages respectively with a socket provided in the base for the mechanical attachment and electrical connection of the control module, wherein the lug and the socket are provided with complementary contacts (8a, 8b) for the transmission of lighting and power supply signals, the control module being manually actuable mounted on the base and comprising a bipolar magnet, the base being provided with means for the detection of the magnetic field emitted by the magnet.
An oral care composition comprising: a) calcium silicate; and b) high refractive index composite particles; wherein the refractive index of the composite particles is in the range from 1.9 to 4.0; and wherein the calcium silicate and high refractive index composite particles are present in a weight ratio (a:b) of 1:10 to 2:1. a) calcium silicate; and b) high refractive index composite particles; wherein the refractive index of the composite particles is in the range from 1.9 to 4.0; and wherein the calcium silicate and high refractive index composite particles are present in a weight ratio (a:b) of 1:10 to 2:1.
A method of operating an engine assembly of a motor vehicle, the assembly comprising an engine and a controller configured to shut down and restart the engine automatically, wherein the method comprises the steps of: determining a speed of the vehicle and a brake pressure (P b) of a brake system of the motor vehicle; shutting down the engine when the brake pressure (P b) of the brake system of the motor vehicle is above a first threshold value (P 1) and when the speed of the vehicle is below a threshold speed or a further threshold speed; restarting the engine when the brake pressure (P b) falls below a second threshold value (P 2), wherein the second threshold value (P 2) is initially at a pre-adjustment value; determining a rate of change of speed of the vehicle; and adjusting the second threshold value (P 2) when the speed of the vehicle drops below the threshold speed and when the rate of change of speed of the vehicle is less than a threshold rate, and maintaining the second threshold value (P 2) otherwise. determining a speed of the vehicle and a brake pressure (P b) of a brake system of the motor vehicle; shutting down the engine when the brake pressure (P b) of the brake system of the motor vehicle is above a first threshold value (P 1) and when the speed of the vehicle is below a threshold speed or a further threshold speed; restarting the engine when the brake pressure (P b) falls below a second threshold value (P 2), wherein the second threshold value (P 2) is initially at a pre-adjustment value; determining a rate of change of speed of the vehicle; and adjusting the second threshold value (P 2) when the speed of the vehicle drops below the threshold speed and when the rate of change of speed of the vehicle is less than a threshold rate, and maintaining the second threshold value (P 2) otherwise.
Apparatus comprising a welding unit (31; 131) for welding a closing film to an edge zone of a containing element, said apparatus (21; 81) comprises a control unit programmed to enable said welding unit (31; 131) to process selectively a continuous strip of containing elements or discrete groups of containing elements, characterised in that said apparatus comprises selecting means (IL, OL) that is activatable by an operator to select a first operating condition, wherein said welding unit (31; 131) processes a continuous strip of containing elements, or a second operating condition, wherein said welding unit (31; 131) processes discrete groups of containing elements.
Hydraulic braking system for braking a vehicle wheel in accordance with a braking pressure control, comprising: - a hydraulic pump (2: 2') driven by an electric motor (1: 1') for hydraulic pressure generation, - an electronic control unit (4;4') for the determination of at least one control value for compensating a control error based on a measured actual braking pressure compared to a pressure demand setpoint, which - controls at least one actuator for a pressure increase or a pressure reduction of the actual braking pressure when adjusting to the pressure demand setpoint, characterized in that the electronic control unit controls the electric motor as an actuator to compensate the control error in such a way that in one direction of rotation the hydraulic pump causes a pressure increase of the braking pressure and in the other direction of rotation causes a pressure reduction of the braking pressure. - a hydraulic pump (2: 2') driven by an electric motor (1: 1') for hydraulic pressure generation, - an electronic control unit (4;4') for the determination of at least one control value for compensating a control error based on a measured actual braking pressure compared to a pressure demand setpoint, which - controls at least one actuator for a pressure increase or a pressure reduction of the actual braking pressure when adjusting to the pressure demand setpoint,
A data transmission method, comprising: obtaining, by user equipment, to-be-sent user data; performing, by the user equipment, channel encoding on the to-be-sent user data by using M channel encoders, to obtain N sets of encoded data, wherein M is a positive integer less than or equal to N; performing, by the user equipment, codebook mapping on each of the N sets of encoded data by using a multiple access codebook, to obtain N sets of codebook-mapped data, wherein different sets of encoded data use codebooks that occupy mutually different non-zero physical resource element REs, and N is a positive integer greater than or equal to 2; and sending, by the user equipment, the N sets of codebook-mapped data to a base station. obtaining, by user equipment, to-be-sent user data; performing, by the user equipment, channel encoding on the to-be-sent user data by using M channel encoders, to obtain N sets of encoded data, wherein M is a positive integer less than or equal to N; performing, by the user equipment, codebook mapping on each of the N sets of encoded data by using a multiple access codebook, to obtain N sets of codebook-mapped data, wherein different sets of encoded data use codebooks that occupy mutually different non-zero physical resource element REs, and N is a positive integer greater than or equal to 2; and sending, by the user equipment, the N sets of codebook-mapped data to a base station.
An information processing apparatus comprising: an operation display section configured to display a screen to set processing conditions relating to a job and to receive an operation to set the processing conditions relating to the job; a generation section configured to generate a job under the processing conditions set by the operation with the operation display section; a storage section configured to store job information comprising the processing conditions relating to the job generated by the generation section; a measuring section configured to measure an elapsed time from a time when the job is generated by the generation section; and a control section configured to display a plurality of previously generated jobs in a predetermined order using the job information on the operation display section, and to replace the order of the plurality of the jobs based on a priority given to each job, and further configured to determine the priority based on operation items entered using the operation display section when the processing conditions for each job were set and a time elapsed since the job was executed, wherein the priority given to each job decreases according to the time elapsed and the decrease of the priority of a job having a lower order of importance is larger than the decrease of the priority of a job having a higher order of importance. an operation display section configured to display a screen to set processing conditions relating to a job and to receive an operation to set the processing conditions relating to the job; a generation section configured to generate a job under the processing conditions set by the operation with the operation display section; a storage section configured to store job information comprising the processing conditions relating to the job generated by the generation section; a measuring section configured to measure an elapsed time from a time when the job is generated by the generation section; and a control section configured to display a plurality of previously generated jobs in a predetermined order using the job information on the operation display section, and to replace the order of the plurality of the jobs based on a priority given to each job, and further configured to determine the priority based on operation items entered using the operation display section when the processing conditions for each job were set and a time elapsed since the job was executed, wherein the priority given to each job decreases according to the time elapsed and the decrease of the priority of a job having a lower order of importance is larger than the decrease of the priority of a job having a higher order of importance.
Effluent duct comprising an installation for extracting heat, notably from a main sewer, said installation comprising, on the areas of the internal wall of the duct situated above the effluent, at least one heat-exchange tube (3, 3b) exposed to the atmosphere prevailing in the duct, through which a heat-transfer fluid travels to recover a portion of the noticeable heat and of the latent heat from condensation of the water vapor originating from the effluent, said installation comprising further a forced-convection device for producing a movement of air which sweeps over the surface of the effluent and to increase the evaporation rate of the effluent, the forced-convection device being placed in the top portion of the duct, parallel to the heat-exchange tubes the forced-convection device consisting of at least one pipe supplied with recycled humid air, or with outside air, by a fan characterized in that said fan is installed at one end of the pipe, outside the effluent duct. the pipe of the forced-convection device comprising nozzles or slots or orifices to produce jets oriented toward the effluent flowing in the duct.
Actuating mechanism of a discharge flap of a bulk goods container, having an actuating shaft, rotatably supported about a first axis, having a first actuating element mounted non-rotationally on the end-face and a locking shaft, rotationally supported about a second axis parallel to the first axis, with a second actuating element mounted non-rotationally on the end-face, wherein the locking shaft is configured to block the rotation of the actuating shaft by means of a detent mechanism, characterised in that the actuating mechanism has an additional third actuating element which is rotationally supported about the first axis and has a first coupling with the first actuating element and a second coupling with the second actuating element, wherein the first coupling is in the form of a first entraining member guided in a slit segment concentric to the first axis.
Method of erecting a structure on a site using a plurality of substantially coaxial telescopic sections (2, 3, 4), comprising, a first step of placing or constructing an innermost one of said plurality of sections (2, 3, 4) in position on the site, a second step of placing or constructing, in position on site, one or more substantially coaxial sections (2, 3) around said innermost section, so as to form two or more substantially coaxial telescopic sections (2, 3, 4), each of said coaxial telescopic sections (2, 3, 4) having an inner and/or an outer coaxially adjacent section, a third step of fitting a plurality of jacking tendons between lower jacking points of a first one of said telescopic sections (3, 4), and upper jacking points of a second one of said telescopic sections (2,3), said first and second telescopic sections (2,3,4) being coaxially adjacent, a fourth step of attaching a tendon jack to one or more of said plurality of jacking tendons, a fifth step of operating the tendon jacks to apply tension to the jacking tendons such that the weight of the first section (3, 4) is supported by the upper jacking points of the second section (2,3), and a sixth step of operating said tendon jacks to lift the first section (3, 4) with respect to the second section (2,3), characterized in that the second step of placing or constructing comprises assembling the or each coaxial section (2, 3) surrounding said innermost section from a plurality of pre-fabricated tower section segments (21, 22, 23), wherein each of the tower section segments (21, 22, 23) comprises upper jacking points and/or lower jacking points.
A valve unit for a system for producing a medical preparation, in particular a preparation for parenteral nutrition, comprising a housing with a plurality of inlets (3a-31) and an outlet, wherein the inlets (3a-31) can be connected to the outlet via valves which are designed as at least 3-way valves, wherein at least part of the inlets (3a-31) are arranged laterally on the housing, characterised in that at least two inlets (3a-31) are assigned to each of the valves, such that two source containers can be connected to a single valve.
Container to collect the washing water of an iron, suitable to support a plate of a steam iron during a cleaning cycle, wherein the container comprises an upper half-shell provided with a surface to support said plate, and a lower half-shell comprising a support base and lateral containing walls which delimit a containing compartment configured to collect the water and steam emitted by said plate, in which said upper half-shell and said lower half-shell are selectively connectable and separable by means of removable connection members, characterized in that said upper half-shell comprises a lower wall, conformed so as to define, in the assembled condition of the container, an intermediate plane between said support surface and said containing compartment, and provided with at least one aperture configured to allow the entry of the water, steam and possible residual solids into said containing compartment, wherein said upper half-shell also comprises support shoulders disposed on opposite sides with respect to a median plane of the container and configured to support lateral peripheral portions of the plate and wherein said support surface is defined by said support shoulders and is raised with respect to said intermediate plane.
Agricultural implement wherein it comprises a coupling device attachable to other machines, at least one ripper which is height-adjustable and at least two ridging discs, each of which having a third chassis, characterised in that: a) the coupling device is rotatably attached to a trapezoidal chassis about a vertical axis of the agricultural implement, the trapezoidal chassis being rotatable relative to the coupling device by means of two horizontal actuators located between the trapezoidal chassis and the coupling device; b) the at least one ripper is height-adjustable by means of a first pin and of the trapezoidal chassis, said ripper comprising a second chassis connected to the trapezoidal chassis by means of a rotating device, allowing the second chassis of the ripper to move, rotating about a second axis parallel to a working direction of the implement; c) each of the at least two ridging discs further have a second pin connecting the second chassis of the ripper to the third chassis of the ridging discs; and d) the ridging discs are adjustable by means of second actuators, thus enabling the third chassis of the ridging discs to rotate around a third axis of the second pin. a) the coupling device is rotatably attached to a trapezoidal chassis about a vertical axis of the agricultural implement, the trapezoidal chassis being rotatable relative to the coupling device by means of two horizontal actuators located between the trapezoidal chassis and the coupling device; b) the at least one ripper is height-adjustable by means of a first pin and of the trapezoidal chassis, said ripper comprising a second chassis connected to the trapezoidal chassis by means of a rotating device, allowing the second chassis of the ripper to move, rotating about a second axis parallel to a working direction of the implement; c) each of the at least two ridging discs further have a second pin connecting the second chassis of the ripper to the third chassis of the ridging discs; and d) the ridging discs are adjustable by means of second actuators, thus enabling the third chassis of the ridging discs to rotate around a third axis of the second pin.