mhurhangee/ep-ind-claims huggingface dataset:
A processor-based analysis system for user-controlled, water analysis comprising a sensing device comprising a sensor capable of obtaining data for a plurality of analysis parameters, and sensing device processing means in electronic communication with said sensor for obtaining raw data for a user-selected, water analysis parameter, wherein said sensor is configured or adapted to colorimetric or turbidimetric analysis; a user-interactive visual display device comprising visual display means and comprising processing means in electronic communication with said visual display means, wherein said user-interactive visual display device is at the same site as said sensing device, and said user-interactive visual display device and said sensing device are adapted for two-way wireless data communication at the site; an auxiliary chemical product appropriate for addition to a sample for analysis of said user-selected, water analysis parameter; and a water analysis computer program running on the processing means of said user-interactive visual display device wherein a selected test parameter algorithm is executed by the processing means of said user-interactive visual display device to obtain test result data, the processing means of said user-interactive visual display device being in communication with a database comprising a plurality of test parameter algorithms from which an available test parameter algorithm is selectable, and being in communication with the sensing device for communicating said user-selected, water analysis parameter to said sensing device, and for receiving raw analysis data from said sensing device for processing by a selected test parameter algorithm, and obtaining test result data; wherein said sensing device is a portable photometric instrument, and wherein said user-interactive visual display device further comprises communication means for customizing or updating the test parameter algorithms, and wherein said communication means is capable of data communication with cloud-based data resources, wherein the test parameter algorithms are updatable by said communication means capable of said data communication, and wherein (i) the database is stored in a cloud-based data repository, or (ii) the database is stored on said user-interactive visual display device. (i) the database is stored in a cloud-based data repository, or (ii) the database is stored on said user-interactive visual display device.
An isolated nucleic acid sequence comprising: a sequence coding for a Pseudomonas fluorescens Sec-system pbp secretion signal peptide; wherein the secretion signal coding sequence is operably linked to a nucleotide sequence encoding a recombinant protein or polypeptide of interest, wherein the secretion signal is not native to the recombinant protein or polypeptide of interest, and wherein the secretion signal coding sequence: i) comprises a sequence at least 90% or 95% identical to SEQ ID NO. 2; or ii) encodes a sequence at least 95% identical to amino acids 2 to 24 of SEQ ID NO. 1.
A gyratory crusher bottom shell assembly comprising: an outermost wall extending around a longitudinal axis, the wall having a radially outermost facing surface and a radially inner facing surface that defines an internal chamber though which crushed material is configured to fall; an inner hub positioned radially within the wall and surrounded by a part of the inner facing surface; characterised by: a plurality of support arms extending radially to connect the wall and the hub, each arm having an axially upward facing surface that extends generally axially downward in a radial direction from the inner facing surface of the wall towards the hub at a radially outer section of the arm, the upward facing surface at a radially inner section of the arm extending generally axially upward in a radial direction from the wall to the hub to mate with the hub wherein a region of the upward facing surface is positioned axially lower than an axially uppermost end surface of the hub to define a trough-shaped seat; a plurality of arm liners positioned over the respective arms, each liner having an upward facing surface capable of contacting material passing through the bottom shell assembly and an underside surface positioned opposed to the upward facing surface of the arm; wherein each of the liners comprise a shape and configuration such that a part of the underside surface of the liner is in contact with the upward facing surface of the arm at the trough-shaped seat to at least partially mount each of the liners at the respective arms. an outermost wall extending around a longitudinal axis, the wall having a radially outermost facing surface and a radially inner facing surface that defines an internal chamber though which crushed material is configured to fall; an inner hub positioned radially within the wall and surrounded by a part of the inner facing surface; a plurality of support arms extending radially to connect the wall and the hub, each arm having an axially upward facing surface that extends generally axially downward in a radial direction from the inner facing surface of the wall towards the hub at a radially outer section of the arm, the upward facing surface at a radially inner section of the arm extending generally axially upward in a radial direction from the wall to the hub to mate with the hub wherein a region of the upward facing surface is positioned axially lower than an axially uppermost end surface of the hub to define a trough-shaped seat; a plurality of arm liners positioned over the respective arms, each liner having an upward facing surface capable of contacting material passing through the bottom shell assembly and an underside surface positioned opposed to the upward facing surface of the arm; wherein each of the liners comprise a shape and configuration such that a part of the underside surface of the liner is in contact with the upward facing surface of the arm at the trough-shaped seat to at least partially mount each of the liners at the respective arms.
A male needleless connector, comprising: a body (262, 402) defining a first portion of a fluid pathway; an outer collar (278, 416) extending distally from the body and at least partially surrounding the tubular member; a tubular member extending in a distal direction away from the first portion and defining a second portion of the fluid pathway that when used with a female needleless connector is closer to the female needleless connector than the first portion, the tubular member including a fluid opening at its distal end; an inner collar (280, 418) having external threads to threadably engage with internal threads of the outer collar; and having internal threads to threadably engage with external threads of the female needleless connector; and a sealing member (302, 424) at least partially surrounding the tubular member including an outlet of the tubular member and being translatable relative to the tubular member; the sealing member (302, 424) being spaced from the tubular member along its length and at the outlet and having a distal end wall including a slit; wherein the connector includes a closed configuration and an open configuration, and in the closed configuration the sealing member covers the fluid opening and in the open configuration the sealing member permits fluid flowing through the fluid opening, wherein the outlet of the tubular member advancing through the slit of the sealing member (302, 424) for opening fluid communication between the two connectors. a body (262, 402) defining a first portion of a fluid pathway; an outer collar (278, 416) extending distally from the body and at least partially surrounding the tubular member; a tubular member extending in a distal direction away from the first portion and defining a second portion of the fluid pathway that when used with a female needleless connector is closer to the female needleless connector than the first portion, the tubular member including a fluid opening at its distal end; an inner collar (280, 418) having external threads to threadably engage with internal threads of the outer collar; and having internal threads to threadably engage with external threads of the female needleless connector; and a sealing member (302, 424) at least partially surrounding the tubular member including an outlet of the tubular member and being translatable relative to the tubular member; the sealing member (302, 424) being spaced from the tubular member along its length and at the outlet and having a distal end wall including a slit; wherein the connector includes a closed configuration and an open configuration, and in the closed configuration the sealing member covers the fluid opening and in the open configuration the sealing member permits fluid flowing through the fluid opening, wherein the outlet of the tubular member advancing through the slit of the sealing member (302, 424) for opening fluid communication between the two connectors.
Cable system comprising an AC cable comprising a core and an apparatus for generating electric energy, the apparatus comprising - an arc shaped ferromagnetic body extending along a longitudinal axis of the AC cable; and - at least one electrically conducting winding wound around the arc shaped ferromagnetic body to form turns in planes substantially perpendicular to the arc; wherein the arc shaped ferromagnetic body is operatively associated with the AC cable to surround a portion of said core, characterized in that the arc shaped ferromagnetic body is made of a single arc shaped ferromagnetic body extending for an angle lower than 300° and at least equal to 180°. - an arc shaped ferromagnetic body extending along a longitudinal axis of the AC cable; and - at least one electrically conducting winding wound around the arc shaped ferromagnetic body to form turns in planes substantially perpendicular to the arc;
A handle device of a closure unit of a vehicle, with a handle part, which is mounted such that it can move with respect to a door of the vehicle, and can be moved between an inoperative position and an operative position, wherein in the inoperative position the handle part is arranged flush with respect to the outer face of the door, and in the operative position protrudes from the outer face of the door in the form of a projection, wherein in the operative position the handle part can be manually operated for purposes of opening the door, and wherein an actuation unit is furthermore provided, by means of which the handle part can be transferred at least from the inoperative position into the operative position, characterised in that a lock cylinder is provided, and is arranged in the handle device in such a way that the actuation unit covers the lock cylinder with respect to the outer face of the door, and, with a manual actuation, at least partially releases the lock cylinder, and in that the actuation unit has a cover, which, in the non-actuated state of the actuation unit, is arranged flush with respect to the outer face of the door, and conceals the lock cylinder, wherein with the actuation of the actuation unit, the cover pivots in the direction towards the handle part, so that the cover pivots under the handle part.
Solar thermal panel with direct ventilation comprising: - a collector provided with a chamber wherein air to be heated flows, - at least one air input (13a, 14a) in communication with the chamber of the collector to inlet air to be heated in the collector, - at least one air output (13b, 14b) in communication with the chamber of the collector to eject hot air from the collector, and - a glass plate disposed onto the collector to protect the collector wherein said collector comprises a plate-shaped lower element and a plate-shaped upper element disposed at a suitable distance from the lower element and is hermetically coupled with said lower element in such manner to form said chamber wherein the air passes and is heated; and said glass plate is disposed above the upper element of the collector at a suitable distance and is hermetically coupled with said upper element of the collector, in such manner to form an airtight chamber; said airtight chamber being filled with greenhouse gas; characterized in that the panel also comprises: - a fan disposed in correspondence of said air input (13a, 14a) to extract air from the outside towards the chamber of said collector; - an array of photovoltaic cells disposed inside said airtight chamber of the panel and electrically connected to said fan in order to power the fan; and - an input box in communication with said air input (13a, 14a) of the panel and with said chamber of the collector; wherein said fan and said array of photovoltaic cells are disposed in said input box and wherein said upper element of the collector comprises a window in correspondence of said array of photovoltaic cells. - a collector provided with a chamber wherein air to be heated flows, - at least one air input (13a, 14a) in communication with the chamber of the collector to inlet air to be heated in the collector, - at least one air output (13b, 14b) in communication with the chamber of the collector to eject hot air from the collector, and - a glass plate disposed onto the collector to protect the collector - a fan disposed in correspondence of said air input (13a, 14a) to extract air from the outside towards the chamber of said collector; - an array of photovoltaic cells disposed inside said airtight chamber of the panel and electrically connected to said fan in order to power the fan; and - an input box in communication with said air input (13a, 14a) of the panel and with said chamber of the collector;
Method for checking the functionality of a braking system for motor vehicles, which braking system comprises a main module, comprising: • hydraulically actuatable wheel brakes (60, 62, 64, 66), wherein pairs of said wheel brakes (60, 62, 64, 66) are assigned to respective brake circuits (I, II); • at least one electrically actuatable wheel valve (100-106; 110-116) per wheel brake (60, 62, 64, 66) for setting wheel-specific brake pressures; • a pressure provision device for actively building up pressure in the wheel brakes (60, 62, 64, 66); • a pressure-medium reservoir at atmospheric pressure, and furthermore comprising an auxiliary module, which comprises for each of two wheel brakes (60, 64): • a pressure sensor (184, 198) for measuring the pressure in a wheel brake line leading to the wheel brake (60, 64); • an isolating valve, which is arranged in the wheel brake line and which is open when deenergized; • a pump, wherein at least one variable (P sys,1, P sys,2) is measured in order to assess the functionality of the braking system, and wherein at least one acceptance criterion is used, and wherein it is checked whether the variable (P sys,1, P sys,2) satisfies said acceptance criterion, and wherein at least one variable representing the viscosity of the brake fluid is determined, and wherein the at least one acceptance criterion depends on a variable representing the viscosity. • hydraulically actuatable wheel brakes (60, 62, 64, 66), wherein pairs of said wheel brakes (60, 62, 64, 66) are assigned to respective brake circuits (I, II); • at least one electrically actuatable wheel valve (100-106; 110-116) per wheel brake (60, 62, 64, 66) for setting wheel-specific brake pressures; • a pressure provision device for actively building up pressure in the wheel brakes (60, 62, 64, 66); • a pressure-medium reservoir at atmospheric pressure, and furthermore comprising an auxiliary module, which comprises for each of two wheel brakes (60, 64): • a pressure sensor (184, 198) for measuring the pressure in a wheel brake line leading to the wheel brake (60, 64); • an isolating valve, which is arranged in the wheel brake line and which is open when deenergized; • a pump, • a pressure sensor (184, 198) for measuring the pressure in a wheel brake line leading to the wheel brake (60, 64); • an isolating valve, which is arranged in the wheel brake line and which is open when deenergized; • a pump, wherein at least one variable (P sys,1, P sys,2) is measured in order to assess the functionality of the braking system, and wherein at least one acceptance criterion is used, and wherein it is checked whether the variable (P sys,1, P sys,2) satisfies said acceptance criterion, and wherein at least one variable representing the viscosity of the brake fluid is determined, and wherein the at least one acceptance criterion depends on a variable representing the viscosity.
Semi-trailer, in particular inloader, comprising a chassis which has a coupling device, in particular kingpin, on an end section located at the front in the direction of travel, for connection to a tractor unit and, on an end section located at the rear in the direction of travel, a plurality of axle lines, in particular three axle lines (28a, 28b, 28c), wherein each axle line is formed from left and right wheels (30, 32, 34) each arranged in an independent suspension on the chassis, wherein each of the wheels (30, 32, 34) is designed to be steerable through a stub axle steering, the wheels of all the axle lines (28a, 28b, 28c) arranged on the same side of the chassis are coupled in the sense of an aligned steering angle, wherein the coupling takes place mechanically, and wherein the coupling between adjacent wheels on a side of the vehicle frame takes place via a connecting rod, which extends in the vehicle frame longitudinal direction and which engages on a tie rod of the stub axle via a control lever, wherein the tie rod is pivotably connected at one of its ends in a pivot bearing to the control lever and at its other end via a tie rod end to a stub axle of the stub axle steering, characterised in that each wheel is mounted on a swing arm extending in a travel direction or longitudinal direction of the semi-trailer, which is articulated pivotably in the vehicle-height direction on the chassis in a second pivot bearing, and in that the circumference of an imaginary circle around the pivot axis of the pivot bearing at the control lever/tie-rod connection, which runs through the tie rod end or its point of engagement on the stub axle, and the circumference of an imaginary circle around the pivot axis of the second pivot bearing at the swing-arm/chassis connection, which likewise extends through the tie rod end or its point of engagement on the stub axle, touch at a point which lies on a straight line connecting the two pivot axes.
Extension device for spraying apparatuses, comprising an extension unit that comprises, at a first end, a spray head that has at least one material outlet nozzle and, at a second end, means for connecting a spraying apparatus, the extension unit comprising a metering and shut-off valve that comprises a valve seat member having a valve opening and a valve body, the valve body being positioned between the spray head and the valve seat member, and the valve body being fastened to a tension-transmitting member that extends through the valve opening, characterised in that the tension-transmitting member consists of flexible material.
A shelf-stable cooking aid for coating and frying a food product, the cooking aid comprising: i) oil in an amount of 3-18% by weight of the total composition; ii) water in an amount of 40-58% by weight of the total composition; iii) modified starch in an amount of 2-5% by weight of the total composition; iv) salt in an amount of 3-9% by weight of the total composition; v) sugar in an amount of 3-28% by weight of the total composition; vi) flavourings in an amount of 5-40% by weight of the total composition; vii) emulsifier in an amount of 0.4-2% by weight of the total composition; and wherein the cooking aid has a viscosity in the range of 3 to 65 Pa.s at a shear rate of 1s -1 at 25°C, and the oil and water are in form of an emulsion and wherein the emulsifier is selected from the group consisting of protein based emulsifier, whey protein, pea protein, potato protein, egg yolk, lecithin, mustard, soy lecithin, sunflower lecithin, sodium phosphates, sodium stearoyl lactylate, diacetyl tartaric ester of monoglyceride (DATEM), polyglycerol-polyricinoleate (PGPR), monoglyceride and mono-diglyceride or a combination thereof. i) oil in an amount of 3-18% by weight of the total composition; ii) water in an amount of 40-58% by weight of the total composition; iii) modified starch in an amount of 2-5% by weight of the total composition; iv) salt in an amount of 3-9% by weight of the total composition; v) sugar in an amount of 3-28% by weight of the total composition; vi) flavourings in an amount of 5-40% by weight of the total composition; vii) emulsifier in an amount of 0.4-2% by weight of the total composition;
An oligopeptidic compound comprising the amino acid sequence set forth in SEQ ID NO: 1, or an amino acid sequence having at least 85 % sequence identity thereto, for use in the treatment of a neoplastic condition, wherein said oligopeptidic compound has activity in inhibiting the growth and/or viability of neoplastic cells, and said treatment comprises administering to a subject said oligopeptidic compound in combination with an antibody which binds PD-1 or PD-L1 and blocks the interaction between PD-1 and PD-L1. wherein said oligopeptidic compound has activity in inhibiting the growth and/or viability of neoplastic cells, and said treatment comprises administering to a subject said oligopeptidic compound in combination with an antibody which binds PD-1 or PD-L1 and blocks the interaction between PD-1 and PD-L1.
A device for receiving fluid from a subject, the device comprising: a device actuator; a fluid transporter including an opening and a flow activator, the flow activator being arranged to cause fluid to be released from the subject; a deployment actuator constructed and arranged to move the flow activator in a deployment direction in response to actuation of the device actuator; a retraction actuator constructed and arranged to move the flow activator in a retraction direction; and a pre-evacuated vacuum chamber having a pressure less than ambient pressure, wherein the deployment actuator moves the flow activator in the deployment direction at a higher speed than the retraction actuator moves the flow activator in the retraction direction. a device actuator; a fluid transporter including an opening and a flow activator, the flow activator being arranged to cause fluid to be released from the subject; a deployment actuator constructed and arranged to move the flow activator in a deployment direction in response to actuation of the device actuator; a retraction actuator constructed and arranged to move the flow activator in a retraction direction; and a pre-evacuated vacuum chamber having a pressure less than ambient pressure, wherein the deployment actuator moves the flow activator in the deployment direction at a higher speed than the retraction actuator moves the flow activator in the retraction direction.
Steam circuit for a power plant, having a high-pressure turbine, a condenser and a steam generator, wherein the steam generator is connected to the high-pressure turbine via a first line, wherein, in the flow direction of the steam, at least one live steam valve is arranged between the steam generator and the high-pressure turbine, and wherein, in the flow direction of the steam, a start-up line (23, 25) is arranged downstream of the high-pressure turbine and connects an exhaust steam region downstream of the high-pressure turbine to the condenser, wherein there is provided at least one controller (26, 29) which, in dependence on operating parameters of the high-pressure turbine, controls closing of a start-up valve for closing the start-up line and opening of the at least one live steam valve, wherein opening of the start-up valve can be controlled, at least stepwise, between the positions "fully open" and "fully closed", characterized in that the start-up valve can be partially opened at least in discrete intermediate steps and a setpoint pressure value of the controller (26, 29) can be raised in a time-delayed and continuous manner, at a defined rate, in dependence on the opening of the start-up valve.