mhurhangee/ep-ind-claims huggingface dataset:
Device for regulating a gaseous mixture comprising: - a mixing casing comprising a mixing chamber open onto at least one first inlet of a first gas, a second inlet of a second gas and an evacuation of the gaseous mixture; - a first valve arranged to regulate or interrupt the flow rate of the first gas through the first inlet, and - a second valve arranged to regulate or interrupt the flow rate of the second gas through the second inlet, the first and second valves being integrally connected together by a connecting member, in such a way as to jointly regulate or interrupt the flow rates of the first and second gas, and the first and second valves (31, 32) and the first and second inlets (21, 22) being adapted in their shapes and dimensions in such a way that the joint regulation of the flow rates of the first and second gas automatically regulates the gaseous mixture to the desired proportions, and the connecting member is arranged in the mixing casing and is comprised of a first rod centred on an axis, the first and second valves (31, 32) being integrally fastened to each end of the first rod, the mixing casing further comprises a first intake chamber of the first gas and a second intake chamber of the second gas, with the first and second intake chambers (12, 13) each communicating with the mixing chamber at least by the first and second inlets (21, 22), respectively, a first intake chamber extending inside the mixing chamber until crossing the axis by a first wall and a second wall, with the latter comprising a through-orifice that is centred on the axis and through which the first rod freely translates, the device being characterised in that: the first inlet, the second inlet and the evacuation are centred on the axis, in such a way that the first inlet is located facing and in the vicinity of the evacuation and in that at least one of the two ends of the first rod is threaded and, in a complementary manner, one at least of the first and second valves (31, 32) is tapped, in such a way that the distance between the first and second valves (31, 32) integrally fastened at each end of the first rod can be finely regulated. - a mixing casing comprising a mixing chamber open onto at least one first inlet of a first gas, a second inlet of a second gas and an evacuation of the gaseous mixture; - a first valve arranged to regulate or interrupt the flow rate of the first gas through the first inlet, and - a second valve arranged to regulate or interrupt the flow rate of the second gas through the second inlet,
A pointing device (2A;2C), comprising: a pointer having light guiding properties; a cap that is attached to the pointer and has light blocking properties; a pointing shaft that is vertically formed on a proximal end portion of the pointer; and a light blocking member (10A; 10B) that includes a cylindrical main body having both end portions adapted to insert the pointing shaft and a rotary shaft of a motor having light guiding properties respectively thereinto by press-fitting to prevent illuminating light propagating through the rotary shaft from a light source and entering the pointing shaft from leaking from an outer peripheral surface of the pointing shaft wherein the light blocking member (10A; 10B) covers an outer peripheral surface of the pointing shaft over the whole length of the pointing shaft. a pointer having light guiding properties; a cap that is attached to the pointer and has light blocking properties; a pointing shaft that is vertically formed on a proximal end portion of the pointer; and a light blocking member (10A; 10B) that includes a cylindrical main body having both end portions adapted to insert the pointing shaft and a rotary shaft of a motor having light guiding properties respectively thereinto by press-fitting to prevent illuminating light propagating through the rotary shaft from a light source and entering the pointing shaft from leaking from an outer peripheral surface of the pointing shaft wherein the light blocking member (10A; 10B) covers an outer peripheral surface of the pointing shaft over the whole length of the pointing shaft.
A batch-feed switch system and a lock ring adapted to retrofit the batch-feed switch system onto a continuous-feed food waste disposer, the food waste disposer including an inlet portion (108, 109) including a inlet housing and a flange portion extending radially outward from the inlet housing, the batch-feed switch system including an extension tube (308, 408, 508), the lock ring including a generally annular body (312, 412, 512) having a plurality of slots (376, 476, 576), the annular body (312, 412, 512) being adapted to engage the inlet portion (108, 109) such that the annular body (312, 412, 512) of the lock ring extends around the inlet housing of the inlet portion (108, 109), characterised by the extension tube having a plurality of feet (344,444,544) extending therefrom, and the plurality of slots receiving the plurality of feet to removably secure the lock ring to the extension tube.
An information processing system comprising: one or more terminals; execution means for executing at least one application from among multiple applications; sending means for sending to a terminal the result of the execution by said execution means of said at least one application; communication information acquisition means for acquiring communication information representing the communication states between said sending means and said terminal; suitability information storage means for storing suitability information representing the suitability of executing each of said applications in relation to application identification information identifying each of said applications and to ranges of network delay of said communication information; suitability information acquisition means for acquiring the suitability information about each of said applications based on the acquired communication information; and display information generation means for generating display information for displaying part or all of the content of said multiple applications in accordance with the acquired suitability information, the display information being displayed by a terminal. one or more terminals; execution means for executing at least one application from among multiple applications; sending means for sending to a terminal the result of the execution by said execution means of said at least one application; communication information acquisition means for acquiring communication information representing the communication states between said sending means and said terminal; suitability information storage means for storing suitability information representing the suitability of executing each of said applications in relation to application identification information identifying each of said applications and to ranges of network delay of said communication information; suitability information acquisition means for acquiring the suitability information about each of said applications based on the acquired communication information; and display information generation means for generating display information for displaying part or all of the content of said multiple applications in accordance with the acquired suitability information, the display information being displayed by a terminal.
A system for performing spine surgery, comprising: an implant defining at least one longitudinal implant aperture extending substantially therethrough the implant, the implant sized for insertion between two adjacent vertebrae; an elongate cannulated insertion tool defining an interior insertion tool pathway; and a cannulated lockshaft positioned therein the insertion tool pathway and defining a longitudinal interior lockshaft pathway, wherein a distal end of the lockshaft selectively engages a portion of the implant, wherein when the distal end of the lockshaft is engaged with a portion of the implant, the lockshaft pathway and the implant aperture are substantially coaxial, characterized in that a mating surface of a distal end of the insertion tool matingly engages at least a portion of at least one external mating surface of a proximal end of the implant, and wherein the implant comprises a substantially bullet shaped distal end having an elliptical paraboloid shape or a conical shape.
Device to combat arthropod pests of crops, comprising i) an element containing a pheromone capable of attracting an arthropod, ii) a pathogenic microorganism capable of infecting said arthropod and iii) a solid support, characterized in that said solid support essentially consists of material of plant origin rich in assimilable carbon and compacted into blocks or cakes, constituting a nutritive medium for said microorganism and serving as a base for said device, said element which contains the pheromone being fixed to said solid support.
A gas turbine engine comprising: a fan rotor, a first compressor rotor and a second compressor rotor, said second compressor rotor for compressing air to a higher pressure than said first compressor rotor; a first turbine rotor, said first turbine rotor configured to drive said second compressor rotor, and a second turbine rotor, said second turbine rotor configured to drive said first compressor rotor; and a fan drive turbine positioned downstream of said second turbine rotor, wherein said first compressor rotor and said second turbine rotor are configured to rotate as an intermediate speed spool, said second compressor rotor and said first turbine rotor are configured to rotate together as a high speed spool, said high speed spool and said fan drive turbine are configured to rotate in the same, first direction, and said intermediate speed spool is configured to rotate in an opposed, second direction, characterised in that: said fan drive turbine drives said fan rotor through a gear reduction; and a mid-turbine frame (TMTF) is positioned between said first and second turbine rotors (40, 34), and a turning vane is positioned between said mid-turbine frame (TMTF) and said second turbine rotor. a fan rotor, a first compressor rotor and a second compressor rotor, said second compressor rotor for compressing air to a higher pressure than said first compressor rotor; a first turbine rotor, said first turbine rotor configured to drive said second compressor rotor, and a second turbine rotor, said second turbine rotor configured to drive said first compressor rotor; and a fan drive turbine positioned downstream of said second turbine rotor, wherein said first compressor rotor and said second turbine rotor are configured to rotate as an intermediate speed spool, said second compressor rotor and said first turbine rotor are configured to rotate together as a high speed spool, said high speed spool and said fan drive turbine are configured to rotate in the same, first direction, and said intermediate speed spool is configured to rotate in an opposed, second direction, characterised in that: said fan drive turbine drives said fan rotor through a gear reduction; and a mid-turbine frame (TMTF) is positioned between said first and second turbine rotors (40, 34), and a turning vane is positioned between said mid-turbine frame (TMTF) and said second turbine rotor. said fan drive turbine drives said fan rotor through a gear reduction; and a mid-turbine frame (TMTF) is positioned between said first and second turbine rotors (40, 34), and a turning vane is positioned between said mid-turbine frame (TMTF) and said second turbine rotor.
A device for loading solid particles into a chamber, comprising: - a means for supplying solid particles to be distributed, which can be arranged on the upper part of the chamber to be loaded, said means discharging said solid particles in a substantially vertical manner into a supply channel, - a mobile assembly arranged below the supply channel and intended to be arranged entirely or partly inside the chamber, comprising a substantially vertical central shaft, rotated by a driving means, and deflector elements which are constrained to rotate with said shaft and arranged around the shaft at a plurality of vertical stages (E1-E4), said deflector elements being hinged such that they can be moved upwards under the effect of rotation of the mobile assembly, - the supply channel which at least partially surrounds said central shaft and comprises at least one solid-particle-discharge hole arranged on a side wall and/or horizontal wall, said device being characterised in that the mobile assembly is equipped with an annular support (10, 11), which is translatably movable and supports the deflector elements of the highest stage or the deflector elements of the other stages (E2-E4), said mobile annular support (10, 11) being slidably mounted on the central shaft, and equipped with a fixed annular support (11, 10) supporting the remaining deflector elements. - a means for supplying solid particles to be distributed, which can be arranged on the upper part of the chamber to be loaded, said means discharging said solid particles in a substantially vertical manner into a supply channel, - a mobile assembly arranged below the supply channel and intended to be arranged entirely or partly inside the chamber, comprising a substantially vertical central shaft, rotated by a driving means, and deflector elements which are constrained to rotate with said shaft and arranged around the shaft at a plurality of vertical stages (E1-E4), said deflector elements being hinged such that they can be moved upwards under the effect of rotation of the mobile assembly, - the supply channel which at least partially surrounds said central shaft and comprises at least one solid-particle-discharge hole arranged on a side wall and/or horizontal wall,
Measuring and/or sensor device, comprising a camera and a memory unit (5a, 5b, 5c, 17), as well as data stored in the memory unit (5a, 5b, 5c, 17) for controlling the measuring and/or sensor device, characterized in that the measuring and/or sensor device has a protective device (9a, 9b) for the memory unit (5a, 5b, 5c, 17) in the form of a mechanical, electronic or software-implemented access lock which protects the data stored in the memory unit (5a, 5b, 5c, 17) against unauthorized modification, the protective device being designed to detect any unauthorized access, and the control data stored in the memory unit (5a, 5b, 5c, 17) being adjustment data for adjusting the measuring and/or sensor device. the measuring and/or sensor device has a protective device (9a, 9b) for the memory unit (5a, 5b, 5c, 17) in the form of a mechanical, electronic or software-implemented access lock which protects the data stored in the memory unit (5a, 5b, 5c, 17) against unauthorized modification, the protective device being designed to detect any unauthorized access, and the control data stored in the memory unit (5a, 5b, 5c, 17) being adjustment data for adjusting the measuring and/or sensor device.
System for regulating the breathable air in a closed space, particularly a cab, comprising: - an air intake opening for taking in ambient air from outside the space; - a measuring system for measuring a predetermined condition; - characterized by an air filter, for filtering ambient air from the intake opening; - a control system for • supplying intake ambient air to the space as breathable air via the air filter, or • closing the air intake opening and supplying breathable air to the space from a reservoir (7, 13), both subject to the measured condition. - an air intake opening for taking in ambient air from outside the space; - a measuring system for measuring a predetermined condition; - characterized by an air filter, for filtering ambient air from the intake opening; - a control system for • supplying intake ambient air to the space as breathable air via the air filter, or • closing the air intake opening and supplying breathable air to the space from a reservoir (7, 13), • supplying intake ambient air to the space as breathable air via the air filter, or • closing the air intake opening and supplying breathable air to the space from a reservoir (7, 13),
An arrangement for ventilating lungs of a subject comprising: a machine ventilator circuit for assisting breathing functions and which circuit comprises a inspiration delivery unit for delivering a gas flow along an inspiration branch to assist an inspiration and an expiration circuit for controlling a discharge of an expiration gas received along en expiration branch; a manual ventilation circuit in flow connection along said expiration branch with said expiration circuit for enabling the manual ventilation to assist breathing functions, said manual ventilation circuit comprising a manual bag with a bag branch to guide along said bag branch a gas from said manual bag through said expiration branch to assist the inspiration and to receive a gas flow from said expiration branch for filling said manual bag during the expiration; and a control unit for controlling an operation of the arrangement, characterized in that said manual bag is configured to be filled during the expiration at least partly by said gas used to assist the inspiration, said manual ventilation circuit also comprising a sensor to detect flow to and from said manual bag and to detect a flow direction inside the manual ventilation circuit and to produce for the control unit a signal to determine the flow direction to guide said expiration circuit. a machine ventilator circuit for assisting breathing functions and which circuit comprises a inspiration delivery unit for delivering a gas flow along an inspiration branch to assist an inspiration and an expiration circuit for controlling a discharge of an expiration gas received along en expiration branch; a manual ventilation circuit in flow connection along said expiration branch with said expiration circuit for enabling the manual ventilation to assist breathing functions, said manual ventilation circuit comprising a manual bag with a bag branch to guide along said bag branch a gas from said manual bag through said expiration branch to assist the inspiration and to receive a gas flow from said expiration branch for filling said manual bag during the expiration; and a control unit for controlling an operation of the arrangement,
Arrangement for identifying a break in a shaft, comprising: - a shaft and - a reference shaft able to be rotated jointly with the shaft, wherein an opening in the shaft, in an intended operating state of the shaft, overlaps with an opening (110.1-110.5) in the reference shaft and a severable signal conductor extends through both openings (102, 110.1-110.5) and is functionally connected to an evaluation unit, and the evaluation unit is configured so as to record severing of the signal conductor by applying a signal to the signal conductor in order to identify a break in the shaft, characterized in that the signal conductor is an electrical conductor and in that the opening in the shaft is arranged on a surface section of the shaft and in that the opening (110.1-110.5) in the reference shaft is arranged on a surface section of the reference shaft. - a shaft and - a reference shaft able to be rotated jointly with the shaft,
Arrangement comprising a shelf and at least one separating element, the shelf being composed of - a plate which has two transverse edges and two longitudinal edges and which, with its upper face, forms a rectangular storage surface for goods, - hollow chambers which extend along the longitudinal edges and are designed as profile cross sections, wherein the profile cross sections are delimited upwards by an edge strip of the plate, outwards by an outer wall, downwards by a base, and inwards by an inner wall, wherein the inner wall extends from the base towards the plate, wherein the profile cross sections forming the hollow chambers are closed profile cross sections, wherein the inner wall bears on the plate via a strip extending along said inner wall, and wherein the separating element is composed of - a surface element which is designed to divide the upper face of the shelf into at least two regions, - at least two feet for positioning the separating element on the shelf, wherein the plate is provided with holes above the hollow chambers, wherein the holes are formed in vertical alignment with recesses in the inner walls, wherein each hole together with a recess receives a foot of the separating element, characterized in that the recesses are slots with a slot start in the inner wall, wherein the slots extend into a strip which is angled with respect to the inner wall and which connects the latter to the plate. - a plate which has two transverse edges and two longitudinal edges and which, with its upper face, forms a rectangular storage surface for goods, - hollow chambers which extend along the longitudinal edges and are designed as profile cross sections, wherein the profile cross sections are delimited upwards by an edge strip of the plate, outwards by an outer wall, downwards by a base, and inwards by an inner wall, wherein the inner wall extends from the base towards the plate, wherein the profile cross sections forming the hollow chambers are closed profile cross sections, wherein the inner wall bears on the plate via a strip extending along said inner wall, and wherein the separating element is composed of - a surface element which is designed to divide the upper face of the shelf into at least two regions, - at least two feet for positioning the separating element on the shelf,