mhurhangee/ep-ind-claims huggingface dataset:
System for introducing a pollutant-reducing medium, in particular a reducing agent and/or a reducing agent precursor, into an exhaust gas, comprising at least one supply vessel for accommodating a supply of the pollutant-reducing medium, wherein the supply vessel comprises at least one flexible supply pouch for accommodating the pollutant-reducing medium, in particular a plastics bag, wherein the flexible supply pouch has at least one flexible foil wall and preferably at least one extraction opening, characterized in that the supply vessel comprises at least one surge baffle element for preventing surging movements of the pollutant-reducing medium within the flexible supply pouch, wherein the surge baffle element divides the interior of the flexible supply pouch at least partially into subregions and comprises at least one of the following elements: a separating element, in particular a flexible separating element, arranged in the interior of the flexible supply pouch; a rigid separating element which is connected to a protective housing which accommodates the flexible supply pouch, in particular a rigid separating element which is connected to a lid of the protective housing.
A jig apparatus for bending a malleable tool, the apparatus comprising: a block having an upper surface and containing: a recess extending into the block through the upper surface of the block; and an elongated cylindrical hole, which is sized to fit the malleable tool therein and has a longitudinal axis extending from the recess into the block, characterised by: the recess being a conical recess and defined by an elliptical directrix on the upper surface, an apex within the block, and generatrixes disposed about a central axis of the conical recess extending from the apex to the directrix; the longitudinal axis extending from the conical recess into the block at an oblique angle relative to the central axis of the conical recess; and the apparatus further comprising angular markings disposed on the upper surface and around a circumference of the elliptical directrix. a block having an upper surface and containing: a recess extending into the block through the upper surface of the block; and an elongated cylindrical hole, which is sized to fit the malleable tool therein and has a longitudinal axis extending from the recess into the block, a recess extending into the block through the upper surface of the block; and an elongated cylindrical hole, which is sized to fit the malleable tool therein and has a longitudinal axis extending from the recess into the block, characterised by: the recess being a conical recess and defined by an elliptical directrix on the upper surface, an apex within the block, and generatrixes disposed about a central axis of the conical recess extending from the apex to the directrix; the longitudinal axis extending from the conical recess into the block at an oblique angle relative to the central axis of the conical recess; and the apparatus further comprising angular markings disposed on the upper surface and around a circumference of the elliptical directrix. the recess being a conical recess and defined by an elliptical directrix on the upper surface, an apex within the block, and generatrixes disposed about a central axis of the conical recess extending from the apex to the directrix; the longitudinal axis extending from the conical recess into the block at an oblique angle relative to the central axis of the conical recess; and the apparatus further comprising angular markings disposed on the upper surface and around a circumference of the elliptical directrix.
Composite binder containing at least one calcium sulfoaluminate cement, comprising 20 - 80 % by weight C 4 A 3-x F x $, with x ranging from 0 to 2, 0 - 70 % by weight C 2 S, 3 - 30 % by weight aluminates selected from CA, C 12 A 7, CA 2, C 3 A, 0 - 30 % by weight ferrites selected from C 2 A y F 1-y with y ranging from 0.2 to 0.8, C 2 F, CF, CF 2, 0 - 30 % by weight ternesite, 0 - 30 % by weight calcium sulfate and up to 20 % minor phases, and at least one supplementary cementitious material, wherein a weight ratio of calcium sulfate to the sum of ye'elimite, aluminates and ferrites in the composite binder ranges from 0.5 to 0.85. 0 - 70 % by weight C 2 S, 3 - 30 % by weight aluminates selected from CA, C 12 A 7, CA 2, C 3 A, 0 - 30 % by weight ferrites selected from C 2 A y F 1-y with y ranging from 0.2 to 0.8, C 2 F, CF, CF 2, 0 - 30 % by weight ternesite, 0 - 30 % by weight calcium sulfate and up to 20 % minor phases, and at least one supplementary cementitious material, wherein a weight ratio of calcium sulfate to the sum of ye'elimite, aluminates and ferrites in the composite binder ranges from 0.5 to 0.85.
Fuel vapour storage and recovery apparatus comprising a housing defining at least first and second compartments, at least one compartment being filled with an adsorbent material, - at least one vapor inlet port connectable to a fuel tank vent line, - at least one atmospheric vent port, - an outer housing member defining a first outer compartment, - an inner housing member defining a second inner compartment, the first outer compartment encompassing the second inner compartment, wherein the inner housing member is fitted into the outer housing member at one end of the housing such that a wall of the inner housing member engages an inner wall of the outer housing member and wherein the inner housing member and the outer housing member are sealed against each other by means of a closure cap covering at least a front face of the inner wall of the outer housing and at least the front face of the wall of the inner housing. - at least one vapor inlet port connectable to a fuel tank vent line, - at least one atmospheric vent port, - an outer housing member defining a first outer compartment, - an inner housing member defining a second inner compartment, the first outer compartment encompassing the second inner compartment,
A process of creating a composite sheet of an interpenetrating polymer network sheet bonded to a backing material comprising the steps of a) casting a liquid polymer formulation as a coating onto a carrier substrate, b) applying a lamination of microporous polymer sheeting membrane and backing material to the surface of the coating and allowing or causing said liquid polymer formulation to impregnate said microporous polymer sheeting membrane, and c) solidifying the liquid polymer formulation; wherein the composite sheet is formed by curing together in a single pass through an oven, said liquid polymer formulation, and said impregnated microporous polymer sheeting membrane and said backing material laminated to the microporous polymer sheeting membrane.
Method of controlling an agricultural implement comprising: advancing the agricultural implement over a working area, identifying, while the implement is being moved, a deviation between a longitudinal direction of the agricultural implement and an actual advancing direction (Rr) of the agricultural implement, bringing about an adjusting value if the deviation exceeds a threshold value and, based on the adjusting value, bringing about a control signal for at least one actuator (12a, 12b) on the agricultural implement so that the deviation is reduced or eliminated, characterised by with the aid of the actuator: changing the position and/or orientation of one or more tools on the agricultural implement on the basis of the control signal, wherein the change brings about a change to the depth of the tool, and/or bringing about turning around at least one vertical axis of at least one wheel or one roll on the agricultural implement on the basis of the control signal, and/or selectively driving or braking one or more wheels (11a, 11b), rollers or rolls on the agricultural implement on the basis of the control signal, and/or changing the position and/or orientation of at least one wheel or one roll on the agricultural implement on the basis of the control signal. advancing the agricultural implement over a working area, identifying, while the implement is being moved, a deviation between a longitudinal direction of the agricultural implement and an actual advancing direction (Rr) of the agricultural implement, bringing about an adjusting value if the deviation exceeds a threshold value and, based on the adjusting value, bringing about a control signal for at least one actuator (12a, 12b) on the agricultural implement so that the deviation is reduced or eliminated, characterised by with the aid of the actuator: changing the position and/or orientation of one or more tools on the agricultural implement on the basis of the control signal, wherein the change brings about a change to the depth of the tool, and/or bringing about turning around at least one vertical axis of at least one wheel or one roll on the agricultural implement on the basis of the control signal, and/or selectively driving or braking one or more wheels (11a, 11b), rollers or rolls on the agricultural implement on the basis of the control signal, and/or changing the position and/or orientation of at least one wheel or one roll on the agricultural implement on the basis of the control signal. changing the position and/or orientation of one or more tools on the agricultural implement on the basis of the control signal, wherein the change brings about a change to the depth of the tool, and/or bringing about turning around at least one vertical axis of at least one wheel or one roll on the agricultural implement on the basis of the control signal, and/or selectively driving or braking one or more wheels (11a, 11b), rollers or rolls on the agricultural implement on the basis of the control signal, and/or changing the position and/or orientation of at least one wheel or one roll on the agricultural implement on the basis of the control signal.
A vial assembly comprising: a tubular body (100;300;400;500;600;700) comprising a cavity, a first end (103;303;403;503;603), a second end (105;205;305;505) for dispensing a sample (117;217;317;417;517), and a tube wall (107;207;307;407;507;607;707) comprising a first material; and a flexible bottom (109;309;409;509;609;709) comprising a second elastomeric material overmolded on an interior surface (111;211) of the tube wall (107;207;307;407;507;607;707) proximate the first end (103;303;403;503;603), wherein the flexible bottom (109;309;409;509;609;709) does not extend past the first end (103;303;403;503;603) of the tubular body (100;300;400;500;600;700), characterised in that the tube wall (107;207;307;407;507;607;707) comprises at least two flanges (337;437;637) proximate the flexible bottom (109;309;409;509;609;709), wherein the flanges (337;437;637) are configured to hinge inwardly upon application of force to apply pressure to the flexible bottom (109;309;409;509;609;709). a tubular body (100;300;400;500;600;700) comprising a cavity, a first end (103;303;403;503;603), a second end (105;205;305;505) for dispensing a sample (117;217;317;417;517), and a tube wall (107;207;307;407;507;607;707) comprising a first material; and a flexible bottom (109;309;409;509;609;709) comprising a second elastomeric material overmolded on an interior surface (111;211) of the tube wall (107;207;307;407;507;607;707) proximate the first end (103;303;403;503;603), wherein the flexible bottom (109;309;409;509;609;709) does not extend past the first end (103;303;403;503;603) of the tubular body (100;300;400;500;600;700), characterised in that the tube wall (107;207;307;407;507;607;707) comprises at least two flanges (337;437;637) proximate the flexible bottom (109;309;409;509;609;709), wherein the flanges (337;437;637) are configured to hinge inwardly upon application of force to apply pressure to the flexible bottom (109;309;409;509;609;709).
An eddy current sensor, comprising: a housing; and a plurality of probes which are all disposed inside the housing, probing ends of the probes being all disposed at inner side of an exterior surface of the housing to avoid the probing ends of the probes from protruding out of the exterior surface of the housing; wherein the housing is of an annular structure; an annular groove is provided inside the housing; characterized in that an inner wall of the housing is formed between an inner groove wall of the annular groove and the inner annular face of the housing; and the inner wall has a radial probing hole disposed therethrough along a radial direction of the housing. a housing; and a plurality of probes which are all disposed inside the housing, probing ends of the probes being all disposed at inner side of an exterior surface of the housing to avoid the probing ends of the probes from protruding out of the exterior surface of the housing; wherein the housing is of an annular structure; an annular groove is provided inside the housing; characterized in that an inner wall of the housing is formed between an inner groove wall of the annular groove and the inner annular face of the housing; and the inner wall has a radial probing hole disposed therethrough along a radial direction of the housing.
A polyethylene terephthalate film comprising: a biaxially stretched and birefringent polyethylene terephthalate film having at least one layer having a thickness of from 10 mils (0.25 mm) to 25 mils (0.64 mm), wherein the film is formed from a polyethylene terephthalate resin comprising the reaction product of: dimethyl terephthalate, terephthalic acid, or a combination thereof; ethylene glycol; a diol or triol monomer other than ethylene glycol; and from 0.2 to 3 mol percent of a sulfonated monomer having an inorganic counterion based on 100 mol percent dimethyl terephthalate, terephthalic acid, or a combination thereof. a biaxially stretched and birefringent polyethylene terephthalate film having at least one layer having a thickness of from 10 mils (0.25 mm) to 25 mils (0.64 mm), wherein the film is formed from a polyethylene terephthalate resin comprising the reaction product of: dimethyl terephthalate, terephthalic acid, or a combination thereof; ethylene glycol; a diol or triol monomer other than ethylene glycol; and from 0.2 to 3 mol percent of a sulfonated monomer having an inorganic counterion based on 100 mol percent dimethyl terephthalate, terephthalic acid, or a combination thereof. dimethyl terephthalate, terephthalic acid, or a combination thereof; ethylene glycol; a diol or triol monomer other than ethylene glycol; and from 0.2 to 3 mol percent of a sulfonated monomer having an inorganic counterion based on 100 mol percent dimethyl terephthalate, terephthalic acid, or a combination thereof.
- Carding device, comprising a main drum and a doffer with an axis parallel to that of the main drum and positioned against the main drum and downstream of the main drum in the direction of fibre flow, the direction of rotation of the doffer being opposite that of the main drum, characterized in that the carding device further comprises a doffer cleaning device comprising a dust collection cylinder with an axis parallel to that of the main drum and positioned against the doffer and a cleaning cylinder with an axis parallel to that of the main drum and positioned both against the dust collection cylinder and against the main drum, the direction of rotation of the dust collection cylinder being identical to that of the doffer, and the direction of rotation of the cleaning cylinder being identical to that of the dust collection cylinder, the dust collection cylinder being configured to collect the dust present at the bottom of the doffer lining, and the cleaning cylinder being configured to automatically and progressively collect the dust on the dust collection cylinder in order to then return it to the main drum.
A method of routing in a transmission system comprising a plurality of border routers; said system managing a plurality of virtual networks, each linking together several mutually remote networks; a border router managing a routing table per virtual network and a topology table, the routing table indicating, path information available for transmitting packets to the remote networks of said virtual network and the topology table indicating, for a given virtual network, one or more adjacent border routers and for an adjacent border router, at least one remote network identifier; said method comprising the following steps at the level of said border router: /a/ detecting a change of route relating to a remote network of said given virtual network; /b/ on the basis of the topology table, determining for said virtual network, one or more adjacent border routers and the corresponding remote network identifier or identifiers; and /c/ transmitting the change of route to said adjacent border routers, while indicating the determined remote network identifier or identifiers. said system managing a plurality of virtual networks, each linking together several mutually remote networks; a border router managing a routing table per virtual network and a topology table, the routing table indicating, path information available for transmitting packets to the remote networks of said virtual network and the topology table indicating, for a given virtual network, one or more adjacent border routers and for an adjacent border router, at least one remote network identifier; said method comprising the following steps at the level of said border router: /a/ detecting a change of route relating to a remote network of said given virtual network; /b/ on the basis of the topology table, determining for said virtual network, one or more adjacent border routers and the corresponding remote network identifier or identifiers; and /c/ transmitting the change of route to said adjacent border routers, while indicating the determined remote network identifier or identifiers. /a/ detecting a change of route relating to a remote network of said given virtual network; /b/ on the basis of the topology table, determining for said virtual network, one or more adjacent border routers and the corresponding remote network identifier or identifiers; and /c/ transmitting the change of route to said adjacent border routers, while indicating the determined remote network identifier or identifiers.
A wearable-device-compatible-electrooculography-data-processing device (20, 200), wherein the wearable-device-compatible-electrooculography-data-processing device (20, 200) is configured to continuously acquire wearable-electrooculography-continuity data from an electrooculography measuring device provided in a wearable device (1, 100) that a user wears, the electrooculography measuring device being configured to continuously measure an eye potential of the user to provide the wearable-electrooculography-continuity data based on the continuously measured eye potential, wherein the wearable-device-compatible-electrooculography-data-processing device (20, 200) is configured to acquire, based on the wearable-electrooculography-continuity data continuously acquired while the wearable device (1, 100) is used, continuous wearable-eye-movement-amount-continuity data related to an eye movement amount of the user while the wearable device (1, 100) is used, and characterised in that the wearable-device-compatible-electrooculography-data-processing device (20, 200) is configured to detect a change of a position of the electrooculography measuring device while the wearable device (1, 100) is worn by use of the wearable-electrooculography-continuity data or the wearable-eye-movement-amount-continuity data. wherein the wearable-device-compatible-electrooculography-data-processing device (20, 200) is configured to continuously acquire wearable-electrooculography-continuity data from an electrooculography measuring device provided in a wearable device (1, 100) that a user wears, the electrooculography measuring device being configured to continuously measure an eye potential of the user to provide the wearable-electrooculography-continuity data based on the continuously measured eye potential, wherein the wearable-device-compatible-electrooculography-data-processing device (20, 200) is configured to acquire, based on the wearable-electrooculography-continuity data continuously acquired while the wearable device (1, 100) is used, continuous wearable-eye-movement-amount-continuity data related to an eye movement amount of the user while the wearable device (1, 100) is used, and characterised in that the wearable-device-compatible-electrooculography-data-processing device (20, 200) is configured to detect a change of a position of the electrooculography measuring device while the wearable device (1, 100) is worn by use of the wearable-electrooculography-continuity data or the wearable-eye-movement-amount-continuity data.
Apparatus for promoting perfusion at a tissue site containing a sprain by applying vacuum to intact skin extending over or surrounding the tissue site, the apparatus comprising: a manifold formed from a porous material having an open cell structure and configured to be disposed proximate the intact skin for distributing vacuum to the intact skin; and characterized in that: a sleeve which is collapsible and is molded as a single component in a tubular shape adapted to be stretched over the manifold and formed from a semi-permeable material and adapted to cover the manifold and form a chamber containing the manifold to seal the manifold within the chamber between the sleeve and the intact skin; and a fluid coupling member fluidly coupled to the manifold and adapted to receive vacuum from a vacuum source to deliver vacuum to the manifold for distribution to the intact skin. a manifold formed from a porous material having an open cell structure and configured to be disposed proximate the intact skin for distributing vacuum to the intact skin; and characterized in that: a sleeve which is collapsible and is molded as a single component in a tubular shape adapted to be stretched over the manifold and formed from a semi-permeable material and adapted to cover the manifold and form a chamber containing the manifold to seal the manifold within the chamber between the sleeve and the intact skin; and a fluid coupling member fluidly coupled to the manifold and adapted to receive vacuum from a vacuum source to deliver vacuum to the manifold for distribution to the intact skin. a sleeve which is collapsible and is molded as a single component in a tubular shape adapted to be stretched over the manifold and formed from a semi-permeable material and adapted to cover the manifold and form a chamber containing the manifold to seal the manifold within the chamber between the sleeve and the intact skin; and a fluid coupling member fluidly coupled to the manifold and adapted to receive vacuum from a vacuum source to deliver vacuum to the manifold for distribution to the intact skin.