mhurhangee/ep-ind-claims huggingface dataset:
A fluid dispenser device comprising: • at least one reservoir that is suitable for containing fluid to be dispensed, • a pump that is mounted on said reservoir, • a dispenser head including a dispenser orifice via which the fluid is dispensed, which dispenser head is suitable for actuating said pump, characterized in that at least a rigid and/or non-deformable portion of said dispenser device is made out of a material comprising an aliphatic polyketone, and in that said material is an alloy comprising at least one aliphatic polyketone and at least one other polymer. • at least one reservoir that is suitable for containing fluid to be dispensed, • a pump that is mounted on said reservoir, • a dispenser head including a dispenser orifice via which the fluid is dispensed, which dispenser head is suitable for actuating said pump,
Method for preparing a mixture containing bitumen and at least one polymer, wherein bitumen and at least one polymer by extrusion are mixed and wherein the mixture obtained by extrusion is a master batch with a high polymer content intended to be diluted in a bitumen to manufacture a bituminous binder, characterised in that the polymer is a styrene-butadiene-styrene triblock copolymer of which the mass rate in the master batch is comprised between 20 and 40%, and in that the temperature of the mixture is adjusted to different values along the extrusion cavity between a zone for introducing constituents and an outlet orifice.
A process for producing a stabilised polymeric silicate composition comprising polymeric silicic acid and nanosilicate particles having mean diameters of 20 nm or less, the process comprising the steps of: (a) providing an aqueous solution of a soluble silicate at a pH greater than or equal to 9.5; (b) reducing the pH of the silicate solution to cause polymerisation of the silicate to form polymeric silicic acid and nanosilicate particles; and (c) simultaneously or sequentially with steps (a) and/or (b) adding to the silicate solution a stabilising agent that comprises a polyalkylene glycol and/or a sugar thereby producing a stabilised silicate composition in which the stabilising agent inhibits formation of condensed silicates; wherein the stabilised polymeric silicate composition is aquated and wherein the process does not involve drying the composition or heating it above 100°C. (a) providing an aqueous solution of a soluble silicate at a pH greater than or equal to 9.5; (b) reducing the pH of the silicate solution to cause polymerisation of the silicate to form polymeric silicic acid and nanosilicate particles; and (c) simultaneously or sequentially with steps (a) and/or (b) adding to the silicate solution a stabilising agent that comprises a polyalkylene glycol and/or a sugar thereby producing a stabilised silicate composition in which the stabilising agent inhibits formation of condensed silicates;
An assembly comprising a frame and a closure device, the frame defining an opening with a surrounding wall, the closure device comprising: - a base body adapted to close the opening and movable in the frame between an open and a closed position, - a thrust element having first and second ends and having a relaxed configuration and a tensioned configuration, the first end of the thrust member being connected to the base body, characterised in that the closure device further comprises a linking element connected to the base body and to the second end of the thrust element, as well as a bearing member, carried by the linking element, adapted to bear on the wall surrounding the opening during a displacement of the base body between the closed position and the open position and vice versa, during which movement the linking element allows the thrust element to move from the tensioned configuration to the relaxed configuration and vice versa, the bearing member being further adapted to be out of contact with the wall of the opening when the base body is in the open position, and to come into contact with the wall when the base body is in an intermediate position. - a base body adapted to close the opening and movable in the frame between an open and a closed position, - a thrust element having first and second ends and having a relaxed configuration and a tensioned configuration, the first end of the thrust member being connected to the base body,
A process of fabrication of mineral fibers comprising the introduction of raw materials into a circular furnace with electrodes, then the fusion of the raw materials in said furnace in order to form a molten vitrifiable material, said furnace comprising electrodes immersed from above in the vitrifiable materials, then the outflow of the molten vitrifiable material in the furnace via a lateral outlet from the furnace so as to supply a distribution channel, then the outflow of the molten vitrifiable material via an orifice in the bottom of the distribution channel so as to supply a fiber forming device, then the transformation into fibers of the molten vitrifiable material by said fiber forming device, characterized in that the flow of molten vitrifiable material between the furnace and the distribution channel passes under a metal dam being adjustable in height comprising an envelope cooled by a flow of cooling fluid, the transformation into fibers being the step that determines the output of the process.
A stripping device for stripping sheet-shaped objects from a roll, comprising at least one stripper having a stripping portion configured to be tapering to a point, as well as a supporting portion, wherein the stripping portion and the supporting portion are arranged relative to each other and the stripper is mounted to be rotatable around a bearing in such a manner that, when the stripper in operation with a roll is pressed against the roll while being pre-tensioned, the stripper has two contact points (22A, 24A) with the roll, which contact points are defined respectively by the stripping portion and the supporting portion of the stripper, wherein the stripper is adapted such that the bearing in operation with a roll, with reference to a rotational axis of the roll, is radially spaced apart from the roll and arranged between the two contact points (22A, 24A), characterized in that an angle enclosed in the direction of the roll between a first line connecting the bearing to the one contact point and a second line connecting the bearing to the other contact point, amounts to between approximately 60° and 120°, preferably approximately 90°.
A heavy metal penetrator with a high tungsten content incorporating a central part or core formed of an alloy comprising from 85% to 97% by mass of tungsten associated with additional metals and which is surrounded by a peripheral sheath made of a more ductile tungsten alloy than that of the core, penetrator characterized in that the sheath is made of an alloy comprising 30% to 72% by mass of tungsten, the core comprising nodules of tungsten bound in a matrix of a gamma phase γ C associating tungsten with additional metals, the two gamma phases being continuously joined to one another with no transition zone.
A transmitter comprising: a power amplifier configured to amplify a power amplifier input signal to provide a power amplifier output signal; and a predistorter configured to effect predistortion of the power amplifier input signal to compensate for a non-linear characteristic of the power amplifier using a space mapping based model of an inverse of the non-linear characteristic of the power amplifier. a power amplifier configured to amplify a power amplifier input signal to provide a power amplifier output signal; and a predistorter configured to effect predistortion of the power amplifier input signal to compensate for a non-linear characteristic of the power amplifier using a space mapping based model of an inverse of the non-linear characteristic of the power amplifier.
Anaerobic digestion apparatus comprising a first chamber for retaining organic matter before and/or during anaerobic digestion and a second chamber for retaining organic matter during anaerobic digestion, the anaerobic digestion apparatus being configured to refrigerate the first chamber to thereby suppress methanogenesis in the first chamber, wherein the apparatus is configured to refrigerate the first chamber to a temperature equal to or below 10°C and to heat the second chamber to a temperature greater than 10°C.
A driving mechanism for driving a first link and a second link relative to each other, the driving mechanism comprising: a driving apparatus that drives the second link relative to the first link; a part to be driven by the driving apparatus; a constraining part that includes a first supporting part and a second supporting part and constrains the first link and the second link so as to be movable in a predetermined direction, wherein the driving apparatus is fixed to the first link; the first supporting part is fixed to the first link; the second supporting part is fixed to the part to be driven; and characterized by comprising a force sensor having a first part and a second part, whereby the first part is fixed to the part to be driven, and the second part is fixed to the second link. a driving apparatus that drives the second link relative to the first link; a part to be driven by the driving apparatus; a constraining part that includes a first supporting part and a second supporting part and constrains the first link and the second link so as to be movable in a predetermined direction, wherein the driving apparatus is fixed to the first link; the first supporting part is fixed to the first link; the second supporting part is fixed to the part to be driven; and characterized by comprising a force sensor having a first part and a second part, whereby the first part is fixed to the part to be driven, and the second part is fixed to the second link.
A dynamic pressure exchanger comprising an inlet plate formed to include an inner inlet port that extends circumferentially along a first arc about a central axis of the dynamic pressure exchanger and an outer inlet port that extends along a second arc about the central axis, the outer inlet port circumferentially offset from the inner inlet port, and the outer inlet port spaced radially further from the central axis than the inner inlet port, and a rotor assembly mounted for rotation relative to the inlet plate about the central axis, the rotor assembly including (i) an inner rotor formed to include a plurality of axially-extending inner combustion cells arranged circumferentially around the central axis to align with the inner inlet port when the rotor assembly rotates about the central axis and (ii) an outer rotor formed to include a plurality of axially-extending outer combustion cells arranged circumferentially around the central axis to align with the outer inlet port when the rotor assembly rotates about the central axis wherein the inner and outer combustion cells (32, 34) extend axially between an inlet end and an outlet end of the rotor assembly.
A sieve screen, adapted to be placed in a screen bucket or in a screening station movable with its own actuator, the sieve screen comprising: - a plurality of stationary screening plates, spaced from each other and defining screening slots between the screening plates, the screening plates establishing a screening surface on top of which can be placed the material to be screened, - flat mounting bars (6, 12), the ends of separate screening plates 3 being fixed by the mounting bars (6, 12) which retain the screening plates 3 at a distance from each other matching the screening slot, - rotatable shafts which are located below the screening surface when the sieve screen is in a sieving position, and - blades which project from the shafts and extend through the screening slots to above the screening surface when the sieve screen is in a sieving position, characterized in that the width of the screening slots is adapted to be changed without removing the shafts, by re-grouping the blades and a necessary number of the screening plates. - a plurality of stationary screening plates, spaced from each other and defining screening slots between the screening plates, the screening plates establishing a screening surface on top of which can be placed the material to be screened, - flat mounting bars (6, 12), the ends of separate screening plates 3 being fixed by the mounting bars (6, 12) which retain the screening plates 3 at a distance from each other matching the screening slot, - rotatable shafts which are located below the screening surface when the sieve screen is in a sieving position, and - blades which project from the shafts and extend through the screening slots to above the screening surface when the sieve screen is in a sieving position, characterized in that the width of the screening slots is adapted to be changed without removing the shafts, by re-grouping the blades and a necessary number of the screening plates.
An optical-fiber connector endface inspection microscope system for inspecting an endface of an optical-fiber connector, the optical-fiber connector endface inspection microscope system comprising: one or more image detector for capturing at least one image of the endface to be inspected; an objective lens system comprising a focusing lens for adjusting a focus of the objective lens system on the image detector and a fixed relay lens; a main housing structure enclosing the image detector and the focusing lens; and a multi-fiber optical head and a single-fiber optical head, releasably and interchangeably connectable to the main housing structure; wherein the multi-fiber optical head and the single-fiber optical head each enclose a relay lens which forms the fixed relay lens of the objective lens system when one of the optical heads is connected to the main housing structure; wherein the multi-fiber optical head is releasably connectable to a multi-fiber adapter tip configured to interface with multi-fiber optical-fiber connectors to be inspected and wherein the single-fiber optical head is releasably connectable to a single-fiber adapter tip configured to interface with single-fiber optical-fiber connectors to be inspected. one or more image detector for capturing at least one image of the endface to be inspected; an objective lens system comprising a focusing lens for adjusting a focus of the objective lens system on the image detector and a fixed relay lens; a main housing structure enclosing the image detector and the focusing lens; and a multi-fiber optical head and a single-fiber optical head, releasably and interchangeably connectable to the main housing structure; wherein the multi-fiber optical head and the single-fiber optical head each enclose a relay lens which forms the fixed relay lens of the objective lens system when one of the optical heads is connected to the main housing structure; wherein the multi-fiber optical head is releasably connectable to a multi-fiber adapter tip configured to interface with multi-fiber optical-fiber connectors to be inspected and wherein the single-fiber optical head is releasably connectable to a single-fiber adapter tip configured to interface with single-fiber optical-fiber connectors to be inspected.
A method of wireless communication by a user equipment, UE, comprising: receiving information to estimate a propagation delay between the UE and a network node accessed via non-terrestrial communications; and transmitting, to the network node, a physical random access channel, PRACH, preamble a user specific timing advance period before a random access channel, RACH, occasion at the UE, the user specific timing advance period corresponding to the propagation delay, the method characterized by further comprising: receiving a grant for an uplink shared channel, the uplink shared channel scheduled later than a start of a random access response, RAR, window delayed by twice a maximum propagation delay in addition to a UE time offset, the maximum propagation delay corresponding to a cell-specific longest propagation delay for a UE that is located farthest from the network node, an uplink shared channel delay being a same delay for all UEs within a cell. receiving information to estimate a propagation delay between the UE and a network node accessed via non-terrestrial communications; and transmitting, to the network node, a physical random access channel, PRACH, preamble a user specific timing advance period before a random access channel, RACH, occasion at the UE, the user specific timing advance period corresponding to the propagation delay, the method characterized by further comprising: receiving a grant for an uplink shared channel, the uplink shared channel scheduled later than a start of a random access response, RAR, window delayed by twice a maximum propagation delay in addition to a UE time offset, the maximum propagation delay corresponding to a cell-specific longest propagation delay for a UE that is located farthest from the network node, an uplink shared channel delay being a same delay for all UEs within a cell.
A method for monitoring health status of a plurality of electronic appliances,, the method comprising: registering at least one electronic appliance of a plurality of electronic appliances by providing predefined electrical parameters of the at least one electronic appliance through a home energy gateway; characterised by sampling a transient current signature of the at least one electronic appliance when the at least one electronic appliance is turned on at high frequency to determine subtle deviation of the at least one electronic appliance's characteristic; sampling a steady current signature of the at least one electronic appliance by the home energy gateway when the at least one electronic appliance is in a steady state of functioning; and analyzing the transient current signature and the steady current signature of the at least one electronic appliance by comparing with the predefined electric parameters of the at least one electronic appliance to find an anomaly in the at least one transient current signature and steady current signature if any to diagnose a health status of the at least one electronic appliance based on the anomaly of the transient current signature and the steady current signature so detected. registering at least one electronic appliance of a plurality of electronic appliances by providing predefined electrical parameters of the at least one electronic appliance through a home energy gateway; characterised by sampling a transient current signature of the at least one electronic appliance when the at least one electronic appliance is turned on at high frequency to determine subtle deviation of the at least one electronic appliance's characteristic; sampling a steady current signature of the at least one electronic appliance by the home energy gateway when the at least one electronic appliance is in a steady state of functioning; and analyzing the transient current signature and the steady current signature of the at least one electronic appliance by comparing with the predefined electric parameters of the at least one electronic appliance to find an anomaly in the at least one transient current signature and steady current signature if any to diagnose a health status of the at least one electronic appliance based on the anomaly of the transient current signature and the steady current signature so detected.
Method for controlling a haptic accelerator pedal in a motor vehicle, wherein the accelerator pedal can be moved between a position of rest (P 0) and a position (P m) of maximum actuation within a movement range, and can be excited by means of an actuator to generate a haptically perceptible signal, characterized in that the method comprises the following steps: determining a predictable signal position (P s) at which it can be predicted that the accelerator pedal is to generate a haptically perceptible signal at a future time, wherein the predictable signal position (P s) is between the position of rest (P 0) and the position (P m) of maximum actuation, and arranging the actuator, while the accelerator pedal is in a current position between the position of rest (P 0) and the predictable signal position (P s), in such a way that the actuator becomes operatively connected to the accelerator pedal when the accelerator pedal reaches the predictable signal position (P s). determining a predictable signal position (P s) at which it can be predicted that the accelerator pedal is to generate a haptically perceptible signal at a future time, wherein the predictable signal position (P s) is between the position of rest (P 0) and the position (P m) of maximum actuation, and arranging the actuator, while the accelerator pedal is in a current position between the position of rest (P 0) and the predictable signal position (P s), in such a way that the actuator becomes operatively connected to the accelerator pedal when the accelerator pedal reaches the predictable signal position (P s).
A method of wireless communications for peer-to-peer-discovery, comprising: generating an expression associated with a wireless device for use in a peer discovery signal, wherein the expression is a unique naming structure defined by an application and allows applications to discover one another; generating an expression set from the expression, a first temporal frequency to be used for broadcasting the peer discovery signal, and a first time duration; transmitting the generated expression set that includes one or more instances of the expression, the first temporal frequency, and the first time duration to a base station to allow the base station to broadcast each of the expressions included in the expression set at the first temporal frequency over the first time duration; and transmitting one or more rules for generating an expression to transmit based on each expression in the expression set. generating an expression associated with a wireless device for use in a peer discovery signal, wherein the expression is a unique naming structure defined by an application and allows applications to discover one another; generating an expression set from the expression, a first temporal frequency to be used for broadcasting the peer discovery signal, and a first time duration; transmitting the generated expression set that includes one or more instances of the expression, the first temporal frequency, and the first time duration to a base station to allow the base station to broadcast each of the expressions included in the expression set at the first temporal frequency over the first time duration; and transmitting one or more rules for generating an expression to transmit based on each expression in the expression set.