mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a friction material comprising a fibrous material, a friction modifier, a binder and an inorganic material, the production method comprising at least preforming, thermoforming and heat treatment steps, comprising blending a fibrous material, an inorganic material, a friction modifier, being selected from the group of graphite, iron, aluminum, copper, brass and bronze, as well as combinations thereof, and a binder, wherein said binder comprises a silicon-containing polymer and the inorganic material includes at least one of zirconia, alumina, titania, magnesia, calcium fluoride, boron nitride and SiC; thermoforming under the conditions of a temperature of 150 to 180°C, heat treatment of the polymer in an oxidizing atmosphere at a temperature of 160 to 350°C for 1 to 10 hours, after thermoforming, to cause crosslinking with oxygen and then, subjecting to a baking treatment at a temperature of 800 to 1,000°C for 1 to 2 hours.
An agricultural working machine, in particular a combine harvester, comprising a plurality of working members for carrying out or supporting agricultural work, and a driver assist system for setting an optimised speed of rotation of at least one of the working members based on detected operating parameters of the agricultural working machine, characterised in that there is provided a sensor system for monitoring noise and/or vibration development in the agricultural working machine during operation thereof, which is configured to determine a critical range of a set optimised speed, and the driver assist system causes this to be changed in such a way that it lies outside a defined threshold value range of a natural frequency of the agricultural working machine.
A wireless lanyard system for a marine vessel propelled by at least one propulsion device, the system comprising: an operator fob worn by an operator of the marine vessel; a helm transceiver at a helm area of the marine vessel configured to receive radio signals from the operator fob; a lanyard control module executable on a processor and configured to: determine based on communications between the operator fob and the helm transceiver whether the operator is within a permitted zone (Z, Z1..Z4) with respect to the helm area; generate a lanyard event when the operator is not within the permitted zone (Z, Z1..Z4); characterized in that the system is configured such that, upon generation of the lanyard event, the propulsion device is controlled to reduce an engine rpm of an engine in the propulsion device to an idle rpm at a pre-set reduction rate and then automatically shift to neutral to avoid suddenly cutting the engine. an operator fob worn by an operator of the marine vessel; a helm transceiver at a helm area of the marine vessel configured to receive radio signals from the operator fob; a lanyard control module executable on a processor and configured to: determine based on communications between the operator fob and the helm transceiver whether the operator is within a permitted zone (Z, Z1..Z4) with respect to the helm area; generate a lanyard event when the operator is not within the permitted zone (Z, Z1..Z4); characterized in that the system is configured such that, upon generation of the lanyard event, the propulsion device is controlled to reduce an engine rpm of an engine in the propulsion device to an idle rpm at a pre-set reduction rate and then automatically shift to neutral to avoid suddenly cutting the engine. determine based on communications between the operator fob and the helm transceiver whether the operator is within a permitted zone (Z, Z1..Z4) with respect to the helm area; generate a lanyard event when the operator is not within the permitted zone (Z, Z1..Z4); characterized in that the system is configured such that, upon generation of the lanyard event, the propulsion device is controlled to reduce an engine rpm of an engine in the propulsion device to an idle rpm at a pre-set reduction rate and then automatically shift to neutral to avoid suddenly cutting the engine.
Device for checking for the correct installation state of a fluid plug-in coupling, having a fluid plug-in coupling with a male part and a female part, wherein the male part and the female part can be inserted one into the other and have a locking means with which, in a predetermined position of the coupling parts (2, 3) in relation to each other, locking of the coupling parts (2, 3) to each other can be achieved, wherein the male part has an RFID chip, characterized in that the female part has an electromagnetic shield, wherein the position of the RFID chip on the male part and the position of the shield on the female part are matched to each other in such a way that the RFID chip is completely shielded by the shield only when the coupling parts (2, 3) are locked in the predetermined position.
A semi-blind channel estimation method, wherein the semi-blind channel estimation method is applied to a receive end of a multiple-antenna overlapped multiplexing system, and comprises: step S1: obtaining data that comprises a first training sequence and that is received by the receive end, the method being characterized by: step S2: performing minimum mean square error channel estimation based on the data and a prestored first training sequence, to obtain a channel parameter matrix; step S3: detecting the first training sequence by using a least square detection algorithm, to obtain estimated data; and step S4: using the estimated data as a second training sequence, replacing the first training sequence in step S2 with the second training sequence, and cyclically performing step S2 and step S3 on the second training sequence, until a channel parameter matrix obtained last time is the same as a channel parameter matrix obtained this time, and then stopping circulation, to estimate a final channel parameter matrix. step S1: obtaining data that comprises a first training sequence and that is received by the receive end, the method being characterized by: step S2: performing minimum mean square error channel estimation based on the data and a prestored first training sequence, to obtain a channel parameter matrix; step S3: detecting the first training sequence by using a least square detection algorithm, to obtain estimated data; and step S4: using the estimated data as a second training sequence, replacing the first training sequence in step S2 with the second training sequence, and cyclically performing step S2 and step S3 on the second training sequence, until a channel parameter matrix obtained last time is the same as a channel parameter matrix obtained this time, and then stopping circulation, to estimate a final channel parameter matrix.
A housing assembly for an indoor unit of an air conditioner, comprising: a face frame defining an air inlet in a top portion thereof and a main air outlet in a bottom portion thereof; two end covers arranged at a left end and a right end of the face frame respectively, at least one end cover having a part adjacent to the main air outlet, the part defining an auxiliary air outlet, the end cover and the face frame defining an auxiliary air channel therebetween, and the auxiliary air channel being in communication with the auxiliary air outlet; a first auxiliary air outlet grille arranged at the auxiliary air outlet; the housing assembly being characterized by further comprising a second auxiliary air outlet grille arranged at an outside of the first auxiliary air outlet grille and detachably connected to the at least one end cover. a face frame defining an air inlet in a top portion thereof and a main air outlet in a bottom portion thereof; two end covers arranged at a left end and a right end of the face frame respectively, at least one end cover having a part adjacent to the main air outlet, the part defining an auxiliary air outlet, the end cover and the face frame defining an auxiliary air channel therebetween, and the auxiliary air channel being in communication with the auxiliary air outlet; a first auxiliary air outlet grille arranged at the auxiliary air outlet; the housing assembly being characterized by further comprising a second auxiliary air outlet grille arranged at an outside of the first auxiliary air outlet grille and detachably connected to the at least one end cover.
Action/action sequence control process for an agricultural machine fitted with an electronic control unit and hitched to a tractor, the said tractor including at least one control means, characterised in that the action or sequence of actions to be performed by the said agricultural machine are triggered automatically via the control of the electronic control unit by detecting a change of state in one of the control means of the said tractor through a monitoring system that informs the said electronic control unit.
A valve assembly comprising a movable valve element arranged to move relative to a valve housing between an open and a closed position, the valve housing including a drainage body provided with drainage holes (41, 42) arranged to allow fluid to drain from the valve assembly from gaps (10, 11, 12) between the movable valve element and the housing via the drainage holes, characterised by: the drainage holes being aligned with the gaps, and further comprising a flexible washer configured to cover the drainage holes, in a first, undeformed, position and to flex in response to fluid pressure from the gaps to a deformed position wherein a flow passage is provided from the gaps to the drainage holes.
A polyclonal or monoclonal antibody or fragment that specifically binds to a TMEM154 polypeptide as represented by a part of SEQ ID NO: 42, namely SEQ ID NO: 191.
Pocket reservoir, for a refillable pressurised dispenser casing, said pocket reservoir including a pocket and a dome, said dome being provided, in the lower part, with a tubular base provided with an external profile (22a, 23, 24, 25) for receiving and welding a collar of the pocket and, in the upper part, a housing for receiving a valve for dispensing a product contained in the pocket, characterised in that said external profile of the tubular base and the collar of the pocket welded onto said external profile are each provided with a degassing hole (60, 61) at the level of said external profile under an annular flange of the dome, said degassing holes being in communication with one another and with the inside of the pocket.
A process for preparing a microfibrous non-woven fabric based on polyester or polyamide microfibres immersed in a polyurethane matrix, comprising the steps of: A) spinning a bicomponent fibre with an island in the sea structure, wherein the island component is microfibrous and the sea component, immiscible therewith, is soluble in solvents; B) preparing a felt via a process of mechanical needle or water punching of the bicomponent fibre; C) impregnating the felt with an adhesive; D) dissolving the sea component in a selective solvent; E) impregnating the felt with a polyurethane binding agent solution and removing the adhesive by dissolution in an organic solvent or water; F) submitting the felt as per step E) to buffing on both faces, by rotating abrasive paper strips over both faces in a concurrent direction of orientation; G) submitting the felt as per step F) to dyeing; H) brushing the dyed felt on both faces so as to lend a concurrent orientation to the fibres on both faces; I) cutting the product of step H) in the direction of thickness so as to produce two identical laminates, each of half thickness. A) spinning a bicomponent fibre with an island in the sea structure, wherein the island component is microfibrous and the sea component, immiscible therewith, is soluble in solvents; B) preparing a felt via a process of mechanical needle or water punching of the bicomponent fibre; C) impregnating the felt with an adhesive; D) dissolving the sea component in a selective solvent; E) impregnating the felt with a polyurethane binding agent solution and removing the adhesive by dissolution in an organic solvent or water; F) submitting the felt as per step E) to buffing on both faces, by rotating abrasive paper strips over both faces in a concurrent direction of orientation; G) submitting the felt as per step F) to dyeing; H) brushing the dyed felt on both faces so as to lend a concurrent orientation to the fibres on both faces; I) cutting the product of step H) in the direction of thickness so as to produce two identical laminates, each of half thickness.
Timepiece comprising a dial defining an XY plane, an automaton disposed above the dial, said automaton having at least one first member and one second member, which are articulated in order to reproduce beating movements, and a driving mechanism of said automaton, the first member being provided in order to pivot about a first axis which is non-parallel to the XY plane and the second member being provided in order to pivot about a second axis which is different from the first axis, and the driving mechanism of the automaton comprising actuation means of the first and second members (8, 10), provided in order to make said first and second members (8, 10) respectively pivot according to non-symmetrical pivoting movements and in order to coordinate said pivoting movements of said first and second members (8, 10) so that the combination thereof gives a beating effect of said first and second members (8, 10), the timepiece being characterised in that the first member is disposed nearest the dial and the second member is disposed furthest away from the dial and has a base which simulates an articulation, the first member being provided in order to pivot in a plane which is perpendicular to the first axis, and the second member being provided in order to pivot about the second axis which is provided coaxially to said base and to oscillate between a low position and a high position relative to the dial.
Modified Cas9 nuclease comprising a substantial part of a Cas9 nuclease which is required for the biological activity Z and fused thereto at least one of a functional Z protein domain of a HDR factor selected from the group consisting of RAD51, RAD52, and/or MRE11, characterized in that it further comprises CtBP interacting protein (CtIP).
A method comprising the following steps: (i) penetrating a penetrable septum of a sealed empty device having a sealed interior chamber within with an injection member (32, 46, 48); (ii) introducing a fluid sterilant through the injection member (32, 46, 48) and into the interior chamber of the device; (iii) allowing the fluid sterilant to reside within the chamber a sufficient amount of time to render the chamber either sterile or bactericidal; and (iv) introducing a product through the septum and into the sterile or bactericidal chamber; characterized in that the interior chamber remains sealed after said penetrating step and during said introducing step (iv); and the method further comprises (v) resealing the resulting penetration aperture to hermetically seal the product within the chamber. (i) penetrating a penetrable septum of a sealed empty device having a sealed interior chamber within with an injection member (32, 46, 48); (ii) introducing a fluid sterilant through the injection member (32, 46, 48) and into the interior chamber of the device; (iii) allowing the fluid sterilant to reside within the chamber a sufficient amount of time to render the chamber either sterile or bactericidal; and (iv) introducing a product through the septum and into the sterile or bactericidal chamber; (v) resealing the resulting penetration aperture to hermetically seal the product within the chamber.
A dressing for treating a tissue site with negative pressure, the dressing comprising: a first layer comprising a polymer film having a plurality of fluid restrictions through the polymer film that are configured to expand in response to a pressure gradient across the polymer film; a second layer coupled to the first layer, the second layer comprising a manifold; a third layer coupled to the second layer opposite the first layer, the third layer comprising a polymer drape; characterized by a fourth layer coupled to the first layer opposite the second layer, the fourth layer comprising a hydrophobic gel having a plurality of apertures. a first layer comprising a polymer film having a plurality of fluid restrictions through the polymer film that are configured to expand in response to a pressure gradient across the polymer film; a second layer coupled to the first layer, the second layer comprising a manifold; a third layer coupled to the second layer opposite the first layer, the third layer comprising a polymer drape; characterized by a fourth layer coupled to the first layer opposite the second layer, the fourth layer comprising a hydrophobic gel having a plurality of apertures.
Base plate for mobile traffic safety devices which comprises an angular main body having receiving openings (3a to h) which are provided for the plug-in reception of traffic safety devices, the main body having a height of a maximum of 130 mm and being subdivided into four quarters (V1, V2, V3, V4) by a central transverse axis and a central longitudinal axis, at least three receiving openings (3b to d) delimiting identical maximum internal circles in each case and being arranged at the points of intersection of a triangle with respect to one another, which triangle forms a maximum angle of from 60° to 120° between two of the sides thereof, characterised in that, of the receiving openings (3b to d) arranged in a triangle with respect to one another, three are located completely inside one of the four quarters (V1, V2, V3, V4) of the main body and have a round shape.
A method performed by a terminal (120, 130) in a wireless communication system, the method comprising: identifying whether a maximum number of retransmissions, for a packet, associated with a radio link control, RLC, entity is reached (2e-10); identifying whether a packet duplication is activated and a list of a usable cell for a logical channel corresponding to the RLC entity neither includes a primary cell, PCell, nor a primary secondary cell, PSCell (2e-10, 2e-20); in case that the maximum number of retransmissions associated with the RLC entity is reached, the packet duplication is activated and the list of the usable cell for the logical channel corresponding to the RLC entity neither includes the PCell nor the PSCell, transmitting, by a radio resource control, RRC, entity, to a base station, a report message indicating the RLC entity having an error, and wherein the report message indicating the RLC entity having an error includes information on an identity, ID, of the logical channel for the RLC entity and information on a cell group associated with the RLC entity, and wherein a radio link failure, RLF, procedure for the cell group associated with the RLC entity is performed in case that the packet duplication is deactivated, the maximum number of retransmissions associated with the RLC entity is reached and the list of the usable cell for the logical channel corresponding to the RLC entity neither includes the PCell nor the PSCell. identifying whether a maximum number of retransmissions, for a packet, associated with a radio link control, RLC, entity is reached (2e-10); identifying whether a packet duplication is activated and a list of a usable cell for a logical channel corresponding to the RLC entity neither includes a primary cell, PCell, nor a primary secondary cell, PSCell (2e-10, 2e-20); in case that the maximum number of retransmissions associated with the RLC entity is reached, the packet duplication is activated and the list of the usable cell for the logical channel corresponding to the RLC entity neither includes the PCell nor the PSCell, transmitting, by a radio resource control, RRC, entity, to a base station, a report message indicating the RLC entity having an error, and wherein the report message indicating the RLC entity having an error includes information on an identity, ID, of the logical channel for the RLC entity and information on a cell group associated with the RLC entity, and wherein a radio link failure, RLF, procedure for the cell group associated with the RLC entity is performed in case that the packet duplication is deactivated, the maximum number of retransmissions associated with the RLC entity is reached and the list of the usable cell for the logical channel corresponding to the RLC entity neither includes the PCell nor the PSCell.
A computer-implemented method for determining a trajectory of a borehole generated by a drill string, the method comprising: receiving data indicative of one or more drilling parameters between at least two survey points; averaging the received data over predetermined increments between the at least two survey points; calculating from at least the averaged data a predicted drill string response for each of the predetermined increments; determining from at least the predicted drill string response a change in inclination and azimuth for each of the predetermined increments; generating a predicted wellbore trajectory from at least the change in inclination and azimuth; comparing the predicted wellbore trajectory to a measured wellbore trajectory; and if the comparison is favorable, determining a probable borehole position from at least the change in inclination and azimuth for each of the predetermined increments. receiving data indicative of one or more drilling parameters between at least two survey points; averaging the received data over predetermined increments between the at least two survey points; calculating from at least the averaged data a predicted drill string response for each of the predetermined increments; determining from at least the predicted drill string response a change in inclination and azimuth for each of the predetermined increments; generating a predicted wellbore trajectory from at least the change in inclination and azimuth; comparing the predicted wellbore trajectory to a measured wellbore trajectory; and if the comparison is favorable, determining a probable borehole position from at least the change in inclination and azimuth for each of the predetermined increments.
A polysiloxane-based macromonomer for an ophthalmic lens, characterized by comprising at least one polymerizable group, a polysiloxane chain having a siloxane unit as a repeating unit, a polyoxyethylene chain in which a number of repetition of an oxyethylene group is two or more, and a polyoxyalkylene chain having an oxyalkylene group other than the oxyethylene group as a repeating unit, wherein the polysiloxane chain, the polyoxyethylene chain and the polyoxyalkylene chain constitute a main chain of a molecule of the polysiloxane-based macromonomer, wherein an HLB value calculated according to the formula [HLB value] = E/5 is within a range from 0.7 to 6.0, and wherein E represents a weight fraction (wt%) of the oxyethylene group in a molecule of the polysiloxane-based macromonomer.
Method for obtaining a plant extract, comprising the following steps: - production of a Withania somnifera extract - fermentation of said extract by incubating this extract with a filamentous fungus of the family Cordycipitaceae in a suitable medium. - production of a Withania somnifera extract - fermentation of said extract by incubating this extract with a filamentous fungus of the family Cordycipitaceae in a suitable medium.