mhurhangee/patent-ind-claim-en huggingface dataset:
A load control system for controlling an electrical load, the load control system comprising: a beacon transmitting device configured to transmit a beacon signal including a unique identifier; and a mobile device configured to: receive the beacon signal and to determine a received signal strength indication, RSSI, of the received beacon signal; virtually link to the beacon signal of the beacon transmitting device if the RSSI of the received beacon signal is greater than a first threshold; and transmit a digital message for controlling the electrical load according to the unique identifier of the beacon signal to which the mobile device is virtually linked; characterised in that the mobile device is configured to virtually unlink from the beacon signal if the RSSI of the beacon signal drops below a second threshold less than the first threshold. a beacon transmitting device configured to transmit a beacon signal including a unique identifier; and a mobile device configured to: receive the beacon signal and to determine a received signal strength indication, RSSI, of the received beacon signal; virtually link to the beacon signal of the beacon transmitting device if the RSSI of the received beacon signal is greater than a first threshold; and transmit a digital message for controlling the electrical load according to the unique identifier of the beacon signal to which the mobile device is virtually linked; receive the beacon signal and to determine a received signal strength indication, RSSI, of the received beacon signal; virtually link to the beacon signal of the beacon transmitting device if the RSSI of the received beacon signal is greater than a first threshold; and transmit a digital message for controlling the electrical load according to the unique identifier of the beacon signal to which the mobile device is virtually linked; characterised in that the mobile device is configured to virtually unlink from the beacon signal if the RSSI of the beacon signal drops below a second threshold less than the first threshold.
Pump dispenser for discharging a fluid from a fluid reservoir , comprising: a pump body extending between a first and a second cylindrical end; a pump body orifice located in said first end of said pump body ; a piston slidably mounted in said pump body ; a base supporting said pump body relative to the fluid reservoir ; a trigger extending a between a first portion and a second portion ; a base pivot pivotably mounting said trigger relative to said base ; a first and a second cam defined in said first portion of said trigger ; a linkage engaging with said piston ; a first and a second cam follower located on said linkage for coupling with said first and second cams defined in said first portion of said trigger enabling a pivoting movement of said second portion trigger to move linearly said piston to spray fluid from said pump body orifice; said first cam follower having a first lower cam follower and a first upper cam follower ; said second cam follower having a second lower cam follower and a second upper cam follower ; said first lower cam follower and said first upper cam follower engaging with said first cam in different orientations between an unattended trigger position and a fully depressed trigger position; and said second lower cam follower and said second upper cam follower engaging with said second cam in different orientations between an unattended trigger position and a fully depressed trigger position. a pump body extending between a first and a second cylindrical end; a pump body orifice located in said first end of said pump body ; a piston slidably mounted in said pump body ; a base supporting said pump body relative to the fluid reservoir ; a trigger extending a between a first portion and a second portion ; a base pivot pivotably mounting said trigger relative to said base ; a first and a second cam defined in said first portion of said trigger ; a linkage engaging with said piston ; a first and a second cam follower located on said linkage for coupling with said first and second cams defined in said first portion of said trigger enabling a pivoting movement of said second portion trigger to move linearly said piston to spray fluid from said pump body orifice; said first cam follower having a first lower cam follower and a first upper cam follower ; said second cam follower having a second lower cam follower and a second upper cam follower ; said first lower cam follower and said first upper cam follower engaging with said first cam in different orientations between an unattended trigger position and a fully depressed trigger position; and said second lower cam follower and said second upper cam follower engaging with said second cam in different orientations between an unattended trigger position and a fully depressed trigger position.
An apparatus for delivery or retrieval of a vascular medical device , the apparatus comprising: an elongate sleeve , and an elongate shaft having a longitudinal axis and received within the sleeve , the shaft having a flexible distal extension , the extension folded-back inwardly at a distal opening and forming a more proximal opening , the distal opening having a saddle shape and being set at an acute angle relative to the axis of the shaft ; wherein the proximal opening is sized to receive and pass an enlarged end of the medical device therethrough, and wherein the apparatus is adapted so the enlarged end of the medical device is secured in a pocket within the distal extension when the sleeve is advanced over the distal extension . an elongate sleeve , and an elongate shaft having a longitudinal axis and received within the sleeve , the shaft having a flexible distal extension , the extension folded-back inwardly at a distal opening and forming a more proximal opening , the distal opening having a saddle shape and being set at an acute angle relative to the axis of the shaft ; wherein the proximal opening is sized to receive and pass an enlarged end of the medical device therethrough, and wherein the apparatus is adapted so the enlarged end of the medical device is secured in a pocket within the distal extension when the sleeve is advanced over the distal extension .
Polymeric soil conditioner for use in conjunction with soil irrigation, comprising superabsorbent polymer (SAP) mixture and a protein degrading enzyme, said SAP mixture comprising polymer A, which is a synthetic copolymer having a chemical skeleton consisting of carbon atoms and containing free carboxyl groups, and polymer B, which is a protein biopolymer, and optionally polymer C, which is a polysaccharide, wherein polymer A and polymer B, and if present, polymer C, are thermally crosslinked to generate a three-dimensional chemical structure and said protein degrading enzyme facilitates degradation of said SAP mixture.
A flow control valve apparatus comprising: a housing having a plurality of flow ports and an opening tc which a plurality of flow paths is connected, the plurality of flow paths configured to flow cooling medium; a valve configured to: rotate inside the housing, allow the cooling medium to flow through the plurality of flow paths, and control a flow of the cooling medium flowing through each flow path of the plurality of flow paths based on a rotated position of the valve; a support mounted to the opening of the housing, and having a plurality of open holes , which are open while being matched with the plurality of flow paths so that the cooling medium flows into the housing; characterized in that the flow control valve apparatus further comprises: a disc arranged between the valve and the support and coupled tc the valve, wherein the disc is provided with an opening hole , which is matched with an open hole of the plurality of open holes of the support, and configured to control a flow rate of the cooling medium that flows into the housing along the plurality of flow paths based on the rotated position of the valve; and an elastic body provided at the valve or the support and configured to elastically support the disc in a direction opposite to a direction in which the cooling medium flows through the plurality of flow paths. a housing having a plurality of flow ports and an opening tc which a plurality of flow paths is connected, the plurality of flow paths configured to flow cooling medium; a valve configured to: rotate inside the housing, allow the cooling medium to flow through the plurality of flow paths, and control a flow of the cooling medium flowing through each flow path of the plurality of flow paths based on a rotated position of the valve; rotate inside the housing, allow the cooling medium to flow through the plurality of flow paths, and control a flow of the cooling medium flowing through each flow path of the plurality of flow paths based on a rotated position of the valve; a support mounted to the opening of the housing, and having a plurality of open holes , which are open while being matched with the plurality of flow paths so that the cooling medium flows into the housing; a disc arranged between the valve and the support and coupled tc the valve, wherein the disc is provided with an opening hole , which is matched with an open hole of the plurality of open holes of the support, and configured to control a flow rate of the cooling medium that flows into the housing along the plurality of flow paths based on the rotated position of the valve; and an elastic body provided at the valve or the support and configured to elastically support the disc in a direction opposite to a direction in which the cooling medium flows through the plurality of flow paths.
A method for the cold retreading of a tyre comprising the following steps: - a removal step, during which the old, worn tread is removed from the tyre in order to expose an equatorial surface of a casing of the tyre ; - a deposition step, during which a cushion and a pre-cured tread strip provided with a tread pattern are deposited around the equatorial surface of the casing ; and - a curing step, during which the cushion arranged between the casing and the pre-cured tread strip is cured; the retreading method being characterized in that it comprises a conductive interposition step, during which a conductive adhesive compound is deposited between said cushion and said pre-cured tread strip and/or between said cushion and said casing ; said conductive adhesive compound comprising at least one conductive material in a quantity ranging from 5 to 20% by weight and chosen among graphene, graphite and a carbon black having a surface area which is greater than or equal to 300 m 2 /gr; and in that said curing step comprises a connection operation, during which said conductive adhesive compound is connected either to a heat source (S) or to a power source (S) so as to transmit the heat to the cushion . - a removal step, during which the old, worn tread is removed from the tyre in order to expose an equatorial surface of a casing of the tyre ; - a deposition step, during which a cushion and a pre-cured tread strip provided with a tread pattern are deposited around the equatorial surface of the casing ; and - a curing step, during which the cushion arranged between the casing and the pre-cured tread strip is cured;
An electrical architecture of an aircraft comprising: - several primary generators (GEN1, GEN2), each associated with a propulsion engine of the aircraft, each of the primary generators being configured to deliver a nominal power, - several primary electrical networks (AC1, AC2, Essential AC), each associated with a primary generator in nominal operating mode and operating at a first nominal voltage, - a single-part secondary electrical network (RES) operating in a voltage range whose minimum value is at least equal to twice the value of the first nominal voltage, - an electrical energy accumulation device (BAT-HVDC) connected directly to the secondary network, - a first electrical energy converter (CP1) placed between the secondary electrical network (RES) and a first one of the primary electrical networks (AC1), allowing energy to be transferred from the first one of the primary electrical networks to the secondary electrical network, the first electrical energy converter (CP1) being intended to supply electrical energy to the electrical energy accumulation device (BAT-HVDC) in nominal operating mode, - a second electrical energy converter (CP2) placed between the secondary electrical network (RES) and a second one of the primary electrical networks (AC2), allowing energy to be transferred, in nominal operating mode, from the secondary electrical network to the second one of the primary electrical networks, the electrical energy accumulation device (BAT-HVDC) and the second electrical energy converter (CP2) being configured to allow the second one of the primary electrical networks to be supplied with a power at least equal to half the nominal power of one of the primary generators (GEN1, GEN2). - several primary generators (GEN1, GEN2), each associated with a propulsion engine of the aircraft, each of the primary generators being configured to deliver a nominal power, - several primary electrical networks (AC1, AC2, Essential AC), each associated with a primary generator in nominal operating mode and operating at a first nominal voltage, - a single-part secondary electrical network (RES) operating in a voltage range whose minimum value is at least equal to twice the value of the first nominal voltage, - an electrical energy accumulation device (BAT-HVDC) connected directly to the secondary network, - a first electrical energy converter (CP1) placed between the secondary electrical network (RES) and a first one of the primary electrical networks (AC1), allowing energy to be transferred from the first one of the primary electrical networks to the secondary electrical network, the first electrical energy converter (CP1) being intended to supply electrical energy to the electrical energy accumulation device (BAT-HVDC) in nominal operating mode, - a second electrical energy converter (CP2) placed between the secondary electrical network (RES) and a second one of the primary electrical networks (AC2), allowing energy to be transferred, in nominal operating mode, from the secondary electrical network to the second one of the primary electrical networks,
A method for operating a winding machine which has a plurality of work stations on which cops which have been produced on ring spinning machines arranged upstream in the production process and comprise relatively little yarn material are rewound into large-volume cross-wound bobbins, wherein the work stations of the winding machine are divided into different winding stations in order to be able to simultaneously process a plurality of different yarn lot, and the cops , in accordance with the yarn lot that they have, are identified by the color of their bobbin sleeves , characterized in that the transport plates of the delivered cops , each comprising a storage medium containing information from which it can be inferred which color the bobbin sleeve of the cop located on the transport plate must have, are read out, in that a picture is created by means of a camera having an image processing device , which picture shows the bobbin sleeve of the cops brought on the transport plate and a plurality of reference sleeves , and in that the image processing device checks whether the color of the bobbin sleeve of the cops brought on the transport plate corresponds to the color information stored on the transport plate and whether the color of the delivered bobbin sleeve matches the color of one of the reference sleeves held ready.
A gas turbine engine comprising: a main fan delivering air into a bypass duct and into a core engine; a heat exchanger positioned within said bypass duct, and in the path of said air delivered by said main fan into said bypass duct, said heat exchanger receiving a fluid to be cooled from a component associated with the gas turbine engine; a heat exchanger fan positioned to draw air in said bypass duct across said heat exchanger and a control for said heat exchanger fan, said control being programmed to stop operation of the heat exchanger fan during certain conditions, and to drive the heat exchanger fan under other conditions; wherein said control commands a motor to drive the heat exchanger fan under high heat load conditions; wherein said high heat load conditions at least include takeoff of an associated aircraft; wherein said control commanding said motor to turn off said heat exchanger fan under low heat load conditions, and preferably wherein said low heat load conditions include a cruise condition of an associated aircraft; wherein said motor is positioned within a space of a fairing such that it is out of a path of air downstream of said heat exchanger fan. a main fan delivering air into a bypass duct and into a core engine; a heat exchanger positioned within said bypass duct, and in the path of said air delivered by said main fan into said bypass duct, said heat exchanger receiving a fluid to be cooled from a component associated with the gas turbine engine; a heat exchanger fan positioned to draw air in said bypass duct across said heat exchanger and a control for said heat exchanger fan, said control being programmed to stop operation of the heat exchanger fan during certain conditions, and to drive the heat exchanger fan under other conditions; wherein said control commands a motor to drive the heat exchanger fan under high heat load conditions; wherein said high heat load conditions at least include takeoff of an associated aircraft; wherein said control commanding said motor to turn off said heat exchanger fan under low heat load conditions, and preferably wherein said low heat load conditions include a cruise condition of an associated aircraft; wherein said motor is positioned within a space of a fairing such that it is out of a path of air downstream of said heat exchanger fan.
Method for producing a two-component tube blank by means of a manifold injection mould having a first station , a second station and a central station , wherein in a first step the first station is placed against the central station which is in a position of readiness and a tube body with an asymmetrical sprue spider arranged above the tube body is injection-moulded from a first soft material component at a first temperature T 1 , wherein in a second step the first station is separated from the central station and the central station is rotated by 180° about an axis of rotation perpendicular to the orientation of the tube body and in a third step the second station is placed against the central station and a cover part is injected onto said asymmetrical sprue spider and the tube body from a second hard material component at a second temperature T 2 , such that the two material components enter into a form-fitting and material-bonded connection in the form of a tongue-and-groove connection in a peripheral connecting zone , and in a fourth step the second station is separated from the central station and in a fifth step the tube blanks are removed from the central station before the central station is rotated back into the position of readiness and the first step is performed again.
Composition comprising A) polyglycerol ester, which, after its complete hydrolysis, releases a) at least one carboxylic acid having 6 to 14, preferably 8 to 12, carbon atoms, b) at least one carboxylic acid having 16 to 20, preferably 18 to 20, carbon atoms, c) at least one carboxylic acid having 22 to 28, preferably 22 to 24, carbon atoms, and which, after its complete hydrolysis, releases a polyglycerol having an average degree of polymerization of from 3.0 to 5.0, preferably from 3.3 to 4.7, particularly preferably from 3.6 to 4.5, and B) at least one hydroxyalkyl-modified guar, characterized in that the hydroxyalkyl-modified guar has been modified with hydroxyalkyl groups having 12 to 26 carbon atoms. A) polyglycerol ester, which, after its complete hydrolysis, releases a) at least one carboxylic acid having 6 to 14, preferably 8 to 12, carbon atoms, b) at least one carboxylic acid having 16 to 20, preferably 18 to 20, carbon atoms, c) at least one carboxylic acid having 22 to 28, preferably 22 to 24, carbon atoms, and which, after its complete hydrolysis, releases a polyglycerol having an average degree of polymerization of from 3.0 to 5.0, preferably from 3.3 to 4.7, particularly preferably from 3.6 to 4.5, and a) at least one carboxylic acid having 6 to 14, preferably 8 to 12, carbon atoms, b) at least one carboxylic acid having 16 to 20, preferably 18 to 20, carbon atoms, c) at least one carboxylic acid having 22 to 28, preferably 22 to 24, carbon atoms, and which, after its complete hydrolysis, releases a polyglycerol having an average degree of polymerization of from 3.0 to 5.0, preferably from 3.3 to 4.7, particularly preferably from 3.6 to 4.5, and B) at least one hydroxyalkyl-modified guar, characterized in that the hydroxyalkyl-modified guar has been modified with hydroxyalkyl groups having 12 to 26 carbon atoms.
A method, comprising: determining, by a reader device , a location of a mobile computing device relative to the reader device ; establishing, by the reader device , a wireless communication connection with the mobile computing device in response to a determination that the mobile computing device is within a connection zone of the reader device ; receiving, by the reader device and from the mobile computing device , credential information indicative of access rights of the mobile computing device to an access-controlled region associated with the reader device ; selecting, by the reader device , a function to perform based on, when the mobile computing device is within an activation zone , aspects of the credential information, and characteristics of the mobile computing device including a speed and a direction of travel of the mobile computing device ; and performing, by the reader device , the function in response to a determination that a position of the mobile computing device in relation to the activation zone and the speed and direction of travel of the mobile computing device are indicative of desired activation. determining, by a reader device , a location of a mobile computing device relative to the reader device ; establishing, by the reader device , a wireless communication connection with the mobile computing device in response to a determination that the mobile computing device is within a connection zone of the reader device ; receiving, by the reader device and from the mobile computing device , credential information indicative of access rights of the mobile computing device to an access-controlled region associated with the reader device ; selecting, by the reader device , a function to perform based on, when the mobile computing device is within an activation zone , aspects of the credential information, and characteristics of the mobile computing device including a speed and a direction of travel of the mobile computing device ; and performing, by the reader device , the function in response to a determination that a position of the mobile computing device in relation to the activation zone and the speed and direction of travel of the mobile computing device are indicative of desired activation.