mhurhangee/patent-ind-claim-en huggingface dataset:
Method for signalling an aquaplane condition of a tyre mounted on a vehicle, comprising: - operating said vehicle to cause a rolling of said tyre on a rolling surface , said rolling surface comprising a water layer ; - obtaining an acceleration signal, representative of a radial acceleration undergone by a portion of a crown zone of said tyre due to the rolling of said tyre on said rolling surface , said acceleration signal comprising at least a portion representative of an interaction between said tyre and said water layer ; characterized in that the method comprises: - processing said acceleration signal to determine a trend of a first derivative of said radial acceleration at said portion representative of said interaction; - determining at least a first parameter representative of an aquaplane condition of said tyre on the basis of a comparison between a first maximum and a second maximum of said first derivative at said portion representative of said interaction; and - generating a notification signal (SN) of said aquaplane condition as a function of said at least a first parameter. - operating said vehicle to cause a rolling of said tyre on a rolling surface , said rolling surface comprising a water layer ; - obtaining an acceleration signal, representative of a radial acceleration undergone by a portion of a crown zone of said tyre due to the rolling of said tyre on said rolling surface , said acceleration signal comprising at least a portion representative of an interaction between said tyre and said water layer ; - processing said acceleration signal to determine a trend of a first derivative of said radial acceleration at said portion representative of said interaction; - determining at least a first parameter representative of an aquaplane condition of said tyre on the basis of a comparison between a first maximum and a second maximum of said first derivative at said portion representative of said interaction; and - generating a notification signal (SN) of said aquaplane condition as a function of said at least a first parameter.
An orodisperdible tablet with biologicaly available curcumin increasing biological availability of mixture of stabilized biologically available curcumin by 30% distinguished by the fact that it contains an orodispersible carrier and a formulation of biologically available curcumin, wherein the formulation contains a mixture of stabilized biologically available curcumin in lipid in the weight ratio 0.35 to 1.5:1 of lipid against curcumin with presence of piperine in the weight ratio 0.0025 to 0.1:1 of piperine against curcumin, wherein the mixture contains particles of extract of rhizome of plant Curcuma longa containing, at least, 95% by weight of curcumin grounded in the dry way in mixture with mannitol in weight ratio 1 : 1 to 3 and having a particle size of 100 - 250 nm, and the orodispersible carrier contains 20 to 80% by weight of tapioca starch, 10 to 30% by weight of pulverized bamboo fibre and 1 to 20% by weight of acid hydrolysed dextrin.
A method for manufacturing a three-dimensional discontinuous entity for culturing cells comprising: a. obtaining a homogeneous hydrogel by mixing cellulose nanofibrils and/or derivatives thereof with a first aqueous medium; and/or obtaining a homogeneous hydrogel by mixing dehydrated gel bodies or dry granulated cellulose nanofibrils or derivatives thereof with a first aqueous medium; and b. mixing said hydrogel with a second aqueous medium in conditions favouring mechanical disruption of the homogeneous structure of the hydrogel to obtain a suspension of hydrogel bodies as a three-dimensional discontinuous entity, wherein the hydrogel bodies have discontinuous structure and different sizes and forms. a. obtaining a homogeneous hydrogel by mixing cellulose nanofibrils and/or derivatives thereof with a first aqueous medium; and/or obtaining a homogeneous hydrogel by mixing dehydrated gel bodies or dry granulated cellulose nanofibrils or derivatives thereof with a first aqueous medium; and b. mixing said hydrogel with a second aqueous medium in conditions favouring mechanical disruption of the homogeneous structure of the hydrogel to obtain a suspension of hydrogel bodies as a three-dimensional discontinuous entity, wherein the hydrogel bodies have discontinuous structure and different sizes and forms.
A pleated media pack for use in a filter element ; the media pack comprising: (a) a section of filtration media folded into pleats ; at least some of the pleats having a major pleat depth ; (b) the section of filtration media being configured into a tube defining an interior volume , first and second opposite ends; and an opening at the first end; the opening having a diameter; wherein at least some of the pleats at the first end are inverted in an opposite direction of the rest of the pleat, along a portion of the pleat length from the first end toward the second end; and at least some of the pleats at the second end are inverted in an opposite direction of the rest of the pleat, along a portion of the pleat length from the second end toward the first end ; wherein inversions at the first end and second end are in opposite directions from each other. (a) a section of filtration media folded into pleats ; at least some of the pleats having a major pleat depth ; (b) the section of filtration media being configured into a tube defining an interior volume , first and second opposite ends; and an opening at the first end; the opening having a diameter;
A system for controlling a temperature of a transformer, the system comprising: a plurality of fans adapted to force the passage of air through one or more windings of the transformer in order to facilitate the cooling of said windings; devices for actuating said fans ; a transformer control unit for controlling the transformer, and at least one fan control unit in communication with said transformer control unit to receive commands and/or send operating statues from/to said transformer control unit ; one or more inputs for receiving the temperature of the transformer and/or commands as a function of the temperature of the transformer, said at least one fan control unit being in communication with said one or more inputs and said actuation devices , said fan control unit being programmed to send actuation signals to the actuation devices so as to adjust the rotation speed of each fan as a function of the temperature of the transformer; a plurality of sensors for measuring the temperature in one or more points of the transformer windings in communication with corresponding inputs of the transformer control unit for reading the temperature values detected by said sensors , the fan control unit being configured to set the rotation speed of the fans , each independently of the other, on the basis of the detected temperature values, characterized in that the fan control unit is programmed to drive the fans at a safety speed when the communication between the fan control unit and the transformer control unit is interrupted. a plurality of fans adapted to force the passage of air through one or more windings of the transformer in order to facilitate the cooling of said windings; devices for actuating said fans ; a transformer control unit for controlling the transformer, and at least one fan control unit in communication with said transformer control unit to receive commands and/or send operating statues from/to said transformer control unit ; one or more inputs for receiving the temperature of the transformer and/or commands as a function of the temperature of the transformer, said at least one fan control unit being in communication with said one or more inputs and said actuation devices , said fan control unit being programmed to send actuation signals to the actuation devices so as to adjust the rotation speed of each fan as a function of the temperature of the transformer; a plurality of sensors for measuring the temperature in one or more points of the transformer windings in communication with corresponding inputs of the transformer control unit for reading the temperature values detected by said sensors , the fan control unit being configured to set the rotation speed of the fans , each independently of the other, on the basis of the detected temperature values, characterized in that the fan control unit is programmed to drive the fans at a safety speed when the communication between the fan control unit and the transformer control unit is interrupted. at a safety speed when the communication between the fan control unit and the transformer control unit is interrupted.
A method for securing access to a first relation of a database, the first relation comprising data items, the data items being encrypted data items , the data items forming a partially ordered set in the first relation , wherein aninsertion of a data item in the first relation is performed by a traversal method for traversing the first relation until reaching an insert position, the traversal method comprising at a currently traversed data item of the first relation : an order comparing step comprising comparing the data item to be inserted with the currently traversed data item resulting in a current comparison result, and a decision step comprising executing a decision logic for selecting one of a first and second sub-relations of the first relation based on the current comparison result in order to perform a next action, wherein the next action comprises a selection of a next data item to be traversed or to identify the insert position in the selected sub-relation, wherein each of the first and second sub-relations comprises zero or more data items succeeding and preceding the currently traversed data item respectively, the method characterized by : predefining a reference data item (IXY); creating a second relation and inserting a given data item of the first relation into the second relation ; inserting each data item of the first relation into the second relation using the traversal method, wherein the order comparing step comprises in case a comparison result of the currently traversed data item with the reference data item is different from a comparison result of the to be inserted data item with the reference data item inverting the decision logic, and using the inverted decision logic in the decision step; providing the second relation. predefining a reference data item (IXY); creating a second relation and inserting a given data item of the first relation into the second relation ; inserting each data item of the first relation into the second relation using the traversal method, wherein the order comparing step comprises in case a comparison result of the currently traversed data item with the reference data item is different from a comparison result of the to be inserted data item with the reference data item inverting the decision logic, and using the inverted decision logic in the decision step; providing the second relation.
A reagent dispensing system comprising: a control system comprising a processor and a memory ; a rotatably mounted central turntable positionable in response to commands received from the control system ; a plurality of carousels , rotatably mounted upon the rotatably mounted central turntable , each positionable in response to command received from the control system ; and a plurality of dispenser cartridges , mounted about a circumference of the plurality of carousels , each of the plurality of dispenser cartridges comprises a vertical plunger , wherein a mechanical actuation of a dispenser cartridge results in dispensing of a predetermined reagent contained within the actuated dispenser cartridge , wherein the predetermined reagent is a disc and a disc reservoir is held in the dispenser cartridge , wherein the disc is dispensed via the vertical plunger of the dispenser cartridge ; a composite cam, wherein the vertical plunger is actuated by a composite cam , the composite cam configured to rotate and configured to contact and depress the vertical plunger as the composite cam rotates, wherein the composite cam is responsive to a command received from the control system . a control system comprising a processor and a memory ; a rotatably mounted central turntable positionable in response to commands received from the control system ; a plurality of carousels , rotatably mounted upon the rotatably mounted central turntable , each positionable in response to command received from the control system ; and a plurality of dispenser cartridges , mounted about a circumference of the plurality of carousels , each of the plurality of dispenser cartridges comprises a vertical plunger , wherein a mechanical actuation of a dispenser cartridge results in dispensing of a predetermined reagent contained within the actuated dispenser cartridge , wherein the predetermined reagent is a disc and a disc reservoir is held in the dispenser cartridge , wherein the disc is dispensed via the vertical plunger of the dispenser cartridge ; a composite cam, wherein the vertical plunger is actuated by a composite cam , the composite cam configured to rotate and configured to contact and depress the vertical plunger as the composite cam rotates, wherein the composite cam is responsive to a command received from the control system .
A device for navigation through a biological lumen comprising: a propulsion device comprising an extendable actuator and an anchor , wherein the actuator is distal to the anchor ; an endoluminal tool attached to the actuator ; wherein the actuator has an actuator outer wall and an actuator inner wall , further comprising a fluid tight, or fluid sealed, actuator chamber between the outer wall and the inner wall and an anchor support having an actuator port for connecting a line connector to the actuator chamber ; the actuator having an actuator body being one or more springs ; characterised in the inner wall being attached to the inner diameter of the actuator body and the outer wall being attached to the outer diameter of the actuator body . a propulsion device comprising an extendable actuator and an anchor , wherein the actuator is distal to the anchor ; an endoluminal tool attached to the actuator ; wherein the actuator has an actuator outer wall and an actuator inner wall , further comprising a fluid tight, or fluid sealed, actuator chamber between the outer wall and the inner wall and an anchor support having an actuator port for connecting a line connector to the actuator chamber ; the actuator having an actuator body being one or more springs ; characterised in the inner wall being attached to the inner diameter of the actuator body and the outer wall being attached to the outer diameter of the actuator body .
An antibody specifically inhibiting the interaction of fibrinogen-like protein 1 (FGL1) with lymphocyte-activation gene 3 protein (LAG3) for use in the treatment of cancer in a human patient.
Waste disposal vehicle with at least one vehicle-mounted receiving container for residual materials, recyclable materials, or similar, and with at least one feeding device with an in-feed shaft for the reception of material to be disposed of, and with at least one movable control device , assigned to the in-feed shaft , for purposes of blocking part of the in-feed shaft , and for purposes of guiding the in-fed material into another part of the in-feed shaft , wherein the receiving container is divided into two compartments by a vertical partition wall extending along its length, and two pistons (9; 10), which can pivot about an axis , and are provided for the forwarding of the received material in the direction of the receiving container , wherein two loading openings (16; 17), separated from one another by a vertical wall, are provided next to one another in the feeding device , and the pistons (9; 10) can feed, in each case through one loading opening (16 or 17), into one compartment of the receiving container , and wherein the ability of the pivoting pistons (9; 10) to move differs as a function of the position of the control device , such that a piston (9; 10) associated with a region blocked by the control device is traversed into a lower idle position.
A delivery assistance device for assisting in a brachytherapy procedure, comprising: - an input unit arranged to receive information on a treatment objective, - a planning unit arranged to determine a treatment plan based on the received information on the treatment objective, the treatment plan including dosage information for steps of the brachytherapy procedure, and - an output unit arranged to output the determined treatment plan, wherein the treatment plan further includes sequence information for the steps of the brachytherapy procedure in the treatment plan indicating an order in which at least a subset of the steps of the brachytherapy procedure are to be carried out, wherein the planning unit is arranged to determine the sequence information so as to minimize an deviation expectation, indicating a deviation from the treatment objective to be expected, based on error expectation ranges of the steps of the brachytherapy procedure, wherein the input unit is further arranged to receive information on already provided steps of the brachytherapy procedure, wherein the planning unit is further arranged to determine a revised treatment plan based on the received information on the treatment objective and on the already provided steps of the brachytherapy procedure, and wherein the output unit is arranged to output the revised treatment plan. - an input unit arranged to receive information on a treatment objective, - a planning unit arranged to determine a treatment plan based on the received information on the treatment objective, the treatment plan including dosage information for steps of the brachytherapy procedure, and - an output unit arranged to output the determined treatment plan,
An apparatus for combining milk flows comprising: a base body (110; 210; 310) having a plurality of flow channels (121A, 121B, 121C; 221A, 221B, 221C; 321A, 321B, 321C) formed therein, wherein a first flow channel (121A; 221A; 321A) and a second flow channel (121B; 221B; 321B) are routed independently of each other, and a third flow channel (121C; 221C; 321C) is provided, in which the first flow channel (121A; 221A; 321A) and the second flow channel (121B; 221B; 321B) converge while avoiding a reversal of the flow direction by 180° and formation of a wake space, a first connector (120A; 220A, 320A) formed on the base body (110; 210; 310) which is to be connected to a milk line of a first teat cup and opens into the first flow channel (121A; 221A; 321A), a second connector (120B; 220B, 320B) formed on the base body (110; 210; 310) which is to be connected to a milk line of a second teat cup and opens into the second flow channel (121B; 221B; 321B), and a flow switching device (150; 250A, 250B; 350A, 350B) configured for pressure-dependent switching of at least one flow channel of said plurality of flow channels (121A, 121B, 121C; 221A, 221B, 221C; 321A, 321B, 321C) by inhibiting the flow therein in a predetermined range of an negative operating pressure applied to said third flow channel (121C; 221C; 321C),when a equalization of pressure with respect to the outside atmosphere in the at least one flow channel occurs, and cancelling the inhibition of the flow upon the formation of a negative pressure which is within the predetermined range. a base body (110; 210; 310) having a plurality of flow channels (121A, 121B, 121C; 221A, 221B, 221C; 321A, 321B, 321C) formed therein, wherein a first flow channel (121A; 221A; 321A) and a second flow channel (121B; 221B; 321B) are routed independently of each other, and a third flow channel (121C; 221C; 321C) is provided, in which the first flow channel (121A; 221A; 321A) and the second flow channel (121B; 221B; 321B) converge while avoiding a reversal of the flow direction by 180° and formation of a wake space, a first connector (120A; 220A, 320A) formed on the base body (110; 210; 310) which is to be connected to a milk line of a first teat cup and opens into the first flow channel (121A; 221A; 321A), a second connector (120B; 220B, 320B) formed on the base body (110; 210; 310) which is to be connected to a milk line of a second teat cup and opens into the second flow channel (121B; 221B; 321B), and a flow switching device (150; 250A, 250B; 350A, 350B) configured for pressure-dependent switching of at least one flow channel of said plurality of flow channels (121A, 121B, 121C; 221A, 221B, 221C; 321A, 321B, 321C) by inhibiting the flow therein in a predetermined range of an negative operating pressure applied to said third flow channel (121C; 221C; 321C),when a equalization of pressure with respect to the outside atmosphere in the at least one flow channel occurs, and cancelling the inhibition of the flow upon the formation of a negative pressure which is within the predetermined range.
A percutaneous intervention system for a carotid percutaneous intervention of the vessels originating from a tortuous aortic arch, said system comprising: a bifurcated catheter configured to be inserted via a first percutaneous access comprising a first procedural lumen and a second stabilization lumen , the bifurcated catheter comprising a proximal end and a distal end ; a procedural catheter slideably insertable through the first procedural lumen , the procedural catheter configured to be delivered to a treatment site within a carotid artery for a treatment procedure; a stabilization wire slideably insertable through the second stabilization lumen , characterised in that the system further comprises a stabilization catheter comprising a wire having a snare at the end configured to be inserted via a second percutaneous access; the stabilization wire is configured to be captured by the snare and to exit at the proximal end of the stabilization catheter , to provide the end-to-end tension stabilization; and the stabilization wire is lockable at one end to the proximal end of the bifurcated catheter using a first locking mechanism and the other end of the stabilization wire is lockable to the proximal end of the stabilization catheter by a second locking mechanism , to enable the bifurcated catheter to be pushed from its proximal end, and pulled from its distal end by the stabilization wire , during delivery of the procedural catheter at the treatment site within a carotid artery. a bifurcated catheter configured to be inserted via a first percutaneous access comprising a first procedural lumen and a second stabilization lumen , the bifurcated catheter comprising a proximal end and a distal end ; a procedural catheter slideably insertable through the first procedural lumen , the procedural catheter configured to be delivered to a treatment site within a carotid artery for a treatment procedure; a stabilization wire slideably insertable through the second stabilization lumen , characterised in that the system further comprises a stabilization catheter comprising a wire having a snare at the end configured to be inserted via a second percutaneous access; the stabilization wire is configured to be captured by the snare and to exit at the proximal end of the stabilization catheter , to provide the end-to-end tension stabilization; and the stabilization wire is lockable at one end to the proximal end of the bifurcated catheter using a first locking mechanism and the other end of the stabilization wire is lockable to the proximal end of the stabilization catheter by a second locking mechanism , to enable the bifurcated catheter to be pushed from its proximal end, and pulled from its distal end by the stabilization wire , during delivery of the procedural catheter at the treatment site within a carotid artery.