mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the operation and/or monitoring of water circulation in a drinking water supply network having at least one circuit for the circulation of drinking water, a centrifugal pump assembly for drawing water from and supplying water to the circuit and at least one consumer supplied with drinking water from the circuit , in which the centrifugal pump assembly has a pump unit , an electric motor driving the same and pump electronics to control and regulate the electric motor , characterised by the centrifugal pump assembly determining operating information about water circulation or the drinking water supply network and using this to monitor water circulation and to monitor - a valve within the circuit , and/or - a filter in the circuit , and/or - a control valve in the circuit , and/or - a purge valve connected to the circuit to drain drinking water from the circuit , and/or - a backflow preventer connected in series with the centrifugal pump assembly , and/or - a backflow preventer connected downstream from a purge valve connected to the circuit , and/or - a tapping activity on the consumer , and/or - the drinking water supply network to detect - a possible structural change in the drinking water supply network , and/or - possible defective hydraulic balancing, and/or - the radiation of heat into the drinking water supply network from a heat source. - a valve within the circuit , and/or - a filter in the circuit , and/or - a control valve in the circuit , and/or - a purge valve connected to the circuit to drain drinking water from the circuit , and/or - a backflow preventer connected in series with the centrifugal pump assembly , and/or - a backflow preventer connected downstream from a purge valve connected to the circuit , and/or - a tapping activity on the consumer , and/or - the drinking water supply network to detect - a possible structural change in the drinking water supply network , and/or - possible defective hydraulic balancing, and/or - the radiation of heat into the drinking water supply network from a heat source. - a possible structural change in the drinking water supply network , and/or - possible defective hydraulic balancing, and/or - the radiation of heat into the drinking water supply network from a heat source.
Method for monitoring the temperature of at least one LED as an illuminant of a light fixture , having the following steps: i) arranging an infrared sensor in a light fixture housing of the light fixture and outside of a light-emission angle of the illuminant ; ii) arranging the light fixture in an area at risk of explosion; iii) measuring a heat radiation of the illuminant by means of the infrared sensor ; iv) evaluating the infrared sensor signal for determining the temperature of the illuminant ; and v) switching off the illuminant when the determined temperature value exceeds a predetermined, maximum temperature limit value in order to prevent ignition in the area at risk of explosion by an overheated illuminant . i) arranging an infrared sensor in a light fixture housing of the light fixture and outside of a light-emission angle of the illuminant ; ii) arranging the light fixture in an area at risk of explosion; iii) measuring a heat radiation of the illuminant by means of the infrared sensor ; iv) evaluating the infrared sensor signal for determining the temperature of the illuminant ; and v) switching off the illuminant when the determined temperature value exceeds a predetermined, maximum temperature limit value in order to prevent ignition in the area at risk of explosion by an overheated illuminant .
Tablet composition comprising of the components: a pharmacologically effective amount of one or more antibiotics used in the treatment of the bacterial infection Mycobacterium tuberculosis, wherein the one or more antibiotics is/are antituberculosis antibiotic(s) selected from ethambutol, isoniazid, pyrazinamide, rifampicin, rifabutin and rifapentine; sucrose, which is present in an amount from at least about one percent to about fifty percent, inclusive, based on a total mass of the tablet; a copper (Cu) cation, which is present in an amount from at least about one percent to about forty percent, inclusive, based on a total mass of the tablet; a water-soluble polyethylene glycol (PEG) polymer, which is present in an amount from at least about five percent to about ninety percent in mass, inclusive, based on a total mass of the tablet; and pharmaceutically acceptable components that may serve as binders; disintegrants; glidants; solvents; lubricants; coatings; and/or other excipients that have a total percent of about forty percent based on a total mass of the tablet. a pharmacologically effective amount of one or more antibiotics used in the treatment of the bacterial infection Mycobacterium tuberculosis, wherein the one or more antibiotics is/are antituberculosis antibiotic(s) selected from ethambutol, isoniazid, pyrazinamide, rifampicin, rifabutin and rifapentine; sucrose, which is present in an amount from at least about one percent to about fifty percent, inclusive, based on a total mass of the tablet; a copper (Cu) cation, which is present in an amount from at least about one percent to about forty percent, inclusive, based on a total mass of the tablet; a water-soluble polyethylene glycol (PEG) polymer, which is present in an amount from at least about five percent to about ninety percent in mass, inclusive, based on a total mass of the tablet; and pharmaceutically acceptable components that may serve as binders; disintegrants; glidants; solvents; lubricants; coatings; and/or other excipients that have a total percent of about forty percent based on a total mass of the tablet.
An imaging support arrangement for generating an X-ray image, comprising: a support structure ; a primary supporting beam ; a secondary supporting beam ; a mounting arrangement ; wherein the support structure is configured to hold an image detector at a first end and an X-ray source at a second end with a connection line in between, on which an Iso-centre (D) can be located, wherein the support structure is connected to the primary supporting beam in a first pivotable connection point (A) with a first connector , and wherein the primary supporting beam is connected to the secondary supporting beam in a second pivotable connection point (B) with a second connector , and wherein the secondary supporting beam is connected to the mounting arrangement in a third pivotable connection point (C) with a third connector , and characterised in that a rhombus shape is defined by: i) a connection line between the first pivotable connection point and the second pivotable connection point, ii) a connection line between the second pivotable connection point and the third pivotable connection point, iii) a connection line between the third pivotable connection point and the Iso-centre and iv) a connection line between the Iso-centre and the first pivotable connection point. a support structure ; a primary supporting beam ; a secondary supporting beam ; a mounting arrangement ; wherein the support structure is configured to hold an image detector at a first end and an X-ray source at a second end with a connection line in between, on which an Iso-centre (D) can be located, wherein the support structure is connected to the primary supporting beam in a first pivotable connection point (A) with a first connector , and wherein the primary supporting beam is connected to the secondary supporting beam in a second pivotable connection point (B) with a second connector , and wherein the secondary supporting beam is connected to the mounting arrangement in a third pivotable connection point (C) with a third connector , and characterised in that a rhombus shape is defined by: i) a connection line between the first pivotable connection point and the second pivotable connection point, ii) a connection line between the second pivotable connection point and the third pivotable connection point, iii) a connection line between the third pivotable connection point and the Iso-centre and iv) a connection line between the Iso-centre and the first pivotable connection point. i) a connection line between the first pivotable connection point and the second pivotable connection point, ii) a connection line between the second pivotable connection point and the third pivotable connection point, iii) a connection line between the third pivotable connection point and the Iso-centre and iv) a connection line between the Iso-centre and the first pivotable connection point.
Digital printed glass comprising: a first glass layer; an organic ink layer bound to the glass; metal decorative applications wherein the metallic decorative applications are engraved in the organic ink layer using an airbrush; wherein said organic ink layer is bounded to the glass by an aqueous fixative solution for bounding the organic ink layer on the glass; wherein the said aqueous fixative solution comprises methoxipropanol, water and a silane. a first glass layer; an organic ink layer bound to the glass; metal decorative applications wherein the metallic decorative applications are engraved in the organic ink layer using an airbrush; wherein said organic ink layer is bounded to the glass by an aqueous fixative solution for bounding the organic ink layer on the glass; wherein the said aqueous fixative solution comprises methoxipropanol, water and a silane.
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station, a radio resource control, RRC, release message including information configuring an RRC inactive state; resetting a medium access control, MAC, entity based on the information; suspending all signaling radio bearers, SRBs, and all data radio bearers, DRBs, except for an SRBO based on the information; performing operations for the all DRBs based on the information, wherein the operations comprise: setting a state variable of a packet data convergence protocol, PDCP, entity to an initial value, and discarding all stored PDCP protocol data units, PDUs, of the PDCP entity; and entering the RRC inactive state based on the information. receiving , from a base station, a radio resource control, RRC, release message including information configuring an RRC inactive state; resetting a medium access control, MAC, entity based on the information; suspending all signaling radio bearers, SRBs, and all data radio bearers, DRBs, except for an SRBO based on the information; performing operations for the all DRBs based on the information, wherein the operations comprise: setting a state variable of a packet data convergence protocol, PDCP, entity to an initial value, and discarding all stored PDCP protocol data units, PDUs, of the PDCP entity; and setting a state variable of a packet data convergence protocol, PDCP, entity to an initial value, and discarding all stored PDCP protocol data units, PDUs, of the PDCP entity; and entering the RRC inactive state based on the information.
A device designed for interrupting non-short-circuit currents, the device comprising: at least two contacts movable in relation to each other between a closed state and an open state and defining an arcing region , in which an arc is generated during a current interrupting operation and in which an arc-quenching medium comprising an organofluorine compound is present, wherein a counter-arcing component is allocated to the arcing region and is designed for counteracting the generation of the arc and/or is designed for supporting extinction of the arc , characterized in that the device is designed for interrupting non-short-circuit currents only, that at least one of the contacts forms a piston , which is slideably contained in a guiding tube forming a cylinder for the piston , the piston together with the cylinder defining a compression chamber as a flow-generating chamber , said compression chamber being designed to be compressed during a relative movement of the contacts from a closed state to an open state. at least two contacts movable in relation to each other between a closed state and an open state and defining an arcing region , in which an arc is generated during a current interrupting operation and in which an arc-quenching medium comprising an organofluorine compound is present, wherein a counter-arcing component is allocated to the arcing region and is designed for counteracting the generation of the arc and/or is designed for supporting extinction of the arc , characterized in that the device is designed for interrupting non-short-circuit currents only, that at least one of the contacts forms a piston , which is slideably contained in a guiding tube forming a cylinder for the piston , the piston together with the cylinder defining a compression chamber as a flow-generating chamber , said compression chamber being designed to be compressed during a relative movement of the contacts from a closed state to an open state.
Bag for shipping goods in the mail order business with a front side , a back side , a left side , a right side , a bottom side and a bag opening comprising an opening edge for inserting and removing the goods, wherein • back-side closure means are arranged on the back side at a back-side distance (a) to the opening edge , • first front-side closure means are arranged on the front side with a first front-side distance (a 1 ) to the opening edge and second front-side closure means are arranged with a second front-side distance (a 2 ) to the opening edge , and • the first front-side distance (a 1 ) is smaller than the second front-side distance (a 2 ) and the back-side distance (a) is smaller than the first front-side distance (a 1 ), so that the bag opening becomes closable by turning over an upper region of the back side to the front side and connecting the back-side closure means with the first front-side closure means to provide a larger bag volume or with the second front-side closure means to provide a smaller bag volume, characterized in that the back-side closure means have at least one back-side loop , the first front-side closure means have at least one first front-side loop and the second front-side closure means have at least one second front side loop , wherein the at least one back-side loop can be connected with the aid of tying means to the at least one first front-side loop or to the at least one second front-side loop . • back-side closure means are arranged on the back side at a back-side distance (a) to the opening edge , • first front-side closure means are arranged on the front side with a first front-side distance (a 1 ) to the opening edge and second front-side closure means are arranged with a second front-side distance (a 2 ) to the opening edge , and • the first front-side distance (a 1 ) is smaller than the second front-side distance (a 2 ) and the back-side distance (a) is smaller than the first front-side distance (a 1 ), so that the bag opening becomes closable by turning over an upper region of the back side to the front side and connecting the back-side closure means with the first front-side closure means to provide a larger bag volume or with the second front-side closure means to provide a smaller bag volume,
Basket-like frame structure for storing fluid flow-based mouthpieces and/or hoses of a shisha, where the basket-like frame structure is one or more target or shaped intakes to contain a fluid flow-based mouthpiece and/or hose of a shisha, where the target mounting elements are positionable or arranged at an angle (α) between 5 and 45° relative to a horizontal reference plane; characterised by the fact that several recording elements forming a group of elements (G1, G2) are placed side by side in at least one row on a support section , with the support section having a flow duct structure that can be passed through a cleaning fluid.
A system comprising an array of qubits arranged on a two-dimensional substrate, each qubit of the array of qubits comprising a first electrode corresponding to a first node and a second electrode corresponding to a second node, wherein, for a first qubit in the array of qubits and a next nearest neighbor second qubit in the array of qubits, the first qubit is positioned and oriented relative to the second qubit such that a charge present on the first qubit induces a same charge on each of the first node of the second qubit and the second node of the second qubit, such that coupling between the first qubit and the second qubit is reduced, wherein each of the first electrode of the first qubit and the second electrode of the first qubit are parallel to one another along a first direction, wherein the first electrode of the second qubit and the second electrode of the second qubit are parallel to one another along a second direction, wherein the first direction is orthogonal to the second direction, wherein the first qubit is positioned and oriented such that a distance between the first electrode of the first qubit and the first electrode of the second qubit is the same as the distance between the first electrode of the first qubit and the second electrode of the second qubit, and wherein none of the nodes share a common ground. wherein, for a first qubit in the array of qubits and a next nearest neighbor second qubit in the array of qubits, the first qubit is positioned and oriented relative to the second qubit such that a charge present on the first qubit induces a same charge on each of the first node of the second qubit and the second node of the second qubit, such that coupling between the first qubit and the second qubit is reduced, wherein each of the first electrode of the first qubit and the second electrode of the first qubit are parallel to one another along a first direction, wherein the first electrode of the second qubit and the second electrode of the second qubit are parallel to one another along a second direction, wherein the first direction is orthogonal to the second direction, wherein the first qubit is positioned and oriented such that a distance between the first electrode of the first qubit and the first electrode of the second qubit is the same as the distance between the first electrode of the first qubit and the second electrode of the second qubit, and wherein none of the nodes share a common ground.
A removable fastening device for a panel for a patch bay, comprising - a body provided on its rear face with fastening means which are intended to be removable; - said fastening means comprising two hooks , said hooks being shaped and dimensioned in a complementary fashion to engage by insertion and extraction with through-holes provided within said panel and orifices provided through a vertical upright of a structure of said patch bay; - said hooks being mounted so as to be movable from a spread-apart position to a close-together position, and vice versa; i) in the close-together position (or in the spread-apart position), said hooks hold said panel fastened to said vertical upright of said patch bay; ii) while in the spread-apart position (or conversely in the close-together position), said hooks ensure the insertion and extraction of said device with respect to said vertical upright ; iii) the return from the close-together position to the spread-apart position, or vice versa, is performed by resilient return means; characterized in that said fastening means comprise - retaining means provided with at least one tongue , extending from the rear face to a distal end , provided with at least one notch forming a stop against said vertical upright ; - said tongue being shaped and dimensioned to engage by sliding through one of said holes and one of said orifices . - a body provided on its rear face with fastening means which are intended to be removable; - said fastening means comprising two hooks , said hooks being shaped and dimensioned in a complementary fashion to engage by insertion and extraction with through-holes provided within said panel and orifices provided through a vertical upright of a structure of said patch bay; - said hooks being mounted so as to be movable from a spread-apart position to a close-together position, and vice versa; i) in the close-together position (or in the spread-apart position), said hooks hold said panel fastened to said vertical upright of said patch bay; ii) while in the spread-apart position (or conversely in the close-together position), said hooks ensure the insertion and extraction of said device with respect to said vertical upright ; iii) the return from the close-together position to the spread-apart position, or vice versa, is performed by resilient return means; characterized in that - retaining means provided with at least one tongue , extending from the rear face to a distal end , provided with at least one notch forming a stop against said vertical upright ; - said tongue being shaped and dimensioned to engage by sliding through one of said holes and one of said orifices .
A method for preparing a fluidic substance for evaluation, the method comprising: aspirating a first volume of the fluidic substance from a first vessel to a dispense tip ; and dispensing a second volume of the fluidic substance from the dispense tip to a second vessel by: lowering the dispense tip into the second vessel at a first height (H3), the first height configured such that a distal end of the dispense tip remains above a surface level in the second vessel; partially dispensing the fluidic substance from the dispense tip to the second vessel at the first height (H3); lowering the dispense tip to a second height (H4), the second height configured such that the distal end of the dispense tip touches the surface level in the second vessel; and dispensing a rest of the fluidic substance from the dispense tip to the second vessel at the second height (H4). aspirating a first volume of the fluidic substance from a first vessel to a dispense tip ; and dispensing a second volume of the fluidic substance from the dispense tip to a second vessel by: lowering the dispense tip into the second vessel at a first height (H3), the first height configured such that a distal end of the dispense tip remains above a surface level in the second vessel; partially dispensing the fluidic substance from the dispense tip to the second vessel at the first height (H3); lowering the dispense tip to a second height (H4), the second height configured such that the distal end of the dispense tip touches the surface level in the second vessel; and dispensing a rest of the fluidic substance from the dispense tip to the second vessel at the second height (H4). lowering the dispense tip into the second vessel at a first height (H3), the first height configured such that a distal end of the dispense tip remains above a surface level in the second vessel; partially dispensing the fluidic substance from the dispense tip to the second vessel at the first height (H3); lowering the dispense tip to a second height (H4), the second height configured such that the distal end of the dispense tip touches the surface level in the second vessel; and dispensing a rest of the fluidic substance from the dispense tip to the second vessel at the second height (H4).