mhurhangee/patent-ind-claim-en huggingface dataset:
Liquid leak detection system comprising a sensor cable for leaks of conductive and non-conductive liquids, for example stored in a tank or flowing in a pipe, said sensor cable being comprised of a main body and at least one sensor element formed of a central metallic wire through which an electrical current is constantly circulating and surrounded by an insulating sheath , itself integrated into an expandable conductive sheath constituted by a silicon insulating material containing conductive particles such that its resistance is increased when the sheath expands in contact with a non-conductive liquid, the wire and the expandable conductive sheath being arranged such that they enter into contact with the conductive and non-conductive liquids, characterized in that said system comprises a first circuit represented by the central metallic wire , a second circuit represented by the expandable conductive sheath , a voltage supply (V)connected to an ammeter (A) able to measure the current circulating in the first circuit and the second circuit so as to determine a nominal resistance (Rn) and a measured resistance (R) of the assembly formed by the first circuit and the second circuit , a first switch (S1) and a second switch (S2), said central metallic wire being stripped at the end of said sensor cable and put in contact with said expandable conductive sheath such as to form a closed circuit in which said central metallic circuit is earthed by means of the first switch (S1) and said expandable conductive sheath is connected to the ammeter (A) by means of the second switch (S2), said system being configured such that if said nominal resistance (Rn) is greater than said measured resistance (R), the presence of a conductive liquid is detected and, if said nominal resistance (Rn) is lower than said measured resistance (R)the presence of a non-conductive liquid is detected.
A method for in-space propulsion of a spacecraft, the method comprising: removing, by a removal device , a portion of a structure of the spacecraft; feeding, by the removal device , the portion into a Hall thruster system ; and utilizing, by the Hall thruster system , the portion as propellant to produce thrust, wherein the removal device , comprises at least one of at least one mechanical cutter and at least one laser cutter . removing, by a removal device , a portion of a structure of the spacecraft; feeding, by the removal device , the portion into a Hall thruster system ; and utilizing, by the Hall thruster system , the portion as propellant to produce thrust, wherein the removal device , comprises at least one of at least one mechanical cutter and at least one laser cutter .
Floating vessel comprising at least one inflatable hull comprising at least one pneumatic casing with two walls (2 c , 2 d ) placed one over the other, said walls (2 c , 2 d ) each comprising a fabric sheet and being connected to each other by a multitude of connecting wires (2 f ) distributed over the entire surface of said sheets, forming a structure adapted to be inflated to a pressure capable of rigidifying said structure and being capable of ensuring the buoyancy of said hull independently of any attached buoyancy element, and equipped with a propulsion device, characterised in that said casing has a first cross-sectional curvature and a second curvature on at least its front part in longitudinal section, one (2 c ) of said walls, called the upper wall, corresponding to the inner side of said curvature and the other (2 d ) of said walls, called the lower wall, corresponding to the outer side of said curvature, in that the upper wall and the lower wall of said casing comprise a clip that allow to carry out, by cutting means or a fold (2 p ), a stem (E) having said first and second curvatures, in that it comprises at least one sealed inner strip (2 m' , 2 m ) sealingly fixed between said walls (2 c , 2 d ) to form the lateral wall of at least a first orifice (4 a ) for the passage of a drift extending over at least a portion of the length of said pneumatic casing and passing through said inflatable hull , and in that it comprises a piece (6 a ) forming a drift well adapted to be received in said first through orifice (4 a ) of said hull , and in that the propulsion device comprises a mast and a sail .
Kit of parts comprising • a coloring solution, • a porous zirconia article, • optionally application equipment, the coloring solution comprising • cation(s) of coloring agent(s) in an amount above 0.05 mol per 1 coloring solution, • solvent(s) for the ion(s), • optionally complexing agent(s), • optionally thickening agent(s), • optionally organic marker substance(s), • optionally additive(s), the porous zirconia article showing a N2 adsorption and desorption of isotherm type IV according to IUPAC classification and a BET surface from 10 to 200 m2/g. • a coloring solution, • a porous zirconia article, • optionally application equipment, • cation(s) of coloring agent(s) in an amount above 0.05 mol per 1 coloring solution, • solvent(s) for the ion(s), • optionally complexing agent(s), • optionally thickening agent(s), • optionally organic marker substance(s), • optionally additive(s),
A covering element for raised floors, comprising a decorative component made of ceramic material, said decorative component having a top side , a bottom side opposite the top side and a thickness (S) greater than 15 mm, wherein the covering element comprises a reinforcing component arranged underneath the bottom surface of the decorative component , characterized in that the reinforcing component comprises a metal plate configured to produce a compressive tensioned state in the decorative component , and in that metal plate is firstly stretched, then the stretched condition is released after that the metal plate is arranged underneath the decorative component, so as to cause compression of the decorative component .
A water cooled draft beer machine, comprising: a cabinet ; a refrigeration circuit inside the cabinet ; a water tank arranged inside the cabinet ; a cold storage chamber inside the cabinet , the cold storage chamber used to hold a cask ; a beer pipe arranged inside the cabinet to connect to the cask , the beer pipe coiled inside the water tank ; a beer tap connected to an outside of the cabinet ; an outlet end of the beer pipe connected to the beer tap ; a refrigeration box arranged in the cold storage chamber ; a cold water tube inside the refrigeration box ; an inlet end and an outlet end of the cold water tube , both the inlet end and the outlet end of the cold water tube are connected to the water tank ; a power mechanism arranged in the cabinet to drive water in the water tank to circulate in the cold water tube ; an air inlet and an air outlet located on the refrigeration box , such that in use the cold air in the refrigeration box is blown into the cold storage chamber via the air outlet , and the air in the cold storage chamber will return to the refrigeration box via the air inlet ; and a fan arranged inside the refrigeration box to drive air to circulate between the refrigeration box and the cold storage chamber , characterized in that the refrigeration circuit includes a compressor , a condenser , and refrigeration tubes ; the refrigeration tubes are coiled inside the water tank ; and the cold water tube inside the refrigeration box is coiled. a cabinet ; a refrigeration circuit inside the cabinet ; a water tank arranged inside the cabinet ; a cold storage chamber inside the cabinet , the cold storage chamber used to hold a cask ; a beer pipe arranged inside the cabinet to connect to the cask , the beer pipe coiled inside the water tank ; a beer tap connected to an outside of the cabinet ; an outlet end of the beer pipe connected to the beer tap ; a refrigeration box arranged in the cold storage chamber ; a cold water tube inside the refrigeration box ; an inlet end and an outlet end of the cold water tube , both the inlet end and the outlet end of the cold water tube are connected to the water tank ; a power mechanism arranged in the cabinet to drive water in the water tank to circulate in the cold water tube ; an air inlet and an air outlet located on the refrigeration box , such that in use the cold air in the refrigeration box is blown into the cold storage chamber via the air outlet , and the air in the cold storage chamber will return to the refrigeration box via the air inlet ; and a fan arranged inside the refrigeration box to drive air to circulate between the refrigeration box and the cold storage chamber , characterized in that the refrigeration circuit includes a compressor , a condenser , and refrigeration tubes ; the refrigeration tubes are coiled inside the water tank ; and the cold water tube inside the refrigeration box is coiled.
A method for operating multiple battery packs , in particular lithium battery packs, inserted into respective slots in an electric appliance , wherein each battery pack is an interconnected package of multiple accumulator cells, which is held together by an enclosure or a housing, in which method respective states of charge as well as temperatures of the battery packs are ascertained in preset time intervals and the battery packs are interconnected such that a preset operating voltage is provided at the electric appliance by means of the battery packs , wherein, if not all of the battery packs inserted in the electric appliance are required for providing the preset operating voltage, at least that one of the battery packs weakest with respect to the state of charge and/or the battery pack with the highest temperature is passively and/or actively electrically decoupled from the electric appliance and the other battery packs , wherein the number of the battery packs, which are decoupled due to the temperature and/or the state of charge, depends on the preset operating voltage and on the battery packs overall inserted in the electric appliance.
Equipment carrier having: a surface module with a first securing device , a column module with a second securing device ; wherein the first securing device on the surface module and the second securing device on the column module are designed corresponding to each other such that the column module and the surface module are connectable to each other with a first, linear movement and a subsequent second, rotational movement of the column module relative to the surface module , and a further column module , which is connectable to the surface module in the same way as the column module wherein, a further surface module , which is connectable to the column modules , wherein the column modules and the further surface module are designed in such a way that the further surface module is connectable to the column modules only when the column modules are positioned and oriented relative to each other as in the case of their intended connection to the surface module wherein, recesses in the further surface module for receiving a respective end of a respective column module to be directed towards the further surface module , wherein the recesses are arranged and designed in such a way that the ends of the column modules to be directed towards the further surface module can be simultaneously inserted into a respective associated recess only when the column modules are positioned and oriented relative to each other as in the case of their intended connection to the surface module characterized in that , in which the securing devices are designed and arranged such that the first, linear movement is possible only in a predetermined arrangement and orientation of the column module relative to the surface module and in which bores are so arranged at the ends of the column modules to be directed towards the further surface module , and securing openings are so arranged on the further surface module , that the bores can be brought into coincidence with the securing openings only when the column modules are positioned and oriented relative to each other as in the case of their intended connection to the surface module wherein, in which the first securing device comprises a securing opening on the surface module , the second securing device comprises a pull rod on the column module , the pull rod comprises a head , at the end of the column module to be directed towards the surface module , and a thread , at the end of the column module to be directed towards the further surface module , the head of the pull rod is provided and designed to protrude in relation to the end of the column module to be directed towards the surface module and to engage in a securing opening on the surface module , the thread of the pull rod is provided and designed to protrude in relation to the end of the column module to be directed towards the further surface module and to engage in a securing opening on the further surface module .
A method comprising: communicating, by a wireless access network node with user equipments , UEs, in a plurality of sets of subframes, the plurality of sets of subframes comprising a first set of subframes and a second set of subframes; performing, by the wireless access network node, dynamic power control of a downlink transmission of the wireless access network node in the first set of subframes; and avoiding to perform, by the wireless access network node, dynamic power control of a downlink transmission of the wireless access network node in the second set of subframes; wherein said performing of the dynamic power control by the wireless access network node comprises adjusting a power level of a downlink control signal transmitted by the wireless access network node on a subframe-by-subframe basis, including: setting, by the wireless access network node, a transmission of the downlink control signal at a first power level in a first subframe of said first set of subframes, based on a feedback from one or more first UEs served in the first subframe, and setting, by the wireless access network node, a transmission of the downlink control signal at a second power level in a second subframe of said first set of subframes, based on a feedback from one or more second UEs served in the second subframe, the second power level being different from the first power level. communicating, by a wireless access network node with user equipments , UEs, in a plurality of sets of subframes, the plurality of sets of subframes comprising a first set of subframes and a second set of subframes; performing, by the wireless access network node, dynamic power control of a downlink transmission of the wireless access network node in the first set of subframes; and avoiding to perform, by the wireless access network node, dynamic power control of a downlink transmission of the wireless access network node in the second set of subframes; wherein said performing of the dynamic power control by the wireless access network node comprises adjusting a power level of a downlink control signal transmitted by the wireless access network node on a subframe-by-subframe basis, including: setting, by the wireless access network node, a transmission of the downlink control signal at a first power level in a first subframe of said first set of subframes, based on a feedback from one or more first UEs served in the first subframe, and setting, by the wireless access network node, a transmission of the downlink control signal at a second power level in a second subframe of said first set of subframes, based on a feedback from one or more second UEs served in the second subframe, the second power level being different from the first power level.
An umbrella bag bundle including bundled umbrella bags each capable of accommodating an umbrella in a bag structure, wherein when a longitudinal direction of the umbrella accommodated in the bag structure is defined as a vertical direction (H) and a direction orthogonal to the vertical direction (H) is defined as a width direction (W), the umbrella bag includes: a sheet-like first bag portion ; a sheet-like second bag portion that is opposed to the first bag portion and constitutes the bag structure having an opening at a top end in the vertical direction (H) in cooperation with the first bag portion ; a sheet-like extension that is extended further upward from a top end of the second bag portion ; and an engagement portion that is located on the extension and capable of vertical engagement with the umbrella; characterized in that the umbrella bag further includes a lower engagement portion that is located below and at a distance from the engagement portion and is capable of vertical engagement with the umbrella. a sheet-like first bag portion ; a sheet-like second bag portion that is opposed to the first bag portion and constitutes the bag structure having an opening at a top end in the vertical direction (H) in cooperation with the first bag portion ; a sheet-like extension that is extended further upward from a top end of the second bag portion ; and an engagement portion that is located on the extension and capable of vertical engagement with the umbrella; characterized in that the umbrella bag further includes a lower engagement portion that is located below and at a distance from the engagement portion and is capable of vertical engagement with the umbrella.
A method for acquiring a network resource, comprising: receiving (S401'-a), by a terminal device, first information from a first network device, wherein the first information comprises action indication information and statistical information, the action indication information is used for requesting a communication resource from a second network device after the terminal device lowers a resource request level or is used for acquiring a communication resource by the terminal device through retries when a communication resource request fails, and the statistical information is at least used for representing one or more of the following: a status of receiving and processing a communication resource request by the second network device within a preset time period, and a status of a network failure of the second network device within the preset time period; sending (S701-a), by the terminal device, a first communication resource request to the second network device according to a first action indicated by the action indication information, wherein the first communication resource request is used for acquiring a first communication resource; wherein the first action indicated by the action indication information comprises sending the first communication resource request to the second network device after one or more of the following operations are performed: lowering a capability of the terminal device, turning off one or more functions of the terminal device, changing a cell, changing an access technology or changing a parameter of the communication resource request. receiving (S401'-a), by a terminal device, first information from a first network device, wherein the first information comprises action indication information and statistical information, the action indication information is used for requesting a communication resource from a second network device after the terminal device lowers a resource request level or is used for acquiring a communication resource by the terminal device through retries when a communication resource request fails, and the statistical information is at least used for representing one or more of the following: a status of receiving and processing a communication resource request by the second network device within a preset time period, and a status of a network failure of the second network device within the preset time period; sending (S701-a), by the terminal device, a first communication resource request to the second network device according to a first action indicated by the action indication information, wherein the first communication resource request is used for acquiring a first communication resource; wherein the first action indicated by the action indication information comprises sending the first communication resource request to the second network device after one or more of the following operations are performed: lowering a capability of the terminal device, turning off one or more functions of the terminal device, changing a cell, changing an access technology or changing a parameter of the communication resource request.
A method by a terminal in a wireless communication system, the method comprising: receiving , from a base station, a first message including a first parameter indicating a time duration for determining a mobility state of the terminal and a second parameter indicating a number of cell change for determining the mobility state of the terminal; determining the mobility state of the terminal based on the first parameter and the second parameter; identifying mobility history information stored in the terminal; transmitting , to the base station, a second message to confirm a completion of a radio resource control, RRC, connection establishment, the second message including first information on a mobility state just prior to the terminal going into an RRC connected mode and second information indicating that the terminal has available mobility history information; receiving , from the base station, a third message generated based on the second information, the third message requesting a report of the mobility history information; and transmitting , to the base station, a fourth message including the mobility history information in response to the third message, wherein the mobility history information comprises a cell identity of a visited cell and a time spent in the visited cell. receiving , from a base station, a first message including a first parameter indicating a time duration for determining a mobility state of the terminal and a second parameter indicating a number of cell change for determining the mobility state of the terminal; determining the mobility state of the terminal based on the first parameter and the second parameter; identifying mobility history information stored in the terminal; transmitting , to the base station, a second message to confirm a completion of a radio resource control, RRC, connection establishment, the second message including first information on a mobility state just prior to the terminal going into an RRC connected mode and second information indicating that the terminal has available mobility history information; receiving , from the base station, a third message generated based on the second information, the third message requesting a report of the mobility history information; and transmitting , to the base station, a fourth message including the mobility history information in response to the third message, wherein the mobility history information comprises a cell identity of a visited cell and a time spent in the visited cell.