mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus, comprising: an electrostimulator implant (40;60;80;100;120), comprising: an implant body , the implant being injectable into tissue of a subject along a longitudinal axis (ax1) of the implant body, first and second electrodes , disposed on respective first and second portions of the implant body; circuitry , disposed inside the implant body, and configured to drive the electrodes to apply current to the tissue; and a mesh (42;62), disposed over at least 20 percent of the implant body, and defining a third portion of the implant body, the third portion being longitudinally between the first and second portions, the mesh configured to serve as an anchor of the implant. an implant body , the implant being injectable into tissue of a subject along a longitudinal axis (ax1) of the implant body, first and second electrodes , disposed on respective first and second portions of the implant body; circuitry , disposed inside the implant body, and configured to drive the electrodes to apply current to the tissue; and a mesh (42;62), disposed over at least 20 percent of the implant body, and defining a third portion of the implant body, the third portion being longitudinally between the first and second portions, the mesh configured to serve as an anchor of the implant.
A circuit comprising: a bipolar transistor , a base terminal of the bipolar transistor being switchably connectable to a signal source ; a diode having a first terminal connected to the base terminal of the bipolar transistor , and a second terminal connected to a reference voltage; characterised in that the circuit is arranged such that when the signal source is not connected to the base terminal (B) of the bipolar transistor , a voltage applied at an emitter terminal (E) of the bipolar transistor causes a current flow through the base terminal (B) of the bipolar transistor and through the diode such that the bipolar transistor is in an ON state; the impedance of the signal source being lower than the impedance of the bipolar transistor through the emitter (E) and base terminals (B) ; and the diode being selected to provide a current limiting function such that when the signal source is connected to the base terminal (B) of the transistor , current flow through the base terminal (B) reduces such that the bipolar transistor switches to an OFF state. a bipolar transistor , a base terminal of the bipolar transistor being switchably connectable to a signal source ; a diode having a first terminal connected to the base terminal of the bipolar transistor , and a second terminal connected to a reference voltage; characterised in that the circuit is arranged such that when the signal source is not connected to the base terminal (B) of the bipolar transistor , a voltage applied at an emitter terminal (E) of the bipolar transistor causes a current flow through the base terminal (B) of the bipolar transistor and through the diode such that the bipolar transistor is in an ON state; the impedance of the signal source being lower than the impedance of the bipolar transistor through the emitter (E) and base terminals (B) ; and the diode being selected to provide a current limiting function such that when the signal source is connected to the base terminal (B) of the transistor , current flow through the base terminal (B) reduces such that the bipolar transistor switches to an OFF state.
Use as perfuming ingredient of a compound of formula in the form of any one of its stereoisomers or a mixture thereof, and wherein n represents 1 or 2.
Disposable surgical drape comprising a liquid-impermeable base cloth element with a first and a second top side , with an outer periphery and an inner periphery , wherein the inner periphery delimits at least one cutout hole which is arranged within the outer periphery of the base cloth element , wherein the base cloth element has at least one weakening line which extends from the outer periphery of the base cloth element in the direction of the inner periphery or which extends from the inner periphery in the direction of the outer periphery , wherein a first covering material portion is areally fixed, along the weakening line and so as to thereby cover the weakening line , on the first and/or second top side of the base cloth element in order to form a first layer composite , wherein the first covering material portion has no weakening line, and the first layer composite can be torn along the weakening line proceeding from the outer periphery and/or from the inner periphery , without the first covering material portion becoming detached from the base cloth element , wherein the base cloth element has an outer first region adjoining the outer periphery and an inner second region adjoining the first region and extending inwardly to the cutout hole , characterized in that the weakening line extends beyond the first region into the second region , wherein the weakening line in the first region differs from the weakening line in the second region, wherein the differences in the weakening line are formed by the design of the regions separating the base cloth element and the regions connecting the base cloth element, or in that the weakening line is arranged in the first region and in that the base cloth element in the second region has a cutting line which is arranged in alignment with the weakening line , wherein the cutting line extends in the direction of the inner periphery , preferably up to the inner periphery of the base cloth element , or in that the weakening line is arranged in the second region and in that the base cloth element in the first region has a cutting line which is arranged in alignment with the weakening line , wherein the cutting line extends in the direction of the outer periphery , preferably up to the outer periphery of the base cloth element .
A valve assembly comprising: a valve body defining a main flow pathway comprising an inlet and an outlet , and defining a bypass channel in fluid communication with the inlet ; a ball located in the main flow pathway and that is moveable between an open position and a closed position; the ball defining an open pathway through the ball wherein when the ball is in the open position the open pathway fluidly connects the inlet to the outlet to complete the main flow pathway, and when the ball is in the closed position the ball blocks the main flow pathway between the inlet and the outlet ; a pressure relief feature disposed in the bypass channel ; and characterized by the valve body further defining a pressure relief passage comprising a clearance between an outer surface of the ball and the valve body ; wherein when the ball is in the closed position and a pressure differential from the inlet to the outlet exceeds a threshold, the pressure relief feature is configured to permit a relief flow from the bypass channel through the pressure relief passage to the outlet . a valve body defining a main flow pathway comprising an inlet and an outlet , and defining a bypass channel in fluid communication with the inlet ; a ball located in the main flow pathway and that is moveable between an open position and a closed position; the ball defining an open pathway through the ball wherein when the ball is in the open position the open pathway fluidly connects the inlet to the outlet to complete the main flow pathway, and when the ball is in the closed position the ball blocks the main flow pathway between the inlet and the outlet ; a pressure relief feature disposed in the bypass channel ; and characterized by the valve body further defining a pressure relief passage comprising a clearance between an outer surface of the ball and the valve body ; wherein when the ball is in the closed position and a pressure differential from the inlet to the outlet exceeds a threshold, the pressure relief feature is configured to permit a relief flow from the bypass channel through the pressure relief passage to the outlet .
An eNB configured to transmit, to a Mobility Management Entity, MME, , an E-RAB MODIFICATION INDICATION message in a case where an SeNB that communicates with a User Equipment, UE, is changed from a source SeNB to a target SeNB , characterized in that the E-RAB MODIFICATION INDICATION message includes public IP address information and UDP port information of the target SeNB .
A method for the operation a redox flow battery, the redox flow battery comprising: one or more battery modules each including a battery cell, electrolyte tanks, an electrolyte path, a separator, a separation plate, an electrode, a collector plate and at least one fluid control unit configured to transmit externally generated pressure to the electrolyte path, wherein each battery module or a predetermined number of battery modules is/are configured to independently circulate an electrolyte to perform charging/discharging operations, wherein the method satisfies the following Equations 1 and 2: Vh ≥ 0.05 Vc , and 0.05 sec ≤ T ≤ Vh / Qmin , wherein in Equations 1 and 2, Vh is a maximum volume of the electrolyte introduced into the fluid control unit, Qmin is a critical flow rate at which a volume of the electrolyte flowing per minute corresponds to 3% of a reaction volume Vc, and T is an operating cycle of the fluid control unit, wherein the reaction volume means a product of an area of the smallest component on the basis of the separator, the separation plate, the electrode, and a collector plate that are the components of the battery cell in paths with which the electrolyte is in direct contact, and a length of the path that is the shortest in facing distance among the paths of the electrolyte. one or more battery modules each including a battery cell, electrolyte tanks, an electrolyte path, a separator, a separation plate, an electrode, a collector plate and at least one fluid control unit configured to transmit externally generated pressure to the electrolyte path, wherein each battery module or a predetermined number of battery modules is/are configured to independently circulate an electrolyte to perform charging/discharging operations, wherein the method satisfies the following Equations 1 and 2: Vh ≥ 0.05 Vc , and 0.05 sec ≤ T ≤ Vh / Qmin , wherein in Equations 1 and 2, Vh is a maximum volume of the electrolyte introduced into the fluid control unit, Qmin is a critical flow rate at which a volume of the electrolyte flowing per minute corresponds to 3% of a reaction volume Vc, and T is an operating cycle of the fluid control unit, wherein the reaction volume means a product of an area of the smallest component on the basis of the separator, the separation plate, the electrode, and a collector plate that are the components of the battery cell in paths with which the electrolyte is in direct contact, and a length of the path that is the shortest in facing distance among the paths of the electrolyte.
A surgical instrument for assessing restoration of the femoral head centre, comprising: a body having a first connector for attaching the body to a femoral part, and wherein the body defines a plurality of apertures therein, wherein each aperture corresponds to a respective femoral head centre arising from a respective corresponding femoral neck; and a gauge , wherein the gauge includes a pin at a first end and an arm extending transversely from the pin and wherein the pin is receivable in each of the plurality of apertures and characterized in that : the arm bears a scale indicating a distance from the pin . a body having a first connector for attaching the body to a femoral part, and wherein the body defines a plurality of apertures therein, wherein each aperture corresponds to a respective femoral head centre arising from a respective corresponding femoral neck; and a gauge , wherein the gauge includes a pin at a first end and an arm extending transversely from the pin and wherein the pin is receivable in each of the plurality of apertures and
A boron-free and halogen-free treatment composition for timber and/or wood, comprising a) a fire retardant comprising the moiety -N-C(=X)-N- with X being O, S and substituted or unsubstituted nitrogen; and at least one of the components b) or c): b) a cross-linking agent c) a fixing agent; wherein the fire retardant is a salt, wherein the -N-C(=X)-N- moiety carries one or more positive charges, and wherein anions for balancing the positive charge of the - N-C(=X)-N- moiety can be selected from carbonates and/or phosphates. a) a fire retardant comprising the moiety -N-C(=X)-N- with X being O, S and substituted or unsubstituted nitrogen; b) a cross-linking agent c) a fixing agent; wherein the fire retardant is a salt, wherein the -N-C(=X)-N- moiety carries one or more positive charges, and wherein anions for balancing the positive charge of the - N-C(=X)-N- moiety can be selected from carbonates and/or phosphates.
Method of making available at least one digital object (O1, O2, O3) stored by a distributor of digital objects hosting a database comprising digital objects destined for a user (U) furnished with first digital reading equipment (T1) on which is stored locally an identification datum (ID_U) containing at least one item of identification information relating to the user (U), the method of making available comprising: - subsequent to a selection by way of the first digital reading equipment (T1) of a digital object (O1, O2, O3) on a digital bookshop , a step (S10) of generating by a reading rights management server a personal reading right datum (DLP_O1, DLP_O2, DLP_O3) containing at least one item of information relating to the reading rights of the selected digital object (O1, O2, O3) and said at least one item of identification information relating to the user (U), - a step (S20) of transmitting the personal reading right datum (DLP_O1, DLP_O2, DLP_O3) to a personal digital library manager , and - subsequent to a connecting of the first digital reading equipment (T1) to the personal digital library manager , a step (S30) of authenticating the user by way of the identification datum (ID_U), so as to allow, as a function of said personal reading right datum (DLP_O1, DLP_O2, DLP_O3), the making available of the selected digital object (O1, O2, O3) on the first digital reading equipment (T1) by recovery by the personal digital library manager of the necessary files from said distributor of digital objects for the manipulation of the at least one digital object by the user via the first equipment (T1) . - subsequent to a selection by way of the first digital reading equipment (T1) of a digital object (O1, O2, O3) on a digital bookshop , a step (S10) of generating by a reading rights management server a personal reading right datum (DLP_O1, DLP_O2, DLP_O3) containing at least one item of information relating to the reading rights of the selected digital object (O1, O2, O3) and said at least one item of identification information relating to the user (U), - a step (S20) of transmitting the personal reading right datum (DLP_O1, DLP_O2, DLP_O3) to a personal digital library manager , and - subsequent to a connecting of the first digital reading equipment (T1) to the personal digital library manager , a step (S30) of authenticating the user by way of the identification datum (ID_U),
A communication method, comprising the following steps: sending, by a core network device, a handover request to a target access network device, wherein the handover request comprises first information, and the first information comprises an identifier of allowed session management-network slice selection assistance information, NSSAI, wherein the target access network device is selected as handover target by a source access network device serving a user equipment undergoing handover; wherein the session management-NSSAI comprises a slice/service type; and receiving, by the core network device, a handover request acknowledgement sent by the target access network device. sending, by a core network device, a handover request to a target access network device, wherein the handover request comprises first information, and the first information comprises an identifier of allowed session management-network slice selection assistance information, NSSAI, wherein the target access network device is selected as handover target by a source access network device serving a user equipment undergoing handover; wherein the session management-NSSAI comprises a slice/service type; and receiving, by the core network device, a handover request acknowledgement sent by the target access network device.
Port assembly group for being attached to a fluid line of a climate conditioning system, comprising: - a basically cup-shaped adapter part having a bottom portion with a central opening and an outer surface ; and - a spacer having: ∘ a first bonding surface on a first side facing the outer surface and formed complementary to the bottom portion outer surface , ∘ a first central tube section which protrudes perpendicular from the first bonding surface , and being configured for being received by the bottom portion central opening ; ∘ a second bonding surface on a second side opposite to the first side , which is formed as a concave partial cylindrical surface , and ∘ a second central tube section aligned by a central tube section axis with the first central tube section and projecting from the partial cylindrical surface . - a basically cup-shaped adapter part having a bottom portion with a central opening and an outer surface ; and - a spacer having: ∘ a first bonding surface on a first side facing the outer surface and formed complementary to the bottom portion outer surface , ∘ a first central tube section which protrudes perpendicular from the first bonding surface , and being configured for being received by the bottom portion central opening ; ∘ a second bonding surface on a second side opposite to the first side , which is formed as a concave partial cylindrical surface , and ∘ a second central tube section aligned by a central tube section axis with the first central tube section and projecting from the partial cylindrical surface . ∘ a first bonding surface on a first side facing the outer surface and formed complementary to the bottom portion outer surface , ∘ a first central tube section which protrudes perpendicular from the first bonding surface , and being configured for being received by the bottom portion central opening ; ∘ a second bonding surface on a second side opposite to the first side , which is formed as a concave partial cylindrical surface , and ∘ a second central tube section aligned by a central tube section axis with the first central tube section and projecting from the partial cylindrical surface .
A gelled fluid comprising: a gellable organic solvent; from 0.1% to 20% by weight, based on the total weight of the gelled fluid, of an aluminum alkanoate crosslinking compound; and from 0.1% to 5% by weight, based on the total weight of the gelled fluid, of a mutual solvent that increases a solvation rate of the aluminum alkanoate crosslinking compound in the gellable organic solvent; wherein the mutual solvent is chosen from glycols, glycol ethers, or combinations thereof; wherein the gellable organic solvent is chosen from diesel oil, crude oil, kerosene, paraffinic oil, refined oil, mineral oil, shale oil, tight oil, liquefied natural gas, vegetable oil, animal oil, or combinations thereof. a gellable organic solvent; from 0.1% to 20% by weight, based on the total weight of the gelled fluid, of an aluminum alkanoate crosslinking compound; and from 0.1% to 5% by weight, based on the total weight of the gelled fluid, of a mutual solvent that increases a solvation rate of the aluminum alkanoate crosslinking compound in the gellable organic solvent; wherein the mutual solvent is chosen from glycols, glycol ethers, or combinations thereof; wherein the gellable organic solvent is chosen from diesel oil, crude oil, kerosene, paraffinic oil, refined oil, mineral oil, shale oil, tight oil, liquefied natural gas, vegetable oil, animal oil, or combinations thereof.
A method for preparing a dry-strength agent of glyoxylated polyacrylamide, in which an aqueous solution of polyacrylamide is supplemented with ethanediol (glyoxal) under stirring by means of a circulation pump, the reaction is started by the addition of a base, in particular a strong base, at a pH value above 8, and is allowed to react under stirring or circulating, whereupon the reaction is stopped by the addition of an acid under stirring or circulating after completion of a predetermined reaction time, characterized in that the reaction of polyacrylamide and ethandial is a ratio of 3:1 to 10:1 is performed over a predetermined constant time of 6 to 20 minutes, in particular 12 to 18 minutes, that the method is performed as a discontinuous method in which the quantitative reaction of ethanedial with an excess amount of polyacrylamide in an aqueous basic medium is controlled and/or regulated by d) drop of pH value and at least one of the following factors, selected from: a) turbidity measurement b) pH adaptation as a function of the temperature c) pH adaptation as a function of the reaction time or e) current consumption of the circulation pump. a) turbidity measurement b) pH adaptation as a function of the temperature c) pH adaptation as a function of the reaction time or e) current consumption of the circulation pump.
A method for determining packet loss in a fronthaul link (12a-b) of a radio access network , the fronthaul link connecting a remote unit (11, nab) to a central unit , the method being performed in a packet loss determiner and comprising the steps of: obtaining a set of user equipments, UEs, (2a-c) that are all scheduled to communicate over a radio interface (4a-b) to the remote unit in a scheduling interval; creating a subset of UEs, comprising a number of UEs, from the set of UEs, that are the UEs in the set being most vulnerable to fronthaul packet loss; determining , for each UE in the subset of UEs, whether the communication in the scheduling interval was unsuccessful; and determining a packet loss in the fronthaul link depending on to what extent each one of the UEs in the subset of UEs is determined to have had unsuccessful use of the radio interface (4a-b). obtaining a set of user equipments, UEs, (2a-c) that are all scheduled to communicate over a radio interface (4a-b) to the remote unit in a scheduling interval; creating a subset of UEs, comprising a number of UEs, from the set of UEs, that are the UEs in the set being most vulnerable to fronthaul packet loss; determining , for each UE in the subset of UEs, whether the communication in the scheduling interval was unsuccessful; and determining a packet loss in the fronthaul link depending on to what extent each one of the UEs in the subset of UEs is determined to have had unsuccessful use of the radio interface (4a-b).