mhurhangee/ep-ind-claims huggingface dataset:
Decision method for linking a first electric meter to a second electric meter serving as relay to said first electric meter in a hierarchical communication network defined above a polyphase electrical supply network or to a data hub which is the root of the hierarchical communication network, characterized in that the first electric meter performs the following steps: - obtaining a first phase information item representative of a phase to which the first electric meter is connected on the polyphase electrical supply network; - obtaining second phase information items representative of phases to which devices of the hierarchical communication network are respectively connected, on the polyphase electrical supply network, each of said devices being an electric meter to which the first electric meter can be linked or the data hub when the first electric meter can be linked thereto; and - choosing the device to which the first electric meter must be linked, by taking into account at least said first phase information item and said second phase information items. - obtaining a first phase information item representative of a phase to which the first electric meter is connected on the polyphase electrical supply network; - obtaining second phase information items representative of phases to which devices of the hierarchical communication network are respectively connected, on the polyphase electrical supply network, each of said devices being an electric meter to which the first electric meter can be linked or the data hub when the first electric meter can be linked thereto; and - choosing the device to which the first electric meter must be linked, by taking into account at least said first phase information item and said second phase information items.
A composition comprising: (i) a therapeutically effective amount of at least one antibiotic; and (ii) a therapeutically effective amount of both an uridine compound and pyruvate compound for use as a medicament, wherein the uridine compound is uridine, uracil, uridine phosphate(s) or salt(s) thereof, UDP-glucose, cytidine-5'-monophosphate, cytidine-5'-diphosphate, CDP-glucose, orotic acid, orotidylate, acylated uridine or cytidine-diphosphocholine; and the pyruvate compound is pyruvic acid or a salt thereof, creatine pyruvate, phosphoenolpyruvate, 2-phosphoglycerate, 3-phosphoglycerate, 1,3-biphosphoglycerate, glycerinaldehyde 3-phosphate, dihydroxyacetone phosphate, alanine, serine, cystein, glycine, tryptophan, asparagine, aspartate, methionine, malate or oxalacetate. (i) a therapeutically effective amount of at least one antibiotic; and (ii) a therapeutically effective amount of both an uridine compound and pyruvate compound
A storage device comprising: a first nonvolatile memory device configured to store user data; a second nonvolatile memory device configured to store status information for fault analysis; a voltage detect circuit configured to: detect whether an input voltage received at the storage device through a connector exceeds a reference voltage, and output an over-voltage detect signal when the input voltage exceeds the reference voltage, a status display device configured to display a status of the input voltage in response to an alert signal; and a storage controller configured to: store or read the user data in or from the first nonvolatile memory device, output the alert signal to the status display device in response to the over-voltage detect signal, and store the status information in the second nonvolatile memory device. a first nonvolatile memory device configured to store user data; a second nonvolatile memory device configured to store status information for fault analysis; a voltage detect circuit configured to: detect whether an input voltage received at the storage device through a connector exceeds a reference voltage, and output an over-voltage detect signal when the input voltage exceeds the reference voltage, detect whether an input voltage received at the storage device through a connector exceeds a reference voltage, and output an over-voltage detect signal when the input voltage exceeds the reference voltage, a status display device configured to display a status of the input voltage in response to an alert signal; and a storage controller configured to: store or read the user data in or from the first nonvolatile memory device, output the alert signal to the status display device in response to the over-voltage detect signal, and store the status information in the second nonvolatile memory device. store or read the user data in or from the first nonvolatile memory device, output the alert signal to the status display device in response to the over-voltage detect signal, and store the status information in the second nonvolatile memory device.
A turbine unit comprising a passage through which a fluid may pass, characterised in that located within the passage is a driving turbine blade set upstream from a pumping turbine blade set wherein the diameter of the pumping turbine blade set is larger than the diameter of the driving turbine blade set, the driving turbine blade set and pumping turbine blade set are mounted in opposed relation whereby the pumping turbine blade set is in reversed orientation to the driving turbine blade set such that in simultaneous operation, whereby they rotate in the same direction, a region between the two turbine blade sets (25, 27) has a lower pressure than the fluid pressure at an opening of the passage, thereby inducing a greater mass flow rate through the turbine unit than would otherwise be created by a pumping turbine blade set equal to or smaller in diameter than the driving turbine blade set.
A vacuum pump, in particular a turbomolecular pump, comprising a rotor shaft rotating about an axis of rotation during operation, at least one rotor disk which is fastened to the rotor shaft and which comprises a radially inwardly disposed collar, via which the rotor disk is fastened to the rotor shaft, and a plurality of rotor blades which are each integrally connected to the collar, which each extend radially outwardly starting from a blade base at the collar and which have a free blade end radially at the outside, and at least one Holweck hub which is fastened to the rotor shaft and to which at least one Holweck sleeve is fastened, wherein the rotor disk has a rotor outer diameter DA which is measured between two imaginary mutually diametrically oppositely disposed blade ends, wherein the Holweck hub has a Holweck outer diameter DHW which is measured between two mutually diametrically oppositely disposed points of a radial outer surface of the Holweck hub, and wherein the rotor outer diameter DA is greater than the Holweck outer diameter DHW by a factor of at least 1.22, preferably of at least 1.25, particularly preferably of at least 1.30, wherein the at least one rotor disk is made of an aluminum alloy which has the following composition in % by weight: Cu: 3.6 - 4.4 Mg: 1.2 - 1.4 Mn: 0.5 - 0.8 Zr: < 0.16 Ti: 0.01 -0.05 Si < 0.21 Fe < 0.21 Zn < 0.26 other elements < 0.06, the remainder being aluminum. a rotor shaft rotating about an axis of rotation during operation, at least one rotor disk which is fastened to the rotor shaft and which comprises a radially inwardly disposed collar, via which the rotor disk is fastened to the rotor shaft, and a plurality of rotor blades which are each integrally connected to the collar, which each extend radially outwardly starting from a blade base at the collar and which have a free blade end radially at the outside, and at least one Holweck hub which is fastened to the rotor shaft and to which at least one Holweck sleeve is fastened, wherein the rotor disk has a rotor outer diameter DA which is measured between two imaginary mutually diametrically oppositely disposed blade ends, wherein the Holweck hub has a Holweck outer diameter DHW which is measured between two mutually diametrically oppositely disposed points of a radial outer surface of the Holweck hub, and wherein the rotor outer diameter DA is greater than the Holweck outer diameter DHW by a factor of at least 1.22, preferably of at least 1.25, particularly preferably of at least 1.30, wherein the at least one rotor disk is made of an aluminum alloy which has the following composition in % by weight: Cu: 3.6 - 4.4 Mg: 1.2 - 1.4 Mn: 0.5 - 0.8 Zr: < 0.16 Ti: 0.01 -0.05 Si < 0.21 Fe < 0.21 Zn < 0.26 other elements < 0.06, the remainder being aluminum. Cu: 3.6 - 4.4 Mg: 1.2 - 1.4 Mn: 0.5 - 0.8 Zr: < 0.16 Ti: 0.01 -0.05 Si < 0.21 Fe < 0.21 Zn < 0.26 other elements < 0.06, the remainder being aluminum.
A dissimilar metal joined body comprising: a first plate made out of a copper material; a second plate made out of an aluminum material; and a molten mixed portion containing the copper material into which part of the aluminum material is melted, wherein the molten mixed portion is formed continuously and linearly on a surface of the first plate made out of copper material which contacts the second plate made out of aluminum material, the concentration of the copper component inside the molten mixed portion is lower than 10% and the concentration of the aluminum component in the vicinity of the molten mixed portion in the first plate made out of copper material is lower than 10% characterised in that the molten mixed portion has a depth (t) from the surface of the first plate made out of copper material which contacts the second plate made out of aluminum material that is at least 5 μm and no greater than 30 μm, and a shortest dimension of the molten mixed portion is at least 10 μm and no greater than 50 μm on the surface of the first plate made out of copper material which contacts the second plate made out of aluminum material. a first plate made out of a copper material; a second plate made out of an aluminum material; and a molten mixed portion containing the copper material into which part of the aluminum material is melted, wherein the molten mixed portion is formed continuously and linearly on a surface of the first plate made out of copper material which contacts the second plate made out of aluminum material, the concentration of the copper component inside the molten mixed portion is lower than 10% and the concentration of the aluminum component in the vicinity of the molten mixed portion in the first plate made out of copper material is lower than 10% characterised in that the molten mixed portion has a depth (t) from the surface of the first plate made out of copper material which contacts the second plate made out of aluminum material that is at least 5 μm and no greater than 30 μm, and a shortest dimension of the molten mixed portion is at least 10 μm and no greater than 50 μm on the surface of the first plate made out of copper material which contacts the second plate made out of aluminum material.
Gas boiler having a burner, a fan which supplies the burner with a combustible air-gas mixture, a mixing chamber to which the air-gas mixture is supplied, a gas block which is connected via a gas valve to a gas supply line, wherein the mixing chamber is provided with an air supply and with a metered gas supply from the gas block, and having a modulator flap which is controlled by a membrane that is exposed on one side to the gas pressure and on the other side to atmospheric air pressure, characterized by a transmission connection for the pressure wave ΔP, which connects the line of the air-gas mixture downstream of the mixing point (110, 111) to the air connection (253, 254) of the modulator flap.
A method comprising: partitioning memory space in a Programmed Input/Output send memory into a plurality of send contexts, each comprising a memory buffer including a plurality of send blocks configured to store packet data; implementing a storage scheme using First-in, First-out (FIFO) semantics for each send context under which each send block occupies a respective FIFO slot in a FIFO buffer having a FIFO order and data for a given packet is stored in one or more send blocks occupying one or more respective sequential FIFO slots in a FIFO order; receiving packet data written to send blocks out of order such that for at least a portion of packets send blocks are filled with packet data in a different order than the FIFO order; egressing send blocks containing filled packet data; in response to detecting one or more send blocks have been egressed from a send context, detecting one or more FIFO slots that have been freed; detecting if any of the one or more FIFO slots that have been freed occupies a lowest slot in the FIFO order for the send context for which credit return indicia has not been returned; and, if so, returning credit return indicia from which a highest FIFO slot of a sequence of freed slots in the FIFO order including the lowest slot for which credit information has not been returned can be identified. partitioning memory space in a Programmed Input/Output send memory into a plurality of send contexts, each comprising a memory buffer including a plurality of send blocks configured to store packet data; implementing a storage scheme using First-in, First-out (FIFO) semantics for each send context under which each send block occupies a respective FIFO slot in a FIFO buffer having a FIFO order and data for a given packet is stored in one or more send blocks occupying one or more respective sequential FIFO slots in a FIFO order; receiving packet data written to send blocks out of order such that for at least a portion of packets send blocks are filled with packet data in a different order than the FIFO order; egressing send blocks containing filled packet data; in response to detecting one or more send blocks have been egressed from a send context, detecting one or more FIFO slots that have been freed; detecting if any of the one or more FIFO slots that have been freed occupies a lowest slot in the FIFO order for the send context for which credit return indicia has not been returned; and, if so, returning credit return indicia from which a highest FIFO slot of a sequence of freed slots in the FIFO order including the lowest slot for which credit information has not been returned can be identified. detecting one or more FIFO slots that have been freed; detecting if any of the one or more FIFO slots that have been freed occupies a lowest slot in the FIFO order for the send context for which credit return indicia has not been returned; and, if so, returning credit return indicia from which a highest FIFO slot of a sequence of freed slots in the FIFO order including the lowest slot for which credit information has not been returned can be identified.
A polyol premix composition comprising: (a) a hydrohaloolefin blowing agent selected from the group consisting of trans 1,3,3,3-tetrafluoropropene (trans 1234ze) and trans 1-chloro-3,3,3-trifluoropropene (trans 1233zd) and combinations thereof, (b) one or more polyols, (c) one or more silicon surfactants, and (d) a catalyst system comprising a precipitation resistant zinc-based carboxylate catalyst, a precipitation resistant bismuth-based carboxylate catalyst, or a combination thereof. (a) a hydrohaloolefin blowing agent selected from the group consisting of trans 1,3,3,3-tetrafluoropropene (trans 1234ze) and trans 1-chloro-3,3,3-trifluoropropene (trans 1233zd) and combinations thereof, (b) one or more polyols, (c) one or more silicon surfactants, and (d) a catalyst system comprising a precipitation resistant zinc-based carboxylate catalyst, a precipitation resistant bismuth-based carboxylate catalyst, or a combination thereof.
An induction heater, comprising: an inverter body; an inverter circuit board provided within the inverter body; and an inverter heat dissipation blower configured to blow air to a front and a rear of the inverter circuit board, wherein the inverter body comprises: an inverter body inlet provided on a bottom surface of the inverter body, the inverter body inlet is configured to allow passage of the air blown by the inverter heat dissipation blower into the inverter body; and an inverter body outlet provided on a side of the inverter body, the inverter body outlet is configured to allow passage of the air blown by the inverter heat dissipation blower to an outside of the inverter body, wherein an inlet of the inverter heat dissipation blower is connected to the inverter body inlet. an inverter body; an inverter circuit board provided within the inverter body; and an inverter heat dissipation blower configured to blow air to a front and a rear of the inverter circuit board, wherein the inverter body comprises: an inverter body inlet provided on a bottom surface of the inverter body, the inverter body inlet is configured to allow passage of the air blown by the inverter heat dissipation blower into the inverter body; and an inverter body outlet provided on a side of the inverter body, the inverter body outlet is configured to allow passage of the air blown by the inverter heat dissipation blower to an outside of the inverter body, wherein an inlet of the inverter heat dissipation blower is connected to the inverter body inlet. an inverter body inlet provided on a bottom surface of the inverter body, the inverter body inlet is configured to allow passage of the air blown by the inverter heat dissipation blower into the inverter body; and an inverter body outlet provided on a side of the inverter body, the inverter body outlet is configured to allow passage of the air blown by the inverter heat dissipation blower to an outside of the inverter body, wherein an inlet of the inverter heat dissipation blower is connected to the inverter body inlet.
A method of manufacturing a metal foil pattern layered body comprising: providing a layered body comprising the following layers stacked sequentially on a top face of a base member: a buffer layer, an adhesive layer, and a metal foil; allowing a front edge of a blade to reach at least the adhesive layer while cutting the metal foil by pressing a front edge of the blade into the metal foil, thereby separating a necessary region of the metal foil from an unnecessary region; and forming a metal foil pattern in the layered body by removing the unnecessary region, wherein the step of cutting the metal foil comprises forming burrs at the edge of the metal foil pattern that are bent toward the back face of the layered body from the top face of the layered body in the direction orthogonal to a stacked direction. providing a layered body comprising the following layers stacked sequentially on a top face of a base member: a buffer layer, an adhesive layer, and a metal foil; allowing a front edge of a blade to reach at least the adhesive layer while cutting the metal foil by pressing a front edge of the blade into the metal foil, thereby separating a necessary region of the metal foil from an unnecessary region; and forming a metal foil pattern in the layered body by removing the unnecessary region, wherein the step of cutting the metal foil comprises forming burrs at the edge of the metal foil pattern that are bent toward the back face of the layered body from the top face of the layered body in the direction orthogonal to a stacked direction.
A debonding tool for removal of orthodontic brackets, the debonding tool comprising: a handle; an arm extending from the handle; first and second opposed fingers at a proximal end of the arm, the first and second opposed fingers being operable between an open position and a closed position, wherein in the closed position the first and second opposed fingers are closer together compared to the first and second opposed fingers in the open position; and a collar translatable along the arm and operable to effect relative movement between the first and second opposed fingers between the open and closed positions. a handle; an arm extending from the handle; first and second opposed fingers at a proximal end of the arm, the first and second opposed fingers being operable between an open position and a closed position, wherein in the closed position the first and second opposed fingers are closer together compared to the first and second opposed fingers in the open position; and a collar translatable along the arm and operable to effect relative movement between the first and second opposed fingers between the open and closed positions.
Rotary conductor comprising a first circular body (3,22,23) having a first metal circular contact surface, a first center line and a first electrical terminal attached to the first contact surface, a second circular body (2,30,31) having a second metal circular contact surface attached to a second electrical terminal and rotatable about a second center line, wherein the second center line is rotatable about the first center line wherein the first and second metal contact surfaces engage in rolling contact, the metals of the contact surfaces having a predetermined hardness and a corresponding yield pressure, the conductor being suitable for leading currents from the first electrical terminal to the second electrical terminal of at least 10 A, characterised in that the second circular body (2,30,31) is wheel-shaped and that upon rotation of the second center line about the first center line, a contact pressure between the contact surfaces is greater or equal to at least 10%, preferably at least 15% of the yield pressure of the contact surface metal having the lowest hardness such that the contact surfaces are smoothed by plastic deformation, to ensure that sufficient frictional engagement between the contact surfaces is present to avoid slipping and to ensure a pure rolling motion without requiring the presence of intermeshing teeth.
A surgical instrument comprising: a proximal hub; a shaft defining a longitudinal axis of the surgical instrument, the shaft comprising: an internal structural element (2") having a distal end and a proximal end fixed to the proximal hub; and an external tube configured to be attached via threaded surfaces (18a, 18b) to be disposed over, and connected to, the internal structural element (2"); an articulated end-effector coupled to the distal end of the internal structural element (2") of shaft such that the internal structural element (2") provides stable positioning to the articulated end-effector; and mechanical transmission elements (5, 6, 7) passing through the internal structural element (2") and configured to transmit motion from the proximal hub to the articulated end-effector, characterized in that the external tube, when attached via the threaded surfaces (18a, 18b), is disposed over the internal structural element (2") and the mechanical transmission elements (5, 6, 7) and, when dis-attached via the threaded surfaces (18a, 18b), exposes the mechanical transmission elements (5, 6, 7) along a length of the shaft. a proximal hub; a shaft defining a longitudinal axis of the surgical instrument, the shaft comprising: an internal structural element (2") having a distal end and a proximal end fixed to the proximal hub; and an external tube configured to be attached via threaded surfaces (18a, 18b) to be disposed over, and connected to, the internal structural element (2"); an internal structural element (2") having a distal end and a proximal end fixed to the proximal hub; and an external tube configured to be attached via threaded surfaces (18a, 18b) to be disposed over, and connected to, the internal structural element (2"); an articulated end-effector coupled to the distal end of the internal structural element (2") of shaft such that the internal structural element (2") provides stable positioning to the articulated end-effector; and mechanical transmission elements (5, 6, 7) passing through the internal structural element (2") and configured to transmit motion from the proximal hub to the articulated end-effector, characterized in that the external tube, when attached via the threaded surfaces (18a, 18b), is disposed over the internal structural element (2") and the mechanical transmission elements (5, 6, 7) and, when dis-attached via the threaded surfaces (18a, 18b), exposes the mechanical transmission elements (5, 6, 7) along a length of the shaft.