mhurhangee/ep-ind-claims huggingface dataset:
A data packet forwarding method, implemented by a Software Defined Network, SDN, controller, comprising: obtaining and storing a Network Address Translation, NAT, mapping relationship between a private network address and a public network address of a host computer in each SDN of a plurality of SDNs; receiving a flow table request for a data packet from a Virtual Extensible LAN, VXLAN, Tunnel End Point, VTEP, device, searching for a NAT mapping relationship corresponding to a first target IP address of the data packet when determining that the data packet is forwarded across the SDNs; generating a flow table for forwarding the data packet according to the NAT mapping relationship corresponding to the first target IP address searched out and network topology information, and transmitting the flow table to the VTEP device, wherein the flow table comprises a NAT processing instruction for a first source IP address of the data packet to obtain a public network address corresponding to the first source IP address and encapsulation information, and a second target IP address in the encapsulation information is a public network address in the NAT mapping relationship searched out corresponding to the first target IP address of the data packet in the flow table. obtaining and storing a Network Address Translation, NAT, mapping relationship between a private network address and a public network address of a host computer in each SDN of a plurality of SDNs; receiving a flow table request for a data packet from a Virtual Extensible LAN, VXLAN, Tunnel End Point, VTEP, device, searching for a NAT mapping relationship corresponding to a first target IP address of the data packet when determining that the data packet is forwarded across the SDNs; generating a flow table for forwarding the data packet according to the NAT mapping relationship corresponding to the first target IP address searched out and network topology information, and transmitting the flow table to the VTEP device, wherein the flow table comprises a NAT processing instruction for a first source IP address of the data packet to obtain a public network address corresponding to the first source IP address and encapsulation information, and a second target IP address in the encapsulation information is a public network address in the NAT mapping relationship searched out corresponding to the first target IP address of the data packet in the flow table.
A wheel for a toy vehicle, the wheel comprising an axle hub defining a wheel axis of rotation, a rim with an inboard flange and an outboard flange each having an outer diameter, and where the wheel further comprises a primary tire forming the tread of the wheel with a tread diameter and a tread width, and being attached to the axle hub between the inboard and the outboard flange such that it rotates with the axle hub and characterised in that the wheel further comprises an outboard slip ring tatably mounted between the primary tire and the outboard flange so that the outboard slip ring can rotate with respect to the primary tire about the wheel axis of rotation, and where the outboard slip ring have an outer diameter being smaller than the tread diameter and larger than the outer diameter of the outboard flange.
Process for producing an alkali metal silicate layer for fireproof glazing capable of hardening spontaneously at ambient temperature substantially without drying, starting from a fluid composition, of which the water content is from 30% to 44% by weight, the SiO 2 /M 2 O molar ratio is between 3.5 and 7 and preferably between 4 and 6, M being an alkali metal element, this composition being exposed under a thickness which is no greater than 8 mm and preferably no greater than 6 mm, to infrared radiation intended to raise the temperature in order to accelerate the hardening, the maximum power of the spectrum of the emitter corresponding to a wavelength of the infrared radiation of between 0.5 and 5 μm and preferably between 0.7 and 3 μm, in order to achieve the hardening in a time not exceeding 10 minutes and preferably less than 8 minutes.
A propeller for use with fluids, the propeller provided to propel an object or person or to move the fluid, the propeller comprising: a plurality of blades; an intake root; an exhaust root; a means for generating non-axial lift and non-axial fluid flow; a means for redirecting the non-axial fluid flow to axial fluid flow; a rotational axis coincident with a hub; the plurality of blades extending radially outward from the rotational axis and disposed around the rotational axis; each blade forming a loop and having an intake portion, an exhaust portion and a tip portion extending radially outward from the rotational axis; characterised in that the means for generating non-axial lift and non-axial fluid flow and the means for redirecting the non-axial fluid flow to axial fluid flow are the blades being configured to have a positive and non-zero pitch angle in the tip portion, a continually increasing or decreasing skew angle from the intake root to the exhaust root and a rake at intake root which is less than the rake at exhaust root position thus resulting in a gap between the intake root and the exhaust root, wherein the tip portion of the blade is where the amount of non-axial lift produced by a given parameter section (418, 420) is greater than the axial lift produced. a plurality of blades; an intake root; an exhaust root; a means for generating non-axial lift and non-axial fluid flow; a means for redirecting the non-axial fluid flow to axial fluid flow; a rotational axis coincident with a hub; the plurality of blades extending radially outward from the rotational axis and disposed around the rotational axis; each blade forming a loop and having an intake portion, an exhaust portion and a tip portion extending radially outward from the rotational axis; characterised in that the means for generating non-axial lift and non-axial fluid flow and the means for redirecting the non-axial fluid flow to axial fluid flow are the blades being configured to have a positive and non-zero pitch angle in the tip portion, a continually increasing or decreasing skew angle from the intake root to the exhaust root and a rake at intake root which is less than the rake at exhaust root position thus resulting in a gap between the intake root and the exhaust root, wherein the tip portion of the blade is where the amount of non-axial lift produced by a given parameter section (418, 420) is greater than the axial lift produced.
Method for treating water to be treated in order to reduce its content in pollutants liable to introduce an adverse endocrine effect and/or a toxic and/or genotoxic effect, said method comprising: - a step of adsorption in which said water to be treated is brought into contact with a quantity of at least one adsorbent reagent producing a mixture of water and adsorbent reagent; - a step of liquid-solid separation of said mixture producing treated water and sludges; characterized in that said step of adsorption is preceded and/or said step of liquid-solid separation is followed by a step for bringing said water to be treated and/or said treated water respectively into contact with at least one living aquatic organism, said living aquatic organism being a genetically modified aquatic organism in the embryonic state and belonging to the group comprising fish and amphibians; and in that the value of at least one property of said living organism being correlated with a concentration in said pollutants of said water to be treated and/or said treated water, said property being a visual fluorescent signal emitted by said living organism, the intensity of which is quantifiable and correlated with the concentration of said water to be treated in said pollutants; said method further comprising: - a step for continuously evaluating the value of said property by measurement of the fluorescence emitted by the aquatic living organisms; - a step for adjusting the quantity of adsorbent reagent mixed into the water during said step of adsorption as a function of said value obtained at said step for evaluating. - a step of adsorption in which said water to be treated is brought into contact with a quantity of at least one adsorbent reagent producing a mixture of water and adsorbent reagent; - a step of liquid-solid separation of said mixture producing treated water and sludges; - a step for continuously evaluating the value of said property by measurement of the fluorescence emitted by the aquatic living organisms; - a step for adjusting the quantity of adsorbent reagent mixed into the water during said step of adsorption as a function of said value obtained at said step for evaluating.
A manual tool for measuring the thickness of a brake disc without removing the wheel of an industrial motor vehicle in order to determine the wear of the disc, said tool including for this purpose at least: - measuring means adapted to contact the opposite surfaces (5a, 5b) of the disc, said measuring means being provided with a stationary part and a movable part provided to move closer to the stationary part in order to measure the thickness, - means for displaying the measurement carried out, and - gripping means, one and/or the other of the movable part and the stationary part including an element for keeping the measuring means perpendicular to the opposite surfaces (5a, 5b) of the disc without the user having to hold the tool, characterised in that the gripping means comprise a handle and a branch, connecting the handle to the stationary part of the measuring means, the branch having a curved shape in order to allow the insertion of the measuring means into a space defined between the brake disc, the wheel and a bridge disposed opposite the wheel. - measuring means adapted to contact the opposite surfaces (5a, 5b) of the disc, said measuring means being provided with a stationary part and a movable part provided to move closer to the stationary part in order to measure the thickness, - means for displaying the measurement carried out, and - gripping means,
A surgical system configured to determine a diameter of a vessel within a region proximate to a working end of a surgical instrument, comprising: at least one light emitter disposed at the working end of the surgical instrument; at least one light sensor disposed at the working end of the surgical instrument opposite the at least one light emitter, the at least one light sensor adapted to generate a signal comprising a first pulsatile component and a second non-pulsatile component; and a controller coupled to the at least one light sensor, the controller comprising a splitter configured to separate the first pulsatile component from the second non-pulsatile component characterized in that the controller further comprises an analyzer configured to quantify the diameter of the vessel within the region proximate to the working end of the surgical instrument, the analyzer being configured to quantify the diameter of the vessel according to a ratio of a magnitude of the first component to a magnitude of the second component. at least one light emitter disposed at the working end of the surgical instrument; at least one light sensor disposed at the working end of the surgical instrument opposite the at least one light emitter, the at least one light sensor adapted to generate a signal comprising a first pulsatile component and a second non-pulsatile component; and a controller coupled to the at least one light sensor, the controller comprising a splitter configured to separate the first pulsatile component from the second non-pulsatile component characterized in that the controller further comprises an analyzer configured to quantify the diameter of the vessel within the region proximate to the working end of the surgical instrument, the analyzer being configured to quantify the diameter of the vessel according to a ratio of a magnitude of the first component to a magnitude of the second component.
A wind farm with at least two wind turbines (1, 2, 3, 4) connected to a power grid, further comprising a coupling device for coupling the wind farm to the power grid, characterized by a sensor element for sensing a first variable representative of said wind farm, wherein said sensor element is adapted to transmit said measured first variable to said coupling device, a centralized control unit connected to said at least two wind turbines (1, 2, 3, 4), and a sensor unit connected to said power grid and said centralized control unit,wherein said sensor unit is adapted to measure the grid frequency of said power grid and to transmit said measured grid frequency to said centralized control unit, wherein said coupling device is adapted to control a second variable of said wind farm according to said measured first variable, and wherein said centralized control unit is adapted to control the output of real power of said wind farm according to said measured grid frequency.
A laminated glass with a plastic film insert, prepared using a film constituted by grasping the plastic film (12, 16) between two sheets of resin intermediate film (11, 13), comprising: a glass plate (10, 14) bent through a bending process thereof; and the film, wherein the plastic film is one plastic film selected from polyethylene terephthalate, polyethylene naphthalate, polycarbonate, polymethylmethacrylate, polyether sulfone, nylon, polyarylate, and cycloolefin polymer, a thickness of the plastic film ranges from 30 to 200μm, an infrared ray reflective film in which resin films having different indexes of refractions are alternately laminated is formed on the plastic film, and the plastic film on which the infrared ray reflective film is formed satisfies all of the following conditions of: a thermal shrinkage of the plastic film falls in a range from 0.5% to 3% in a temperature range of 90 through 150°C,: a modulus of elasticity from 30MPa to 2000MPa, and: a rate of elongation of the plastic film is 0.3% or less when a tensile force of 10N is applied to the plastic film per one-meter width, wherein the modulus of elasticity of the plastic film on which the infrared ray reflective film is formed is determined from a stress-strain curved line in a temperature range of 90 through 150°C using a viscosity-elasticity measurement device, and wherein the thermal shrinkage and the rate of elongation of the plastic film on which the infrared ray reflective film is formed are measured as described in the specification, and wherein a hard coat film is formed on an interface between the plastic film and the resin intermediate film (11, 13). a glass plate (10, 14) bent through a bending process thereof; and the film, wherein the plastic film is one plastic film selected from polyethylene terephthalate, polyethylene naphthalate, polycarbonate, polymethylmethacrylate, polyether sulfone, nylon, polyarylate, and cycloolefin polymer, a thickness of the plastic film ranges from 30 to 200μm, an infrared ray reflective film in which resin films having different indexes of refractions are alternately laminated is formed on the plastic film, and the plastic film on which the infrared ray reflective film is formed satisfies all of the following conditions of: a thermal shrinkage of the plastic film falls in a range from 0.5% to 3% in a temperature range of 90 through 150°C,: a modulus of elasticity from 30MPa to 2000MPa, and: a rate of elongation of the plastic film is 0.3% or less when a tensile force of 10N is applied to the plastic film per one-meter width, wherein the modulus of elasticity of the plastic film on which the infrared ray reflective film is formed is determined from a stress-strain curved line in a temperature range of 90 through 150°C using a viscosity-elasticity measurement device, and wherein the thermal shrinkage and the rate of elongation of the plastic film on which the infrared ray reflective film is formed are measured as described in the specification, and wherein a hard coat film is formed on an interface between the plastic film and the resin intermediate film (11, 13).
A method for detecting an electrical fault in a photovoltaic system, comprising the steps of: - measuring at least a first parameter profile of a first electrical parameter in the photovoltaic system, in particular in a string of the photovoltaic system; - evaluating the first parameter profile; - identifying a system state (58, 58a, 58b, 58c, 111, 117) based on the first parameter profile; - storing the system state in a state memory; - retrieving the system state from the state memory; - in response to the system state, issuing an enable signal to respective solar modules of the photovoltaic system; - detecting the enable signal or the absence of the enable signal, by the respective solar module. - measuring at least a first parameter profile of a first electrical parameter in the photovoltaic system, in particular in a string of the photovoltaic system; - evaluating the first parameter profile; - identifying a system state (58, 58a, 58b, 58c, 111, 117) based on the first parameter profile; - storing the system state in a state memory; - retrieving the system state from the state memory; - in response to the system state, issuing an enable signal to respective solar modules of the photovoltaic system; - detecting the enable signal or the absence of the enable signal, by the respective solar module.
A wireless communication system including a first base station and a second base station, the first base station being configured to communicate with a mobile station by using a wireless resource other than a wireless resource allocated to the second base station, the second base station being installed under the first base station and being configured to communicate with the mobile station by using wireless resource allocated to the second base station by the first base station, wherein the first base station comprises resource control means configured to control allocation of the wireless resource to the second base station, wherein the resource control means are configured to reallocate the wireless resource depending on a communication situation of the first base station when the second base station requests reallocation of the wireless resource, and the second base station comprises communication means configured to communicate with the mobile station by using the wireless resource allocated from the first base station; and resource request means configured to request the allocation of the wireless resource to the first base station based on an expected traffic load in the second base station, the resource request means being further configured to request reallocation of the wireless resource to the first base station when the allocated wireless resource is short or is expected to be short. the first base station comprises resource control means configured to control allocation of the wireless resource to the second base station, wherein the resource control means are configured to reallocate the wireless resource depending on a communication situation of the first base station when the second base station requests reallocation of the wireless resource, and the second base station comprises communication means configured to communicate with the mobile station by using the wireless resource allocated from the first base station; and resource request means configured to request the allocation of the wireless resource to the first base station based on an expected traffic load in the second base station, the resource request means being further configured to request reallocation of the wireless resource to the first base station when the allocated wireless resource is short or is expected to be short. communication means configured to communicate with the mobile station by using the wireless resource allocated from the first base station; and resource request means configured to request the allocation of the wireless resource to the first base station based on an expected traffic load in the second base station, the resource request means being further configured to request reallocation of the wireless resource to the first base station when the allocated wireless resource is short or is expected to be short.
Apparatus, comprising: a carrier with circuit structures comprising a complex impedance; a measurement means configured to measure the complex impedance of the circuit structures at a first time to get a first result, and at a later second time to get a second result; a control configured to enable operation of a component or to judge whether unauthorized access to the component has taken place, in dependence on whether the first result matches the second result; wherein the control is configured to derive a cryptographic key from the second result; and wherein the control further comprises a cryptographic means configured to decrypt an encrypted program stored on the component section by section or completely with the cryptographic key; wherein the complex impedance captured by the measuring means is a two-dimensional quantity with an imaginary part unequal to zero and a real part unequal to zero, wherein the measuring means is configured to capture the real part and the imaginary part of the complex impedance of the circuit structures. a carrier with circuit structures comprising a complex impedance; a measurement means configured to measure the complex impedance of the circuit structures at a first time to get a first result, and at a later second time to get a second result; a control configured to enable operation of a component or to judge whether unauthorized access to the component has taken place, in dependence on whether the first result matches the second result; wherein the control is configured to derive a cryptographic key from the second result; and wherein the control further comprises a cryptographic means configured to decrypt an encrypted program stored on the component section by section or completely with the cryptographic key; wherein the complex impedance captured by the measuring means is a two-dimensional quantity with an imaginary part unequal to zero and a real part unequal to zero, wherein the measuring means is configured to capture the real part and the imaginary part of the complex impedance of the circuit structures.