mhurhangee/patent-ind-claim-en huggingface dataset:
A method for verifying whether an electronic service request to perform an electronic service comes from a person or from a machine, by using a personal electronic circuit , the method comprising: receiving the electronic service request over a communication network by a service server ; establishing a communication link between the service server and the personal electronic circuit ; and in response to a receipt of an electronic message from the electronic circuit by the service server , verifying that the electronic service request comes from a person, wherein the electronic circuit only sends the electronic message if a test is carried out with the electronic circuit that usually only a person can carry out, wherein the electronic message includes personal information, wherein in the step of verifying the electronic message is compared with a pre-stored electronic message, and wherein upon a matching of the electronic message and the pre-stored electronic message, it is verified that the service request comes from a person, wherein in the step of establishing the communication link, the electronic circuit and thus implicitly the person is identified on the basis of a communication protocol used by the electronic circuit , wherein the electronic circuit is a cryptographic circuit of an electronically readable identification document or a cryptographic circuit of a health card. receiving the electronic service request over a communication network by a service server ; establishing a communication link between the service server and the personal electronic circuit ; and in response to a receipt of an electronic message from the electronic circuit by the service server , verifying that the electronic service request comes from a person, wherein the electronic circuit only sends the electronic message if a test is carried out with the electronic circuit that usually only a person can carry out, wherein the electronic message includes personal information, wherein in the step of verifying the electronic message is compared with a pre-stored electronic message, and wherein upon a matching of the electronic message and the pre-stored electronic message, it is verified that the service request comes from a person, wherein in the step of establishing the communication link, the electronic circuit and thus implicitly the person is identified on the basis of a communication protocol used by the electronic circuit , wherein the electronic circuit is a cryptographic circuit of an electronically readable identification document or a cryptographic circuit of a health card.
An electronic device, comprising: a display configured to output an object; and a processor configured to: manage a connection of session between the electronic device and an external server device for providing user information to the external server device; determine a risk level of the user information; and control the display to display an information provision state object indicating a user information transmission state, while the user information is being transmitted to the external server device; change the information provision state object by changing at least one of a kind of image, a brightness, a shape, and a transparency of the information provision state object based on the risk level of the user information; and control the display to display the changed information provision state object. a display configured to output an object; and a processor configured to: manage a connection of session between the electronic device and an external server device for providing user information to the external server device; determine a risk level of the user information; and control the display to display an information provision state object indicating a user information transmission state, while the user information is being transmitted to the external server device; change the information provision state object by changing at least one of a kind of image, a brightness, a shape, and a transparency of the information provision state object based on the risk level of the user information; and control the display to display the changed information provision state object. manage a connection of session between the electronic device and an external server device for providing user information to the external server device; determine a risk level of the user information; and control the display to display an information provision state object indicating a user information transmission state, while the user information is being transmitted to the external server device; change the information provision state object by changing at least one of a kind of image, a brightness, a shape, and a transparency of the information provision state object based on the risk level of the user information; and control the display to display the changed information provision state object.
A method comprising: performing a non-access stratum, NAS, signaling procedure via a NAS signaling connection by a user equipment, UE , in a mobile communication network; monitoring a radio resource status; determining whether a radio bearer has been or is being established for a radio resource control, RRC, connection for data transmission, characterized by the method further comprising: determining whether to start a timer (T3340) upon completing the NAS signaling procedure based on whether the radio bearer has been or is being established, wherein the UE starts the timer (T3340) if no radio bearer has been established, and otherwise the UE does not start the timer (T3340) if a radio bearer has been or is being established, and wherein the UE releases the NAS signaling connection upon the timer (T3340) expires. performing a non-access stratum, NAS, signaling procedure via a NAS signaling connection by a user equipment, UE , in a mobile communication network; monitoring a radio resource status; determining whether a radio bearer has been or is being established for a radio resource control, RRC, connection for data transmission, characterized by the method further comprising: determining whether to start a timer (T3340) upon completing the NAS signaling procedure based on whether the radio bearer has been or is being established, wherein the UE starts the timer (T3340) if no radio bearer has been established, and otherwise the UE does not start the timer (T3340) if a radio bearer has been or is being established, and wherein the UE releases the NAS signaling connection upon the timer (T3340) expires. determining whether to start a timer (T3340) upon completing the NAS signaling procedure based on whether the radio bearer has been or is being established, wherein the UE starts the timer (T3340) if no radio bearer has been established, and otherwise the UE does not start the timer (T3340) if a radio bearer has been or is being established, and wherein the UE releases the NAS signaling connection upon the timer (T3340) expires.
A system for translating network data transmissions, wherein translating the network data transmissions includes encrypting the network data transmissions, the system comprising: a plurality of adjacent routers ; a primary router in communication with each of the adjacent routers, wherein the primary router is programmed to prepend an interface identifier before a first field of an incoming data transmission, thereby forming a prepended field, wherein the interface identifier identifies an interface over which the incoming data transmission was received; and a translation device in communication with only the primary router, wherein the incoming data transmission is arranged to be transmitted to the translation device, wherein the translation device is programmed to avoid altering the prepended field, wherein the translation device is arranged to transfer the translated data transmission back to the primary router, wherein the prepended interface identifier is arranged to be removed, and wherein a link-state adjacency for an adjacent router of the plurality of adjacent routers is maintained using the interface identifier. a plurality of adjacent routers ; a primary router in communication with each of the adjacent routers, wherein the primary router is programmed to prepend an interface identifier before a first field of an incoming data transmission, thereby forming a prepended field, wherein the interface identifier identifies an interface over which the incoming data transmission was received; and a translation device in communication with only the primary router, wherein the incoming data transmission is arranged to be transmitted to the translation device, wherein the translation device is programmed to avoid altering the prepended field, wherein the translation device is arranged to transfer the translated data transmission back to the primary router, wherein the prepended interface identifier is arranged to be removed, and wherein a link-state adjacency for an adjacent router of the plurality of adjacent routers is maintained using the interface identifier.
A microwave, MW, excited gas slab laser adapted for operation at a laser gain wavelength of 10.6 μm comprising: a laser head comprising a microwave MW cavity comprising a hollow slab waveguide adapted for a lasing gas confinement, the waveguide includes dielectric layers forming the confinement adapted for electric discharge in the lasing gas, wherein an optical gain plasma to be formed by said electrical discharge is confined within said hollow slab waveguide, characterized in that the width of the hollow slab between the dielectric layers is equal to or smaller than 0.5 mm, and said dielectric layers form a photonic band-gap structure at the laser gain wavelength, said photonic band gap structure being provided by spatially alternating layers of two different materials to form said dielectric layers. a laser head comprising a microwave MW cavity comprising a hollow slab waveguide adapted for a lasing gas confinement, the waveguide includes dielectric layers forming the confinement adapted for electric discharge in the lasing gas, wherein an optical gain plasma to be formed by said electrical discharge is confined within said hollow slab waveguide, characterized in that the width of the hollow slab between the dielectric layers is equal to or smaller than 0.5 mm, and said dielectric layers form a photonic band-gap structure at the laser gain wavelength, said photonic band gap structure being provided by spatially alternating layers of two different materials to form said dielectric layers.
A method for controlling charging of a hybrid vehicle comprising charging the hybrid vehicle with electric energy received from an external energy supply, which hybrid vehicle comprises a control system , an electric machine , an internal combustion engine , a hybrid energy storage and an accessory battery , wherein the hybrid energy storage is arranged for supplying electric power to the electric machine and wherein the accessory battery is arranged for supplying power to start the internal combustion engine , said control system being provided with means for defining a time period (T) for performing the charging, wherein the method comprises checking whether a time period (T) has been defined and controlling the charging in accordance with a first mode when a time period (T) has not been defined and in accordance with a second mode when a time period has been defined, wherein said first mode and said second mode comprises: - monitoring the state of charge of the accessory battery , - determining a charging threshold for enabling start of the internal combustion engine by means of the accessory battery , - determining whether the charging level of the accessory battery is above the charging level threshold, said first mode further comprises: - supplying a maximum charging current to the accessory battery when the charging level of the accessory battery is lower than the charging threshold, said second mode further comprises: - determining a first charging need for the accessory battery and a second charging need for the hybrid energy storage , - determining whether charging with reduced current is possible for the accessory battery and the hybrid energy storage based on the determined first and second need and the charging time period (T), and - supplying a charging current below the maximum charging current of the hybrid energy storage to the hybrid energy storage and a charging current below the maximum charging current of the accessory battery to the accessory battery when reduced current is possible. - monitoring the state of charge of the accessory battery , - determining a charging threshold for enabling start of the internal combustion engine by means of the accessory battery , - determining whether the charging level of the accessory battery is above the charging level threshold, - supplying a maximum charging current to the accessory battery when the charging level of the accessory battery is lower than the charging threshold, - determining a first charging need for the accessory battery and a second charging need for the hybrid energy storage , - determining whether charging with reduced current is possible for the accessory battery and the hybrid energy storage based on the determined first and second need and the charging time period (T), and - supplying a charging current below the maximum charging current of the hybrid energy storage to the hybrid energy storage and a charging current below the maximum charging current of the accessory battery to the accessory battery when reduced current is possible.
An adapter fitting for attachment to a connecting rod fitting of a window or a door to implement a night-vent function, comprising: - an adapter profile for releasably fixing the adapter fitting to a faceplate of a respective connecting rod fitting ; and - at least a first entrainer plate which is movable relative to the adapter profile , to which a first auxiliary locking pin is fastened and in which a first passage opening is formed for receiving a first main locking pin fastened to a connecting rod of a respective connecting rod fitting ; wherein, in the adapter profile , a first elongate hole is formed which extends along a longitudinal axis and through which the first auxiliary locking pin extends, whereby the first auxiliary locking pin is compulsorily guided along the longitudinal axis of the first elongate hole . - an adapter profile for releasably fixing the adapter fitting to a faceplate of a respective connecting rod fitting ; and - at least a first entrainer plate which is movable relative to the adapter profile , to which a first auxiliary locking pin is fastened and in which a first passage opening is formed for receiving a first main locking pin fastened to a connecting rod of a respective connecting rod fitting ; wherein, in the adapter profile , a first elongate hole is formed which extends along a longitudinal axis and through which the first auxiliary locking pin extends, whereby the first auxiliary locking pin is compulsorily guided along the longitudinal axis of the first elongate hole .
Electrode cap comprising at least one electrode assembly for placing on the head of a test subject , - wherein each of the electrode assemblies comprises: - an insulating layer , - two electrodes lying opposite each other on the insulating layer , namely a first measurement electrode facing the head of the test subject and a reference electrode facing away from the head of the test subject , and - a conductive body which abuts against the reference electrode and electrically contacts same and which is arranged on the side of the reference electrode facing away from the head of the test subject ; and - wherein the individual conductive bodies of all of the electrode assemblies are connected to one another in an electrically conductive manner, characterised in that the conductive body of at least one or each of the electrode assemblies is formed by a fluid in electrical contact with the reference electrode , in particular a saline solution. - wherein each of the electrode assemblies comprises: - an insulating layer , - two electrodes lying opposite each other on the insulating layer , namely a first measurement electrode facing the head of the test subject and a reference electrode facing away from the head of the test subject , and - a conductive body which abuts against the reference electrode and electrically contacts same and which is arranged on the side of the reference electrode facing away from the head of the test subject ; and - wherein the individual conductive bodies of all of the electrode assemblies are connected to one another in an electrically conductive manner, characterised in that the conductive body of at least one or each of the electrode assemblies is formed by a fluid in electrical contact with the reference electrode , in particular a saline solution.
A hot rolled steel having a composition comprising the following elements, expressed in percentage by weight: 15 % < Nickel < 25 % 6 % < Cobalt < 12% 2% < Molybdenum < 6% 0.1 % < Titanium < 1 % 0.0001 % < Carbon < 0.03% 0.002 % < Phosphorus < 0.02 % 0% < Sulfur < 0.005 %. 0 % < Nitrogen < 0.01 % and can contain one or more of the following optional elements 0% < Aluminum < 0.1 % 0% < Niobium < 0.1 % 0% < Vanadium < 0.3% 0% < Copper < 0.5% 0% < Chromium < 0.5% 0% < Boron< 0.001 % 0% < Magnesium < 0.0010% the remainder composition being composed of iron and unavoidable impurities caused by processing, the microstructure of said steel sheet comprising in area fraction, 20% to 40% Tempered Martensite, at least 60% of Reverted Austenite and inter-metallic compounds of Molybdenum, Titanium and Nickel. 15 % < Nickel < 25 % 6 % < Cobalt < 12% 2% < Molybdenum < 6% 0.1 % < Titanium < 1 % 0.0001 % < Carbon < 0.03% 0.002 % < Phosphorus < 0.02 % 0% < Sulfur < 0.005 %. 0 % < Nitrogen < 0.01 % and can contain one or more of the following optional elements 0% < Aluminum < 0.1 % 0% < Niobium < 0.1 % 0% < Vanadium < 0.3% 0% < Copper < 0.5% 0% < Chromium < 0.5% 0% < Boron< 0.001 % 0% < Magnesium < 0.0010%
A composition, comprising: 100 parts by mass of a polyvinyl acetal; and 30 to 70 parts by mass of a plasticizer including 0.5 to 100% by mass of a first plasticizer and 0 to 99.5% by mass of a second plasticizer, a total of the first plasticizer and the second plasticizer being 100% by mass, wherein the first plasticizer contains a hydroxyl group and is an ester compound or an ether compound, wherein the second plasticizer does not contain a polar group selected from the group consisting of a hydroxyl group, a polyethyleneoxide group having a polymerization degree of 10 or more, a polypropylene oxide group having a polymerization degree of 10 or more, a carboxyl group, and an amino group, wherein when the polyvinyl acetal is analyzed by high performance liquid chromatography (HPLC) using a column (ODS column) having an inner diameter of 4 mm and a length of 1 cm, the polyvinyl acetal exhibits a first peak and a second peak derived from polyvinyl acetals, the column (ODS column) being filled with spherical silica gel surface-modified with an octadecylsilyl group, serving as a stationary phase, and wherein the polyvinyl acetal is a mixture of polyvinyl acetal (A) and polyvinyl acetal (B) having different average amounts of remaining hydroxyl groups. 100 parts by mass of a polyvinyl acetal; and 30 to 70 parts by mass of a plasticizer including 0.5 to 100% by mass of a first plasticizer and 0 to 99.5% by mass of a second plasticizer, a total of the first plasticizer and the second plasticizer being 100% by mass, wherein the first plasticizer contains a hydroxyl group and is an ester compound or an ether compound, wherein the second plasticizer does not contain a polar group selected from the group consisting of a hydroxyl group, a polyethyleneoxide group having a polymerization degree of 10 or more, a polypropylene oxide group having a polymerization degree of 10 or more, a carboxyl group, and an amino group, wherein when the polyvinyl acetal is analyzed by high performance liquid chromatography (HPLC) using a column (ODS column) having an inner diameter of 4 mm and a length of 1 cm, the polyvinyl acetal exhibits a first peak and a second peak derived from polyvinyl acetals, the column (ODS column) being filled with spherical silica gel surface-modified with an octadecylsilyl group, serving as a stationary phase, and wherein the polyvinyl acetal is a mixture of polyvinyl acetal (A) and polyvinyl acetal (B) having different average amounts of remaining hydroxyl groups.
A process for adjusting the amount of dilution water of a binding compound intended to be applied on fibers (F) in a fiberizing station of a plant for manufacturing a mat (M) of mineral fibers, the manufacturing plant comprising - a fiberizing station , comprising means for forming the fibers and means for applying, on said fibers (F), a binding compound resulting from the mixture of a binder composition with dilution water, - a receiving chamber comprising a perforated receiving device , in particular a perforated conveyor or a grid, equipped with a fiber-receiving surface and, below said receiving surface, at least one suction duct , - means for heat treatment of the mat (M), the process comprising at least the following steps: - determining the humidity of the ambient air in the fiberizing station , - determining the humidity of the intake air and the intake air flow rate in the at least one suction duct , - determining an optimal amount of dilution water as a function at least of the humidity of the ambient air in the fiberizing station , of the humidity of the intake air and of the intake air flow rate in the at least one suction duct , and of the desired amount of water in the mat (M) at the outlet of the receiving chamber , and - adjusting the amount of dilution water as a function of said optimal amount thus determined. - a fiberizing station , comprising means for forming the fibers and means for applying, on said fibers (F), a binding compound resulting from the mixture of a binder composition with dilution water, - a receiving chamber comprising a perforated receiving device , in particular a perforated conveyor or a grid, equipped with a fiber-receiving surface and, below said receiving surface, at least one suction duct , - means for heat treatment of the mat (M), - determining the humidity of the ambient air in the fiberizing station , - determining the humidity of the intake air and the intake air flow rate in the at least one suction duct , - determining an optimal amount of dilution water as a function at least of the humidity of the ambient air in the fiberizing station , of the humidity of the intake air and of the intake air flow rate in the at least one suction duct , and of the desired amount of water in the mat (M) at the outlet of the receiving chamber , and - adjusting the amount of dilution water as a function of said optimal amount thus determined.