mhurhangee/ep-ind-claims huggingface dataset:
Method for providing data for toll collection, in which - an apparatus arranged in a motor vehicle is used to ascertain a collision-free checksum in each case on the basis of a stipulated set of captured position data values for the vehicle, - the apparatus is used to store the respective set of captured position data values together with the associated checksum in stipulated form, - if the vehicle passes a respective stipulated toll beacon, a first data record comprising at least one of the stored checksums is sent to the respective toll beacon, wherein the toll beacon is designed to forward the first data record sent to the toll beacon to a toll ascertainment device, wherein the toll ascertainment device is designed to verify the position data and checksums provided by the apparatus on the basis of the first data record received by the toll beacon, - the apparatus is used to provide at least one portion of the stored position data values along with the associated checksums in stipulated form on a stipulated communication interface in response to a stipulated read signal and/or at stipulated intervals of time. - an apparatus arranged in a motor vehicle is used to ascertain a collision-free checksum in each case on the basis of a stipulated set of captured position data values for the vehicle, - the apparatus is used to store the respective set of captured position data values together with the associated checksum in stipulated form, - if the vehicle passes a respective stipulated toll beacon, a first data record comprising at least one of the stored checksums is sent to the respective toll beacon, wherein the toll beacon is designed to forward the first data record sent to the toll beacon to a toll ascertainment device, wherein the toll ascertainment device is designed to verify the position data and checksums provided by the apparatus on the basis of the first data record received by the toll beacon, - the apparatus is used to provide at least one portion of the stored position data values along with the associated checksums in stipulated form on a stipulated communication interface in response to a stipulated read signal and/or at stipulated intervals of time.
A method for validating a transaction in a blockchain network, comprising steps of: receiving a transaction to be validated, inputting the transaction or a txid corresponding to the transaction to a Bloom filter generated based on one or more transactions included in past blocks on which consensuses were formed in the blockchain network, determining that the transaction is valid when the output of the Bloom filter is false, searching a dictionary which holds txids of one or more transactions included in past blocks on which consensuses were formed in the blockchain network, by using the txid of the transaction as a key when the output of the Bloom filter is true, characterized in that it further comprises the steps of: determining that the transaction is valid when the output of the dictionary is false, and determining that the transaction is invalid when the output of the dictionary is true. receiving a transaction to be validated, inputting the transaction or a txid corresponding to the transaction to a Bloom filter generated based on one or more transactions included in past blocks on which consensuses were formed in the blockchain network, determining that the transaction is valid when the output of the Bloom filter is false, searching a dictionary which holds txids of one or more transactions included in past blocks on which consensuses were formed in the blockchain network, by using the txid of the transaction as a key when the output of the Bloom filter is true, characterized in that it further comprises the steps of: determining that the transaction is valid when the output of the dictionary is false, and determining that the transaction is invalid when the output of the dictionary is true. determining that the transaction is valid when the output of the dictionary is false, and determining that the transaction is invalid when the output of the dictionary is true.
A bicycle derailleur apparatus comprising: a base member for coupling to a bicycle frame; a movable member coupled for movement relative to the base member; a chain guide coupled to the movable member for guiding a chain among a plurality of sprockets in response to movement of the movable member; a biasing device that provides a biasing force to the chain guide for tensioning the chain; characterized by comprising an electrically-operated movement resisting device with a control element configured for the application of a signal that causes the movement resisting device to change resistance to movement of the chain guide; and a resist control device that controls the operation of the movement resisting device. a base member for coupling to a bicycle frame; a movable member coupled for movement relative to the base member; a chain guide coupled to the movable member for guiding a chain among a plurality of sprockets in response to movement of the movable member; a biasing device that provides a biasing force to the chain guide for tensioning the chain; characterized by comprising an electrically-operated movement resisting device with a control element configured for the application of a signal that causes the movement resisting device to change resistance to movement of the chain guide; and a resist control device that controls the operation of the movement resisting device.
A method for repairing a gas turbine component, said method comprising the steps of: • identifying on said gas turbine component a worn out location, where said gas turbine component is damaged; • removing said damaged location, thereby creating a missing zone; • manufacturing an insert, which fits into said missing zone; • putting said insert into said missing zone; • adjusting said insert in said gas turbine component; and • joining said adjusted insert to said gas turbine component; wherein • the worn out location is measured/scanned by means of a 3-D scanning/measuring system to get the actual geometry of the missing zone, especially as a CAD data; • the nominal geometry for the insert is defined by said actual geometry of the missing zone, with respect to certain defined gap tolerances; • an insert is provided for being machined, wherein inserts are designed as one-size products with or without an oversize; • the actual geometry of the insert is measured during the manufacture of the insert; • the nominal geometry and the actual geometry of the insert are compared; and • an adaptive machining operation of the insert is carried out based on the results from the comparison between the actual and nominal geometries of the insert. • identifying on said gas turbine component a worn out location, where said gas turbine component is damaged; • removing said damaged location, thereby creating a missing zone; • manufacturing an insert, which fits into said missing zone; • putting said insert into said missing zone; • adjusting said insert in said gas turbine component; and • joining said adjusted insert to said gas turbine component; wherein • the worn out location is measured/scanned by means of a 3-D scanning/measuring system to get the actual geometry of the missing zone, especially as a CAD data; • the nominal geometry for the insert is defined by said actual geometry of the missing zone, with respect to certain defined gap tolerances; • an insert is provided for being machined, wherein inserts are designed as one-size products with or without an oversize; • the actual geometry of the insert is measured during the manufacture of the insert; • the nominal geometry and the actual geometry of the insert are compared; and • an adaptive machining operation of the insert is carried out based on the results from the comparison between the actual and nominal geometries of the insert.
A method performed by a terminal supporting carrier aggregation in a wireless communication system, the method comprising: receiving, from a base station, first timing advance, TA, information associated with a primary timing advance group, PTAG, which is a group of serving cells using same timing advance value for an uplink transmission and includes a primary cell; starting or restarting a first timing alignment timer, TAT, associated with the PTAG based on the first TA information; receiving, from the base station, second TA information associated with a secondary timing advance group, STAG, which is a group of serving cells using same timing advance value and does not include the primary cell; starting or restarting a second TAT associated with the STAG based on the second TA information; receiving downlink data on at least one serving cell in the STAG; identifying that a TAT is expired; characterized in notifying a radio resource control, RRC, layer to release at least one physical uplink control channel, PUCCH, for serving cells belonging to the STAG and instructing a physical layer of the terminal to generate hybrid automatic repeat request, HARQ, positive or negative acknowledgement information of the downlink data received on the at least one serving cell in the STAG, in case that the expired TAT is the second TAT associated with the STAG; and notifying the RRC layer to release at least one PUCCH for all serving cells and suspending an instruction to the physical layer to generate the HARQ positive or negative acknowledgement information, in case that the expired TAT is the first TAT associated with the PTAG. receiving, from a base station, first timing advance, TA, information associated with a primary timing advance group, PTAG, which is a group of serving cells using same timing advance value for an uplink transmission and includes a primary cell; starting or restarting a first timing alignment timer, TAT, associated with the PTAG based on the first TA information; receiving, from the base station, second TA information associated with a secondary timing advance group, STAG, which is a group of serving cells using same timing advance value and does not include the primary cell; starting or restarting a second TAT associated with the STAG based on the second TA information; receiving downlink data on at least one serving cell in the STAG; identifying that a TAT is expired; characterized in notifying a radio resource control, RRC, layer to release at least one physical uplink control channel, PUCCH, for serving cells belonging to the STAG and instructing a physical layer of the terminal to generate hybrid automatic repeat request, HARQ, positive or negative acknowledgement information of the downlink data received on the at least one serving cell in the STAG, in case that the expired TAT is the second TAT associated with the STAG; and notifying the RRC layer to release at least one PUCCH for all serving cells and suspending an instruction to the physical layer to generate the HARQ positive or negative acknowledgement information, in case that the expired TAT is the first TAT associated with the PTAG.
A method for detecting and reporting a power outage and restoration in a mesh network, the method comprising: obtaining, by a communication module (204, 600) of a node of the mesh network, a power status of a power supply at the node, the node comprising the communication module (204, 600) and a plurality of meters connected to the power supply and the power supply comprising three phases; determining, by the communication module (204, 600) and based on the power status of the power supply, whether a power outage has occurred at the node by determining whether at least one phase of the power supply loses power; in response to determining that a power outage has occurred, identifying, by the communication module (204, 600), two or more meters of the plurality of meters that are connected to the at least one phase and are no longer powered after the at least one phase loses power; generating, by the communication module (204, 600), one power outage message for the two or more meters indicating that the two or more meters have a power outage; and transmitting, by the communication module (204, 600), the one power outage message over the mesh network to a headend system. obtaining, by a communication module (204, 600) of a node of the mesh network, a power status of a power supply at the node, the node comprising the communication module (204, 600) and a plurality of meters connected to the power supply and the power supply comprising three phases; determining, by the communication module (204, 600) and based on the power status of the power supply, whether a power outage has occurred at the node by determining whether at least one phase of the power supply loses power; in response to determining that a power outage has occurred, identifying, by the communication module (204, 600), two or more meters of the plurality of meters that are connected to the at least one phase and are no longer powered after the at least one phase loses power; generating, by the communication module (204, 600), one power outage message for the two or more meters indicating that the two or more meters have a power outage; and transmitting, by the communication module (204, 600), the one power outage message over the mesh network to a headend system.
A method for producing a composite material, comprising: providing a layer of carbon nanotubes; filling the interstices of the carbon nanotubes layer with a metal so as to form a metal matrix, in which the carbon nanotubes are embedded, said filling being effected by electrodeposition or by electroless deposition; wherein the layer of carbon nanotubes is obtained by depositing, on a substrate, carbon nanotubes coated with a polyphenol or poly(catecholamine) coating, the polyphenol or poly(catecholamine) coating being crosslinked by metal ions, said metal ions promoting, as metal seeds, adhesion and/or growth of the metal matrix during the filling step. providing a layer of carbon nanotubes; filling the interstices of the carbon nanotubes layer with a metal so as to form a metal matrix, in which the carbon nanotubes are embedded, said filling being effected by electrodeposition or by electroless deposition; wherein the layer of carbon nanotubes is obtained by depositing, on a substrate, carbon nanotubes coated with a polyphenol or poly(catecholamine) coating, the polyphenol or poly(catecholamine) coating being crosslinked by metal ions, said metal ions promoting, as metal seeds, adhesion and/or growth of the metal matrix during the filling step.
An electric circuit providing mixing and gaining functions for a RF receiver front-end, the electric circuit comprising an I path and a Q path, wherein each of the I path and the Q path comprises: - a switch (SW IP, SW QP), - an input capacitor (C 1) having a first terminal connected to the switch (SW IP, SW QP) and a second terminal connected to an input of an operational amplifier (OA1, OA2), - the operational amplifier (OA1, OA2), - a feedback capacitor (C 2) having a first terminal connected to the input of the operational amplifier (OA1, OA2) and a second terminal connected to the output of the operational amplifier (OA1, OA2), the electric circuit comprising: - a bias resistor (R B) so as to DC-bias the operational amplifier input, - a local oscillator arranged to generate a carrier signal having a carrier frequency, a gate of the switch being coupled to the local oscillator, - a command module arranged to sequentially close each switch (SW IP, SW QP) during a mixer's averaging window, so that an incoming signal having a frequency close to the carrier frequency, i.e. a frequency belonging to a mixer's bandwidth, results in a non-zero down-converted signal across the input capacitor (C 1), this down-converted signal being then amplified by the operational amplifier (OA1, OA2) so that an amplified down-converted signal appears at the output of the operational amplifier (OA1, OA2), characterized in that the electric circuit comprises a resistor (R p) between each input capacitor (C 1) and the corresponding input of the operational amplifier (OA1, OA2), so as to introduce a pole in the baseband or IF transfer function. - a switch (SW IP, SW QP), - an input capacitor (C 1) having a first terminal connected to the switch (SW IP, SW QP) and a second terminal connected to an input of an operational amplifier (OA1, OA2), - the operational amplifier (OA1, OA2), - a feedback capacitor (C 2) having a first terminal connected to the input of the operational amplifier (OA1, OA2) and a second terminal connected to the output of the operational amplifier (OA1, OA2), - a bias resistor (R B) so as to DC-bias the operational amplifier input, - a local oscillator arranged to generate a carrier signal having a carrier frequency, a gate of the switch being coupled to the local oscillator, - a command module arranged to sequentially close each switch (SW IP, SW QP) during a mixer's averaging window, so that an incoming signal having a frequency close to the carrier frequency, i.e. a frequency belonging to a mixer's bandwidth, results in a non-zero down-converted signal across the input capacitor (C 1), this down-converted signal being then amplified by the operational amplifier (OA1, OA2) so that an amplified down-converted signal appears at the output of the operational amplifier (OA1, OA2),
The use of a substance or composition in the manufacture of a medicament or preparation for the therapeutic or prophylactic treatment of erectile dysfunction in the male human or animal body, the substance or composition comprising a formulation of at least one of plant material, and an extract of plant material of at least one plant species of the Genus Monsonia.
A copolymer, obtainable by radical copolymerization of one or more urethane-based macromonomers containing polysiloxane, and at least one or more radically polymerisable monomers, characterized in that the copolymer is a (meth)acrylate copolymer, the macromonomer(s) is/are oligomers or polymers with a functional terminal group, and the macromonomer(s) is/are obtainable by reacting at least one hydroxy-functional (meth)acrylate and at least one polysiloxane-, polyether-polysiloxane-, polyester-polysiloxane- or polyether/polyester-polysiloxane-modified isocyanate, optionally in the presence of a catalyst for the formation of the urethane bond, and at least on inhibitor of radical polymerisation, and that at least 85 % of the monomers utilized for the production of the copolymer have only one radically polymerisable double bond.
A dismantling projectile with a one-piece construction, which has a cylindrical section and a substantially frustoconical section, at the end of which facing away from the cylindrical section the projectile tip is located and in which at least one predetermined breaking point is formed, wherein the frustoconical section is divided into segments (4.1, 4.2, 4.3, 4.4) and has a channel which has a muzzle in the region of the projectile tip, wherein the channel has a bell-shaped widening, the diameter of which increases in a direction facing away from the muzzle and which has its largest diameter in the region of the transition from the cylindrical section to the frustoconical section, wherein the dismantling projectile is produced by means of solid forming.
An electric handheld working machine comprising: a housing including: a motor as a drive source of a working unit; an operating handle; and attaching members provided on an outer surface of the housing and configured to attach a battery to supply electric power to the motor, the attaching members including: a connecting terminal connected to the battery; characterized in that the attaching members further include: a step provided above the connecting terminal and configured to function as a drainage path to drain drops of water to sides; and openings formed in the sides of the attaching members to communicate with the drainage path, wherein the openings communicate with a cooling air flow path configured to allow cooing air to flow through a gap between a back surface of the battery attached to the attaching members and the outer surface between the attaching members. a housing including: a motor as a drive source of a working unit; an operating handle; and attaching members provided on an outer surface of the housing and configured to attach a battery to supply electric power to the motor, a motor as a drive source of a working unit; an operating handle; and attaching members provided on an outer surface of the housing and configured to attach a battery to supply electric power to the motor, the attaching members including: a connecting terminal connected to the battery; characterized in that the attaching members further include: a step provided above the connecting terminal and configured to function as a drainage path to drain drops of water to sides; and openings formed in the sides of the attaching members to communicate with the drainage path, a connecting terminal connected to the battery; characterized in that the attaching members further include: a step provided above the connecting terminal and configured to function as a drainage path to drain drops of water to sides; and openings formed in the sides of the attaching members to communicate with the drainage path, a step provided above the connecting terminal and configured to function as a drainage path to drain drops of water to sides; and openings formed in the sides of the attaching members to communicate with the drainage path, wherein the openings communicate with a cooling air flow path configured to allow cooing air to flow through a gap between a back surface of the battery attached to the attaching members and the outer surface between the attaching members.
Grinding machine with a grinding unit, consisting of a tool-carrying grinding rotor, an adjustable counter-blade and a strainer basket, wherein the grinding rotor is equipped with tool holders and wherein freely swinging or overload-protected fixed tools (26, 22, 24) are received respectively in the tool holders, characterised in that each tool (26, 22, 24) consists of a multipart tool carrier (32, 46) and an interchangeable wear part (36, 54, 58), that the tool carrier (32, 46) has at least one tool shank (32, 46) with a hole, in which a shaft is arranged, via which the tool (26, 22, 24) is mounted in corresponding receiving forks, and that the shaft on which the tool carrier is arranged rotatably is fixed via screws in the tool holder.