mhurhangee/ep-ind-claims huggingface dataset:
Use of an electrically conductive composition containing the constituents: (A1a) 30 to 50% by weight of electrically conductive particles with an average particle size in the range of from 1 to 25 μm and an aspect ratio in the range of from 5 to 30: 1 and (A1b) 20 to 60% by weight of non-metallic particles with an average particle size in the range of from 1 to 25 μm and an aspect ratio in the range of from 1 to 3: 1 or (A2a) 70 to 90% by weight of electrically conductive particles and (A2b) 0 to 15% by weight of non-metallic particles, 5 to 25% by weight of particles different from (A1a) and (A2a) of an alloy, which melts in the range of from 50 to 180 ∼ C and which contains indium and/or tin, 5 to 25% by weight of a curable resin system, and 0 to 10% by weight of at least one additive, for adhering a component to a substrate across the contact surfaces thereof, wherein at least one of the contact surfaces is a tin contact surface, and wherein the electrically conductive composition is free from substances with one or several cyanate groups. (A1a) 30 to 50% by weight of electrically conductive particles with an average particle size in the range of from 1 to 25 μm and an aspect ratio in the range of from 5 to 30: 1 and (A1b) 20 to 60% by weight of non-metallic particles with an average particle size in the range of from 1 to 25 μm and an aspect ratio in the range of from 1 to 3: 1 or (A2a) 70 to 90% by weight of electrically conductive particles and (A2b) 0 to 15% by weight of non-metallic particles, 5 to 25% by weight of particles different from (A1a) and (A2a) of an alloy, which melts in the range of from 50 to 180 ∼ C and which contains indium and/or tin, 5 to 25% by weight of a curable resin system, and 0 to 10% by weight of at least one additive,
An apparatus for measuring stopping distance of a working machine comprising a user interface; at least one processor; and at least one memory including a computer program code, the at least one memory and the computer code configured to, with the at least one processor, cause the apparatus at least to: receive a first and a second speed parameter based on at least two user input on the user interface; receive at least one speed information value from a controller or an engine control unit of the working machine; send a slowdown command to the controller or the engine control unit to decelerate the working machine, when the received speed information value of the working machine is equal to the first speed parameter; send a stopping command to the controller or the engine control unit to stop the working machine when the received speed information value of the working machine is equal to the second speed parameter; track speed and time to calculate a travelled distance; and calculate the stopping distance of the working machine, wherein the stopping distance is a travelled distance travelled during the slowdown and stop time. a user interface; at least one processor; and at least one memory including a computer program code, the at least one memory and the computer code configured to, with the at least one processor, cause the apparatus at least to: receive a first and a second speed parameter based on at least two user input on the user interface; receive at least one speed information value from a controller or an engine control unit of the working machine; send a slowdown command to the controller or the engine control unit to decelerate the working machine, when the received speed information value of the working machine is equal to the first speed parameter; send a stopping command to the controller or the engine control unit to stop the working machine when the received speed information value of the working machine is equal to the second speed parameter; track speed and time to calculate a travelled distance; and calculate the stopping distance of the working machine, wherein the stopping distance is a travelled distance travelled during the slowdown and stop time. receive a first and a second speed parameter based on at least two user input on the user interface; receive at least one speed information value from a controller or an engine control unit of the working machine; send a slowdown command to the controller or the engine control unit to decelerate the working machine, when the received speed information value of the working machine is equal to the first speed parameter; send a stopping command to the controller or the engine control unit to stop the working machine when the received speed information value of the working machine is equal to the second speed parameter; track speed and time to calculate a travelled distance; and calculate the stopping distance of the working machine, wherein the stopping distance is a travelled distance travelled during the slowdown and stop time.
A variable magnetization machine control system comprising: a permanent magnet motor provided with a stator and a rotor having at least one permanent magnet; an inverter for supplying an alternating current to the permanent magnet motor; and a controller for controlling the inverter, the controller being configured to start a change in a magnetic state of a variable magnetization machine, generate a reversely rotating d-axis/q-axis current vector trajectory while the change in the magnetization state of the variable magnetization machine is occurring to drive the variable magnetization machine at a predetermined speed while maintaining the driving voltage below a predetermined maximum magnitude, end the change in the magnetic state, and discontinue generating the reversely rotating d-axis/q-axis current vector trajectory upon determining the ending of the change in the magnetic state, the controller being configured to generate a d-axis current voltage signal and a q-axis current voltage signal from the reverse rotation d-axis/q-axis current vector trajectory, and configured to control an inverter by means of the d-axis current voltage signal and the q-axis current voltage signal to change the magnetic flux of the permanent magnet, characterized in that the reverse rotation d-axis/q-axis current vector trajectory includes an elliptical trajectory in which the q-axis current decreases after increasing as the d-axis current increases and the q-axis current increases after decreasing as the d-axis current decreases, and said elliptical trajectory has its center inside the voltage limit ellipse corresponding to said driving voltage maximum magnitude. a permanent magnet motor provided with a stator and a rotor having at least one permanent magnet; an inverter for supplying an alternating current to the permanent magnet motor; and a controller for controlling the inverter, the controller being configured to start a change in a magnetic state of a variable magnetization machine, generate a reversely rotating d-axis/q-axis current vector trajectory while the change in the magnetization state of the variable magnetization machine is occurring to drive the variable magnetization machine at a predetermined speed while maintaining the driving voltage below a predetermined maximum magnitude, end the change in the magnetic state, and discontinue generating the reversely rotating d-axis/q-axis current vector trajectory upon determining the ending of the change in the magnetic state, the controller being configured to generate a d-axis current voltage signal and a q-axis current voltage signal from the reverse rotation d-axis/q-axis current vector trajectory, and configured to control an inverter by means of the d-axis current voltage signal and the q-axis current voltage signal to change the magnetic flux of the permanent magnet, characterized in that the reverse rotation d-axis/q-axis current vector trajectory includes an elliptical trajectory in which the q-axis current decreases after increasing as the d-axis current increases and the q-axis current increases after decreasing as the d-axis current decreases, and
A parking lock for a motor vehicle, the parking lock having: - a housing, - a locking pawl, which is pivotably arranged about an axis of rotation (a) and has a pawl tooth which is designed for positive engagement in a parking lock gear, - an actuator for actuating the locking pawl so that the locking pawl can be brought into reversible engagement with the parking lock gear with the pawl tooth thereof, - a movable transmission means which transmits the movement of the actuator to the locking pawl, characterised in that - the parking lock has a spring assembly as a stop for the movable transmission means. - a housing, - a locking pawl, which is pivotably arranged about an axis of rotation (a) and has a pawl tooth which is designed for positive engagement in a parking lock gear, - an actuator for actuating the locking pawl so that the locking pawl can be brought into reversible engagement with the parking lock gear with the pawl tooth thereof, - a movable transmission means which transmits the movement of the actuator to the locking pawl, characterised in that - the parking lock has a spring assembly as a stop for the movable transmission means.
A mixing device comprising at least one feed opening for at least one liquid and comprising at least one further feed opening for at least one liquid curing or crosslinking agent, the liquid and/or the liquid curing or crosslinking agent being mixed with a gas, and a discharge opening for discharging a mixture of the at least one liquid and the at least one liquid curing or crosslinking agent that can be produced in the mixing device, a pressure-maintaining device being provided for maintaining a predeterminable pressure that is greater than the pressure at which the gas in the mixing device is foamed, the pressure-maintaining device comprising an actuator arranged in the mixing device so as to be movable relative to the discharge opening, by means of which actuator a gap remaining between the actuator and the discharge opening can be adjusted, characterized in that the mixing device comprises a rotating stirrer for mixing the at least one liquid and the at least one liquid curing or crosslinking agent, the stirrer being movable and forming the actuator, the movable actuator being preloaded by an energy accumulator in the direction of the discharge opening.
Device for triggering an action on an opening panel of a motor vehicle through the approach of a hand of a user, said device being integrated into the gripping lever of the opening panel, said device including: - a capacitive sensor for detecting a variation in capacitance including at least three electrodes (E1, E2, E3), said at least three electrodes (E1, E2, E3) forming a detection pattern, - a processing unit linked to said capacitive sensor to process the output signals of said capacitive sensor, said output signals being representative of the capacitance of each of said at least three electrodes (E1, E2, E3), - the positioning of said electrodes (E1, E2, E3) being defined in such a way that, when the detection pattern is approached by the hand of the user, the processing unit is adapted to simultaneously detect a variation in capacitance on at least two of said at least three electrodes, and, at the same time as this variation in capacitance, the processing unit is adapted to detect that the capacitance of at least one of said at least three electrodes remains fixed, so as to perform said triggering action on the opening panel of the motor vehicle, characterized in that said at least three electrodes are irregularly spaced apart from one another in such a way that the density of the electrodes (E1, E2, E3) is higher in a determined region, and are arranged linearly on the surface of an inner recess of the gripping lever. - a capacitive sensor for detecting a variation in capacitance including at least three electrodes (E1, E2, E3), said at least three electrodes (E1, E2, E3) forming a detection pattern, - a processing unit linked to said capacitive sensor to process the output signals of said capacitive sensor, said output signals being representative of the capacitance of each of said at least three electrodes (E1, E2, E3), - the positioning of said electrodes (E1, E2, E3) being defined in such a way that, when the detection pattern is approached by the hand of the user, the processing unit is adapted to simultaneously detect a variation in capacitance on at least two of said at least three electrodes, and, at the same time as this variation in capacitance, the processing unit is adapted to detect that the capacitance of at least one of said at least three electrodes remains fixed, so as to perform said triggering action on the opening panel of the motor vehicle,
An electronic oven with a set of reflective elements for controlling a distribution of microwave energy in the electronic oven, comprising: a chamber; a microwave energy source coupled to an injection port in the chamber; a set of actuators connected to the set of reflective elements; a controller that controls the set of actuators; wherein the microwave energy source applies an electromagnetic wave with a dominant wavelength to the chamber; wherein the controller repositions the set of reflective elements via the set of actuators; wherein the controller stores instructions that independently cause a repositioning of each reflective element in the set of reflective elements using the set of actuators; and wherein the set of actuators and the set of reflective elements are each sets of at least three units. a chamber; a microwave energy source coupled to an injection port in the chamber; a set of actuators connected to the set of reflective elements; a controller that controls the set of actuators; wherein the microwave energy source applies an electromagnetic wave with a dominant wavelength to the chamber; wherein the controller repositions the set of reflective elements via the set of actuators; wherein the controller stores instructions that independently cause a repositioning of each reflective element in the set of reflective elements using the set of actuators; and wherein the set of actuators and the set of reflective elements are each sets of at least three units.
An oil debris monitor sensor system comprising: a flow path of an oil system having a flow direction, the flow path comprising: a first passage having a first axis and including a sensor passage section; a second passage that splits from said first passage; and an oil debris monitor located in or around said sensor passage section, characterised in that: the first passage is disposed substantially along the flow direction of the flow path oil system; and said second passage splits from said first passage at a first angle with respect to the first axis of said first passage such that said first passage is below the second passage. a flow path of an oil system having a flow direction, the flow path comprising: a first passage having a first axis and including a sensor passage section; a second passage that splits from said first passage; and an oil debris monitor located in or around said sensor passage section, a first passage having a first axis and including a sensor passage section; a second passage that splits from said first passage; and an oil debris monitor located in or around said sensor passage section, characterised in that: the first passage is disposed substantially along the flow direction of the flow path oil system; and said second passage splits from said first passage at a first angle with respect to the first axis of said first passage such that said first passage is below the second passage. the first passage is disposed substantially along the flow direction of the flow path oil system; and said second passage splits from said first passage at a first angle with respect to the first axis of said first passage such that said first passage is below the second passage.
A method, comprising: receiving an inter-region peering request, by a first control plane of a first regional network of two or more regional networks, wherein the first control plane performs network configuration and management for the first regional network, the inter-region peering request from a customer for a first virtual private network on the first regional network via a peering application programming interface, API, of the first regional network, wherein the inter-region peering request specifies a second virtual private network on a second regional network of the two or more regional networks; and providing, by the first control plane, a create peering entry at the first regional network for the inter-region peering request; obtaining, by an inter-region coordinator, IRC, server of an IRC service of the first regional network, the create peering entry for the inter-region peering request at the first regional network; sending, by the IRC server, the create peering entry to a second control plane of the second regional network according to an API to the second control plane of the second regional network; receiving, by the IRC server, a response to the inter-region peering request indicated by the create peering entry from the second regional network, wherein the response indicates that the inter-region peering request is pending acceptance; and sending, by the IRC server, the response to the inter-region peering request to the first control plane of the first regional network. receiving an inter-region peering request, by a first control plane of a first regional network of two or more regional networks, wherein the first control plane performs network configuration and management for the first regional network, the inter-region peering request from a customer for a first virtual private network on the first regional network via a peering application programming interface, API, of the first regional network, wherein the inter-region peering request specifies a second virtual private network on a second regional network of the two or more regional networks; and providing, by the first control plane, a create peering entry at the first regional network for the inter-region peering request; obtaining, by an inter-region coordinator, IRC, server of an IRC service of the first regional network, the create peering entry for the inter-region peering request at the first regional network; sending, by the IRC server, the create peering entry to a second control plane of the second regional network according to an API to the second control plane of the second regional network; receiving, by the IRC server, a response to the inter-region peering request indicated by the create peering entry from the second regional network, wherein the response indicates that the inter-region peering request is pending acceptance; and sending, by the IRC server, the response to the inter-region peering request to the first control plane of the first regional network.
A construction machine comprised of a vehicular body having a working mechanism in front side portion thereof, a hollow cab mounted on said vehicular body and provided with a front window pane on the front side thereof, an operator's seat furnished within said cab and to be taken by an operator, an air duct provided within said cab to supply conditioned air toward air outlets, a washer liquid spout nozzle provided on the front window pane to spurt a washer liquid thereon, and a washer tank holding a washer liquid for supply to said spout nozzle, characterized in that: said washer tank is integrally joined with said air duct and installed in said cab, the construction machine further comprises a duct cover adapted to cover said air duct and said washer tank, said duct cover having a filling inlet port projected upward therethrough to let a washer liquid charging into said washer tank. said washer tank is integrally joined with said air duct and installed in said cab, the construction machine further comprises a duct cover adapted to cover said air duct and said washer tank, said duct cover having a filling inlet port projected upward therethrough to let a washer liquid charging into said washer tank.
A method for protecting cloud data security, comprising: obtaining, by a second terminal, the encrypted data C1 from a cloud server, wherein the encrypted data C1 is generated by encrypting original data M with a key K; using, by the second terminal, an exchangeable encryption algorithm E to encrypt the encrypted data C1 according to a key Kb owned by the second terminal to obtain second intermediate encrypted data C1"; sending, by the second terminal, the intermediate encrypted data C1" and a request for decrypting the second intermediate encrypted data C1" to a key management center; receiving, by the second terminal, encrypted data C2 sent by the key management center, wherein the encrypted data C2 is obtained by decrypting the second intermediate encrypted data C1" according to the key K; and decrypting, by the second terminal, the encrypted data C2 using the key Kb to obtain the original data M; wherein the exchangeable encryption algorithm E is: E(K1,E(K2,Q))=E(K2,E(K1,Q)), wherein K1 and K2 are encryption keys, Q is data to be encrypted and a result of encryption by using the exchangeable algorithm has no relation with a sequence for using a key. obtaining, by a second terminal, the encrypted data C1 from a cloud server, wherein the encrypted data C1 is generated by encrypting original data M with a key K; using, by the second terminal, an exchangeable encryption algorithm E to encrypt the encrypted data C1 according to a key Kb owned by the second terminal to obtain second intermediate encrypted data C1"; sending, by the second terminal, the intermediate encrypted data C1" and a request for decrypting the second intermediate encrypted data C1" to a key management center; receiving, by the second terminal, encrypted data C2 sent by the key management center, wherein the encrypted data C2 is obtained by decrypting the second intermediate encrypted data C1" according to the key K; and decrypting, by the second terminal, the encrypted data C2 using the key Kb to obtain the original data M; wherein the exchangeable encryption algorithm E is: E(K1,E(K2,Q))=E(K2,E(K1,Q)), wherein K1 and K2 are encryption keys, Q is data to be encrypted and a result of encryption by using the exchangeable algorithm has no relation with a sequence for using a key.
A building toy which includes at least one basic element and at least one independent connecting pin, where the basic element has a body whose at least three neighboring walls are mutually perpendicular and in each such wall there is at at least one connecting opening perpendicularly to the wall, whereby the connecting opening runs through the whole body of the basic element as a transitory cavity and the connecting opening is designed for an insertion of the connecting pin, which is designed for a connection of the basic element with a neighboring element of the building toy, and a whole profile of each connecting opening is independent and without an intersection with the profile of the other connecting openings in the body is characterized by the fact, that on each of the at least three perpendicular walls of the basic element there is a pair of the connecting openings which are mutually parallel.