mhurhangee/patent-ind-claim-en huggingface dataset:
Capacitor assembly having - at least one ceramic multilayer capacitor , which has ceramic layers and first and second electrodes arranged therebetween, and - a base , which has a substrate and conductor tracks , wherein the conductor tracks lead from a top of the substrate facing towards the multilayer capacitor to a bottom of the substrate facing away from the multilayer capacitor , wherein the multilayer capacitor is fastened mechanically to the base and wherein the first electrodes and the second electrodes are electrically contacted with the conductor tracks , wherein the multilayer capacitor has external contacts , wherein the multilayer capacitor is designed for unilateral connection, in which all the external contacts are arranged on an outer face facing the base , wherein a second ceramic multilayer capacitor , which has ceramic layers and electrodes arranged therebetween, is arranged on the base , and wherein the electrodes of the second multilayer capacitor are electrically contacted with the conductor tracks , wherein the base has at least one slot , which extends between the ceramic multilayer capacitor and the second ceramic multilayer capacitor . - at least one ceramic multilayer capacitor , which has ceramic layers and first and second electrodes arranged therebetween, and - a base , which has a substrate and conductor tracks , wherein the conductor tracks lead from a top of the substrate facing towards the multilayer capacitor to a bottom of the substrate facing away from the multilayer capacitor ,
A process to produce irradiated polypropylene granulate characterised in that granulate comprising 1. propylene polymer and 2. vitamin E comprising stabilizer package is irradiated by electron beam irradiation. 1. propylene polymer and 2. vitamin E comprising stabilizer package
A wireless communication method, comprising: receiving, by a wireless communication device from a network , a first control information and a second control information, wherein: the first control information is received in a first Monitoring Occasion, MO; the first MO is in a first Search Space, SS, set of a plurality of SS sets; the second control information is received in a second MO; the second MO is in a second SS set of the plurality of SS sets; and the first SS set has a smaller SS set index than the second SS set in the plurality of SS sets, wherein: the first SS set has a first monitoring period; the second SS set has a second monitoring period; and the first monitoring period and the second monitoring period are the same, the wireless communication method being characterized in that : each of a number of MOs in the first SS set has a one-to-one mapping with respective one of a number of MOs in the second SS set, and the wireless communication method further comprises: determining, by the wireless communication device , that the second control information is a repeat of the first control information. receiving, by a wireless communication device from a network , a first control information and a second control information, wherein: the first control information is received in a first Monitoring Occasion, MO; the first MO is in a first Search Space, SS, set of a plurality of SS sets; the second control information is received in a second MO; the second MO is in a second SS set of the plurality of SS sets; and the first SS set has a smaller SS set index than the second SS set in the plurality of SS sets, the first control information is received in a first Monitoring Occasion, MO; the first MO is in a first Search Space, SS, set of a plurality of SS sets; the second control information is received in a second MO; the second MO is in a second SS set of the plurality of SS sets; and the first SS set has a smaller SS set index than the second SS set in the plurality of SS sets, wherein: the first SS set has a first monitoring period; the second SS set has a second monitoring period; and the first monitoring period and the second monitoring period are the same, the wireless communication method being characterized in that : the first SS set has a first monitoring period; the second SS set has a second monitoring period; and the first monitoring period and the second monitoring period are the same, the wireless communication method being characterized in that : each of a number of MOs in the first SS set has a one-to-one mapping with respective one of a number of MOs in the second SS set, and the wireless communication method further comprises: determining, by the wireless communication device , that the second control information is a repeat of the first control information.
A tool for producing a layer with a micro structured outer surface on a substrate surface, comprising - an elastic matrix web with a negative of the micro structure to be produced, - an elastic pressure roller that is movable over a surface, - at least one guiding element for guiding the elastic matrix web relative to the pressure roller , and - channel bodies with a drainage channel, which channel bodies at least in some regions extend to the edges of the matrix web for collecting excess coating material applied onto the matrix web that would otherwise run or drip from the edges of the matrix web to the substrate surface, wherein the pressure roller and the matrix web are arranged in such a manner that when the pressure roller is moved over the substrate surface the negative on the matrix web faces the substrate surface. - an elastic matrix web with a negative of the micro structure to be produced, - an elastic pressure roller that is movable over a surface, - at least one guiding element for guiding the elastic matrix web relative to the pressure roller , and - channel bodies with a drainage channel, which channel bodies at least in some regions extend to the edges of the matrix web for collecting excess coating material applied onto the matrix web that would otherwise run or drip from the edges of the matrix web to the substrate surface,
Method for recovering electrical energy during a phase of deceleration of a motor vehicle equipped with at least one rechargeable electric battery connected to an electrical network comprising at least one electrical consumer member and a controllable alternator connected to the electrical network , wherein a low alternator voltage (Valt_low) regulated at a constant value is imposed during a first type of vehicle driving phase, and a high alternator voltage (Valt_high) regulated at a constant value, higher than the low alternator voltage (Valt_low), is imposed during a second type of vehicle driving phase, such as a vehicle regenerative braking phase, characterized in that : - the transition from the low alternator voltage (Valt _low) to the high alternator voltage (Valt_high) is carried out by imposing a first voltage step of predefined amplitude (ΔV up ), followed by a change of slope in the voltage curve, said voltage curve delivered by the alternator as a function of time then continuing into at least a second voltage rise phase of which the average slope (β) is strictly lower than the slope (α) of the voltage rise of the first step , - after the change of slope , the voltage is maintained constant at a first voltage level (V p1 ) for a first predefined time interval, after the first level, the voltage delivered by the alternator continues to be increased by a succession of second voltage steps , each one representing an upward voltage increment (dV up ) of the same amplitude or amplitudes following a predefined regular progression, which are strictly smaller than the amplitude of the first voltage step (ΔV up ). - the transition from the low alternator voltage (Valt _low) to the high alternator voltage (Valt_high) is carried out by imposing a first voltage step of predefined amplitude (ΔV up ), followed by a change of slope in the voltage curve, said voltage curve delivered by the alternator as a function of time then continuing into at least a second voltage rise phase of which the average slope (β) is strictly lower than the slope (α) of the voltage rise of the first step , - after the change of slope , the voltage is maintained constant at a first voltage level (V p1 ) for a first predefined time interval, after the first level, the voltage delivered by the alternator continues to be increased by a succession of second voltage steps , each one representing an upward voltage increment (dV up ) of the same amplitude or amplitudes following a predefined regular progression, which are strictly smaller than the amplitude of the first voltage step (ΔV up ).
A method of controlling access to a home control activity support system comprising a central platform accessed via the Internet by a user using a terminal device a home control device which is located in the user's household and which is connected to the central platform via the Internet, and which is connected to appliances in the user's household; applications running on the home control device to control, regulate and/or program the appliances, so that the central platform, the home control device and the applications form a hierarchy, wherein a hierarchical authorisation of the user by his terminal, access in online mode, in which a connection between the central platform and the home control device is given, is granted on the basis of an authentication on the central platform, wherein in the hierarchical authorisation, user rights for the home control device and the applications are derived from the central plattform form as a function of the authentication on the central platform, and the user only has the right to access the home control device and the applications through his terminal device if the authentication at the central platform is successful and user rights during authorisation allow access to the home control devices and the applications, characterized in that in offline mode, in which there is no connection between the central platform and the home control device, authentication on the home control device is carried out by the terminal device, and during authorization user rights stored locally on the home control device control access, wherein the user rights are different from the user rights in online mode and are a subset thereof, wherein access to the applications is granted by the home control device by deriving the application-specific user rights hierarchically, which implies that a user has the right to access the applications through his terminal device only if the right to access is present on both the home control device and the central platform.
A surface treatment formulation for reactivating a surface of an organic paint coating present on a substrate to facilitate adhesion of the organic paint coating to a further coating, the formulation comprising: (a) a surface exchange agent selected from titanate, zirconate, or chelates thereof; (b) one or more organic solvents present in an amount of at least about 85 weight % based on the total weight % of the formulation; (c) nanoparticles; and (d) optionally an additive present in an amount of less than about 10 weight % based on the total weight of the formulation. (a) a surface exchange agent selected from titanate, zirconate, or chelates thereof; (b) one or more organic solvents present in an amount of at least about 85 weight % based on the total weight % of the formulation; (c) nanoparticles; and (d) optionally an additive present in an amount of less than about 10 weight % based on the total weight of the formulation.
A method of guiding an underwater snake robot , the snake robot comprising a flexible elongate structure capable of bending itself at two or more joints along its length in order to generate an undulating motion to thereby propel itself through water and the snake robot having a length that is at least ten times its maximum width, the method comprising: determining a desired path for the robot, the desired path extending between a current location of the robot and a destination point; during forward movement of the robot, when the robot diverges from the desired path, determining an extent of the divergence from the desired path; calculating a desired longitudinal orientation for the robot as a static or dynamic function of the extent of divergence from the desired path, the desired longitudinal orientation being non-parallel with the desired path when the robot is affected by drift forces such as ocean currents; and controlling the robot so that its longitudinal orientation is aligned with the desired longitudinal orientation, and the longitudinal orientation of the robot is non-parallel with the desired path; and repeating the calculating and controlling steps and/or using a feedback loop in order to provide constant reassessment of the divergence and re-calculation of the desired heading, such that the longitudinal orientation of the robot oscillates around a steady-state constant value that is non-parallel with the desired path . determining a desired path for the robot, the desired path extending between a current location of the robot and a destination point; during forward movement of the robot, when the robot diverges from the desired path, determining an extent of the divergence from the desired path; calculating a desired longitudinal orientation for the robot as a static or dynamic function of the extent of divergence from the desired path, the desired longitudinal orientation being non-parallel with the desired path when the robot is affected by drift forces such as ocean currents; and controlling the robot so that its longitudinal orientation is aligned with the desired longitudinal orientation, and the longitudinal orientation of the robot is non-parallel with the desired path; and repeating the calculating and controlling steps and/or using a feedback loop in order to provide constant reassessment of the divergence and re-calculation of the desired heading, such that the longitudinal orientation of the robot oscillates around a steady-state constant value that is non-parallel with the desired path .
Method for data transmission in a cellular network from a wireless device , the cellular network comprising a plurality of base nodes , the plurality of base nodes comprising an active base node, which is the base node the wireless device is currently associated to, the wireless device being configured to periodically transmit data according to a periodicity related transmission mode to the active base node, the wireless device further being operated stationary, the method comprises the steps of: - providing an information from the wireless device to the active base node relating to periodicity of said periodic data transmission, - responding at the active base node to the wireless device comprising an indication relative to assigned resources for multiple transmissions, - setting a timer at the active base node relating to said periodicity, - upon expiration of the timer, reserving resources at the active base node for reception of the periodic data transmission from the wireless device, - transmitting data from the wireless device to the active base node according to the periodicity, - receiving transmitted data at active base node, - conducting an acknowledging procedure at the active base node in response to said data reception, wherein the method further comprises for the wireless device: providing information relating to periodicity of said periodic data transmission in conjunction with a non-periodic data transmission in a non-periodicity transmission mode, and said information relating to periodicity comprising a time related offset relative to said non-periodic data transmission. - providing an information from the wireless device to the active base node relating to periodicity of said periodic data transmission, - responding at the active base node to the wireless device comprising an indication relative to assigned resources for multiple transmissions, - setting a timer at the active base node relating to said periodicity, - upon expiration of the timer, reserving resources at the active base node for reception of the periodic data transmission from the wireless device, - transmitting data from the wireless device to the active base node according to the periodicity, - receiving transmitted data at active base node, - conducting an acknowledging procedure at the active base node in response to said data reception, providing information relating to periodicity of said periodic data transmission in conjunction with a non-periodic data transmission in a non-periodicity transmission mode, and said information relating to periodicity comprising a time related offset relative to said non-periodic data transmission.
Method for removing a moving element from a track of a conveyor system using a pry tool , the method comprising: provide a conveyor system comprising: a track comprising a first magnetic element ; and a moving element comprising a second magnetic element for interacting with the track to provide a magnetic force that retains the moving element on the track ; wherein absent the magnetic force, the moving element is released from the track , said moving element including one or more pins ; provide a pry tool including a corresponding set of grooves and latches ; bring the pry tool towards the moving element ; insert the pins into the grooves and close the latches to hold the pry tool in place against the moving element ; once attached, remove the moving element from the track by moving the pry tool . provide a conveyor system comprising: a track comprising a first magnetic element ; and a moving element comprising a second magnetic element for interacting with the track to provide a magnetic force that retains the moving element on the track ; a track comprising a first magnetic element ; and a moving element comprising a second magnetic element for interacting with the track to provide a magnetic force that retains the moving element on the track ; wherein absent the magnetic force, the moving element is released from the track , said moving element including one or more pins ; provide a pry tool including a corresponding set of grooves and latches ; bring the pry tool towards the moving element ; insert the pins into the grooves and close the latches to hold the pry tool in place against the moving element ; once attached, remove the moving element from the track by moving the pry tool .
An outlet piece assembly for conducting filtrate out from a filtrate vat of a horizontal filter press, such as a tower press, the outlet piece assembly having an internal conduit for conducting said filtrate, wherein the outlet piece assembly comprises - a base removably attachable to a filter press, and - a lid removably fixed to the base, wherein the internal conduit is formed between the base and the lid , and runs between a vat end and a discharge end of the outlet piece assembly , characterized in that the outlet piece assembly comprises a recessed seat at the vat end thereof, into which a portion of a filtrate vat component, such as a vat liner , or a portion of the filtrate vat is receivable, wherein that the lid comprises one or more projections extending towards the base , and wherein the outlet piece assembly is configured for clamping a portion of the filtrate vat component, such as the vat liner , or a part of the filtrate vat , received in the recessed seat between the projections and the recessed seat , thereby securing the outlet piece assembly with respect to the portion of the filtrate vat . wherein the outlet piece assembly comprises - a base removably attachable to a filter press, and - a lid removably fixed to the base, - a base removably attachable to a filter press, and - a lid removably fixed to the base, wherein the internal conduit is formed between the base and the lid , and runs between a vat end and a discharge end of the outlet piece assembly , characterized in that the outlet piece assembly comprises a recessed seat at the vat end thereof, into which a portion of a filtrate vat component, such as a vat liner , or a portion of the filtrate vat is receivable, wherein that the lid comprises one or more projections extending towards the base , and wherein the outlet piece assembly is configured for clamping a portion of the filtrate vat component, such as the vat liner , or a part of the filtrate vat , received in the recessed seat between the projections and the recessed seat , thereby securing the outlet piece assembly with respect to the portion of the filtrate vat .
A channel estimation method, the method comprising: determining, by a terminal, that there is a damaged CRS in a plurality of cell measurement reference signals, CRSs, in target resource blocks, RBs, wherein the target RBs are RBs in an LTE standard-compliant bandwidth, wherein the damaged CRS is a CRS included in a target RB which is lost when the LTE standard-compliant bandwidth is compressed to obtain a LTE standard non-compliant bandwidth; and performing (S302), by a terminal, channel estimation by using an undamaged CRS instead of the damaged CRS in the plurality of CRSs, wherein the undamaged CRS is a CRS included in a target RB which is not lost when the LTE standard-compliant bandwidth is compressed to obtain the LTE standard non-compliant bandwidth. determining, by a terminal, that there is a damaged CRS in a plurality of cell measurement reference signals, CRSs, in target resource blocks, RBs, wherein the target RBs are RBs in an LTE standard-compliant bandwidth, wherein the damaged CRS is a CRS included in a target RB which is lost when the LTE standard-compliant bandwidth is compressed to obtain a LTE standard non-compliant bandwidth; and performing (S302), by a terminal, channel estimation by using an undamaged CRS instead of the damaged CRS in the plurality of CRSs, wherein the undamaged CRS is a CRS included in a target RB which is not lost when the LTE standard-compliant bandwidth is compressed to obtain the LTE standard non-compliant bandwidth.
A fault detection unit comprising: a threshold detector for: receiving at least two outputs from a proportional-integral-derivative (PID) regulator , wherein the at least two outputs include at least two rotor reference frame currents; and determining a magnitude of an amplitude (I q_error , I d_error ) for each of the at least two rotor reference frame currents; a detection signal generation unit for generating a detection signal based on the at least two rotor reference frame currents, wherein the detection signal identifies a single amplitude magnitude value based on the magnitudes of the amplitudes (I q_error , I d_error ) for each of the at least two rotor reference frame currents; and a comparator for comparing the single amplitude value with an amplitude threshold value to identify an existence of a permanent magnet motor fault. a threshold detector for: receiving at least two outputs from a proportional-integral-derivative (PID) regulator , wherein the at least two outputs include at least two rotor reference frame currents; and determining a magnitude of an amplitude (I q_error , I d_error ) for each of the at least two rotor reference frame currents; a detection signal generation unit for generating a detection signal based on the at least two rotor reference frame currents, wherein the detection signal identifies a single amplitude magnitude value based on the magnitudes of the amplitudes (I q_error , I d_error ) for each of the at least two rotor reference frame currents; and a comparator for comparing the single amplitude value with an amplitude threshold value to identify an existence of a permanent magnet motor fault.