mhurhangee/ep-ind-claims huggingface dataset:
A microelectromechanical device, comprising: a fixed structure defining a cavity; a tiltable structure elastically suspended in the cavity and having a main extension in a horizontal plane (xy); a piezoelectrically driven actuation structure, biased for causing rotation of the tiltable structure about at least a first rotation axis parallel to a first horizontal axis (x) of said horizontal plane (xy), said actuation structure being interposed between the tiltable structure and the fixed structure, wherein said actuation structure comprising at least a first pair of driving arms (32a, 32b), which carry respective regions of piezoelectric material; and said tiltable structure is elastically coupled to said fixed structure at said first rotation axis, by means of elastic suspension elements (26a, 26b), which have a high stiffness in regard to movements out of the horizontal plane (xy) and are compliant in regard to torsion about said first rotation axis, said elastic suspension elements (26a, 26b) extending along said first rotation axis, between a central portion of opposite sides of the tiltable structure and said fixed structure, characterized in that said first pair of driving arms (32a, 32b) are elastically coupled to the tiltable structure on opposite sides of the first rotation axis, by means of respective decoupling elastic elements (34a, 34b), having a high stiffness in regard to movements out of the horizontal plane (xy) and being compliant in regard to torsion about said first rotation axis. a fixed structure defining a cavity; a tiltable structure elastically suspended in the cavity and having a main extension in a horizontal plane (xy); a piezoelectrically driven actuation structure, biased for causing rotation of the tiltable structure about at least a first rotation axis parallel to a first horizontal axis (x) of said horizontal plane (xy), said actuation structure being interposed between the tiltable structure and the fixed structure, wherein said actuation structure comprising at least a first pair of driving arms (32a, 32b), which carry respective regions of piezoelectric material; and said tiltable structure is elastically coupled to said fixed structure at said first rotation axis, by means of elastic suspension elements (26a, 26b), which have a high stiffness in regard to movements out of the horizontal plane (xy) and are compliant in regard to torsion about said first rotation axis, said elastic suspension elements (26a, 26b) extending along said first rotation axis, between a central portion of opposite sides of the tiltable structure and said fixed structure, characterized in that said first pair of driving arms (32a, 32b) are elastically coupled to the tiltable structure on opposite sides of the first rotation axis, by means of respective decoupling elastic elements (34a, 34b), having a high stiffness in regard to movements out of the horizontal plane (xy) and being compliant in regard to torsion about said first rotation axis.
A method for use in dynamic image content manipulation, the method comprising: storing a sample key signal frame of a key signal which defines one or more pixel regions relating to a detailed element at a first resolution; receiving a current image frame which includes the detailed element shown at a second resolution, wherein the second resolution is lower in detail than the first resolution in relation to the detailed element; providing a current key signal frame which defines a target area of the current image frame which is to be modified with an alternate content, the target area containing at least part of the detailed element; modifying the current image frame with the alternate content in the target area according to the current key signal frame and enhancing the detailed element by inserting fill content in the one or more pixel regions which are defined by the sample key signal frame, to provide an enhanced modified image frame; and outputting the enhanced modified image frame. storing a sample key signal frame of a key signal which defines one or more pixel regions relating to a detailed element at a first resolution; receiving a current image frame which includes the detailed element shown at a second resolution, wherein the second resolution is lower in detail than the first resolution in relation to the detailed element; providing a current key signal frame which defines a target area of the current image frame which is to be modified with an alternate content, the target area containing at least part of the detailed element; modifying the current image frame with the alternate content in the target area according to the current key signal frame and enhancing the detailed element by inserting fill content in the one or more pixel regions which are defined by the sample key signal frame, to provide an enhanced modified image frame; and outputting the enhanced modified image frame.
Method for packaging tobacco products in bags, wherein a packaging machine forms bags from a continuous material web by folding and sealing the material web, and the bags formed are separated, by being severed from the material web, and then filled, and wherein the packaging machine is also assigned a magazine which contains prefabricated bags and from which, as an alternative to the bags being produced in the packaging machine, the bags are removed and then filled, wherein the magazine contains a different kind, or a different type, of bag than that produced from the material web, and it is therefore possible to change over between the production of different bags, and wherein the bags are received by means of a feed device (16, 17), optionally either from the packaging machine or from the magazine, and are fed to a turret for filling purposes.
A flavor system comprising: a protein binder including a mixture of at least one terpene and at least one carbonyl compound; and one or more off-note blocking compounds; wherein the weight ratio of off-note blocking to protein binder compound is between 1:1 and 5:1. a protein binder including a mixture of at least one terpene and at least one carbonyl compound; and one or more off-note blocking compounds; wherein the weight ratio of off-note blocking to protein binder compound is between 1:1 and 5:1.
A method in a controller module of a computing device for allocating rate-limiting meters to a plurality of network elements (112, 120, 130) of a software defined network, wherein the controller module acts as a controller of the SDN, the method comprising: receiving a plurality of rate limit indicators, from one or more network destinations (136, 144), for a plurality of flows of data (110, 126, 128) that arrive at the one or more network destinations, wherein each of the plurality of rate limit indicators indicates a maximum throughput of traffic of a corresponding one of the plurality of flows that a corresponding network destination is prepared to accept; and sending one or more meter installation messages to cause a plurality of meter entries corresponding to the plurality of rate limit indicators to be installed by one or more of the plurality of network elements (112, 120, 130) according to a metering configuration, wherein the controller module determines the metering configuration by, for each of the plurality of flows, selecting a flow of the plurality of flows that has not been selected yet and that traverses a path in the SDN having a fewest number of the plurality of network elements, and selecting a network element from the path that the selected flow traverses to have a meter entry installed, wherein the selecting is based upon a number of empty meter entry slots of that network element and a total number of flows that traverse that network element, and wherein the meter entry is to cause the selected network element to limit the traffic of the selected flow according to a rate limit indicator corresponding to the selected flow. receiving a plurality of rate limit indicators, from one or more network destinations (136, 144), for a plurality of flows of data (110, 126, 128) that arrive at the one or more network destinations, wherein each of the plurality of rate limit indicators indicates a maximum throughput of traffic of a corresponding one of the plurality of flows that a corresponding network destination is prepared to accept; and sending one or more meter installation messages to cause a plurality of meter entries corresponding to the plurality of rate limit indicators to be installed by one or more of the plurality of network elements (112, 120, 130) according to a metering configuration, wherein the controller module determines the metering configuration by, for each of the plurality of flows, selecting a flow of the plurality of flows that has not been selected yet and that traverses a path in the SDN having a fewest number of the plurality of network elements, and selecting a network element from the path that the selected flow traverses to have a meter entry installed, wherein the selecting is based upon a number of empty meter entry slots of that network element and a total number of flows that traverse that network element, and wherein the meter entry is to cause the selected network element to limit the traffic of the selected flow according to a rate limit indicator corresponding to the selected flow.
A manufacturing method of array substrate comprising: step A, forming patterns of a source electrode, a drain electrode, a data line and a pixel electrode; wherein the source electrode, the drain electrode, the data line and the pixel electrode are formed by a same conducting thin film, and materials of the source electrode and the drain electrode and a material of the pixel electrode are the same; step B, forming an active layer and a gate insulating layer in order, wherein the active layer is formed on the source electrode and the drain electrode; and forming a via hole in the gate insulating layer for connecting the data line and an external circuit; and step C, forming patterns of a gate electrode, a gate line and a common electrode line, wherein the common electrode line and the pixel electrode are partially overlapped to form a storage capacitor, or forming patterns of a gate electrode, a gate line and a common electrode, wherein the common electrode is adapted to generate a driving electric field along with the pixel electrode. step A, forming patterns of a source electrode, a drain electrode, a data line and a pixel electrode; wherein the source electrode, the drain electrode, the data line and the pixel electrode are formed by a same conducting thin film, and materials of the source electrode and the drain electrode and a material of the pixel electrode are the same; step B, forming an active layer and a gate insulating layer in order, wherein the active layer is formed on the source electrode and the drain electrode; and forming a via hole in the gate insulating layer for connecting the data line and an external circuit; and step C, forming patterns of a gate electrode, a gate line and a common electrode line, wherein the common electrode line and the pixel electrode are partially overlapped to form a storage capacitor, or forming patterns of a gate electrode, a gate line and a common electrode, wherein the common electrode is adapted to generate a driving electric field along with the pixel electrode.
A driving assistance system comprising: travel history acquisition means configured to acquire a travel history of an arbitrary vehicle; guidance target point acquisition means (210b, 21b) configured to acquire a guidance target point at which a guidance target event has occurred based on the travel history, a guidance target event being an event relating to the behavior of vehicles or an event relating to driving operations of drivers of vehicles; operation tendency acquisition means (210c, 21c) configured to acquire a tendency of a driving operation of the driver of the arbitrary vehicle relating to a guidance target event for a guidance target point based on the travel history, a tendency of a specific driving operation directly or indirectly indicating whether the specific driving operation relating to the guidance target event for the guidance target point is likely to be performed; and guidance means (21e, 210e) configured to determine whether to provide guidance on the guidance target point to drivers of vehicles based on the tendency of the driving operation and to provide drivers of vehicles with guidance relating to the guidance target point for which it is determined to provide the guidance, the guidance relating to the guidance target point is guidance relating to the guidance target event. travel history acquisition means configured to acquire a travel history of an arbitrary vehicle; guidance target point acquisition means (210b, 21b) configured to acquire a guidance target point at which a guidance target event has occurred based on the travel history, a guidance target event being an event relating to the behavior of vehicles or an event relating to driving operations of drivers of vehicles; operation tendency acquisition means (210c, 21c) configured to acquire a tendency of a driving operation of the driver of the arbitrary vehicle relating to a guidance target event for a guidance target point based on the travel history, a tendency of a specific driving operation directly or indirectly indicating whether the specific driving operation relating to the guidance target event for the guidance target point is likely to be performed; and guidance means (21e, 210e) configured to determine whether to provide guidance on the guidance target point to drivers of vehicles based on the tendency of the driving operation and to provide drivers of vehicles with guidance relating to the guidance target point for which it is determined to provide the guidance, the guidance relating to the guidance target point is guidance relating to the guidance target event.
Tablet, containing a) an internal phase, comprising a first variety of pellets containing a first active substance and comprising a coating and/or giving off the active substance in a modified manner, or b) a first variety of a first coated active substance, mixed with c) spherical particles, and an external phase containing one or more active substance/s whose condition prior to the tableting process is not a granulated one, chosen from blasting means, lubricants, flow controlling media, filling and binding agents, wherein the weight of the external phase does not exceed 25 per cent of the tablet's gross weight and the spherical particles have a density of less than 0,8 g/ml. a) an internal phase, comprising a first variety of pellets containing a first active substance and comprising a coating and/or giving off the active substance in a modified manner, or b) a first variety of a first coated active substance, mixed with c) spherical particles, and an external phase containing one or more active substance/s whose condition prior to the tableting process is not a granulated one, chosen from blasting means, lubricants, flow controlling media, filling and binding agents, wherein the weight of the external phase does not exceed 25 per cent of the tablet's gross weight and the spherical particles have a density of less than 0,8 g/ml.
A method of operating a wireless audio system, the method comprising: establishing a wireless communication network between a plurality of microphone devices in an environment; deriving respective sampling clocks for sampling audio signals for recording by respective ones of the plurality of microphone devices based on a common radio signal; recording the audio signals by the respective ones of the plurality of microphone devices based on sampling the audio signals by the respective sampling clocks; and selecting the common radio signal used by the plurality of microphone devices from a plurality of radio signals available in the environment, characterized in that the selecting the common radio signal comprises: scanning the environment, by each of the plurality of microphone devices, for the plurality of radio signals available in the environment; determining one or more candidate radio signals out of the plurality of radio signals that are identified by each of the plurality of microphone devices during the scanning; and selecting the common radio signal out of the one or more candidate radio signals. establishing a wireless communication network between a plurality of microphone devices in an environment; deriving respective sampling clocks for sampling audio signals for recording by respective ones of the plurality of microphone devices based on a common radio signal; recording the audio signals by the respective ones of the plurality of microphone devices based on sampling the audio signals by the respective sampling clocks; and selecting the common radio signal used by the plurality of microphone devices from a plurality of radio signals available in the environment, characterized in that the selecting the common radio signal comprises: scanning the environment, by each of the plurality of microphone devices, for the plurality of radio signals available in the environment; determining one or more candidate radio signals out of the plurality of radio signals that are identified by each of the plurality of microphone devices during the scanning; and selecting the common radio signal out of the one or more candidate radio signals. scanning the environment, by each of the plurality of microphone devices, for the plurality of radio signals available in the environment; determining one or more candidate radio signals out of the plurality of radio signals that are identified by each of the plurality of microphone devices during the scanning; and selecting the common radio signal out of the one or more candidate radio signals.
An evaluation apparatus comprising property checking means configured to check whether a claimant property information received from a claimant apparatus corresponds to a predefined claimant attribute, wherein the claimant property information comprises information on whether the claimant apparatus belongs to a class of relay nodes; obtaining means configured to obtain a result, which is positive if the claimant property information corresponds to the predefined claimant attribute as checked by the property checking means; key generation means configured to generate a first claimant intermediate key from a predefined claimant permanent key stored in the evaluation apparatus; supplying means configured to supply, to the claimant apparatus, the first claimant intermediate key using a secured protocol, wherein at least one of the key generation means and the supplying means is configured to generate and to supply, respectively, the first claimant intermediate key if the result is positive. property checking means configured to check whether a claimant property information received from a claimant apparatus corresponds to a predefined claimant attribute, wherein the claimant property information comprises information on whether the claimant apparatus belongs to a class of relay nodes; obtaining means configured to obtain a result, which is positive if the claimant property information corresponds to the predefined claimant attribute as checked by the property checking means; key generation means configured to generate a first claimant intermediate key from a predefined claimant permanent key stored in the evaluation apparatus; supplying means configured to supply, to the claimant apparatus, the first claimant intermediate key using a secured protocol, wherein at least one of the key generation means and the supplying means is configured to generate and to supply, respectively, the first claimant intermediate key if the result is positive.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: (a) each of Z 1, Z 2 and Z 3 is N; (b) Y is S; (c) Xa and Xb are O; (d) Xc is -CH 2 -; (e) X 2 is -NR 1 R 2, wherein R 1 and R 2 are each independently H, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, cycloalkyl, heteroalkyl, heterocycloalkyl, aryl, heteroaryl, alkylaryl, arylalkyl, alkylheteroaryl, heteroarylalkyl, or alkylheteroarylalkyl; (f) X 4 is hydrogen or halogen; (g) R is R 10 -NH-R 11 wherein R 10 is ethylene or propylene, and R 11 is a branched alkyl. (a) each of Z 1, Z 2 and Z 3 is N; (b) Y is S; (c) Xa and Xb are O; (d) Xc is -CH 2 -; (e) X 2 is -NR 1 R 2, wherein R 1 and R 2 are each independently H, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, cycloalkyl, heteroalkyl, heterocycloalkyl, aryl, heteroaryl, alkylaryl, arylalkyl, alkylheteroaryl, heteroarylalkyl, or alkylheteroarylalkyl; (f) X 4 is hydrogen or halogen; (g) R is R 10 -NH-R 11 wherein R 10 is ethylene or propylene, and R 11 is a branched alkyl.
A sliding bearing comprising a Cu-based first layer, an Al-based second layer, and a polymer-based bearing material third layer, wherein the second layer contacts and is directly located between the first and third layers, the first layer is other than a sputter coated layer, and the second layer is a sputter coated layer, characterized in that the second layer comprises 5.5 to 7 %wt Sn, 0.7 to 1.3%wt Cu, 0.7 to 1.3 %wt Ni, 1.5 to 3 %wt Si, up to 1 %wt other elements, with the balance to 100 %wt being Al apart from incidental impurities.
A contactless power supply system for transmitting power from a contactless power supply to a plurality of remote devices (306, 338, 340, 342), the contactless power supply system comprising: an inverter, the inverter having a duty cycle and an operating frequency; a resonant circuit coupled to the inverter, the resonant circuit having a resonant frequency, the resonant circuit having a primary for transferring power inductively; a power source coupled to the inverter, the power source having a rail voltage; a transceiver for communicating with the plurality of remote devices (306, 338, 340, 342), wherein the transceiver includes a receiver that receives power information from each of the plurality of remote devices (306, 338, 340, 342); a controller in electrical communication with the receiver, the controller programmed to create in a memory a list of the power information, wherein the controller is programmed to determine an optimal setting for at least one of operating frequency, rail voltage, resonant frequency, and duty cycle based upon the list; and wherein the controller is programmed to adapt the contactless power supply to operate according to the optimal setting to provide power inductively to the plurality of remote devices (306, 338, 340, 342). an inverter, the inverter having a duty cycle and an operating frequency; a resonant circuit coupled to the inverter, the resonant circuit having a resonant frequency, the resonant circuit having a primary for transferring power inductively; a power source coupled to the inverter, the power source having a rail voltage; a transceiver for communicating with the plurality of remote devices (306, 338, 340, 342), wherein the transceiver includes a receiver that receives power information from each of the plurality of remote devices (306, 338, 340, 342); a controller in electrical communication with the receiver, the controller programmed to create in a memory a list of the power information, wherein the controller is programmed to determine an optimal setting for at least one of operating frequency, rail voltage, resonant frequency, and duty cycle based upon the list; and wherein the controller is programmed to adapt the contactless power supply to operate according to the optimal setting to provide power inductively to the plurality of remote devices (306, 338, 340, 342).