mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications by a base station, comprising: acquiring synchronization with a network, based on a first synchronization signal transmitted at a first duty cycle from a primary base station or a secondary base station; and persistently transmitting one or more bursts of second synchronization signals for one or more other base stations, characterized in that the transmitting comprises: transmitting at a second duty cycle which is lower than the first duty cycle, and transmitting the one or more bursts of second synchronization signals even when the base station is in a dormant or off mode. acquiring synchronization with a network, based on a first synchronization signal transmitted at a first duty cycle from a primary base station or a secondary base station; and persistently transmitting one or more bursts of second synchronization signals for one or more other base stations, characterized in that the transmitting comprises: transmitting at a second duty cycle which is lower than the first duty cycle, and transmitting the one or more bursts of second synchronization signals even when the base station is in a dormant or off mode. transmitting at a second duty cycle which is lower than the first duty cycle, and transmitting the one or more bursts of second synchronization signals even when the base station is in a dormant or off mode.
A system for a wind park including: a control system in communication with a plurality of unmanned air vehicles ; wherein the control system is configured to deploy the plurality of unmanned air vehicles during a triggering condition ; and wherein the deployed unmanned air vehicles are guided towards an assigned wind turbine and to interact with a blade of that wind turbine in order to control oscillation of the blade a control system in communication with a plurality of unmanned air vehicles ; wherein the control system is configured to deploy the plurality of unmanned air vehicles during a triggering condition ; and wherein the deployed unmanned air vehicles are guided towards an assigned wind turbine and to interact with a blade of that wind turbine in order to control oscillation of the blade
A timing method in a system comprising a peripheral and at least one node enabling the execution of an operating system and of at least one application process, the peripheral comprising a real memory space and the at least one node comprising a virtual memory space corresponding at least partially to said real memory space, said peripheral providing a timing mechanism located away from the node, the method comprising the following steps, - writing, in the virtual memory space of the node, a timing command, said command comprising a reference to an event and a time reference, - receiving, by the peripheral, the timing command in said real memory space, in a part corresponding to a part of said virtual memory space, - creating, in said peripheral, an entry in a monitoring queue, said entry comprising data relative to said event and time references; and if a message linked to the event is received by the peripheral, - comparing, in said peripheral, a current point in time and at least one scheduled point in time linked to an item of data relative to a time reference stored in said monitoring queue; and - in response to said comparing, if said current point in time is after said at least one scheduled point in time, storing an item of data relative to a reference linked to said item of data relative to a time reference stored in said monitoring queue, in said real memory space, in a part corresponding to a part of said virtual memory space, the method further comprising a step of selecting said monitoring queue from among a plurality of monitoring queues each comprising a plurality of event reference and time reference pairs, the selecting being based on a time counter and a number of monitoring queues, using the modulo operator. - writing, in the virtual memory space of the node, a timing command, said command comprising a reference to an event and a time reference, - receiving, by the peripheral, the timing command in said real memory space, in a part corresponding to a part of said virtual memory space, - creating, in said peripheral, an entry in a monitoring queue, said entry comprising data relative to said event and time references; and - comparing, in said peripheral, a current point in time and at least one scheduled point in time linked to an item of data relative to a time reference stored in said monitoring queue; and - in response to said comparing, if said current point in time is after said at least one scheduled point in time, storing an item of data relative to a reference linked to said item of data relative to a time reference stored in said monitoring queue, in said real memory space, in a part corresponding to a part of said virtual memory space,
A method for controlling a microwave oven by voice, comprising: receiving (S10) a voice instruction input by a user; the method further comprising: searching (S20) for a pre-stored default recipe parameter corresponding to the voice instruction; in response to a default recipe parameter corresponding to the voice instruction being found, controlling (S30) operation of the microwave oven according to the default recipe parameter; characterised by in response to receiving a parameter changing instruction input by the user, controlling (S40) the operation of the microwave oven according to a parameter corresponding to the parameter changing instruction, and updating, according to the parameter changing instruction, the default recipe parameter corresponding to the voice instruction. receiving (S10) a voice instruction input by a user; the method further comprising: searching (S20) for a pre-stored default recipe parameter corresponding to the voice instruction; in response to a default recipe parameter corresponding to the voice instruction being found, controlling (S30) operation of the microwave oven according to the default recipe parameter; characterised by in response to receiving a parameter changing instruction input by the user, controlling (S40) the operation of the microwave oven according to a parameter corresponding to the parameter changing instruction, and updating, according to the parameter changing instruction, the default recipe parameter corresponding to the voice instruction. searching (S20) for a pre-stored default recipe parameter corresponding to the voice instruction; in response to a default recipe parameter corresponding to the voice instruction being found, controlling (S30) operation of the microwave oven according to the default recipe parameter; characterised by in response to receiving a parameter changing instruction input by the user, controlling (S40) the operation of the microwave oven according to a parameter corresponding to the parameter changing instruction, and updating, according to the parameter changing instruction, the default recipe parameter corresponding to the voice instruction.
A topical composition comprising: (a) 0.5 to 25 weight percent of glycerin; (b) 0.1 to 5 weight percent of cetearyl olivate; (c) 0.1 to 5 weight percent of sorbitan olivate; and (d) 0.01 to 1 weight percent of extract of Pichia anomala; wherein the composition contains less than 0.1 weight percent of fatty alcohols and is in the form of a gel cream. (a) 0.5 to 25 weight percent of glycerin; (b) 0.1 to 5 weight percent of cetearyl olivate; (c) 0.1 to 5 weight percent of sorbitan olivate; and (d) 0.01 to 1 weight percent of extract of Pichia anomala; wherein the composition contains less than 0.1 weight percent of fatty alcohols and is in the form of a gel cream.
A wireless communication apparatus comprising: a communication section configured to transmit to a wireless terminal station a broadcast signal including network connection information regarding a wireless communication system having a plurality of wireless base stations communicating with one another, wherein the wireless communication apparatus adapted to function as one of the plurality of wireless base stations, wherein the network connection information includes backhaul connection information indicative of a state of connection to a backhaul, wherein the backhaul connection information includes information indicative of whether the backhaul is a wired backhaul or a wireless backhaul. a communication section configured to transmit to a wireless terminal station a broadcast signal including network connection information regarding a wireless communication system having a plurality of wireless base stations communicating with one another, wherein the wireless communication apparatus adapted to function as one of the plurality of wireless base stations, wherein the network connection information includes backhaul connection information indicative of a state of connection to a backhaul, wherein the backhaul connection information includes information indicative of whether the backhaul is a wired backhaul or a wireless backhaul.
A method of making a fiber-reinforced composite, the method comprising: (i) applying a sizing composition to a plurality of fibers to make sized fibers, (ii) contacting the sized fibers with the resin composition to form a resin-fiber amalgam, and (iii) curing the resin-fiber amalgam to form the fiber-reinforced composite, wherein the sizing composition comprises at least one of a curing agent or an accelerator for a resin composition and wherein the resin composition includes 50 wt.% or less of a total amount of the curing agent and the accelerator that is also present on the sized fibers. (i) applying a sizing composition to a plurality of fibers to make sized fibers, (ii) contacting the sized fibers with the resin composition to form a resin-fiber amalgam, and (iii) curing the resin-fiber amalgam to form the fiber-reinforced composite, wherein the sizing composition comprises at least one of a curing agent or an accelerator for a resin composition and wherein the resin composition includes 50 wt.% or less of a total amount of the curing agent and the accelerator that is also present on the sized fibers.
An LED lighting module comprising: - input terminals (13 hi , 13 lo ) for connecting to an input voltage (U in ); - an LED load arranged to be supplied by the input voltage (U in ) and realized to operate at an LED nominal voltage; characterized in that the LED lighting module further comprises a regulation circuit realized to decrease LED current (I LED ) through the LED load in a dimming way when the input voltage (U in ) is greater than an upper threshold voltage level (V dim ), wherein the upper threshold voltage level (V dim ) is equal to or larger than the LED nominal voltage and wherein a light output is constant as long as the input voltage (U in ) lies between the LED nominal voltage and the upper threshold voltage level (V dim ). - input terminals (13 hi , 13 lo ) for connecting to an input voltage (U in ); - an LED load arranged to be supplied by the input voltage (U in ) and realized to operate at an LED nominal voltage; characterized in that the LED lighting module further comprises a regulation circuit realized to decrease LED current (I LED ) through the LED load in a dimming way when the input voltage (U in ) is greater than an upper threshold voltage level (V dim ), wherein the upper threshold voltage level (V dim ) is equal to or larger than the LED nominal voltage and wherein a light output is constant as long as the input voltage (U in ) lies between the LED nominal voltage and the upper threshold voltage level (V dim ).
An inlet device configured to be mounted on a communication cable, the inlet device being for the insertion of an optical fiber cable into a telecommunications enclosure, the inlet device comprising: a housing having a first end and a second end , wherein the housing includes a compressible portion at the second end of the housing ; an optical device holder attachable to the first end of the housing , the optical device holder comprising a base and a lid wherein the base has a cable gripping portion located at a first end of the base, a device holding portion located at a second end of the base, and a splicing portion located between the cable gripping portion and the device holding portion; and a compression member attachable over the compressible portion of the housing . a housing having a first end and a second end , wherein the housing includes a compressible portion at the second end of the housing ; an optical device holder attachable to the first end of the housing , the optical device holder comprising a base and a lid wherein the base has a cable gripping portion located at a first end of the base, a device holding portion located at a second end of the base, and a splicing portion located between the cable gripping portion and the device holding portion; and a compression member attachable over the compressible portion of the housing .
Powder press having a tool structure which has a conical substructure and/or superstructure with punches , upper and/or lower punches, nested in one another, wherein each punch has a longitudinal extent, in particular a cylindrical longitudinal extent, which is guided in a die , wherein at least two longitudinal extents of the punches are adjoined in each case by a region with a conical enlargement, wherein the conical enlargements are able to be guided one in another, characterized in that the region of the conical enlargement has a conically expanding inner and outer wall, which are longer than the longitudinal extent.
An indoor unit , comprising: a housing including an air outlet in a lower portion of the housing; an up-down airflow deflector located at the air outlet , the up-down airflow deflector being configured to adjust a direction of air blown from an air path inside the housing; and a pseudo air path part adjacent to the air path, the pseudo air path part including a pseudo air path through which the air inside the housing does not pass, the air outlet and the up-down airflow deflector extending over the air path and the pseudo air path part in a width direction of the housing, characterized in that the up-down airflow deflector includes a shielding plate at an end portion of the up-down airflow deflector that is close to the pseudo air path part , the shielding plate is provided close to a boundary between the air path through which air passes and the pseudo air path of the pseudo air path part , the shielding plate including a plate face extending along a direction in which the air is blown from the air path. a housing including an air outlet in a lower portion of the housing; an up-down airflow deflector located at the air outlet , the up-down airflow deflector being configured to adjust a direction of air blown from an air path inside the housing; and a pseudo air path part adjacent to the air path, the pseudo air path part including a pseudo air path through which the air inside the housing does not pass, the air outlet and the up-down airflow deflector extending over the air path and the pseudo air path part in a width direction of the housing, characterized in that the up-down airflow deflector includes a shielding plate at an end portion of the up-down airflow deflector that is close to the pseudo air path part , the shielding plate is provided close to a boundary between the air path through which air passes and the pseudo air path of the pseudo air path part , the shielding plate including a plate face extending along a direction in which the air is blown from the air path.
A photoluminescent guide for an aircraft emergency lighting system, the guide comprising a housing and a photoluminescent insert received within the housing , the housing having a length and a width and the insert being sealed within the housing to extend from one end to the other end and from one side to the other side, characterised in that the insert is an integral, one piece composite member including a base element , a photoluminescent element and a cap element , the cap element comprising a coloured light transmitting film, the photoluminescent element being disposed between the base element and the cap element for receiving and emitting light through the cap element and a light transmitting portion of the housing , and wherein the photoluminescent element comprises a polymeric material in which photoluminescent material is suspended and the cap element comprises a film of sheet plastics.
Assembly for cooling the stator of an electric motor, having a laminated stator core , comprising a multiplicity of stator laminations which are in mutual axial succession, as well as a plurality of winding grooves which for receiving associated stator windings run axially in the laminated stator core , wherein a radial clearance configured in one of the stator laminations opens into each of the winding grooves , wherein the radial clearance for supplying cooling liquid communicates with a cooling liquid line which is provided on the laminated stator core , characterized in that the cooling liquid line is configured as a groove-shaped liquid duct which runs axially in an external side of the laminated stator core , wherein the groove-shaped liquid duct is externally sealed by means of a motor housing which surrounds the laminated stator core .
A wheel alignment device adapted to measure the characteristic dimensions and angles of wheels, steering and chassis of vehicles, comprising a scanning system for the contactless measurement equipped with at least one projector projecting onto an object to be measured a structured light with a pattern , at least two video cameras arranged for the acquisition of the image of the object to be measured, and a processing unit for processing the acquired image for the three-dimensional reconstruction of the object to be measured, said projector comprising at least one matrix of emitters integrated into a monolithic substrate , said processing unit being configured to compare the image acquired by the two cameras so that the geometry of the pattern does not need to be known a priori to avoid measurement inaccuracies due to the derivation of this geometry over time for example due to thermal, mechanical or optical causes, characterised in that it comprises movement means for moving said at least one projector , in that said at least one projector is configured to project said structured light with a changing pattern and in that said processing unit is configured to mediate the results acquired with changed patterns .
A system, comprising: a player network hub associated with a player and configured to: form a body area network with peripheral devices by communicating wirelessly according to a first wireless protocol; and transmit location information according to a second wireless protocol different than the first wireless protocol; and relay network hubs configured to form a wide area network with the player network hub and a master network hub by communicating according to the second wireless protocol, wherein the relay network hubs are configured to receive the location information from the player network hub and wherein at least one of the relay network hubs is configured to determine a location of the player network hub based on the location information; wherein the relay network hubs each have a relative known location with respect to a field of play, and wherein the at least one of the relay network hubs is configured to determine a location of the player network hub on the field of play; wherein the at least one of the relay network hubs is dynamically repositionable relative to the field of play and is configured to determine the location of the player network hub on the field of play based on the current position of the at least one of the relay network hubs. a player network hub associated with a player and configured to: form a body area network with peripheral devices by communicating wirelessly according to a first wireless protocol; and transmit location information according to a second wireless protocol different than the first wireless protocol; and form a body area network with peripheral devices by communicating wirelessly according to a first wireless protocol; and transmit location information according to a second wireless protocol different than the first wireless protocol; and relay network hubs configured to form a wide area network with the player network hub and a master network hub by communicating according to the second wireless protocol, wherein the relay network hubs are configured to receive the location information from the player network hub and wherein at least one of the relay network hubs is configured to determine a location of the player network hub based on the location information; wherein the relay network hubs each have a relative known location with respect to a field of play, and wherein the at least one of the relay network hubs is configured to determine a location of the player network hub on the field of play; wherein the at least one of the relay network hubs is dynamically repositionable relative to the field of play and is configured to determine the location of the player network hub on the field of play based on the current position of the at least one of the relay network hubs.
A device for preparing foods received in a vessel, in particular ready meals, the device comprising a steam generator unit for generating steam, a steam delivery unit having a steam probe containing at least one steam discharge opening, the steam delivery unit being connected to the steam generator unit in a steam-conducting manner via a steam feed line, and drive means for the, in particular translational, displacement of the steam delivery unit relative to a rinsing device , preferably disposed below the steam delivery unit along the vertical, having a rinsing tank and rinsing water application means, in particular comprising a rinsing nozzle , for rinsing the steam probe after a food preparation process, the rinsing tank being in fluid communication with a drain line section for discharging dirty rinsing water, characterized in that a drain funnel comprising the drain line section is fixed to the rising tank , wherein the drain funnel can be detached from the rinsing tank , in particular without any tools being required, for cleaning and/or exchange purposes and is sealed in relation to the rinsing tank by sealing means .
Method for producing a security element having the following steps: a) applying a first lacquer layer made of a water-based photo lacquer onto a surface of a base body ; b) exposing the first lacquer layer in a first region , wherein the first lacquer layer is not exposed in a second region , c) removing the first lacquer layer in the second region ; characterised in that an aqueous photo lacquer is used for applying the first lacquer layer , said aqueous photo lacquer containing at least one water-soluble polymer, at least one film-forming polymer, at least one additive and at least one photoinitiator. a) applying a first lacquer layer made of a water-based photo lacquer onto a surface of a base body ; b) exposing the first lacquer layer in a first region , wherein the first lacquer layer is not exposed in a second region , c) removing the first lacquer layer in the second region ; characterised in that