mhurhangee/patent-ind-claim-en huggingface dataset:
A loudspeaker transducer comprising a frame with an inner frame section and an outer frame section , characterized by : - a diaphragm assembly comprising: ∘ a diaphragm comprising: • a first diaphragm component extending between an inner perimeter and an outer rim , and • a second diaphragm component extending between an inner perimeter and an outer rim , wherein the outer rim of the first diaphragm component overlaps the second diaphragm component over an overlap section (L) and wherein the second diaphragm component is attached to the first diaphragm component at the overlap section (L), and ∘ a voice coil assembly connected to the inner perimeter of the second diaphragm component , - an inner suspension element connected to the inner perimeter of the first diaphragm component , which inner suspension element is configured to suspend the diaphragm assembly to the inner frame section of the loudspeaker transducer , and by - an outer suspension element connected to the outer rim of the second diaphragm component , which outer suspension element is configured to suspend the diaphragm assembly to the surrounding outer frame section of the loudspeaker transducer . - a diaphragm assembly comprising: ∘ a diaphragm comprising: • a first diaphragm component extending between an inner perimeter and an outer rim , and • a second diaphragm component extending between an inner perimeter and an outer rim , wherein the outer rim of the first diaphragm component overlaps the second diaphragm component over an overlap section (L) and wherein the second diaphragm component is attached to the first diaphragm component at the overlap section (L), and ∘ a voice coil assembly connected to the inner perimeter of the second diaphragm component , ∘ a diaphragm comprising: • a first diaphragm component extending between an inner perimeter and an outer rim , and • a second diaphragm component extending between an inner perimeter and an outer rim , wherein the outer rim of the first diaphragm component overlaps the second diaphragm component over an overlap section (L) and wherein the second diaphragm component is attached to the first diaphragm component at the overlap section (L), and • a first diaphragm component extending between an inner perimeter and an outer rim , and • a second diaphragm component extending between an inner perimeter and an outer rim , wherein ∘ a voice coil assembly connected to the inner perimeter of the second diaphragm component , - an inner suspension element connected to the inner perimeter of the first diaphragm component , which inner suspension element is configured to suspend the diaphragm assembly to the inner frame section of the loudspeaker transducer , and by - an outer suspension element connected to the outer rim of the second diaphragm component , which outer suspension element is configured to suspend the diaphragm assembly to the surrounding outer frame section of the loudspeaker transducer .
A vacuum pump, in particular a turbomolecular pump , comprising a vacuum space (V) bounded by a pump housing ; and a circuit board , wherein the pump housing has a connection opening which is closed in a vacuum-tight manner by the circuit board so that the circuit board separates the vacuum space (V) from a pressure space (D), wherein the vacuum pump is characterized in that a gas barrier spaced apart from the circuit board is arranged in front of the circuit board at the vacuum side. a vacuum space (V) bounded by a pump housing ; and a circuit board , wherein the pump housing has a connection opening which is closed in a vacuum-tight manner by the circuit board so that the circuit board separates the vacuum space (V) from a pressure space (D), wherein the vacuum pump is characterized in that a gas barrier spaced apart from the circuit board is arranged in front of the circuit board at the vacuum side.
Method for separating biomass from solid fermentation product, wherein an aqueous slurry comprising biomass and solid fermentation product is provided to the upper part of a biomass separator unit and an aqueous medium is provided to the bottom of a biomass separator unit, while a product stream comprising solid fermentation product is withdrawn from the bottom of the biomass separator unit and a waste stream comprising biomass is withdrawn from the upper part of the biomass separator unit, and wherein, in the biomass separator unit, the aqueous slurry is contacted in countercurrent operation with the aqueous medium provided to the bottom of the biomass separator unit.
Commercial vehicle comprising a chassis that can be supported on the ground by wheels , having longitudinal and transverse supports on which a loading platform can be supported, characterised in that the adjacent longitudinal supports have holes provided opposite one another and mutually associated in pairs, through each of which a fastening element passes, the fastening element having an end region (7.2) which is bent down or bent at right angles and is arranged on an outer side of the longitudinal support while leaving a loop-shaped fastening space and the other end region (7.1) pointing substantially to the associated other fastening element of the other associated hole , and the mutually associated two fastening elements cooperating in pairs and the mutually facing end regions (7.1) being interconnected.
An electronic device for performing group control comprising: a communication unit (220; 301) configured to communicate with another electronic device (100_A - 100_E); a memory (230; 305) configured to store group information on a group comprising the electronic device and at least one other electronic device (100_A - 100_E); and a controller (210; 303) configured to: receive (600; 702; 802) the control command; determine (602; 704; 806) whether the control command is a group control command to be executed in the group; and transmit (610, 612; 710; 812) the control command to the at least one other electronic device (100_A - 100_E) of the group if the control command is the group control command; characterized in that the controller (210; 303) is further configured to execute (604; 710; 804) the received control command on the electronic device as part of the group control; wherein the electronic device and the at least one other electronic device (100_A - 100_E) are portable electronic devices configured to be carried by a user and/or worn on a user's body. a communication unit (220; 301) configured to communicate with another electronic device (100_A - 100_E); a memory (230; 305) configured to store group information on a group comprising the electronic device and at least one other electronic device (100_A - 100_E); and a controller (210; 303) configured to: receive (600; 702; 802) the control command; determine (602; 704; 806) whether the control command is a group control command to be executed in the group; and transmit (610, 612; 710; 812) the control command to the at least one other electronic device (100_A - 100_E) of the group if the control command is the group control command; receive (600; 702; 802) the control command; determine (602; 704; 806) whether the control command is a group control command to be executed in the group; and transmit (610, 612; 710; 812) the control command to the at least one other electronic device (100_A - 100_E) of the group if the control command is the group control command; characterized in that the controller (210; 303) is further configured to execute (604; 710; 804) the received control command on the electronic device as part of the group control; wherein the electronic device and the at least one other electronic device (100_A - 100_E) are portable electronic devices configured to be carried by a user and/or worn on a user's body.
An operation control method, comprising: identifying an operation trace applied on a terminal screen by a user; determining whether the operation trace is in a region where a grid path is located, wherein a gap region among application icons on a terminal interface forms the grid path; and executing a shortcut operation corresponding to the operation trace if the operation trace is in the region where the grid path is located; wherein executing the shortcut operation corresponding to the operation trace comprises: matching the operation trace to a preset operation trace, and performing a corresponding shortcut operation based on a matching result. identifying an operation trace applied on a terminal screen by a user; determining whether the operation trace is in a region where a grid path is located, wherein a gap region among application icons on a terminal interface forms the grid path; and executing a shortcut operation corresponding to the operation trace if the operation trace is in the region where the grid path is located; wherein executing the shortcut operation corresponding to the operation trace comprises: matching the operation trace to a preset operation trace, and performing a corresponding shortcut operation based on a matching result.
A spinning device for producing a yarn from a fibre material, with - a rotor housing, within which a spinning rotor rotating at high speed during spinning operation is arranged, - a rotor housing cover arranged on the rotor housing for opening and closing the rotor housing, and - a channel plate adapter exchangeably fixed to the rotor housing cover , characterised in that - the channel plate adapter is fixed to the rotor housing cover by the displacement of a closing bolt of a detent from a release position into the locking position, whereby - the closing bolt is preloaded towards the locking position by means of a spring and - the channel plate adapter has a closing bolt receptacle for positively receiving one end of the closing bolt in the locking position and - the detent , in particular the spring-loaded closing bolt , is formed in such a way that the channel plate adapter automatically latches into place when it is arranged on the rotor housing cover , with the spring initially being loaded when the channel plate adapter is fixed, and the closing bolt subsequently being automatically displaced from the release position into the locking position when the channel plate adapter reaches a closed position on the rotor housing cover . - a rotor housing, within which a spinning rotor rotating at high speed during spinning operation is arranged, - a rotor housing cover arranged on the rotor housing for opening and closing the rotor housing, and - a channel plate adapter exchangeably fixed to the rotor housing cover , characterised in that - the channel plate adapter is fixed to the rotor housing cover by the displacement of a closing bolt of a detent from a release position into the locking position, whereby - the closing bolt is preloaded towards the locking position by means of a spring and - the channel plate adapter has a closing bolt receptacle for positively receiving one end of the closing bolt in the locking position and - the detent , in particular the spring-loaded closing bolt , is formed in such a way that the channel plate adapter automatically latches into place when it is arranged on the rotor housing cover , with the spring initially being loaded when the channel plate adapter is fixed, and the closing bolt subsequently being automatically displaced from the release position into the locking position when the channel plate adapter reaches a closed position on the rotor housing cover .
A stannous-associated phosphopeptide stabilized amorphous calcium phosphate (ACP) and/or amorphous calcium fluoride phosphate (ACFP) complex having a stannous ion content of at least 1 mole of stannous per mole of phosphopeptide.
A plastic leaching chamber having an arch shaped cross section, for receiving and dispersing water when buried, which chamber comprising: opposing side base flanges , for providing bearing area to support the chamber during use; opposing sidewalls , each sidewall running upwardly and inwardly from a base flange; a top , connecting the upper ends of the sidewalls ; the interconnected combination of opposing sidewalls and top forming an arch-curve wall which defines a concave chamber interior; a plurality of alternating peak corrugations and valley corrugations running in said arch-curve wall, transverse to the length of the chamber , from proximity of one base flange to proximity of the opposing side base flange ; and characterised by , one or more pillars , each pillar having a pillar wall extending downwardly into the chamber interior from the top of the arch-curve wall of the chamber , and each pillar comprising a pillar base , a portion of which base in combination with the base flanges at least provides bearing area and has an elevation which is proximate the elevation of a base plane of said base flanges . opposing side base flanges , for providing bearing area to support the chamber during use; opposing sidewalls , each sidewall running upwardly and inwardly from a base flange; a top , connecting the upper ends of the sidewalls ; the interconnected combination of opposing sidewalls and top forming an arch-curve wall which defines a concave chamber interior; a plurality of alternating peak corrugations and valley corrugations running in said arch-curve wall, transverse to the length of the chamber , from proximity of one base flange to proximity of the opposing side base flange ; and characterised by , the interconnected combination of opposing sidewalls and top forming an arch-curve wall which defines a concave chamber interior; a plurality of alternating peak corrugations and valley corrugations running in said arch-curve wall, transverse to the length of the chamber , from proximity of one base flange to proximity of the opposing side base flange ; and characterised by , one or more pillars , each pillar having a pillar wall extending downwardly into the chamber interior from the top of the arch-curve wall of the chamber , and each pillar comprising a pillar base , a portion of which base in combination with the base flanges at least provides bearing area and has an elevation which is proximate the elevation of a base plane of said base flanges .
An air and fuel injection system for the back end wall of a turbomachine's annular combustion chamber, including an internal channel , an external annular channel , a peripheral annular channel , two annular walls , and at least two coaxial fuel injecting devices , among which a central injector associated with two air admission channels, namely the internal channel in which the central injector emerges such that fuel sprayed by the central injector can be immediately mixed with air admitted in the internal channel , and the external annular channel formed around the annular wall separating it from the internal channel and emerging downstream in the injection system to allow subsequent enrichment of the air-fuel mixture with air, together with a peripheral annular injector including at least one fuel ejection aperture made in the annular wall and emerging in the peripheral annular channel separated from said external channel by said annular wall , and having an annular space of admission of an air stream intended to mix in said peripheral annular channel with fuel delivered by said peripheral injector , wherein said annular wall , which separates said external annular channel and said internal channel , has on its internal face a convergent-divergent profile intended for aspiration by a venturi effect of a film of fuel from said central injector , and said annular wall has at its downstream end an annular lip for spraying said fuel film under the effect of a flow of the stream of air admitted into the external annular channel , where said injection system is characterised in that it also includes multiple air ejection apertures traversing said annular wall downstream from said fuel ejection aperture with respect to the flow of said air stream, for an additional injection of air from said external channel into said peripheral annular channel .
A vehicle in-cabin lighting system comprising: an outward gaze guiding section that is provided inside a vehicle cabin at a vehicle front side and at a vehicle width direction outer side of a vehicle seat , and that becomes brighter than its surroundings on activation of an outer side lighting device so as to guide a gaze toward the vehicle width direction outer side with respect to the vehicle seat; and a control section that is configured to determine whether or not an occupant (P3) sitting on the vehicle seat has an interest in interacting with another occupant (P4) inside the vehicle cabin based on detection of operation of an operation section (S3, S4), in communication with a communication interface of the vehicle in-cabin lighting system, by the occupant to transmit a signal indicating the occupant's intention, or based on detection of a state of the occupant, and to activate the outer side lighting device so as to make the outward gaze guiding section brighter in a case in which determination is made that there is no interest in interacting, wherein detection of the state of the occupant is based on one or more of the following: - image data of the occupant provided by a camera in the vehicle cabin; - fluctuations in a heartrate and/or respiration of the occupant provided by a biometric sensor. an outward gaze guiding section that is provided inside a vehicle cabin at a vehicle front side and at a vehicle width direction outer side of a vehicle seat , and that becomes brighter than its surroundings on activation of an outer side lighting device so as to guide a gaze toward the vehicle width direction outer side with respect to the vehicle seat; and a control section that is configured to determine whether or not an occupant (P3) sitting on the vehicle seat has an interest in interacting with another occupant (P4) inside the vehicle cabin based on detection of operation of an operation section (S3, S4), in communication with a communication interface of the vehicle in-cabin lighting system, by the occupant to transmit a signal indicating the occupant's intention, or based on detection of a state of the occupant, and to activate the outer side lighting device so as to make the outward gaze guiding section brighter in a case in which determination is made that there is no interest in interacting, wherein detection of the state of the occupant is based on one or more of the following: - image data of the occupant provided by a camera in the vehicle cabin; - fluctuations in a heartrate and/or respiration of the occupant provided by a biometric sensor. - image data of the occupant provided by a camera in the vehicle cabin; - fluctuations in a heartrate and/or respiration of the occupant provided by a biometric sensor.
Method for connecting home-automation equipment with a wide area network, in which at least one first home-automation equipment item is connected with a wide area network, via a control device comprising a first communication module for communicating with the first equipment item according to a first form of communication, characterized in that the method comprises the following steps, implemented by the control device, the control device being linked to a second, additional communication module, to communicate with a second home-automation equipment item according to a second form of communication, for connecting the second home-automation equipment item to the wide area network, said second module being operational by connection to an electrical power supply, of USB type, and one of the elements out of said device and the second home-automation equipment item comprising a USB port for accommodating the connection of the second module: - on reception of data from the wide area network, identifying a recipient of said data out of the first equipment item and the second equipment item, and ∘ on identification of the second equipment item as recipient of the data, implementing the second module to communicate said data to the second equipment item according to said second form of communication, ∘ on identification of the first equipment item as recipient of the data, implementing the first module to communicate said data to the first equipment item according to said first form of communication. - on reception of data from the wide area network, identifying a recipient of said data out of the first equipment item and the second equipment item, and ∘ on identification of the second equipment item as recipient of the data, implementing the second module to communicate said data to the second equipment item according to said second form of communication, ∘ on identification of the first equipment item as recipient of the data, implementing the first module to communicate said data to the first equipment item according to said first form of communication. ∘ on identification of the second equipment item as recipient of the data, implementing the second module to communicate said data to the second equipment item according to said second form of communication, ∘ on identification of the first equipment item as recipient of the data, implementing the first module to communicate said data to the first equipment item according to said first form of communication.
A method for indicating channel measurement feedback, comprising: sending a radio frame by a sending station, wherein indication information requesting for channel measurement feedback is carried in a signal field which is in a physical layer header of the radio frame (S202); wherein the indication information for requesting the channel measurement feedback is used for indicating a receiving station to feed back channel measurement information; wherein the signal field further carries address information, wherein the address information comprises: receiving address information and sending address information; wherein, when the radio frame is sent to an access point, AP, by a station STA, the receiving address information is a partial basic service set identifier, BSSID, of the AP, and the sending address information is an associated identifier, AID, of the STA, wherein the partial BSSID is a compressed BSSID; or when the radio frame is sent to the STA by the AP, the receiving address information is the AID of the STA, and the sending address information is the partial BSSID of the AP; wherein the indication information for requesting channel measurement feedback comprises fragment retransmission bitmap information. sending a radio frame by a sending station, wherein indication information requesting for channel measurement feedback is carried in a signal field which is in a physical layer header of the radio frame (S202); wherein the indication information for requesting the channel measurement feedback is used for indicating a receiving station to feed back channel measurement information; wherein the signal field further carries address information, wherein the address information comprises: receiving address information and sending address information; wherein, when the radio frame is sent to an access point, AP, by a station STA, the receiving address information is a partial basic service set identifier, BSSID, of the AP, and the sending address information is an associated identifier, AID, of the STA, wherein the partial BSSID is a compressed BSSID; or when the radio frame is sent to the STA by the AP, the receiving address information is the AID of the STA, and the sending address information is the partial BSSID of the AP; wherein the indication information for requesting channel measurement feedback comprises fragment retransmission bitmap information.