mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a series of capsules (1A; 10; 20; 30), wherein each capsule (1A; 10; 20; 30) comprises a core which is liquid or at least partially gelled or at least partially thixotropic, and a gelled envelope completely encapsulating the core and comprising at least two external phases , wherein each external phase contains at least one gelled polyelectrolyte, and wherein the gelled envelope has an external surface having at least two distinct portions respectively formed by the two external phases , wherein the method comprises the steps of: - conveying a first flow (F1) of one or more internal phases that are intended to form the core , and a second flow (F2) of at least the two phases that are intended to form the gelled envelope , wherein each external phase contains the liquid polyelectrolyte capable of gelling, at least one of the two external phases comprising at least one coloring agent, wherein the second flow (F2) surrounds the first flow about an axis (D2); - successive formation, from the first flow (F1) and the second flow (F2), of a plurality of liquid bodies , wherein each liquid body comprises a drop of the internal phase(s) , and a peripheral film coating the drop and having the two external phases , wherein the film has on its external surface at least two distinct portions formed respectively by the two external phases ; and - immersing each liquid body in a gelling solution containing a reagent adapted to react with the polyelectrolyte of each of the two external phases to form one of the capsules (1A; 10; 20; 30), and recovering the plurality of capsules (1A; 10; 20; 30). - conveying a first flow (F1) of one or more internal phases that are intended to form the core , and a second flow (F2) of at least the two phases that are intended to form the gelled envelope , wherein each external phase contains the liquid polyelectrolyte capable of gelling, at least one of the two external phases comprising at least one coloring agent, wherein the second flow (F2) surrounds the first flow about an axis (D2); - successive formation, from the first flow (F1) and the second flow (F2), of a plurality of liquid bodies , wherein each liquid body comprises a drop of the internal phase(s) , and a peripheral film coating the drop and having the two external phases , wherein the film has on its external surface at least two distinct portions formed respectively by the two external phases ; and - immersing each liquid body in a gelling solution containing a reagent adapted to react with the polyelectrolyte of each of the two external phases to form one of the capsules (1A; 10; 20; 30), and recovering the plurality of capsules (1A; 10; 20; 30).
A method performed by a radio-network node for handling a data transmission, from a wireless device to the radio-network node , in a wireless communication network , the method comprising: - scheduling one or more resources for carrying an uplink data transmission from the wireless device over a channel, and one or more resources for carrying a feedback transmission, of a downlink data transmission from the radio-network node, over the same channel; - transmitting a single control message to the wireless device , which single control message indicates the one or more resources scheduled for carrying the uplink data transmission and the one or more resources scheduled for the feedback transmission over the same channel; and - reading feedback information received over the channel as scheduled, wherein the feedback information is multiplexed with uplink data of the uplink data transmission over the same channel without destroying the uplink data. - scheduling one or more resources for carrying an uplink data transmission from the wireless device over a channel, and one or more resources for carrying a feedback transmission, of a downlink data transmission from the radio-network node, over the same channel; - transmitting a single control message to the wireless device , which single control message indicates the one or more resources scheduled for carrying the uplink data transmission and the one or more resources scheduled for the feedback transmission over the same channel; and - reading feedback information received over the channel as scheduled, wherein the feedback information is multiplexed with uplink data of the uplink data transmission over the same channel without destroying the uplink data.
Dosing container, of the type that comprises a reservoir body , wherein a liquid, cream or gel product is stored to be expelled outside, which defines on its top an upper opening , a cover that closes said upper opening and which comprises a foam-producing pump that ends with a nozzle , comprising a tube that connects the product from inside the body to the foam-producing pump , which mixes the product with air to turn it into foam and transfers it to the nozzle , characterised in that it comprises a support that is fixed to the end of the nozzle , with silicone tips defining a brush, with orifices that let the product pass throughout the nozzle to the outside, wherein the perimeter tips being rectangular and the interior ones being cylindrical, with the rectangular ones having a thickness of 0.80 - 0.90 mm and the cylindrical ones having diameters of 0.80 - 0.90 mm and the spacing between the tips being between 0,85 mm and 1.20 mm.
A housing comprising: a housing main body provided with a terminal holding portion including a terminal accommodating chamber configured to accommodate a terminal ; a retainer assembled to the terminal holding portion of the housing main body ; and an annular seal member mounted to a tubular seal mounting portion formed on an assembly side to the retainer in the housing main body , wherein the retainer includes an engaging piece protruding in a direction of assembling to the housing main body , and wherein the engaging piece is inserted into an inner side of the seal mounting portion and abuts on an inner surface of the seal mounting portion , characterized in that the engaging piece includes a thin portion whose end portion is formed to be thin, the engaging piece includes a first tapered surface , which is inclined inward toward the thin portion , on an outer surface side thereof and a second tapered surface , which is inclined outward toward the thin portion , on an inner surface side thereof. a housing main body provided with a terminal holding portion including a terminal accommodating chamber configured to accommodate a terminal ; a retainer assembled to the terminal holding portion of the housing main body ; and an annular seal member mounted to a tubular seal mounting portion formed on an assembly side to the retainer in the housing main body , wherein the retainer includes an engaging piece protruding in a direction of assembling to the housing main body , and wherein the engaging piece is inserted into an inner side of the seal mounting portion and abuts on an inner surface of the seal mounting portion , characterized in that the engaging piece includes a thin portion whose end portion is formed to be thin, the engaging piece includes a first tapered surface , which is inclined inward toward the thin portion , on an outer surface side thereof and a second tapered surface , which is inclined outward toward the thin portion , on an inner surface side thereof.
A system comprising: - an implant ; - a cylinder with an internal protrusion , external grooves , and convex vertical internal protrusions ; and - a multifunctional prosthetic component comprising: a) a prismatic head (4.1) with smaller faces which when linearly extended define a hexagonal shape in cross-section and larger faces which when linearly extended define a triangular or hexagonal shape in cross-section; b) a groove below the prismatic head; c) a prosthetic pillar (4.2) having concave vertical external grooves linked with the larger faces of the prismatic head , and a circular channel configured to receive the internal protrusion of the cylinder; and d) an internal hexagon , whose faces are indexed with the larger faces of the prism head (4.1), with the external vertical concave grooves of the prosthetic pillar (4.2), and with the faces of an external hexagon of the implant . - an implant ; - a cylinder with an internal protrusion , external grooves , and convex vertical internal protrusions ; and - a multifunctional prosthetic component comprising: a) a prismatic head (4.1) with smaller faces which when linearly extended define a hexagonal shape in cross-section and larger faces which when linearly extended define a triangular or hexagonal shape in cross-section; b) a groove below the prismatic head; c) a prosthetic pillar (4.2) having concave vertical external grooves linked with the larger faces of the prismatic head , and a circular channel configured to receive the internal protrusion of the cylinder; and d) an internal hexagon , whose faces are indexed with the larger faces of the prism head (4.1), with the external vertical concave grooves of the prosthetic pillar (4.2), and with the faces of an external hexagon of the implant . a) a prismatic head (4.1) with smaller faces which when linearly extended define a hexagonal shape in cross-section and larger faces which when linearly extended define a triangular or hexagonal shape in cross-section; b) a groove below the prismatic head; c) a prosthetic pillar (4.2) having concave vertical external grooves linked with the larger faces of the prismatic head , and a circular channel configured to receive the internal protrusion of the cylinder; and d) an internal hexagon , whose faces are indexed with the larger faces of the prism head (4.1), with the external vertical concave grooves of the prosthetic pillar (4.2), and with the faces of an external hexagon of the implant .
A method of managing failover in redundant data storage centers , the method comprising: redundantly storing data records across the redundant data storage centers by propagating replication data related to user input to the redundant data centers with a first data storage center operating as a primary data storage center configured to respond to at least user input related to the data records; in the first data storage center , processing quorum data received from each of the data storage centers that indicates a designation of the primary data storage center by more than half of the data storage centers ; responsive to the quorum data indicating that the first data storage center is not the primary data storage center and to designating a second of the data storage centers as the primary data storage center based on the quorum data, placing the first data storage center into an intermediate topology state which comprises ceasing response to the user input by the first data storage center and executing pending operations related to previous user input received by the first data storage center ; and designating the second data storage center as the primary data storage center configured to respond to at least further user input related to the data records, wherein a topology control node controls which data center is the primary by reporting to each data storage center the selected primary designation. redundantly storing data records across the redundant data storage centers by propagating replication data related to user input to the redundant data centers with a first data storage center operating as a primary data storage center configured to respond to at least user input related to the data records; in the first data storage center , processing quorum data received from each of the data storage centers that indicates a designation of the primary data storage center by more than half of the data storage centers ; responsive to the quorum data indicating that the first data storage center is not the primary data storage center and to designating a second of the data storage centers as the primary data storage center based on the quorum data, placing the first data storage center into an intermediate topology state which comprises ceasing response to the user input by the first data storage center and executing pending operations related to previous user input received by the first data storage center ; and designating the second data storage center as the primary data storage center configured to respond to at least further user input related to the data records, wherein a topology control node controls which data center is the primary by reporting to each data storage center the selected primary designation.
A suturing device , comprising: an elongate member ; a firing aperture having at least one needle rotatably disposed therein, the needle being configured to engage a suture for deployment; a drive mechanism operatively coupled to the needle and configured to advance the needle from a retracted position to an extended position during engagement, and retract the needle from the extended position to the retracted position during disengagement; characterized in that said suturing device comprises: one or more tracks for receiving one or more deployable sutures , the one or more tracks being longitudinally disposed within the elongate member ; and an autoloading mechanism operatively coupled to the drive mechanism and configured to slidably retrieve and position a suture to be deployed over the firing aperture after a prior suture has been deployed, wherein the autoloading mechanism includes a pusher member slidably disposed along the one or more tracks , biased so as to unidirectionally interface with the drive mechanism . an elongate member ; a firing aperture having at least one needle rotatably disposed therein, the needle being configured to engage a suture for deployment; a drive mechanism operatively coupled to the needle and configured to advance the needle from a retracted position to an extended position during engagement, and retract the needle from the extended position to the retracted position during disengagement; characterized in that said suturing device comprises: one or more tracks for receiving one or more deployable sutures , the one or more tracks being longitudinally disposed within the elongate member ; and an autoloading mechanism operatively coupled to the drive mechanism and configured to slidably retrieve and position a suture to be deployed over the firing aperture after a prior suture has been deployed, wherein the autoloading mechanism includes a pusher member slidably disposed along the one or more tracks , biased so as to unidirectionally interface with the drive mechanism . one or more tracks for receiving one or more deployable sutures , the one or more tracks being longitudinally disposed within the elongate member ; and an autoloading mechanism operatively coupled to the drive mechanism and configured to slidably retrieve and position a suture to be deployed over the firing aperture after a prior suture has been deployed, wherein the autoloading mechanism includes a pusher member slidably disposed along the one or more tracks , biased so as to unidirectionally interface with the drive mechanism .
A system , comprising: a processing unit , and a first memory storing operation information concerning a plurality of operations performed on a smart device , each of the plurality of operations resulting in the use of a network of an operator , characterized by the first memory storing a metering and tariffing application having been provisioned with a plurality of general rules prior to the plurality of operations occurring, the metering and tariffing application configured for execution on the processing unit to automatically apportion the plurality of operations between a plurality of purposes based on the operation information in accordance with the plurality of general rules; the first memory further storing tariffs of the operator for use of the network by the smart device ; and the metering and tariffing application configured to determine the cost for the use of the network by the plurality of operations of the smart device for at least one of the plurality of purposes based on the tariffs and the apportioned operation information. a processing unit , and a first memory storing operation information concerning a plurality of operations performed on a smart device , each of the plurality of operations resulting in the use of a network of an operator , characterized by the first memory storing a metering and tariffing application having been provisioned with a plurality of general rules prior to the plurality of operations occurring, the metering and tariffing application configured for execution on the processing unit to automatically apportion the plurality of operations between a plurality of purposes based on the operation information in accordance with the plurality of general rules; the first memory further storing tariffs of the operator for use of the network by the smart device ; and the metering and tariffing application configured to determine the cost for the use of the network by the plurality of operations of the smart device for at least one of the plurality of purposes based on the tariffs and the apportioned operation information.
A backup power supply method for an electric vehicle drive system, the method comprising: converting, by a high voltage isolation power supply , a voltage on a high voltage direct current (DC) bus of an electric vehicle into a backup input voltage; powering a drive circuit in the electric vehicle drive system with the backup input voltage, wherein the drive circuit is configured to amplify a drive signal from a controller of the electric vehicle drive system and output the amplified drive signal to an inverter of the electric vehicle to control the inverter to operate, and an output terminal of the high voltage isolation power supply is connected to a power supply terminal of the drive circuit ; determining, by a high-low voltage power supply switching circuitry , whether a low voltage battery in the electric vehicle drive system has power supply abnormity; and determining, by the high-low voltage power supply switching circuitry , the backup input voltage to be an input voltage of a low voltage power supply circuit in the electric vehicle drive system, in a case that the low voltage battery has power supply abnormity. converting, by a high voltage isolation power supply , a voltage on a high voltage direct current (DC) bus of an electric vehicle into a backup input voltage; powering a drive circuit in the electric vehicle drive system with the backup input voltage, wherein the drive circuit is configured to amplify a drive signal from a controller of the electric vehicle drive system and output the amplified drive signal to an inverter of the electric vehicle to control the inverter to operate, and an output terminal of the high voltage isolation power supply is connected to a power supply terminal of the drive circuit ; determining, by a high-low voltage power supply switching circuitry , whether a low voltage battery in the electric vehicle drive system has power supply abnormity; and determining, by the high-low voltage power supply switching circuitry , the backup input voltage to be an input voltage of a low voltage power supply circuit in the electric vehicle drive system, in a case that the low voltage battery has power supply abnormity.
A display apparatus comprising: a display module ; a driving device configured to generate a driving force to cause respective sides of the display module to move in a forward direction and a backward direction to deform the display module from one of a flat state and a curved state to the other one of the flat state and the curved state; a side case in which both sides of the display module are accommodated in the flat state and protrude away from the case in the curved state; and a cover being arranged to cover at least one of a space between a top end of the display module and a top end of the side case and a space between a bottom end of the display module and a bottom end of the side case when the display module is arranged in the curved state, a base that is disposed in the rear of the display module and supports the driving device ; wherein the driving device comprises: a driving unit that is installed at the base and is adapted to generate a driving force, a plurality of movement members movably installed at the rear of the base and is adapted to move in opposite directions using the driving unit ; and a plurality of rotation members rotatably installed at ends of the movement members and being adapted to be rotated by the plurality of movement members and cause both sides of the display module to be moved in a forward/backward direction. a display module ; a driving device configured to generate a driving force to cause respective sides of the display module to move in a forward direction and a backward direction to deform the display module from one of a flat state and a curved state to the other one of the flat state and the curved state; a side case in which both sides of the display module are accommodated in the flat state and protrude away from the case in the curved state; and a cover being arranged to cover at least one of a space between a top end of the display module and a top end of the side case and a space between a bottom end of the display module and a bottom end of the side case when the display module is arranged in the curved state, a base that is disposed in the rear of the display module and supports the driving device ; wherein the driving device comprises: a driving unit that is installed at the base and is adapted to generate a driving force, a plurality of movement members movably installed at the rear of the base and is adapted to move in opposite directions using the driving unit ; and a plurality of rotation members rotatably installed at ends of the movement members and being adapted to be rotated by the plurality of movement members and cause both sides of the display module to be moved in a forward/backward direction.
A gear unit, having a gear unit casing for forming a first torque transmission path and/or power arm, - an input shaft , which is mounted by means of bearings accommodated in the gear unit casing, with at least one non-rotatably connected toothed part , - a hollow shaft , which is mounted by means of bearings accommodated in the gear unit casing, with at least one non-rotatably connected toothed part , - a further hollow shaft , which is mounted by means of bearings accommodated in the gear unit casing, with at least one non-rotatably connected gear wheel , - an output shaft , which is mounted by means of bearings accommodated in the gear unit casing, with at least one non-rotatably connected toothed part , wherein the hollow shaft and further hollow shaft are axially spaced apart from each other, and torque can be transmitted between the hollow shaft and the further hollow shaft by means of a torsion bar , characterised in that the torsion bar is connected non-rotatably but axially displaceably to a bush and/or the bush is connected non-rotatably but axially displaceably to the hollow shaft, - the bush having internal gearing for non-rotatably connecting to external gearing of the torsion bar , - and/or the bush having external gearing for non-rotatably connecting to internal gearing of the hollow shaft. - an input shaft , which is mounted by means of bearings accommodated in the gear unit casing, with at least one non-rotatably connected toothed part , - a hollow shaft , which is mounted by means of bearings accommodated in the gear unit casing, with at least one non-rotatably connected toothed part , - a further hollow shaft , which is mounted by means of bearings accommodated in the gear unit casing, with at least one non-rotatably connected gear wheel , - an output shaft , which is mounted by means of bearings accommodated in the gear unit casing, with at least one non-rotatably connected toothed part , - the bush having internal gearing for non-rotatably connecting to external gearing of the torsion bar , - and/or the bush having external gearing for non-rotatably connecting to internal gearing of the hollow shaft.