mhurhangee/patent-ind-claim-en huggingface dataset:
A build plate for a three-dimensional printer comprising: a rigid, optically transparent, gas-permeable planar base having an upper surface (U) and an opposing lower surface (L); a gas permeable adhesive layer on the base upper surface; and a flexible, optically transparent, gas-permeable sheet having upper and lower surfaces, the upper sheet surface comprising a build surface for forming a three-dimensional object, the sheet lower surface positioned on the adhesive layer opposite the base; characterized in that the planar base comprises a gas-impermeable portion and a gas-permeable portion , the upper surface being on the gas-permeable portion. a rigid, optically transparent, gas-permeable planar base having an upper surface (U) and an opposing lower surface (L); a gas permeable adhesive layer on the base upper surface; and a flexible, optically transparent, gas-permeable sheet having upper and lower surfaces, the upper sheet surface comprising a build surface for forming a three-dimensional object, the sheet lower surface positioned on the adhesive layer opposite the base; characterized in that the planar base comprises a gas-impermeable portion and a gas-permeable portion , the upper surface being on the gas-permeable portion.
A conveyor control system for controlling a conveyor system configured to transport a series of loads, the conveyor system including a series of conveyor zones including at least one downstream conveyor zone and at least one upstream conveyor zone , each conveyor of each conveyor zone having at least one motor configured to control operation of the respective conveyor of the respective conveyor zone and a selectively operable drive arrangement interconnected with each conveyor zone for operating the at least one motor of each conveyor zone to advance the loads along the conveyor system, the conveyor control system comprising: a plurality of zone controllers , each zone controller configured for controlling one of the series of conveyor zones and the zone controller includes a plurality of user settable switches and a plurality of operating functions stored in the zone controller, wherein the plurality of user settable switches select at least one of the plurality of operating functions for execution on the zone controller to define, at least in part, operation of the zone controller; and a Local Area Network (LAN) connection between each of the plurality of zone controllers, wherein each of the plurality of zone controllers receives data via the LAN connection from at least one other zone controller corresponding to the operation of the at least one other zone controller and wherein data identifying a change in the operation of the at least one other zone controller received via the LAN connection defines, at least in part, operation of the zone controller. a plurality of zone controllers , each zone controller configured for controlling one of the series of conveyor zones and the zone controller includes a plurality of user settable switches and a plurality of operating functions stored in the zone controller, wherein the plurality of user settable switches select at least one of the plurality of operating functions for execution on the zone controller to define, at least in part, operation of the zone controller; and a Local Area Network (LAN) connection between each of the plurality of zone controllers, wherein each of the plurality of zone controllers receives data via the LAN connection from at least one other zone controller corresponding to the operation of the at least one other zone controller and wherein data identifying a change in the operation of the at least one other zone controller received via the LAN connection defines, at least in part, operation of the zone controller.
A method comprising: receiving, by a wireless device from a base station, one or more configuration parameters indicating a single frequency network, SFN, scheme; receiving, from the base station, a command activating at least two transmission configuration indicator, TCI, states for a control resource set, coreset; monitoring, via the coreset, downlink control channels based on the at least two active TCI states; determining, when the one or more configuration parameters indicate the SFN scheme, a single radio link quality based on the at least two active TCI states of the coreset; determining a radio failure based on a comparison of the single radio link quality and a threshold value; and transmitting, to the base station and based on the radio failure, an uplink signal indicating the radio failure. receiving, by a wireless device from a base station, one or more configuration parameters indicating a single frequency network, SFN, scheme; receiving, from the base station, a command activating at least two transmission configuration indicator, TCI, states for a control resource set, coreset; monitoring, via the coreset, downlink control channels based on the at least two active TCI states; determining, when the one or more configuration parameters indicate the SFN scheme, a single radio link quality based on the at least two active TCI states of the coreset; determining a radio failure based on a comparison of the single radio link quality and a threshold value; and transmitting, to the base station and based on the radio failure, an uplink signal indicating the radio failure.
A broadcast signal sending method, wherein the method is performed by a network device, a protocol stack of the network device comprises a radio resource control, RRC, layer and a physical layer, and the method comprises: generating , by the network device, first information at the RRC layer; characterized in that the method further comprises: generating , by the network device at the physical layer, second information to be carried in a physical broadcast channel, PBCH, wherein the second information is information related to a synchronization signal block, SSB; processing , by the network device, the first information and the second information at the physical layer, wherein the processing the first information and the second information at the physical layer comprises: performing channel coding, scrambling and modulation on a combination result of the first information on which a media access control, MAC, layer processing is performed and the second information; and sending , by the network device to a terminal device, a PBCH comprised in the SSB, wherein the PBCH carries data obtained after physical layer processing which is performed on the first information and the second information at the physical layer. generating , by the network device, first information at the RRC layer; characterized in that the method further comprises: generating , by the network device at the physical layer, second information to be carried in a physical broadcast channel, PBCH, wherein the second information is information related to a synchronization signal block, SSB; processing , by the network device, the first information and the second information at the physical layer, wherein the processing the first information and the second information at the physical layer comprises: performing channel coding, scrambling and modulation on a combination result of the first information on which a media access control, MAC, layer processing is performed and the second information; and sending , by the network device to a terminal device, a PBCH comprised in the SSB, wherein the PBCH carries data obtained after physical layer processing which is performed on the first information and the second information at the physical layer. generating , by the network device at the physical layer, second information to be carried in a physical broadcast channel, PBCH, wherein the second information is information related to a synchronization signal block, SSB; processing , by the network device, the first information and the second information at the physical layer, wherein the processing the first information and the second information at the physical layer comprises: performing channel coding, scrambling and modulation on a combination result of the first information on which a media access control, MAC, layer processing is performed and the second information; and sending , by the network device to a terminal device, a PBCH comprised in the SSB, wherein the PBCH carries data obtained after physical layer processing which is performed on the first information and the second information at the physical layer.
A method performed by an electronic device, the method comprising: receiving , from a profile server, profile package information including a plurality of data which are segmented from an unprotected profile package and are encrypted based on a key, wherein the unprotected profile package consists of a plurality of profile elements and each of the plurality of profile elements is to be processed in an embedded universal integrated circuit card, eUICC, independently from other profile element; obtaining at least one data unit from the profile package information; and delivering the at least one data unit to the eUICC associated with the electronic device. receiving , from a profile server, profile package information including a plurality of data which are segmented from an unprotected profile package and are encrypted based on a key, wherein the unprotected profile package consists of a plurality of profile elements and each of the plurality of profile elements is to be processed in an embedded universal integrated circuit card, eUICC, independently from other profile element; obtaining at least one data unit from the profile package information; and delivering the at least one data unit to the eUICC associated with the electronic device.
A hemostasis device, comprising: an attachment device for securing the hemostasis device to a patient, said attachment device comprising a substantially rigid partial cuff member that has substantially a U shape with two respective legs and is adapted to fit over a patient's wrist and has a top portion with a first position therein and an underside portion with a second position therein; a positionable inflatable pressure application device for positioning over a site independent of securing of the attachment device, said positionable inflatable pressure application device being movable along an extent of the partial cuff member and further comprising on an inner side of said partial cuff member an inflatable member adapted to press against the patient when inflated, wherein said extent is from said first position to said second position ; the device being characterized in that , - one of said legs is shorter than the other leg that is thusly the longer leg ; - said second position is located at the longer leg ; and - the device further comprises a stability and comfort radial band pad installed on said inner side along the shorter leg . an attachment device for securing the hemostasis device to a patient, said attachment device comprising a substantially rigid partial cuff member that has substantially a U shape with two respective legs and is adapted to fit over a patient's wrist and has a top portion with a first position therein and an underside portion with a second position therein; a positionable inflatable pressure application device for positioning over a site independent of securing of the attachment device, said positionable inflatable pressure application device being movable along an extent of the partial cuff member and further comprising on an inner side of said partial cuff member an inflatable member adapted to press against the patient when inflated, wherein said extent is from said first position to said second position ; - one of said legs is shorter than the other leg that is thusly the longer leg ; - said second position is located at the longer leg ; and - the device further comprises a stability and comfort radial band pad installed on said inner side along the shorter leg .
A sustained release pharmaceutical composition comprising acemetacin or a pharmaceutically acceptable salt thereof wherein • the composition is composed of Poly(methacylic acid-co-ethyl acrylate) and Poly(methacylic acid-co-methyl acrylate) as release modifying agents in ratio of 40:60 or 60:40 by weight, • the amount of release modifying agents is between 7% - 15% w/w in the composition, • the particle size of acemetacin is in the range of 120 - 160 micrometers. • the composition is composed of Poly(methacylic acid-co-ethyl acrylate) and Poly(methacylic acid-co-methyl acrylate) as release modifying agents in ratio of 40:60 or 60:40 by weight, • the amount of release modifying agents is between 7% - 15% w/w in the composition, • the particle size of acemetacin is in the range of 120 - 160 micrometers.
A nacelle inlet of an aircraft engine comprising: a lipskin on a forward end of the nacelle inlet; an outer barrel on an exterior of the nacelle inlet, the outer barrel extending rearwardly from the lipskin to a rear edge of the outer barrel; an inner barrel on an interior of the nacelle inlet, extending rearwardly from the lipskin to a rear edge of the inner barrel; the rear edge of the outer barrel being positioned rearwardly of the rear edge of the inner barrel , and an aft bulkhead connected between the rear edge of the outer barrel and the rear edge of the inner barrel , the aft bulkhead having an outer edge connected to the rear edge of the outer barrel and an inner edge connected to the rear edge of the inner barrel , the aft bulkhead having a rearward surface which has a curved configuration between the rear edge of the outer barrel and the rear edge of the inner barrel , the aft bulkhead being curved rearwardly relative to the nacelle inlet as the aft bulkhead extends from the inner edge to the outer edge . a lipskin on a forward end of the nacelle inlet; an outer barrel on an exterior of the nacelle inlet, the outer barrel extending rearwardly from the lipskin to a rear edge of the outer barrel; an inner barrel on an interior of the nacelle inlet, extending rearwardly from the lipskin to a rear edge of the inner barrel; the rear edge of the outer barrel being positioned rearwardly of the rear edge of the inner barrel , and an aft bulkhead connected between the rear edge of the outer barrel and the rear edge of the inner barrel , the aft bulkhead having an outer edge connected to the rear edge of the outer barrel and an inner edge connected to the rear edge of the inner barrel , the aft bulkhead having a rearward surface which has a curved configuration between the rear edge of the outer barrel and the rear edge of the inner barrel , the aft bulkhead being curved rearwardly relative to the nacelle inlet as the aft bulkhead extends from the inner edge to the outer edge .
A method for climate control in an operator's cabin of a construction machine, in particular a crane, wherein the actual temperature of the air in the cabin is detected by means of at least one sensor, and characteristics - in particular the volume flow, direction and/or temperature - of the air supplied to the cabin are automatically controlled on the basis of the detected actual temperature and a particular target temperature, wherein the target temperature is automatically determined on the basis of at least one variable which affects the thermal comfort of the cabin personnel, and wherein at least one of the following parameters is additionally taken into account when controlling the characteristics, in particular the volume flow, direction and/or temperature, of the air supplied to the cabin, in particular wherein values for it/them are detected by means of at least one sensor inside and/or outside the cabin or are predefined by the user: - at least one cabin pane misting up; - the CO 2 content in the cabin air; - the content of pollutants in the cabin air or outside air; - cooling the air in the cabin as quickly as possible; - heating the air in the cabin as quickly as possible; wherein at least one of these parameters is ranked higher or lower than the target temperature when controlling the characteristics, in particular the volume flow, direction and/or temperature, of the air supplied, characterised in that instructions for how the target temperature or target state of one of the parameters can be achieved as quickly as possible are indicated to the cabin personnel on a display. - at least one cabin pane misting up; - the CO 2 content in the cabin air; - the content of pollutants in the cabin air or outside air; - cooling the air in the cabin as quickly as possible; - heating the air in the cabin as quickly as possible;
Industrial truck having a load handling means that comprises a mast having a fork carriage that can move on the mast , wherein the fork carriage has a load fork arranged on it, a vehicle body and an operator cab for a driver , comprising: - a position detection apparatus , which is configured to detect a lateral offset of the load fork relative to a receiving opening in a load means ; - a control apparatus , which is configured to take the ascertained lateral offset of the load fork relative to the receiving opening in the load means as a basis for producing movement information that indicates the direction of movement in which the load fork needs to be moved laterally so that the load fork can be positioned substantially centrally in relation to the receiving opening in the load means, characterized in that the control apparatus is configured to take the movement information produced as a basis for transmitting a control signal to a drive apparatus of the industrial truck , which control signal limits a controllable movement or a controllable range of movement of the industrial truck and/or of the load fork and/or of the fork carriage , wherein the direction of movement in which the load fork needs to be moved laterally so that the load fork is laterally central in relation to the receiving opening in the load means is limited by the control apparatus , which means that a driver of the industrial truck is able to converge on the fine positioning of the load fork laterally centrally in relation to the receiving opening in the load means in an assisted manner by operating the drive apparatus . - a position detection apparatus , which is configured to detect a lateral offset of the load fork relative to a receiving opening in a load means ; - a control apparatus , which is configured to take the ascertained lateral offset of the load fork relative to the receiving opening in the load means as a basis for producing movement information that indicates the direction of movement in which the load fork needs to be moved laterally so that the load fork can be positioned substantially centrally in relation to the receiving opening in the load means,
A bone anchoring device for anchoring a rod to a bone or vertebra via a shank to be anchored in bone, the bone anchoring device comprising a receiving part (5, 5', 5") connectable or connected to the shank , the receiving part comprising two legs that define a channel for the rod; and a variable configuration member configured to allow the bone anchoring device to provide a variable functionality; wherein the variable configuration member provides a first rod contact surface that is arranged outside of the receiving part (5, 5', 5") and a second rod contact surface is provided in the receiving part (5, 5', 5"); and wherein the variable configuration member is adjustable from a first configuration in which an inserted rod can contact the first rod contact surface and a second configuration in which an inserted rod is supported by the second rod contact surface . a receiving part (5, 5', 5") connectable or connected to the shank , the receiving part comprising two legs that define a channel for the rod; and a variable configuration member configured to allow the bone anchoring device to provide a variable functionality; wherein the variable configuration member provides a first rod contact surface that is arranged outside of the receiving part (5, 5', 5") and a second rod contact surface is provided in the receiving part (5, 5', 5"); and wherein the variable configuration member is adjustable from a first configuration in which an inserted rod can contact the first rod contact surface and a second configuration in which an inserted rod is supported by the second rod contact surface .
A dispenser for dispensing a dose of a gaseous, gas borne or droplet substance from a substance source, the dispenser comprising: a body for receiving a substance source, the body having a mouthpiece ; and a dose counter for indicating a number of actuations of the dispenser corresponding to a number of doses dispensed from a substance source, or a number of doses remaining in a substance source, the dose counter comprising: a counter having indicia, the counter being rotatable within the body in increments about the longitudinal axis of the body ; a counter driver for driving the counter , the counter driver being arranged to be reciprocatably moveable within the body in the longitudinal axis in response to an actuation of the dispenser; and a drive mechanism for rotating the counter , the drive mechanism being coupled to the counter driver and configured to rotate the counter in response to longitudinal movement of the counter driver , characterised in that the body comprises a counter driver guide configured to guide the counter driver in the body so as to prevent rotation of the counter driver about the longitudinal axis ; and the counter driver guide comprises a protrusion extending from the body , the protrusion being configured and shaped so as to co-operate with a correspondingly shaped notch in the counter driver . a body for receiving a substance source, the body having a mouthpiece ; and a dose counter for indicating a number of actuations of the dispenser corresponding to a number of doses dispensed from a substance source, or a number of doses remaining in a substance source, the dose counter comprising: a counter having indicia, the counter being rotatable within the body in increments about the longitudinal axis of the body ; a counter driver for driving the counter , the counter driver being arranged to be reciprocatably moveable within the body in the longitudinal axis in response to an actuation of the dispenser; and a drive mechanism for rotating the counter , the drive mechanism being coupled to the counter driver and configured to rotate the counter in response to longitudinal movement of the counter driver , a counter having indicia, the counter being rotatable within the body in increments about the longitudinal axis of the body ; a counter driver for driving the counter , the counter driver being arranged to be reciprocatably moveable within the body in the longitudinal axis in response to an actuation of the dispenser; and a drive mechanism for rotating the counter , the drive mechanism being coupled to the counter driver and configured to rotate the counter in response to longitudinal movement of the counter driver ,
A method executed by a network device, comprising: determining a paging occasion corresponding to a communications device, wherein the paging occasion comprises M monitoring occasions, the M monitoring occasions do not conflict with an uplink symbol, and M represents a total quantity of transmitted beams from the network device; determining based on first information about a beam and a correspondence between at least one beam and at least one monitoring occasion, a monitoring occasion corresponding to the beam in the M monitoring occasions; and sending downlink control information in the monitoring occasion corresponding to the beam. determining a paging occasion corresponding to a communications device, wherein the paging occasion comprises M monitoring occasions, the M monitoring occasions do not conflict with an uplink symbol, and M represents a total quantity of transmitted beams from the network device; determining based on first information about a beam and a correspondence between at least one beam and at least one monitoring occasion, a monitoring occasion corresponding to the beam in the M monitoring occasions; and sending downlink control information in the monitoring occasion corresponding to the beam.