mhurhangee/patent-ind-claim-en huggingface dataset:
A satellite for providing communications between a plurality of access node clusters and a plurality of user terminals , wherein each access node cluster of the plurality of access node clusters comprises a plurality of access nodes geographically distributed within a corresponding access node area , and wherein the plurality of user terminals are geographically distributed over a user coverage area , the satellite comprising: a feeder-link antenna subsystem comprising a feeder-link element array configured to illuminate the plurality of access node clusters, the feeder-link element array comprising an array of feeder-link constituent receive elements , the array of feeder-link constituent receive elements being configured to receive composite input forward signals that are superpositions of a plurality of beam-weighted forward uplink signals transmitted by the plurality of access nodes; a user-link antenna subsystem comprising a user-link element array configured to illuminate the user coverage area, the user-link element array comprising an array of user-link constituent transmit elements configured to transmit forward downlink signals that superpose to form forward user beams, each forward downlink signal corresponding to a respective one of the received composite input forward signals; and a plurality of forward-link transponders , each coupled between a respective one of the feeder-link constituent receive elements and a respective one of the user-link constituent transmit elements. a feeder-link antenna subsystem comprising a feeder-link element array configured to illuminate the plurality of access node clusters, the feeder-link element array comprising an array of feeder-link constituent receive elements , the array of feeder-link constituent receive elements being configured to receive composite input forward signals that are superpositions of a plurality of beam-weighted forward uplink signals transmitted by the plurality of access nodes; a user-link antenna subsystem comprising a user-link element array configured to illuminate the user coverage area, the user-link element array comprising an array of user-link constituent transmit elements configured to transmit forward downlink signals that superpose to form forward user beams, each forward downlink signal corresponding to a respective one of the received composite input forward signals; and a plurality of forward-link transponders , each coupled between a respective one of the feeder-link constituent receive elements and a respective one of the user-link constituent transmit elements.
A method for information transmission, applied to a terminal device, characterized by the method comprising: if a sidelink, SL, Buffer Status Report, BSR, is triggered by an event, and if a first condition is met, performing at least one of the following: triggering a scheduling request, SR; or transmitting a first uplink channel comprising the SR; wherein the first condition comprises SL data that triggers the SR meets a second preset condition, and the second preset condition comprises a priority of the SL data that triggers the SR is higher than a threshold; characterized in that the method further comprises: when there is a conflicting UL transmission, determining whether to transmit the first uplink channel comprising the SR based on an attribute of a logical channel that triggers the SL BSR and an attribute of the conflicting UL transmission, the attribute being determined based on an attribute of a logical channel of a data Radio Link Control Protocol Data Unit, RLC PDU, included in the conflicting UL transmission. triggering a scheduling request, SR; or transmitting a first uplink channel comprising the SR; wherein the first condition comprises SL data that triggers the SR meets a second preset condition, and the second preset condition comprises a priority of the SL data that triggers the SR is higher than a threshold; characterized in that the method further comprises: when there is a conflicting UL transmission, determining whether to transmit the first uplink channel comprising the SR based on an attribute of a logical channel that triggers the SL BSR and an attribute of the conflicting UL transmission, the attribute being determined based on an attribute of a logical channel of a data Radio Link Control Protocol Data Unit, RLC PDU, included in the conflicting UL transmission.
An injection molding machine comprising: a drive unit which is configured to move a movable unit; and a controller which is configured to control the drive unit , wherein the controller is configured to perform a drive control of the drive unit and a monitoring control, the monitoring control comprising at least one of acquiring a detection value of the mold clamping force or/and comparing the detection value with a predetermined set value, characterized in that a control cycle of the monitoring control is longer than a control cycle of the drive control. a drive unit which is configured to move a movable unit; and a controller which is configured to control the drive unit , wherein the controller is configured to perform a drive control of the drive unit and a monitoring control, the monitoring control comprising at least one of acquiring a detection value of the mold clamping force or/and comparing the detection value with a predetermined set value, characterized in that a control cycle of the monitoring control is longer than a control cycle of the drive control.
A drug transfer device comprising: a housing having a first end and a second end positioned opposite the first end ; a vial attachment configured to secure the drug transfer device to a drug vial; a vial transfer member defining a passageway , the vial transfer member configured to pierce a seal of a drug vial; a seal arrangement positioned within the housing , the seal arrangement movable within the housing between a first position where the cannula is isolated from the first end of the housing and a second position where the cannula is configured to be in fluid communication with a mating connector received by the first end of the housing ; and a connection member , characterized in that the connection member defines a passageway in fluid communication with the passageway of the vial transfer member , the connection member configured to receive a mating connector; the drug transfer device further comprising a cannula received within the housing , the cannula being in fluid communication with the passageway of the vial transfer member , the cannula having a first end and a second end positioned opposite from the first end . a housing having a first end and a second end positioned opposite the first end ; a vial attachment configured to secure the drug transfer device to a drug vial; a vial transfer member defining a passageway , the vial transfer member configured to pierce a seal of a drug vial; a seal arrangement positioned within the housing , the seal arrangement movable within the housing between a first position where the cannula is isolated from the first end of the housing and a second position where the cannula is configured to be in fluid communication with a mating connector received by the first end of the housing ; and a connection member , characterized in that the connection member defines a passageway in fluid communication with the passageway of the vial transfer member , the connection member configured to receive a mating connector; the drug transfer device further comprising a cannula received within the housing , the cannula being in fluid communication with the passageway of the vial transfer member , the cannula having a first end and a second end positioned opposite from the first end .
An optical deflection apparatus comprising: a mirror unit ; a pair of elastic supporting units configured to rotatably support the mirror unit around a predetermined axis; at least one drive unit (9E1, 10E1) configured to elastically deform the pair of elastic supporting units ; a drive control unit configured to input a drive frequency into the at least one drive unit (9E1, 10E1) so as to control the at least one drive unit (9E1, 10E1); and a temperature detecting unit configured to detect an ambient temperature, wherein the drive control unit is configured to change the drive frequency at a predetermined rate, and characterized in that a first predetermined rate at which the drive control unit changes the drive frequency when the detected ambient temperature is in a first temperature range is higher than a second predetermined rate at which the drive control unit changes the drive frequency when the detected ambient temperature is in a second temperature range, the second temperature range being at a higher temperature than the first temperature range. a mirror unit ; a pair of elastic supporting units configured to rotatably support the mirror unit around a predetermined axis; at least one drive unit (9E1, 10E1) configured to elastically deform the pair of elastic supporting units ; a drive control unit configured to input a drive frequency into the at least one drive unit (9E1, 10E1) so as to control the at least one drive unit (9E1, 10E1); and a temperature detecting unit configured to detect an ambient temperature, wherein the drive control unit is configured to change the drive frequency at a predetermined rate, and characterized in that a first predetermined rate at which the drive control unit changes the drive frequency when the detected ambient temperature is in a first temperature range is higher than a second predetermined rate at which the drive control unit changes the drive frequency when the detected ambient temperature is in a second temperature range, the second temperature range being at a higher temperature than the first temperature range.
A method of wireless communication using half duplex frequency division duplex "HD-FDD", comprising: receiving a plurality of consecutive subframes of a Physical Downlink Shared Channel "PDSCH"; and transmitting within a single subframe a Hybrid Automatic Repeat Request, HARQ, acknowledgement/negative acknowledgement, ACK/ NACK for the plurality of consecutive subframes, using ACK/NACK bundling when the plurality of consecutive subframes is below a first threshold and using ACK/NACK multiplexing when the plurality of consecutive subframes is above a second threshold. receiving a plurality of consecutive subframes of a Physical Downlink Shared Channel "PDSCH"; and transmitting within a single subframe a Hybrid Automatic Repeat Request, HARQ, acknowledgement/negative acknowledgement, ACK/ NACK for the plurality of consecutive subframes, using ACK/NACK bundling when the plurality of consecutive subframes is below a first threshold and using ACK/NACK multiplexing when the plurality of consecutive subframes is above a second threshold.
An aerodynamic add-on device for application on the side walls of large commercial vehicles (A) to reduce air resistance, comprising • a profile which has a first end and a second end and having a cross-section in the form of a dune , characterised in that said profile is in the form of an "S" having a concave curve (I) and a convex curve (D) between the first profile end and the second profile end . • a profile which has a first end and a second end and having a cross-section in the form of a dune , characterised in that said profile is in the form of an "S" having a concave curve (I) and a convex curve (D) between the first profile end and the second profile end .
A battery cell comprising an anode, an electrolyte, and a cathode, wherein the cathode comprises at least one solid metal oxide nanomaterial in a range of 10% wt. to less than 80% wt., the solid metal oxide nanomaterial having particle sizes less than 100 nm and surface that is acidic but not superacidic, the surface having a pH<5 measured when the solid metal oxide nanomaterial is in water at 5% wt. and a Hammett function H 0 >-12 , the solid metal oxide nanomaterial including at least one of a lithium oxide, an aluminum oxide, a titanium oxide, a manganese oxide, an iron oxide, a zirconium oxide, an indium oxide, a tin oxide, an antimony oxide, or a bismuth oxide; the electrolyte being an acidic electrolyte or an electrolyte containing acidic species, and wherein at least part of the anode consists of metallic lithium.
A rear-mounted tiller for a snow groomer with a driver's cab, with a carrier frame carrying at least one tilling shaft housing , in each of which at least one tilling shaft is rotatably mounted, wherein the two tilling shaft housings are adjacent to one another transversely to the towing direction of the rear-mounted tiller and are aligned in their longitudinal direction at least largely flush with one another and arranged with limited foldability relative to one another, and with an adjusting device for adjusting and fixing the tilling shaft housings relative to one another in different folded alignments, characterized in that a sensor system (S 1 , S 2 ) is provided to detect relative folded alignments between the tilling shaft housings , is connected to an electronic control unit (St) which evaluates the sensor signals of the sensor system (S 1 , S 2 ), and is provided with an interface to an output unit (A) in a driver's cab of the snow groomer in order to display the respective relative folded alignments at the output unit (A) in the operating state of the rear-mounted tiller when mounted on the snow groomer.
Method for enhanced tracing and/or monitoring of the network nodes of a communication network , wherein the communication network comprises a plurality of virtual machines in a network architecture realizing network function virtualization of the communication network , wherein at least one virtual machine of the plurality of virtual machines realizes or is associated with at least one network node functionality of the communication network by means of sending first data packets to and/or receiving second data packets from other virtual machines of the plurality of virtual machines of the communication network or by means of sending first data packets to and/or receiving second data packets from network nodes within or outside of the communication network , wherein the virtual machines of the plurality of virtual machines are instantiated and/or generated and/or controlled and/or moved and/or removed by a virtualized network function manager functionality of the communication network , wherein the communication network comprises at least one tracing functionality agent , the at least one tracing functionality agent being a virtualized tracing functionality agent and being integrated in the at least one virtual machine of the plurality of virtual machines such that the at least one tracing functionality agent is a tracing functionality agent corresponding to the at least one virtual machine , and traces or captures the first data packets being sent by the at least one virtual machine and/or the second data packets being received by the at least one virtual machine , wherein the corresponding tracing functionality agent transmits the first data packets and/or the second data packets to a monitoring entity or to a data layer of the communication network , wherein in case of the virtual machine being moved and/or transferred, by the virtualized network function manager functionality , from a specific physical computer node of a plurality of first physical computer nodes to a further specific physical computer node of the plurality of first or a plurality of second physical computer nodes , the corresponding tracing functionality agent , is likewise moved and/or transferred, by the virtualized network function manager functionality , from the specific physical computer node to the further specific physical computer node.
A system for use at a spindle apparatus of a machine tool , comprising: an energy transmission unit including a transmitter coil unit for contactless transmission of electrical energy to a receiver coil unit of a tool interface unit , said tool interface unit including: said receiver coil unit ; an electrical load; and a tool interface portion for receiving said tool interface unit at a tool receptacle of a work spindle of said spindle apparatus ; and a coupling interface unit including an interface body element attachable to said spindle apparatus and a second coupling element configured to be coupled to a first coupling element of said energy transmission unit via a releasable connection; and wherein said coupling interface unit includes an electrically, hydraulically, or pneumatically controllable locking mechanism for unlocking and locking the releasable connection between the first and second coupling elements , characterized by a coupling element adapter including a third coupling element configured to be coupled to said second coupling element of said coupling interface unit via a releasable connection analogously to said first coupling element of said energy transmission unit , when said first coupling element of said energy transmission unit is decoupled from said second coupling element of said coupling interface unit . an energy transmission unit including a transmitter coil unit for contactless transmission of electrical energy to a receiver coil unit of a tool interface unit , said tool interface unit including: said receiver coil unit ; an electrical load; and a tool interface portion for receiving said tool interface unit at a tool receptacle of a work spindle of said spindle apparatus ; and said receiver coil unit ; an electrical load; and a tool interface portion for receiving said tool interface unit at a tool receptacle of a work spindle of said spindle apparatus ; and a coupling interface unit including an interface body element attachable to said spindle apparatus and a second coupling element configured to be coupled to a first coupling element of said energy transmission unit via a releasable connection; and wherein said coupling interface unit includes an electrically, hydraulically, or pneumatically controllable locking mechanism for unlocking and locking the releasable connection between the first and second coupling elements , characterized by a coupling element adapter including a third coupling element configured to be coupled to said second coupling element of said coupling interface unit via a releasable connection analogously to said first coupling element of said energy transmission unit , when said first coupling element of said energy transmission unit is decoupled from said second coupling element of said coupling interface unit .
An intra-aortic balloon catheter comprising; a balloon part inserted inside the aorta and inflating and deflating to assist the heart function, an outer tube with a distal end connected to a proximal end of said balloon part to introduce and guide out pressurized fluid inside of said balloon part , and an inner tube to which a distal end of said balloon part is connected and extending through the insides of said balloon part and said outer tube in the axial direction, wherein said outer tube and said inner tube are fastened by adhesion or fusion over a length of 50% or greater of the total length from the distal end of the outer tube , and said outer tube and said inner tube are further fastened by engagement with an engagement means engaging said inner tube with the inside wall of said outer tube at the distal end of said outer tube .
A compression ignition combustion method for an internal combustion engine having: a. a combustion chamber, b. an intake manifold; c. an intake port downstream from the intake manifold and upstream from the combustion chamber, the intake port having an intake valve situated therein; d. a first tank containing a fuel having a first reactivity; e. a second tank containing a material having a second reactivity; the method including the steps of: i. supplying both the fuel from the first tank and the material from the second tank to the combustion chamber during an engine combustion cycle: when the engine is idling, and to obtain a stratified distribution of fuel reactivity within the combustion chamber, with regions of highest fuel reactivity being spaced from regions of lowest reactivity, and ii. restricting the amount of air within the combustion chamber to adapt the equivalence ratio to a level such that Reactivity-Controlled Compression Ignition methods can be used effectively, iii. beginning combustion in one or more regions of highest reactivity. a. a combustion chamber, b. an intake manifold; c. an intake port downstream from the intake manifold and upstream from the combustion chamber, the intake port having an intake valve situated therein; d. a first tank containing a fuel having a first reactivity; e. a second tank containing a material having a second reactivity; i. supplying both the fuel from the first tank and the material from the second tank to the combustion chamber during an engine combustion cycle: when the engine is idling, and to obtain a stratified distribution of fuel reactivity within the combustion chamber, with regions of highest fuel reactivity being spaced from regions of lowest reactivity, and when the engine is idling, and to obtain a stratified distribution of fuel reactivity within the combustion chamber, with regions of highest fuel reactivity being spaced from regions of lowest reactivity, and ii. restricting the amount of air within the combustion chamber to adapt the equivalence ratio to a level such that Reactivity-Controlled Compression Ignition methods can be used effectively, iii. beginning combustion in one or more regions of highest reactivity.
A method comprising: specifying a first hysteresis threshold and a second hysteresis threshold for a queue of a network switch; determining a queue position relative to the first hysteresis threshold and the second hysteresis threshold for each of a plurality of incoming data packets at the queue; determining a number of crossings comprising the queue position passing the first hysteresis threshold and subsequently passing the second hysteresis threshold in a first predetermined time period; and altering a number of the plurality of incoming data packets at the queue based on the number of crossings and optionally further based on at least one of: the first hysteresis threshold, and the second hysteresis threshold. specifying a first hysteresis threshold and a second hysteresis threshold for a queue of a network switch; determining a queue position relative to the first hysteresis threshold and the second hysteresis threshold for each of a plurality of incoming data packets at the queue; determining a number of crossings comprising the queue position passing the first hysteresis threshold and subsequently passing the second hysteresis threshold in a first predetermined time period; and altering a number of the plurality of incoming data packets at the queue based on the number of crossings and optionally further based on at least one of: the first hysteresis threshold, and the second hysteresis threshold.