mhurhangee/patent-ind-claim-en huggingface dataset:
A bearing carrier support for connecting a rotary shaft of a gas turbine engine to a static portion of the gas turbine engine, the bearing carrier support comprising: a bearing portion for supporting the rotary shaft; a flange portion for attaching the bearing carrier support to the static portion of the gas turbine engine; and a support portion that connects the flange portion and the bearing portion, the support portion comprising a plurality of circumferentially distributed struts that are axially aligned with respect to the rotary shaft; the bearing carrier support being characterised in that the number of struts is at least 500 and the diameter of each strut is no more than 3 mm; and the struts are welded, bonded or trapped between the flange portion and the bearing portion . a bearing portion for supporting the rotary shaft; a flange portion for attaching the bearing carrier support to the static portion of the gas turbine engine; and a support portion that connects the flange portion and the bearing portion, the support portion comprising a plurality of circumferentially distributed struts that are axially aligned with respect to the rotary shaft; the bearing carrier support being characterised in that the number of struts is at least 500 and the diameter of each strut is no more than 3 mm; and the struts are welded, bonded or trapped between the flange portion and the bearing portion .
A method for the preparation of an aqueous coating composition intended to be applied by co-extrusion around a food preparation and brought into contact with a gelling agent, such as calcium chloride, in order to form an envelope around said food preparation, said composition essentially comprising water and comprising 2 to 10 w/w % alginate, characterized in that , after mixing at least the water and the alginate of the composition, said mixture is exposed to a high pressure of at least 1400 bar, and preferably of at least 1800 bar, for at least 0.1 second
A method in a gateway node for handling a Radio Access Network-Core Network, RAN-CN, data connection between the gateway node and an Radio Access Network, RAN, node in a communications system , the method comprising: receiving , from the RAN node serving a User Equipment, UE, , a data suspend indication indicating that at least one RAN-CN data connection for the UE should be suspended; when the data suspend indication has been received, storing resume information associated with the RAN node to enable resumption of the at least one RAN-CN data connection ; suspending the at least one RAN-CN data connection according to the received data suspend indication; receiving a data resume indication indicating that the at least one RAN-CN data connection for the UE should be resumed; and resuming , in response to the received data resume indication, the at least one RAN-CN data connection for the UE using the stored resume information, characterized in that the method further comprises the following steps being performed prior to the above steps: receiving , from a mobility management node , a first support notification of that the mobility management node supports handling of at least one of suspension and resumption, and sending , to the mobility management node , second support notification of that the gateway node supports handling at least one of suspension and resumption. receiving , from the RAN node serving a User Equipment, UE, , a data suspend indication indicating that at least one RAN-CN data connection for the UE should be suspended; when the data suspend indication has been received, storing resume information associated with the RAN node to enable resumption of the at least one RAN-CN data connection ; suspending the at least one RAN-CN data connection according to the received data suspend indication; receiving a data resume indication indicating that the at least one RAN-CN data connection for the UE should be resumed; and resuming , in response to the received data resume indication, the at least one RAN-CN data connection for the UE using the stored resume information, receiving , from a mobility management node , a first support notification of that the mobility management node supports handling of at least one of suspension and resumption, and sending , to the mobility management node , second support notification of that the gateway node supports handling at least one of suspension and resumption.
A belted disposable article comprising a chassis having first and second end portions and a central portion extending therebetween, said article having a body-oriented surface facing the user during use and a garment-oriented surface facing away from the user in use, said article further comprising a pair of belt portions attached to the chassis so that a first belt portion and a second belt portion extending on each side of the first end portion of the chassis for securing to each other around a waist of a wearer of the article to form a belt having an exterior surface, wherein any one of the belt portions carries a fastener adapted to be attached to an exterior surface of the other of the belt portions, and wherein said second end portion of the chassis comprises a fastening device for securing the second end portion of the chassis to one of the belt portions so that said article assumes a pant-like shape with the belt portions forming a part of a waist portion of the pant, wherein a belt-opening trigger zone is disposed adjacent a free end of at least one of said first and second belt portions , and said first and second belt portions being folded over said chassis to form a folded belt configuration prior to use of said article, so that said belt-opening trigger zone is visible by a user when said belt portions are in said folded belt configuration, and wherein said belt-opening trigger zone of the at least one belt portion resembles the shape of an arrow defining a pointer directing a user to the free end of the at least one belt portion when said belt portions are in said folded belt configu ration.
Adapter unit , which is provided for coupling, in particular releasable coupling, of a wiper blade to a wiper arm , having a base element , a cover element and a wiper arm receptacle which is configured to receive the wiper arm pivotably about a bearing axis , wherein the cover element is connectable to the base element and largely covers the wiper arm receptacle , and wherein the cover element has a wind deflector surface , which is provided to deflect an incident flow of air and to press the wiper blade onto a vehicle window, and wherein the base element is configured to receive a wiper blade , wherein the wind deflector surface encloses a main angle of between 25° and 75°, preferably of between 40° and 60°, with the bearing axis , characterized in that the adapter unit , in particular the cover element and/or the base element , has a wiper arm opening which encloses a wiper arm angle of between -15° and 15°, preferably of between -5° and 5°, with the wind deflector surface .
A method performed by a gNB , the method comprising: receiving , from a Location Management Function, LMF/gNB Control Unit, gNB-CU, , a configuration request to configure a positioning reference signal, PRS, measurement window for a wireless device ; determining whether to configure the PRS measurement window in accordance with a priority associated with the PRS measurement; and responsive to configuring the PRS measurement window in accordance with the priority, transmitting a configuration response to the LMF/gNB-CU to confirm successful configuration of the PRS measurement window, wherein the configuration response includes an indication that a PRS measurement has been skipped. receiving , from a Location Management Function, LMF/gNB Control Unit, gNB-CU, , a configuration request to configure a positioning reference signal, PRS, measurement window for a wireless device ; determining whether to configure the PRS measurement window in accordance with a priority associated with the PRS measurement; and responsive to configuring the PRS measurement window in accordance with the priority, transmitting a configuration response to the LMF/gNB-CU to confirm successful configuration of the PRS measurement window, wherein the configuration response includes an indication that a PRS measurement has been skipped.
A specimen retrieval system comprising: a tube having a distal end and a proximal end , said distal end being open, said tube having a lumen extending from the distal end to the proximal end , said tube having a side channel inside the lumen, extending from the distal end toward the proximal end of the tube ; a tether fixed to the distal end of the tube , said tether extending from the distal end of the tube , proximally through the side channel , and extending out the proximal end of the tube , characterised in that said tether is operable to pull the distal end of the tube into the side channel and thereby into an everted configuration relative to the remainder of the tube . a tube having a distal end and a proximal end , said distal end being open, said tube having a lumen extending from the distal end to the proximal end , said tube having a side channel inside the lumen, extending from the distal end toward the proximal end of the tube ; a tether fixed to the distal end of the tube , said tether extending from the distal end of the tube , proximally through the side channel , and extending out the proximal end of the tube , characterised in that said tether is operable to pull the distal end of the tube into the side channel and thereby into an everted configuration relative to the remainder of the tube .
A power conversion system comprising: a plurality of modules in connection with solar panels each having an input , an output and a storage device and being connected in series, the storage device being in connection with a DC power source such that the DC power source charges the storage device , characterised in that : voltage control circuitry is provided within each of the modules to vary the voltage supplied between the input and the output between a maximum module voltage and a minimum module voltage, and the system further comprises: a control unit in communication with the voltage control circuitry of each of the modules ; wherein: A) the control unit is configured to control a switching regulator in one or more of the modules to control the voltage provided by the storage device across the input and output such that the voltage applied by each module is ramped up or down, and/or B) the system comprises at least one further module which is connected in series with the modules , each further module having an input, an output, a storage device and voltage control circuitry, the voltage control circuitry being configured to vary the voltage supplied between the input and the output by the storage device , the control unit being configured to control the voltage control circuitry of each further module to charge the storage device of each further module to a predetermined voltage below the maximum module voltage by switching the further module into the circuit in an opposite polarity to the modules , such that a predetermined voltage below the maximum module voltage is provided to the series connection to provide a voltage smoothing function, such that the total voltage across the series connected modules forms an AC signal or a rectified version of an AC signal which approximates a sinusoidal mains signal. A) the control unit is configured to control a switching regulator in one or more of the modules to control the voltage provided by the storage device across the input and output such that the voltage applied by each module is ramped up or down, and/or B) the system comprises at least one further module which is connected in series with the modules , each further module having an input, an output, a storage device and voltage control circuitry, the voltage control circuitry being configured to vary the voltage supplied between the input and the output by the storage device , the control unit being configured to control the voltage control circuitry of each further module to charge the storage device of each further module to a predetermined voltage below the maximum module voltage by switching the further module into the circuit in an opposite polarity to the modules , such that a predetermined voltage below the maximum module voltage is provided to the series connection to provide a voltage smoothing function,
A method for preparing polybutene having 40 to 70% of vinylidene content and 10% or more of tetra-substituted double bond content, the method comprising: introducing, to a raw reaction material including 10 wt% or more of isobutene, a complex catalyst including normal propanol as a cocatalyst and boron trifluoride as a main catalyst; and polymerizing the raw reaction material under a reaction pressure of 2.9·10 5 to 49.0·10 5 Pa (3 to 50 kg/cm 2 ) with adjusting a reaction temperature within -33 to 33°C thereby to adjust the vinylidene content to be 40 to 70%, as measured by the method of the description, wherein the vinylidene content is adjusted by adjusting the reaction temperature as the following Formula 1: 1.2 × T ≤ Δ V ≤ 3 × T wherein, T represents a reaction temperature; [T| represents variation of the reaction temperature (based on a reaction temperature of 0°C); and ΔV represents variation of the vinylidene content. introducing, to a raw reaction material including 10 wt% or more of isobutene, a complex catalyst including normal propanol as a cocatalyst and boron trifluoride as a main catalyst; and polymerizing the raw reaction material under a reaction pressure of 2.9·10 5 to 49.0·10 5 Pa (3 to 50 kg/cm 2 ) with adjusting a reaction temperature within -33 to 33°C thereby to adjust the vinylidene content to be 40 to 70%, as measured by the method of the description, wherein the vinylidene content is adjusted by adjusting the reaction temperature as the following Formula 1: 1.2 × T ≤ Δ V ≤ 3 × T wherein, T represents a reaction temperature; [T| represents variation of the reaction temperature (based on a reaction temperature of 0°C); and ΔV represents variation of the vinylidene content.
A computer-implemented method for data storage, comprising: receiving , at a leader control plane node of a plurality of control plane nodes of a node cluster, a request to store data in a distributed storage system comprising a plurality of access manager nodes at a first data center; generating , by the leader control plane node, cache data identifying an instruction from the leader control plane node to one or more access manager nodes managed by the leader control plane node of the plurality of access manager nodes, the instruction instructing the one or more access manager nodes to store the data indicated in the request; instructing , by the leader control plane node, the one or more access manager nodes to store the data in the distributed storage system in accordance with the instruction; and transmitting , by the leader control plane node, a replication instruction to one or more follower control plane nodes of the plurality of control plane nodes to replicate the cache data in a respective cache of the one or more follower control plane nodes, and to cause the one or more follower control plane nodes to instruct one or more access manager nodes of the distributed storage system at a second data center to store the data in the distributed storage system in accordance with the request, to cause the data to be replicated and stored at the first and second data centers. receiving , at a leader control plane node of a plurality of control plane nodes of a node cluster, a request to store data in a distributed storage system comprising a plurality of access manager nodes at a first data center; generating , by the leader control plane node, cache data identifying an instruction from the leader control plane node to one or more access manager nodes managed by the leader control plane node of the plurality of access manager nodes, the instruction instructing the one or more access manager nodes to store the data indicated in the request; instructing , by the leader control plane node, the one or more access manager nodes to store the data in the distributed storage system in accordance with the instruction; and transmitting , by the leader control plane node, a replication instruction to one or more follower control plane nodes of the plurality of control plane nodes to replicate the cache data in a respective cache of the one or more follower control plane nodes, and to cause the one or more follower control plane nodes to instruct one or more access manager nodes of the distributed storage system at a second data center to store the data in the distributed storage system in accordance with the request, to cause the data to be replicated and stored at the first and second data centers.
Bearing assembly having an inner race and an outer race which therebetween form a bearing interior , wherein in a stationary inner race a plurality of substantially radial through openings are provided on the inner race , wherein the through openings are disposed between a nine o'clock position and a three o'clock position, wherein the through openings are configured as lubricant outlets for removing lubricant from the bearing interior , wherein a line system is disposed on the plurality of through openings , wherein the line system preferably has a ventilation opening which is connected to the ambient air, and wherein the plurality of through openings by way of the line system are connected to a reservoir , characterized in that the reservoir is disposed inside the bearing assembly .
An electrical assembly comprising a plurality of series-connected modules , each module including multiple module switching elements and at least one energy storage device , each module switching element and the or each energy storage device in each module arranged to be combinable to selectively provide a voltage source, each module including a discharge circuit, each discharge circuit including a discharge switching element and a discharge resistor , each discharge switching element switchable to switch the corresponding discharge resistor into and out of the corresponding module , wherein the electrical assembly includes a controller configured to selectively control the discharge switching elements to modulate the switching of each discharge resistor into and out of the corresponding module in a voltage balancing mode when the modules are in a blocked state so that each module emulates a resistive load profile to balance a distribution of voltages between the plurality of modules , wherein the resistive load profile includes at least one positive resistive slope.
Wall section having a laminated glass pane, wherein the laminated glass plane at the end sides thereof is provided with strips , wherein the strips are adhesively bonded to the end sides, characterized in that elements of tension locks are integrated in the strips in such a manner that, after assembly, mutual anchoring and bracing of the wall sections is possible by means of the tension locks .
A communication terminal comprising - a determiner configured to determine cell search control information including a radio access technology to be searched for and at least one of a search duration, a number of search iterations, a number of antennas to be used for the search, based on information about radio conditions at a position of the communication terminal, wherein the radio conditions comprise a reception strength in a band corresponding to a predetermined radio access technology, and historical information about presence of radio cells at the position of the communication terminal, wherein the historical information comprises attach history information in terms of moving from some specific radio access technologies or cells to other specific radio access technologies or cells; and - a transceiver configured to perform a cell search based on the determined cell search control information ; wherein the determiner is configured to set that a radio access technology is to be searched if the reception strength in a band corresponding to the radio access technology is above a first predetermined threshold and if the reception strength in the band corresponding to the radio access technology is below the first predetermined threshold to set that another radio access technology is to be searched. - a determiner configured to determine cell search control information including a radio access technology to be searched for and at least one of a search duration, a number of search iterations, a number of antennas to be used for the search, based on information about radio conditions at a position of the communication terminal, wherein the radio conditions comprise a reception strength in a band corresponding to a predetermined radio access technology, and historical information about presence of radio cells at the position of the communication terminal, wherein the historical information comprises attach history information in terms of moving from some specific radio access technologies or cells to other specific radio access technologies or cells; and - a transceiver configured to perform a cell search based on the determined cell search control information ; wherein the determiner is configured to set that a radio access technology is to be searched if the reception strength in a band corresponding to the radio access technology is above a first predetermined threshold and if the reception strength in the band corresponding to the radio access technology is below the first predetermined threshold to set that another radio access technology is to be searched.
Electric centrifugal compressor , in particular for a turbine engine or aircraft, comprising an electric motor , the stator of which is supported by a casing and the rotor of which includes a shaft mounted inside said casing, said shaft driving a centrifugal compressor impeller , said casing having a double skin and comprising two substantially cylindrical, coaxial skins extending around said engine and defining between them an annular flow path suitable for the circulation of a first cooling air flow , one inlet of which is located at a first longitudinal end of said shaft and an outlet of which is connected to a second longitudinal end of said shaft, which supports said centrifugal compressor impeller, characterised in that the compressor comprises means (J) for collecting a second cooling air flow at the outlet of said centrifugal compressor impeller, means for channelling said second air flow along said shaft up to said first end, and means for discharging said second air flow , the means for discharging being configured to discharge said second air flow out of said casing and to prevent same from mixing with said first air flow.