mhurhangee/ep-ind-claims huggingface dataset:
A method for improving network performance, comprising: measuring, by User Equipment, UE, Signal to Interference plus Noise Ratios, SINRs, of High Speed Physical Downlink Shared Channels, HS-PDSCHs, on multiple carriers; acquiring, by the UE according to the measured SINRs of the HS-PDSCHs on the multiple carriers, respective Channel Quality Indicators, CQIs, of the HS-PDSCHs on the multiple carriers; comparing, by the UE with a first threshold, a difference between each of the SINRs of the HS-PDSCHs on the multiple carriers and a maximal SINR of the SINRs of the HS-PDSCHs on the multiple carriers; in response to determining that a difference between the SINR of a HS-PDSCH on at least one of the multiple carriers and the maximal SINR is greater than the first threshold, updating, by the UE, the CQI of the HS-PDSCH on the at least one of the multiple carriers; and reporting, by the UE after the update, the CQIs of the HS-PDSCHs on the multiple carriers to a network side, such that the network side schedules the UE using the reported CQIs; wherein the CQI of the HS-PDSCH on each of the at least one of the multiple carriers is updated by adding half a difference between the CQI of the HS-PDSCH on each of the at least one of the multiple carriers and a maximal CQI of the respective CQIs of the HS-PDSCHs on the multiple carriers to the CQI of the HS-PDSCH on each of the at least one of the multiple carriers. measuring, by User Equipment, UE, Signal to Interference plus Noise Ratios, SINRs, of High Speed Physical Downlink Shared Channels, HS-PDSCHs, on multiple carriers; acquiring, by the UE according to the measured SINRs of the HS-PDSCHs on the multiple carriers, respective Channel Quality Indicators, CQIs, of the HS-PDSCHs on the multiple carriers; comparing, by the UE with a first threshold, a difference between each of the SINRs of the HS-PDSCHs on the multiple carriers and a maximal SINR of the SINRs of the HS-PDSCHs on the multiple carriers; in response to determining that a difference between the SINR of a HS-PDSCH on at least one of the multiple carriers and the maximal SINR is greater than the first threshold, updating, by the UE, the CQI of the HS-PDSCH on the at least one of the multiple carriers; and reporting, by the UE after the update, the CQIs of the HS-PDSCHs on the multiple carriers to a network side, such that the network side schedules the UE using the reported CQIs; wherein the CQI of the HS-PDSCH on each of the at least one of the multiple carriers is updated by adding half a difference between the CQI of the HS-PDSCH on each of the at least one of the multiple carriers and a maximal CQI of the respective CQIs of the HS-PDSCHs on the multiple carriers to the CQI of the HS-PDSCH on each of the at least one of the multiple carriers.
An antibacterial food composition comprising a Vaccinium macrocarpon cranberry extract and a Propolis extract, wherein: - the Propolis extract comprises caffeic acid, ferulic acid, galangin and pinocembrin, - the Vaccinium macrocarpon cranberry extract contains a weight proportion of proanthocyanidins (PACs) greater than or equal to 10%, preferably greater than 10%, advantageously comprised between 20 and 50%, said proportion being measured by the vanillin assay method the composition being characterized by a Propolis extract: Vaccinium macrocarpon cranberry extract weight ratio comprised between 1:2 and 2:1 - the Propolis extract comprises caffeic acid, ferulic acid, galangin and pinocembrin, - the Vaccinium macrocarpon cranberry extract contains a weight proportion of proanthocyanidins (PACs) greater than or equal to 10%, preferably greater than 10%, advantageously comprised between 20 and 50%, said proportion being measured by the vanillin assay method
A vehicle comprising: a vehicle body having: a roof, a first and a second sidewall (12, 13) each extending longitudinally of the vehicle all respective sides of the vehicle body, each including a plurality of upstanding posts and a plurality of longitudinally extending members interconnecting the posts, and a vehicle floor assembly, wherein the vehicle floor assembly comprises, a floor; a bottom frame including a plurality of longitudinal rails (18, 19, 20, 21) with welded cross members supporting the floor; characterised in that the floor comprises a plurality of longitudinally extending flooring planks (24, 25:26) each extending along at least part of the length of the vehicle body; the planks (24, 25, 26) being arranged side by side so as to collectively span between the side walls; in that the planks (24, 25, 26) are each molded from a composite panel having an upper skin and a lower skin each including reinforcing fibers and an intervening core material layer and containing a cured resin material; and in that the lower skin of the planks is attached to the rails of the bottom frame by adhesive. a roof, a first and a second sidewall (12, 13) each extending longitudinally of the vehicle all respective sides of the vehicle body, each including a plurality of upstanding posts and a plurality of longitudinally extending members interconnecting the posts, and a vehicle floor assembly, wherein the vehicle floor assembly comprises, a floor; a bottom frame including a plurality of longitudinal rails (18, 19, 20, 21) with welded cross members supporting the floor; characterised in that the floor comprises a plurality of longitudinally extending flooring planks (24, 25:26) each extending along at least part of the length of the vehicle body; the planks (24, 25, 26) being arranged side by side so as to collectively span between the side walls; in that the planks (24, 25, 26) are each molded from a composite panel having an upper skin and a lower skin each including reinforcing fibers and an intervening core material layer and containing a cured resin material; and in that the lower skin of the planks is attached to the rails of the bottom frame by adhesive.
A process, for the preparation of a compound of formula (I'): which comprises reacting a compound of formula (II'): wherein R is H or with H 2 in the presence of a heterogeneous transition metal hydrogenation catalyst, wherein the heterogeneous transition metal hydrogenation catalyst is a Raney catalyst, Pd/C, Pd 2 /C, Au/TiO 2, Rh/C, Ru/Al 2 O3, Ir/CaCO 3, Pt/C, or a mixture thereof.
A display device, comprising: a first substrate; subpixels each disposed on the first substrate and having an emitting area and a circuit area, wherein each of the subpixels comprises: a contact hole (CH1a, CH2a, CH3a) formed in the circuit area and exposing a portion of a lower layer (GAT, ACT), the contact hole electrically connecting different layers on the substrate; and charact erized by an auxiliary contact hole (VA1a, VA2a, VA3a) formed on a conducting or metal layer provided below the contact hole (CH1a, CH2a, CH3a) and located in an area corresponding to the contact hole (CH1a, CH2a, CH3a), wherein the auxiliary contact hole is formed so as to reduce a probability of occurrence of an unintended short defect between metal layers positioned on different layers. a first substrate; subpixels each disposed on the first substrate and having an emitting area and a circuit area, wherein each of the subpixels comprises: a contact hole (CH1a, CH2a, CH3a) formed in the circuit area and exposing a portion of a lower layer (GAT, ACT), the contact hole electrically connecting different layers on the substrate; and charact erized by an auxiliary contact hole (VA1a, VA2a, VA3a) formed on a conducting or metal layer provided below the contact hole (CH1a, CH2a, CH3a) and located in an area corresponding to the contact hole (CH1a, CH2a, CH3a), a contact hole (CH1a, CH2a, CH3a) formed in the circuit area and exposing a portion of a lower layer (GAT, ACT), the contact hole electrically connecting different layers on the substrate; and charact erized by an auxiliary contact hole (VA1a, VA2a, VA3a) formed on a conducting or metal layer provided below the contact hole (CH1a, CH2a, CH3a) and located in an area corresponding to the contact hole (CH1a, CH2a, CH3a), wherein the auxiliary contact hole is formed so as to reduce a probability of occurrence of an unintended short defect between metal layers positioned on different layers.
A communication apparatus comprising: a processing means for executing, in response to a user instruction, a communication-parameter sharing process for providing a communication parameter to a receiving apparatus from a providing apparatus; a determining means for determining whether there exist apparatuses that are also executing communication-parameter sharing processes as providing apparatuses, in response to user instructions; a notification means for, in a case where the communication apparatus is executing the communication-parameter sharing process as the providing apparatus and the determining means determines that plural apparatuses are executing the communication-parameter sharing processes as providing apparatuses, broadcasting a notification indicating that plural apparatuses are executing the communication-parameter sharing processes as providing apparatuses; a receiving means for receiving, from another apparatus, the notification indicating that plural apparatuses are executing the communication-parameter sharing processes; and a cancelling means for cancelling a communication-parameter sharing process, which is currently being performed, upon receipt of the notification by the receiving means. a processing means for executing, in response to a user instruction, a communication-parameter sharing process for providing a communication parameter to a receiving apparatus from a providing apparatus; a determining means for determining whether there exist apparatuses that are also executing communication-parameter sharing processes as providing apparatuses, in response to user instructions; a notification means for, in a case where the communication apparatus is executing the communication-parameter sharing process as the providing apparatus and the determining means determines that plural apparatuses are executing the communication-parameter sharing processes as providing apparatuses, broadcasting a notification indicating that plural apparatuses are executing the communication-parameter sharing processes as providing apparatuses; a receiving means for receiving, from another apparatus, the notification indicating that plural apparatuses are executing the communication-parameter sharing processes; and a cancelling means for cancelling a communication-parameter sharing process, which is currently being performed, upon receipt of the notification by the receiving means.
Method for regulating connectivity for a plurality of connected objects, said connected objects belonging to sub-networks (11, 12, 13) connected to a main network via connection gateways (GW1, GW2, GW3), said method being implemented by a fluidification module, said method comprising: - a step of collecting connection data from the plurality of connected objects (IoT1, IoT3); - a step of analyzing the collected connection data so as to identify a plurality of availability time periods, each of the availability time periods corresponding to a time interval during which one or more connected objects will be able to access the main network; - a step of receiving at least one connection request message from an object (IoT1, IoT2, IoT3) connected to the main network, said connection request message comprising characteristics data of the required connection; and - a step of regulating connection of the plurality of objects connected to the main network according to the availability time periods and the characteristics data of the required connection. - a step of collecting connection data from the plurality of connected objects (IoT1, IoT3); - a step of analyzing the collected connection data so as to identify a plurality of availability time periods, each of the availability time periods corresponding to a time interval during which one or more connected objects will be able to access the main network; - a step of receiving at least one connection request message from an object (IoT1, IoT2, IoT3) connected to the main network, said connection request message comprising characteristics data of the required connection; and - a step of regulating connection of the plurality of objects connected to the main network according to the availability time periods and the characteristics data of the required connection.
A method for wireless communications by a mobile access node of a wireless backhaul communications network, comprising: receiving (905, 1005), via the wireless backhaul communications network, control signaling from a central unit access node of the wireless backhaul communications network, the control signaling indicating at least one configuration parameter associated with triggering the mobile access node to transition between a first power state and a second power state that consumes less power than the first power state; and transmitting (910, 1010), to a central unit access node of the wireless backhaul communications network, via the wireless backhaul communications network, a power state change indication to indicate that the mobile access node is transitioning between the first power state and the second power state corresponding to a determination that a triggering condition associated with the at least one configuration parameter is met. receiving (905, 1005), via the wireless backhaul communications network, control signaling from a central unit access node of the wireless backhaul communications network, the control signaling indicating at least one configuration parameter associated with triggering the mobile access node to transition between a first power state and a second power state that consumes less power than the first power state; and transmitting (910, 1010), to a central unit access node of the wireless backhaul communications network, via the wireless backhaul communications network, a power state change indication to indicate that the mobile access node is transitioning between the first power state and the second power state corresponding to a determination that a triggering condition associated with the at least one configuration parameter is met.
A catheter comprising a catheter body having a proximal end and a distal end; a scoring element disposed near the distal end of the catheter body; wherein an active substance is provided within the scoring element, such that the active substance is released from the scoring element when the scoring element scores a luminal wall.
A method, comprising: receiving, at a blood analyzer machine, user input indicative of a clinical setting of a patient that provided a blood sample; receiving, at the blood analyzer machine, the blood sample of the patient; performing, by the blood analyzer machine, one or more blood characteristic tests on the blood sample for providing blood test result data; selecting, by the blood analyzer machine, a particular rule-based algorithm from a plurality of rule-based algorithms accessible to the blood analyzer machine in response to the user input indicative of the clinical setting of the patient relating to surgery, trauma or GI bleeding, accessing algorithm-specific test parameter threshold values, including thromboelastometry test parameter threshold values; applying by the blood analyzer machine the particular rule-based algorithm to interpret thromboelastometry data of the patient using the algorithm-specific test parameter threshold values; and displaying, using a user interface of the blood analyzer machine, one or more messages indicative of a health condition based on the step of applying the particular rule-based algorithm. receiving, at a blood analyzer machine, user input indicative of a clinical setting of a patient that provided a blood sample; receiving, at the blood analyzer machine, the blood sample of the patient; performing, by the blood analyzer machine, one or more blood characteristic tests on the blood sample for providing blood test result data; selecting, by the blood analyzer machine, a particular rule-based algorithm from a plurality of rule-based algorithms accessible to the blood analyzer machine in response to the user input indicative of the clinical setting of the patient relating to surgery, trauma or GI bleeding, accessing algorithm-specific test parameter threshold values, including thromboelastometry test parameter threshold values; applying by the blood analyzer machine the particular rule-based algorithm to interpret thromboelastometry data of the patient using the algorithm-specific test parameter threshold values; and displaying, using a user interface of the blood analyzer machine, one or more messages indicative of a health condition based on the step of applying the particular rule-based algorithm.
A frame for supporting a light guide panel, the frame comprising: a solid state light source connected to and arranged on a circuit board, the circuit board comprising an electrically insulating outer perimeter portion; and an insulation layer being electrically insulating, the insulation layer having a surface area larger than a surface area of the circuit board; wherein the insulation layer is arranged on the frame; wherein the circuit board is arranged on the insulation layer such that an insulating outer perimeter portion of the insulation layer is formed outside of the circuit board; thereby providing a double insulation of the solid state light source in relation to the frame. a solid state light source connected to and arranged on a circuit board, the circuit board comprising an electrically insulating outer perimeter portion; and an insulation layer being electrically insulating, the insulation layer having a surface area larger than a surface area of the circuit board; wherein the insulation layer is arranged on the frame; wherein the circuit board is arranged on the insulation layer such that an insulating outer perimeter portion of the insulation layer is formed outside of the circuit board; thereby providing a double insulation of the solid state light source in relation to the frame.
A method of operating an electronic memory apparatus according to any of the claims 9 to 14, the method comprising: receiving, at a controller, a first set of bits of an input vector from a host device; comparing a pattern weight of at least a portion of the first set of bits that have a first logic value to a range, the range based at least in part on a factor stored at the controller; allocating a block of memory to store a quantity of bits comprising one or more flip-bits and the first set of bits based at least in part on the comparing; generating a second set of bits, the generating comprising dividing the first set of bits into a plurality of bit segments and inverting a logic state of a set of bits of at least one bit segment of the plurality of bit segments based at least in part on the one or more flip-bits, wherein a quantity of the plurality of bit segments is based at least in part on the factor and the generated second set of bits comprises each bit segment of the plurality of bit segments and the one or more flip-bits based at least in part on the inverting; and initiating storing the generated second set of bits in the block of memory. receiving, at a controller, a first set of bits of an input vector from a host device; comparing a pattern weight of at least a portion of the first set of bits that have a first logic value to a range, the range based at least in part on a factor stored at the controller; allocating a block of memory to store a quantity of bits comprising one or more flip-bits and the first set of bits based at least in part on the comparing; generating a second set of bits, the generating comprising dividing the first set of bits into a plurality of bit segments and inverting a logic state of a set of bits of at least one bit segment of the plurality of bit segments based at least in part on the one or more flip-bits, wherein a quantity of the plurality of bit segments is based at least in part on the factor and the generated second set of bits comprises each bit segment of the plurality of bit segments and the one or more flip-bits based at least in part on the inverting; and initiating storing the generated second set of bits in the block of memory.
A method for producing a valve regulated lead-acid battery using a positive electrode current collector, which is a punched current collector obtained by punching a rolled sheet of lead alloy prepared in such a manner that the rolling reduction ratio is 60 to 90% and in which the average interlayer distance in a layered current collector structure at a cross-section parallel to the rolling direction and along the thickness direction of the current collector is not less than 25 μm and not more than 180 μm, and a positive active material; a negative electrode current collector and a negative active material; and a liquid holding body, wherein the positive electrode current collector is composed of a Pb-Ca-Sn alloy, and where x is a Ca content and y is a Sn content in terms of mass%, the requirements of 0.03 ≤ x ≤ 0.09 and 9.16x + 0.525 ≤ y ≤ 2.0 are satisfied.
An information processing device comprising: a memory configured to store a plurality of menu items (71A - 71G) and the setting contents of selected menu items together with a first identification ID; an input unit (13, 17, 18) configured to receive an input selecting at least one menu item from a plurality of menu items (71A - 71G), a receiving unit configured to receive a second ID from a remote terminal; a determination unit configured to determine if said second ID matches said first ID; a transmitting unit configured to transmit to said remote terminal, said at least one menu item associated with said first ID stored in said memory if said determination unit determines said second ID matches said first ID; and an execution unit configured to receive a request for said information processing device to execute an operation relating to said selected at least one menu item, and to execute the requested operation.
A peripheral digital storage device, having an interface allowing a connection to a self-service machine, for performing maintenance operation to the self-service machine, comprising: A storage device providing a storage area, wherein the storage area is divided into set of partitions (8a-8d) which are interpretable by the self-service machine as independent storage areas for file operation when connected to the self-service machine; a control unit which is configured to control the access to the partitions by refusing or granting the self-service machine an access to the partition, depending on identity information receivable from the self-service machine for providing access to individual partitions for each assigned self-service machine connectable to the interface; wherein the set of partitions comprises read/ write partitions allowing individual read/write file operations on the partitions by the self-service machine being exclusively assigned to the partition hereby avoiding a data exchange between the different self-service machines. A storage device providing a storage area, wherein the storage area is divided into set of partitions (8a-8d) which are interpretable by the self-service machine as independent storage areas for file operation when connected to the self-service machine; a control unit which is configured to control the access to the partitions by refusing or granting the self-service machine an access to the partition, depending on identity information receivable from the self-service machine for providing access to individual partitions for each assigned self-service machine connectable to the interface; wherein the set of partitions comprises read/ write partitions allowing individual read/write file operations on the partitions by the self-service machine being exclusively assigned to the partition hereby avoiding a data exchange between the different self-service machines.