mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a plate and frame heat exchanger comprising: forming a plurality of heat-exchanging plates each according to the following method: depositing a ceramic material within an open-cell void of a polymer body , the ceramic material forming a thermally-conductive path from a first surface of the polymer body to a second surface of the polymer body, wherein depositing the ceramic material comprises: depositing the ceramic material around the periphery of the conductive path using atomic layer deposition to form an open volume circumscribed by the ceramic material that extends along the entire thermally-conductive path; the ceramic material being boron nitride, aluminium nitride or silicon carbide; and filling the open volume with a sealant ; and attaching the plurality of heat-exchanging plates to a heat exchanger housing, the plurality of plates arranged to define a first flowpath of a first fluid and a second flowpath of a second fluid, wherein the first flowpath and second flowpath are separated by the plurality of plates and each of the plurality of heat-exchanging plates is contact with both the first flowpath and the second flowpath. depositing the ceramic material around the periphery of the conductive path using atomic layer deposition to form an open volume circumscribed by the ceramic material that extends along the entire thermally-conductive path; the ceramic material being boron nitride, aluminium nitride or silicon carbide; and filling the open volume with a sealant ; and attaching the plurality of heat-exchanging plates to a heat exchanger housing, the plurality of plates arranged to define a first flowpath of a first fluid and a second flowpath of a second fluid, wherein the first flowpath and second flowpath are separated by the plurality of plates and each of the plurality of heat-exchanging plates is contact with both the first flowpath and the second flowpath.
An electrode foil, which is made of a belt-like foil, comprising: surface enlarged parts that are formed on a surface of the foil and are formed of electrode foil material with a plurality of tunnel-shaped pits; a core part which is a part remained when excluding the surface enlarged parts within the foil; a plurality of separation parts that extends on the surface enlarged parts, and divides the surface enlarged parts; and a dielectric film formed on surfaces of the surface enlarged parts or on surfaces of the surface enlarged parts 15 and the separation parts, characterized in that the separation parts have an average length of 40 μm or more and 150 μm or less, and the separation parts extend discontinuously and partially across the foil. surface enlarged parts that are formed on a surface of the foil and are formed of electrode foil material with a plurality of tunnel-shaped pits; a core part which is a part remained when excluding the surface enlarged parts within the foil; a plurality of separation parts that extends on the surface enlarged parts, and divides the surface enlarged parts; and a dielectric film formed on surfaces of the surface enlarged parts or on surfaces of the surface enlarged parts 15 and the separation parts, characterized in that the separation parts have an average length of 40 μm or more and 150 μm or less, and the separation parts extend discontinuously and partially across the foil.
A method performed in a wireless communication device for selecting cell and Radio Access Technology, RAT, in an idle operating mode in a wireless communication system , wherein the wireless communication device comprises multiple receiving modules and comprises at least two Subscriber Identity Modules, SIMs, the method comprising: determining a first cell and a first RAT to camp on using a first receiving module for a first SIM based on estimating a performance of a number of RATs and cells in the wireless communication system ; determining a second cell and a second RAT to camp on using a second receiving module for a second SIM based on estimating a performance of the number of RATs and cells in the wireless communication system ; determining whether idle mode tasks of the first and second SIMs with the determined cells and RATs overlap at least partly in time; Characterized in that the method further comprises: when the idle mode tasks of the first and second SIMs do not overlap in time, handling the idle mode tasks of the first and second SIMs using the first receiving module or the second receiving module; when the idle mode tasks of the first and second SIMs overlap at least partly in time, selecting a SIM out of the first and second SIMs for which to move the idle mode tasks to a third receiving module; and enabling the third receiving module to handle the idle mode tasks of the selected SIM. determining a first cell and a first RAT to camp on using a first receiving module for a first SIM based on estimating a performance of a number of RATs and cells in the wireless communication system ; determining a second cell and a second RAT to camp on using a second receiving module for a second SIM based on estimating a performance of the number of RATs and cells in the wireless communication system ; determining whether idle mode tasks of the first and second SIMs with the determined cells and RATs overlap at least partly in time; Characterized in that the method further comprises: when the idle mode tasks of the first and second SIMs do not overlap in time, handling the idle mode tasks of the first and second SIMs using the first receiving module or the second receiving module; when the idle mode tasks of the first and second SIMs overlap at least partly in time, selecting a SIM out of the first and second SIMs for which to move the idle mode tasks to a third receiving module; and enabling the third receiving module to handle the idle mode tasks of the selected SIM. when the idle mode tasks of the first and second SIMs do not overlap in time, handling the idle mode tasks of the first and second SIMs using the first receiving module or the second receiving module; when the idle mode tasks of the first and second SIMs overlap at least partly in time, selecting a SIM out of the first and second SIMs for which to move the idle mode tasks to a third receiving module; and enabling the third receiving module to handle the idle mode tasks of the selected SIM.
A method comprising using at least one hardware processor to deterministically replay a recording of events between a plurality of software entities within a system (100; 250), in which the plurality of software entities may be represented as nodes in a graph and events may be represented as edges in the graph, by, for each of one or more events in the recording : play the event; enqueue any of the plurality of software entities, that are stimulated by the event, into a queue; and until the queue is empty, remove and execute a software entity at a front of the queue, play all events outputted by the executed software entity, and enqueue any of the plurality of software entities, that are stimulated by the played events outputted by the executed software entity, into the queue, wherein each enqueuing of a software entity in the queue comprises when the software entity does not already exist at any position within the queue, inserting the software entity into the queue, and when the software entity already exists at a position within the queue, not inserting a duplicate of the software entity into the queue, wherein each playing of an event comprises sending a message representing the event to one or more of the plurality of software entities, and wherein a software entity is stimulated by an event when the software entity receives a message representing the event. play the event; enqueue any of the plurality of software entities, that are stimulated by the event, into a queue; and until the queue is empty, remove and execute a software entity at a front of the queue, play all events outputted by the executed software entity, and enqueue any of the plurality of software entities, that are stimulated by the played events outputted by the executed software entity, into the queue, wherein each enqueuing of a software entity in the queue comprises when the software entity does not already exist at any position within the queue, inserting the software entity into the queue, and when the software entity already exists at a position within the queue, not inserting a duplicate of the software entity into the queue, wherein each playing of an event comprises sending a message representing the event to one or more of the plurality of software entities, and wherein a software entity is stimulated by an event when the software entity receives a message representing the event.
A wind turbine blade comprising a vortex generator including a plurality of fins , wherein the plurality of fins of the vortex generator includes: at least one first fin disposed in a mounting range of zero to 0.1R, such that a ratio x/C of a chordwise directional position 'x' of the at least one first fin to the chord length 'C' satisfies 0≤x/C≤0.2, and at least one second fin disposed in a mounting range of 0.15 to 0.2R, such that a ratio x/C of the chordwise directional position 'x' of the at least one second fin to the chord length 'C' satisfies 0.2≤x/C≤0.8, wherein the plurality of fins include a fin positioned closest to a blade tip , and the fin positioned closest to the blade tip is disposed closer to a blade root than a radial directional position of 0.2R with respect to a radius 'R' of a rotor including the wind turbine blade . at least one first fin disposed in a mounting range of zero to 0.1R, such that a ratio x/C of a chordwise directional position 'x' of the at least one first fin to the chord length 'C' satisfies 0≤x/C≤0.2, and at least one second fin disposed in a mounting range of 0.15 to 0.2R, such that a ratio x/C of the chordwise directional position 'x' of the at least one second fin to the chord length 'C' satisfies 0.2≤x/C≤0.8,
An electronic control device, comprising: a substrate on which electronic components are disposed; a base that covers a first surface (F1) of the substrate ; a cover that covers a second surface (F2) of the substrate ; a first connector disposed on the second surface (F2) of the substrate ; a second connector disposed on the second surface (F2) of the substrate ; and a first vibration-suppressing part disposed on an inside surface of the base , the inside surface of the base facing an end face of the first connector on a side adjacent to the second surface (F2), the first vibration-suppressing part suppressing vibration of the first connector , wherein the first connector includes a columnar portion on the end face of the first connector on the side adjacent to the second surface (F2), and an axis of the first connector and the columnar portion extend in a direction perpendicular to the substrate ; characterized in that the first connector connecting to a connector fixed to an on-board transmission ; and the second connector connecting to a connector of a harness ; the substrate has a first hole through which the columnar portion is passed, and the first vibration-suppressing part includes: a recess that is formed in the inside surface of the base and into which a leading end of the columnar portion is inserted; and a first vibration-damping member filled in the recess . a substrate on which electronic components are disposed; a base that covers a first surface (F1) of the substrate ; a cover that covers a second surface (F2) of the substrate ; a first connector disposed on the second surface (F2) of the substrate ; a second connector disposed on the second surface (F2) of the substrate ; and a first vibration-suppressing part disposed on an inside surface of the base , the inside surface of the base facing an end face of the first connector on a side adjacent to the second surface (F2), the first vibration-suppressing part suppressing vibration of the first connector , wherein the first connector includes a columnar portion on the end face of the first connector on the side adjacent to the second surface (F2), and an axis of the first connector and the columnar portion extend in a direction perpendicular to the substrate ; characterized in that the first connector connecting to a connector fixed to an on-board transmission ; and the second connector connecting to a connector of a harness ; the substrate has a first hole through which the columnar portion is passed, and the first vibration-suppressing part includes: a recess that is formed in the inside surface of the base and into which a leading end of the columnar portion is inserted; and a first vibration-damping member filled in the recess . a recess that is formed in the inside surface of the base and into which a leading end of the columnar portion is inserted; and a first vibration-damping member filled in the recess .
A roller shade assembly, for installation in a window opening, comprising: a frame having opposing first and second ends attachable within the window opening; a roller rotatably mounted to the frame having opposing ends, a rotational axis, and a first gear coaxially attached to one end of the roller ; wherein the roller has a sheet material rolled thereon with a fixed end attached to the roller and a free end having a weight attached thereto; a drive assembly attached to the frame between the first and second ends, having a second gear that is selectively rotatable and is operatively engaged with the first gear for imparting rotational motion from the drive assembly to the roller ; wherein the first gear is substantially perpendicular to the second gear ; characterized in that the roller shade assembly further comprises a fabric retaining flange extending radially outwardly from the roller at each end of the roller ; wherein the first gear is formed integrally with the fabric retaining flange which is proximate to the drive assembly . a frame having opposing first and second ends attachable within the window opening; a roller rotatably mounted to the frame having opposing ends, a rotational axis, and a first gear coaxially attached to one end of the roller ; wherein the roller has a sheet material rolled thereon with a fixed end attached to the roller and a free end having a weight attached thereto; a drive assembly attached to the frame between the first and second ends, having a second gear that is selectively rotatable and is operatively engaged with the first gear for imparting rotational motion from the drive assembly to the roller ; wherein the first gear is substantially perpendicular to the second gear ; characterized in that the roller shade assembly further comprises a fabric retaining flange extending radially outwardly from the roller at each end of the roller ; wherein the first gear is formed integrally with the fabric retaining flange which is proximate to the drive assembly .
Device for cutting open and opening the wrapping of a refuse bale , comprising an elongate transport ramp which extends at least substantially horizontally and defines a transport region for the refuse bale , a receiving region for feeding the refuse bale onto the transport ramp being arranged at the first end of the transport ramp and a stationary cutting device being arranged at the second end of the transport ramp, wherein the transport direction extends from the first end in the direction of the second end of the transport ramp , and wherein an ejection region for the cut-open wrapping and the refuse contained therein is formed behind the cutting device in the transport direction, which device has a transport device which contains a pusher which is designed to rest against an end face of the refuse bale facing the first end of the transport ramp , and which transport device furthermore has a transport mechanism which is designed to move the refuse bale in the direction of the second end of the transport ramp , 24) further comprises a transport mechanism which is designed to push the refuse bale on the transport ramp in the transport direction through the stationary cutting device into the ejection area, the stationary cutting device having at least two stationary knives which extend along the longitudinal axis of the transport ramp and which project into the transport region in such a way that the wrapping of the refuse bale is severed in the peripheral region during transport on the transport ramp , the transport ramp , the cutting device and the transport device being arranged on a horizontally extending support frame , on the underside of which there is a running gear which has an axle with running wheels , characterized in that the knives are held on a vertically extending closed cutting frame which surrounds the transport region.
A grass management system configured to control a forming machine for gathering in grass of a farm field and then forming and discharging the gathered grass into the farm field, wherein work related to grass has been performed by a work machine before the forming work is performed by the forming machine , the grass management system comprising: - a prohibition setting module (50A; 50B) configured to set a prohibited position at which discharge of a formed material is prohibited, wherein the prohibition setting module (50A; 50B) is configured to set the prohibited position based on information when the work machine travels, wherein work related to grass is performed by the work machine before the forming work is performed by the forming machine ; - a prohibited position acquisition module configured to acquire the set prohibited position; and - a control module configured to control the forming machine based on a relationship between a discharge position at which the formed material is planned to be discharged and the prohibited position. - a prohibition setting module (50A; 50B) configured to set a prohibited position at which discharge of a formed material is prohibited, wherein the prohibition setting module (50A; 50B) is configured to set the prohibited position based on information when the work machine travels, wherein work related to grass is performed by the work machine before the forming work is performed by the forming machine ; - a prohibited position acquisition module configured to acquire the set prohibited position; and - a control module configured to control the forming machine based on a relationship between a discharge position at which the formed material is planned to be discharged and the prohibited position.
An apparatus configured to be employed in an evolved NodeB, eNB, comprising one or more processors configured to: generate a first downlink communication to a first user equipment, UE, configured to indicate an enhanced measurement gap that is different than a non-enhanced measurement gap that is communicated to a second UE, wherein the first UE and the second UE are communicatively coupled to the eNB via a synchronous connection of a synchronous network ; communicate the enhanced measurement gap via one or more radio resource control, RRC, signals with a short measurement indication for release 14, shortMeaslndicator-r14, in a measurement configuration, MeasConfig, information element, wherein the enhanced measurement gap is signaled by a single bit of the shortMeaslndicator-r14 to indicate whether the enhanced measurement gap as a gap offset corresponding to a measurement gap pattern signaled in the MeasConfig information element is active or inactive for the first UE, wherein the enhanced measurement gap is shorter than the non-enhanced measurement gap and comprises 2 ms or 3 ms and is utilized by the first UE in response to being connected to the synchronous network. generate a first downlink communication to a first user equipment, UE, configured to indicate an enhanced measurement gap that is different than a non-enhanced measurement gap that is communicated to a second UE, wherein the first UE and the second UE are communicatively coupled to the eNB via a synchronous connection of a synchronous network ; communicate the enhanced measurement gap via one or more radio resource control, RRC, signals with a short measurement indication for release 14, shortMeaslndicator-r14, in a measurement configuration, MeasConfig, information element, wherein the enhanced measurement gap is signaled by a single bit of the shortMeaslndicator-r14 to indicate whether the enhanced measurement gap as a gap offset corresponding to a measurement gap pattern signaled in the MeasConfig information element is active or inactive for the first UE, wherein the enhanced measurement gap is shorter than the non-enhanced measurement gap and comprises 2 ms or 3 ms and is utilized by the first UE in response to being connected to the synchronous network.
A crystalline modification type I compound of the following Chemical Formula 1, wherein angles of 2θ representing X-ray diffraction (XRD) peaks of the crystalline modification include 3.35°, 6.75°, 7.94°, 10.40° and 12.37° (°2θ, ± 0.1° using Cu-Kα1 radiation).
An image coding method of hierarchically coding a plurality of pictures, including I pictures, P pictures and B pictures, to generate a bitstream , each picture belonging to one of a plurality of hierarchical temporal layers, said I and P pictures belonging the lowest layer of the plurality of hierarchical temporal layers, the plurality of pictures comprises a plurality of highest-layer pictures belonging to the highest layer of the plurality of hierarchical temporal layers and a plurality of lower-layer pictures belonging to the layers of the plurality of hierarchical temporal layers other than the highest layer, the image coding method comprising: coding each picture of the plurality of pictures with reference to a picture belonging to a hierarchical temporal layer which is same as or lower than a hierarchical temporal layer to which the each picture belongs, and without reference to a picture belonging to a hierarchical temporal layer which is higher than the hierarchical temporal layer to which the each picture belongs; and generating the bitstream by coding the coded pictures and time information indicating decoding times of the coded pictures, characterized in that the plurality of highest layer pictures are B pictures that are predicted from B pictures of the plurality of lower-layer pictures; and the time information indicates that the decoding times are set at equal intervals for the plurality of lower-layer pictures. coding each picture of the plurality of pictures with reference to a picture belonging to a hierarchical temporal layer which is same as or lower than a hierarchical temporal layer to which the each picture belongs, and without reference to a picture belonging to a hierarchical temporal layer which is higher than the hierarchical temporal layer to which the each picture belongs; and generating the bitstream by coding the coded pictures and time information indicating decoding times of the coded pictures, characterized in that the plurality of highest layer pictures are B pictures that are predicted from B pictures of the plurality of lower-layer pictures; and the time information indicates that the decoding times are set at equal intervals for the plurality of lower-layer pictures.