mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting information, applicable to a base station of a 5th Generation New Radio, 5G NR, system, wherein the method comprises: receiving preset reference indication sent by target User Equipment, UE, the preset reference indication being used for determining whether the UE is supporting transmission over an unlicensed band; determining, according to the preset reference indication, whether the target UE is supporting transmission over the unlicensed band; determining, according to at least one of a service bearing condition or a power consumption of the base station, whether the base station is supporting unlicensed band resource configuration; in response to determining that the target UE is supporting transmission over the unlicensed band and that the base station is supporting unlicensed band resource configuration, determining system control information of an extendable Band Width Part, BWP, the system control information being adapted to inform the target UE of configurations of the extendable BWP in a licensed band and the unlicensed band, the extendable BWP comprising both a resource in the licensed band and a resource in the unlicensed band, the resource of the extendable BWP in the unlicensed band being configured for the target UE according to a historical record of scheduling the target UE in the unlicensed band; sending the system control information of the extendable BWP to the target UE; and scheduling, according to the system control information, the target UE to perform information transmission on the extendable BWP. receiving preset reference indication sent by target User Equipment, UE, the preset reference indication being used for determining whether the UE is supporting transmission over an unlicensed band; determining, according to the preset reference indication, whether the target UE is supporting transmission over the unlicensed band; determining, according to at least one of a service bearing condition or a power consumption of the base station, whether the base station is supporting unlicensed band resource configuration; in response to determining that the target UE is supporting transmission over the unlicensed band and that the base station is supporting unlicensed band resource configuration, determining system control information of an extendable Band Width Part, BWP, the system control information being adapted to inform the target UE of configurations of the extendable BWP in a licensed band and the unlicensed band, the extendable BWP comprising both a resource in the licensed band and a resource in the unlicensed band, the resource of the extendable BWP in the unlicensed band being configured for the target UE according to a historical record of scheduling the target UE in the unlicensed band; sending the system control information of the extendable BWP to the target UE; and scheduling, according to the system control information, the target UE to perform information transmission on the extendable BWP.
Edge profile for bordering the superstructure of a rescue vehicle, in particular a fire fighting vehicle, comprising an extruded hollow profile body with a cross section that comprises a central hollow channel portion, a first groove opening towards the upper side of the profile body in which a first band-shaped lighting device is arranged, a second groove opening laterally towards the bottom side of the profile body in which a second band-shaped lighting device is arranged, wherein said edge profile comprises a first cross section portion comprises a third groove opening towards the back side of the profile body and having a shape for engaging with a corresponding protrusion extending longitudinally from said vehicle body for fixing said edge profile to the vehicle body, said first cross section portion being arranged at a back portion of the profile body that faces the vehicle body, a flat upper support portion on top of the first cross section portion for supporting a top plate of the superstructure, and a plate-shaped flange portion extending vertically at the bottom of the profile body, said first and second grooves (14, 18) each having a rectangular cross-section comprising a bottom (16, 20) and a pair of lateral walls, said lateral walls being inclined towards each other so as to constrict the cross section of the respective groove (14, 18) towards its bottom (16, 20).
A two-component composition comprising a first component A comprising: a1) An aqueous dispersion of at least one polymer P, a2) At least one metal salt M, and a3) At least one liquid organic freeze point depressant D, and a second component B comprising: b1) A mineral binder composition C comprising at least one hydraulic binder H and b2) Optionally at least one cement hydration retarder R, wherein the at least one organic liquid freeze point depressant D is a polyhydric alcohol. a1) An aqueous dispersion of at least one polymer P, a2) At least one metal salt M, and a3) At least one liquid organic freeze point depressant D, and a second component B comprising: b1) A mineral binder composition C comprising at least one hydraulic binder H and b2) Optionally at least one cement hydration retarder R, wherein the at least one organic liquid freeze point depressant D is a polyhydric alcohol. b1) A mineral binder composition C comprising at least one hydraulic binder H and b2) Optionally at least one cement hydration retarder R, wherein the at least one organic liquid freeze point depressant D is a polyhydric alcohol.
A method for managing an electrochemical cell system containing N modules using a charge/discharge control system and a maintenance subsystem, each module containing one or more electrochemical cells and being electrically connected to the charge/discharge control system through module terminals, wherein the charge/discharge control system includes at least one controller and switches associated with each of the modules and wherein each of the electrochemical cells comprises a fuel electrode comprising a series of permeable electrode bodies arranged in spaced apart relation for receiving electrodeposited metal fuel; an oxidant electrode spaced apart from the fuel electrode; a charging electrode spaced apart from the fuel electrode; and an ionically conductive medium communicating the electrodes; the method comprising: determining for each of a plurality of the electrochemical cells whether a reset operation is needed for the electrochemical cell or whether to charge or discharge the electrochemical cell using the at least one controller; controlling, by the charge/discharge control system, charging or discharging the plurality of electrochemical cells that are determined to be charged or discharged; electrically isolating each of the plurality of electrochemical cells for which the reset operation is determined to be needed from each cell determined to be charged or discharged using the charge/discharge control system and/or the maintenance subsystem; connecting each cell for which the reset operation is determined to be needed to the maintenance subsystem through maintenance terminals; and performing under control of the maintenance subsystem the reset operation on each cell for which the reset operation is determined to be needed by providing a reset current to the cell through the maintenance terminals while the cell is electrically isolated from each of the charged or discharged cells. determining for each of a plurality of the electrochemical cells whether a reset operation is needed for the electrochemical cell or whether to charge or discharge the electrochemical cell using the at least one controller; controlling, by the charge/discharge control system, charging or discharging the plurality of electrochemical cells that are determined to be charged or discharged; electrically isolating each of the plurality of electrochemical cells for which the reset operation is determined to be needed from each cell determined to be charged or discharged using the charge/discharge control system and/or the maintenance subsystem; connecting each cell for which the reset operation is determined to be needed to the maintenance subsystem through maintenance terminals; and performing under control of the maintenance subsystem the reset operation on each cell for which the reset operation is determined to be needed by providing a reset current to the cell through the maintenance terminals while the cell is electrically isolated from each of the charged or discharged cells.
Flushing device comprising a cistern, a flushing pipe emerging from the cistern and having a first pipe portion adjoining the cistern and extending along a first centre axis, a pipe bend adjoining the first pipe portion, as well as a second pipe portion adjoining the pipe bend and extending along a second centre axis and having a pipe outlet, and a throttle element arranged in the flushing pipe for throttling the flushing flow in the flushing pipe, wherein the second pipe portion is designed so that it opens into a connecting pipe which is guided to a sanitary article, characterized in that the throttle element is arranged at a short distance from, in particular directly at, the geometric pipe bend end of the pipe bend in the second pipe portion, wherein the distance between the throttle element and the geometric pipe bend end corresponds at most to the diameter of the second pipe portion.
A working fluid comprising (a) a refrigerant comprising carbon dioxide and (b) a polyol ester composition comprising: (i) 45 to 55 wt% of an ester of monopentaerythritol with at least one monocarboxylic acid having 2 to 15 carbon atoms; (ii) less than 13 wt% of an ester of dipentaerythritol with at least one monocarboxylic acid having 2 to 15 carbon atoms; (iii) less than 10 wt% of an ester of tripentaerythritol with at least one monocarboxylic acid having 2 to 15 carbon atoms; and (iv) at least 25 wt% of an ester of tetrapentaerythritol and higher pentaerythritol oligomers with at least one monocarboxylic acid having 2 to 15 carbon atoms; wherein the polyol ester composition is present in a ratio of 1 to 500 parts by weight per 100 parts by weight of the refrigerant. (i) 45 to 55 wt% of an ester of monopentaerythritol with at least one monocarboxylic acid having 2 to 15 carbon atoms; (ii) less than 13 wt% of an ester of dipentaerythritol with at least one monocarboxylic acid having 2 to 15 carbon atoms; (iii) less than 10 wt% of an ester of tripentaerythritol with at least one monocarboxylic acid having 2 to 15 carbon atoms; and (iv) at least 25 wt% of an ester of tetrapentaerythritol and higher pentaerythritol oligomers with at least one monocarboxylic acid having 2 to 15 carbon atoms;
An optical cable, comprising: a single tight buffered optical fiber (110, 210); a single buffer tube (120, 220) formed from a thermoplastic polymer material including polyvinyl chloride surrounding the tight buffered optical fiber (110, 210), a gap (130, 230) being established between the tight buffered optical fiber (110, 210) and the buffer tube (120, 220), wherein the gap (130, 230) between the tight buffered optical fiber (110, 210) and the buffer tube (120, 220) is between 40 μm and 100 μm; and a jacket (150, 250) comprising polyvinyl chloride surrounding the buffer tube (120, 220), wherein a specific relationship exists between the buffer tube (120,220) and the jacket (150, 250) that is defined by a cross section area of the jacket (150, 250) being about four times the cross section area of the buffer tube (120, 220) and the buffer tube (120, 220) having an elasticity modulus in the range of 3500 N/mm 2 to 4000 N/mm 2 that is more than four times an elasticity modulus of the jacket (150, 250) in the range of 800 N/mm 2 to 990 N/mm 2, wherein a thickness of the buffer tube (120, 220) is in a range between 0.25 mm to 0.75 mm and a thickness of the jacket (150, 250) is in a range between 0.5 mm and 1 mm, wherein the cable has an attenuation of 0.1 dB / turn or less when the cable is looped in a radius of 5 mm, and wherein the cable has an outer diameter from 4 mm to 5 mm. a single tight buffered optical fiber (110, 210); a single buffer tube (120, 220) formed from a thermoplastic polymer material including polyvinyl chloride surrounding the tight buffered optical fiber (110, 210), a gap (130, 230) being established between the tight buffered optical fiber (110, 210) and the buffer tube (120, 220), wherein the gap (130, 230) between the tight buffered optical fiber (110, 210) and the buffer tube (120, 220) is between 40 μm and 100 μm; and a jacket (150, 250) comprising polyvinyl chloride surrounding the buffer tube (120, 220), wherein a specific relationship exists between the buffer tube (120,220) and the jacket (150, 250) that is defined by a cross section area of the jacket (150, 250) being about four times the cross section area of the buffer tube (120, 220) and the buffer tube (120, 220) having an elasticity modulus in the range of 3500 N/mm 2 to 4000 N/mm 2 that is more than four times an elasticity modulus of the jacket (150, 250) in the range of 800 N/mm 2 to 990 N/mm 2, wherein a thickness of the buffer tube (120, 220) is in a range between 0.25 mm to 0.75 mm and a thickness of the jacket (150, 250) is in a range between 0.5 mm and 1 mm, wherein the cable has an attenuation of 0.1 dB / turn or less when the cable is looped in a radius of 5 mm, and wherein the cable has an outer diameter from 4 mm to 5 mm.
A method of managing allocation of network resources in restoration of traffic in a connection oriented network, the method comprising: - restoring a first traffic from a first path on an alternative path if the first path is affected by a first failure; - assigning a reserved status to resources of the first path no longer used for carrying the first traffic, and assigning to the resources with the reserved status a priority equal to the priority of the first traffic; - restoring a second traffic from a second path if the second path is affected by a second failure, wherein the restoration of the second traffic comprises restoring the second traffic on the resources having the reserved status only if there are no other resources that could be used for restoration of the second traffic and if priority of the second traffic is higher than the priority assigned to the reserved resources. - restoring a first traffic from a first path on an alternative path if the first path is affected by a first failure; - assigning a reserved status to resources of the first path no longer used for carrying the first traffic, and assigning to the resources with the reserved status a priority equal to the priority of the first traffic; - restoring a second traffic from a second path if the second path is affected by a second failure, wherein the restoration of the second traffic comprises restoring the second traffic on the resources having the reserved status only if there are no other resources that could be used for restoration of the second traffic and if priority of the second traffic is higher than the priority assigned to the reserved resources.
A roof mounted rack system comprising: a frame configured to mount to a vehicle roof, said frame comprising: a frame rail configured to be transversely mounted to the vehicle roof; a mounting rail, comprising a parallel portion substantially parallel to the frame rail, said mounting rail being slidably and rotatably coupled to the frame rail such that, when the frame is mounted to the vehicle roof, the mounting rail is operable to: slide, relative to the frame rail, in a transverse direction so that the parallel portion of the mounting rail extends into a space to the side of the vehicle roof, and rotate, relative to the frame rail, such that the parallel portion of the mounting rail is lowered below a plane defined by the vehicle roof wherein the parallel portion of the mounting rail remains substantially parallel to the frame rail throughout the rotation; characterised by a spring-assisted lifting system comprising a constant-force spring coupled to the mounting rail by a radial cam operable to transfer progressively lesser resistive force from the constant-force spring to the mounting rail as the parallel portion of the mounting rail is lowered below the plane defined by the vehicle roof. a frame rail configured to be transversely mounted to the vehicle roof; a mounting rail, comprising a parallel portion substantially parallel to the frame rail, said mounting rail being slidably and rotatably coupled to the frame rail such that, when the frame is mounted to the vehicle roof, the mounting rail is operable to: slide, relative to the frame rail, in a transverse direction so that the parallel portion of the mounting rail extends into a space to the side of the vehicle roof, and rotate, relative to the frame rail, such that the parallel portion of the mounting rail is lowered below a plane defined by the vehicle roof wherein the parallel portion of the mounting rail remains substantially parallel to the frame rail throughout the rotation; characterised by slide, relative to the frame rail, in a transverse direction so that the parallel portion of the mounting rail extends into a space to the side of the vehicle roof, and rotate, relative to the frame rail, such that the parallel portion of the mounting rail is lowered below a plane defined by the vehicle roof wherein the parallel portion of the mounting rail remains substantially parallel to the frame rail throughout the rotation; characterised by a spring-assisted lifting system comprising a constant-force spring coupled to the mounting rail by a radial cam operable to transfer progressively lesser resistive force from the constant-force spring to the mounting rail as the parallel portion of the mounting rail is lowered below the plane defined by the vehicle roof.
A surgical viewing system, comprising: an X-ray source creating a beam of radiation; a screw placing surgical tool with the X-ray source coupled thereto, the screw placing surgical tool having an axis of rotation; an X-ray detector positioned to detect a projected image resulting in a detected image, the detected image resulting from receiving at least some of the beam of radiation by the detector; at least one fiducial marker coupled to a part of the screw placing surgical tool, the at least one fiducial marker being radiopaque and blocking a portion of the beam of radiation from the detector to produce a profile on the detected image; and an image correction system taking the detected image and producing a corrected image by using at least one of a shape of the profile of the fiducial marker and a location of the profile of the fiducial marker. an X-ray source creating a beam of radiation; a screw placing surgical tool with the X-ray source coupled thereto, the screw placing surgical tool having an axis of rotation; an X-ray detector positioned to detect a projected image resulting in a detected image, the detected image resulting from receiving at least some of the beam of radiation by the detector; at least one fiducial marker coupled to a part of the screw placing surgical tool, the at least one fiducial marker being radiopaque and blocking a portion of the beam of radiation from the detector to produce a profile on the detected image; and an image correction system taking the detected image and producing a corrected image by using at least one of a shape of the profile of the fiducial marker and a location of the profile of the fiducial marker.
A negative active material for a rechargeable lithium battery, comprising: Si and/or Sn active metal grains; and a metal matrix including at least two metal elements, the metal matrix being configured to surround the active metal grains, wherein the metal matrix comprises Cu and Al and the active metal grains have an average grain size ranging from 50 nm to 1000 nm and the content of Cu in the metal matrix ranges from 70 to 95 wt%; characterised in that the negative active material includes the metal matrix in an amount ranging from 20 to 70 wt% and the active metal grains in an amount ranging from 80 to 30 wt%. Si and/or Sn active metal grains; and a metal matrix including at least two metal elements, the metal matrix being configured to surround the active metal grains, wherein the metal matrix comprises Cu and Al and the active metal grains have an average grain size ranging from 50 nm to 1000 nm and the content of Cu in the metal matrix ranges from 70 to 95 wt%; characterised in that the negative active material includes the metal matrix in an amount ranging from 20 to 70 wt% and the active metal grains in an amount ranging from 80 to 30 wt%.
A nozzle guide vane for use with a gas turbine engine with an integrally formed angled nozzle, including a radially outer platform and an radially inner platform with an airfoil extending therebetween, having at least one internal cooling air passage extending between the respective platforms (32, 33), wherein a cooling air outlet is provided in the radially inner platform which cooling air outlet is in fluid communication with the internal cooling air passage, opens to an inter stage cavity between two stages of the gas turbine engine and is formed as part of the angled nozzle with an outlet axis being angled with respect to a radial direction of the gas turbine engine, characterized in that a transition area between a radially outwards facing part of the angled nozzle and an at least approximately linear outlet part of the angled nozzle comprising the outlet axis is formed as a curved conduit bend.
A semiconductor device comprising: a transparent electrode; wherein the resistance state of the transparent electrode is changed from a high resistance state into a low resistance state according to an applied electric field, characterized in that the semiconductor device comprises a semiconductor layer wherein one surface of the transparent electrode is in contact with the semiconductor layer. a transparent electrode; wherein the resistance state of the transparent electrode is changed from a high resistance state into a low resistance state according to an applied electric field, characterized in that the semiconductor device comprises a semiconductor layer wherein one surface of the transparent electrode is in contact with the semiconductor layer.
An information processing apparatus comprising: a touch panel disposed on a pressure-sensitive sensor; an input position acquisition unit configured to obtain an input position detected by the touch panel with respect to an input operation performed by a user using an operating finger to touch a position on the touch panel; a depressing force acquisition unit configured to obtain a depressing force detected by the pressure-sensitive sensor with respect to the input operation; and an input control unit configured to fix the coordinates (X1, Y1) of the input position as the position of an input candidate corresponding to an input key; characterized in that: the input control unit is configured to fix the coordinates (X1, Y1) of the input position in response to a timing at which it is determined that an increase amount, ΔPd, of the depressing force has exceeded a first threshold value, at a stage prior to an input candidate determination operation of determining the input candidate as input information in response to the depressing force reaching an input start threshold value; wherein the increase amount, ΔPd, of depressing force, is a difference value between the depressing force obtained at an immediately preceding time and the depressing force obtained at said timing. a touch panel disposed on a pressure-sensitive sensor; an input position acquisition unit configured to obtain an input position detected by the touch panel with respect to an input operation performed by a user using an operating finger to touch a position on the touch panel; a depressing force acquisition unit configured to obtain a depressing force detected by the pressure-sensitive sensor with respect to the input operation; and an input control unit configured to fix the coordinates (X1, Y1) of the input position as the position of an input candidate corresponding to an input key;