mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications at an access terminal in a multi-carrier communication system, comprising: receiving a plurality of pilot signals associated with a sector of an access network, each pilot signal having a group identifier, wherein the group identifier is assigned to each pilot signal based on the coverage area of the pilot signal, such that pilot signals having comparable coverage areas share a common group identifier; grouping the pilot signals into one or more pilot groups in accordance with the group identifiers of the pilot signals; selecting one representative pilot signal from each pilot group for pilot strength reporting; measuring a strength of the representative pilot signal; and reporting in a pilot strength report to the access network the strength of the representative pilot signal only. receiving a plurality of pilot signals associated with a sector of an access network, each pilot signal having a group identifier, wherein the group identifier is assigned to each pilot signal based on the coverage area of the pilot signal, such that pilot signals having comparable coverage areas share a common group identifier; grouping the pilot signals into one or more pilot groups in accordance with the group identifiers of the pilot signals; selecting one representative pilot signal from each pilot group for pilot strength reporting; measuring a strength of the representative pilot signal; and reporting in a pilot strength report to the access network the strength of the representative pilot signal only.
An expandable interbody implant comprising: a central frame including an anterior (distal) threaded bore and a posterior (proximal) bore; a superior (upper) end plate movably coupled along a posterior portion of the central frame; an inferior (lower) end plate movably coupled along the posterior portion of the central frame opposite the superior end plate; an anterior adjustment mechanism including an anterior wedge rotationally coupled to an anterior screw movable within the anterior threaded bore; and a posterior adjustment mechanism including a posterior wedge coupled to a posterior screw movable within the posterior bore, wherein the rotation of the anterior screw advances the anterior screw within the threaded anterior bore resulting in linear advancement of the anterior wedge against anterior ramped surfaces of the superior end plate and inferior end plate. a central frame including an anterior (distal) threaded bore and a posterior (proximal) bore; a superior (upper) end plate movably coupled along a posterior portion of the central frame; an inferior (lower) end plate movably coupled along the posterior portion of the central frame opposite the superior end plate; an anterior adjustment mechanism including an anterior wedge rotationally coupled to an anterior screw movable within the anterior threaded bore; and a posterior adjustment mechanism including a posterior wedge coupled to a posterior screw movable within the posterior bore, wherein the rotation of the anterior screw advances the anterior screw within the threaded anterior bore resulting in linear advancement of the anterior wedge against anterior ramped surfaces of the superior end plate and inferior end plate.
An accelerometer comprising: a first stator comprising a first magnet; a second stator comprising a second magnet; a proof mass assembly disposed between the first stator and the second stator, the proof mass assembly comprising: a first coil configured to receive a first amount of current; and a second coil configured to receive a second, different amount of current; and a controller configured to distribute the first amount of current to the first coil and the second, different amount of current to the second coil. a first stator comprising a first magnet; a second stator comprising a second magnet; a proof mass assembly disposed between the first stator and the second stator, the proof mass assembly comprising: a first coil configured to receive a first amount of current; and a second coil configured to receive a second, different amount of current; and a first coil configured to receive a first amount of current; and a second coil configured to receive a second, different amount of current; and a controller configured to distribute the first amount of current to the first coil and the second, different amount of current to the second coil.
An organic light emitting device (OLED, 100) comprising a light emitting stack that comprises: a first electrode; a second electrode; and a first layer (120, 125, 130, 140, 145, 150) and an emissive layer (EML, 135) disposed between the first electrode and the second electrode, the EML comprising three host materials and a first emissive material dopant that is a phosphorescent emitter; characterised in that the first layer is a multi-component electron blocking layer (m-EBL, 130) comprising at least two components or a multi-component hole blocking layer (m-HBL, 140) comprising at least two components, wherein when the first layer is an m-EBL, the first layer is adjacent to the EML and the OLED further comprises a hole transporting layer (HTL, 125) and a hole injection layer (HIL, 120) disposed between the first layer and one of the two electrodes that is an anode or a charge generation layer; wherein when the first layer is an m-HBL, the first layer is adjacent to the EML and the OLED further comprises an electron transporting layer (ETL, 145) and an electron injection layer (EIL, 150) disposed between the first layer and one of the two electrodes that is a cathode or a charge generation layer. a first electrode; a second electrode; and a first layer (120, 125, 130, 140, 145, 150) and an emissive layer (EML, 135) disposed between the first electrode and the second electrode, the EML comprising three host materials and a first emissive material dopant that is a phosphorescent emitter; characterised in that the first layer is a multi-component electron blocking layer (m-EBL, 130) comprising at least two components or a multi-component hole blocking layer (m-HBL, 140) comprising at least two components, wherein when the first layer is an m-EBL, the first layer is adjacent to the EML and the OLED further comprises a hole transporting layer (HTL, 125) and a hole injection layer (HIL, 120) disposed between the first layer and one of the two electrodes that is an anode or a charge generation layer; wherein when the first layer is an m-HBL, the first layer is adjacent to the EML and the OLED further comprises an electron transporting layer (ETL, 145) and an electron injection layer (EIL, 150) disposed between the first layer and one of the two electrodes that is a cathode or a charge generation layer.
A method to test the effect of a stimulatory event on a cell, comprising: providing a RWG (Resonant Wave Guide Grating) label-free biosensor; culturing a cell on the biosensor, wherein the cultered cell is adherent on the biosensor; providing a stimulatory event to the cultured cell, said stimulatory event comprising adding a compound to the cultured cell on the biosensor collecting DMR (Directional Mass Redistribution) biosensor output relating to the stimulatory event-induced mass redistribution of cellular components within the cell, at the surface of the cell, or a combination thereof, from the biosensor; and analyzing said DMR to determine the effect of the stimulatory event on the cell. providing a RWG (Resonant Wave Guide Grating) label-free biosensor; culturing a cell on the biosensor, wherein the cultered cell is adherent on the biosensor; providing a stimulatory event to the cultured cell, said stimulatory event comprising adding a compound to the cultured cell on the biosensor collecting DMR (Directional Mass Redistribution) biosensor output relating to the stimulatory event-induced mass redistribution of cellular components within the cell, at the surface of the cell, or a combination thereof, from the biosensor; and analyzing said DMR to determine the effect of the stimulatory event on the cell.
Attachment device for a forklift for transporting a pan, in particular a casting pan, wherein the forklift comprises a lifting gear with coupling means and guiding means for a detachable coupling and guiding of a fork carriage, and wherein coupling means and guiding means (86, 88) of the attachment device, which cooperate with coupling and guidance means of the lifting gear of the forklift, and installations (76, 92, 94) for receiving and securing the pan are provided, characterized in that the attachment device comprises a pivot drive being arranged below the pan, by which the pan being received in the attachment device can be pivoted around a generally vertical axis.
A trailer (100; 300; 500) that can be coupled to a towing vehicle, comprising: - a chassis with at least one vehicle axle and a tow bar, - lifting gear coupled to the chassis, - an internal combustion engine, - a power supply unit for driving the lifting gear and/or a working tool, - at least one hydraulic pump (57; 38) that can be driven by the internal combustion engine, characterized in that - the vehicle axle is rigidly mounted relative to the chassis, - the lifting gear is provided for receiving an accessory attachment, wherein the attachment comprises a working tool and can be brought by means of the lifting gear from a rest position to a working position and vice versa, and - the lifting gear is coupled on one hand to the chassis in such a way and on the other hand can be coupled to the attachment in such a way that when the attachment is lowered or lifted, a relative movement takes place between the chassis and the attachment and the working tool can be raised or lowered relative to the chassis. - a chassis with at least one vehicle axle and a tow bar, - lifting gear coupled to the chassis, - an internal combustion engine, - a power supply unit for driving the lifting gear and/or a working tool, - at least one hydraulic pump (57; 38) that can be driven by the internal combustion engine, characterized in that - the vehicle axle is rigidly mounted relative to the chassis, - the lifting gear is provided for receiving an accessory attachment, wherein the attachment comprises a working tool and can be brought by means of the lifting gear from a rest position to a working position and vice versa, and - the lifting gear is coupled on one hand to the chassis in such a way and on the other hand can be coupled to the attachment in such a way that when the attachment is lowered or lifted, a relative movement takes place between the chassis and the attachment and the working tool can be raised or lowered relative to the chassis.
A method of manufacturing a cathode active material for secondary batteries, the method comprising: manufacturing a lithium metal oxide according to formula 1 below: Li 1+z Ni a Mn b Co 1-(a+b) O 2 wherein 0≤z≤0.1, 0.1≤a≤0.8, 0.1≤b≤0.8 and a+b<1; dry mixing the lithium metal oxide and a precursor comprising zirconium and fluorine; and heat-treating the precursor to form a coating layer comprising ZrO 2 and F on the lithium metal oxide, wherein, in the dry mixing, an amount of a lithium transition metal oxide mixed with the precursor is controlled such that a total amount of ZrO 2 and F coated on the lithium transition metal oxide is 0.001 to 0.100 wt% based on the total weight of the cathode active material, and in the heat-treating, the precursor is oxidized to form ZrO 2, simultaneously with some of the formed ZrO 2 doped with F. manufacturing a lithium metal oxide according to formula 1 below: Li 1+z Ni a Mn b Co 1-(a+b) O 2 wherein 0≤z≤0.1, 0.1≤a≤0.8, 0.1≤b≤0.8 and a+b<1; dry mixing the lithium metal oxide and a precursor comprising zirconium and fluorine; and heat-treating the precursor to form a coating layer comprising ZrO 2 and F on the lithium metal oxide,
A carburettor comprising a throttle bore; a fuel chamber; an idle fuel circuit extending between the fuel chamber and the throttle bore and controllable by an idle adjustment needle; a high speed fuel circuit extending between the fuel chamber and the throttle bore and controllable by a high speed adjustment needle; and an enrichment fuel circuit extending between the fuel chamber and the throttle bore for supplying fuel to the throttle bore independently of the idle and high speed fuel circuits; wherein the idle fuel circuit comprises a first nozzle operable to deliver fuel to the throttle bore, the high speed fuel circuit comprises a second nozzle operable to deliver fuel to the throttle bore, the enrichment fuel circuit comprises a third nozzle operable to deliver fuel to the throttle bore and each nozzle defines an airflow path (12, 13) arranged to combine air with fuel flowing through the nozzle.
A composition for use in the treatment or prevention of ischemic stroke, wherein the composition comprises: - dihydroquercetin - 10 mg to 400 mg; - drone brood - 40 mg to 1000 mg. - dihydroquercetin - 10 mg to 400 mg; - drone brood - 40 mg to 1000 mg.
A catheter connector assembly for use during packaging, shipping, and handling of a catheter connector, said assembly comprising: a catheter connector comprising a body having a first half axially aligned with a second half, said first half rotatable relative to said second half between an open position and a closed position, said first half defining a distal end of said body and said second half defining a proximal end of said body; a proximal end port configured with said proximal end of said second half for mating communication with a fluid delivery device; and characterised by comprising: an insert configured with said body when said body is in said open position such that said insert maintains said catheter connector in said open position during packaging, shipping, and handling of the catheter connector. a catheter connector comprising a body having a first half axially aligned with a second half, said first half rotatable relative to said second half between an open position and a closed position, said first half defining a distal end of said body and said second half defining a proximal end of said body; a proximal end port configured with said proximal end of said second half for mating communication with a fluid delivery device; and characterised by comprising: an insert configured with said body when said body is in said open position such that said insert maintains said catheter connector in said open position during packaging, shipping, and handling of the catheter connector.
Use of a membrane separation system in an electro-membrane separation process, said system comprising a plurality of compartments (35, 37) each being formed within a corresponding flange of a spacer (11, 12) and being separated from each other by membranes (2, 3, 4, 5, 6, 7, 8, 9, 10) which are arranged between the spacers (11, 12) side by side in a thickness direction, the system comprising at least one manifold (23, 24, 25, 26) for distribution of process fluid in the compartments (35, 37), the manifold (23, 24, 25, 26) communicating with each compartment (35, 37) via a connection structure (36, 38) provided in the corresponding flange, wherein each connection structure comprises at least one conduit formed in the corresponding flange and enclosed between opposite outer surfaces of the flange, the flange of each spacer extends about an open screen comprising ribs which, in combination with the two adjacent membranes, form a predefined flow path across the corresponding compartment, wherein the flange has a thickness being larger than the thickness of the ribs of the flow spacer, the thickness being defined as a dimension in the thickness direction, characterised in that in that the membranes comprise an uncompressed part between ribs of two adjacent spacers and a part which is compressed between the flanges of the adjacent spacers, the membrane being compressed to an extent where a distance between the ribs of the adjacent spacers in the thickness direction corresponds to the thickness of the un-compressed part of the membrane, and in that compression of the system in the thickness direction is sufficient to provide a seal between adjacent flanges and membranes and between adjacent ribs and membranes.
A pull and push device for connecting wagons, mainly freight wagons, which includes two joints allowing for an offset of the connected wagons, whereby the joints are on one side connected with a construction of the respective wagon, whereby it includes at least one pair of arched arms which are on both ends mutually connected, characterized in that the arched arms are at the same time connected by these connected ends to the joints, and two mirror symmetrical arched arms are on both sides placed in joint bearings with bearing houses.
A battery, comprising: a shell; at least two cores received in the shell and each having first and second electrode tabs (41, 42); and first and second protection components (2, 3) connected to each core, each of the first and second protection components (2, 3) including two insulating layers and a conducting layer disposed between two insulating layers, wherein the conducting layer of the first protection component defines a first end electrically connected to the first electrode tab and a second end configured as a free end, and the conducting layer of the second protection component defines a first end electrically connected to the second electrode tab and a second end configured as a free end, wherein the first and second protection components (2, 3) of the at least two cores are disposed between the shell and the core, and between two adjacent cores. a shell; at least two cores received in the shell and each having first and second electrode tabs (41, 42); and first and second protection components (2, 3) connected to each core, each of the first and second protection components (2, 3) including two insulating layers and a conducting layer disposed between two insulating layers, wherein the conducting layer of the first protection component defines a first end electrically connected to the first electrode tab and a second end configured as a free end, and the conducting layer of the second protection component defines a first end electrically connected to the second electrode tab and a second end configured as a free end, wherein the first and second protection components (2, 3) of the at least two cores are disposed between the shell and the core, and between two adjacent cores.
A process for preparing a polyisocyanate-based polymer, comprising forming a reaction mixture containing at least one polyisocyanate, at least one isocyanate-reactive compound having at least two isocyanate-reactive groups and at least one copper catalyst, and then curing the reaction mixture to form a polymer, wherein the copper catalyst contains at least one copper atom associated with a polydentate organic ligand that contains at least two complexing sites, of which at least one is nitrogen-containing, wherein the ligand is a) an α-amino hydroxyl compound or the α-imino hydroxyl compound having either of the structures I and IA wherein R 5 is a group that is bonded to the indicated nitrogen atom through a carbon, oxygen, nitrogen or silicon atom and each R 1 and R 3 is independently hydrogen or a group that is bonded to the indicated carbon atom through a carbon, oxygen, nitrogen or silicon atom, provided that an R 1 group and an R 3 group may together form a divalent group that is bonded to the indicated carbon atoms through carbon, oxygen, nitrogen and/or silicon atoms, and each R 4 is independently hydrogen or a group that is bonded to the indicated nitrogen atom through a carbon, oxygen, nitrogen or silicon atom, further provided that in structure I an R 4 group and an R 5 group may together form a divalent group that is bonded to the indicated nitrogen atom through carbon, oxygen, nitrogen and/or silicon atoms, and further provided that an R 3 and an R 5 group may together form a divalent group that is bonded to the indicated carbon atom and the indicated nitrogen atom though carbon, oxygen, nitrogen and/or silicon atoms; b) a β-amino alcohol or enol; c) a β-imino alcohol or enol; d) a β-enamino alcohol; e) a β-amino keto or β-enamino keto or ester compound; f) a β-diketiminate compound; or g) a β-diamine compound a) an α-amino hydroxyl compound or the α-imino hydroxyl compound having either of the structures I and IA wherein R 5 is a group that is bonded to the indicated nitrogen atom through a carbon, oxygen, nitrogen or silicon atom and each R 1 and R 3 is independently hydrogen or a group that is bonded to the indicated carbon atom through a carbon, oxygen, nitrogen or silicon atom, provided that an R 1 group and an R 3 group may together form a divalent group that is bonded to the indicated carbon atoms through carbon, oxygen, nitrogen and/or silicon atoms, and each R 4 is independently hydrogen or a group that is bonded to the indicated nitrogen atom through a carbon, oxygen, nitrogen or silicon atom, further provided that in structure I an R 4 group and an R 5 group may together form a divalent group that is bonded to the indicated nitrogen atom through carbon, oxygen, nitrogen and/or silicon atoms, and further provided that an R 3 and an R 5 group may together form a divalent group that is bonded to the indicated carbon atom and the indicated nitrogen atom though carbon, oxygen, nitrogen and/or silicon atoms; b) a β-amino alcohol or enol; c) a β-imino alcohol or enol; d) a β-enamino alcohol; e) a β-amino keto or β-enamino keto or ester compound; f) a β-diketiminate compound; or g) a β-diamine compound
A sensor device for use in a medical fluid delivery system comprising a fluidic chamber with a deformable cover closing at least one area of the chamber and an optical detection system comprising at least one light emitter for emitting one or more incident light beams and a sensor unit for monitoring one or more reflected light beams, wherein the one or more incident light beams emitted by the light emitter are directed on the cover such that the one or more incident light beams are reflected at an inflexion point area that is formed within the deformable cover upon deformation of the deformable cover in a pressurized state of the fluidic chamber characterized in that: the one or more incident light beams are reflected at an inflection point area located closest to the light emitter.