mhurhangee/patent-ind-claim-en huggingface dataset:
A rechargeable lithium battery , comprising a negative electrode including a negative current collector, a negative active material layer disposed on the negative current collector, and a negative electrode functional layer disposed on the negative active material layer; and a positive electrode comprising a positive current collector and a positive active material layer disposed on the positive current collector, wherein the negative electrode functional layer comprises flake-shaped polyethylene particles, wherein a ratio of the long axis length relative to the short axis length of the flake-shaped polyethylene particles is 1.1 to 4.5, the positive active material layer comprises a first positive active material comprising lithium and at least one of a composite oxide of a metal selected from cobalt, manganese, and nickel, a second positive active material including a compound represented by Chemical Formula 1: [Chemical Formula 1] Li a Fe 1-x1 M x1 PO 4 wherein, in Chemical Formula 1, 0.90 ≤ a ≤ 1.8, 0 ≤ x1 ≤ 0.7, and M is at last one of Mg, Co, and Ni, and carbon nanotubes, the carbon nanotubes have an average length of 30 μm to 100 μm measured by field emission scanning electron microscope, wherein an aspect ratio (average length/average diameter) of the carbon nanotubes is 1000 to 5400. a negative electrode including a negative current collector, a negative active material layer disposed on the negative current collector, and a negative electrode functional layer disposed on the negative active material layer; and a positive electrode comprising a positive current collector and a positive active material layer disposed on the positive current collector, wherein the negative electrode functional layer comprises flake-shaped polyethylene particles, wherein a ratio of the long axis length relative to the short axis length of the flake-shaped polyethylene particles is 1.1 to 4.5, the positive active material layer comprises a first positive active material comprising lithium and at least one of a composite oxide of a metal selected from cobalt, manganese, and nickel, a second positive active material including a compound represented by Chemical Formula 1: [Chemical Formula 1] Li a Fe 1-x1 M x1 PO 4 wherein, in Chemical Formula 1, 0.90 ≤ a ≤ 1.8, 0 ≤ x1 ≤ 0.7, and M is at last one of Mg, Co, and Ni, and carbon nanotubes, the carbon nanotubes have an average length of 30 μm to 100 μm measured by field emission scanning electron microscope, wherein an aspect ratio (average length/average diameter) of the carbon nanotubes is 1000 to 5400.
Former for producing a stator , wherein the stator comprises: - a stator body with a coil space for accommodating a coil wire , and - the coil wire which is inserted into the coil space, wherein the coil wire can be inserted in the form of at least one coil which comprises two end windings , wherein the former has a receiving device for receiving at least one stator body and also has a core for fixing the at least one stator body, which is received in the receiving device , during the insertion process of the coil wire , wherein the receiving device and the core , in the region of the end windings of the coil , between them delimit an intermediate space for shaping the end windings during the winding process, so that the end windings come to rest on boundary surfaces of the intermediate space, such that they make contact with the former at least in regions, in the wound state, and wherein the boundary surfaces of the intermediate space, as viewed in cross section, are in the form of an open polygon in such a way that the effective contact regions of the wound end windings of the coil on the former are reduced in comparison to an arcuate design of the said boundary surfaces as viewed in cross section. - a stator body with a coil space for accommodating a coil wire , and - the coil wire which is inserted into the coil space, wherein the coil wire can be inserted in the form of at least one coil which comprises two end windings ,
Method for discharging energy stored in a stator of an electric motor, notably of an assisted steering electric motor of a motor vehicle, said stator having at least one electrical phase , a state of disconnection of said phase of the stator with a control device being controlled by a switch device comprising at least one field effect transistor , the method comprising a step of a) keeping the field effect transistor in linear mode during the disconnection of said phase by controlling the voltage Vgs between the gate (G) and the source (S) of said transistor so as to keep the voltage Vds between the drain (D) and the source (S) of said transistor substantially equal to a reference voltage Vref.
A connector for connecting an inner shell and an outer shell of a helmet so as to allow the inner shell and the outer shell to slide relative to each other, the connector comprising: a first attachment part for attaching to one of the inner shell and the outer shell; a second attachment part for attaching to the other of the inner shell and the outer shell ; and one or more resilient structures extending between the first attachment part and the second attachment part and configured to connect the first attachment part and the second attachment part so as to allow the first attachment part to move relative to the second attachment part as the resilient structures deform; characterised in that the first attachment part and the second attachment part are configured to move relative to each other substantially in a plane perpendicular to a radial direction of the helmet, when the connector is connected to the helmet, and wherein the resilient structures comprise at least one angular portion, inflected portion and/or loop-like portion between the first attachment part and the second attachment part , an angle of said angular portion, an inflected amount of said inflected portion and the shape of said loop-like portion respectively being configured to change to allow relative movement between the first attachment part and the second attachment part . a first attachment part for attaching to one of the inner shell and the outer shell; a second attachment part for attaching to the other of the inner shell and the outer shell ; and one or more resilient structures extending between the first attachment part and the second attachment part and configured to connect the first attachment part and the second attachment part so as to allow the first attachment part to move relative to the second attachment part as the resilient structures deform; characterised in that the first attachment part and the second attachment part are configured to move relative to each other substantially in a plane perpendicular to a radial direction of the helmet, when the connector is connected to the helmet, and wherein the resilient structures comprise at least one angular portion, inflected portion and/or loop-like portion between the first attachment part and the second attachment part , an angle of said angular portion, an inflected amount of said inflected portion and the shape of said loop-like portion respectively being configured to change to allow relative movement between the first attachment part and the second attachment part .
An overhead device, comprising: a device configured to be mounted directly to a power line , the device comprising electrical circuitry that includes a ground reference point; an electrical coupling that is electrically coupled to the ground reference point of the electrical circuitry and coupled to the power line when the device is mounted directly to the power line , wherein the ground reference point and the power line have equal voltage potentials when coupled; characterised by a pad including a substantially elongated sheet of semi-conductive material, disposed between the device and the power line in an opening in the device through which the power line can pass and disposed between the electrical coupling and the power line in the opening , the pad including the substantially elongated sheet of semi-conductive material covering at least a portion of the device . a device configured to be mounted directly to a power line , the device comprising electrical circuitry that includes a ground reference point; an electrical coupling that is electrically coupled to the ground reference point of the electrical circuitry and coupled to the power line when the device is mounted directly to the power line , wherein the ground reference point and the power line have equal voltage potentials when coupled; characterised by a pad including a substantially elongated sheet of semi-conductive material, disposed between the device and the power line in an opening in the device through which the power line can pass and disposed between the electrical coupling and the power line in the opening , the pad including the substantially elongated sheet of semi-conductive material covering at least a portion of the device .
A weighing device comprising: a weighing unit which weighs an article and outputs an original signal corresponding to a weight of the weighed article; a filter unit which performs a filtering process on the original signal output from the weighing unit ; a control unit which makes a waveform of a weighing signal subjected to the filtering process be displayed on a display unit ; and a storage unit which stores at least one of the original signal and the weighing signal, characterised in that the control unit predicts and generates waveforms of a plurality of weighing signals in a case of performing a plurality of filtering processes having different characteristics on the original signal or the weighing signal stored in the storage unit , and makes the waveforms of the plurality of weighing signals be displayed on the display unit . a weighing unit which weighs an article and outputs an original signal corresponding to a weight of the weighed article; a filter unit which performs a filtering process on the original signal output from the weighing unit ; a control unit which makes a waveform of a weighing signal subjected to the filtering process be displayed on a display unit ; and a storage unit which stores at least one of the original signal and the weighing signal, characterised in that the control unit predicts and generates waveforms of a plurality of weighing signals in a case of performing a plurality of filtering processes having different characteristics on the original signal or the weighing signal stored in the storage unit , and makes the waveforms of the plurality of weighing signals be displayed on the display unit .
A downlink control information, DCI, transmission method, comprising: receiving first DCI by using a first bandwidth part, BWP, wherein the first DCI comprises a BWP indication and a first frequency domain resource allocation indication, and a BWP indicated by the BWP indication is a second BWP; and if resource allocation types of the second BWP comprise type 0 and type 1, and a size of the first frequency domain resource allocation indication is less than that of a second frequency domain resource allocation indication, the first frequency domain resource allocation indication indicates a frequency domain resource in the second BWP by using the type 0, wherein the second frequency domain resource allocation indication in a second DCI to be received in the second BWP is used to indicate the frequency domain resource in the second BWP. receiving first DCI by using a first bandwidth part, BWP, wherein the first DCI comprises a BWP indication and a first frequency domain resource allocation indication, and a BWP indicated by the BWP indication is a second BWP; and if resource allocation types of the second BWP comprise type 0 and type 1, and a size of the first frequency domain resource allocation indication is less than that of a second frequency domain resource allocation indication, the first frequency domain resource allocation indication indicates a frequency domain resource in the second BWP by using the type 0, wherein the second frequency domain resource allocation indication in a second DCI to be received in the second BWP is used to indicate the frequency domain resource in the second BWP.
An ink filter for an ink delivery system comprising: a filter chamber having a filter inlet port a filter outlet port and a vent port , the vent port being positioned in a roof of the filter chamber; a filter material positioned between the filter inlet port and the filter outlet port; and a closed vent chamber connected to the vent port, wherein the vent chamber is comprised of air-permeable polymer tubing having one end connected to the vent port, an opposite end capped and at least one wall exposed to atmosphere. a filter chamber having a filter inlet port a filter outlet port and a vent port , the vent port being positioned in a roof of the filter chamber; a filter material positioned between the filter inlet port and the filter outlet port; and a closed vent chamber connected to the vent port,
A method performed using a computer system in a satellite system , the method comprising: selecting a plurality of beam points , from a set of points on a coordinate system, to be included within a satellite beam definition; determining a number of ellipses capable of enclosing the selected beam points while excluding at least some of the remaining points from the set of points; assigning the selected beam points to a corresponding ellipse; optimizing geometric information for each ellipse to enclose the selected beam points assigned thereto; and defining a coverage beam for a satellite communication system based on a contour resulting from a combined shape of all the ellipses using the optimized geometric information. selecting a plurality of beam points , from a set of points on a coordinate system, to be included within a satellite beam definition; determining a number of ellipses capable of enclosing the selected beam points while excluding at least some of the remaining points from the set of points; assigning the selected beam points to a corresponding ellipse; optimizing geometric information for each ellipse to enclose the selected beam points assigned thereto; and defining a coverage beam for a satellite communication system based on a contour resulting from a combined shape of all the ellipses using the optimized geometric information.
Method for manufacturing resistive memory cells (C), comprising the following steps: a) providing a stack successively comprising: - a substrate , preferably comprising transistors and an interconnection structure; - a first electrode ; - a first dielectric layer , having a first dielectric strength; - a second metal electrode ; - a second dielectric layer , having a second dielectric strength that is strictly less than the first dielectric strength; - a third electrode ; the first dielectric layer and the second electrode having a first interface (I 1 ), the second dielectric layer and the second electrode having a second interface ; b) etching the stack by bombardment with electrically charged species, so as to define resistive memory cells (C); characterized in that the bombardment of step b) is adapted so that electrically charged species accumulate at the first and second interfaces (I 1 , I 2 ) of each resistive memory cell (C), so as to generate an electric field that is strictly less than the first dielectric strength and is strictly greater than the second dielectric strength. a) providing a stack successively comprising: - a substrate , preferably comprising transistors and an interconnection structure; - a first electrode ; - a first dielectric layer , having a first dielectric strength; - a second metal electrode ; - a second dielectric layer , having a second dielectric strength that is strictly less than the first dielectric strength; - a third electrode ; the first dielectric layer and the second electrode having a first interface (I 1 ), the second dielectric layer and the second electrode having a second interface ; - a substrate , preferably comprising transistors and an interconnection structure; - a first electrode ; - a first dielectric layer , having a first dielectric strength; - a second metal electrode ; - a second dielectric layer , having a second dielectric strength that is strictly less than the first dielectric strength; - a third electrode ; b) etching the stack by bombardment with electrically charged species, so as to define resistive memory cells (C);
A V-band clamp for use in a gas turbine engine comprising: a V-band segment having a V-groove and configured to generally circumscribe a flange of a first component and a flange of a second component ; and a latch disposed on the V-band segment configured to tighten the V-band clamp about the flanges, and characterized by further comprising a mount plate comprising: an integral V-band defining a V-groove that, when mounted, is configured to receive a first portion of said flange belonging to said first component and a first portion of said flange belonging to the second component; the mount plate further comprising: a mount surface extending from the integral V-band and configured to at least partially support the first component ; and the mount plate further comprising a coupling element configured to couple the V-band clamp to a third component. a V-band segment having a V-groove and configured to generally circumscribe a flange of a first component and a flange of a second component ; and a latch disposed on the V-band segment configured to tighten the V-band clamp about the flanges, and characterized by further comprising a mount plate comprising: an integral V-band defining a V-groove that, when mounted, is configured to receive a first portion of said flange belonging to said first component and a first portion of said flange belonging to the second component; the mount plate further comprising: a mount surface extending from the integral V-band and configured to at least partially support the first component ; and the mount plate further comprising a coupling element configured to couple the V-band clamp to a third component.
A ride vehicle for an amusement park, comprising: a restraint system , comprising: a first conformable component configured to be disposed over a first lower portion of a guest's body; a behind-the-knee component configured to be disposed behind a leg of the guest; a sensor configured to transmit a signal representative of a pressure applied by the first conformable component to the guest, applied by the behind- the-knee component to the guest, or a combination thereof, to a control system to which the ride vehicle is communicably coupled; and a linkage mechanism controlled by the control system based on the signal transmitted by the sensor , configured to move the first conformable component , the behind-the-knee component , or a combination thereof, to secure the restraint system to the guest. a first conformable component configured to be disposed over a first lower portion of a guest's body; a behind-the-knee component configured to be disposed behind a leg of the guest; a sensor configured to transmit a signal representative of a pressure applied by the first conformable component to the guest, applied by the behind- the-knee component to the guest, or a combination thereof, to a control system to which the ride vehicle is communicably coupled; and a linkage mechanism controlled by the control system based on the signal transmitted by the sensor , configured to move the first conformable component , the behind-the-knee component , or a combination thereof, to secure the restraint system to the guest.
A continuous variation transmission device for a motorcycle with two / three / four-wheels, connectable to a drive shaft , comprising - a drive pulley having an axis of rotation (X), provided with active surfaces for a V-belt , provided with a movable bushing bearing one of said active surfaces , said movable bushing sliding axially under the action of rollers of a speed controller to obtain a change between a low gear and high gear; - a fixed bushing which can be fixed and is coaxial to the drive shaft ; - a cam system (95,111; 97,113) operating between the fixed bushing and the movable bushing suitable to transmit the rotation between the fixed bushing and the movable bushing , configured to obstruct the juxtaposition between the active surfaces , comprising at least a driven cam portion of the movable bushing and a drive cam portion of the fixed bushing ; wherein said driven cam portion comprises at least one recess and said drive cam portion comprises at least one tooth with mainly axial extension or vice versa, said tooth sliding axially in said recess , and wherein said recess and said tooth are each other so shaped to be complementary in any relative movement for guiding the relative movement between said movable bushing and said fixed bushing ; wherein the continuous variation transmission device is characterized in that the recess comprises lateral sides and the tooth comprises lateral sides , which define the circumferential width of the tooth and form a shape coupling with the lateral sides to guide the relative movement between the movable bushing and the fixed bushing . - a drive pulley having an axis of rotation (X), provided with active surfaces for a V-belt , provided with a movable bushing bearing one of said active surfaces , said movable bushing sliding axially under the action of rollers of a speed controller to obtain a change between a low gear and high gear; - a fixed bushing which can be fixed and is coaxial to the drive shaft ; - a cam system (95,111; 97,113) operating between the fixed bushing and the movable bushing suitable to transmit the rotation between the fixed bushing and the movable bushing , configured to obstruct the juxtaposition between the active surfaces , comprising at least a driven cam portion of the movable bushing and a drive cam portion of the fixed bushing ; wherein said driven cam portion comprises at least one recess and said drive cam portion comprises at least one tooth with mainly axial extension or vice versa, said tooth sliding axially in said recess , and wherein said recess and said tooth are each other so shaped to be complementary in any relative movement for guiding the relative movement between said movable bushing and said fixed bushing ;
A treatment device that is configured to pass a high frequency current through a bone defect generated in a root canal treatment, , the treatment device comprising: a holder that holds an electrode to be located at the bone defect ; a power supply unit that is configured to pass a high frequency current through the electrode ; and a controller that is configured to control a frequency of the high frequency current to be passed through the electrode from the power supply unit , the controller controlling the frequency of the high frequency current to be passed through the electrode to fall within a range of 1.001 MHz to 11.700 MHz; wherein the high frequency current is configured to promote bone regeneration in the bone defect . a holder that holds an electrode to be located at the bone defect ; a power supply unit that is configured to pass a high frequency current through the electrode ; and a controller that is configured to control a frequency of the high frequency current to be passed through the electrode from the power supply unit , the controller controlling the frequency of the high frequency current to be passed through the electrode to fall within a range of 1.001 MHz to 11.700 MHz; wherein the high frequency current is configured to promote bone regeneration in the bone defect .