mhurhangee/ep-ind-claims huggingface dataset:
A vehicle driving device comprising: a left motor generator connected to a left wheel (LWr) of a vehicle; a right motor generator connected to a right wheel (RWr) of the vehicle; and a control device for controlling the right and left motor generators (2B, 2A), wherein the control device performs an electric power-prioritized control for controlling the right and left motor generators (2B, 2A) such that a third relationship is satisfied as the first priority based on at least either a first relationship or a second relationship and the third relationship, wherein the first relationship is defined as including a sum of right and left wheel torques, a sum of right and left motor generator torques, a sum of right and left wheel driving forces, or a sum of right and left motor generator driving forces, wherein the second relationship is defined as including a difference between right and left wheel torques, a difference between right and left motor generator torques, a difference between right and left wheel driving forces, or a difference between right and left motor generator driving forces, and wherein the third relationship is defined as including a sum of a left electric power which is generated or consumed by the left motor generator and a right electric power which is generated or consumed by the right motor generator. a left motor generator connected to a left wheel (LWr) of a vehicle; a right motor generator connected to a right wheel (RWr) of the vehicle; and a control device for controlling the right and left motor generators (2B, 2A), wherein the control device performs an electric power-prioritized control for controlling the right and left motor generators (2B, 2A) such that a third relationship is satisfied as the first priority based on at least either a first relationship or a second relationship and the third relationship, wherein the first relationship is defined as including a sum of right and left wheel torques, a sum of right and left motor generator torques, a sum of right and left wheel driving forces, or a sum of right and left motor generator driving forces, wherein the second relationship is defined as including a difference between right and left wheel torques, a difference between right and left motor generator torques, a difference between right and left wheel driving forces, or a difference between right and left motor generator driving forces, and wherein the third relationship is defined as including a sum of a left electric power which is generated or consumed by the left motor generator and a right electric power which is generated or consumed by the right motor generator.
An extended release pharmaceutical composition of Clozapine in the form of multiparticulates like granules, pellets, beads, spheroids comprising: a) Clozapine, b) a seal coating, c) an acidic coating, and d) an extended release coating, wherein seal coat is present in between Clozapine and acidic coating, wherein the ratio of acidic substance to clozapine is 0.5:1 to 1:1 weight by weight (W/W). a) Clozapine, b) a seal coating, c) an acidic coating, and d) an extended release coating,
A belt for suspending and/or driving an elevator car, comprising: a plurality of wires arranged into a plurality of cords, the plurality of cords including one or more inner cords disposed at an innermost portion of the belt relative to a lateral end of the belt and one or more outer cords disposed laterally outboard of the one or more inner cords, the one or more outer cords having a construction distinct from the one or more inner cords; and a jacket substantially retaining the plurality of cords. characterized in that the one or more outer cords are formed of a plurality of wires, at least one of said wires having a different diameter than a plurality of wires forming the one or more inner cords. a plurality of wires arranged into a plurality of cords, the plurality of cords including one or more inner cords disposed at an innermost portion of the belt relative to a lateral end of the belt and one or more outer cords disposed laterally outboard of the one or more inner cords, the one or more outer cords having a construction distinct from the one or more inner cords; and a jacket substantially retaining the plurality of cords.
A system (10, 100) for planting seed, comprising: a first row unit configured to open a first planting trench; a first seed meter having a first coded indicator with a first coding scheme, said first seed meter receiving a first seed type from a first hopper having a coded indicator with said first coding scheme,, said first seed meter mounted to said first row unit; and a second seed meter having a second coded indicator with a second coding scheme different to the first coding scheme, said second seed meter receiving a second seed type from a second hopper having a coded indicator with said second coding scheme,, said second seed meter mounted to said first row unit, wherein each of the coded indicators (111, 112) is disposed to be viewed by an operator during operation of the system (10, 100). a first row unit configured to open a first planting trench; a first seed meter having a first coded indicator with a first coding scheme, said first seed meter receiving a first seed type from a first hopper having a coded indicator with said first coding scheme,, said first seed meter mounted to said first row unit; and a second seed meter having a second coded indicator with a second coding scheme different to the first coding scheme, said second seed meter receiving a second seed type from a second hopper having a coded indicator with said second coding scheme,, said second seed meter mounted to said first row unit, wherein each of the coded indicators (111, 112) is disposed to be viewed by an operator during operation of the system (10, 100).
A coding device for coding an information bit sequence by means of a coding method based on a quasi-cyclic LDPC code, said device comprising: a determining unit operable to determine, in accordance with the quasi-cyclic LDPC code, at least one bit position in the information bit sequence as an insertion position into which a predetermined bit value is to be inserted; an inserting unit operable to generate a pre-coding bit sequence by inserting the predetermined bit value at the insertion position into the information bit sequence; and a coding unit operable to generate a coded information bit sequence by applying the coding method to the pre-coding bit sequence, characterized in that the determining unit is operable to determine the insertion position as a position of a bit in an information bit portion of a first code word of the quasi-cyclic LDPC code that has a value different from a second bit in a second code word of the quasi-cyclic LDPC code at the same position, the first and the second code word having a minimum Hamming distance of all code words of the quasi-cyclic LDPC code. a determining unit operable to determine, in accordance with the quasi-cyclic LDPC code, at least one bit position in the information bit sequence as an insertion position into which a predetermined bit value is to be inserted; an inserting unit operable to generate a pre-coding bit sequence by inserting the predetermined bit value at the insertion position into the information bit sequence; and a coding unit operable to generate a coded information bit sequence by applying the coding method to the pre-coding bit sequence, characterized in that the determining unit is operable to determine the insertion position as a position of a bit in an information bit portion of a first code word of the quasi-cyclic LDPC code that has a value different from a second bit in a second code word of the quasi-cyclic LDPC code at the same position, the first and the second code word having a minimum Hamming distance of all code words of the quasi-cyclic LDPC code.
Robotic vacuum cleaner for autonomously cleaning floor surfaces, the robotic vacuum cleaner having a suction mouth, the suction mouth being delimited by a suction mouth lip, the suction mouth lip having a first suction mouth lip region, a second suction mouth lip region and a third suction mouth lip region, the first suction mouth lip region being connected to the robotic vacuum cleaner, the third suction mouth lip region being designed to make contact with a floor surface to be cleaned, the second suction mouth lip region connecting the first suction mouth lip region to the third suction mouth lip region, and the second suction mouth lip region being designed to pivot the suction mouth lip about an axis that extends transversely to the direction of movement of the robotic vacuum cleaner, characterised in that the third suction mouth lip region has a hardness of between 85 and 99 Shore A and preferably a hardness of between 90 and 95 Shore A, the second suction mouth lip region having a hardness of between 40 and 65 Shore A and preferably a hardness of between 45 and 60 Shore A.
Method for the operation of an X-ray machine for the generation of a three-dimensional reconstruction of a body part, having the steps: - supplying a first X-ray capture of the body part, which was captured from a first capture angle, to a computing unit of the X-ray machine; - automatic analysis of the supplied first X-ray capture by the computing unit; - evaluation of the suitability of at least one further capture angle for the generation of the three-dimensional reconstruction of the body part by the computing unit in the light of a result from the automatic analysis, a second X-ray capture from a second capture angle being captured for the generation of the three-dimensional reconstruction; - setting of the second capture angle on the X-ray machine, either automatically by the computing unit, a result from the evaluation being taken into account, or manually by an operator, a result from the evaluation being displayed to the operator by a display unit of the X-ray machine; - manually controlled approach to the set second capture angle by a capture unit of the X-ray machine; - capture of the second X-ray capture from the approached second capture angle by the capture unit characterised in that - the evaluation of suitability for a specified criterion takes account of at least one minimum requirement and, in the event of the minimum requirement not being met by the evaluated capture angle, the computing unit prevents the evaluated capture angle from being set as the second capture angle and/or warns the operator in the event of the evaluated capture angle being set as the second capture angle. - supplying a first X-ray capture of the body part, which was captured from a first capture angle, to a computing unit of the X-ray machine; - automatic analysis of the supplied first X-ray capture by the computing unit; - evaluation of the suitability of at least one further capture angle for the generation of the three-dimensional reconstruction of the body part by the computing unit in the light of a result from the automatic analysis, a second X-ray capture from a second capture angle being captured for the generation of the three-dimensional reconstruction; - setting of the second capture angle on the X-ray machine, either automatically by the computing unit, a result from the evaluation being taken into account, or manually by an operator, a result from the evaluation being displayed to the operator by a display unit of the X-ray machine; - manually controlled approach to the set second capture angle by a capture unit of the X-ray machine; - capture of the second X-ray capture from the approached second capture angle by the capture unit characterised in that - the evaluation of suitability for a specified criterion takes account of at least one minimum requirement and, in the event of the minimum requirement not being met by the evaluated capture angle, the computing unit prevents the evaluated capture angle from being set as the second capture angle and/or warns the operator in the event of the evaluated capture angle being set as the second capture angle.
A process for heavy base oil production, comprising: a. performing an aromatic extraction of a first hydrocarbon feed to produce an aromatic extract, and a waxy raffinate for further solvent dewaxing; b. mixing the aromatic extract with a second hydrocarbon feed to make a mixed feed having greater than 2,000 wt ppm sulfur, wherein the second hydrocarbon feed has an initial boiling point from 250 °C to less than 340 °C, and wherein the mixed feed comprises from 5 to 20 wt% of the aromatic extract; c. feeding the mixed feed to a hydroprocessing unit configured to produce a heavy API Group II base oil having a kinematic viscosity at 70 °C from 22.6 to 100 mm 2 /s, wherein the waxy raffinate is solvent dewaxed and hydrofinished to produce a heavy API Group I base oil. a. performing an aromatic extraction of a first hydrocarbon feed to produce an aromatic extract, and a waxy raffinate for further solvent dewaxing; b. mixing the aromatic extract with a second hydrocarbon feed to make a mixed feed having greater than 2,000 wt ppm sulfur, wherein the second hydrocarbon feed has an initial boiling point from 250 °C to less than 340 °C, and wherein the mixed feed comprises from 5 to 20 wt% of the aromatic extract; c. feeding the mixed feed to a hydroprocessing unit configured to produce a heavy API Group II base oil having a kinematic viscosity at 70 °C from 22.6 to 100 mm 2 /s,
A microfluidic cartridge for use in conducting an assay on a liquid sample, the microfluidic cartridge comprising a sample input port connected to at least one microfluidic channel, wherein each/said microfluidic channel(s) comprises one or more reagents deposited therein for use in conducting the assay and a detection zone, each/said microfluidic channel(s) is further fluidly connected to a compressible, gasfilled chamber downstream from each/said detection zone, wherein compressing or decompressing an external surface of the/said chamber causes gas to be expelled from or drawn into the chamber(s) respectively, which in turn causes a reciprocal movement of the liquid sample within said/each microfluidic channel, characterised in that the cartridge and the channels and other features disposed therein, are formed by a sandwich of three separate planar substrates comprising a top substrate, a bottom substrate and middle substrate which is disposed between the top and bottom substrates and wherein the top and bottom substrates are substantially uniform in thickness and the top external surface of the/said chamber is resilient. each/said microfluidic channel(s) is further fluidly connected to a compressible, gasfilled chamber downstream from each/said detection zone, wherein compressing or decompressing an external surface of the/said chamber causes gas to be expelled from or drawn into the chamber(s) respectively, which in turn causes a reciprocal movement of the liquid sample within said/each microfluidic channel, characterised in that the cartridge and the channels and other features disposed therein, are formed by a sandwich of three separate planar substrates comprising a top substrate, a bottom substrate and middle substrate which is disposed between the top and bottom substrates and wherein the top and bottom substrates are substantially uniform in thickness and the top external surface of the/said chamber is resilient.
A two-wheeled motor vehicle comprising: a body frame; a rear wheel swingable through an area relative to the body frame; an exhaust muffler disposed at a side of the rear wheel; a brake disc attached to the rear wheel at the side; a service caliper disposed on the brake disc for producing a braking force while the two-wheeled motor vehicle is traveling; and a mechanical caliper for quiescence that prevents rotation of the brake disc, the mechanical caliper being disposed on the brake disc separately from the service caliper; characterized in that, in a side view and in every position within the entire area through which the rear wheel is swingable, the mechanical caliper and the service caliper are located below a locus of the sites of the exhaust muffler that are each closest to the rear wheel than any other site of the exhaust muffler in respective cross sections taken in different axial positions of the exhaust muffler along an axis of the exhaust muffler. a body frame; a rear wheel swingable through an area relative to the body frame; an exhaust muffler disposed at a side of the rear wheel; a brake disc attached to the rear wheel at the side; a service caliper disposed on the brake disc for producing a braking force while the two-wheeled motor vehicle is traveling; and a mechanical caliper for quiescence that prevents rotation of the brake disc, the mechanical caliper being disposed on the brake disc separately from the service caliper; characterized in that, in a side view and in every position within the entire area through which the rear wheel is swingable, the mechanical caliper and the service caliper are located below a locus of the sites of the exhaust muffler that are each closest to the rear wheel than any other site of the exhaust muffler in respective cross sections taken in different axial positions of the exhaust muffler along an axis of the exhaust muffler.
Arrangement of at least two electrical energy stores, which are stacked one above the other, on a vehicle, in particular a utility vehicle with a chassis of frame-type construction, characterized in that an energy store (14; 22) which is arranged right at the bottom can be displaced in the horizontal direction and can be at least partially withdrawn beneath an energy store (14; 24) which is arranged above it, wherein the energy store (14; 22) which is arranged right at the bottom can be set down on a foldable supporting device in a position in which the said energy store is withdrawn beneath the energy store (14; 24) which is arranged above it, wherein the foldable supporting device has at least one step tread for boarding the vehicle.
An optical member comprising: a first substrate; a wavelength conversion layer on the first substrate; and a second substrate on the wavelength conversion layer, wherein the wavelength conversion layer includes an oxygen barrier, wherein the wavelength conversion layer adheres to the top surface of the first substrate, and adheres to the bottom surface of the second substrate, characterized in that each of the first substrate and the second substrate includes polyethylene terephthalate substituted with a radical derived from the oxygen barrier and expressed as the following chemical formula 4: where each of R1 and R3 is a substituted or non-substituted aryl group, and n is in a range of from 1 to 10,000, and in that the oxygen barrier includes a phosphate based material. a first substrate; a wavelength conversion layer on the first substrate; and a second substrate on the wavelength conversion layer, wherein the wavelength conversion layer includes an oxygen barrier, wherein the wavelength conversion layer adheres to the top surface of the first substrate, and adheres to the bottom surface of the second substrate, characterized in that each of the first substrate and the second substrate includes polyethylene terephthalate substituted with a radical derived from the oxygen barrier and expressed as the following chemical formula 4: where each of R1 and R3 is a substituted or non-substituted aryl group, and n is in a range of from 1 to 10,000, and in that the oxygen barrier includes a phosphate based material.
Linear guide comprising an integrated linear motor having a fixed carrier extending in the guide direction and a table movable in the guide direction, a linear motor, the movable part (3.1) of which is connected to the table and the fixed part (3.2) of which is connected to the carrier, comprising contactless bearings between the carrier and the table, and means based on electromagnetic interaction for positioning the table transversely to the guide direction, wherein the linear guide has an integrated location measuring system comprising a scale and scanning heads (5.1, 5.2), using which the location of the table is detectable both in the guide direction and also in a deviation direction, which lies transversely to the guide direction in parallel to a plane of an air gap (3.4) of the linear motor, wherein the means act so that the table is positioned in the deviation direction.
An insect trap comprising: a first housing, the first housing comprising a bottom wall; a reservoir at least partially defined by the first housing; a protrusion; an actuator; a second housing moveably engaging the first housing; the protrusion is disposed within the reservoir and extends inward from an interior surface of the first housing, the protrusion configured to pierce a package disposed within the reservoir; the actuator is connected to the protrusion such that when the actuator is moved, the protrusion moves with the actuator within the reservoir; the insect trap being characterized in that: a trap chamber partially formed by the first and second housings, wherein the trap chamber comprises a floor, further comprising an adhesive coated on a surface of the floor; and an inlet into the trap chamber; wherein the second housing is movable between a first position where the inlet is open and a second position where the inlet is closed, and wherein either: the floor is adhered to the bottom wall using at least a portion of the adhesive; or at least a portion of the bottom wall adjacent to the floor is at an elevation above an elevation of the floor, forming a pit to trap insects therein. a first housing, the first housing comprising a bottom wall; a reservoir at least partially defined by the first housing; a protrusion; an actuator; a second housing moveably engaging the first housing; the protrusion is disposed within the reservoir and extends inward from an interior surface of the first housing, the protrusion configured to pierce a package disposed within the reservoir; the actuator is connected to the protrusion such that when the actuator is moved, the protrusion moves with the actuator within the reservoir; the insect trap being characterized in that: a trap chamber partially formed by the first and second housings, wherein the trap chamber comprises a floor, further comprising an adhesive coated on a surface of the floor; and an inlet into the trap chamber; a trap chamber partially formed by the first and second housings, wherein the trap chamber comprises a floor, further comprising an adhesive coated on a surface of the floor; and an inlet into the trap chamber; wherein the second housing is movable between a first position where the inlet is open and a second position where the inlet is closed, and wherein either: the floor is adhered to the bottom wall using at least a portion of the adhesive; or at least a portion of the bottom wall adjacent to the floor is at an elevation above an elevation of the floor, forming a pit to trap insects therein. the floor is adhered to the bottom wall using at least a portion of the adhesive; or at least a portion of the bottom wall adjacent to the floor is at an elevation above an elevation of the floor, forming a pit to trap insects therein.