mhurhangee/patent-ind-claim-en huggingface dataset:
An implant , comprising: a body that is generally oval-shaped in transverse cross section, and comprises: a top surface , a bottom surface , opposing lateral sides , opposing anterior and posterior portions, a substantially hollow center , and a single vertical aperture , extending from the top surface to the bottom surface , characterized in that : the implant has a height substantially the same as the height of a functional spinal unit, the single vertical aperture has a maximum width at its center, and defines a transverse rim on the top surface and on the bottom surface , said transverse rim having a posterior thickness greater than an anterior thickness, and having a blunt and radiused portion along the top of each lateral side and the top of the posterior portion , wherein the portion of the transverse rim that is not blunt and radiused, the posterior portion , and at least a portion of each opposing lateral side each have a bioactive roughened surface , wherein the blunt and radiused portion does not include any bioactive roughened surface , and wherein the body has a sharp edge at the junction of the anterior side and the top surface and at the junction of the anterior side and the bottom surface .
A rotating motor , comprising: a stator , a rotor , and a supporting frame ; wherein the rotor comprises a rotating shaft , a permanent magnet mounted on the rotating shaft , and a first bearing and a second bearing respectively mounted on two ends of the rotating shaft , and the first bearing and the second bearing being respectively located at two ends of the permanent magnet ; the stator comprise a stator yoke sleeved on the supporting frame , a plurality of stator teeth arranged on the stator yoke , and coils respectively wound on the stator teeth ; the supporting frame comprises a first bearing seat , a second bearing seat , and a plurality of support rods supporting the stator yoke , two ends of each support rod are respectively connected to the first bearing seat and the second bearing seat , and an interval space is provided between two adjacent support rods and configured for placing the stator teeth , the first bearing is mounted in the first bearing seat , the second bearing is mounted in the second bearing seat , an outer diameter of the permanent magnet is larger than or equal to an outer diameter of the second bearing , and an outer diameter of the first bearing is larger than or equal to the outer diameter of the permanent magnet .
A positive electrode for a lithium secondary battery, comprising a current collector; an active material layer formed on the current collector and comprising a compound capable of intercalating and deintercalating lithium; and a coating layer formed on the active material layer and comprising an aqueous binder and a compound of Chemical Formula 1 having an average particle diameter (D50, indicating a diameter of a particle where a cumulative volume is about 50 volume% in a particle distribution) of 2 μ m or less: [Chemical Formula 1] Li a Fe 1-x M x PO 4 wherein, in Chemical Formula 1, 0.90 ≤ a ≤ 1.8, 0 ≤ x ≤ 0.7, and M is Mg, Co, Ni, or a combination thereof; wherein the compound capable of intercalating and deintercalating lithium and the compound of Chemical Formula 1 are not present in the same layer. an active material layer formed on the current collector and comprising a compound capable of intercalating and deintercalating lithium; and a coating layer formed on the active material layer and comprising an aqueous binder and a compound of Chemical Formula 1 having an average particle diameter (D50, indicating a diameter of a particle where a cumulative volume is about 50 volume% in a particle distribution) of 2 μ m or less: [Chemical Formula 1] Li a Fe 1-x M x PO 4 wherein, in Chemical Formula 1, 0.90 ≤ a ≤ 1.8, 0 ≤ x ≤ 0.7, and M is Mg, Co, Ni, or a combination thereof; wherein, in Chemical Formula 1, 0.90 ≤ a ≤ 1.8, 0 ≤ x ≤ 0.7, and M is Mg, Co, Ni, or a combination thereof; wherein the compound capable of intercalating and deintercalating lithium and the compound of Chemical Formula 1 are not present in the same layer.
A production cell comprising at least one robot or manipulator arranged to handle products ; at least one buffer area for intermediate storage of products inside the production cell ; a vision system arranged to determine the identity and/or the location of objects in the production cell ; and a plurality of production modules , each production module comprising at least one Hardware Module configured to process products ; a plurality of module attachment locations , each module attachment location being configured to connect with an interface section of a production module through a power connection and optionally a physical connection, allowing the production cell to be reconfigured by interchanging production modules, characterised in that the production cell is configured to determine the identity and/or the location of Hardware Modules and products located inside the production cell and to generate, from these identities and the locations, a computer-based representation of the current state of the production cell .
Loudspeaker enclosure fastening module , designed to be fastened to a fastening support outside the module , wherein the module comprises a longitudinal movable dowel , mounted on a dowel support , said dowel support being capable of moving both longitudinally and transversely relative to the module , said dowel being designed to engage in an attachment element of the fastening support , said dowel being movable between a "locking" longitudinal position, in which the dowel is capable of being engaged in the attachment element of the fastening support , and an "unlocking" longitudinal position, in which the dowel is capable of being disengaged from the attachment element of the fastening support , the module further comprising a stop capable of longitudinally retaining the dowel support when it is in a first transverse position of its locking position and allowing a longitudinal movement of the dowel support when it is in a second transverse position of its locking position, the dowel support being arranged inside a module body , the stop being integrated into the module body
An ECG connector assembly , comprising: a housing having an interior recessed surface having disposed therein an opening dimensioned to operably receive the press stud of an ECG electrode pad; a radiolucent conductor disposed on at least a portion of the interior recessed surface ; a radiolucent lead wire conductor extending from a proximal end of the housing and operably coupled to the radiolucent conductor ; an engagement member pivotably disposed upon the interior recessed surface and having an engaging face and a pivot , wherein the engagement member is pivotable between a first position whereby the engaging face is closer to a top portion of the opening and a second position whereby engaging face is further from the top portion of the opening , wherein the press stud is capturable in the opening between the engaging face and a sidewall of the opening ; the engagement member further includes an arcuate stiffener disposed between an end of the engaging face distal from the pivot and the pivot of the engagement member , and where the arcuate stiffener and the engaging face form a closed shape which surrounds the aforementioned opening , wherein the closed shape is bigger than said opening and wherein the closed shape defines an opening for receiving said press stud; wherein the combination of the opening in the housing and the opening defined by the arcuate stiffener and the engaging face provides sufficient clearance for insertion of the press stud; and a radiolucent resilient member configured to bias the engagement member towards the first position. a housing having an interior recessed surface having disposed therein an opening dimensioned to operably receive the press stud of an ECG electrode pad; a radiolucent conductor disposed on at least a portion of the interior recessed surface ; a radiolucent lead wire conductor extending from a proximal end of the housing and operably coupled to the radiolucent conductor ; an engagement member pivotably disposed upon the interior recessed surface and having an engaging face and a pivot , wherein the engagement member is pivotable between a first position whereby the engaging face is closer to a top portion of the opening and a second position whereby engaging face is further from the top portion of the opening , wherein the press stud is capturable in the opening between the engaging face and a sidewall of the opening ; the engagement member further includes an arcuate stiffener disposed between an end of the engaging face distal from the pivot and the pivot of the engagement member , and where the arcuate stiffener and the engaging face form a closed shape which surrounds the aforementioned opening , wherein the closed shape is bigger than said opening and wherein the closed shape defines an opening for receiving said press stud; wherein the combination of the opening in the housing and the opening defined by the arcuate stiffener and the engaging face provides sufficient clearance for insertion of the press stud; and a radiolucent resilient member configured to bias the engagement member towards the first position.
Brake assistance device for a hydraulic brake system , for a vehicle , bicycle, electric bicycle, eBike and/or pedelec which can be driven with muscle power and additionally with or without motor power, - with an adapter vessel and a fluid resistance element , - it being possible for the adapter vessel to be connected hydraulically via the fluid resistance element to a brake line , a master and/or a slave of the brake system , and - the fluid resistance element being configured for an adaptable fluid transfer between the brake line , the master and/or the slave and the adapter vessel with a controllably adaptable fluid resistance with respect to a brake fluid in the brake line , characterized in that the adapter vessel is configured as an accumulator of the brake assistance device . - with an adapter vessel and a fluid resistance element , - it being possible for the adapter vessel to be connected hydraulically via the fluid resistance element to a brake line , a master and/or a slave of the brake system , and - the fluid resistance element being configured for an adaptable fluid transfer between the brake line , the master and/or the slave and the adapter vessel with a controllably adaptable fluid resistance with respect to a brake fluid in the brake line ,
A method for monitoring a turbine component using an imaging device and a processor, the method comprising: locating a plurality of machined surface features on the turbine component , wherein at least one of the machined surface features comprises a cooling hole or a component contour; locating at least one reference point ; and, measuring a plurality of first distances between the plurality of machined surface features and the at least one reference point ; locating the plurality of machined surface features on the turbine component at a second point in time; locating the at least one reference point at the second point in time; measuring a plurality of second distances between the plurality of machined surface features and the at least one reference point at the second point in time; and, comparing the plurality of first distances to the plurality of second distances to determine a strain analysis. locating a plurality of machined surface features on the turbine component , wherein at least one of the machined surface features comprises a cooling hole or a component contour; locating at least one reference point ; and, measuring a plurality of first distances between the plurality of machined surface features and the at least one reference point ; locating the plurality of machined surface features on the turbine component at a second point in time; locating the at least one reference point at the second point in time; measuring a plurality of second distances between the plurality of machined surface features and the at least one reference point at the second point in time; and, comparing the plurality of first distances to the plurality of second distances to determine a strain analysis.
A razor cartridge comprising; a. a guard at a front portion of said cartridge, a cap at a back portion of said cartridge, at least one blade positioned between said guard and said cap , a top surface , and a lubricating member positioned at said top surface , said lubricating member having a visible surface , said visible surface having a visible surface area; b. a printed lubrication control structure on said visible surface of said lubricating member , said printed lubrication control structure comprising a UV curable ink covering a portion of said visible surface area creating a covered portion and an open portion wherein the printed lubrication control structure comprises a plurality of printed droplets characterized in that the printed droplets have a diameter of 10 microns or less with adjacent printed droplets spaced apart from one another. a. a guard at a front portion of said cartridge, a cap at a back portion of said cartridge, at least one blade positioned between said guard and said cap , a top surface , and a lubricating member positioned at said top surface , said lubricating member having a visible surface , said visible surface having a visible surface area; b. a printed lubrication control structure on said visible surface of said lubricating member , said printed lubrication control structure comprising a UV curable ink covering a portion of said visible surface area creating a covered portion and an open portion wherein the printed lubrication control structure comprises a plurality of printed droplets characterized in that the printed droplets have a diameter of 10 microns or less with adjacent printed droplets spaced apart from one another.
A device for aiding the tracing of a surface to be traced by means of a tracing line , the device comprising: - a guide rail ; and - a carriage adapted to be able to be guided in displacement by the rail , characterized in that - the carriage is provided with means for driving the carriage moving step by step along the guide direction of the rail ; and in that the device comprises - a remote control device for the drive means of the carriage , adapted to control the drive means so as to drive the carriage over a predetermined advancement pitch; - means for securing the carriage and one of the longitudinal ends, called the proximal end , of the tracing line , the securing means thus being arranged on the carriage so that said proximal end of the line can extend in contact with the surface to be traced during tracing, and - the carriage comprises an arm mounted secured to the carriage and movable relative to the carriage , the arm having a free longitudinal end, called distal end , carrying the securing means. - a guide rail ; and - a carriage adapted to be able to be guided in displacement by the rail , - the carriage is provided with means for driving the carriage moving step by step along the guide direction of the rail ; - a remote control device for the drive means of the carriage , adapted to control the drive means so as to drive the carriage over a predetermined advancement pitch; - means for securing the carriage and one of the longitudinal ends, called the proximal end , of the tracing line , the securing means thus being arranged on the carriage so that said proximal end of the line can extend in contact with the surface to be traced during tracing, and - the carriage comprises an arm mounted secured to the carriage and movable relative to the carriage , the arm having a free longitudinal end, called distal end , carrying the securing means.
System having a wiper arm , which has a wiper arm adapter , and having a wiper arm device , which has at least one wiper nozzle unit and at least one coupling unit for connection to the wiper arm by at least one first coupling means , wherein the coupling unit is provided for connecting the wiper arm device to the wiper arm adapter of the wiper arm , wherein the wiper nozzle unit comprises at least one wiper nozzle basic body arranged on a base plate , at least one first wiper nozzle element , which has at least one first outlet opening , and at least one second wiper nozzle element , which has at least one second outlet opening , wherein a distance (al) between the at least one first outlet opening and a centre of gravity of the wiper nozzle basic body is substantially smaller than a distance (a2) between the at least one second outlet opening and the centre of gravity of the wiper nozzle basic body , characterized in that the wiper nozzle basic body has a basic unit which is formed by a cylindrical component, wherein, in a mounted state of the wiper arm device , the basic unit protrudes perpendicularly from the base plate on a side of the base plate which faces away from the side surface of the wiper arm adapter , wherein the centre of gravity of the wiper nozzle basic body is arranged approximately in a geometrical centre point of the basic unit , wherein the wiper nozzle elements of the wiper nozzle unit each protrude from the basic unit on a circumferential surface of the cylindrical basic unit .
Heatable fluid line having a tube which has an interior , wherein the fluid line defines a longitudinal axis (L), comprising an inner heating device which is disposed in the interior , and an outer heating device which surrounds the tube at least in portions, wherein the heating devices are designed to be controllable independently of one another, characterized in that at least one heat introduction clearance for the outer heating device is formed in the circumferential face of the tube .
A method for reporting capability information, the method comprising: receiving, by a user equipment, UE, information of a maximum carrier quantity of a specified frequency band from a base station; and reporting, by the UE, capability information of at least one carrier on the specified frequency band to the base station, wherein the capability information carries the information of the maximum carrier quantity; and a quantity of carriers on the specified frequency band comprised in the least one carrier is less than or equal to the maximum carrier quantity. receiving, by a user equipment, UE, information of a maximum carrier quantity of a specified frequency band from a base station; and reporting, by the UE, capability information of at least one carrier on the specified frequency band to the base station, wherein the capability information carries the information of the maximum carrier quantity; and a quantity of carriers on the specified frequency band comprised in the least one carrier is less than or equal to the maximum carrier quantity.
A retrieval device deployable through a delivery sheath , the device comprising: an elongated shaft ; a retrieval structure coupled to a distal zone of the elongated shaft , the retrieval structure including a capture structure and a cover having (a) a first portion coupled to the distal zone of the elongated shaft at a location proximal of the capture structure and (b) a free second portion, wherein, in a delivery state, the second portion of the cover extends proximally from the first portion; and a securing element coupled to the elongated shaft proximal to the first portion of the cover , wherein, when the cover is in the delivery state and at least a portion of the cover and at least a portion of the securing element are positioned within the delivery sheath , moving the retrieval device proximally increases an outward force exerted by the securing element against at least a portion of the cover and an inner surface of the delivery sheath, thereby inhibiting movement of the second portion of the cover relative to the elongated shaft . an elongated shaft ; a retrieval structure coupled to a distal zone of the elongated shaft , the retrieval structure including a capture structure and a cover having (a) a first portion coupled to the distal zone of the elongated shaft at a location proximal of the capture structure and (b) a free second portion, wherein, in a delivery state, the second portion of the cover extends proximally from the first portion; and a securing element coupled to the elongated shaft proximal to the first portion of the cover , wherein, when the cover is in the delivery state and at least a portion of the cover and at least a portion of the securing element are positioned within the delivery sheath , moving the retrieval device proximally increases an outward force exerted by the securing element against at least a portion of the cover and an inner surface of the delivery sheath, thereby inhibiting movement of the second portion of the cover relative to the elongated shaft .
A system for determining an indication of a volume of a material in a tank of an air seeder commodity cart, the system comprising: at least one sensor positioned in the tank such that the sensor will be under the material when the tank is full, the sensor being configured to detect an attribute of a limited amount of the material above the sensor , the sensor also generating an output signal indicative of the attribute of the limited amount of the material above the sensor ; and a controller receiving the output signal and incorporating a corresponding variable into a programmatic calculation of the indication of the volume of the material in the tank , characterized in comprising two sensors placed within the material in the tank, wherein the first sensor is placed away from the center of the tank for determination of material height away from the center of the tank within a first hypothetical column and wherein the second sensor is placed more towards the center of the tank for determination of material height more towards the center of the tank within a second hypothetical column . at least one sensor positioned in the tank such that the sensor will be under the material when the tank is full, the sensor being configured to detect an attribute of a limited amount of the material above the sensor , the sensor also generating an output signal indicative of the attribute of the limited amount of the material above the sensor ; and a controller receiving the output signal and incorporating a corresponding variable into a programmatic calculation of the indication of the volume of the material in the tank , characterized in comprising two sensors placed within the material in the tank, a controller receiving the output signal and incorporating a corresponding variable into a programmatic calculation of the indication of the volume of the material in the tank , characterized in comprising two sensors placed within the material in the tank, wherein the first sensor is placed away from the center of the tank for determination of material height away from the center of the tank within a first hypothetical column and wherein the second sensor is placed more towards the center of the tank for determination of material height more towards the center of the tank within a second hypothetical column .