mhurhangee/patent-ind-claim-en huggingface dataset:
A concentrating-enriching magnetic bead purifier, comprising: a base ; at least one first mixing sleeve shelf movably disposed on the base , the first mixing sleeve shelf comprising at least one first magnetic rod provided on the base , and at least one first magnetic rod sleeve arranged to insert the first magnetic rod therein; at least one second mixing sleeve shelf movably disposed on the base , the second mixing sleeve shelf comprising at least one second magnetic rod provided on the base , and at least one second magnetic rod sleeve arranged to insert the second magnetic rod therein, a cross section area of the second magnetic rod sleeve being smaller than that of the first magnetic rod sleeve ; a plurality of wells placed on the base , the wells comprising at least one binding well , at least one washing well , and at least one elution well , a volume of the elution well being smaller than that of the binding well ; and a controlling module constructed for controlling the first mixing sleeve shelf and the second mixing sleeve shelf , the controlling module controlling the first magnetic rod sleeve to only mix or adsorb in the at least one binding well and the at least one washing well and controlling the second magnetic rod sleeve to mix or adsorb in the at least one washing well and the at least one elution well . a base ; at least one first mixing sleeve shelf movably disposed on the base , the first mixing sleeve shelf comprising at least one first magnetic rod provided on the base , and at least one first magnetic rod sleeve arranged to insert the first magnetic rod therein; at least one second mixing sleeve shelf movably disposed on the base , the second mixing sleeve shelf comprising at least one second magnetic rod provided on the base , and at least one second magnetic rod sleeve arranged to insert the second magnetic rod therein, a cross section area of the second magnetic rod sleeve being smaller than that of the first magnetic rod sleeve ; a plurality of wells placed on the base , the wells comprising at least one binding well , at least one washing well , and at least one elution well , a volume of the elution well being smaller than that of the binding well ; and a controlling module constructed for controlling the first mixing sleeve shelf and the second mixing sleeve shelf , the controlling module controlling the first magnetic rod sleeve to only mix or adsorb in the at least one binding well and the at least one washing well and controlling the second magnetic rod sleeve to mix or adsorb in the at least one washing well and the at least one elution well .
A system comprising: a medical instrument including a nozzle and a lens ; a pressure augmenting mechanism connected to the nozzle wherein the pressure augmenting mechanism is configured to provide a pressurized fluid ; a valve between the pressure augmenting mechanism and the nozzle; and a valve control mechanism configured to control the valve to release a flow of the pressurized fluid, for a predetermined duration, from the pressure augmenting mechanism and through a lumen of the medical instrument to expend an amount of the pressurized fluid through the nozzle and wherein the nozzle is configured to spray said pressurized fluid across a surface of the lens of the medical instrument to clean the lens, characterised in that : the pressurized fluid is at a pressure which is greater than 50psi (3.45 bar) and which is higher than a standard operating room pressure and wherein the amount of the pressurized fluid expended is below a threshold level. a medical instrument including a nozzle and a lens ; a pressure augmenting mechanism connected to the nozzle wherein the pressure augmenting mechanism is configured to provide a pressurized fluid ; a valve between the pressure augmenting mechanism and the nozzle; and a valve control mechanism configured to control the valve to release a flow of the pressurized fluid, for a predetermined duration, from the pressure augmenting mechanism and through a lumen of the medical instrument to expend an amount of the pressurized fluid through the nozzle and wherein the nozzle is configured to spray said pressurized fluid across a surface of the lens of the medical instrument to clean the lens, characterised in that : the pressurized fluid is at a pressure which is greater than 50psi (3.45 bar) and which is higher than a standard operating room pressure and wherein the amount of the pressurized fluid expended is below a threshold level.
A friction stir welding head , comprising: a head housing that extends from a top end to an open bottom end and defines a bore extending between the top end and the open bottom end ; an axle that is coaxial with and rotatable within the bore , the axle being laterally secured within the head housing and axially movable with respect to the head housing , the axle including an engagement end that extends beyond the open bottom end of the head housing and supports a friction stir welding tool that is configured to rotate with the axle to effectuate friction stir welding operations; and a load cell that is disposed beneath the open bottom end of the head housing and configured to generate load signals in response to axial movement of the axle , characterized in that the load cell comprises: an inner ring ; and an outer ring , the inner ring being fixedly coupled to the axle and movably coupled to the outer ring via a flexible portion , wherein relative movement of the inner ring with respect to the outer ring causes the load cell to generate the load signals. a head housing that extends from a top end to an open bottom end and defines a bore extending between the top end and the open bottom end ; an axle that is coaxial with and rotatable within the bore , the axle being laterally secured within the head housing and axially movable with respect to the head housing , the axle including an engagement end that extends beyond the open bottom end of the head housing and supports a friction stir welding tool that is configured to rotate with the axle to effectuate friction stir welding operations; and a load cell that is disposed beneath the open bottom end of the head housing and configured to generate load signals in response to axial movement of the axle , characterized in that the load cell comprises: an inner ring ; and an outer ring , the inner ring being fixedly coupled to the axle and movably coupled to the outer ring via a flexible portion , wherein relative movement of the inner ring with respect to the outer ring causes the load cell to generate the load signals. an inner ring ; and an outer ring , the inner ring being fixedly coupled to the axle and movably coupled to the outer ring via a flexible portion , wherein relative movement of the inner ring with respect to the outer ring causes the load cell to generate the load signals.
A phototherapy system comprising: An LED pad comprising a string of series-connected LEDs ; a MOSFET connected in series with the string of series-connected LEDs ; and means for driving a voltage at a gate of the MOSFET in accordance with a sinusoidal function. An LED pad comprising a string of series-connected LEDs ; a MOSFET connected in series with the string of series-connected LEDs ; and means for driving a voltage at a gate of the MOSFET in accordance with a sinusoidal function.
A seal device for a door leaf or window casement, wherein the seal device has a rectilinear housing rail and a sealing strip (2, 2', 2", 3, 3') held therein, and wherein the sealing strip (2, 2', 2", 3, 3') has a seal profile which provides sealing downwardly with respect to the ground, characterized in that the seal profile is closed on at least one end side, wherein the seal profile provides end-side sealing with respect to a vertical side face at least on this side.
A train alighting person count prediction system comprising: an alighting person count calculation unit that measures or estimates the number of persons alighting from a train which has arrived; a train departure/arrival detection unit that detects arrival of a train; a train interval calculation unit that calculates a train interval which is an interval between arrival times of a first train and a second train; a recording unit , in which a plurality of numbers of alighting persons measured or estimated by the alighting person count calculation unit are recorded in association with respective train intervals; and an arithmetic unit which creates a prediction model from statistical information of the numbers of alighting persons recorded in the recording unit wherein the alighting person count calculation unit is configured to predict the number of persons alighting from a train arriving in the future from the previously measured or estimated numbers of alighting persons, the calculated train interval, and the prediction model. an alighting person count calculation unit that measures or estimates the number of persons alighting from a train which has arrived; a train departure/arrival detection unit that detects arrival of a train; a train interval calculation unit that calculates a train interval which is an interval between arrival times of a first train and a second train; a recording unit , in which a plurality of numbers of alighting persons measured or estimated by the alighting person count calculation unit are recorded in association with respective train intervals; and an arithmetic unit which creates a prediction model from statistical information of the numbers of alighting persons recorded in the recording unit wherein the alighting person count calculation unit is configured to predict the number of persons alighting from a train arriving in the future from the previously measured or estimated numbers of alighting persons, the calculated train interval, and the prediction model.
A bearing assembly comprising at least one sliding bearing element , at least one consumer of electrical energy and at least one energy generating device for self-sufficient provision of the electrical energy, wherein the bearing assembly further comprises a first component and a second component arranged next to the first component in the axial direction of the bearing assembly , said components being arranged so as to be movable repetitively relative to one another, and wherein the energy generating device has at least one electrical conductor arranged in a loop shape and at least one permanent magnet , wherein the electrical conductor is arranged on the first component , and the permanent magnet is arranged on the second component , such that the electrical conductor arranged in a loop shape and the permanent magnet can repeatedly be brought into opposing positions by means of the repetitive relative movement of the two components with respect to one another, characterized in that - a second permanent magnet is arranged on the first component and a second electrical conductor is arranged on the second component , so that the electrical conductors arranged in a loop shape and the permanent magnets can repeatedly be brought into opposing positions by means of the repetitive relative movement of the two components with respect to one another, wherein the first component is a connecting rod of a crank drive, and the second component is a second connecting rod of the crank drive, or - the first component is a connecting rod of a crank drive, and the second component is a crank cheek of the crank drive, and that a further component of the crank drive is arranged on the front side of the crank cheek pointing away from the connecting rod in the axial direction , and a further electrical conductor arranged in a loop shape is arranged on this further component , and the permanent magnet is arranged in a through hole passing through the second component in the axial direction . - a second permanent magnet is arranged on the first component and a second electrical conductor is arranged on the second component , so that the electrical conductors arranged in a loop shape and the permanent magnets can repeatedly be brought into opposing positions by means of the repetitive relative movement of the two components with respect to one another, wherein the first component is a connecting rod of a crank drive, and the second component is a second connecting rod of the crank drive, or - the first component is a connecting rod of a crank drive, and the second component is a crank cheek of the crank drive, and that a further component of the crank drive is arranged on the front side of the crank cheek pointing away from the connecting rod in the axial direction , and a further electrical conductor arranged in a loop shape is arranged on this further component , and the permanent magnet is arranged in a through hole passing through the second component in the axial direction .
Tape comprising a composition comprising a copolyester comprising polymeric units derived from ethylene glycol and terephthalic acid or a diester thereof and > 0.50 and < 5.00 wt% of polymeric units with regard to the total weight of the polyester derived from an oligomeric dihydroxy compound having a number average molecular weight of > 500 g/mol and < 5000 g/mol, as determined in accordance with ISO 19929:2017.
A method for adjusting an original prescription for an eye of a patient, for use in manufacturing of an ophthalmic lens for correcting the vision of a patient, said method using an electronic processing system for simulating a real optical system, the method comprising the steps of: (a) obtaining, by the electronic processing system, an original prescription based on an eye vision measurement performed by virtue of said real optical system; (b) obtaining, by the electronic processing system, supplementary input data associated with an eye vision measurement in which said original prescription was obtained; said supplementary input data comprising at least one of: eye data and measuring instrument data; and (c) calculating, by the electronic processing system, an adjusted prescription to reflect the effect of said supplementary input data on said eye vision measurement; characterized in that said step (c) is performed by using at least said original prescription and the simulated optical system simulating said real optical system and being calculated by using at least said original prescription and said supplementary input data, wherein a measuring instrument data is at least one of a tilt of a measuring instrument, an observation angle of the patient, a geometry of the lens used in the measuring instrument, a refraction index of the lens used in the measuring instrument, a center thickness of the lens used in the measuring instrument, an edge thickness of the lens in the measuring instrument, or a diameter of the lens used in the measuring instrument, and wherein an eye data is one of a strength of illumination during the eye measurement or a pupil diameter. (a) obtaining, by the electronic processing system, an original prescription based on an eye vision measurement performed by virtue of said real optical system; (b) obtaining, by the electronic processing system, supplementary input data associated with an eye vision measurement in which said original prescription was obtained; said supplementary input data comprising at least one of: eye data and measuring instrument data; and (c) calculating, by the electronic processing system, an adjusted prescription to reflect the effect of said supplementary input data on said eye vision measurement;
A combination composition comprising as active components, in synergistically effective amounts of: a. a steroidal saponin of natural or synthetic origin, a pharmaceutical acceptable salt thereof or a plant extract containing steroidal saponin, and b. caffeic acid as first polyphenolic compound, and c. ferulic acid as second polyphenolic compound. a. a steroidal saponin of natural or synthetic origin, a pharmaceutical acceptable salt thereof or a plant extract containing steroidal saponin, and b. caffeic acid as first polyphenolic compound, and c. ferulic acid as second polyphenolic compound.
A hydraulic system comprising: a linear hydraulic actuator having first and second ports; a hydraulic pump assembly conjoined with the linear hydraulic actuator , the hydraulic pump assembly to provide hydraulic fluid to operate the linear hydraulic actuator , the hydraulic pump assembly including, a hydraulic pump that is a gear pump and has a casing defining an interior volume, the casing having an inlet port in fluid communication with the interior volume, and an outlet port in fluid communication with the interior volume, the hydraulic pump having least one fluid driver disposed inside the interior volume, each fluid driver having at least one of a variable-speed and a variable torque motor , a control valve assembly comprising a control valve in fluid communication with the linear hydraulic actuator , the control valve disposed on an upstream or a downstream side of the hydraulic pump ; and a controller , wherein the controller concurrently establishes at least one of a speed and a torque of the at least one fluid driver and an opening of the control valve to adjust at least one of a flow and a pressure in the hydraulic system to an operational set point. a linear hydraulic actuator having first and second ports; a hydraulic pump assembly conjoined with the linear hydraulic actuator , the hydraulic pump assembly to provide hydraulic fluid to operate the linear hydraulic actuator , the hydraulic pump assembly including, a hydraulic pump that is a gear pump and has a casing defining an interior volume, the casing having an inlet port in fluid communication with the interior volume, and an outlet port in fluid communication with the interior volume, the hydraulic pump having least one fluid driver disposed inside the interior volume, each fluid driver having at least one of a variable-speed and a variable torque motor , a control valve assembly comprising a control valve in fluid communication with the linear hydraulic actuator , the control valve disposed on an upstream or a downstream side of the hydraulic pump ; and a hydraulic pump that is a gear pump and has a casing defining an interior volume, the casing having an inlet port in fluid communication with the interior volume, and an outlet port in fluid communication with the interior volume, the hydraulic pump having least one fluid driver disposed inside the interior volume, each fluid driver having at least one of a variable-speed and a variable torque motor , a control valve assembly comprising a control valve in fluid communication with the linear hydraulic actuator , the control valve disposed on an upstream or a downstream side of the hydraulic pump ; and a controller , wherein the controller concurrently establishes at least one of a speed and a torque of the at least one fluid driver and an opening of the control valve to adjust at least one of a flow and a pressure in the hydraulic system to an operational set point.
A fault diagnosis method for interaction between an elevator system and a machine passenger for diagnosing a fault in the interaction between the machine passenger and the elevator system via an interaction management apparatus , comprising: acquiring diagnostic information from the elevator system and the interaction management apparatus ; simulating an interaction process between the machine passenger and the elevator system via the interaction management apparatus based on the acquired diagnostic information; and judging a fault type of interaction between the machine passenger and the elevator system based on the simulated interaction process. acquiring diagnostic information from the elevator system and the interaction management apparatus ; simulating an interaction process between the machine passenger and the elevator system via the interaction management apparatus based on the acquired diagnostic information; and judging a fault type of interaction between the machine passenger and the elevator system based on the simulated interaction process.
Tensioning terminal having a protective protrusion of the type used for fixing and tensioning filiform elements or the like located between two post-type rigid elements or the like, comprising a solid body housing the elements for retaining the filiform element therein, internally having a channel-like cavity suitable for serving as means for receiving an end portion of a filiform element or the like, allowing the free circulation thereof in one direction, and blocking the movement thereof in the opposite direction, and characterized in that said solid body has a protrusion in the entry area of the filiform element responsible for protecting said filiform element from the edges present in an opening of the post or the like where the body has been installed, wherein the inner border of the inlet of the protrusion is rounded, preventing the risk of shearing the filiform element , and wherein the protrusion has a frustoconical shape, allowing it to be tightly and gradually inserted into an opening located in the post or the like.
Pass-through device, in particular cable pass-through device, for guiding an elongate object through at least one physical limitation, in particular a wall component , with at least one sealing unit which is configured, in a mounted state, to at least section-wise completely encompass and seal the elongate object in a circumferential direction, with at least one stabilization unit which at least partially engages in the sealing unit in a mounted state and with a coupling unit having a receiving channel for receiving the sealing unit , in particular together with the elongate object arranged in the sealing unit , characterised in that the coupling unit comprises a closure element and the stabilization unit comprises at least one further closure element , complementary to the closure element , for a fixing of the stabilization unit to the coupling unit , wherein the closure element is realized as a latch element for creating a latching connection with the stabilization unit and wherein the coupling unit comprises at least one anchoring element , in particular a hollow-space anchor, for a fixing of the coupling unit behind the physical limitation, in particular the wall component . with at least one sealing unit which is configured, in a mounted state, to at least section-wise completely encompass and seal the elongate object in a circumferential direction, with at least one stabilization unit which at least partially engages in the sealing unit in a mounted state and with a coupling unit having a receiving channel for receiving the sealing unit , in particular together with the elongate object arranged in the sealing unit , characterised in that the coupling unit comprises a closure element and the stabilization unit comprises at least one further closure element , complementary to the closure element , for a fixing of the stabilization unit to the coupling unit , wherein the closure element is realized as a latch element for creating a latching connection with the stabilization unit and wherein the coupling unit comprises at least one anchoring element , in particular a hollow-space anchor, for a fixing of the coupling unit behind the physical limitation, in particular the wall component .