mhurhangee/patent-ind-claim-en huggingface dataset:
A sand and aggregate washing and grading apparatus comprising an aggregate grading and washing screen having a plurality of vertically stacked decks for producing a plurality of aggregate products therefrom and at least one sump for receiving undersize material comprising sand and water from said plurality of decks; and a plurality of sand washing and grading units ; each sand washing and grading unit comprising:- a hydrocyclone unit , a vibratory screen having a deck for producing at least one sand product and a sump beneath said deck for receiving undersize material and water passing through said deck , said deck of said vibratory screen receiving an underflow from said hydrocyclone unit ; and a further hydrocyclone receiving undersize material and water from the sump of said vibratory screen , an underflow from the further hydrocyclone being delivered onto the deck of said vibratory screen ; wherein the hydrocyclone unit of each of said plurality of sand washing and grading units is adapted to receive undersize material and water from the at least one sump of the aggregate washing and grading screen . producing a plurality of aggregate products therefrom and at least one sump for receiving undersize material comprising sand and water from said plurality of decks; and a plurality of sand washing and grading units ; each sand washing and grading unit comprising:- a hydrocyclone unit , a vibratory screen having a deck for producing at least one sand product and a sump beneath said deck for receiving undersize material and water passing through said deck , said deck of said vibratory screen receiving an underflow from said hydrocyclone unit ; and a further hydrocyclone receiving undersize material and water from the sump of said vibratory screen , an underflow from the further hydrocyclone being delivered onto the deck of said vibratory screen ; wherein the hydrocyclone unit of each of said plurality of sand washing and grading units is adapted to receive undersize material and water from the at least one sump of the aggregate washing and grading screen .
A pipe connector for connecting pipes comprising: an elongate tubular body having a groove formed on an outer diameter; a sleeve coupled to the elongate tubular body , the sleeve having a groove formed on an inner diameter that is spaced from a first end of the sleeve and aligned with the groove of the elongate tubular body ; a first wire ring disposed within the groove of the elongate tubular body and within the groove of the sleeve , wherein the sleeve is coupled to the elongate tubular body by the first wire ring ; and a wire insertion cutout formed on the first end of the sleeve that extends from the first end of the sleeve across the groove of the sleeve , characterized in that the first wire ring is disposable within the groove of the elongate tubular body and the groove of the sleeve through the wire insertion cutout once the groove of the elongate tubular body and the groove of the sleeve are aligned. an elongate tubular body having a groove formed on an outer diameter; a sleeve coupled to the elongate tubular body , the sleeve having a groove formed on an inner diameter that is spaced from a first end of the sleeve and aligned with the groove of the elongate tubular body ; a first wire ring disposed within the groove of the elongate tubular body and within the groove of the sleeve , wherein the sleeve is coupled to the elongate tubular body by the first wire ring ; and a wire insertion cutout formed on the first end of the sleeve that extends from the first end of the sleeve across the groove of the sleeve , characterized in that the first wire ring is disposable within the groove of the elongate tubular body and the groove of the sleeve through the wire insertion cutout once the groove of the elongate tubular body and the groove of the sleeve are aligned.
A method of making a compound of Formula I comprising the step of contacting a compound of Formula II with 1 H -1,2,4-triazole and a base; wherein a compound of Formula II is formed from starting materials comprising a compound of Formula VII
A method for recovering filtered fluid retained in a filter system including a filter device comprising a housing having an inlet and an outlet defining a filtration flow path between the inlet and the outlet , and a porous filter medium across the filtration flow path , the porous filter medium having an upstream side and a downstream side ; the system also including a filtered fluid receiving container arranged downstream of the outlet ; a first fluid flow path between the outlet and the filtered fluid receiving container ; a second fluid flow path between the first fluid flow path and the filtered fluid receiving container ; wherein the second fluid flow path is connected to the first fluid flow path ; the method comprising: (a) filtering fluid by passing the fluid along the filtration flow path through the filter device and along the first fluid flow path into the filtered fluid receiving container , including displacing, by the filtered fluid, sterile air and/or sterile gas into the filtered fluid receiving container , wherein a volume of filtered fluid is retained in the housing between the downstream side of the porous filter medium and the outlet ; and, (b) allowing the sterile air and/or the sterile gas to pass from the filtered fluid receiving container along the second fluid flow path into the first fluid flow path and through the outlet into the housing of the filter device , and displacing retained filtered fluid into the filtered fluid receiving container . (a) filtering fluid by passing the fluid along the filtration flow path through the filter device and along the first fluid flow path into the filtered fluid receiving container , including displacing, by the filtered fluid, sterile air and/or sterile gas into the filtered fluid receiving container , wherein a volume of filtered fluid is retained in the housing between the downstream side of the porous filter medium and the outlet ; and, (b) allowing the sterile air and/or the sterile gas to pass from the filtered fluid receiving container along the second fluid flow path into the first fluid flow path and through the outlet into the housing of the filter device , and displacing retained filtered fluid into the filtered fluid receiving container .
A method of estimating a likelihood of cancer relapse for a subject following cancer treatment, the method comprising the steps of: introducing (S1) ex vivo a nucleic acid molecule comprising a reporter gene under transcriptional control of a SOX9 promoter or of a promoter operatively linked to an enhancer element comprising at least one SOX9 binding site into cancer cells obtained from a tumor sample from a subject; exposing (S2) ex vivo the cancer cells to a cancer treatment; determining (S3) the amount of SOX9 positive cancer cells following cancer treatment based on expression of the reporter gene; and estimating (S4) a likelihood of cancer relapse following cancer treatment for the subject based on the determined amount of SOX9 positive cancer cells. introducing (S1) ex vivo a nucleic acid molecule comprising a reporter gene under transcriptional control of a SOX9 promoter or of a promoter operatively linked to an enhancer element comprising at least one SOX9 binding site into cancer cells obtained from a tumor sample from a subject; exposing (S2) ex vivo the cancer cells to a cancer treatment; determining (S3) the amount of SOX9 positive cancer cells following cancer treatment based on expression of the reporter gene; and estimating (S4) a likelihood of cancer relapse following cancer treatment for the subject based on the determined amount of SOX9 positive cancer cells.
A method performed by a wireless communication node , comprising: performing a plurality of random access, RACH, procedures with a wireless communication device on a first frequency resource set and a second frequency resource set, wherein the plurality of RACH procedures each comprises: receiving a first message on a first frequency resource from the wireless communication device , wherein the first frequency resource is selected from the first frequency resource set; transmitting a second message on a second frequency resource to the wireless communication device within a predetermined time window, wherein the second frequency resource is selected from the second frequency resource set; receiving a third message on the first frequency resource from the wireless communication device , the third message triggering a timer; and transmitting a fourth message on a third frequency resource to the wireless communication device , wherein the third frequency resource is selected from the second frequency resource set; and based on a receiving of the fourth message of one of the plurality of RACH procedures by the wireless communication device prior to expiration of the timer, terminating the rest of the plurality of RACH procedures. performing a plurality of random access, RACH, procedures with a wireless communication device on a first frequency resource set and a second frequency resource set, wherein the plurality of RACH procedures each comprises: receiving a first message on a first frequency resource from the wireless communication device , wherein the first frequency resource is selected from the first frequency resource set; transmitting a second message on a second frequency resource to the wireless communication device within a predetermined time window, wherein the second frequency resource is selected from the second frequency resource set; receiving a third message on the first frequency resource from the wireless communication device , the third message triggering a timer; and transmitting a fourth message on a third frequency resource to the wireless communication device , wherein the third frequency resource is selected from the second frequency resource set; and receiving a first message on a first frequency resource from the wireless communication device , wherein the first frequency resource is selected from the first frequency resource set; transmitting a second message on a second frequency resource to the wireless communication device within a predetermined time window, wherein the second frequency resource is selected from the second frequency resource set; receiving a third message on the first frequency resource from the wireless communication device , the third message triggering a timer; and transmitting a fourth message on a third frequency resource to the wireless communication device , wherein the third frequency resource is selected from the second frequency resource set; and based on a receiving of the fourth message of one of the plurality of RACH procedures by the wireless communication device prior to expiration of the timer, terminating the rest of the plurality of RACH procedures.
A computer implemented method for analyzing data from an analyte sensor, the method comprising receiving sensor data from the analyte sensor, the sensor data comprising at least two sensor data points; and detecting noise in the sensor data; calibrating the sensor data; smoothing the calibrated sensor data points, wherein the step of smoothing is conducted prior to the step of calculating a rate of change; determining when at least three smoothed sensor data points increase continuously or decrease continuously, wherein the following step of calculating the rate of change is performed only when at least three smoothed sensor data points increase continuously or decrease continuously; and calculating the rate of change of the calibrated sensor data from the sensor data points dependent at least in part upon whether the noise is detected. receiving sensor data from the analyte sensor, the sensor data comprising at least two sensor data points; and detecting noise in the sensor data; calibrating the sensor data; smoothing the calibrated sensor data points, wherein the step of smoothing is conducted prior to the step of calculating a rate of change; determining when at least three smoothed sensor data points increase continuously or decrease continuously, wherein the following step of calculating the rate of change is performed only when at least three smoothed sensor data points increase continuously or decrease continuously; and calculating the rate of change of the calibrated sensor data from the sensor data points dependent at least in part upon whether the noise is detected.
A marine diesel cylinder lubricating oil composition which comprises (a) at least 60 wt.% of a Group I base stock oil of lubricating viscosity, and (b) a non-borated polyalkenyl bis-succinimide dispersant present in an amount of from 1.5 to 8.0 wt. %, on an actives basis, based on the total weight of the marine diesel cylinder lubricating oil composition, wherein the polyalkenyl substituent is derived from a polyalkene group having a number average molecular weight of from 1500 to 3000; and further wherein the marine diesel cylinder lubricating oil composition has a total base number (TBN) of 20 to 30, wherein the TBN of the marine diesel cylinder lubricating oil composition is determined in accordance with ASTM Standard No. D2896.
A rotating culture device comprising: a tubular culture vessel which is long in an axial direction; a support mechanism which supports the culture vessel so that the culture vessel is rotatable about an axis thereof; a rotation drive section which rotationally drives the culture vessel; a tilting section which tilts the support mechanism so that the axis of the culture vessel is tilted in a vertical direction; and a control section which controls operation of the rotation drive section and operation of the tilting section, wherein the culture vessel has a peripheral wall portion whose shape is cylindrical or a polygonal shape having eight or more sides so that a liquid culture medium in the culture vessel is prevented from being stirred to damage cells, and the control section controls the tilting section in accordance with a distribution state of cells so that uneven floating positions of the cells in the axial direction are dispersed in the axial direction. a tubular culture vessel which is long in an axial direction; a support mechanism which supports the culture vessel so that the culture vessel is rotatable about an axis thereof; a rotation drive section which rotationally drives the culture vessel; a tilting section which tilts the support mechanism so that the axis of the culture vessel is tilted in a vertical direction; and a control section which controls operation of the rotation drive section and operation of the tilting section, wherein the culture vessel has a peripheral wall portion whose shape is cylindrical or a polygonal shape having eight or more sides so that a liquid culture medium in the culture vessel is prevented from being stirred to damage cells, and the control section controls the tilting section in accordance with a distribution state of cells so that uneven floating positions of the cells in the axial direction are dispersed in the axial direction.
Storage frame for cylinders of pressurized fluid, comprising a primary structure and at least one storage box , the storage box comprising least one cylinder of pressurized fluid extending along a longitudinal axis between two ends, said storage box being mounted in the primary structure and comprising at least one first retaining member configured to maintain the position of one end of the at least one cylinder while at the same time exhibiting at least one determined degree of freedom, and at least one second retaining member configured to collaborate fixedly with the other end of the cylinder , immobilizing the cylinder in terms of rotation, characterized in that the storage box forms, in the primary structure , a unit assembly of cylinder(s) fixed firmly at one end and floatingly at the other end, which means to say that there is no firm mechanical connection at one end of each cylinder so as to allow each cylinder a longitudinal movement in its region of retention making it possible to absorb the expansion of the volume of the cylinder notably as it is being filled, and in that the storage box comprises at least one first plate extending in a first direction, the first plate comprising at least one passage orifice configured to accept, in the mounted position, at least part of that end of the cylinder that is referred to as the "first end " which collaborates with the first retaining member , the other end which collaborates with the second retaining member being referred to as the "second end ".
An assembly for a wheel of a vehicle , the assembly including: - a mudguard with a partition describing generally a semi-circle, and which delimits an internal space intended to receive a wheel of the vehicle ; and - a flap forming a wall extending the partition of the mudguard downwards; characterized in that the partition includes a fastening tab intended to be fastened to the structure of the vehicle , and which projects with respect to the partition , and in that the flap includes a sleeve fitted around the fastening tab . - a mudguard with a partition describing generally a semi-circle, and which delimits an internal space intended to receive a wheel of the vehicle ; and - a flap forming a wall extending the partition of the mudguard downwards;
Disk screen for separating solid residues, which comprises: - a support structure ; - a plurality of rotation shafts parallel to each other and rotatably mounted on said support structure ; - means for driving said rotation shafts in order to rotate them around their longitudinal extension axis (Y); - a plurality of disks axially mounted in succession, spaced from each other along said rotation shafts , provided with two lateral faces orthogonal to the longitudinal extension axis (Y) of the corresponding said rotation shafts ; - a plurality of sleeves , each comprising a tubular body , which tubular body is mounted externally idle on a corresponding said rotation shaft between two disks in succession, and is provided with an inner surface , oriented toward said rotation shaft , and with an outer surface oriented in a opposite direction with respect to said inner surface ; wherein, said disks are instead otherwise mechanically rotatably coupled to said rotation shaft in order to receive the rotation motion thereof; the lateral faces of said disks having a central depression of circular form; said disk screen being characterized in that each said sleeve comprises two annular shoulders , which are fixed to the ends of said tubular body , radially project from the outer surface of said tubular body and are inserted inside the central depressions of the lateral faces of said disks ; wherein the annular shoulders of each said sleeve are obtained with shaped metal plates. - a support structure ; - a plurality of rotation shafts parallel to each other and rotatably mounted on said support structure ; - means for driving said rotation shafts in order to rotate them around their longitudinal extension axis (Y); - a plurality of disks axially mounted in succession, spaced from each other along said rotation shafts , provided with two lateral faces orthogonal to the longitudinal extension axis (Y) of the corresponding said rotation shafts ; - a plurality of sleeves , each comprising a tubular body , which tubular body is mounted externally idle on a corresponding said rotation shaft between two disks in succession, and is provided with an inner surface , oriented toward said rotation shaft , and with an outer surface oriented in a opposite direction with respect to said inner surface ; wherein, said disks are instead otherwise mechanically rotatably coupled to said rotation shaft in order to receive the rotation motion thereof;
A method of managing articulation in an articulated machine using an electronic controller , said articulated machine comprising an engine, the method being characterised by the steps of: determining, at the electronic controller , that the articulated machine is operating at a groundspeed below a minimum threshold speed; and responsive to determining that the articulated machine is operating below the minimum threshold speed, disabling, at the electronic controller, an automatic articulation control function when one of either a first state or a second state is true, the first state being a transmission of the articulated machine being in neutral and the second state being, when the engine is started, a mode selector is set to an automatic articulation mode setting from when the engine was last started, or a mode selector is set to an automatic articulation mode setting in an "operator not present" state, characterised by the step of, responsive to determining that the articulated machine is operating below the minimum threshold speed, maintaining operation of the automatic articulation control function when neither the first state nor the second state are true. determining, at the electronic controller , that the articulated machine is operating at a groundspeed below a minimum threshold speed; and responsive to determining that the articulated machine is operating below the minimum threshold speed, disabling, at the electronic controller, an automatic articulation control function when one of either a first state or a second state is true, the first state being a transmission of the articulated machine being in neutral and the second state being, when the engine is started, a mode selector is set to an automatic articulation mode setting from when the engine was last started, or a mode selector is set to an automatic articulation mode setting in an "operator not present" state, characterised by the step of, responsive to determining that the articulated machine is operating below the minimum threshold speed, maintaining operation of the automatic articulation control function when neither the first state nor the second state are true.
Plug connection with two housings (3.1, 3.2) and a locking clip having a catch for locking and unlocking the two housings (3.1, 3.2), wherein the locking clip is mounted on one of the two housings (3.1) in a rotatable manner, wherein the catch is arranged on the locking clip , wherein the catch has at least one hinged connection , wherein the catch can adopt a folded-out position (ak) and a folded-in position (ek), wherein the plug connection is in the locked state if the locking clip is in the locked position and the catch is in the folded-out position (ak) and wherein the plug connection is in the unlocked state if the locking clip is in the unlocked position and the catch is in the folded-in position (ek), and wherein the catch is formed in the shape of a z-beam, characterized in that the catch consists of a first part and at least one second part, wherein the first part and the second part are connected to one another via an additional joint which is formed as a hinge joint or a swivel joint. wherein the locking clip is mounted on one of the two housings (3.1) in a rotatable manner, wherein the catch is arranged on the locking clip , wherein the catch has at least one hinged connection , wherein the catch can adopt a folded-out position (ak) and a folded-in position (ek), wherein the plug connection is in the locked state if the locking clip is in the locked position and the catch is in the folded-out position (ak) and wherein the plug connection is in the unlocked state if the locking clip is in the unlocked position and the catch is in the folded-in position (ek), and wherein the catch is formed in the shape of a z-beam, characterized in that the catch consists of a first part and at least one second part, wherein the first part and the second part are connected to one another via an additional joint which is formed as a hinge joint or a swivel joint.