mhurhangee/ep-ind-claims huggingface dataset:
A method of determining the prognosis of a multiple myeloma patient, comprising determining the gene expression level of GNG10, PNPLA4, KIAA1754, AHCYL1, MCLC, EVI5, AD-020, PARG1, CTBS, FUCA1, RFP2, FLJ20489, LTBP1, TRIP13, AIM2, SELI, SLC19A1, LARS2, OPN3, ASPM, CCT2, UBE21, STK6, FLJ13052, FLJ12525, BIRC5, CKS1B, CKAP1, MGC57827, DKFZp7790175, PFN1, ILF3, IF116, TBRG4, PAPD1, EIF2C2, MGC4308, ENO1, DSG2, EXOSC4, TAGLN2, RUVBL1, ALDOA, CPSF3, MGC15606, LGALS1, RAD18, SNX5, PSMD4, RAN, KIF14, CBX3, TMPO, DKFZP586L0724, WEE1. ROBO1, TCOF1, YWHAZ, and MPHOSPH1 in plasma cells isolated from the subject, and comparing the expression levels to one or more suitable controls and determining whether the patient has a poor prognosis on the basis of the comparison, wherein reduced expression of GNG10, PNPLA4, KIAA1754, AHCYL1, MCLC, EVI5, AD-020, PARG1, CTBS, FUCA1, RFP2, FLJ20489, or LTBP1, relative to a control with a favorable prognosis; and overexpression of at least one of OPN3, ASPM, or CKS1B optionally with overexpression of TRIP113, AIM2, SELI, SLC19A1, LARS2, CCT2, UBE21, STK6, FLJ13052, FLJ12525, BIRC5, CKAP1, MGC57827, DKFZp7790175, PFN1, ILF3, IF116, TBRG4, PAPD1, EIF2C2, MGC4308, ENO1, DSG2, EXOSC4, TAGLN2, RUVBL1, ALDOA, CPSF3, MGC15606, LGALS1, RAD18, SNX5, PSMD4, RAN, KIF14, CBX3, TMPO, DKFZP586L0724, WEE1, ROBO1, TCOF1, YWHAZ, or MPHOSPH1, relative to a control with a favorable prognosis, is associated with a poor prognosis.
An apparatus comprising: a user interface display; and an electronic data processor coupled to the user interface display and a drive system for an end effector (62, 70, 170, 188) used to grasp a material; wherein the electronic data processor is configured to: display a visual representation of the end effector (62, 70, 170, 188) on the user interface display; and said electronic data processor is characterized in that it is adapted, in response to a command from a user, to grasp the material at a grasping force (Fg): to determine a separation parameter between jaw members (72,76) of the end effector (62, 70, 170, 188) based on positional data obtained by means controlling the jaw members; and to display, on the user interface display, an indicator that is predictive of success or failure in clamping the material using at least one of the jaw members (72, 76) of the end effector at a desired clamping force (Fc) greater than the grasping force (Fg), the indicator being determined based on the grasping force (Fg), the separation parameter, and the desired clamping force (Fc). a user interface display; and an electronic data processor coupled to the user interface display and a drive system for an end effector (62, 70, 170, 188) used to grasp a material; wherein the electronic data processor is configured to: display a visual representation of the end effector (62, 70, 170, 188) on the user interface display; and said electronic data processor is characterized in that it is adapted, in response to a display a visual representation of the end effector (62, 70, 170, 188) on the user interface display; and said electronic data processor is characterized in that it is adapted, in response to a command from a user, to grasp the material at a grasping force (Fg): to determine a separation parameter between jaw members (72,76) of the end effector (62, 70, 170, 188) based on positional data obtained by means controlling the jaw members; and to display, on the user interface display, an indicator that is predictive of success or failure in clamping the material using at least one of the jaw members (72, 76) of the end effector at a desired clamping force (Fc) greater than the grasping force (Fg), the indicator being determined based on the grasping force (Fg), the separation parameter, and the desired clamping force (Fc). to determine a separation parameter between jaw members (72,76) of the end effector (62, 70, 170, 188) based on positional data obtained by means controlling the jaw members; and to display, on the user interface display, an indicator that is predictive of success or failure in clamping the material using at least one of the jaw members (72, 76) of the end effector at a desired clamping force (Fc) greater than the grasping force (Fg), the indicator being determined based on the grasping force (Fg), the separation parameter, and the desired clamping force (Fc).
A separation membrane element comprising a water collection tube, and a separation membrane, wherein the separation membrane comprises: a separation membrane main body which has at least a substrate and a separation functional layer; and a channel material affixed to the substrate-side surface of the separation membrane main body for forming a permeate flow path; wherein the channel material has a composition different from the composition of any layer constituting the separation membrane main body, wherein the channel material is arranged such that the channel material is discontinuous in a first direction, which is along an axial direction of the water collection tube, but continuous in a second direction from one end to the other end of the separation membrane main body, so that the channel material is disposed on the substrate-side surface of the separation membrane main body in the form of a plurality of channel materials separated from one another at intervals, wherein the separation membrane is wound around the water collection tube, and wherein an angle which is formed by the first direction and the second direction is 60° or more and 120° or less. a separation membrane main body which has at least a substrate and a separation functional layer; and a channel material affixed to the substrate-side surface of the separation membrane main body for forming a permeate flow path; wherein the channel material has a composition different from the composition of any layer constituting the separation membrane main body, wherein the channel material is arranged such that the channel material is discontinuous in a first direction, which is along an axial direction of the water collection tube, but continuous in a second direction from one end to the other end of the separation membrane main body, so that the channel material is disposed on the substrate-side surface of the separation membrane main body in the form of a plurality of channel materials separated from one another at intervals, wherein the separation membrane is wound around the water collection tube, and wherein an angle which is formed by the first direction and the second direction is 60° or more and 120° or less.
A straight stem for the implantation into a proximal femur, the stem comprising a proximal stem section and a distal stem section, the distal stem section having a distal end and a distal tip arranged directly adjacent to the distal end and defining a distalmost point of the distal end, the stem having, in an anterior-posterior view, a medial contour and a lateral contour, and the stem having a straight stem center axis between the medial contour and the lateral contour, wherein the distal end, in an anterior-posterior view, has a convexly curved contour, and wherein the convexly curved contour of the distal end merges with straight sections (46, 48) of the medial contour and of the lateral contour at a medial merging point and a lateral merging point, respectively, wherein the medial merging point and the lateral merging point are offset with respect to each other in a direction parallel to the stem center axis, wherein the lateral merging point is arranged proximally with regard to the medial merging point, wherein the convexly curved contour of the distal end is such that the distal tip is medially offset with respect to the stem center axis, and wherein the convexly curved contour of the distal end has a curved medial section extending between the distal tip and the medial merging point and a curved lateral section extending between the distal tip and the lateral merging point, characterised in that the contour of the distal end is asymmetrically convexly curved such that the degree of curvature of the curved lateral section is smaller than the degree of curvature of the curved medial section.
A magnetic valve arrangement for controlling flow of fluid, the magnetic valve arrangement having at least one ferromagnetic element (28, 42, 52) forming a portion of a magnetic circuit, a valve member (28, 50) and a valve seat; at least a portion of the valve member (28, 50) forms part of the magnetic circuit; characterised in that the valve member (28, 50) has a passage therethrough for the flow of fluid and is moveable between a first position, in which the valve member (28, 50) abuts the valve seat to restrict a fluid flow, and a second position, in which the valve member (28, 50) is spaced from the valve seat to allow a fluid flow into and through the passage in the valve member (28, 50), the valve member (28, 50) has its axis of symmetry perpendicular to a direction of fluid flow in the fluid conduit, wherein the position of the valve member (28, 50) is dependent on the temperature of the ferromagnetic element (28, 42, 52).
A negative electrode active material for lithium ion secondary batteries, characterized in that the negative electrode active material comprises a lithium-titanium composite oxide which has a composition represented by Li 4 Ti 5-x Fe x O 12 where x satisfies 0 < x ≤ 0.3 or Li 4 Ti 5-y Mn y O 12 where y satisfies 0 < y ≤ 0.3 and in which primary particles of the lithium-titanium composite oxide have an average particle diameter not less than 1 μm.
A valve comprising: - a main body; - a trigger lever, which is fastened to a rear part of the main body; - a handle, which is threaded to the main body, said handle encasing a removable filter, and comprising, at its distal end, a thread for connecting a fastening bolt; - a thread disposed at a front part of the main body of the valve; - a pin, a trim, a seat and a spring of the valve mounted in a central and inner part of the main body, wherein the seat is fastened to the pin and the trim is fastened above the seat; characterized in that the valve further comprises an open lock and a safety lock, which are linearly mobile and disposed at an upper part of the discharge valve and engaged to a central opening at a front end of the trigger lever; wherein when the safety lock is in a deactivated position and the open lock is in an activated position, the open lock is encased to the main body and the safety lock, and the open lock pushes the safety lock against the pin, which moves together with the seat, said movement shifting the position of the trim and pressing the spring, enabling the free passage of liquid through the main body of the valve, without the need for keeping the trigger lever pressed; and when the safety lock is in an activated position after being pushed until the safety lock leaves the direction of the pin, the contact between the pin and the trigger lever is disabled, preventing the free passage of liquid through the main body of the valve. - a main body; - a trigger lever, which is fastened to a rear part of the main body; - a handle, which is threaded to the main body, said handle encasing a removable filter, and comprising, at its distal end, a thread for connecting a fastening bolt; - a thread disposed at a front part of the main body of the valve; - a pin, a trim, a seat and a spring of the valve mounted in a central and inner part of the main body, wherein the seat is fastened to the pin and the trim is fastened above the seat; characterized in that the valve further comprises an open lock and a safety lock, which are linearly mobile and disposed at an upper part of the discharge valve and engaged to a central opening at a front end of the trigger lever; when the safety lock is in a deactivated position and the open lock is in an activated position, the open lock is encased to the main body and the safety lock, and the open lock pushes the safety lock against the pin, which moves together with the seat, said movement shifting the position of the trim and pressing the spring, enabling the free passage of liquid through the main body of the valve, without the need for keeping the trigger lever pressed; and when the safety lock is in an activated position after being pushed until the safety lock leaves the direction of the pin, the contact between the pin and the trigger lever is disabled, preventing the free passage of liquid through the main body of the valve.
A method of communication, comprising: receiving a message at a network node that indicates that an access terminal is being handed-over to a target access point, wherein the message is received from the target access point; comparing a closed subscriber group identifier of the target access point with closed subscriber group subscription information for the access terminal; and determining whether to allow the access terminal to be handed-over to the target access point based on the comparison. receiving a message at a network node that indicates that an access terminal is being handed-over to a target access point, wherein the message is received from the target access point; comparing a closed subscriber group identifier of the target access point with closed subscriber group subscription information for the access terminal; and determining whether to allow the access terminal to be handed-over to the target access point based on the comparison.
A controlled ignition two-stroke endothermic engine, of a type comprising at least one cylinder that slidingly houses a piston inside, and is connected to a head on the upper side, so as to determine a combustion chamber with at least one spark plug, and is connected to a pump-crankcase on the lower side, the latter being in communication with said cylinder at least via a central transfer port, said cylinder being in communication with the external world via an exhaust duct and an intake duct, characterized in that said intake duct is crossed by said central transfer port and houses an upper fuel injector on its top side and a lower fuel injector on its bottom side, the latter oriented so that the fuel sprayed from it reaches the inside of said cylinder after first having crossed said intake duct and subsequently running the upper part of said central transfer port which connects said intake duct with said cylinder.
A neuromodulation system comprising: a first device comprising a non-transitory computer readable medium configured to cause a microprocessor to: cause one or more electrodes useable for stimulation to issue one or more stimulation waveforms to a patient's neural elements, receive a first signal from a first channel comprising one or more electrodes useable for sensing, the first signal comprising a first stimulation artifact overlapping a first evoked neural response, wherein the first one or more sensing electrodes are located a first distance from the one or more stimulation electrodes where the first stimulation artifact overlaps the first neural response, receive a second signal from a different second channel comprising one or more electrodes useable for sensing, the second signal comprising a second stimulation artifact and a second evoked neural response, wherein the second stimulation artifact and the second evoked neural response are not overlapping, wherein the second one or more sensing electrodes are located a second distance from the one or more stimulation electrodes where the second stimulation artifact does not overlap the second evoked neural response signal, and reduce the first stimulation artifact based on the first and the second signals. cause one or more electrodes useable for stimulation to issue one or more stimulation waveforms to a patient's neural elements, receive a first signal from a first channel comprising one or more electrodes useable for sensing, the first signal comprising a first stimulation artifact overlapping a first evoked neural response, wherein the first one or more sensing electrodes are located a first distance from the one or more stimulation electrodes where the first stimulation artifact overlaps the first neural response, receive a second signal from a different second channel comprising one or more electrodes useable for sensing, the second signal comprising a second stimulation artifact and a second evoked neural response, wherein the second stimulation artifact and the second evoked neural response are not overlapping, wherein the second one or more sensing electrodes are located a second distance from the one or more stimulation electrodes where the second stimulation artifact does not overlap the second evoked neural response signal, and reduce the first stimulation artifact based on the first and the second signals.
A powder duster composition for deep fried foods comprising between 1% and 65% of hydrolyzed wheat gluten, preferably between 14% and 65% by weight of total dry weight of the duster, said hydrolyzed wheat gluten having a hydrolysis degree comprised between 0.5 to 5 %.
Channel for trapping particles to be fed to said channel with a fluid, said channel having a bottom and opposite sidewalls, the sidewalls defining a width of the channel, said channel further comprising: - a first channel part; - a second channel part in fluid through flow connection with said first channel part and downstream of said first channel part; - an elevated structure provided in said channel that divides said channel in said first channel part and said second channel part and for trapping particles in said first channel part; - at least one flow gap provided by said elevated structure for providing said fluid through flow connection between the first channel part and the second channel part for allowing, in use, at least some fluid to flow past said elevated structure into said second channel part while trapping said particles in said first channel part; wherein said elevated structure is substantially U-shaped and has a base extending substantially between the opposite sidewalls of the channel and two legs extending from the base in an upstream direction, wherein at least part of said U-shaped elevated structure defines at least part of a particle trapping area for trapping the particles to be fed to said channel. - a first channel part; - a second channel part in fluid through flow connection with said first channel part and downstream of said first channel part; - an elevated structure provided in said channel that divides said channel in said first channel part and said second channel part and for trapping particles in said first channel part; - at least one flow gap provided by said elevated structure for providing said fluid through flow connection between the first channel part and the second channel part for allowing, in use, at least some fluid to flow past said elevated structure into said second channel part while trapping said particles in said first channel part;
Carrier projectile for a gun having a barrel which extends along a longitudinal centre axis, - having a projectile base, - having a casing which in an initial state is connected to the projectile base, and which can be released in an axial direction away from the projectile base when a release force which exceeds a limit force acts between the projectile base and casing in an axial direction, - wherein the projectile base and the casing surround a receiving space for a useful load, - and having a separation apparatus, wherein the release force is produced by the separation apparatus after leaving the barrel without the use of an ejection charge and/or without the use of a detonator, wherein the release force is produced aerodynamically on the carrier projectile during the flight of the carrier projectile, - wherein the release force is produced by means of air pressure which is produced by the flight, - wherein the separation apparatus contains an opening in the casing which during the flight is exposed to a dynamic pressure of incoming air, wherein, as a result of the dynamic pressure, an excess pressure in the form of air pressure is produced in the receiving space, - wherein the separation apparatus contains a filling element which closes the opening in the initial state, - wherein the filling element can be removed from the opening by means of a firing shock which occurs when the projectile is fired. - having a projectile base, - having a casing which in an initial state is connected to the projectile base, and which can be released in an axial direction away from the projectile base when a release force which exceeds a limit force acts between the projectile base and casing in an axial direction, - wherein the projectile base and the casing surround a receiving space for a useful load, - and having a separation apparatus, wherein the release force is produced by the separation apparatus after leaving the barrel without the use of an ejection charge and/or without the use of a detonator, wherein the release force is produced aerodynamically on the carrier projectile during the flight of the carrier projectile, - wherein the release force is produced by means of air pressure which is produced by the flight, - wherein the separation apparatus contains an opening in the casing which during the flight is exposed to a dynamic pressure of incoming air, wherein, as a result of the dynamic pressure, an excess pressure in the form of air pressure is produced in the receiving space, - wherein the separation apparatus contains a filling element which closes the opening in the initial state, - wherein the filling element can be removed from the opening by means of a firing shock which occurs when the projectile is fired.
Straddle carrier for use in container terminals and for general transportation tasks, having a rack, a spreader which is suspended between the rack and can be locked to a container, carriage beams which are arranged in the lower region of the rack and are each provided with a plurality of wheels arranged in a row, having a load lifting means with hoisting ropes which are connected to the spreader by hoisting rope suspension points on the spreader side, conformed directly on the spreader, and a positioning device (20, 21, 22, 23) that is arranged between the spreader on the one side and the rack of the straddle carrier on the other side, and by means of which the spreader is adjustable in the rack and relative to the rack in the horizontal plane thereof, wherein the spreader is freely positionable relative to the rack in the horizontal plane thereof by means of the positioning device (20, 21, 22, 23), wherein the positioning device (20, 21, 22, 23) has adjustment elements (20, 21, 22, 23), one end of which is arranged on the spreader and the other end of which is slidably displaceable on a vertical column of the rack of the straddle carrier, and wherein one adjustment element (20, 21, 22, 23) is attached to each of the corner areas (15, 16, 17, 18) of the spreader, which adjustment element is connected in slidably displaceable manner to the vertical column of the rack of the straddle carrier that is closest to said corner area (15, 16, 17, 18), characterised in that the lifting means comprises hoisting winches, to which the hoisting ropes are attached on the one hand, and by means of which on the other hand the hoisting ropes connected to the spreader can be rolled up and unrolled, that the adjustment elements (20, 21, 22, 23) of the positioning device are in the form of fluid, preferably hydraulic cylinders (20, 21, 22, 23) which are connected to the respective corner area (15, 16, 17, 18) of the spreader in articulated manner via a joint, and connected to the vertical column of the rack attached and closest to this corner area (15, 16, 17, 18) of the spreader in articulated, slidably adjustable manner via a slip joint, and that a telescopic device is assigned to each fluid or hydraulic cylinder (20, 21, 22, 23) of the positioning device, by means of which the shearing forces acting on the fluid or hydraulic cylinder (20, 21, 22, 23) can be absorbed and dissipated.