mhurhangee/ep-ind-claims huggingface dataset:
A portable device for use in conjunction with a horizontal directional drilling system that includes a drill string that extends from a drill rig to an inground tool such that extension and retraction of the drill string moves the inground tool through the ground during an inground operation and the inground tool supports a transmitter that transmits an electromagnetic signal (120, 122) for detection by the portable device, said portable device comprising: a receiver for detecting the signal (120, 122) with the transmitter above ground in a first operational mode and below a surface of the ground in a second operational mode; and a processor configured for selective operation in (i) said first mode to determine an above ground range from the portable device to the transmitter based on an above ground measured signal strength of said electromagnetic signal (120, 122) and a surface effect compensation, and (ii) said second mode with the transmitter in the ground to determine a depth of the transmitter below the surface based on a below ground measured signal strength of said electromagnetic signal (120, 122). a receiver for detecting the signal (120, 122) with the transmitter above ground in a first operational mode and below a surface of the ground in a second operational mode; and a processor configured for selective operation in (i) said first mode to determine an above ground range from the portable device to the transmitter based on an above ground measured signal strength of said electromagnetic signal (120, 122) and a surface effect compensation, and (ii) said second mode with the transmitter in the ground to determine a depth of the transmitter below the surface based on a below ground measured signal strength of said electromagnetic signal (120, 122).
Liquid aqueous detergent compositions comprising: i) from 0.2 to 10 % by weight of a thickening agent which is a crosslinked alkali swellable polyacrylate obtainable by polymerization of: a) from 20 to 70% by weight of a monoethylenically unsaturated monomer containing a carboxylic group; b) from 20 to 70% by weight of a (meth)acrylic acid ester; c) from 0.05 to 3% by weight of an unsaturated monomer containing one or more acetoacetyl or cyanoacetyl groups; d) from 0.01 to 3% by weight of a polyethylenically unsaturated monomer; e) from 0 to 10% by weight of a nonionic acrylic associative monomer; ii) from 5 to 60% by weight of a detergent component consisting of at least one compound selected from anionic surfactants, amphoteric surfactants, cationic surfactants, zwitterionic surfactants, non-ionic surfactants and mixture thereof. i) from 0.2 to 10 % by weight of a thickening agent which is a crosslinked alkali swellable polyacrylate obtainable by polymerization of: a) from 20 to 70% by weight of a monoethylenically unsaturated monomer containing a carboxylic group; b) from 20 to 70% by weight of a (meth)acrylic acid ester; c) from 0.05 to 3% by weight of an unsaturated monomer containing one or more acetoacetyl or cyanoacetyl groups; d) from 0.01 to 3% by weight of a polyethylenically unsaturated monomer; e) from 0 to 10% by weight of a nonionic acrylic associative monomer; a) from 20 to 70% by weight of a monoethylenically unsaturated monomer containing a carboxylic group; b) from 20 to 70% by weight of a (meth)acrylic acid ester; c) from 0.05 to 3% by weight of an unsaturated monomer containing one or more acetoacetyl or cyanoacetyl groups; d) from 0.01 to 3% by weight of a polyethylenically unsaturated monomer; e) from 0 to 10% by weight of a nonionic acrylic associative monomer; ii) from 5 to 60% by weight of a detergent component consisting of at least one compound selected from anionic surfactants, amphoteric surfactants, cationic surfactants, zwitterionic surfactants, non-ionic surfactants and mixture thereof.
A system for increasing immune response against an existing cancer in a patient comprising a) means for a primary action on the primary tumor of the patient that generates professional antigen-presenting cells APCs/DCs with tumor associated antigens of the primary cancer cells in the interstitial fluid of the primary cancer region, and b) means that for a selectable delay after the start of said primary action performs one or more secondary actions, said means comprising i) means for introducing micro-bubbles into the tumor capillary system of the cancer region, and ii) means for vibrating said micro-bubbles with incident ultrasound beams with appropriate frequency and amplitude, for the purpose of increasing flow of lymphatic fluid containing APCs/DCs with TAA from the primary tumor to the draining lymph nodes (DLNs). a) means for a primary action on the primary tumor of the patient that generates professional antigen-presenting cells APCs/DCs with tumor associated antigens of the primary cancer cells in the interstitial fluid of the primary cancer region, and b) means that for a selectable delay after the start of said primary action performs one or more secondary actions, said means comprising i) means for introducing micro-bubbles into the tumor capillary system of the cancer region, and ii) means for vibrating said micro-bubbles with incident ultrasound beams with appropriate frequency and amplitude, for the purpose of increasing flow of lymphatic fluid containing APCs/DCs with TAA from the primary tumor to the draining lymph nodes (DLNs). i) means for introducing micro-bubbles into the tumor capillary system of the cancer region, and ii) means for vibrating said micro-bubbles with incident ultrasound beams with appropriate frequency and amplitude, for the purpose of increasing flow of lymphatic fluid containing APCs/DCs with TAA from the primary tumor to the draining lymph nodes (DLNs).
A storage yarn feeder comprising a motorized, yarn-winding rotary drum which is rotatable with respect to a motor-housing and is adapted to have a plurality of yarn loops wound on itself, said loops being adapted to be unwound upon request from a downstream machine, and a yarn unwinding sensor comprising light-emitting means (46, 146, 246) and light-receiving means (72, 172, 272) which operatively define a light connection parsing through a detection area of the rotary drum which is adapted to be repeatedly engaged by the yarn during its rotational unwinding movement, whereby the unwinding of yarn from the rotary drum is determined on the basis of a variation in the light signal resulting from the yarn transiting said detection area, characterized in that at least one of said light-emitting means (46, 146, 246) and light-receving means (72, 172, 272) is fixed to the rotary drum.
A random access method, applied to a contention-based access process, wherein the method comprises: detecting, by a base station, a first preamble value; generating, by the base station based on the first preamble value, at least two random access response messages, wherein in the at least two random access response messages: at least one random access response message comprises a second preamble value, and at least one random access response message comprises a third preamble value, wherein the second preamble value is the same as the first preamble value, and the third preamble value is a preamble value obtained after the base station accumulates the first preamble value based on a preset accumulation number; and the at least two random access response messages each carry instruction information of an uplink resource allocated by the base station to a terminal; and sending, by the base station, the at least two random access response messages to the terminal. detecting, by a base station, a first preamble value; generating, by the base station based on the first preamble value, at least two random access response messages, wherein in the at least two random access response messages: at least one random access response message comprises a second preamble value, and at least one random access response message comprises a third preamble value, wherein the second preamble value is the same as the first preamble value, and the third preamble value is a preamble value obtained after the base station accumulates the first preamble value based on a preset accumulation number; and the at least two random access response messages each carry instruction information of an uplink resource allocated by the base station to a terminal; and sending, by the base station, the at least two random access response messages to the terminal.
An aberration-correcting method for a laser irradiation device, which focuses a laser beam on the inside of a transparent medium, the laser irradiation device including a spatial light modulator for modulating the phase of the laser beam, and a focusing means for focusing the laser beam from the spatial light modulator at a processing position inside the medium, the method comprising: defining the processing position inside the medium; setting a relative distance (f minus d) between the medium and focusing means so that the processing position of the laser beam is positioned within a range n × d < D < n × d + Δs in which longitudinal aberration is present inside the medium when the aberration is not corrected; displaying on the spatial light modulator a correction wavefront calculated so that the laser beam is focused at the processing position when the focusing means is positioned at said relative distance (f minus d) from the medium; relatively moving the focusing means and the medium so that the distance between the focusing means and the medium becomes said relative distance (f minus d); and irradiating the laser beam onto the processing position in the medium, wherein f is the focal length of the focusing means; d is a depth from an incidence plane of the medium to the focus position of the focusing means on the assumption that the refractive index of the medium is equal to that of an atmospheric medium; n is the refractive index of the medium; and Δs is a maximum value of the longitudinal aberration, defined as Δ s = − n 2 − 1 2 n tan 2 θ max d wherein θ max is the incidence angle of an outermost ray of the laser beam. defining the processing position inside the medium; setting a relative distance (f minus d) between the medium and focusing means so that the processing position of the laser beam is positioned within a range n × d < D < n × d + Δs in which longitudinal aberration is present inside the medium when the aberration is not corrected; displaying on the spatial light modulator a correction wavefront calculated so that the laser beam is focused at the processing position when the focusing means is positioned at said relative distance (f minus d) from the medium; relatively moving the focusing means and the medium so that the distance between the focusing means and the medium becomes said relative distance (f minus d); and irradiating the laser beam onto the processing position in the medium, wherein f is the focal length of the focusing means; d is a depth from an incidence plane of the medium to the focus position of the focusing means on the assumption that the refractive index of the medium is equal to that of an atmospheric medium; n is the refractive index of the medium; and Δs is a maximum value of the longitudinal aberration, defined as Δ s = − n 2 − 1 2 n tan 2 θ max d wherein θ max is the incidence angle of an outermost ray of the laser beam.
A method for the manufacture of individually fitted tooth positioners, comprising the following steps: a) scanning a first physical mold in the actual position of the rows of teeth and creating a virtual positive mold in the actual position, b) deforming the virtual positive mold in the actual position, such that the teeth of the virtual positive mold are brought into a target position, b2') digital modeling of a virtual negative mold of the target position on the basis of the virtual positive mold of the target position, wherein step b2') being comprised between step b) and c), c) printing a second physical mold in the target position by means of 3D printing, wherein the second physical mold of the target position is a negative mold, which is printed on the basis of the data set of the virtual negative mold of the target position, c2) preparing a casting mold on the basis of the second physical mold, wherein step c2) being comprised between step c) and d), and d) creating a third physical mold in the target position as a negative mold by indirectly, in particular non-destructively, using the second physical mold, wherein the third physical mold is manufactured by directly using the casting mold according to step c2). a) scanning a first physical mold in the actual position of the rows of teeth and creating a virtual positive mold in the actual position, b) deforming the virtual positive mold in the actual position, such that the teeth of the virtual positive mold are brought into a target position, b2') digital modeling of a virtual negative mold of the target position on the basis of the virtual positive mold of the target position, wherein step b2') being comprised between step b) and c), c) printing a second physical mold in the target position by means of 3D printing, wherein the second physical mold of the target position is a negative mold, which is printed on the basis of the data set of the virtual negative mold of the target position, c2) preparing a casting mold on the basis of the second physical mold, wherein step c2) being comprised between step c) and d), and d) creating a third physical mold in the target position as a negative mold by indirectly, in particular non-destructively, using the second physical mold, wherein the third physical mold is manufactured by directly using the casting mold according to step c2).
A compound having the structure or a pharmaceutically acceptable salt, solvate, or hydrate thereof for use in a method of treating cancer in a human subject, wherein the method comprises oral administration of the compound at a total daily dose in a range of from 160 mg to 1000 mg and wherein the compound is in particle form and the particles have a D 50 of more than or equal to 0.2 μm and less than or equal to 20 μm, wherein particle size analysis of the particles is performed using a dry particle method.
A Baseband unit in a communication network implementing a MIMO wireless communication, the baseband unit being configured to receive data from a backhaul transport network and perform baseband processing, the baseband unit being configured to transmit a data signal derived from the processed data to a remote unit over a plurality of MIMO layers, through a fronthaul link, the communication network comprising a physical layer, the data signal transmitted to the remote unit comprising physical user data and control data, said control data relating to a physical control channel or a synchronization channel, wherein the baseband unit comprises a control data mapper configured to select at least one MIMO layers based on at least one layer selection metric, said at least one layer selection metric being based on one or more indicators comprised in a Channel Status Information, said indicators comprised in the Channel Status Information comprising a Channel Quality Indicator, a Precoding Matrix Index, and a Rank Indicator, the number of selected MIMO layers being strictly inferior to the total number of MIMO layers, the control data mapper being further configured to map at least a part of the control data to said at least one selected MIMO layer, said at least one part of the control data mapped to a selected MIMO layer being selected based on at least one control data selection metric, the baseband unit being configured to send a copy of the physical user data on each MIMO layer of said plurality of MIMO layers, and the control data only on the selected MIMO layers mapped thereto.
A blood purification device, comprising: a blood circuit for extracorporeally circulating blood of a patient; a liquid supply circuit for supplying a supply liquid to the blood circuit or to a blood purifier provided on the blood circuit; a warmer (65, 75) provided on the liquid supply circuit to warm the supply liquid, wherein the warmer (65, 75) is configured to sandwich and hold a warming circuit constituting a part of the liquid supply circuit and comprises a heater provided on a sandwiching-and-holding surface sandwiching and holding the warming circuit, a heater temperature detection unit capable of detecting temperature of the heater, and a temperature sensor for liquid temperature detection being capable of detecting temperature of the supply liquid flowing through the warming circuit and being provided on the sandwiching-and-holding surface at a position at which the temperature sensor for liquid temperature detection is separated from the heater and, when sandwiching and holding the warming circuit, comes into contact with the warming circuit on the downstream side of a portion warmed by the heater in a direction of sending liquid; and characterised in that a warmer attachment detection unit for detecting whether or not the warming circuit is attached to the warmer (65, 75), based on the temperature of the heater detected by the heater temperature detection unit and the temperature of the supply liquid detected by the temperature sensor for liquid temperature detection. a blood circuit for extracorporeally circulating blood of a patient; a liquid supply circuit for supplying a supply liquid to the blood circuit or to a blood purifier provided on the blood circuit; a warmer (65, 75) provided on the liquid supply circuit to warm the supply liquid, wherein the warmer (65, 75) is configured to sandwich and hold a warming circuit constituting a part of the liquid supply circuit and comprises a heater provided on a sandwiching-and-holding surface sandwiching and holding the warming circuit, a heater temperature detection unit capable of detecting temperature of the heater, and a temperature sensor for liquid temperature detection being capable of detecting temperature of the supply liquid flowing through the warming circuit and being provided on the sandwiching-and-holding surface at a position at which the temperature sensor for liquid temperature detection is separated from the heater and, when sandwiching and holding the warming circuit, comes into contact with the warming circuit on the downstream side of a portion warmed by the heater in a direction of sending liquid; and characterised in that a warmer attachment detection unit for detecting whether or not the warming circuit is attached to the warmer (65, 75), based on the temperature of the heater detected by the heater temperature detection unit and the temperature of the supply liquid detected by the temperature sensor for liquid temperature detection.
A process of preparing 2-chloro-1,1,1,4,4,4-hexafluoro-2-butene, comprising reacting hexachlorobutadiene with hydrofluoric acid in the presence of a transition metal catalyst, wherein the transition metal catalyst is a niobium catalyst selected from niobium chloride, niobium chloride or a mixture thereof.
A back-illuminated distance measuring sensor comprising: a semiconductor substrate having a light incident surface and a surface opposed to the light incident surface; a photo gate electrode provided on the surface; a first and a second gate electrodes (TX1, TX2) which are provided adjacent to the photo gate electrode on the surface; and a first and a second semiconductor areas (FD1, FD2) for respectively reading carriers flown from an area immediately under the photo gate electrode into areas immediately under the first and the second gate electrodes, and characterised in that the light incident surface side of the semiconductor substrate is provided with a visible light pumping carrier recoupled area composed of a P-type semiconductor layer or a defect layer. a semiconductor substrate having a light incident surface and a surface opposed to the light incident surface; a photo gate electrode provided on the surface; a first and a second gate electrodes (TX1, TX2) which are provided adjacent to the photo gate electrode on the surface; and a first and a second semiconductor areas (FD1, FD2) for respectively reading carriers flown from an area immediately under the photo gate electrode into areas immediately under the first and the second gate electrodes, and characterised in that the light incident surface side of the semiconductor substrate is provided with a visible light pumping carrier recoupled area composed of a P-type semiconductor layer or a defect layer.
Device for viticulture or fruit growing in the form of a trellis post with: - a base surface extending in the longitudinal direction of the trellis post with profiled corrugations, - open flanges (8a, 8b), and - reinforcing beads rising in a convex manner from the flanges (8a, 8b) with supports for tension wires, characterised in that in the area of the trellis post, which is hammered into the ground, - a driving edge is provided along the base surface, and - a cutting edge is provided, arranged in an overhead view over the trellis post in a line of sight along the longitudinal axis of the trellis post and the base surface making a right angle to the driving edge on the flanges (8a, 8b), wherein the cutting edge is arranged at an acute angle to the base surface. - a base surface extending in the longitudinal direction of the trellis post with profiled corrugations, - open flanges (8a, 8b), and - reinforcing beads rising in a convex manner from the flanges (8a, 8b) with supports for tension wires, characterised in that in the area of the trellis post, which is hammered into the ground, - a driving edge is provided along the base surface, and - a cutting edge is provided, arranged in an overhead view over the trellis post in a line of sight along the longitudinal axis of the trellis post and the base surface making a right angle to the driving edge on the flanges (8a, 8b), wherein the cutting edge is arranged at an acute angle to the base surface.
A memory cell, comprising: a first electrode material; a first metal oxide material over the first electrode material; the first metal oxide material having at least two regions (22, 24) which differ in oxygen concentration relative to one another; one of the regions being a first region and another being a second region; the first region being closer to the first electrode material than the second region, and having a greater oxygen concentration than the second region; a second metal oxide material over and directly against the first metal oxide material; the second metal oxide material comprising a different metal than the first metal oxide material; a second electrode material over the second metal oxide material; wherein the first metal oxide material comprises one or more of aluminum oxide, tantalum oxide, titanium oxide, nickel oxide, hafnium oxide and zirconium oxide; and characterized in that there is a substantially linear continuous oxygen-concentration gradient extending across an entirety of the first metal oxide material. a first electrode material; a first metal oxide material over the first electrode material; the first metal oxide material having at least two regions (22, 24) which differ in oxygen concentration relative to one another; one of the regions being a first region and another being a second region; the first region being closer to the first electrode material than the second region, and having a greater oxygen concentration than the second region; a second metal oxide material over and directly against the first metal oxide material; the second metal oxide material comprising a different metal than the first metal oxide material; a second electrode material over the second metal oxide material; wherein the first metal oxide material comprises one or more of aluminum oxide, tantalum oxide, titanium oxide, nickel oxide, hafnium oxide and zirconium oxide; and characterized in that there is a substantially linear continuous oxygen-concentration gradient extending across an entirety of the first metal oxide material.