mhurhangee/ep-ind-claims huggingface dataset:
Particles comprising (a) a core comprising one or more polymers; (b) a shell comprising hyperbranched polyglycerol; and (c) one or more therapeutic agents, diagnostic agents, prophylactic agents, or nutraceuticals, or a combination thereof, dispersed within the core; wherein the one or more polymers are more hydrophobic than the hyperbranched polyglycerol; wherein the hyperbranched polyglycerol is covalently bound to the one or more polymers, with the proviso that when the polymer is poly(lactic acid), the hyperbranched polyglycerol is not covalently bound to the poly(lactic acid) by functionalizing the hyperbranched polyglycerol with an amine and then conjugating the carboxylic group on the poly(lactic acid) to the amine; and wherein the hyperbranched polyglycerol at the surface of the particles is functionalized with one or more reactive functional groups that can adhere the particles to tissue, cells, and/or proteins, the one or more reactive functional groups being selected from aldehydes, amines, oximes, O-substituted oximes, and combinations thereof. (a) a core comprising one or more polymers; (b) a shell comprising hyperbranched polyglycerol; and (c) one or more therapeutic agents, diagnostic agents, prophylactic agents, or nutraceuticals, or a combination thereof, dispersed within the core; wherein the one or more polymers are more hydrophobic than the hyperbranched polyglycerol; wherein the hyperbranched polyglycerol is covalently bound to the one or more polymers, with the proviso that when the polymer is poly(lactic acid), the hyperbranched polyglycerol is not covalently bound to the poly(lactic acid) by functionalizing the hyperbranched polyglycerol with an amine and then conjugating the carboxylic group on the poly(lactic acid) to the amine; and wherein the hyperbranched polyglycerol at the surface of the particles is functionalized with one or more reactive functional groups that can adhere the particles to tissue, cells, and/or proteins, the one or more reactive functional groups being selected from aldehydes, amines, oximes, O-substituted oximes, and combinations thereof.
A machine tool comprising an eccentric guide bush which supports an object to be machined projecting from a leading end of a main spindle in a state of being eccentric relative to a shaft center of the main spindle characterised in that the eccentric guide bush may be switched between a rotation state rotating about the shaft center of the main spindle and a stop state further comprising: a main spindle motor which rotates the main spindle about the shaft center; a guide bush servomotor which rotates the eccentric guide bush about the shaft center; and a controller which controls the guide bush servomotor, so as to switch the eccentric guide bush between the rotation state rotating about the shaft center in synchronization with the main spindle as the controller controls both the guide bush servomotor, so as to rotate in synchronization with the rotation of the main spindle motor with reference to a control processing which rotates and drives the main spindle motor, and the stop state. a main spindle motor which rotates the main spindle about the shaft center; a guide bush servomotor which rotates the eccentric guide bush about the shaft center; and a controller which controls the guide bush servomotor, so as to switch the eccentric guide bush between the rotation state rotating about the shaft center in synchronization with the main spindle as the controller controls both the guide bush servomotor, so as to rotate in synchronization with the rotation of the main spindle motor with reference to a control processing which rotates and drives the main spindle motor, and the stop state.
An exhaust gas control system of an internal combustion engine, the exhaust gas control system comprising: a urea water tank configured to store urea water; a heater configured to heat frozen urea water within the urea water tank; a purifying device (13, 15) configured to purify exhaust gas by addition of the urea water pumped from the urea water tank to the exhaust gas of the internal combustion engine; a notification device (25, 27); and a controller; the controller being configured to: (i) determine whether frozen urea water is left within the urea water tank or not; and (ii) determine whether liquid urea water capable of being pumped out is not left within the urea water tank or not, characterized in that the controller is further configured to: (iii) estimate an amount of urea water that can be supplied into the urea water tank in response to a state where the frozen urea water is left within the urea water tank; and (iv) control the notification device (25, 27) so as to give a notification for prompting a supply of the amount of urea water that can be supplied into the urea water tank in response to a state where liquid urea water capable of being pumped out is not left within the urea water tank. a urea water tank configured to store urea water; a heater configured to heat frozen urea water within the urea water tank; a purifying device (13, 15) configured to purify exhaust gas by addition of the urea water pumped from the urea water tank to the exhaust gas of the internal combustion engine; a notification device (25, 27); and a controller; the controller being configured to: (i) determine whether frozen urea water is left within the urea water tank or not; and (ii) determine whether liquid urea water capable of being pumped out is not left within the urea water tank or not, characterized in that the controller is further configured to: (iii) estimate an amount of urea water that can be supplied into the urea water tank in response to a state where the frozen urea water is left within the urea water tank; and (iv) control the notification device (25, 27) so as to give a notification for prompting a supply of the amount of urea water that can be supplied into the urea water tank in response to a state where liquid urea water capable of being pumped out is not left within the urea water tank. (i) determine whether frozen urea water is left within the urea water tank or not; and (ii) determine whether liquid urea water capable of being pumped out is not left within the urea water tank or not, (iii) estimate an amount of urea water that can be supplied into the urea water tank in response to a state where the frozen urea water is left within the urea water tank; and (iv) control the notification device (25, 27) so as to give a notification for prompting a supply of the amount of urea water that can be supplied into the urea water tank in response to a state where liquid urea water capable of being pumped out is not left within the urea water tank.
A method for determining the concentration of at least one analyte in a fluid sample having a plurality of analytes, the method comprising: providing a system comprising: a base substrate, a first electrode pair disposed over the base substrate, a first sensing chemistry responsive to the at least one analyte, wherein the first sensing chemistry is in electrical communication with the first electrode pair, and a chromatographic layer disposed over the first sensing chemistry; wherein the at least one analyte of the plurality of analytes moves through the chromatographic layer at a different rate relative to the movement of at least one other analyte of the plurality of analytes to allow for a time-based separation of the at least one analyte and the at least one other analyte; and measuring at least one of a voltage across the first electrode pair over time, a resistance across the first electrode pair over time, and a current flow across the first electrode pair over time to detect the at least one analyte at a different time to the at least one other analyte. providing a system comprising: a base substrate, a first electrode pair disposed over the base substrate, a first sensing chemistry responsive to the at least one analyte, wherein the first sensing chemistry is in electrical communication with the first electrode pair, and a chromatographic layer disposed over the first sensing chemistry; wherein the at least one analyte of the plurality of analytes moves through the chromatographic layer at a different rate relative to the movement of at least one other analyte of the plurality of analytes to allow for a time-based separation of the at least one analyte and the at least one other analyte; and a base substrate, a first electrode pair disposed over the base substrate, a first sensing chemistry responsive to the at least one analyte, wherein the first sensing chemistry is in electrical communication with the first electrode pair, and a chromatographic layer disposed over the first sensing chemistry; wherein the at least one analyte of the plurality of analytes moves through the chromatographic layer at a different rate relative to the movement of at least one other analyte of the plurality of analytes to allow for a time-based separation of the at least one analyte and the at least one other analyte; and measuring at least one of a voltage across the first electrode pair over time, a resistance across the first electrode pair over time, and a current flow across the first electrode pair over time to detect the at least one analyte at a different time to the at least one other analyte.
A lithographic printing plate precursor, comprising: a support; and an image-recording layer on the support, wherein the image-recording layer contains an infrared absorber, a polymerization initiator, and a polymer A, a weight-average molecular weight of the polymer A is more than 15,000 and 130,000 or less, and an ethylenically unsaturated bond valence of the polymer A is 3.0 mmol/g or more, and wherein the polymer A has a structure represented by any of Formula (A-1) to Formula (A-3), in Formula (A-1), R A1 represents a hydrogen atom or an alkyl group having 1 to 8 carbon atoms, and the portion of a wavy line represents a bonding position with other structures. a support; and an image-recording layer on the support, wherein the image-recording layer contains an infrared absorber, a polymerization initiator, and a polymer A, a weight-average molecular weight of the polymer A is more than 15,000 and 130,000 or less, and an ethylenically unsaturated bond valence of the polymer A is 3.0 mmol/g or more, and wherein the polymer A has a structure represented by any of Formula (A-1) to Formula (A-3), in Formula (A-1), R A1 represents a hydrogen atom or an alkyl group having 1 to 8 carbon atoms, and the portion of a wavy line represents a bonding position with other structures.
Halogen incandescent lamp with two incandescent filaments (21, 22) arranged within a lamp vessel, a first incandescent filament being designed for operation at a higher electrical power than the second incandescent filament, and the second incandescent filament being in the form of an incandescent filament with a single coil, and in order to implement a daytime running light function, during operation at a standard operating voltage, being designed for an electrical power which is lower than the electrical power of the first incandescent filament by a factor of 2.5 to 4, characterized in that the second incandescent filament is constructed with a pitch factor in the range of from greater than or equal to 1.65 and less than or equal to 2.0 in such a way that it can be operated in a dimmed state at an operating voltage lower than the standard operating voltage in order to implement a navigation light function.
An electronic device that includes a display, the display comprising: a substrate having convex curvature; an array of pixels formed on the substrate; and a lenticular lens film formed over the array of pixels, wherein a first portion of the array of pixels forms a stereoscopic portion of the display, wherein a second portion of the array of pixels forms a first non-stereoscopic portion of the display, wherein a third portion of the array of pixels forms a second non-stereoscopic portion of the display, wherein the stereoscopic portion forms a central portion of the display, and wherein the first and second non-stereoscopic portions form first and second edge portions of the display; and a graphics processing unit that is configured to provide three-dimensional content to the stereoscopic portion of the display and two-dimensional content to the first and second non-stereoscopic portions of the display. a substrate having convex curvature; an array of pixels formed on the substrate; and a lenticular lens film formed over the array of pixels, wherein a first portion of the array of pixels forms a stereoscopic portion of the display, wherein a second portion of the array of pixels forms a first non-stereoscopic portion of the display, wherein a third portion of the array of pixels forms a second non-stereoscopic portion of the display, wherein the stereoscopic portion forms a central portion of the display, and wherein the first and second non-stereoscopic portions form first and second edge portions of the display; and a graphics processing unit that is configured to provide three-dimensional content to the stereoscopic portion of the display and two-dimensional content to the first and second non-stereoscopic portions of the display.
A non-axial compression system for a gas turbine engine for positioning upstream of a combustor of the gas turbine engine (108,109), the non-axial compression system comprising: a longitudinal axis aligned with a spool (104,106); a first radial impeller having a first body for rotating about the longitudinal axis; a second radial impeller positioned on the longitudinal axis downstream of the first impeller and upstream of the combustor, the second impeller having a second body for rotating about the longitudinal axis; and a conical screw positioned on the longitudinal axis between the first impeller and the second impeller, the conical screw for rotating about the longitudinal axis, the conical screw having: a first radius adjacent to the first impeller and a second radius adjacent to the second impeller, the second radius smaller than the first radius; a hub (301,302); and at least one conveyor blade (401,402) extending outwardly from the hub (301,302) and positioned between the first radius and the second radius, the first body adjacent to the first radius and the at least one conveyor blade (401,402) being spaced apart from one another along the longitudinal axis; wherein the fluid downstream of the first radial impeller is directed axially by the conical screw towards the second radial impeller. a longitudinal axis aligned with a spool (104,106); a first radial impeller having a first body for rotating about the longitudinal axis; a second radial impeller positioned on the longitudinal axis downstream of the first impeller and upstream of the combustor, the second impeller having a second body for rotating about the longitudinal axis; and a conical screw positioned on the longitudinal axis between the first impeller and the second impeller, the conical screw for rotating about the longitudinal axis, the conical screw having: a first radius adjacent to the first impeller and a second radius adjacent to the second impeller, the second radius smaller than the first radius; a hub (301,302); and at least one conveyor blade (401,402) extending outwardly from the hub (301,302) and positioned between the first radius and the second radius, the first body adjacent to the first radius and the at least one conveyor blade (401,402) being spaced apart from one another along the longitudinal axis; a first radius adjacent to the first impeller and a second radius adjacent to the second impeller, the second radius smaller than the first radius; a hub (301,302); and at least one conveyor blade (401,402) extending outwardly from the hub (301,302) and positioned between the first radius and the second radius, the first body adjacent to the first radius and the at least one conveyor blade (401,402) being spaced apart from one another along the longitudinal axis;
Probe card for a testing apparatus of electronic devices, comprising at least one testing head which houses a plurality of contact probes, each contact probe having at least a contact tip suitable to abut onto the contact pads of a device under test, a support plate of said testing head associated with a stiffener, an intermediate support, connected to said support plate and suitable to provide a spatial transformation of the distances between contact pads made on its opposite faces, and a support element, being realized by means of a material having a stiffness greater than said intermediate support, characterized in that it comprises a regulation system, suitable to associate said stiffener and said support element, said regulation system comprising first adjustment screws active by pushing and second adjustment screws active by pulling, said first and second adjustment screws (31, 32) being distributed on a plane of said support element, said regulation system being able to apply to said support element local forces pushing and/or pulling said support element with respect to said stiffener, said intermediate support being connected with said support element in such a way that said local forces are transmitted to said intermediate support so as to realize local micro rectifications of said intermediate support.
A radar system for providing joint object detection and communication, the radar system comprising: a communication signal generator configured to provide a communication signal; a pre-distortion module configured to apply a pre-distortion to the communication signal to provide a pre-distorted communication signal; a linear frequency modulation signal generator configured to provide an LFM signal; a mixer configured to mix the pre-distorted communication signal onto the LFM signal to provide a radar signal to be transmitted by the radar system; and an all-pass filter configured to filter one or more de-ramped reflected signals of the radar signal reflected off of one or more objects to provide a filtered signal, wherein each de-ramped reflected signal includes the pre-distorted communication signal, wherein the all-pass filter provides a linear group delay, and a non-linear phase response, and wherein the pre-distortion is an inverse of the non-linear phase response of the all-pass filter. a communication signal generator configured to provide a communication signal; a pre-distortion module configured to apply a pre-distortion to the communication signal to provide a pre-distorted communication signal; a linear frequency modulation signal generator configured to provide an LFM signal; a mixer configured to mix the pre-distorted communication signal onto the LFM signal to provide a radar signal to be transmitted by the radar system; and an all-pass filter configured to filter one or more de-ramped reflected signals of the radar signal reflected off of one or more objects to provide a filtered signal, wherein each de-ramped reflected signal includes the pre-distorted communication signal, wherein the all-pass filter provides a linear group delay, and a non-linear phase response, and wherein the pre-distortion is an inverse of the non-linear phase response of the all-pass filter.
An ink composition comprising: water; particles that each include a polymer having at least one of a urethane bond or a urea bond, and each have a polymerizable group; and a combination of a polymerization inhibitor A1 that is at least one selected from the group consisting of quinone compounds, nitroso compounds, and N-oxyl compounds, and a polymerization inhibitor A2 that is at least one selected from the group consisting of phenol compounds, wherein a content ratio of the polymerization inhibitor A2 with respect to the polymerization inhibitor A1 is from 10 to 100 in terms of mass, wherein the polymerization inhibitor A1 has a solubility of 1.0 g/100 mL or more in water at 25°C, and wherein the polymerization inhibitor A2 has a solubility of less than 1.0 g/100 mL in water at 25°C. water; particles that each include a polymer having at least one of a urethane bond or a urea bond, and each have a polymerizable group; and a combination of a polymerization inhibitor A1 that is at least one selected from the group consisting of quinone compounds, nitroso compounds, and N-oxyl compounds, and a polymerization inhibitor A2 that is at least one selected from the group consisting of phenol compounds, wherein a content ratio of the polymerization inhibitor A2 with respect to the polymerization inhibitor A1 is from 10 to 100 in terms of mass, wherein the polymerization inhibitor A1 has a solubility of 1.0 g/100 mL or more in water at 25°C, and wherein the polymerization inhibitor A2 has a solubility of less than 1.0 g/100 mL in water at 25°C.
Article having a single-layer or multilayer main body having elastic properties, characterized in that the outer layer C consists at least of a first lamina C1 and a further lamina C2 and each lamina is formed from an elastomer mixture, where at least one layer D composed of a weave or loop-formed knit or loop-drawn knit has been embedded into this outer layer C between the first lamina C1 and the further lamina C2, where the article is an air spring bellows, a metal-rubber element, a vibration damper, or a damping element of a bearing, of a bushing or of a multilayered spring or conical spring, characterized in that the layer D consists of a bi-stretch weave, where a hybrid material composed of cotton, polyamide or polyester and elastane, with a cotton-dominating side and a polyamide- or polyester-dominating side, is used for the bi-stretch weave.
A detection device for detecting an analyte in a liquid sample, the device comprising: a) a testing strip comprising a sample application area and a test area; b) a base layer, wherein the base layer comprises a groove for containing the testing strip; c) a sample chamber for collecting a liquid sample; d) a covering layer covering the groove on the base layer to form a first sealed end channel and a second sealed end channel, the first and the second sealed end channels accommodating part of the testing strip therein and the second sealed end channel forming the sample chamber; and e) an opening included on the base layer or the cover layer in fluid communication with the sample chamber, to allow the liquid sample to enter into the sample chamber for contacting the sample application area when the test device is inserted into the liquid sample, so that the sample chamber can retain the liquid sample therein such as the liquid sample retained in the sample chamber is sufficient for a sample application area of the test strip to absorb the sample; characterized in that the first sealed end channel is an air-tight sealed end channel. a) a testing strip comprising a sample application area and a test area; b) a base layer, wherein the base layer comprises a groove for containing the testing strip; c) a sample chamber for collecting a liquid sample; d) a covering layer covering the groove on the base layer to form a first sealed end channel and a second sealed end channel, the first and the second sealed end channels accommodating part of the testing strip therein and the second sealed end channel forming the sample chamber; and e) an opening included on the base layer or the cover layer in fluid communication with the sample chamber, to allow the liquid sample to enter into the sample chamber for contacting the sample application area when the test device is inserted into the liquid sample, so that the sample chamber can retain the liquid sample therein such as the liquid sample retained in the sample chamber is sufficient for a sample application area of the test strip to absorb the sample;