mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting an arterial plaque rupture in an artery of a subject, comprising: detecting expression of at least one of micro RNA-221 (miR-221) and miR-222 in a sample obtained from the subject, detecting expression of circular RNA-284 (circR-284) in the sample obtained from the subject; calculating the ratio of the expression of the expression level of circR-284 to at least one of miR-221 and miR-222, wherein a ratio of circR-284 to miR-221 or miR-222 greater than a reference value indicative of a no rupture indicates that the subject has experienced arterial plaque rupture; and, optionally, detecting the expression of miR-145. detecting expression of at least one of micro RNA-221 (miR-221) and miR-222 in a sample obtained from the subject, detecting expression of circular RNA-284 (circR-284) in the sample obtained from the subject; calculating the ratio of the expression of the expression level of circR-284 to at least one of miR-221 and miR-222, wherein a ratio of circR-284 to miR-221 or miR-222 greater than a reference value indicative of a no rupture indicates that the subject has experienced arterial plaque rupture; and, optionally, detecting the expression of miR-145.
A security element comprising a pattern of at least three layers, wherein a first layer comprises a first material which is capable of interacting with a first electromagnetic radiation but does not interact with a second and third electromagnetic radiation, a second layer comprises a second material which is capable of interacting with said second electromagnetic radiation but does not interact with a first and third electromagnetic radiation, and a third layer comprising a third material which is capable of interacting with a third electromagnetic radiation but does not interact with a first and second electromagnetic radiation, characterised in that said pattern provides a visual motion effect when exposed to sequential illumination with a light source that separately emits at least said first, second and third electromagnetic radiation.
A wellbore surveillance system for obtaining fluid reservoir information data, such as the position and amount of gas, oil and/or water, while draining hydrocarbons from an oil or gas field via a casing in a wellbore in a formation, the casing having a vertical part near a top of the casing and an inner face, the system comprising: - a first sensor for measuring a content of gas, oil and/or water in the formation, and - a second sensor for measuring a content of gas, oil and/or water in the formation, wherein the first and the second sensors are arranged at least partly in a casing wall of the casing, and the second sensor is arranged at a distance from the first sensor, wherein the system further comprising a second casing arranged in a second wellbore and comprising: - a first sensor for measuring a content of gas, oil and/or water in the formation, and - a second sensor for measuring a content of gas, oil and/or water in the formation, wherein the first and the second sensors are arranged at least partly in a casing wall of the second casing, and the second sensor is arranged at a distance from the first sensor, characterised in that the system comprises several sensors with wireless communication means arranged at a predetermined mutual distance along the casing to the top of the casing, the distance being determined by the distance over which two devices are capable of communicating wirelessly with each other, whereby a first signal transmitted by one transmitter in a sensor in the first casing is received by a receiver in a sensor in the second casing. - a first sensor for measuring a content of gas, oil and/or water in the formation, and - a second sensor for measuring a content of gas, oil and/or water in the formation, - a first sensor for measuring a content of gas, oil and/or water in the formation, and - a second sensor for measuring a content of gas, oil and/or water in the formation,
An intrauterine delivery system comprising Indomethacin and Levonorgestrel, characterized in that the Indomethacin is contained in the frame material and that levonorgestrel is contained in a silicon based reservoir attached to the frame, wherein the frame consist of ethinylvinylacetate copolymer with 16 % vinylacetate content (EVA 5).
Hair-cutting system (1, 2) comprising: - a cutter arrangement configured to be moved over skin and comprising at least one functional cutter unit configured to perform a cutting action on hairs protruding from the skin; and - a hair detector configured and arranged to detect the presence of a hair in a detection area near or in the at least one functional cutter unit, wherein the hair detector: - is arranged to come into mechanical contact with a hair when the cutter arrangement is moved over the skin; - comprises at least one hair-contacting portion made from a mechanically deformable material; - comprises a measuring system configured to measure a degree of mechanical deformation of the hair-contacting portion; and - comprises a detector output unit configured to determine the presence of a hair in contact with the hair-contacting portion based on the measured degree of the mechanical deformation of the hair-contacting portion, and to generate a detector output (d out) representative of whether or not a hair is detected in the detection area; wherein the hair-cutting system (1, 2) further comprises: - a processor configured to receive the detector output (d out) from the detector output unit and to determine at least one operation parameter of the hair-cutting system (1, 2) in dependence on the detector output (d out). - a cutter arrangement configured to be moved over skin and comprising at least one functional cutter unit configured to perform a cutting action on hairs protruding from the skin; and - a hair detector configured and arranged to detect the presence of a hair in a detection area near or in the at least one functional cutter unit, wherein the hair detector: - is arranged to come into mechanical contact with a hair when the cutter arrangement is moved over the skin; - comprises at least one hair-contacting portion made from a mechanically deformable material; - comprises a measuring system configured to measure a degree of mechanical deformation of the hair-contacting portion; and - comprises a detector output unit configured to determine the presence of a hair in contact with the hair-contacting portion based on the measured degree of the mechanical deformation of the hair-contacting portion, and to generate a detector output (d out) representative of whether or not a hair is detected in the detection area; - a processor configured to receive the detector output (d out) from the detector output unit and to determine at least one operation parameter of the hair-cutting system (1, 2) in dependence on the detector output (d out).
An axle assembly comprising: an electric motor having a rotor that is rotatable about a first axis; a drive pinion that is rotatable about the first axis and that has a gear portion and a shaft portion that extends from the gear portion; a rotor shaft that extends through the drive pinion and is operatively connected to the rotor; and a countershaft transmission that operatively connects the rotor shaft to the drive pinion, the countershaft transmission having a first countershaft subassembly that is rotatable about a first countershaft axis and a second countershaft subassembly that is rotatable about a second countershaft axis. an electric motor having a rotor that is rotatable about a first axis; a drive pinion that is rotatable about the first axis and that has a gear portion and a shaft portion that extends from the gear portion; a rotor shaft that extends through the drive pinion and is operatively connected to the rotor; and a countershaft transmission that operatively connects the rotor shaft to the drive pinion, the countershaft transmission having a first countershaft subassembly that is rotatable about a first countershaft axis and a second countershaft subassembly that is rotatable about a second countershaft axis.
A pressing machine for plastically deforming a workpiece, comprising: a. a housing and an electric motor for actuating the pressing machine; b. a tool holder arranged on the housing for holding an exchangeable tool head of the pressing machine; c. a mechanical securing element which is arranged to be movable from an open position, in which a tool head can be inserted into the tool holder, into a closed position, in which the tool head is secured in the tool holder, characterised in that the tool holder is arranged to be rotatable on the housing of the pressing machine, preferably to be freely rotatable without restriction, and the pressing machine is an electro-hydraulic pressing machine, wherein a hydraulic piston actuates the tool head and a roller mechanism is provided at the actuation end of the hydraulic piston, which can interact with correspondingly formed actuation surfaces of the tool head and allows movement of the tools of the tool head when the hydraulic piston is moved forwards, and d. wherein a mechanical actuation element is provided, which is arranged to be movable on the tool holder between a first position and a second position, wherein the actuation element is arranged such that it can interact with the mechanical securing element, so that the securing element in its closed position forces the actuation element into the second position. a. a housing and an electric motor for actuating the pressing machine; b. a tool holder arranged on the housing for holding an exchangeable tool head of the pressing machine; c. a mechanical securing element which is arranged to be movable from an open position, in which a tool head can be inserted into the tool holder, into a closed position, in which the tool head is secured in the tool holder, characterised in that the tool holder is arranged to be rotatable on the housing of the pressing machine, preferably to be freely rotatable without restriction, and the pressing machine is an electro-hydraulic pressing machine, wherein a hydraulic piston actuates the tool head and a roller mechanism is provided at the actuation end of the hydraulic piston, which can interact with correspondingly formed actuation surfaces of the tool head and allows movement of the tools of the tool head when the hydraulic piston is moved forwards, and d. wherein a mechanical actuation element is provided, which is arranged to be movable on the tool holder between a first position and a second position, wherein the actuation element is arranged such that it can interact with the mechanical securing element, so that the securing element in its closed position forces the actuation element into the second position.
A system comprising a ferromagnetic target and a magnetic field sensor (100,200,300,400), comprising: a die (104,206,306,406); a coil (102,204,304,404) proximate the die (104,206,306,406) to generate a magnetic field; and a magnetic field sensing element (106,202,302,402,403) on said die (104,206,306,406), wherein the magnetic field sensing element is arranged to detect changes in the magnetic field generated by the coil (102,204,304,404) as a result of movement of the ferromagnetic target, and characterized in that the magnetic field sensor further comprises a constant current source coupled to the coil (102,204,304,404), such that the magnetic field generated by the coil and the axis of sensitivity of the sensing element are aligned perpendicularly to the sensing element when the target approaches and retreats in relation to the coil. a die (104,206,306,406); a coil (102,204,304,404) proximate the die (104,206,306,406) to generate a magnetic field; and a magnetic field sensing element (106,202,302,402,403) on said die (104,206,306,406), wherein the magnetic field sensing element is arranged to detect changes in the magnetic field generated by the coil (102,204,304,404) as a result of movement of the ferromagnetic target, and characterized in that the magnetic field sensor further comprises a constant current source coupled to the coil (102,204,304,404), such that the magnetic field generated by the coil and the axis of sensitivity of the sensing element are aligned perpendicularly to the sensing element when the target approaches and retreats in relation to the coil.
A cooling system for a waste heat recovery ("WHR") system, comprising: a frame configured for mounting to a vehicle chassis in a path of ram air entering an engine compartment of a vehicle; a recouperator connected to the frame above the ram air path, the recouperator heating a refrigerant received from a feed pump with heat provided by a working fluid received from an expander and gear box; a radiator connected to the frame in the ram air path and configured to cool coolant from an engine using the ram air; a WHR condenser (28, 262) connected to the frame and fluidly connected to the recouperator and positioned to drain working fluid from the recouperator into the WHR condenser (28, 262); and a coolant boiler (14', 92) connected to the frame in a stacked arrangement with the recouperator, wherein the coolant boiler (14', 92) is fluidly connected to the recouperator to receive the heated refrigerant from the recouperator and fluidly connected to the radiator to receive cooled coolant. a frame configured for mounting to a vehicle chassis in a path of ram air entering an engine compartment of a vehicle; a recouperator connected to the frame above the ram air path, the recouperator heating a refrigerant received from a feed pump with heat provided by a working fluid received from an expander and gear box; a radiator connected to the frame in the ram air path and configured to cool coolant from an engine using the ram air; a WHR condenser (28, 262) connected to the frame and fluidly connected to the recouperator and positioned to drain working fluid from the recouperator into the WHR condenser (28, 262); and a coolant boiler (14', 92) connected to the frame in a stacked arrangement with the recouperator, wherein the coolant boiler (14', 92) is fluidly connected to the recouperator to receive the heated refrigerant from the recouperator and fluidly connected to the radiator to receive cooled coolant.
A key information management device comprising a key information distribution unit configured to distribute, to a mobile terminal, key information for unlocking or activating a vehicle by the mobile terminal transmitting a predetermined transmission signal to the vehicle, wherein the key information distribution unit is configured to make an authority regarding unlocking or activation of the vehicle, which is imparted to the key information, different according to the mobile terminal that is a distribution target, and the key information distribution unit is configured to make the authority regarding unlocking or activation of the vehicle different according to content of a predetermined service of using the vehicle when the key information distribution unit distributes the key information to the mobile terminal related to the predetermined service, characterized in that, the key information distribution unit is configured to make different an authority which is imparted to the key information regarding sharing of the key information with another mobile terminal, when the user of the mobile terminal that is a distribution target is a user of the vehicle, according to whether the user is an owner user of the vehicle or a user other than the owner user of the vehicle. the key information distribution unit is configured to make the authority regarding unlocking or activation of the vehicle different according to content of a predetermined service of using the vehicle when the key information distribution unit distributes the key information to the mobile terminal related to the predetermined service, characterized in that, the key information distribution unit is configured to make different an authority which is imparted to the key information regarding sharing of the key information with another mobile terminal, when the user of the mobile terminal that is a distribution target is a user of the vehicle, according to whether the user is an owner user of the vehicle or a user other than the owner user of the vehicle.
Mobile order-picking robot comprising an autonomous traction drive, a controller, a load-handling manipulator, a load-carrying means for handling a package, wherein the load-carrying means is arranged on the load-handling manipulator, and a receiving device for a load-carrying apparatus, configured as a pallet, for stacking individual packages which can be removed from a store from various source pallets, wherein an additional fine manipulator apparatus is provided on the order-picking robot for fine adjustment of individual packages on the load-carrying apparatus, configured as a pallet, after they have been deposited by means of the load-handling manipulator, characterized in that the fine manipulator apparatus comprises a fine positioning apparatus (14, 15, 24, 25, 26), configured as a pushing apparatus, on at least one side of the load-carrying apparatus and the fine manipulator apparatus is configured to eliminate gaps which are caused by the depositing process or by the construction of the load-carrying means and occur between individual packages.
A composition comprising a conjugate of 2-(2-(4-(dibenzo[b,f][1,4]thiazepin-11-yl)piperazin-1-yl)ethoxy)ethanol (quetiapine) or 7-hydroxy-quetiapine and phenylalanine, or a salt thereof, wherein the phenylalanine is esterified through its carboxyl group to a hydroxyl group of the quetiapine or 7-hydroxy-quetiapine.
An implantable medical device including a stented structure formed of a plurality of stent sections coupled together by one or more coupling elements, the coupled stent sections extending in at least one longitudinal direction, the or at least one of the coupling elements being hinged to allow for said coupled stent sections to pivot around the hinge so as to flex the stented structure in said longitudinal direction; wherein the stented structure is made of shape memory material having a first transition temperature, wherein the hinge or hinges are formed by heat treated zones having a transition temperature higher than the first transition temperature and above normal body temperature so as to remain in the martensitic state when the device is in a patient and thus provide zones of increased flexibility within the stent structure, and wherein the or each coupling element extends substantially in said at least one longitudinal direction of the medical device and substantially parallel to the longitudinal axis of the stented structure.
A method for producing particles having a SiO 2 containing surface comprising: a) providing an aqueous reaction composition comprising i) core particles, ii) an added base, iii) a silicate salt, and iv) a pH modulator wherein the initial pH value of the reaction composition is above the gelation pH value of the silicate and is at least 11.5 and wherein the initial pH value is adjusted by the added base; b) agitating said reaction composition, wherein the pH modulator is an organic compound that reacts in the alkaline milieu of the reaction composition to produce an acidic compound, thereby decreasing the pH value of the reaction composition over time and wherein due to said decrease of the pH value of the reaction composition SiO 2 is deposited onto the core particles, whereby particles are formed which have a diameter of 30μm or less and wherein said particles are formed by agglomerated SiO 2 coated core particles; and c) obtaining the particles by collecting them from the reaction composition. a) providing an aqueous reaction composition comprising i) core particles, ii) an added base, iii) a silicate salt, and iv) a pH modulator i) core particles, ii) an added base, iii) a silicate salt, and iv) a pH modulator b) agitating said reaction composition, wherein the pH modulator is an organic compound that reacts in the alkaline milieu of the reaction composition to produce an acidic compound, thereby decreasing the pH value of the reaction composition over time and wherein due to said decrease of the pH value of the reaction composition SiO 2 is deposited onto the core particles, whereby particles are formed which have a diameter of 30μm or less and wherein said particles are formed by agglomerated SiO 2 coated core particles; and c) obtaining the particles by collecting them from the reaction composition.
Powder application unit for a device for the additive manufacturing of components, which unit comprises: - at least one electrical lead and - at least one current source which is connected to the electrical lead, characterized in that - the electrical lead acts as a powder distributor and as a heating element, - the electrical lead is wound in a coil shape around a core, and - insulation is arranged between two adjacent windings (40, 42), - the lower surface of the coil being closed, such that the pile of powder can be distributed evenly and smoothly. - at least one electrical lead and - at least one current source which is connected to the electrical lead, characterized in that - the electrical lead acts as a powder distributor and as a heating element, - the electrical lead is wound in a coil shape around a core, and - insulation is arranged between two adjacent windings (40, 42), - the lower surface of the coil being closed, such that the pile of powder can be distributed evenly and smoothly.
A turbocharger comprising: a compressor impeller configured to be provided in an intake path of an internal combustion engine; a turbine wheel configured to be provided in an exhaust path of the internal combustion engine; a drive shaft configured to penetrate a turbo housing to be provided and transmit a driving force of an actuator disposed at an outside of the turbo housing to a drive mechanism in the turbo housing; a bush configured to rotatably support the drive shaft on the turbo housing; and a seal configured to be provided at an end portion on an external side of the turbo housing of the bush, the seal characterized by comprising: a circular seal body that is made of resin and configured to include an inner circumferential surface that comes in contact with an outer circumferential surface of the drive shaft, and an end surface that is contactable with a member provided the external side of turbo housing of the drive shaft; and a metallic spring configured to press the seal body to an inner circumferential side and an outer circumferential side in a radial direction. a compressor impeller configured to be provided in an intake path of an internal combustion engine; a turbine wheel configured to be provided in an exhaust path of the internal combustion engine; a drive shaft configured to penetrate a turbo housing to be provided and transmit a driving force of an actuator disposed at an outside of the turbo housing to a drive mechanism in the turbo housing; a bush configured to rotatably support the drive shaft on the turbo housing; and a seal configured to be provided at an end portion on an external side of the turbo housing of the bush, a circular seal body that is made of resin and configured to include an inner circumferential surface that comes in contact with an outer circumferential surface of the drive shaft, and an end surface that is contactable with a member provided the external side of turbo housing of the drive shaft; and a metallic spring configured to press the seal body to an inner circumferential side and an outer circumferential side in a radial direction.