mhurhangee/ep-ind-claims huggingface dataset:
A medical device comprising respectively at least: - a hard part with fluid paths for conducting a medical fluid, in particular blood, through the hard part; - a converter (205, 207, 209, 211, 213), the converter (205, 207, 209, 211, 213) being arranged to measure a property of the medical fluid while it is present in one of the fluid paths; wherein the converter (205, 207, 209, 211, 213) is, at least in a portion thereof, applied to the hard part, by means of at least one additive application method, preferably a printing method; characterized in that the converter (205, 207, 209, 211, 213) is designed or configured as: - a converter for capacitive measurements with two conductive surfaces and a dielectric arranged between them as a level determination converter or distance determination converter; - a converter for resistance measurement when acting on a wire as weight determination converter, force determination converter, path determination converter, contact detection converter; - a magneto-inductive converter as flux measuring converter; or - an optical converter. - a hard part with fluid paths for conducting a medical fluid, in particular blood, through the hard part; - a converter (205, 207, 209, 211, 213), the converter (205, 207, 209, 211, 213) being arranged to measure a property of the medical fluid while it is present in one of the fluid paths; the converter (205, 207, 209, 211, 213) is, at least in a portion thereof, applied to the hard part, by means of at least one additive application method, preferably a printing method; characterized in that the converter (205, 207, 209, 211, 213) is designed or configured as: - a converter for capacitive measurements with two conductive surfaces and a dielectric arranged between them as a level determination converter or distance determination converter; - a converter for resistance measurement when acting on a wire as weight determination converter, force determination converter, path determination converter, contact detection converter; - a magneto-inductive converter as flux measuring converter; or - an optical converter. - a converter for capacitive measurements with two conductive surfaces and a dielectric arranged between them as a level determination converter or distance determination converter; - a converter for resistance measurement when acting on a wire as weight determination converter, force determination converter, path determination converter, contact detection converter; - a magneto-inductive converter as flux measuring converter; or - an optical converter.
An intramedullary implant system, comprising: an implant including a plate portion and an integral intramedullary portion; a locking screw (24A, 24B) received through an opening of the plate portion; a crossing screw received through an additional opening of the plate portion or the integral intramedullary portion, wherein the crossing screw extends at a non-perpendicular angle relative to a centerline axis of the implant; characterized in that the system comprises talons provided on the integral intramedullary portion and configured to deploy from a first position to a second position (X') to increase stability of the implant relative to a bone, wherein the talons include barbs, claws, or a combination of barbs and claws. an implant including a plate portion and an integral intramedullary portion; a locking screw (24A, 24B) received through an opening of the plate portion; a crossing screw received through an additional opening of the plate portion or the integral intramedullary portion, wherein the crossing screw extends at a non-perpendicular angle relative to a centerline axis of the implant; characterized in that the system comprises talons provided on the integral intramedullary portion and configured to deploy from a first position to a second position (X') to increase stability of the implant relative to a bone, wherein the talons include barbs, claws, or a combination of barbs and claws.
A seatbelt buckle device comprising: a buckle switch which includes a switch substrate and a slider part which slides on the switch substrate, the buckle switch detecting whether a tongue is inserted in and connected with a buckle as the slider part moves by sliding on the switch substrate synchronously with attachment/detachment of the tongue; and a channel which has a substantially U-shaped section and slidably holds an ejector, the ejector sliding synchronously with attachment/detachment of the tongue, the switch substrate being supported by the channel as one end thereof is fixed to a side wall (22A, 22B) of the channel, characterized by a case cover for storing the buckle switch and the channel, wherein the other end of the switch substrate is held by the case cover. a buckle switch which includes a switch substrate and a slider part which slides on the switch substrate, the buckle switch detecting whether a tongue is inserted in and connected with a buckle as the slider part moves by sliding on the switch substrate synchronously with attachment/detachment of the tongue; and a channel which has a substantially U-shaped section and slidably holds an ejector, the ejector sliding synchronously with attachment/detachment of the tongue, the switch substrate being supported by the channel as one end thereof is fixed to a side wall (22A, 22B) of the channel, characterized by a case cover for storing the buckle switch and the channel, wherein the other end of the switch substrate is held by the case cover.
A structure of electrical distribution center, which includes a modular base construction, frame plates (2, 8) to be adjusted to it for mounting a busbar system and profiles (4, 5, 6) to be adjusted to the base construction, to which profiles plates and/or a door covering that covers the frame construction are able to be adjusted, characterized in that the structure includes middle frame plates (2, 8) between the front and rear profiles (4, 6) and additional frame modules on one or on both sides of the middle frame plates (2, 8) to which middle frame plates (2, 8) and/or additional frame modules the busbar system is able to be adjusted to.
Lid for a preserving jar, said jar being provided at a circular mouth with a thread formed on a side wall thereof, and said lid comprising a circular closing plane and a continuous cylindrical side wall, made of stainless steel sheet piece, said side wall being provided with a plurality of cavities (211, 221, 231) on the outer face of said wall, corresponding to reliefs on the inner face, said lid further being provided with removable sealing means arranged on the inner surface of the closing plane, characterized in that said reliefs (211, 221, 231) are arranged along a helical path corresponding to the pitch of the thread on the side wall of the mouth of the vessel.
A turbocharged direct injection internal combustion engine comprising an intake air manifold in order to feed the engine with fresh air, an exhaust manifold to evacuate the exhaust gases, at least one turbocharger including a turbine and a compressor and at least one NO x storage catalyst used as exhaust emission aftertreatment device for reducing nitrogen oxides (NO x) emissions and disposed in said exhaust manifold downstream said turbine, where a first additional pipe is arranged which enables a connection between said an exhaust gas recirculation comprising a control EGR valve for determining the recirculated exhaust gas mass flow is arranged in such a manner, that a pipe for recirculation branchs off upstream said at least one turbine, control EGR valve and said exhaust manifold in such a manner, that said first additional pipe leads into the exhaust manifold downstream of said at least one NO x storage catalyst and a predetermined amount of intake air can be guided into said exhaust manifold by means of the said control EGR valve disposed in said first additional pipe bypassing the engine, and characterized in that said first additional pipe leads to the control EGR valve and said control EGR valve is designed in such a manner, that by switching said control EGR valve between two operating positions either in a first operating position where said control EGR valve is used to determine the recirculated exhaust gas mass flow or in a second operating position where said control EGR valve is used as a control valve to guide a predetermined amount of intake air via said pipe for recirculation, said control EGR valve and said first additional pipe into the exhaust manifold.
A torque transmitting system, the torque transmitting system comprising: a) a driving member, the driving member having stress-concentration-free-profile teeth on its outer surface; and b) a driven member, the driven member having stress-concentration-free-profile teeth conjugate to the stress-concentration-free-profile teeth of the driving member for transmitting torque therebetween; wherein the stress-concentration-free-profile teeth of the driving member and the driven member have a tooth profile defined in a plane of r- Θ polar coordinate system, the tooth profile provided by a continuous curve obtained by combining a first curve to a second curve, the first curve being represented by a mathematical expression and the second curve being the mirror-image of the first curve about a radial axis passing through central axis of the driving member and one of the two extreme points of the first curve, characterised in that the mathematical expression for the first curve is defined by r = h Θ / β − 1 / 2 Π sin 2 ΠΘ / β, in a defined area of 0≤Θ≤β, wherein, r is the radial distance from the final base surface on which the tooth profile is generated; Θ is a rotational angle varying from 0 to β; h is a constant denoting the depth of the tooth; β is a constant equal to (Π/z); and z is the number of teeth. a) a driving member, the driving member having stress-concentration-free-profile teeth on its outer surface; and b) a driven member, the driven member having stress-concentration-free-profile teeth conjugate to the stress-concentration-free-profile teeth of the driving member for transmitting torque therebetween; r is the radial distance from the final base surface on which the tooth profile is generated; Θ is a rotational angle varying from 0 to β; h is a constant denoting the depth of the tooth; β is a constant equal to (Π/z); and z is the number of teeth.
A medicament comprising mesenchymal stem cells for use in the treatment of an ischemic vascular disorder, wherein the medicament is used in combination with a reperfusion therapy for vessel occlusion, wherein the reperfusion therapy for vessel occlusion comprises administration of a tissue plasminogen activator.
Method for estimating a loading state of a vehicle, comprising the following steps: capturing or receiving at least one manipulated steering variable in a time-resolved manner by means of an input device, characterized by deriving at least one frequency spectrum from the captured or received at least one time-resolved manipulated steering variable by means of an analysis device, determining a loading state of the vehicle by means of a classification device, wherein the classification device classifies the respective frequency spectrum for this purpose and respectively assigns a loading state class to said frequency spectrum, outputting a resulting loading state class as a loading state signal by means of an output device. capturing or receiving at least one manipulated steering variable in a time-resolved manner by means of an input device, characterized by deriving at least one frequency spectrum from the captured or received at least one time-resolved manipulated steering variable by means of an analysis device, determining a loading state of the vehicle by means of a classification device, wherein the classification device classifies the respective frequency spectrum for this purpose and respectively assigns a loading state class to said frequency spectrum, outputting a resulting loading state class as a loading state signal by means of an output device.
3-[2-(4-{2-ethyl-4,6-dimethyl-1H-imidazo[4,5-c]pyridin-1-yl}phenyl)ethyl]-1-[(4-methylbenzene)sulfonyl]urea or a pharmaceutically acceptable salt thereof for use in treatment of an epithelial cancer, wherein the epithelial cancer is selected from the group consisting of basal cell carcinoma, adenocarcinoma, gastroenterological cancer, liver cancer, bladder cancer, pancreatic cancer, ovarian cancer, cervical cancer, lung cancer, breast cancer, skin cancer, prostate cancer, and renal cell carcinoma.
A method for mapping a reference signal, comprising: a) mapping a target-class signal to a target symbol, wherein the target-class signal is different from the reference symbol and wherein the target symbol is comprised in a subset of symbols in a first symbol set on a time-frequency resource block and is determined based on a target condition, the first symbol set is a set of some symbols or all symbols on the time-frequency resource block, the target-class signal has at least two different functions, and the at least two different functions comprise a function of estimating a parameter that affects signal transmission and another function and the target-class signal is mapped to the target symbol to implement the another function; and b) mapping the reference signal to a symbol in the first symbol set other than the target symbol, wherein the reference signal has the function of estimating the parameter that affects signal transmission; and c) wherein when the target-class signal having at least the function of estimating the parameter that affects signal transmission is mapped to a certain symbol, the reference signal having the function of estimating the parameter that affects signal transmission is not mapped to the certain symbol. a) mapping a target-class signal to a target symbol, wherein the target-class signal is different from the reference symbol and wherein the target symbol is comprised in a subset of symbols in a first symbol set on a time-frequency resource block and is determined based on a target condition, the first symbol set is a set of some symbols or all symbols on the time-frequency resource block, the target-class signal has at least two different functions, and the at least two different functions comprise a function of estimating a parameter that affects signal transmission and another function and the target-class signal is mapped to the target symbol to implement the another function; and b) mapping the reference signal to a symbol in the first symbol set other than the target symbol, wherein the reference signal has the function of estimating the parameter that affects signal transmission; and c) wherein when the target-class signal having at least the function of estimating the parameter that affects signal transmission is mapped to a certain symbol, the reference signal having the function of estimating the parameter that affects signal transmission is not mapped to the certain symbol.
A diopter for a firearm, in particular a sporting firearm, comprising a frame attachable to the firearm, an optical unit having a viewing aperture and an adjusting device for horizontally and vertically moving the optical unit having the viewing aperture relative to the frame, characterized in that the adjusting device comprises a first sliding block and a second sliding block with a wedge-shaped extension, which are arranged along a common axis, wherein the first sliding block and the second sliding block are via an actuating device selectively (i) movable relative to each other along the common axis, such that the distance between the first sliding block and the second sliding block changes, whereby the optical unit having the viewing aperture is vertically movable relative to the frame or (ii) are movable together along the common axis without substantially changing the distance between the first sliding block and the second sliding block, whereby the optical unit having the viewing aperture is horizontally movable relative to the frame.
Method of performing ultrasound measurements on a human or animal body by use of an ultrasound probe, the method comprising: - interpositioning of an ultrasound compatible and compressible elastic element between a tissue surface of the body and the ultrasound probe, the elastic element having predetermined elastic properties, - performing the ultrasound measurements to obtain at least one ultrasound acquisition by sending ultrasound signals from the ultrasound probe into the body through the elastic element, the at least one ultrasound acquisition including: - a first region representing the compression of the elastic element being compressed by pressure applied with the ultrasound probe during the performance of the ultrasound measurements, and - a second region representing at least a part of the body under investigation, - measuring the compression of the elastic element on the ultrasound acquisition, and - based on the measured compression of the elastic element and a known correlation between elastic element compression and applied pressure, obtaining a measure of the pressure applied with the ultrasound transducer, characterised in that the elastic element is arranged freely on the tissue surface of the body, meaning that the elastic element is unconstrained at all outer surfaces thereof, with no adjacent frames or means of fixing the elastic element to electronic sensors. - interpositioning of an ultrasound compatible and compressible elastic element between a tissue surface of the body and the ultrasound probe, the elastic element having predetermined elastic properties, - performing the ultrasound measurements to obtain at least one ultrasound acquisition by sending ultrasound signals from the ultrasound probe into the body through the elastic element, the at least one ultrasound acquisition including: - a first region representing the compression of the elastic element being compressed by pressure applied with the ultrasound probe during the performance of the ultrasound measurements, and - a second region representing at least a part of the body under investigation, - a first region representing the compression of the elastic element being compressed by pressure applied with the ultrasound probe during the performance of the ultrasound measurements, and - a second region representing at least a part of the body under investigation, - measuring the compression of the elastic element on the ultrasound acquisition, and - based on the measured compression of the elastic element and a known correlation between elastic element compression and applied pressure, obtaining a measure of the pressure applied with the ultrasound transducer,
Tyre, in particular bicycle tyre (1, 3), having a device for generating revolution-dependent signals (2, 4), in which the device is arranged in the tyre (1, 3) or is connected to the tyre and has a signal-generating element (6, 14), the signal-generating element (6, 14) being received in a holding element (8, 12, 17) which is connected in a positively locking or non-positive manner to the tyre body, the holding element (8, 12, 17) being arranged substantially on the outer side of reinforcement materials or reinforcing elements of the tyre, in particular on the outer side of the tyre carcass in or on the side wall (7, 9) of the tyre, and the signal-generating element (6, 14) being received in the holding element (8, 12, 17) in such a way that the signal-generating element (6, 14) forms a part of the outer surface of the tyre or protrudes beyond the outer surface of the tyre, characterized in that the holding element is configured as a bead or protective ring which surrounds the signal-generating element at least partially, the signal-generating element (6, 14) being received in an adapter, in particular an adapter which is made from wear-resistant material and for its part is received in the holding element, and the signal-generating element (6, 14) being connected releasably to the adapter, in particular being screwed to the adapter.
A method for improved rendering of animal products, the method comprising: grinding and pre-breaking fat and a whole animal in a grinder and a pre-breaker machine, the pre-breaker machine configured to break up the fat and the whole animal and the grinder configured to form ground materials; transporting and heating the ground materials in one or more steam-jacketed tubes to create a slurry, as the ground materials liquefy; supplying pressure to the slurry through a progressive cavity pump to move the slurry through one or more steam-jacketed tubes without further mechanical action; pressing the slurry to separate protein from oil and water; applying pressure to protein that has been separated from oil and water via a protein press, thereby forming further broken-down protein, wherein the progressive cavity pump pushes approximately 3630 kg (8,000 pounds) of the ground materials per hour, wherein the progressive cavity pump utilizes a motor having approximately 0.93 kW (1.25 horsepower), and wherein a residual liquid is removed from the protein. grinding and pre-breaking fat and a whole animal in a grinder and a pre-breaker machine, the pre-breaker machine configured to break up the fat and the whole animal and the grinder configured to form ground materials; transporting and heating the ground materials in one or more steam-jacketed tubes to create a slurry, as the ground materials liquefy; supplying pressure to the slurry through a progressive cavity pump to move the slurry through one or more steam-jacketed tubes without further mechanical action; pressing the slurry to separate protein from oil and water; applying pressure to protein that has been separated from oil and water via a protein press, thereby forming further broken-down protein, wherein the progressive cavity pump pushes approximately 3630 kg (8,000 pounds) of the ground materials per hour, wherein the progressive cavity pump utilizes a motor having approximately 0.93 kW (1.25 horsepower), and wherein the progressive cavity pump pushes approximately 3630 kg (8,000 pounds) of the ground materials per hour, wherein the progressive cavity pump utilizes a motor having approximately 0.93 kW (1.25 horsepower), and wherein a residual liquid is removed from the protein.
A method for finishing a surface of a component, the method comprising the steps of: installing the component in an apparatus configured to deliver a flow of abrasives to the surface and to generate cavitation bubbles in a liquid contacting the surface using a cavitation generator (32, 32'); mixing the flow of liquid and the flow of abrasives at the surface; controlling the mixed flow to flow through a filtration system (38, 38') to separate the mixed flow into the liquid and the abrasives; controlling the cavitation generator (32, 32') such that cavitation bubbles are generated to finish the surface by implosion of the cavitation bubbles; and controlling the flow of abrasives to the surface so as to finish the surface by abrasion. installing the component in an apparatus configured to deliver a flow of abrasives to the surface and to generate cavitation bubbles in a liquid contacting the surface using a cavitation generator (32, 32'); mixing the flow of liquid and the flow of abrasives at the surface; controlling the mixed flow to flow through a filtration system (38, 38') to separate the mixed flow into the liquid and the abrasives; controlling the cavitation generator (32, 32') such that cavitation bubbles are generated to finish the surface by implosion of the cavitation bubbles; and controlling the flow of abrasives to the surface so as to finish the surface by abrasion.