mhurhangee/ep-ind-claims huggingface dataset:
An optical imaging system, comprising: - at least one focusing lens, - at least two lenses in a telescope, - a scanning unit in an x-y plane, characterized in that at least one of the telescopic lenses is an electrically adjustable liquid lens and the scanning unit is arranged in the optical path behind the telescope and in front of the focusing lens, wherein the imaging system is adapted to compensate for the image field curvature of the focusing lens by electrical adjustment of the liquid lens. - at least one focusing lens, - at least two lenses in a telescope, - a scanning unit in an x-y plane, characterized in that at least one of the telescopic lenses is an electrically adjustable liquid lens and the scanning unit is arranged in the optical path behind the telescope and in front of the focusing lens, wherein the imaging system is adapted to compensate for the image field curvature of the focusing lens by electrical adjustment of the liquid lens.
A work machine (1, 1.1, 1.2) comprising: - an implement (2, 2.1, 2.2) or a mount for an implement, - precisely one primary vehicle axle, - wheel elements which are arranged on both sides of the vehicle axle, - drive units which are assigned to the wheel elements, - at least one controller, wherein the controller comprises at least one closed-loop control circuit and brings about self-balancing of the work machine (1, 1.1, 1.2) about the vehicle axle, and - a counterweight, wherein a position of the counterweight relative to the vehicle axle is controllable by means of the controller, so that by shifting the position of the counterweight the work machine (1, 1.1, 1.2) can be balanced about the vehicle axle and can be controlled in its movement directions, characterized in that the counterweight comprises an energy store and/or a motor for converting energy. - an implement (2, 2.1, 2.2) or a mount for an implement, - precisely one primary vehicle axle, - wheel elements which are arranged on both sides of the vehicle axle, - drive units which are assigned to the wheel elements, - at least one controller, wherein the controller comprises at least one closed-loop control circuit and brings about self-balancing of the work machine (1, 1.1, 1.2) about the vehicle axle, and - a counterweight, wherein a position of the counterweight relative to the vehicle axle is controllable by means of the controller, so that by shifting the position of the counterweight the work machine (1, 1.1, 1.2) can be balanced about the vehicle axle and can be controlled in its movement directions, characterized in that the counterweight comprises an energy store and/or a motor for converting energy. characterized in that the counterweight comprises an energy store and/or a motor for converting energy.
A computer-implemented method, comprising: obtaining at least two images to register; receiving an input identifying a tissue of interest, wherein the identifying comprises segmenting the tissue of interest, applying a distance transform to a surface of the segmentation, wherein all voxels M with a distance smaller than a given threshold are collected, and evaluating a histogram of image intensities covered by M; constructing an intensity map using an intensity interval defined by the smallest and largest peak values of the histogram; increasing a dynamic range of a first sub-range (410, 510) of pixel intensity values of said at least two images based on the constructed intensity map, the first sub-range of pixel intensity values being for said tissue of interest, thereby creating at least two modified images; determining a deformation vector field between the at least two modified images; and registering the at least two images based on the deformation vector field. obtaining at least two images to register; receiving an input identifying a tissue of interest, wherein the identifying comprises segmenting the tissue of interest, applying a distance transform to a surface of the segmentation, wherein all voxels M with a distance smaller than a given threshold are collected, and evaluating a histogram of image intensities covered by M; constructing an intensity map using an intensity interval defined by the smallest and largest peak values of the histogram; increasing a dynamic range of a first sub-range (410, 510) of pixel intensity values of said at least two images based on the constructed intensity map, the first sub-range of pixel intensity values being for said tissue of interest, thereby creating at least two modified images; determining a deformation vector field between the at least two modified images; and registering the at least two images based on the deformation vector field.
Covering for an opening in a hearing aid, comprising: - a dirt- and water-repellent membrane, - a holding frame, which at least partially encloses the membrane, and - a fastening means for fastening the covering to the hearing aid, the membrane being produced in a nonwoven structure with fibres in the form of nanofibres with a diameter of between 200 nm and 500 nm and with a membrane thickness of between 20 μm and 80 μm. - a dirt- and water-repellent membrane, - a holding frame, which at least partially encloses the membrane, and - a fastening means for fastening the covering to the hearing aid, the membrane being produced in a nonwoven structure with fibres in the form of nanofibres with a diameter of between 200 nm and 500 nm and with a membrane thickness of between 20 μm and 80 μm.
A connectorized cable assembly comprising: a loose tube optical fiber cable including at least one cable unit, each cable unit including: a plurality of twelve loose, non-buffered optical fibers; a strength yarn at least partially surrounding the non-buffered optical fibers; and a jacket surrounding the strength yarn and the non-buffered optical fibers, wherein an outer diameter of the jacket is between 1.5 mm and 4 mm; and an arrayed, multi-fiber, optical fiber connector installed on the at least one cable unit, wherein the loose tube optical fiber cable further includes a ribbonized end segment within the optical fiber connector, in which portions of the optical fibers therein are arranged in a side-by-side, single row configuration. a plurality of twelve loose, non-buffered optical fibers; a strength yarn at least partially surrounding the non-buffered optical fibers; and a jacket surrounding the strength yarn and the non-buffered optical fibers, wherein an outer diameter of the jacket is between 1.5 mm and 4 mm; and an arrayed, multi-fiber, optical fiber connector installed on the at least one cable unit, wherein the loose tube optical fiber cable further includes a ribbonized end segment within the optical fiber connector, in which portions of the optical fibers therein are arranged in a side-by-side, single row configuration.
Interface arrangement for connection between an AC system and a DC system and comprising a voltage source converter for conversion between AC and DC, said converter comprising switching elements provided in the form of a transistor with anti-parallel diode and having a DC side for connection to said DC system and an AC side for being coupled to said AC system, a set of circuit breakers (BR1, BR2, BR3) coupled between the AC side of the converter and the AC system, and a breaker assisting unit comprising a set of branches connected between the AC side of the converter and ground, where each branch includes a switch (SW1, SW2, SW3) in series with an impedance element (I1, 12, 13), wherein the circuit breakers are closed and the switches are open in normal operation, and the interface arrangement further comprises a control unit configured to obtain an indication of a fault where short-circuit currents run through the diodes and to close all the switches of the branches based on said indication for ensuring zero-crossings in currents flowing through the circuit breakers and to open the circuit breakers at such zero-crossings.
Hybrid propulsion road vehicle comprising: a couple of rear driving wheels; a thermal internal combustion engine; a gearbox, arranged in a rear position, which receives motion from the thermal internal combustion engine and transmits motion to the rear driving wheels, and comprises a gear case housing all moving parts; a reversible electric machine mechanically connectable to the rear driving wheels; an electric drive controlling the electric machine; and an accumulating system (14, 15), which is able to store electric energy and is connected to the electric drive; the road vehicle is characterized in that the accumulating system (14, 15) is placed beside the gear case and on the opposite sides of the gear case not to longitudinally exceed the extension of the gear case. a couple of rear driving wheels; a thermal internal combustion engine; a gearbox, arranged in a rear position, which receives motion from the thermal internal combustion engine and transmits motion to the rear driving wheels, and comprises a gear case housing all moving parts; a reversible electric machine mechanically connectable to the rear driving wheels; an electric drive controlling the electric machine; and an accumulating system (14, 15), which is able to store electric energy and is connected to the electric drive; the road vehicle is characterized in that the accumulating system (14, 15) is placed beside the gear case and on the opposite sides of the gear case not to longitudinally exceed the extension of the gear case.
A formulation for topical administration, comprising an aqueous solution of about 0.5% to about 3.0% by weight non-acidified sodium nitrite dispersed in a white petrolatum ointment.
A carbon composite comprising: a plurality of carbon grains comprising amorphous carbon, natural graphite, carbon fiber, or a combination thereof, wherein at least some of the carbon grains in the plurality of carbon grains includes a plurality of pores; and 10-90 vol.% of a binder disposed between the plurality of carbon grains to bond the plurality of carbon grains, wherein the binder is a disintegrable binder selected from a group consisting of: an ester polymer; an amide polymer; an ether polymer; a polyurethane, a metal and an alloy. a plurality of carbon grains comprising amorphous carbon, natural graphite, carbon fiber, or a combination thereof, wherein at least some of the carbon grains in the plurality of carbon grains includes a plurality of pores; and 10-90 vol.% of a binder disposed between the plurality of carbon grains to bond the plurality of carbon grains, wherein the binder is a disintegrable binder selected from a group consisting of: an ester polymer; an amide polymer; an ether polymer; a polyurethane, a metal and an alloy.
The bis-hydrochloride salt of compound Formula in crystalline form: wherein the crystalline form is polymorph Form I characterized by a powder X-ray diffraction pattern having three or more peaks selected from those at diffraction angle 2θ values of 5.89°± 0.2°, 7.77°± 0.2°, 8.31°± 0.2°, 11.80°± 0.2°, 16.68°± 0.2°, 23.22°± 0.2°, 23.69°± 0.2°, 26.89°± 0.2°, 27.51°± 0.2°, and 29.53°± 0.2°, when irradiated with a Cu-Kα light source.
Method for measuring a propagation delay of an optical signal between two devices (N1, N2) in an optical transmission network, the optical signal being transmitted from the first device to the second device via a first optical fiber and from the second device to the first device via a second optical fiber, separate from the first optical fiber, the second device including 'loopback' means (14, 34, 44, 54), capable in a first mode of directing an optical signal received on the first optical fiber to receiving means of the second device, said measurement method including the following steps implemented by the second device: - a detection step (F11, F21, F22), during which a triggering of a measurement of the propagation delay of a measurement signal is detected, the measurement signal being transmitted by the first device via the first optical fiber; - a step for configuring (F12, F23) the loopback means to a second mode, said second mode enabling a return signal to the measurement signal transmitted by the first device to be injected into the first optical fiber. - a detection step (F11, F21, F22), during which a triggering of a measurement of the propagation delay of a measurement signal is detected, the measurement signal being transmitted by the first device via the first optical fiber; - a step for configuring (F12, F23) the loopback means to a second mode, said second mode enabling a return signal to the measurement signal transmitted by the first device to be injected into the first optical fiber.
Method for fabricating an elastically-flexible piezoelectric structure, characterized in that it comprises the sequential steps of: - depositing a piezoelectric thin layer on a metallic sacrificial substrate; - depositing an elastically-flexible polymeric support layer on the piezoelectric thin layer, - selectively and chemically etching the metallic sacrificial substrate to obtain an elastically-flexible piezoelectric structure comprising the piezoelectric thin layer and the support layer, said support layer being used as permanent substrate of said structure; - depositing a set of electrically conductive electrodes (11, 12) on a revealed face of the piezoelectric thin layer; - encapsulating the elastically-flexible piezoelectric structure including said set of electrically conductive electrodes, with an elastically-flexible polymeric coating layer. - depositing a piezoelectric thin layer on a metallic sacrificial substrate; - depositing an elastically-flexible polymeric support layer on the piezoelectric thin layer, - selectively and chemically etching the metallic sacrificial substrate to obtain an elastically-flexible piezoelectric structure comprising the piezoelectric thin layer and the support layer, said support layer being used as permanent substrate of said structure; - depositing a set of electrically conductive electrodes (11, 12) on a revealed face of the piezoelectric thin layer; - encapsulating the elastically-flexible piezoelectric structure including said set of electrically conductive electrodes, with an elastically-flexible polymeric coating layer.
An apparatus for noise attenuation in an impact pile driving device of metal sheet or concrete piles wherein the apparatus comprises a pile guide being attachable to the lower end of a hammer with a moving ram block of an impact pile driving device and a drive cap, characterized in that the the apparatus comprises compressing arrangement in connection with the pile guide having at least one compressing element and mechanical, hydraulic or pneumatic compressing means for compressing a pile fitted in to the pile guide transversally by means the at least one compressing element such that the pile is centralized in the middle of the drive cap, and that the central axis of the pile and the central axis of the moving ram block of the hammer coincide..
A thermoplastic vulcanizate composition comprising: (i) a dispersed phase of rubber that is at least partially cured; (ii) a continuous thermoplastic phase including at least one thermoplastic polymer; (iii) a first polysiloxane comprising a siloxane polymer which is liquid at 25°C and atmospheric pressure; and (iv) a second polysiloxane comprising a non-migratory siloxane polymer bonded to a thermoplastic material.
A method for imaging a body of a user, the method comprising: storing, in a storage, electronic program instructions for controlling an electronic controller; and controlling the electronic controller via the electronic program instructions to: receive an input via an input means, the input comprising a first representation of the body of the user; display the first representation on the user's display; generate a user-specific guiding skeleton that will appear on the user display once the input is received; enable the user to align their body in the first representation with the user-specific guiding skeleton as provided on the user display; process the first representation when the body of the user has been aligned with the user-specific guiding skeleton by segmenting the first representation of the body of the user; and generate a second, anthropometrically accurate and user-specific, representation of the body of the user on the basis of the processing of the first representation in real time. storing, in a storage, electronic program instructions for controlling an electronic controller; and controlling the electronic controller via the electronic program instructions to: receive an input via an input means, the input comprising a first representation of the body of the user; display the first representation on the user's display; generate a user-specific guiding skeleton that will appear on the user display once the input is received; enable the user to align their body in the first representation with the user-specific guiding skeleton as provided on the user display; process the first representation when the body of the user has been aligned with the user-specific guiding skeleton by segmenting the first representation of the body of the user; and generate a second, anthropometrically accurate and user-specific, representation of the body of the user on the basis of the processing of the first representation in real time. receive an input via an input means, the input comprising a first representation of the body of the user; display the first representation on the user's display; generate a user-specific guiding skeleton that will appear on the user display once the input is received; enable the user to align their body in the first representation with the user-specific guiding skeleton as provided on the user display; process the first representation when the body of the user has been aligned with the user-specific guiding skeleton by segmenting the first representation of the body of the user; and generate a second, anthropometrically accurate and user-specific, representation of the body of the user on the basis of the processing of the first representation in real time.
A heat pump system, comprising at least: • a compressor that suctions in a heat exchanging medium, compresses the heat exchanging medium and discharges the compressed heat exchanging medium; • an inside heat exchanger housed within an air passage located in a cabin side; • an outside heat exchanger disposed in an area outside the cabin side; • an expansion device; and • a set of pipings that connects said compressor, said inside heat exchanger, said outside heat exchanger and said expansion device with one another; • further equipped with: • a switching means capable of switching heat exchanging medium flow directions so as to provide the heat exchanging medium at a relatively high-temperature, discharged from said compressor to said inside heat exchanger during an air heating operation and to said outside heat exchanger during an air cooling operation, characterized in that said compressor is housed inside an adiabatic compressor housing, said compressor housing is set in a sealed state so as to keep the air around said compressor trapped within said housing, so that heat generated at said compressor is stored in air around said compressor, and in that: • said compressor housing includes an air intake opening through which air flows into said compressor housing, an air outlet opening through which air inside said compressor housing flows out, and opening/closing means (33,34) for opening/closing said air intake opening and said air outlet opening; and • as both said air intake opening and said air outlet opening are closed via said opening/closing means, said compressor housing is set in a sealed state. • a compressor that suctions in a heat exchanging medium, compresses the heat exchanging medium and discharges the compressed heat exchanging medium; • an inside heat exchanger housed within an air passage located in a cabin side; • an outside heat exchanger disposed in an area outside the cabin side; • an expansion device; and • a set of pipings that connects said compressor, said inside heat exchanger, said outside heat exchanger and said expansion device with one another; • further equipped with: • a switching means capable of switching heat exchanging medium flow directions so as to provide the heat exchanging medium at a relatively high-temperature, discharged from said compressor to said inside heat exchanger during an air heating operation and to said outside heat exchanger during an air cooling operation, • said compressor housing includes an air intake opening through which air flows into said compressor housing, an air outlet opening through which air inside said compressor housing flows out, and opening/closing means (33,34) for opening/closing said air intake opening and said air outlet opening; and • as both said air intake opening and said air outlet opening are closed via said opening/closing means, said compressor housing is set in a sealed state.
Process for the preparation of elastomers, the process comprising at least the steps of: a) providing a reaction medium comprising an organic diluent, and at least two monomers whereby at least one monomer is an isoolefin and at least one monomer is a multiolefin; b) polymerizing the monomers within the reaction medium in the presence of an initiator system to form an organic medium comprising the copolymer, the organic diluent and optionally residual monomers whereby the diluent comprises • 40 to 60 vol.-% of methyl chloride and • 40 to 60 vol.-% 1,1,1,2-tetrafluoroethane whereby the two components add up to 90 to 100 vol.-% of the total volume of diluent, wherein step b) is stopped after a monomer consumption of from 5 wt.-% to 50 wt.-% of the initially employed monomers. a) providing a reaction medium comprising an organic diluent, and at least two monomers whereby at least one monomer is an isoolefin and at least one monomer is a multiolefin; b) polymerizing the monomers within the reaction medium in the presence of an initiator system to form an organic medium comprising the copolymer, the organic diluent and optionally residual monomers • 40 to 60 vol.-% of methyl chloride and • 40 to 60 vol.-% 1,1,1,2-tetrafluoroethane whereby the two components add up to 90 to 100 vol.-% of the total volume of diluent,