mhurhangee/ep-ind-claims huggingface dataset:
A sidepiece (3; 103) for eyeglasses, comprising a core (5; 105; 205; 305) extending between a front end, intended to be articulated onto a frame, and an opposite rear end, the sidepiece (3; 103) being characterized in that it comprises at least: - a first strip suitable to cover a first part of the core, the first strip preferably having a decorative external surface; - a second strip suitable to cover a second part of the core, the second strip preferably having a decorative external surface; - first connection means (21; 121) arranged on said first part of the core and forming a rail or a slide, wherein the first connection means (21; 121), on one hand, are designed to guide the first strip in translation and to hold the first strip on the core and, on the other hand, are extending as far as the front end so as to allow the first strip to be introduced via the front end; and - second connection means (22; 122) arranged on said second part of the core and forming a rail or a slide, wherein the second connection means (22; 122), on one hand, are designed to guide at least the second strip in translation and to hold the second strip on the core and, on the other hand, are extending as far as the front end so as to allow the second strip to be introduced via the front end. - a first strip suitable to cover a first part of the core, the first strip preferably having a decorative external surface; - a second strip suitable to cover a second part of the core, the second strip preferably having a decorative external surface; - first connection means (21; 121) arranged on said first part of the core and forming a rail or a slide, wherein the first connection means (21; 121), on one hand, are designed to guide the first strip in translation and to hold the first strip on the core and, on the other hand, are extending as far as the front end so as to allow the first strip to be introduced via the front end; and - second connection means (22; 122) arranged on said second part of the core and forming a rail or a slide, wherein the second connection means (22; 122), on one hand, are designed to guide at least the second strip in translation and to hold the second strip on the core and, on the other hand, are extending as far as the front end so as to allow the second strip to be introduced via the front end.
Microphone system having a base station and having a microphone module, wherein the base station is designed to receive audio information and optionally in addition test information, transmitted on an operating frequency, wirelessly from the microphone module, to convert the audio information into audio signals and to forward them to an amplifier or to a recording device, wherein the base station has a reception analysis module and/or is coupled to the latter which is designed for analyzing the quality of reception of the audio information and/or of the test information at a number of possible transmitting frequencies, wherein the reception analysis module is designed for selecting the operating frequency from the plurality of possible transmitting frequencies, characterized in that the connection between the microphone module and the base station is designed to be unidirectional, and in that the microphone module is designed to transmit audio information on the transmitting frequencies, and the reception analysis module is designed to assess the quality of reception for each transmitting frequency and to select the operating frequency on the basis of the quality of reception.
A method for diagnosing or pre-diagnosing a disease associated with podocyte foot process effacement in a subject said method comprising the steps of a) determining the length of the slit diaphragm (I SD) formed by podocyte foot processes in a specific area A in a renal tissue sample of said subject by super resolution light microscopy, wherein the specific area A is an area where the glomeruli are visible with a plane view on podocyte foot process; b) comparing the length of the slit diaphragm (I SD) formed by podocyte foot processes in a specific area A as determined in step (a) with the length of the slit diaphragm (I SD) formed by podocyte foot processes in a comparable specific area A' in a renal tissue sample of a subject who at the time of the sampling showed no clinical symptoms of a disease associated with podocyte foot process effacement, wherein a deviation indicates a disease associated with podocyte foot process effacement. a) determining the length of the slit diaphragm (I SD) formed by podocyte foot processes in a specific area A in a renal tissue sample of said subject by super resolution light microscopy, wherein the specific area A is an area where the glomeruli are visible with a plane view on podocyte foot process; b) comparing the length of the slit diaphragm (I SD) formed by podocyte foot processes in a specific area A as determined in step (a) with the length of the slit diaphragm (I SD) formed by podocyte foot processes in a comparable specific area A' in a renal tissue sample of a subject who at the time of the sampling showed no clinical symptoms of a disease associated with podocyte foot process effacement, wherein a deviation indicates a disease associated with podocyte foot process effacement.
Control unit (9, 12, 18) for a road making machine (100A, 100B) for controlling and monitoring various processes of the road making machine (100A, 100B), characterized in that at least one fresh air device (10, 13) is detachably fastened to the control unit (9, 12, 18), wherein the fresh air device (10, 13) comprises at least one element with at least one outlet opening for fresh air and at least one holder for the element, which is adjustable into different positions (P1, P2) relative to the control unit (10, 13, 18) by means of the holder.
A method for manufacturing a reflector by 3D printing on a substrate, the method comprising providing a filament of 3D printable material and printing during a printing stage the 3D printable material, to provide said reflector comprising 3D printed material, characterized in that the 3D printable material comprises light transmissive polymeric material, wherein the polymeric material has a glass transition temperature, wherein the 3D printable material during at least part of the printing stage further comprises plate-like particles, wherein the plate-like particles have a metallic appearance, wherein the plate-like particles have a longest dimension length selected from the range of 40 μm - 2 mm and a largest thickness selected from the range of 0.05-20 μm, and wherein the method further comprises at least temporarily heating the substrate to a temperature of at least 5 °C above the glass transition temperature at least during deposition and/or after deposition of a first layer of 3D printable material on the substrate executed until essentially the deposited first layer is conformal with the substrate.
Method for performing a shutdown test on an inverter which generates an AC current (I AC) and an AC voltage (V AC) at the output, wherein a trigger signal is modulated to the AC current (I AC) or the AC voltage (V AC) at a first moment (t T), at a second moment (t F), which occurs a defined duration (t D) after the start of the trigger signal at the first moment (t T), an AC current (I AC) or an AC voltage (V AC) with a fault signal is generated with the inverter, which is detected by the inverter and which triggers a shutdown of the inverter, and the shutdown moment (t A) of the AC current (I AC) or the AC voltage (V AC) is determined, and a shutdown duration (t Z) of the inverter is determined from the difference between the shutdown moment (t A) and the second moment (t F).
A method of fabricating an integrated circuit structure on a support structure, the method comprising; forming a plurality of linearly extending lines (13, 50) of at least one material; cutting said material lines at an angle relative a linearly extending direction to form respective angled end faces at each of the material lines, said respective angled end faces being spaced in the linearly extending direction; and forming a respective extension (23, 25) of each of said material lines at each respective angled end face; and wherein said respective extensions are grown via selective deposition of a pad material at said respective angled end faces. forming a plurality of linearly extending lines (13, 50) of at least one material; cutting said material lines at an angle relative a linearly extending direction to form respective angled end faces at each of the material lines, said respective angled end faces being spaced in the linearly extending direction; and forming a respective extension (23, 25) of each of said material lines at each respective angled end face; and wherein said respective extensions are grown via selective deposition of a pad material at said respective angled end faces.
Pharmaceutical composition comprising rifaximin in polymorphic form α wicking agent with a water content of less than 3 wt%, wherein the weight ratio of rifaximin to wicking agent is from 1:1 to 3:1, wherein the pharmaceutical composition is essentially free of other polymorphic forms of rifaximin, and wherein the wicking agent has a bulk density between 0.23 and 0.37 g/cm 3. rifaximin in polymorphic form α wicking agent with a water content of less than 3 wt%, wherein the weight ratio of rifaximin to wicking agent is from 1:1 to 3:1, wherein the pharmaceutical composition is essentially free of other polymorphic forms of rifaximin, and wherein the wicking agent has a bulk density between 0.23 and 0.37 g/cm 3. wherein the weight ratio of rifaximin to wicking agent is from 1:1 to 3:1, wherein the pharmaceutical composition is essentially free of other polymorphic forms of rifaximin, and wherein the wicking agent has a bulk density between 0.23 and 0.37 g/cm 3.
Method for aligning tracks of a roadwork machine, the roadwork machine being designed for producing and/or processing a surface layer comprising concrete or asphalt material along a predetermined path, and comprising a machine frame with • a surface processing unit for carrying out a material processing step, • a plurality of track units (12, 12', 12") with tracks for moving the roadwork machine along a first axis and actuator means for pivoting the track units (12, 12', 12") about a second axis with respect to the machine frame, wherein the second axis is basically orthogonal to the first axis, and • a machine guidance system for controlling the tracks and the actuator means of the track units (12, 12', 12"), characterized by using a track alignment detection unit that is attached to a first track unit for allowing detection of an orientation of the first track unit, and frame orientation detection means that are attached to the machine frame for allowing detection of an orientation of the machine frame, the method further comprising • determining an initial orientation of the machine frame, and • determining an initial orientation of the first track unit, • determining whether a difference between a most recently determined orientation of the machine frame and a most recently determined orientation of the first track unit is within a predefined threshold value, • if this difference is beyond said treshold value, initializing a pivoting of the first track unit, • determining a changed orientation of the first track unit after the pivoting, and • determining an orientation of the machine frame after the pivoting. • a surface processing unit for carrying out a material processing step, • a plurality of track units (12, 12', 12") with tracks for moving the roadwork machine along a first axis and actuator means for pivoting the track units (12, 12', 12") about a second axis with respect to the machine frame, wherein the second axis is basically orthogonal to the first axis, and • a machine guidance system for controlling the tracks and the actuator means of the track units (12, 12', 12"), • determining an initial orientation of the machine frame, and • determining an initial orientation of the first track unit, • determining whether a difference between a most recently determined orientation of the machine frame and a most recently determined orientation of the first track unit is within a predefined threshold value, • if this difference is beyond said treshold value, initializing a pivoting of the first track unit, • determining a changed orientation of the first track unit after the pivoting, and • determining an orientation of the machine frame after the pivoting.
A device for characterizing a physical phenomenon comprising: • at least one optical fiber with Bragg gratings, for disposal transversely to a propagation front of a physical phenomenon to characterize and comprising a plurality of Bragg gratings between a first end and a second end, each Bragg grating being configured to reflect a narrow band of specific wavelengths associated with it, • at least one broad-spectrum laser illumination source, configured to emit laser radiation containing wavelengths associated with the Bragg gratings, • an optical circulator configured to transmit the laser radiation from the at least one laser source to the first end of the optical fiber and to capture the reflected radiation sent back by the Bragg gratings of the optical fiber with Bragg gratings by the first end, characterized in that each Bragg grating of the at least one optical fiber is short and of constant period with a period which is specific to it, and in that the device further comprises a photoelectric detector configured to measure as output from the optical circulator, as a function of time, a total flux of all the reflected radiation captured by the photoelectric detector. • at least one optical fiber with Bragg gratings, for disposal transversely to a propagation front of a physical phenomenon to characterize and comprising a plurality of Bragg gratings between a first end and a second end, each Bragg grating being configured to reflect a narrow band of specific wavelengths associated with it, • at least one broad-spectrum laser illumination source, configured to emit laser radiation containing wavelengths associated with the Bragg gratings, • an optical circulator configured to transmit the laser radiation from the at least one laser source to the first end of the optical fiber and to capture the reflected radiation sent back by the Bragg gratings of the optical fiber with Bragg gratings by the first end,
Wing arrangement comprising an adjustable flap (6, 6'), which is adjustable between a retracted position and at least one extended position, comprising - at least one fairing element for covering a flap adjustment mechanism; and - at least one cover element; wherein the fairing element extends downstream at least as far as the flap (6, 6') and has, in a surface facing the flap (6, 6'), a cutout which correlates with an intended adjustment movement of the flap (6, 6'); and wherein the cover element is movably arranged with respect to the fairing element and is adapted to cover the cutout in the fairing element in the retracted position of the flap and expose at least part of said cutout in an extended position. - at least one fairing element for covering a flap adjustment mechanism; and - at least one cover element;
Use of (i) an LHRH agonist selected from the group consisting of leuprolide acetate, goserelin acetate, nafarelin, buserelin acetate, histrelin acetate, triptorelin acetate or pamoate, and deslorelin acetate or LHRH antagonist selected from the group consisting of abarelix, teverelix, cetrorelix acetate, ganirelix acetate, iturelix, acyline, degarelix, ornirelix, azaline B, ozarelix, LXT-101, elagolix, TAK-013, TAK-385, and T-98475 in association with (ii) a selective estrogen receptor modulator selected from the group consisting of Bazedoxifene acetate (TSE-424), Pipendoxifene (ERA-923), Acolbifene (EM-652·HCl, EM-1538), EM-652, and EM-800 and with (iii) a sex steroid precursor selected from the group consisting of dehydroepiandrosterone, dehydroepiandrosterone sulfate, 4-androstene-3,17-dione and androst-5-ene-3β,17β-diol, or salt of the foregoing compounds in the preparation of a medicament for treating or reducing the likelihood of acquiring estrogen-exacerbated-related diseases comprising inhibiting ovarian hormonal secretion in a patient.
Bag, comprising: - a bag-like holder comprising a rear wall and a carrying strip provided at an upper position above the centre of the bag-like holder over at least a part of the width of the rear wall and attached to the rear wall with stitching, wherein the carrying strip is attached only partially to the rear wall for the purpose of forming at least a passage (64, 65) between the carrying strip and the rear wall, wherein a passage (64, 65) is formed by absence of the stitching; - at least one carrying element (10, 11) including a first and second outer end, the first outer end to) be fastened at a lower position than the position of the carrying strip and the second end to be fastened to the carrying strip for carrying of the bag-like holder by the user, wherein the second end of each carrying element (10, 11) comprises a loop-like outer end which extends through the passage (64, 65) and round the carrying strip in use; - a fastening for fastening an end part of the loop-like outer end of the carrying element to another part of the carrying element. wherein the second outer end of the carrying element comprises a bendable end part, wherein the bendable end part is configured to be passed behind the carrying strip via the passage (64, 65) and to then be bent, wherein the fastening is configured to fasten the bendable outer end, which has been passed through the passage and bent, to another part of the carrying element; wherein the loop-like second outer end of the carrying element extends round the carrying strip such that the forces on the carrying element are at least partially, preferably substantially, absorbed by the lower edge of the carrying strip. - a bag-like holder comprising a rear wall and a carrying strip provided at an upper position above the centre of the bag-like holder over at least a part of the width of the rear wall and attached to the rear wall with stitching, wherein the carrying strip is attached only partially to the rear wall for the purpose of forming at least a passage (64, 65) between the carrying strip and the rear wall, wherein a passage (64, 65) is formed by absence of the stitching; - at least one carrying element (10, 11) including a first and second outer end, the first outer end to) be fastened at a lower position than the position of the carrying strip and the second end to be fastened to the carrying strip for carrying of the bag-like holder by the user, wherein the second end of each carrying element (10, 11) comprises a loop-like outer end which extends through the passage (64, 65) and round the carrying strip in use; - a fastening for fastening an end part of the loop-like outer end of the carrying element to another part of the carrying element.
Computer system comprising at least one data processing unit and at least one memory and also at least one interface for connection of a detector or multiple detectors for the respective detection of a water removal or a fault at a removal station, and an interface for outputting a rotational speed set point to a pump drive, the data processing unit being programmed in such a way that it operates in accordance with a method for water pressure regulation or control in a pressure zone, in which, following the detection of a water removal, the supply pressure at the respective removal station (2, 2a) is adapted by adjusting the maximum permissible supply pressure set point for this removal station (2, 2a), the supply pressure being adjusted at least respectively on the basis of the geodetic height of the removal station (2, 2a) via the rotational speed control or rotational speed regulation of the pump drive, of which the pump supplies the removal station (2, 2a) with water, wherein - in the event of the detection of the water removal at at least one further removal station (2, 2a) the new supply pressure being adjusted to the maximum permissible supply pressure set point for this further removal station (2, 2a) at which a water removal is detected, characterized in that - in the event of a fault detection at at least one further removal station (2, 2a), if previously no water removal has been detected, the new supply pressure is adjusted to the lowest supply pressure set point for all removal stations (2, 2a) at which a fault is detected. - in the event of the detection of the water removal at at least one further removal station (2, 2a) the new supply pressure being adjusted to the maximum permissible supply pressure set point for this further removal station (2, 2a) at which a water removal is detected, - in the event of a fault detection at at least one further removal station (2, 2a), if previously no water removal has been detected, the new supply pressure is adjusted to the lowest supply pressure set point for all removal stations (2, 2a) at which a fault is detected.
Use of a ATP-sensitive potassium channel ligand selected from sulfamides and glinides, or any combination thereof, for the preparation of a pharmaceutical composition for treating diabetes mellitus and/or a neuropsychological, muscular and/or neurological disorder in a subject having a defective, mutated SUR1 polypeptide, wherein the mutated SUR1 polypeptide exhibits at least one of the following amino acid mutations: L213R, I1424V, C435R, L582V, H1023Y, R1182Q and R1379C.
MID component for a control device or a sensor, in particular of a vehicle, with a circuit carrier and with a plastic encapsulation, which houses the circuit carrier at least in certain regions, characterized in that the circuit carrier is formed as a flexible interposer, which is populated with at least one electrical/ electronic component and has at least one electrically conducting contact location, and in that a portion of the interposer that has the contact location is arranged outside the plastic encapsulation.