mhurhangee/ep-ind-claims huggingface dataset:
An unloading station for a processing station for cutting tubular or bar-shaped workpieces, comprising - an unloading apparatus which receives workpieces that are guided out of the processing station, - at least one workpiece support to which the at least one workpiece can be transferred from the unloading apparatus, - a discharging apparatus for selectively discharging workpieces from the unloading apparatus, characterized in that the discharging apparatus comprises a longitudinal conveyor apparatus that extends at least between the unloading apparatus and the workpiece support and comprises a workpiece crossover which allows the workpiece delivered from the unloading apparatus to be transferred to the longitudinal conveyor apparatus or onto the workpiece support. - an unloading apparatus which receives workpieces that are guided out of the processing station, - at least one workpiece support to which the at least one workpiece can be transferred from the unloading apparatus, - a discharging apparatus for selectively discharging workpieces from the unloading apparatus, characterized in that the discharging apparatus comprises a longitudinal conveyor apparatus that extends at least between the unloading apparatus and the workpiece support and comprises a workpiece crossover which allows the workpiece delivered from the unloading apparatus to be transferred to the longitudinal conveyor apparatus or onto the workpiece support.
Strap part (100, 200, 300, 400) of a strap hinge, in particular a leaf strap part, for fastening to a fastening wall of a multi-chamber hollow profile having at least one inner wall, the strap part (100, 200, 300, 400) comprising a mounting part (7, 107, 207, 307, 407, 507, 607, 707, 807) which can be fixedly attached to the multi-chamber hollow profile, and an adjusting part which can be displaced relative to the mounting part (7, 107, 207, 307, 407, 507, 607, 707, 807) and fixed in a desired displacement position, characterized in that the mounting part (7, 107, 207, 307, 407, 507, 607, 807) comprises at least one first fitting extension (8, 408, 608, 708, 80) which is provided for at least virtually zero-clearance engagement in perforations in the fastening wall and the inner wall, and at least one second fitting extension (9, 309, 409, 609) which is provided for at least virtually zero-clearance engagement in perforations only in the fastening wall, the first fitting extensions having a significantly greater length than the second fitting extensions, and the at least one first fitting extension (8, 408, 608, 708, 808) 20 and/or the at least one second fitting extension (9, 309, 409) being designed in the manner of an expansion anchor.
Method for commanding a control device for an automotive vehicle, in which device the pressure variation of a press of a user on a touch surface is measured and a sensory stimulus is generated, characterized in that the sensory stimulus includes at least one vibratory stimulus when the variation in the press pressure (dp1, dp2, dp2') over a predetermined duration (dt1, dt2) is comprised in a predefined range and in that the sensory stimulus is replaced with a substitutional audio stimulus when the variation in the press pressure (dp1, dp2, dp2') over the predetermined duration (dt1, dt2) departs from the predefined range.
Reinforced polymer molding composition, comprising a thermoplastic polymer and a fibrous reinforcing agent, wherein the thermoplastic polymer comprises a thermoplastic polymer selected from LCP, polyester, PPS, polycarbonate and polyamide, the fibrous reinforcing agent comprises a mixture of glass fibers made of E-glass and glass fibers made of High Strength-glass, and the E-glass and the High Strength-glass are present in a weight ratio E:HS in a range from 80:20 up to and including 20:80.
A detector arm assembly comprising: a stator configured to be fixedly coupled to a gantry having a bore; a detector head including a carrier section, the carrier section slidably coupled to the stator and configured to be movable in a radial direction in the bore relative to the stator; a slider block interposed between the detector head and the stator, the slider block slidably coupled to the stator and configured to be moveable in the radial direction with respect to the stator, the carrier section of the detector head slidably coupled to the slider block and configured to be moveable in the radial direction with respect to the slider block; and a detector head belt operably coupled to the carrier section, wherein movement of the detector head belt causes movement of the detector head in the radial direction. a stator configured to be fixedly coupled to a gantry having a bore; a detector head including a carrier section, the carrier section slidably coupled to the stator and configured to be movable in a radial direction in the bore relative to the stator; a slider block interposed between the detector head and the stator, the slider block slidably coupled to the stator and configured to be moveable in the radial direction with respect to the stator, the carrier section of the detector head slidably coupled to the slider block and configured to be moveable in the radial direction with respect to the slider block; and a detector head belt operably coupled to the carrier section, wherein movement of the detector head belt causes movement of the detector head in the radial direction.
Coated glitter, comprising a film, which has a coating comprising metal pigments, in particular aluminium pigments, wherein the film comprises cellulose and/or an ester of cellulose and/or regenerated cellulose.
A wireless marker for implantation into a human body, comprising: a casing; a signal element at least partially encased in the casing, the signal element being configured to wirelessly transmit a location signal in response to a wirelessly transmitted excitation energy; and a first anchor flange projecting from one portion of the casing. a second anchor flange projecting from another portion of the casing, characterised in that the second anchor flange extends along a substantial portion of the length of the marker, the first anchor flange has a suture retainer which comprises a hole through the first anchor flange and the second anchor flange has a plurality of suture retainers which comprise a plurality of holes through the second anchor flange, each suture retainer being configured to receive a suture line. a casing; a signal element at least partially encased in the casing, the signal element being configured to wirelessly transmit a location signal in response to a wirelessly transmitted excitation energy; and a first anchor flange projecting from one portion of the casing. a second anchor flange projecting from another portion of the casing, characterised in that the second anchor flange extends along a substantial portion of the length of the marker, the first anchor flange has a suture retainer which comprises a hole through the first anchor flange and the second anchor flange has a plurality of suture retainers which comprise a plurality of holes through the second anchor flange, each suture retainer being configured to receive a suture line.
A transportation barge for installing a structure offshore, wherein the transportation barge is provided with a hull and a loading platform which is supported in a position above the hull and on which the structure can be loaded in said transportation barge, wherein the loading platform is movable up and down, wherein said transportation barge comprises an actuator group which is configured to drive said loading platform to move up and down with respect to the hull, a pitching sensor configured to detect a pitching motion of the hull and output a pitching detection signal, and a rolling sensor configured to detect a rolling motion of the hull and output a rolling detection signal, said actuator group is configured to move down said loading platform with respect to the hull based on a first manual operation when the structure is hoisted, and the transportation barge further comprises an actuator control unit configured to automatically control said actuator group based on the pitching detection signal and/or the rolling detection signal such that the pitching motion and/or the rolling motion of said loading platform is reduced. an actuator group which is configured to drive said loading platform to move up and down with respect to the hull, a pitching sensor configured to detect a pitching motion of the hull and output a pitching detection signal, and a rolling sensor configured to detect a rolling motion of the hull and output a rolling detection signal,
A method of washing articles comprising: A) dissolving at least a portion of a solid composition with water, the solid composition comprising: i) a source of alkalinity; ii) a surfactant; iii) a water conditioner; iv) a solidification agent; and v) a buffer; B) dispensing dissolved solid composition into a powersoaking sink to form a use solution wherein from 1.0 to 5.0 grams of the solid composition is used per 3.79 liter (per gallon) of water; C) agitating the use solution by activating a built-in agitator within the powersoaking sink; D) placing an article into the powersoaking sink; E) removing the article from the use solution; and F) rinsing the article; wherein agitation of the use solution produces no greater than 7.62 cm (3 inches) of foam and the use solution contains less than 0.018% alkalinity as measured as percent sodium oxide. A) dissolving at least a portion of a solid composition with water, the solid composition comprising: i) a source of alkalinity; ii) a surfactant; iii) a water conditioner; iv) a solidification agent; and v) a buffer; i) a source of alkalinity; ii) a surfactant; iii) a water conditioner; iv) a solidification agent; and v) a buffer; B) dispensing dissolved solid composition into a powersoaking sink to form a use solution wherein from 1.0 to 5.0 grams of the solid composition is used per 3.79 liter (per gallon) of water; C) agitating the use solution by activating a built-in agitator within the powersoaking sink; D) placing an article into the powersoaking sink; E) removing the article from the use solution; and F) rinsing the article;
A heat generation amount estimation unit for a battery for an electric power tool, which is adapted to be provided in an apparatus for an electric power tool and is adapted to estimate a heat generation amount of a battery that is a power source of an electric power tool, the unit comprising: a computation device that is adapted to periodically read, either during a discharge from the battery or during a charge to the battery, a detected current from a current detection device, which is adapted to detect a corresponding one of a discharge current flowing from the battery during the discharge and a charge current flowing into the battery during the charge, and add or subtract an add/subtract value to or from a heat generation amount equivalent value in accordance with a value of the read detected current, wherein the computation device is adapted to add or subtract the add/subtract value to or from the heat generation amount equivalent value in such a manner that, when the value of the detected current is less than a predetermined threshold value, a negative add/subtract value including zero is added to the heat generation amount equivalent value; and when the value of the detected current is equal to or greater than the predetermined threshold value, a positive add/subtract value is added to the heat generation amount equivalent value, and output the heat generation amount equivalent value as an estimated value representing the heat generation amount of the battery. a computation device that is adapted to periodically read, either during a discharge from the battery or during a charge to the battery, a detected current from a current detection device, which is adapted to detect a corresponding one of a discharge current flowing from the battery during the discharge and a charge current flowing into the battery during the charge, and add or subtract an add/subtract value to or from a heat generation amount equivalent value in accordance with a value of the read detected current, wherein the computation device is adapted to add or subtract the add/subtract value to or from the heat generation amount equivalent value in such a manner that, when the value of the detected current is less than a predetermined threshold value, a negative add/subtract value including zero is added to the heat generation amount equivalent value; and when the value of the detected current is equal to or greater than the predetermined threshold value, a positive add/subtract value is added to the heat generation amount equivalent value, and output the heat generation amount equivalent value as an estimated value representing the heat generation amount of the battery.
Cosmetic use of an extract of Diospyros mespiliformis or of a composition comprising it to protect the skin against the harmful cutaneous effects of atmospheric pollution and/or to repair the cutaneous manifestations induced by atmospheric pollution.
Chassis for rail vehicles, with at least one first wheel and one second wheel, at least one first wheel bearing with a first wheel bearing housing and one second wheel bearing with a second wheel bearing housing, at least one first primary spring and one second primary spring, at least one primary spring-mounted support structure and with at least one active wheel actuating facility, which has an actuator unit, wherein a first bearing and a second bearing are provided between the at least one wheel actuating facility and the at least one support structure, and a guide is provided between the at least one wheel actuating facility and the first wheel bearing housing, characterised in that the at least one wheel actuating facility comprises a lever, wherein the first bearing is arranged between the lever and the at least one support structure and a third bearing is arranged between the lever and the actuator unit.
Device for renovating a wall surface by covering, the device comprising a panel intended to cover the surface to be renovated, being held by at least one removable and repositionable attachment system comprising at least two strips (4, 6) provided with complementary coupling means (5, 5a) for coupling them together, including a support strip intended to be attached to the surface to be renovated, and a fastening strip attached to a back face of the panel, the attachment system also comprising at least two profile sections, characterized in that said at least two profile sections are intended to be attached horizontally to the surface to be renovated, covering at least the width of each of the ends of the support strip in order to prevent said support strip from starting to be torn off.
A pharmaceutical composition for use in favoring healing of an epithelial wound in a subject, said pharmaceutical composition comprising an activator of an AKT pathway and an inhibitor of a MAPK pathway in combination with a pharmaceutically acceptable carrier.
A person anchor unit for person fall safety, the person anchor unit comprising - a connection side comprising a connection surface adapted for facing an anchor surface comprising magnetizable material; and - an anchor point for attaching a safety line; - one or more permanent magnets positioned at or near the connection surface; and - at least one test unit for testing the connection strength between the one or more permanent magnets and the anchor surface, the at least one test unit comprising - a first displacement member being displaceable between a retracted position and an extended position, wherein the first displacement member at the extended position engage the anchor surface; - a tool connection point mechanically linked to the first displacement member, wherein actuation of the tool connection point causes displacement of the first displacement member between the retracted position and the extended position. - a connection side comprising a connection surface adapted for facing an anchor surface comprising magnetizable material; and - an anchor point for attaching a safety line; - one or more permanent magnets positioned at or near the connection surface; and - at least one test unit for testing the connection strength between the one or more permanent magnets and the anchor surface, the at least one test unit comprising - a first displacement member being displaceable between a retracted position and an extended position, wherein the first displacement member at the extended position engage the anchor surface; - a tool connection point mechanically linked to the first displacement member, wherein actuation of the tool connection point causes displacement of the first displacement member between the retracted position and the extended position. - a first displacement member being displaceable between a retracted position and an extended position, wherein the first displacement member at the extended position engage the anchor surface; - a tool connection point mechanically linked to the first displacement member, wherein actuation of the tool connection point causes displacement of the first displacement member between the retracted position and the extended position.
Cooling device for use in a power plant, comprising at least two controllable fans (11, 12), which are each designed to produce an air flow (13, 14) having a specified flow direction (R1, R2) during operation, furthermore comprising at least two closing flaps (21, 22), which can close respective flow cross-sections (Q1, Q2), and furthermore comprising a heat exchanger, which can thermally interact with the at least two air flows (13, 14) for heat exchange as a secondary medium, characterized in that the closing flaps (21, 22) cannot be operated by means of a mechanical adjusting device but rather can each be opened solely by means of one of the two air flows (13, 14) as a result of the dynamic pressure when a minimum flow rate (Smin) is reached, and wherein furthermore at least two holding devices (41, 42) are provided, which can hold the respective closing flaps in an open position when the closing flaps (21, 22) are opened.
A composition for treating a surface comprising: (a) a filler; (b) an alkane sulphonate; (c) an α-olefin sulphonate; (d) a colourant; (e) an oil; (f) a fragrance; and (g) an anionic citric acid-derived surfactant; wherein said composition has a hardness of 50 to 1500 g/cm 2 when tested using a Brookfield CT3 Texture Analyser with a speed of 1 mm/min at a deformation of 10 mm. (a) a filler; (b) an alkane sulphonate; (c) an α-olefin sulphonate; (d) a colourant; (e) an oil; (f) a fragrance; and (g) an anionic citric acid-derived surfactant;
A sensor structure comprising a measuring element holder and a measuring element for measuring the dynamic pressure and additionally for measuring the temperature and/or the static pressure, said measuring element comprising a body (20, 20') made of a piezoelectric material, wherein the body (20, 20') comprises lateral surfaces (21, 22) arranged opposite of one another in a transversal direction (Ta) at each of which are arranged lateral surface electrodes (210, 220), wherein the measuring element is mounted in the longitudinal direction in the measuring element holder in a pre-stressed manner for utilizing the piezoelectric effect and can be exposed to a force, characterized in that the piezoelectric material of the body (20, 20') is chosen to have a shear coefficient (eiij) of the piezoelectric e-tensor (eijk) that is not equal to zero (with i (i = 1..3) and j (j = 1..3)) so that the inverse piezoelectric effect can be utilized during operation as a thickness shear oscillator for measuring the temperature and/or the static pressure, by enabling the lateral electrodes (210, 220) to be connected to evaluation and excitation electronics by means of supply lines and the piezoelectric body (20, 20') to be excited with a thickness oscillation frequency (f) to perform oscillations, and in that additionally a transverse coefficient (dijj) of the piezoelectric d-tensor (dijk) is not equal to zero (with i (i = 1..3) and j (j = 1..3)) so that the transverse piezoelectric effect in the transversal direction (Ta) is utilized simultaneously with the inverse piezoelectric effect by the same body (20, 20').
A method in a microphone unit of a voice processing system comprising P microphone units and a central unit, the method comprising: - retrieving from N input units Mic_i, i=1, 2,...N, N≥2, N microphone signals having a sampling frequency SF1, each microphone signal comprising a target signal component and a noise signal component; - determining from the N microphone signals a source localisation signal having a sampling frequency SF3, wherein SF1≥SF3; - deriving from a group of Y consecutive samples of the source localisation signal a beam form control signal; - generating under control of the beam form control signal a group of Y consecutive samples of a beam formed audio signal having a sampling frequency SF2 from the N microphone signals, wherein SF1≥SF2≥SF3; - deriving a set of metadata for the group of Y consecutive samples of the beam formed audio signal from corresponding samples of the N microphone signals from which the group of Y consecutive samples of the beam formed audio signal has been obtained; - generating data packages, a data package comprising Q groups of Y consecutive samples of the beam formed audio signal and Q sets of metadata, wherein Q≥1; - streaming wirelessly the data packages to the central unit, characterized in that the metadata comprises for each of the Y consecutive samples of the beam formed audio signal a third field having a value derived from the corresponding samples of the source localisation signal. - retrieving from N input units Mic_i, i=1, 2,...N, N≥2, N microphone signals having a sampling frequency SF1, each microphone signal comprising a target signal component and a noise signal component; - determining from the N microphone signals a source localisation signal having a sampling frequency SF3, wherein SF1≥SF3; - deriving from a group of Y consecutive samples of the source localisation signal a beam form control signal; - generating under control of the beam form control signal a group of Y consecutive samples of a beam formed audio signal having a sampling frequency SF2 from the N microphone signals, wherein SF1≥SF2≥SF3; - deriving a set of metadata for the group of Y consecutive samples of the beam formed audio signal from corresponding samples of the N microphone signals from which the group of Y consecutive samples of the beam formed audio signal has been obtained; - generating data packages, a data package comprising Q groups of Y consecutive samples of the beam formed audio signal and Q sets of metadata, wherein Q≥1; - streaming wirelessly the data packages to the central unit,
A mutant membrane protein which has increased conformational stability compared to its parent membrane protein, wherein the one or more mutations are located at the interfaces between transmembrane alpha-helices, or in a kinked region or in an alpha-helix adjacent to a kink; wherein the mutant membrane protein is the cocaine-sensitive rat serotonin transporter (SERT) protein as shown in the top amino acid sequence of Fig. 9, comprising one or more amino acid mutations selected from P499A, A505L, G113A, L99A, G278A, A169L, F311A, G115A, L405A and L406A.
An isolated peptide for use in a method of treating obesity, wherein the peptide comprises the amino acid sequence: wherein X2 is G or S, X10 is K, X12 is K, E, R, or S, X13 is K or Y, X15 is D or E, X16 is S or G, X17 is E, R, Q, or K, X18 is R, S, or A, X20 is R, K, or Q, X21 is D or E, X23 is V or I, X24 is A or Q, X27 is E or V, X28 is A or K, and X30 is G or R (SEQ ID NO:4), wherein the lysine residue at X10 is modified by addition of a palmitoyl moiety on the epsilon group of the lysine residue.