mhurhangee/ep-ind-claims huggingface dataset:
An adaptive roller track, in particular for sorters, for conveying objects, in particular packages, with a plurality of rollers (26, 20) and a control device, a first sensor (30, 32, 34, 36, 38) being connected to the control device to detect a first parameter of an object, at least one roller being connected to an adjustable brake device, the brake device being connected to the control device, and the control device being configured to control the brake device as a function of the detected first parameter to change the braking effect of the roller, the first parameter being the velocity of the object, characterized in that a second sensor (30, 32, 34, 35, 38) is connected to the control device to detect a second parameter of an object, the second parameter being the weight of the object, and the control device is configured to control the brake device as a function of the detected second parameter in addition to the first parameter to change the braking effect of the roller.
A use of a lubricant composition as a lubricant composition for an eccentric oscillating planetary gear type speed reducer, comprising the following components (a) to (d): (a) a base oil containing a synthetic oil; (b) at least one calcium salt whose base number measured in accordance with JIS K 2501 is at least 200 mg KOH/g or is less than 200 mg KOH/g, and which is selected from the group consisting of calcium salts of petroleum sulfonic acids, calcium salts of alkyl aromatic sulfonic acids, calcium salts of salicylates, calcium salts of phenates, calcium salts of oxidized waxes; (c) an antioxidant; and (d) a glycerin fatty acid ester. (a) a base oil containing a synthetic oil; (b) at least one calcium salt whose base number measured in accordance with JIS K 2501 is at least 200 mg KOH/g or is less than 200 mg KOH/g, and which is selected from the group consisting of calcium salts of petroleum sulfonic acids, calcium salts of alkyl aromatic sulfonic acids, calcium salts of salicylates, calcium salts of phenates, calcium salts of oxidized waxes; (c) an antioxidant; and (d) a glycerin fatty acid ester.
A stereo camera that obtains an image having disparity with respect to a photographic subject, comprising: a polarization combiner configured to combine optical paths of left light and right light, directions of polarization of which are different in a perpendicular direction and which form two images having disparity, into one; a polarizer (101-2, 241, 242, 243) in the optical path or paths of the left and/or right light to the polarization combiner; an imager configured to capture an image having at least two polarized components; and an optical member configured to focus the combined left light and right light onto the imager; wherein the polarization combiner includes a polarization beam splitter and prisms (208, 209) defining mirrors (232, 233, 234) and is configured to adjust optical path lengths in the optical paths of the left light and the right light to be approximately the same as each other; and an optical aperture between the polarization combiner and the optical member, and nearer the prisms (208, 209) than the optical member, configured to adjust an amount of light incident onto the optical member. a polarization combiner configured to combine optical paths of left light and right light, directions of polarization of which are different in a perpendicular direction and which form two images having disparity, into one; a polarizer (101-2, 241, 242, 243) in the optical path or paths of the left and/or right light to the polarization combiner; an imager configured to capture an image having at least two polarized components; and an optical member configured to focus the combined left light and right light onto the imager; wherein the polarization combiner includes a polarization beam splitter and prisms (208, 209) defining mirrors (232, 233, 234) and is configured to adjust optical path lengths in the optical paths of the left light and the right light to be approximately the same as each other; and an optical aperture between the polarization combiner and the optical member, and nearer the prisms (208, 209) than the optical member, configured to adjust an amount of light incident onto the optical member.
A galvannealed steel sheet having high corrosion resistance after painting, consisting of, on a mass percent basis, C: 0.05% to 0.15%, Si: 0.1% to 1.0%, Mn: 0.5% to 2.7%, Al: 1.00% or less, P: 0.025% or less, S: 0.025% or less, and Cr: 0% to 0.8% or less, and optionally further at least one element selected from Mo: 0.05% to 1.00%, Nb: 0.005% to 0.050%, Ti: 0.005% to 0.050%, Cu: 0.05% to 1.00%, Ni: 0.05% to 1.00%, and B: 0.001 % to 0.005% as chemical components, provided that the following formulae are satisfied, the remainder being Fe and incidental impurities, wherein the galvannealed steel sheet includes a galvannealed layer on the surface of a steel sheet, the amount of the galvannealed layer being in the range of 20 to 120 g/m 2 per side, the percentage of exposed zinc metal of the galvannealed layer surface being 20% or more and less than 80%, wherein the percentage of exposed zinc metal of the galvannealed layer surface is adjusted by rolling the steel sheet with a dull roll having a surface roughness Ra of 2.0 μm or more at a rolling reduction of 0.3% or more and 0.8% or less and then rolling the resultant steel sheet with a bright roll having a surface roughness Ra of 0.1 μm or less at a rolling reduction of 0.4% or more and 1.0% or less in skin pass rolling, and the amount of internal oxidation in a region disposed not more than 5 μm from the surface of the steel sheet is 0.02 g/m 2 or more and 0.1 g/m 2 or less: for Si ≤ 0.68%, Cr ≤ -1.25Si + 0.85, and for Si > 0.68%, Cr = 0, wherein Si and Cr denote the respective contents (mass%) of Si and Cr. for Si ≤ 0.68%, Cr ≤ -1.25Si + 0.85, and for Si > 0.68%, Cr = 0, wherein Si and Cr denote the respective contents (mass%) of Si and Cr.
Actuator having an electric motor, which drives an output shaft by means of a transmission, wherein the output shaft is coupled or able to be coupled to an actuating element, - wherein the actuator has a retarding brake, which is designed to exert a braking force on the actuating element, - wherein the actuator has a holding device, which is designed to exert a holding force on the actuating element, - wherein the retarding brake and the holding device are in the form of a braking module, by means of which a torque can be transmitted from the electric motor to the transmission, - wherein the retarding brake and the holding device are formed with a common housing, characterized - in that mechanical connecting points between the braking module and the transmission and between the electric motor and the braking module are configured in a corresponding manner, and - in that the braking module is inserted or able to be inserted between the electric motor and the transmission. - wherein the actuator has a retarding brake, which is designed to exert a braking force on the actuating element, - wherein the actuator has a holding device, which is designed to exert a holding force on the actuating element, - wherein the retarding brake and the holding device are in the form of a braking module, by means of which a torque can be transmitted from the electric motor to the transmission, - wherein the retarding brake and the holding device are formed with a common housing, characterized - in that mechanical connecting points between the braking module and the transmission and between the electric motor and the braking module are configured in a corresponding manner, and - in that the braking module is inserted or able to be inserted between the electric motor and the transmission.
A population of human polygonal retinal pigment epithelium cells, wherein at least 95% of the cells thereof co-express premelanosome protein (PMEL17) and cellular retinaldehyde binding protein (CRALBP), wherein the trans-epithelial electrical resistance of the population of cells is greater than 100 ohms.
A respiratory line (65; 65') which is designed for conveying inspiratory or/and expiratory breathing gas during at least partial artificial respiration of a patient, wherein the respiratory line (65; 65') defines an imaginary virtual breathing gas flow path (AS; AS') which is conceived as extending centrally through it, along which flow path the respiratory line (65; 65') conveys the breathing gas, wherein the respiratory line (65; 65') has a filter carrier (68; 68') in which a filter receiving space (76; 76') which is passed through by the breathing gas flow path (AS; AS') is formed, in which a breathing gas filter (82; 82'), through which the breathing gas can flow, can be replaceably accommodated, wherein the filter carrier (68; 68') has a wall (78; 78') surrounding the filter receiving space (76; 76') with radial spacing from the virtual breathing gas flow path (AS; AS') with an introduction opening (80; 80') arranged with radial spacing from the virtual breathing gas flow path, through which the breathing gas filter (82; 82') can be introduced into the filter receiving space (76; 76') and be brought into its operational operating position, characterized in that the wall (78; 78') of the filter carrier (68; 68') has a removal opening (86; 86') different from the introduction opening (80; 80') and arranged with radial spacing from the virtual breathing gas flow path (AS; AS'), through which removal opening a breathing gas filter (82; 82') arranged in the filter receiving space (76; 76') can be removed from the filter receiving space (76; 76'). wherein the filter carrier (68; 68') has a wall (78; 78') surrounding the filter receiving space (76; 76') with radial spacing from the virtual breathing gas flow path (AS; AS') with an introduction opening (80; 80') arranged with radial spacing from the virtual breathing gas flow path, through which the breathing gas filter (82; 82') can be introduced into the filter receiving space (76; 76') and be brought into its operational operating position, characterized in that the wall (78; 78') of the filter carrier (68; 68') has a removal opening (86; 86') different from the introduction opening (80; 80') and arranged with radial spacing from the virtual breathing gas flow path (AS; AS'), through which removal opening a breathing gas filter (82; 82') arranged in the filter receiving space (76; 76') can be removed from the filter receiving space (76; 76').
Vehicle restraint system having a plurality of uprights (2, 3, 4), having a plurality of spacers (5, 6, 7) which are each fastened to an upright (2, 3, 4), having at least one guide rail fastened to the spacers (5, 6, 7), and having at least one transverse strut (9 or 90), which is fastened at its first strut end in the region of the spacer (5 or 6, 7) of a first upright (2, 3, 4) and at its second strut end, which lies lower relative to the first strut end, to a second upright (3, 4, 2) following the first upright (3, 4, 2), wherein the first strut end of the transverse strut (9 or 90) is fastened to the guide rail, characterized in that a plurality of transverse struts (9, 90) following one another along the guide rail and fastened to uprights (2, 3, 4) and to the guide rail follow a triangular course (20, 22), wherein parallel to the first triangular course of transverse struts a second triangular course of transverse struts is provided, wherein the transverse struts (9, 90) of both courses (20, 22) are fastened in an alternating fashion to the upright (2, 3, 4) or to the guide rail in the region of the spacer (5, 6, 7) of this upright (2, 3, 4).
Body treatment device comprising a body configured to house - an electric motor, - at least one treatment head configured to be driven by said motor, - a lighting means configured to light the area of the skin to be treated, said lighting means being arranged in the vicinity of said treatment head, said body being partially covered by a plastic shell (61, 62), allowing light to pass, overmoulded onto said body, said body comprising a through-orifice adjacent to said lighting means that is entirely covered by said shell (61, 62) to form a lighting window, characterised in that said treatment head comprises a depilatory roll provided with hair-removal means, the treatment head comprises a half-frame coaxially hinged to said depilatory roll, said half-frame being provided with pain-relief means arranged on the opposite side of the lighting window. - an electric motor, - at least one treatment head configured to be driven by said motor, - a lighting means configured to light the area of the skin to be treated, said lighting means being arranged in the vicinity of said treatment head,
Connecting device between components of a piece of furniture, including: - an elongated body extending along its own longitudinal axis between a first portion capable of being accommodated in a first seat obtained in a first component of said piece of furniture, and a second portion, capable of being accommodated in a second seat obtained in a second component of said piece of furniture; said elongated body comprising a first and a second expandable sector associated to the first and the second portion, respectively, and movable between a radially contracted condition and a radially expanded condition; - actuation means comprising at least one expanding body slidably housed in said elongated body and provided with at least one first and one second enlarged portion associated to the first and the second expandable sector, respectively; said expanding body being selectively movable between a first position, wherein it maintains the first and the second expandable sector in said radially contracted condition, and a second position, wherein the first and the second enlarged portion bring the first and the second expandable sector in said radially expanded condition; wherein said first enlarged portion of the expanding body comprises multiple radial shoulders spaced apart along the longitudinal axis so as to define an alternated sequence of apices and grooves, wherein in said radially expanded condition each radial shoulder is engaged, in radial thrust, with the first expandable sector so as to carry out a prolonged expansion of the first sector extending at least at said radial shoulders, characterized in that said first expandable sector comprises multiple segments expandable between each other which are angularly spaced apart around said longitudinal axis and each of them developing along the longitudinal axis, between two end portions each bound to the elongated body so that a central portion of said segments expands between said end portions. - an elongated body extending along its own longitudinal axis between a first portion capable of being accommodated in a first seat obtained in a first component of said piece of furniture, and a second portion, capable of being accommodated in a second seat obtained in a second component of said piece of furniture; said elongated body comprising a first and a second expandable sector associated to the first and the second portion, respectively, and movable between a radially contracted condition and a radially expanded condition; - actuation means comprising at least one expanding body slidably housed in said elongated body and provided with at least one first and one second enlarged portion associated to the first and the second expandable sector, respectively; said expanding body being selectively movable between a first position, wherein it maintains the first and the second expandable sector in said radially contracted condition, and a second position, wherein the first and the second enlarged portion bring the first and the second expandable sector in said radially expanded condition;
A method, comprising: setting a first control unit to a first operation mode, wherein the first control unit is located on a first antenna path of a first antenna array which has a plurality of antennas, and wherein under the first operation mode of the first control unit, a calibration signal for the first antenna path is isolated from interference of reflected signals by in-active components in the first antenna path; obtaining a measurement based at least partly on the calibration signal isolated from interference for the first antenna path; and performing antenna calibration for the plurality of antennas of the first antenna array based at least partly on the obtained measurement. setting a first control unit to a first operation mode, wherein the first control unit is located on a first antenna path of a first antenna array which has a plurality of antennas, and wherein under the first operation mode of the first control unit, a calibration signal for the first antenna path is isolated from interference of reflected signals by in-active components in the first antenna path; obtaining a measurement based at least partly on the calibration signal isolated from interference for the first antenna path; and performing antenna calibration for the plurality of antennas of the first antenna array based at least partly on the obtained measurement.
An assembly comprising a body defining an aperture, and an electrode comprising a portion within the aperture, the assembly further comprising a lead comprising a section which is secured inside the aperture by a first interference fit between the body and the portion of the electrode; wherein the aperture comprises a first open end and a second open end, wherein the electrode extends through the first open end, and the lead extends through the second open end; and characterized in that the electrode plugs the first end by a second interference fit between the body and the portion of the electrode. wherein the aperture comprises a first open end and a second open end, wherein the electrode extends through the first open end, and the lead extends through the second open end; and characterized in that the electrode plugs the first end by a second interference fit between the body and the portion of the electrode.
Method for applying a cap to a container, comprising: - arranging a first cap in relation to the neck portion of a first container, such that a threaded portion of the first cap faces a complementary threaded neck portion of the first container and such that a symmetry axis of (S-S) of the first cap and a symmetry axis (T-T) of the neck portion of the first container are aligned; - rotating the first cap around its symmetry axis (S-S) to a pre-recorded initial angular position (λ 1); - applying the first cap to the neck portion by moving the cap towards the threaded neck portion or vice versa along their symmetry axes (S-S, T-T) and by rotating the first cap in a direction of engagement with the threaded neck part and; - recording a path length (φ 1) of the first cap in relation to its initial angular position (λ 1) after which it has completely engaged the complementary threaded neck portion and reached a bottom part of the neck portion and;. - adjusting a relative initial angular position (λ R1) of a second cap in relation to the initial angular position (λ 1) to a new relative initial angular position (λ R2) in case the recorded path length (φ 1) of the first cap deviates from a threshold value. - arranging a first cap in relation to the neck portion of a first container, such that a threaded portion of the first cap faces a complementary threaded neck portion of the first container and such that a symmetry axis of (S-S) of the first cap and a symmetry axis (T-T) of the neck portion of the first container are aligned; - rotating the first cap around its symmetry axis (S-S) to a pre-recorded initial angular position (λ 1); - applying the first cap to the neck portion by moving the cap towards the threaded neck portion or vice versa along their symmetry axes (S-S, T-T) and by rotating the first cap in a direction of engagement with the threaded neck part and; - recording a path length (φ 1) of the first cap in relation to its initial angular position (λ 1) after which it has completely engaged the complementary threaded neck portion and reached a bottom part of the neck portion and;. - adjusting a relative initial angular position (λ R1) of a second cap in relation to the initial angular position (λ 1) to a new relative initial angular position (λ R2) in case the recorded path length (φ 1) of the first cap deviates from a threshold value.
Method for producing biomethane adapted to supply a natural gas network comprising a heat supply method for heating purposes during the biogas production step, wherein: • the method for producing biomethane comprises at least: • a step (a) whereby biogas is produced by methanisation of organic matter, • a step (b) whereby the biogas produced in step (a) is pre-processed, • a step (c) whereby the pre-processed biogas is compressed, • a step (d) whereby the pre-processed and compressed biogas of step (c) is separated by permeation to produce a gaseous retentate featuring a methane content greater than 89 %, preferably greater than 96.5 %, and a gaseous permeate featuring a methane content ranging from 10 to 25 %, preferably of around 20 %, • a step (e) whereby the gaseous retentate of step (d) is made available as biomethane, • the heat supply step of step (a) for the production of biogas comprises at least: • a step (f) whereby heat is supplied to step (a) through a heating water circuit, • a step (g) whereby said heating water is heated in a gas-fired boiler, characterised in that the heat supply method comprises: • a step (h) whereby the gaseous permeate from the first step (d) of separation by permeation is separated by permeation to produce a methane-enriched gaseous retentate featuring a methane content of 25 % or more, preferably ranging from 30 % to 40 %, preferably still of around 35 %, and a methane-depleted permeate, • a step (i) whereby the burners of the gas-fired boiler of step (g) are supplied with the retentate produced in the separation step (h), • a step (j) whereby the permeate produced by the separation by permeation of step (h) is evacuated. • the method for producing biomethane comprises at least: • a step (a) whereby biogas is produced by methanisation of organic matter, • a step (b) whereby the biogas produced in step (a) is pre-processed, • a step (c) whereby the pre-processed biogas is compressed, • a step (d) whereby the pre-processed and compressed biogas of step (c) is separated by permeation to produce a gaseous retentate featuring a methane content greater than 89 %, preferably greater than 96.5 %, and a gaseous permeate featuring a methane content ranging from 10 to 25 %, preferably of around 20 %, • a step (e) whereby the gaseous retentate of step (d) is made available as biomethane, • the heat supply step of step (a) for the production of biogas comprises at least: • a step (f) whereby heat is supplied to step (a) through a heating water circuit, • a step (g) whereby said heating water is heated in a gas-fired boiler, • a step (h) whereby the gaseous permeate from the first step (d) of separation by permeation is separated by permeation to produce a methane-enriched gaseous retentate featuring a methane content of 25 % or more, preferably ranging from 30 % to 40 %, preferably still of around 35 %, and a methane-depleted permeate, • a step (i) whereby the burners of the gas-fired boiler of step (g) are supplied with the retentate produced in the separation step (h), • a step (j) whereby the permeate produced by the separation by permeation of step (h) is evacuated.