mhurhangee/ep-ind-claims huggingface dataset:
A measurement head for drilling fluid, comprising: an inner pipe having an outlet, the outlet extending horizontally for allowing stationary fluid to remain in the inner pipe at the outlet for measurement; an outer pipe around the inner pipe for collecting material output by the outlet of the inner pipe; a cover; and an X-ray head including an X-ray source and an X-ray detector; characterised in that the measurement head comprises a height sensor (60, 62) for measuring the height of fluid at the outlet, wherein the height sensor (60, 62) is mounted to the X-ray head and the height sensor (60, 62) is a light beam occlusion sensor having a light source and a light detector, the light source being configured to direct a light beam onto the light detector; the X-ray head is movable between a rest position and a measurement position wherein in the measurement position the X-ray source and X-ray detector are positioned above the outlet at a height determined by the height of fluid at the outlet measured by the height sensor (60, 62); the cover is movable between a first position covering the outlet and a second position in which the cover is spaced from the outlet; and the X-ray head is movable in the vertical direction with the cover in the second position so that the X-ray head can be moved to a position with a fixed height above material in the outlet using measurements from the height sensor (60, 62); wherein the X-ray head is configured to be moved downwards until the light beam incident on the light detector is broken. an inner pipe having an outlet, the outlet extending horizontally for allowing stationary fluid to remain in the inner pipe at the outlet for measurement; an outer pipe around the inner pipe for collecting material output by the outlet of the inner pipe; a cover; and an X-ray head including an X-ray source and an X-ray detector; characterised in that the measurement head comprises a height sensor (60, 62) for measuring the height of fluid at the outlet, wherein the height sensor (60, 62) is mounted to the X-ray head and the height sensor (60, 62) is a light beam occlusion sensor having a light source and a light detector, the light source being configured to direct a light beam onto the light detector; the X-ray head is movable between a rest position and a measurement position wherein in the measurement position the X-ray source and X-ray detector are positioned above the outlet at a height determined by the height of fluid at the outlet measured by the height sensor (60, 62); the cover is movable between a first position covering the outlet and a second position in which the cover is spaced from the outlet; and the X-ray head is movable in the vertical direction with the cover in the second position so that the X-ray head can be moved to a position with a fixed height above material in the outlet using measurements from the height sensor (60, 62); wherein the X-ray head is configured to be moved downwards until the light beam incident on the light detector is broken.
Lighting system comprising: a DC bus, and at least one operating device for at least one light emitting diode, wherein the at least one operating device has an input for coupling to the DC bus to receive a DC supply voltage, wherein the at least one operating device, both during normal operation with the availability of an AC voltage source for the Illumination system, as well as in the event of an emergency malfunction of the AC voltage source, may be supplied with energy via the DC bus, wherein the at least one operating device is connected to the DC bus, wherein the at least one operating device has a configurable emergency lighting function, and wherein, in the event of an emergency malfunction, the at least one operating device is arranged to generate the LED current for the at least one light emitting diode as a function of how the emergency lighting function is configured, a DC voltage source for providing the supply voltage to the DC bus in the event of an emergency, and a central processing unit comprising a supply circuit with an AC/DC converter for providing the DC supply voltage to the DC bus during the normal mode.
Panel for vehicle comprising a steel sheet having one outer face and one inner face, wherein at least the inner face is coated with a coating comprising from 3.5 to 3.9 % by weight of aluminum, from 2.3 to 3.3 % by weight of magnesium, the balance being zinc and optionally impurities and optionally additional elements chosen from Si, Sb, Pb, Ti, Ca, Mn, Sn, La, Ce, Cr, Zr or Bi, the content by weight of each additional element being inferior to 0.3% by weight, said sheet being locally reinforced by at least one patch bound to said inner face, wherein the patch comprises a resin layer and an inorganic material layer, said resin layer being in contact with the coating of the inner face and wherein said resin layer is a foam material, said resin layer being an epoxy-rubber based material and wherein said outer face and inner face further comprise a phosphate layer and an electrophoretic coating layer around the patch.
Method for operating a pipe extrusion line, wherein said extrusion line comprises an extruder having a delivery hopper, an extruder screw and a pipe head, wherein a thermoplastic plastic is fed to the extruder in granulate or powder form via the delivery hopper, and the granulate or powder is heated up, kneaded and plasticised within the extruder, and the plastic is then conveyed, in the form of a mouldable mass, through the extruder screw into the pipe head where it is pressed through an annular passage gap and, after passing out of the pipe head, the hot pipe, which is still workable, passes, because of the extrusion pressure produced by the extruder, into a calibrating and cooling unit which has a vacuum tank having a perforated calibration sleeve arranged at the inlet of said tank, wherein the extruded pipe runs through the calibrating and cooling unit when the pipe extrusion line is started up, wherein said calibrating and cooling unit is under atmospheric pressure in a first starting-up phase in which the pipe has not yet passed through a seal belonging to the calibrating and cooling unit towards the atmosphere, and said calibrating and cooling unit is placed under negative pressure in a second starting-up phase in which the pipe has passed through the said seal, wherein the pipe is supported by internal positive pressure or by a mechanical internal guide in the first starting-up phase, characterised in that the extruded pipe is pushed through the extrusion line by at least one pushing device which is provided at least in the calibrating and cooling unit downstream of the calibration sleeve and which transmits a pushing force to the extruded pipe.
A coarse-to-fine search method, comprising: a first search step of detecting an object from a first image by means of template matching; and a second search step of setting a region of n pixels × m pixels corresponding to a position at which the object is detected in the first search step as a search range in a second image having a horizontal resolution and a vertical resolution which are respectively n times and m times that of the first image, n and m being integers equal to or greater than 2, and detecting the object from the second image by means of template matching, characterized in that the coarse-to-fine search method further comprises: a rearrangement step of rearranging data of the second image in a work memory such that data of n×m pixels which can be collated with the same element of a template in the second search step is stored in contiguous memory addresses, prior to the second search step, wherein, in the rearrangement step, a copy of data of (m-1) pixels continuing in the vertical direction from each of the pixels in the horizontal direction in the second image is inserted into a next address of each of the pixels in the horizontal direction, wherein n×m collation operations for the n×m pixels stored in the contiguous memory addresses in the work memory are executed through an SIMD instruction in the second search step, and wherein, in the rearrangement step, data of a template used in the second search step is rearranged in the work memory to store data of each element of the template in n×m contiguous memory addresses. a first search step of detecting an object from a first image by means of template matching; and a second search step of setting a region of n pixels × m pixels corresponding to a position at which the object is detected in the first search step as a search range in a second image having a horizontal resolution and a vertical resolution which are respectively n times and m times that of the first image, n and m being integers equal to or greater than 2, and detecting the object from the second image by means of template matching, characterized in that the coarse-to-fine search method further comprises: a rearrangement step of rearranging data of the second image in a work memory such that data of n×m pixels which can be collated with the same element of a template in the second search step is stored in contiguous memory addresses, prior to the second search step, wherein, in the rearrangement step, a copy of data of (m-1) pixels continuing in the vertical direction from each of the pixels in the horizontal direction in the second image is inserted into a next address of each of the pixels in the horizontal direction, wherein n×m collation operations for the n×m pixels stored in the contiguous memory addresses in the work memory are executed through an SIMD instruction in the second search step, and wherein, in the rearrangement step, data of a template used in the second search step is rearranged in the work memory to store data of each element of the template in n×m contiguous memory addresses.
A bushing housing for one or more cables, comprising a lower housing part which is formed for arrangement on a housing, and an upper housing part which can be moved from an open state, in which it is not fixed to the lower housing part, to a closed state, in which it is fixed to the lower housing part and covers said lower housing part especially in a sealing manner, wherein at least one cable bushing seal for accommodating an especially prefabricated cable is provided at least in the lower housing part, wherein one or several fastening means are provided for the attachment of the lower housing part to an electrical assembly in an interior space of the bushing housing, i.e. at a position of the housing which is not accessible from the outside in a closed state, characterized in that the bushing housing comprises a strain-relief means for the cable in the interior space of the housing, said strain-relief means being constructively separate from the cable bushing seal.
A method, comprising: acquiring values of mechanical specific energy for at least a portion of a drilled well; characterized in the steps of: categorizing the MSE values into a plurality of groups according to different ranges of MSE values; mapping the plurality of groups with locations along the portion of the drilled well which are associated with the MSE values to create a geomechanical model, wherein said mapping is a process of matching the plurality of groups against the locations along the portion of the drilled well; and determining one or more parameters of a well completion design for at least the portion of the drilled well by analyzing the mapped groups. categorizing the MSE values into a plurality of groups according to different ranges of MSE values; mapping the plurality of groups with locations along the portion of the drilled well which are associated with the MSE values to create a geomechanical model, wherein said mapping is a process of matching the plurality of groups against the locations along the portion of the drilled well; and determining one or more parameters of a well completion design for at least the portion of the drilled well by analyzing the mapped groups.
Method for manufacturing an inductively heatable aerosol-forming rod comprising an inductively heatable aerosol-forming substrate, the method comprising: - providing a tobacco containing slurry; - providing an inductively heatable continuous sheet-like material; - joining the tobacco containing slurry and the inductively heatable continuous sheet-like material to form an inductively heatable aerosol-forming substrate; - drying the inductively heatable aerosol-forming substrate while transporting the inductively heatable aerosol-forming substrate on a conveyor device, - forming the inductively heatable aerosol-forming substrate into a rod by gathering or folding the inductively heatable aerosol-forming substrate. - providing a tobacco containing slurry; - providing an inductively heatable continuous sheet-like material; - joining the tobacco containing slurry and the inductively heatable continuous sheet-like material to form an inductively heatable aerosol-forming substrate; - drying the inductively heatable aerosol-forming substrate while transporting the inductively heatable aerosol-forming substrate on a conveyor device, - forming the inductively heatable aerosol-forming substrate into a rod by gathering or folding the inductively heatable aerosol-forming substrate.
A work assist server for assisting remote operation of a work machine by an operator using a remote operation device, the work assist server comprising: a first assist processing element that causes an output interface of the remote operation device to output, based on communication with the remote operation device, a work-site bird's-eye image according to an image captured at a worksite acquired through an image pickup device, determines a real spatial position of a connection-target work machine, which is the work machine to be subject to operation through the remote operation device, and when a work machine is in the work-site bird's-eye image, determines whether or not the work machine is the connection-target work machine based on the position of the work machine in an image coordinate system and the real spatial position of the connection-target work machine; and a second assist processing element that causes the output interface of the remote operation device to output, based on communication with the remote operation device, a first sign image showing that the work machine in the work-site bird's-eye image is the connection-target work machine when the first assist processing element determines that the work machine is the connection-target work machine. a first assist processing element that causes an output interface of the remote operation device to output, based on communication with the remote operation device, a work-site bird's-eye image according to an image captured at a worksite acquired through an image pickup device, determines a real spatial position of a connection-target work machine, which is the work machine to be subject to operation through the remote operation device, and when a work machine is in the work-site bird's-eye image, determines whether or not the work machine is the connection-target work machine based on the position of the work machine in an image coordinate system and the real spatial position of the connection-target work machine; and a second assist processing element that causes the output interface of the remote operation device to output, based on communication with the remote operation device, a first sign image showing that the work machine in the work-site bird's-eye image is the connection-target work machine when the first assist processing element determines that the work machine is the connection-target work machine.
A dishwasher comprising: a washing tub (11, 29) arranged in a housing (10, 27) that opens to a front side and for accommodating dishes to be washed; a slide mechanism attached on both sides of the washing tub and supporting the washing tub so as to be movable in a front and back direction; and a rail attachment member attached to the housing (10, 27) and fixing the slide mechanism and the housing, wherein a cross-sectional shape formed by the rail attachment member and the side walls (10a, 27a) of the housing (10, 27) is a rectangle or a box shape, characterized in that the rail attachment member has a substantially horseshoe shaped cross-section and includes a rail holding portion that projects out inward and that supports the slide mechanism from a lower side at a side portion. a washing tub (11, 29) arranged in a housing (10, 27) that opens to a front side and for accommodating dishes to be washed; a slide mechanism attached on both sides of the washing tub and supporting the washing tub so as to be movable in a front and back direction; and a rail attachment member attached to the housing (10, 27) and fixing the slide mechanism and the housing, wherein a cross-sectional shape formed by the rail attachment member and the side walls (10a, 27a) of the housing (10, 27) is a rectangle or a box shape, characterized in that the rail attachment member has a substantially horseshoe shaped cross-section and includes a rail holding portion that projects out inward and that supports the slide mechanism from a lower side at a side portion.
A dishwasher comprising: a tub defining a treating chamber receiving dishes for treatment; a spray system providing treating liquid to the treating chamber; a first dish rack located in the tub and having a bottom wall tiered to form multiple levels defining an effective inclination angle relative to the horizontal for the bottom wall; and a second dish rack located below the first dish rack and having a bottom wall inclined at an angle relative to the horizontal, from one of its side walls to the opposite side wall, within a range of about 10 to 40 degrees and matching the effective inclination angle for the first dish rack bottom wall, wherein said second dish rack bottom wall is substantially parallel to the first dish rack bottom wall inclined according to said effective inclination angle. a tub defining a treating chamber receiving dishes for treatment; a spray system providing treating liquid to the treating chamber; a first dish rack located in the tub and having a bottom wall tiered to form multiple levels defining an effective inclination angle relative to the horizontal for the bottom wall; and a second dish rack located below the first dish rack and having a bottom wall inclined at an angle relative to the horizontal, from one of its side walls to the opposite side wall, within a range of about 10 to 40 degrees and matching the effective inclination angle for the first dish rack bottom wall, wherein said second dish rack bottom wall is substantially parallel to the first dish rack bottom wall inclined according to said effective inclination angle.
Coextruded, water vapour-impermeable, tubular, seamless food casing having at least three layers, comprising: at least one porous layer, wherein one of the porous layers forms a surface layer that faces toward a food, at least one carrier layer based on at least one aliphatic and/or partially aromatic (co-)polyamide, and at least one water vapour-impermeable layer, wherein either at least one adhesive layer comprising an adhesion-promoting component is arranged between the adjoining layers or the adhesion-promoting component is contained in one or more of the water vapour-impermeable layer(s), characterized in that at least one porous layer comprises an aliphatic (co)polyamide and a hydrophilic (co-)polymer having a mean molar mass M w of at least 8000 Da, wherein the proportion of the hydrophilic (co-)polymer in the porous layer is 3 to 40 wt.%, in relation to the total weight of the respective porous layer. at least one porous layer, wherein one of the porous layers forms a surface layer that faces toward a food, at least one carrier layer based on at least one aliphatic and/or partially aromatic (co-)polyamide, and at least one water vapour-impermeable layer, wherein either at least one adhesive layer comprising an adhesion-promoting component is arranged between the adjoining layers or the adhesion-promoting component is contained in one or more of the water vapour-impermeable layer(s), characterized in that at least one porous layer comprises an aliphatic (co)polyamide and a hydrophilic (co-)polymer having a mean molar mass M w of at least 8000 Da, wherein the proportion of the hydrophilic (co-)polymer in the porous layer is 3 to 40 wt.%, in relation to the total weight of the respective porous layer.
An in vitro method for inducing cardiomyocyte differentiation comprising the steps of: (i) providing at least one induced pluripotent stem cell or embryoid body comprising induced pluripotent stem cells; (ii) contacting said pluripotent stem cell(s) or said embryoid body with: (a) SB 203580 (4-[4-(4-fluorophenyl)-2-(4-methylsulfinylphenyl)-1H-imidazol-5-yl]pyridine; (b) cyclosporin-A; and (c) IWP4 (2-(3,4,6,7-tetrahydro-3-(2-methoxyphenyl)-4-oxothieno[3,2-d]pyrimidin-2-ylthio)-N-(6-methylbenzo[d]thiazol-2-yl)acetamide) at a final concentration of 5 μM. (i) providing at least one induced pluripotent stem cell or embryoid body comprising induced pluripotent stem cells; (ii) contacting said pluripotent stem cell(s) or said embryoid body with: (a) SB 203580 (4-[4-(4-fluorophenyl)-2-(4-methylsulfinylphenyl)-1H-imidazol-5-yl]pyridine; (b) cyclosporin-A; and (c) IWP4 (2-(3,4,6,7-tetrahydro-3-(2-methoxyphenyl)-4-oxothieno[3,2-d]pyrimidin-2-ylthio)-N-(6-methylbenzo[d]thiazol-2-yl)acetamide) at a final concentration of 5 μM. (a) SB 203580 (4-[4-(4-fluorophenyl)-2-(4-methylsulfinylphenyl)-1H-imidazol-5-yl]pyridine; (b) cyclosporin-A; and (c) IWP4 (2-(3,4,6,7-tetrahydro-3-(2-methoxyphenyl)-4-oxothieno[3,2-d]pyrimidin-2-ylthio)-N-(6-methylbenzo[d]thiazol-2-yl)acetamide) at a final concentration of 5 μM.
Star-quad cable for transmitting electrical signals which has at least two pairs of electrical conductors (10, 12, 14, 16), each conductor (10, 12, 14, 16) having a core made of an electrically conductive material and a conductor sheath made of an electrically insulating material which surrounds the core in a radial position, the conductors (10, 12, 14, 16) being arranged at the corners of a square in a cross-section of the star-quad cable, the conductors (10, 12, 14, 16) making up a pair being arranged at diagonally opposed corners of the square, four conductors (10, 12, 14, 16) at a time being twisted together in a star-quad arrangement with a predetermined lay factor, a shield made of a electrically conductive material which surrounds the two pairs of conductors (10, 12, 14, 16) on the outside radially being placed in position, an additional insulator sheath made of an electrically insulating material being arranged between the conductors (10, 12, 14, 16) and the shield, and the shield being constructed from a mesh of individual shield cores, characterised in that at least one, and in particular four, shield cores or at least one, and in particular four, bundles of shield cores are twisted to surround the conductors (10, 12, 14, 16) in a radial position in such a way that at least one of the twisted shield cores or at least one of the bundles of shield cores extends substantially parallel to a respective core of a conductor (10, 12, 14, 16) in the axial direction, a shield core or a bundle of shield cores on the one hand and a respective core on the other hand extending in parallel to one another in the axial direction in such a way that the shield core or the bundle of shield cores and the core lie on the same diagonal of the square at all points along the cross-section of the cable and the shield core or the bundle of shield cores is arranged on a side of the core which is remote from the square.