mhurhangee/ep-ind-claims huggingface dataset:
Holding apparatus for supporting and connecting an industrial mobile device, wherein the mobile device has a flat body and comprises at least in the portions used for holding a pair of oppositely located parallel sides (32, 35), and an industrial-type connector plug at one of said held sides, the holding apparatus can be connected to a suspension assembly (7, 7') and comprises a holding unit that can be releasably attached to said oppositely located holding side (32, 35) where the device is caught and held, and the holding unit comprises a friction hinge having a hinge body, and a support block connected both to the hinge and the device, characterized in that the friction hinge can be connected to the suspension assembly (7, 7') and the support block has a rectangular shape and comprises a hollow interior, and a connector socket is arranged at the side of the support block opposite to the side connected to said hinge to receive said industrial-type connector plug when said device is in the held and fitted position, and said socket has a shaped profile that in addition to providing electrical connection both holds and fixes the industrial connector plug and the device itself in all directions in a stable way except for the direction of its insertion, and to a rear side of the support block lying normal to the side where said socket is arranged the bottom of a flat holding frame is connected, and the flat holding frame has a height that corresponds to the distance between said two holding sides (32, 35) of the device, and the holding frame has an upper side from which a fixing nest is extending out in a direction normal to the plane of the holding frame that has a size along this normal direction that corresponds to the thickness of the upper side of the device, and at the outer end of the fixing nest a short, downwardly extending rim is arranged, wherein the height and the material of said holding frame is designed so that the fixing nest acts with a resilient pressure on the device when being attached thereto, whereby the device is held in the holding frame under the effect of this pressure.
Method of monitoring a blade pitch bearing of a rotor blade of a wind turbine, the method comprising: pitching the rotor blade; measuring an amount of a vibration (37, 45) of the blade pitch bearing during the pitching; estimating a condition of the blade pitch bearing based on the measured amount of vibration (37, 45), monitoring an azimuthal position (α) or azimuthal range in which the pitching is performed; comparing the amount of a vibration (37, 45) or amount of vibration averaged in the respective azimuthal range with a threshold dependent on the respective azimuthal position or the azimuthal range. pitching the rotor blade; measuring an amount of a vibration (37, 45) of the blade pitch bearing during the pitching; estimating a condition of the blade pitch bearing based on the measured amount of vibration (37, 45), monitoring an azimuthal position (α) or azimuthal range in which the pitching is performed; comparing the amount of a vibration (37, 45) or amount of vibration averaged in the respective azimuthal range with a threshold dependent on the respective azimuthal position or the azimuthal range.
A method for filling packages with padding material in the form of bulk material, particularly with padding puffs, wherein the padding material is fed into the package using a feed unit, wherein by means of a measuring unit a filling volume of the package is determined, characterised in that a variable amount of padding material is fillable into a receptacle of the feed device by means of a volume varying device, in that the receptacle is adjusted between a filling position and a discharge position, wherein the padding material is filled in the filling position and the padding material is introduced into the package in the discharge position, this filled amount is introduced into a package and the filling procedure is completed, and in that the volume varying device has an adjusting device, by means of which the filling volume of the receptacle is varied.
Apparatus for use in Magnetic Resonance imaging of a part of a patient comprising: a patient support table; a magnet arranged to generate a magnetic field at the patient support table; an RF coil for use in the MR imaging; the RF coil including an upper coil portion for location on top of the patient and a lower coil portion for location underneath the patient; wherein the upper coil portion is formed of a flexible material allowing the upper coil portion to be flexed to different shapes with at least one stiffening element attached to the flexible material and movable therewith and having a resistance to bending which is arranged such that said at least one stiffening element acts to hold the flexible material in the different shapes; characterized in that said at least one stiffening element comprises a plurality of separate pieces each connected to the next along the length of the stiffening element and each pivotally movable relative to the next. a patient support table; a magnet arranged to generate a magnetic field at the patient support table; an RF coil for use in the MR imaging; the RF coil including an upper coil portion for location on top of the patient and a lower coil portion for location underneath the patient; wherein the upper coil portion is formed of a flexible material allowing the upper coil portion to be flexed to different shapes with at least one stiffening element attached to the flexible material and movable therewith and having a resistance to bending which is arranged such that said at least one stiffening element acts to hold the flexible material in the different shapes; characterized in that said at least one stiffening element comprises a plurality of separate pieces each connected to the next along the length of the stiffening element and each pivotally movable relative to the next.
A vehicle transformer comprising: - an iron core; - a winding wound around a center leg of the iron core; - a tank holding the iron core and the winding; - a cooling unit (7, 23) for cooling a cooling medium filled in the tank; and - a circulating pump for forcibly circulating the cooling medium flowing within the tank; the vehicle transformer being characterized in that the winding has a plurality of coil plates, said coil plates being separated by respective insulating washers formed by a plurality spacers bonded to an insulating plate, said washers being sandwiched between adjacent coil plates for constituting two cooling medium channels of a first cooling medium channel (10,18) and a second cooling medium channel (11,19) between adjacent coil plates; the first cooling medium channel (10,18) and the second cooling medium channel (11,19) passing through a core window of the iron core are formed by a partition member (9,17) which is provided within the tank, and the partition member (9,17) is constituted by partitions on the insulating washers sandwiched between the plural coil plates and a partition for sealing a gap between the coil plates and the inner wall of the tank; in that both of the cooling medium channels (10, 18; 11, 19) communicate with each other at one end side of the tank, and the first cooling medium channel (10, 18) and one end of the cooling unit (7, 23) as well as the second cooling medium channel (11, 19) and the other end of the cooling unit (7, 23) communicate with each other at the other end side of the tank; and in that the cooling medium is adapted to circulate through the first cooling medium channel (10, 18) from the cooling unit (7, 23) side to the one end side of the tank and the second cooling medium channel (11, 19) from the one end side of the tank, in which both of the cooling medium channels (10,18,11,19) are communicated, to the cooling unit (7, 23) side. - an iron core; - a winding wound around a center leg of the iron core; - a tank holding the iron core and the winding; - a cooling unit (7, 23) for cooling a cooling medium filled in the tank; and - a circulating pump for forcibly circulating the cooling medium flowing within the tank;
Timepiece which includes, in addition to a crystal, the following external elements: a back cover, a middle part, a dial, a bezel and two wristband strands, wherein at least one of these external elements is at least partially transparent or translucent, the back cover, the middle part and the bezel define an internal volume of the watch case which houses a watch movement, the timepiece includes at least one light source housed in the internal volume of the watch case and producing a light which passes through the transparent or translucent part of the external element concerned, the timepiece further includes, on the side of a crystal, a digital display underneath which there is arranged a light guide into which the light produced by the light source is injected for back lighting said digital display, and the timepiece is characterized in that the light which escapes through the sides of the light guide which are opposite the middle part and the back cover of the watch case pass through the transparent or translucent part of the external element concerned, the external element concerned is made of a transparent or translucent material selected from the group comprising plastic materials, ceramic materials, sapphire or silica glass, the external element concerned is dyed in the mass except at the location(s) where the light is required to escape from the internal volume of the watch case.
An immersion lithography apparatus comprising: an optical element arranged such that a gap formed beneath the optical element is able to be filled with an immersion fluid; and a containment member arranged to surround the gap and beneath which a wafer is movable, the apparatus being characterised by a material having a plurality of passages formed therein and being secured to the containment member for collecting immersion fluid through the plurality of passages, the material a) being selected from: woven fiberglass; sintered metal powder; a screen; wire mesh; and a material with grooves, b) being a material having a network of interconnected, small passages or c) being a porous material. an optical element arranged such that a gap formed beneath the optical element is able to be filled with an immersion fluid; and a containment member arranged to surround the gap and beneath which a wafer is movable, the apparatus being characterised by a material having a plurality of passages formed therein and being secured to the containment member for collecting immersion fluid through the plurality of passages, the material a) being selected from: woven fiberglass; sintered metal powder; a screen; wire mesh; and a material with grooves, b) being a material having a network of interconnected, small passages or c) being a porous material.
A method comprising: (a) providing erythrocytes in a blood anti-coagulant solution; (b) dialyzing the erythrocyte-containing solution in (a) against a hypotonic dialysis buffer having an osmolality ranging from 50-70 mOsm/kg to cause pores in the erythrocyte to open; (c) combining the dialyzed solution in (b) with at least one fluorescent dye which is indocyanine green dye and a substance that inhibits destructive formation of ice crystals; and (d) combining the dye and substance containing solution in (c) with a resealing solution having an osmolality of at least 1000 mOsm/kg to reduce the osmolality, thereby causing the erythrocyte pores to close and entrap the at least one fluorescent dye and the substance within the erythrocytes; further comprising the step of (d-1) freeze-drying the erythrocytes containing the entrapped fluorescent dye and the substance. (a) providing erythrocytes in a blood anti-coagulant solution; (b) dialyzing the erythrocyte-containing solution in (a) against a hypotonic dialysis buffer having an osmolality ranging from 50-70 mOsm/kg to cause pores in the erythrocyte to open; (c) combining the dialyzed solution in (b) with at least one fluorescent dye which is indocyanine green dye and a substance that inhibits destructive formation of ice crystals; and (d) combining the dye and substance containing solution in (c) with a resealing solution having an osmolality of at least 1000 mOsm/kg to reduce the osmolality, thereby causing the erythrocyte pores to close and entrap the at least one fluorescent dye and the substance within the erythrocytes;
A glass for pharmaceutical packaging having a glass composition comprising: from greater than 74 mol.% to 80 mol.% SiO 2; alkaline earth oxide comprising MgO and CaO and a ratio (CaO (mol.%)/(CaO (mol.%)+MgO (mol.%))) is less than or equal to 0.5 and the CaO is from 0.1 to 1.0 mol. %; X mol.% Al 2 O 3, wherein X is from 4 to 8; and Y mol.% alkali oxide comprising Na 2 O and K 2 O, wherein Y is greater than 8 mol.%, a concentration of Na 2 O is from 2 mol.% to 15 mol.%, a ratio of Y:X is greater than or equal to 1, and a ratio of a concentration of B 2 O 3 (mol.%) to (Y mol.%-X mol.%) is less than or equal to 0.3. from greater than 74 mol.% to 80 mol.% SiO 2; alkaline earth oxide comprising MgO and CaO and a ratio (CaO (mol.%)/(CaO (mol.%)+MgO (mol.%))) is less than or equal to 0.5 and the CaO is from 0.1 to 1.0 mol. %; X mol.% Al 2 O 3, wherein X is from 4 to 8; and Y mol.% alkali oxide comprising Na 2 O and K 2 O, wherein Y is greater than 8 mol.%, a concentration of Na 2 O is from 2 mol.% to 15 mol.%, a ratio of Y:X is greater than or equal to 1, and a ratio of a concentration of B 2 O 3 (mol.%) to (Y mol.%-X mol.%) is less than or equal to 0.3.
Method for measuring and displaying the track geometry of a track system using a track-ridable permanent-way machine, having a control measurement system for measuring the track position to be corrected upstream of a lifting and aligning device, having an acceptance measurement system for measuring the corrected track position downstream of the lifting and aligning device, and having associated output units for displaying the measured values, wherein the lifting and aligning device is activated in dependence upon on the measured values of the control measurement system and acceptance measurement system so as to achieve a specified desired track geometry, characterised in that the desired track geometry is specified in the form of a curvature image (k (s), 2), a longitudinal level image (h (s), 4) and superelevation image (u (s), 3), and in that initially a three-dimensional position image is calculated from the curvature image (k (s), 2), the longitudinal level image (h (s), 4) and the superelevation image (u (s), 3) of the desired track geometry, in that the three-dimensional position image is brought into a perspective display and is displayed with the output unit and in that the perspective position image is supplemented by measured error curves for the track parameters of track direction, superelevation, twist and longitudinal level.
A method of installing an optical fiber or cable at a customer premises, whereby a fiber supplied from a reel or spool is deposited over a given route with a self-hardening material on the outside of the fiber, the method comprising: coating an optical fiber or cable to be installed at the premises with a dry adhesive composition formulated so that when a certain liquid activating substance is applied on the coating, the coating acquires adhesive properties sufficient to bond the fiber or cable to an exposed surface at the premises; activating the coating on the fiber or cable by applying the liquid activating substance on the coating (FIG. 6); routing the fiber or cable with the activated coating on the exposed surface at the premises (FIG. 7); allowing the activated coating on the routed fiber or cable to harden or cure, thereby bonding the fiber or cable to the exposed surface at the premises (FIG. 8); performing the activating and the routing steps by using a hand tool (FIG. 1), and providing the hand tool with a chamber for containing the liquid activating substance; arranging a spool (18; FIG. 3) on the hand tool (FIG. 2) for containing a supply of the coated optical fiber or cable to be installed at the premises (FIG. 5); and dimensioning the spool to contain a sufficient length of the coated fiber or cable for routing by the hand tool between a service terminal disposed outside the customer premises, and a location in the vicinity of a customer terminal placed inside the premises (FIG. 4). coating an optical fiber or cable to be installed at the premises with a dry adhesive composition formulated so that when a certain liquid activating substance is applied on the coating, the coating acquires adhesive properties sufficient to bond the fiber or cable to an exposed surface at the premises; activating the coating on the fiber or cable by applying the liquid activating substance on the coating (FIG. 6); routing the fiber or cable with the activated coating on the exposed surface at the premises (FIG. 7); allowing the activated coating on the routed fiber or cable to harden or cure, thereby bonding the fiber or cable to the exposed surface at the premises (FIG. 8); performing the activating and the routing steps by using a hand tool (FIG. 1), and providing the hand tool with a chamber for containing the liquid activating substance; arranging a spool (18; FIG. 3) on the hand tool (FIG. 2) for containing a supply of the coated optical fiber or cable to be installed at the premises (FIG. 5); and dimensioning the spool to contain a sufficient length of the coated fiber or cable for routing by the hand tool between a service terminal disposed outside the customer premises, and a location in the vicinity of a customer terminal placed inside the premises (FIG. 4).
Climbing system for a crane, comprising: a climbing apparatus for inserting a mast section or for removing a mast section from a tower structure of a crane, and a control unit for controlling the climbing apparatus, characterized by a first sensor for monitoring a state of a connection means of the climbing apparatus and/or the tower structure, wherein the first sensor is connected to the control unit, and the control unit is configured to control the climbing apparatus and/or the crane such that an inserting process of the mast section into the tower structure or a removing process of the mast section from the tower structure is effected automatically. a climbing apparatus for inserting a mast section or for removing a mast section from a tower structure of a crane, and a control unit for controlling the climbing apparatus, characterized by a first sensor for monitoring a state of a connection means of the climbing apparatus and/or the tower structure, wherein the first sensor is connected to the control unit, and the control unit is configured to control the climbing apparatus and/or the crane such that an inserting process of the mast section into the tower structure or a removing process of the mast section from the tower structure is effected automatically.
A sensor for detecting an object having a housing which has an inspection window having a defined reference edge with respect to the object in a first position and which has an information acquisition unit arranged behind the inspection window, wherein the information acquisition unit is arranged in or can be brought into a second position, characterised in that, in the second position, a diagonal of the information acquisition unit is positioned in such a manner with respect to the object as the defined reference edge is positioned in the first position, wherein an electronic card is provided in the housing and the information acquisition unit is placed thereon in the first position, in the first position, a defined detection surface is provided which has a plurality of signal detection points on the information acquisition unit, and in the first position, the signal detection points form a plurality of signal detection rows which are arranged in parallel with the reference edge of the inspection window, with the diagonal not being arranged in parallel with the reference edge of the inspection window having a maximum possible number of signal detection points of the detection surface, and wherein the information acquisition unit can be tilted into the second position with respect to the inspection window such that the diagonal having the maximum possible number of signal detection points of the detection surface is arranged in parallel with the reference edge of the inspection window.
A method for measuring pancreatic beta-cell mass comprising the steps of: a) visualizing the beta cells in a sample using a labelled molecule specifically binding to the FXYD2-gamma-a isoform, b) quantifying the amount of labelled beta cells, wherein said binding molecule is selected from the group comprising: a specific antibody or its fragments, nanobody, affybody, single chain antibody an aptamer, a photoaptamer, a small molecule, an interacting partner, an isotopically labelled tracer or a ligand, specifically binding to the FXYD2-gamma-a. a) visualizing the beta cells in a sample using a labelled molecule specifically binding to the FXYD2-gamma-a isoform, b) quantifying the amount of labelled beta cells, wherein said binding molecule is selected from the group comprising: a specific antibody or its fragments, nanobody, affybody, single chain antibody an aptamer, a photoaptamer, a small molecule, an interacting partner, an isotopically labelled tracer or a ligand, specifically binding to the FXYD2-gamma-a.
A lubricating oil having a composition comprising a lubricating oil base stock, as a major component; and one or more lubricating oil additives, as minor components; wherein the lubricating oil has a kinematic viscosity of 16 cSt to 22 cSt at 40°C according to ASTM D445, a density of 0.8 g/ml to 0.9 g/ml according to ASTM D1298, and an absolute evaporation loss at 150°C of less than 4% according to ASTM D972.