mhurhangee/ep-ind-claims huggingface dataset:
A hub crane assembly for a wind turbine, comprising: an adjustable articulating arm mountable at a first height on a hub of the wind turbine at a hinge point; a first hoist mountable at a second height of the wind turbine, the second height being greater than the first height; and, a support component secured to the first hoist and a first attachment point of the articulating arm, wherein the first hoist is configured to rotate the articulating arm about the hinge point via the support component such that, as the articulating arm rotates, a clearance distance between the wind turbine and the articulating arm changes. an adjustable articulating arm mountable at a first height on a hub of the wind turbine at a hinge point; a first hoist mountable at a second height of the wind turbine, the second height being greater than the first height; and, a support component secured to the first hoist and a first attachment point of the articulating arm, wherein the first hoist is configured to rotate the articulating arm about the hinge point via the support component such that, as the articulating arm rotates, a clearance distance between the wind turbine and the articulating arm changes.
Holding device for a rearview and/or display device of a motor vehicle having at least one holding plate secured onto a panel or plate-like object, at least one securing foot, which can be arranged or is arranged detachably on the holding plate, with at least one retaining means which is secured onto the securing foot or at least partly surrounds the securing foot, which retaining means can be secured or is secured onto a vehicle component spaced apart from the holding plate, and which limits in a form and/or force-fitting manner a movement of the securing foot when in a state where it is at least partly detached from the holding plate, having at least one securing element by which the retaining means can be secured or is secured onto the panel or plate-like object and/or the holding plate, and having at least one hinge-like bearing means, by means of which the retaining means is secured onto the vehicle component, characterised in that the securing element comprises at least one predetermined breaking point, wherein the predetermined breaking point is configured such that it holds during normal operation of the motor vehicle, i.e. on the occurrence of acceleration forces to be anticipated during the operation of the motor vehicle, and yields and breaks when acceleration forces that are typical of impact are exceeded.
A cable harness output adaptor for a cable tray forming a cylindrical piece extending along at least one longitudinal axis (X'X, Y'Y) and defining two cylindrical parts (P1, P2), a first cylindrical part for internal cable harness support, and a second, cylindrical output part with external grip of at least one protective sheath of the cable harness, characterized in that it comprises two semi-cylindrical half-shells (5A, 5B) made of plastic material, assembled in a complementary manner to form the cylindrical piece, in that two snap-fitted positioning half-rings (B1a, B1b) form a positioning ring for the adaptor coming from the half-shells (5A, 5B) at the second, external grip part, and in that two snap-fitted blocking half-rings (B3a, B3b) form a blocking ring around a groove hollowed out on the first cylindrical part, the blocking ring being compressed by a clamping collar.
Safety device for a rope, comprising a clamping device (2; 102; 102'), comprising: a first wall portion (4; 116) and a second wall portion (6; 118) opposite the first wall portion (4; 116), wherein the first wall portion (4; 116) has a surface configuration having a transport element (20, 22; 110, 122; 110', 122', 132, 134) which is formed as structures projecting from the wall portion (4; 116) and/or as structures projecting into the wall portion (4; 116) in portions, wherein the surface configuration is configured to move the rope into a clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a first axial rope movement direction and which is configured to move the rope into the clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a second axial rope movement direction counter to the first axial rope movement direction, characterized in that the surface configuration of the first wall portion (4; 116) has a pair of transport portions comprising a first transport portion (A; E) which is configured to move the rope into a first clamping region portion (10, 136) of the clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a first axial rope movement direction and a second transport portion (B; F) which is configured to move the rope into a second clamping region portion (12; 138) of the clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a second axial rope movement direction counter to the first axial rope movement direction, wherein the first transport portion (A; E) is directly adjacent to the second transport portion (B; F) in the axial rope movement direction. a first wall portion (4; 116) and a second wall portion (6; 118) opposite the first wall portion (4; 116), wherein the first wall portion (4; 116) has a surface configuration having a transport element (20, 22; 110, 122; 110', 122', 132, 134) which is formed as structures projecting from the wall portion (4; 116) and/or as structures projecting into the wall portion (4; 116) in portions, wherein the surface configuration is configured to move the rope into a clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a first axial rope movement direction and which is configured to move the rope into the clamping region (14; 114) of the clamping device (2; 102; 102') in the event of movement within the clamping device (2; 102; 102') in a second axial rope movement direction counter to the first axial rope movement direction,
An assembly for a ring spinning machine as part of a condensing device for condensing a fiber strand by means of a suction tube downstream a drafting unit and having a gear housing for receiving a gearbox and two axles (17, 21) parallel to each other, each axle (17,21) comprising two ends protruding out of the gear housing on opposite sides, on each of which a top roller (4, 5) is rotationally mounted, and a drive element is associated with each top roller (4, 5), and the drive elements of two top rollers (4, 5) of one side of the gear housing being connected to each other for driving by means of a transmission element, and the gear housing comprising a top side and a bottom side (24, 25), characterized in that the gear housing does not protrude past all common tangential planes (T1, T2) of said top rollers (4, 5) in a region between the top rollers (4, 5) of one side, and both the top and bottom side (24, 25) comprise a distance from said tangential planes (T1, T2), so that when the assembly is used as intended, the top or bottom side (24, 25) facing the suction tube does not contact the suction tube.
A fitting and training system for assisting in the fitting of a visual prosthesis comprising: a. an array of electrodes suitable to contact visual neural tissue; b. means for activating a plurality of prompts, each prompt corresponding to a trial, c. means for activating a signal, after each prompt, by stimulating an electrode within a subset of the array of electrodes, each of the signals having a respective stimulation amplitude, the stimulation amplitudes being pre-set for a block of trials, d. a patient input device for receiving a response from a subject indicating a visual perception, e. memory for recording each response in relation to each electrode activated, wherein the system is configured to apply: a predetermined adaptive maximum likelihood algorithm that is configured to determine the range of stimulation amplitudes of a next block of activation signals based upon the responses. a. an array of electrodes suitable to contact visual neural tissue; b. means for activating a plurality of prompts, each prompt corresponding to a trial, c. means for activating a signal, after each prompt, by stimulating an electrode within a subset of the array of electrodes, each of the signals having a respective stimulation amplitude, the stimulation amplitudes being pre-set for a block of trials, d. a patient input device for receiving a response from a subject indicating a visual perception, e. memory for recording each response in relation to each electrode activated,
Method for welding a first tube end at a joint with a second tube end in a welding seam that extends around a circumference of the first tube end, wherein a protective layer first is applied at the joint on the first tube end, then the second tube end is slipped over the first tube end beyond the joint, and finally the tube ends (5, 9) are pressed together flat at the joint between two clamping jaws (10, 14) which are brought together, and welded in this position, wherein the protective layer is applied on an interior side of the first tube end and prevents a welding of the interior side of the first tube end, characterized in that the tube ends (5, 9) are first straightened after being welded in two first partial welding seams and then are pressed together flat again transversely to the first partial welding seams and welded in two further partial welding seams, wherein the first partial welding seams and the further partial welding seams form the welding seam.
Bearing device for supporting a first structural component on a second structural component, comprising a sleeve which can be anchored in the first structural component and a mandrel which can be anchored in the second structural component and is supported or clamped in the sleeve in order to absorb a transverse force caused by a relative movement of the structural components (12, 14), in a transverse direction to the mandrel, wherein the mandrel is displaceable in a longitudinal direction in the sleeve, wherein a surface load distribution means is arranged within the sleeve, on which the mandrel rests for support in the transverse direction, so that the transverse force is distributed on a surface of the surface load distribution means which faces away from the mandrel and bears against a wall of the sleeve, characterized in that the surface load distribution means has a recess which faces the mandrel and in which the mandrel is mounted. wherein the mandrel is displaceable in a longitudinal direction in the sleeve, wherein a surface load distribution means is arranged within the sleeve, on which the mandrel rests for support in the transverse direction, so that the transverse force is distributed on a surface of the surface load distribution means which faces away from the mandrel and bears against a wall of the sleeve, characterized in that the surface load distribution means has a recess which faces the mandrel and in which the mandrel is mounted.
A machine for cleaning fabrics or the like, comprising: - a compartment for containing fabrics that can be isolated with respect to an outside environment, - first means for introducing a cleaning fluid into the containment compartment, which can be activated for a first type of wash; - second means for introducing the cleaning fluid into the containment compartment, which can be activated for a second type of wash different from the first type; - third means for introducing the cleaning fluid into the containment compartment for a third type of wash different from the first and second types; - an operating unit, configured for allowing a user to selectively activate one of the means (3, 4, 5) for introducing the fluid, characterised in that the first means for introducing the cleaning fluid are configured to release the cleaning fluid into the compartment at a pressure of between 8 N/cm 2 and 12 N/cm 2,, the second means for introducing a cleaning fluid are configured to release the cleaning fluid into the compartment at a pressure of between 12 N/cm 2 and 18 N/cm 2, the third means for introducing a cleaning fluid are configured to release the cleaning fluid into the compartment at a pressure of between 16 N/cm 2 and 20 N/cm 2, wherein the cleaning fluid is in liquid form. - a compartment for containing fabrics that can be isolated with respect to an outside environment, - first means for introducing a cleaning fluid into the containment compartment, which can be activated for a first type of wash; - second means for introducing the cleaning fluid into the containment compartment, which can be activated for a second type of wash different from the first type; - third means for introducing the cleaning fluid into the containment compartment for a third type of wash different from the first and second types; - an operating unit, configured for allowing a user to selectively activate one of the means (3, 4, 5) for introducing the fluid, characterised in that the first means for introducing the cleaning fluid are configured to release the cleaning fluid into the compartment at a pressure of between 8 N/cm 2 and 12 N/cm 2,, the second means for introducing a cleaning fluid are configured to release the cleaning fluid into the compartment at a pressure of between 12 N/cm 2 and 18 N/cm 2, the third means for introducing a cleaning fluid are configured to release the cleaning fluid into the compartment at a pressure of between 16 N/cm 2 and 20 N/cm 2, wherein the cleaning fluid is in liquid form.
Corrector for the axial and off-axis beam path of a particle-optical system comprising a first and a second corrector piece that are successively arranged in a beam path on an optical axis, wherein each corrector piece (10, 20) has four multipole elements (11, 12, 13, 14; 24, 23, 22, 21) arranged successively with the following fields arranged symmetrically about a central plane, wherein of the multi-pole elements (11, 12, 13, 14; 24, 23, 22, 21) the first (11; 24) and the fourth (14; 21) are used for generating quadrupole fields (11', 14'; 24', 21') and the second (12; 23) and third (13; 22) for generating octupole fields (12"', 13"'; 23"', 22"') and quadrupole fields (12', 13'; 23', 22'), wherein the latter are superimposed magnetic (12', 13'; 23', 22') and electric fields (12", 13"; 23", 22") and wherein the quadrupole fields (11', 12', 13', 14'; 24', 23', 22', 21') of all four multi-pole elements (11, 12, 13, 14; 24, 23, 22, 21) are rotated by 90° from one to the next, so that by means of astigmatic intermediate images (15, 16; 26, 25) in the second and third multi-pole element (12, 13; 23, 22) due to the interaction of the magnetic (12', 13'; 23', 22') and electric fields (12", 13"; 23", 22"), a colour error correction is possible and by means of the quadrupole fields (12', 13'; 23', 22') and the octupole fields (12"', 13"'; 23"', 22"') an aperture error correction is possible, and wherein a central multi-pole element which lies in the central plane generates an octupole field for eliminating the third-order astigmatism.
A baling press comprising: a safety device for a movement of a press plate of the baling press which is provided for compressing voluminous, bulky and/or compressible waste materials into a compact pressed material, wherein: - the baling press includes a press box with a substantially vertical press shaft wherein the press shaft is optionally closeable by a one piece or multi piece shaft door and wherein the press shaft includes at least one press portion above a base of the press shaft and a fill in portion arranged there above the press portion, wherein a driven press plate is movable in the fill in portion and in the press portion, - a drive unit is arranged at the baling press and at least one connecting element is arranged between the drive unit and the press plate as well as a control unit, and - wherein the safety device includes at least one switching element and at least one actuation element wherein the switching element is operatively connected with the control unit so that an inclination of the press plate that is generated during a movement of the press plate, wherein the inclination refers to a nominal position of the press plate, generates a signal which causes at least switching off the movement of the press plate, wherein the actuation element is a rod shaped actuation element that is arranged at the press plate and protrudes in an upward direction wherein the actuation element is arranged so that the actuation element is at least temporarily moveable within an effective range of the switching element during a movement of the press plate and actuates the switching element when the press plate does not operate smoothly, characterized in that the at least one switching element is provided in an upper portion of the pressing shaft or at or in the drive unit of the baling press operatively connected with the connecting element, and the switching element includes a ring with a flexible switching bar wherein the switching bar is connected by a cable with the switching element. - the baling press includes a press box with a substantially vertical press shaft wherein the press shaft is optionally closeable by a one piece or multi piece shaft door and wherein the press shaft includes at least one press portion above a base of the press shaft and a fill in portion arranged there above the press portion, wherein a driven press plate is movable in the fill in portion and in the press portion, - a drive unit is arranged at the baling press and at least one connecting element is arranged between the drive unit and the press plate as well as a control unit, and - wherein the safety device includes at least one switching element and at least one actuation element wherein the switching element is operatively connected with the control unit so that an inclination of the press plate that is generated during a movement of the press plate, wherein the inclination refers to a nominal position of the press plate, generates a signal which causes at least switching off the movement of the press plate,
Method for processing a print job according to print job specifications by means of production steps on a printing system, the printing system comprising a plurality of production modules (2,3,4) and a user interface (1a, 5, 8A, 8B, 8C), each production module performing a production step in order to deliver a resulting product of the production step, the resulting product being a cut sheet resulting product, the method comprises the steps of a) performing a production step by means of a production module of the plurality of production modules delivering the resulting product, b) establishing a real-life perspective image (20, 30, 50) of the resulting product taking into account the print job specifications, and c) displaying the real-life perspective image (20, 30, 50) on the user interface (1a, 5, 8A, 8B, 8C), wherein the real-life perspective image of the cut sheet resulting product comprises an image in perspective representing a stack of cut sheets having a height, a width and a length, wherein the size of the height, the width and the length are in accordance with the job specifications comprising a format of the print job, a weight and/or thickness of a media, and a number of sheets of the print job. a) performing a production step by means of a production module of the plurality of production modules delivering the resulting product, b) establishing a real-life perspective image (20, 30, 50) of the resulting product taking into account the print job specifications, and c) displaying the real-life perspective image (20, 30, 50) on the user interface (1a, 5, 8A, 8B, 8C),
A continuously variable transmission comprising: a primary pulley and a secondary pulley each configured to change a groove width corresponding to supplied hydraulic pressure; and a variator including a belt wrapped around the primary pulley and the secondary pulley; a stepped sub-transmission mechanism disposed at an input side or an output side of the variator; control means configured to increase the hydraulic pressure supplied to the secondary pulley and decrease the hydraulic pressure supplied to the primary pulley to shift the variator to a mechanical Low speed ratio when the hydraulic pressure supplied to the primary pulley and the secondary pulley vibrates, the mechanical Low speed ratio being a speed ratio where the groove width of the primary pulley has a maximum value possible to be employed in structure of the primary pulley; and control release means configured to shift the variator from the mechanical Low speed ratio to a High side of the speed ratio of the variator when the sub-transmission mechanism is downshifted during controlling a speed ratio of the variator at the mechanical Low speed ratio by the control means. a primary pulley and a secondary pulley each configured to change a groove width corresponding to supplied hydraulic pressure; and a variator including a belt wrapped around the primary pulley and the secondary pulley; a stepped sub-transmission mechanism disposed at an input side or an output side of the variator; control means configured to increase the hydraulic pressure supplied to the secondary pulley and decrease the hydraulic pressure supplied to the primary pulley to shift the variator to a mechanical Low speed ratio when the hydraulic pressure supplied to the primary pulley and the secondary pulley vibrates, the mechanical Low speed ratio being a speed ratio where the groove width of the primary pulley has a maximum value possible to be employed in structure of the primary pulley; and control release means configured to shift the variator from the mechanical Low speed ratio to a High side of the speed ratio of the variator when the sub-transmission mechanism is downshifted during controlling a speed ratio of the variator at the mechanical Low speed ratio by the control means.
A method for producing a Dye- Sensitized Solar cell comprising a substrate 2, a working electrode 1, a back contact for extracting photo-generated electrons, an electrolyte 7, and a counter electrode 4, 5, characterized by that the back contact 3 and the counter electrode 5 are formed by a porous conductive powder layer, PCPL, and in that the preparation of the PCPL comprises the following steps: a. powder preparation, said powder comprising a powder of metal selected from titanium, nickel, molybdenum, tungsten, cobalt, niobium, zirconium and their alloys, or mixtures thereof; b. powder ink preparation; c. powder ink deposition; d. powder layer heating; e. powder layer compaction; and f. powder layer after treatment a. powder preparation, said powder comprising a powder of metal selected from titanium, nickel, molybdenum, tungsten, cobalt, niobium, zirconium and their alloys, or mixtures thereof; b. powder ink preparation; c. powder ink deposition; d. powder layer heating; e. powder layer compaction; and f. powder layer after treatment