mhurhangee/ep-ind-claims huggingface dataset:
An attraction loading system, comprising: a turntable configured to rotate about a vertical axis; a ride vehicle configured to travel along a loading path disposed about a perimeter of the turntable, the loading path comprising a main portion and a secondary portion; a first track switch disposed along the loading path at a first radial position relative to the vertical axis, configured to be disposed in a first position to direct the ride vehicle to the main portion of the loading path from an attraction path, and configured to be disposed in a second position to direct the ride vehicle to the main portion of the loading path from the secondary portion of the loading path; and a second track switch disposed along the loading path at a second radial position relative to the vertical axis, configured to be disposed in a third position to direct the ride vehicle from the main portion of the loading path to the attraction path, and configured to be disposed in a fourth position to direct the ride vehicle from the main portion of the loading path to the secondary portion of the loading path, wherein the attraction loading system is configured to allow the ride vehicle to travel from the first track switch toward the second track switch along the main portion, and the attraction loading system is configured to allow the ride vehicle to travel from the second track switch to the first track switch along the secondary portion. a turntable configured to rotate about a vertical axis; a ride vehicle configured to travel along a loading path disposed about a perimeter of the turntable, the loading path comprising a main portion and a secondary portion; a first track switch disposed along the loading path at a first radial position relative to the vertical axis, configured to be disposed in a first position to direct the ride vehicle to the main portion of the loading path from an attraction path, and configured to be disposed in a second position to direct the ride vehicle to the main portion of the loading path from the secondary portion of the loading path; and a second track switch disposed along the loading path at a second radial position relative to the vertical axis, configured to be disposed in a third position to direct the ride vehicle from the main portion of the loading path to the attraction path, and configured to be disposed in a fourth position to direct the ride vehicle from the main portion of the loading path to the secondary portion of the loading path, wherein the attraction loading system is configured to allow the ride vehicle to travel from the first track switch toward the second track switch along the main portion, and the attraction loading system is configured to allow the ride vehicle to travel from the second track switch to the first track switch along the secondary portion.
A process for preparing a 3-dimensional vitreous or ceramic body, which process comprises at least the following steps: a) providing an electrostatically stabilized suspension of particles; b) effecting a local destabilization of the suspension of particles by means of a localized electrical discharge between a charge injector and the suspension at a predetermined position and causing an aggregation and precipitation of the particles at said position, wherein the charge injector includes i) at least one discharge electrode which does not contact said suspension of particles or ii) a source of charged particles; c) repeating step b) at different positions and causing the formation of larger aggregates until a final aggregate of particles representing a porous 3-dimensional green body having predetermined dimensions has been formed; wherein initially a primary layer of aggregated particles having predetermined dimensions in the x, y and z directions is formed after steps b) and c) and further layers with predetermined dimensions are deposited successively on each other by repetition of steps b) and c); and optionally d) densifying said porous 3-dimensional body. a) providing an electrostatically stabilized suspension of particles; b) effecting a local destabilization of the suspension of particles by means of a localized electrical discharge between a charge injector and the suspension at a predetermined position and causing an aggregation and precipitation of the particles at said position, wherein the charge injector includes i) at least one discharge electrode which does not contact said suspension of particles or ii) a source of charged particles; c) repeating step b) at different positions and causing the formation of larger aggregates until a final aggregate of particles representing a porous 3-dimensional green body having predetermined dimensions has been formed; wherein initially a primary layer of aggregated particles having predetermined dimensions in the x, y and z directions is formed after steps b) and c) and further layers with predetermined dimensions are deposited successively on each other by repetition of steps b) and c); and optionally d) densifying said porous 3-dimensional body.
A surgical derotator instrument comprising: a shaft comprising: a first end portion having a bone anchor coupling; and a second end portion opposite the first end portion; a handle comprising: a body portion; and a slot extending in the body portion; and an articulating coupler (16,216,316) including a handle coupler (18,219) connected to the body of the handle and a shaft coupler (20, 220) connected to the shaft, the articulating coupler connecting the shaft and the handle, wherein the shaft and the handle are disposed in a plane and the articulating coupler provides for rotation of the handle relative to the shaft in the plane and wherein: the shaft coupler includes a shelf; and the handle coupler includes a plurality of fingers forming a plurality of troughs configured to receive the shelf. a shaft comprising: a first end portion having a bone anchor coupling; and a second end portion opposite the first end portion; a first end portion having a bone anchor coupling; and a second end portion opposite the first end portion; a handle comprising: a body portion; and a slot extending in the body portion; and a body portion; and a slot extending in the body portion; and an articulating coupler (16,216,316) including a handle coupler (18,219) connected to the body of the handle and a shaft coupler (20, 220) connected to the shaft, the articulating coupler connecting the shaft and the handle, wherein the shaft and the handle are disposed in a plane and the articulating coupler provides for rotation of the handle relative to the shaft in the plane and wherein: the shaft coupler includes a shelf; and the handle coupler includes a plurality of fingers forming a plurality of troughs configured to receive the shelf.
An electronic device for movement of a curtain comprising: a pulley operably connected to a first motor, the pulley having a groove through which a cord of a curtain is able to travel, wherein the pulley can rotate in clockwise and counter-clockwise directions; characterized in that a head of the electronic device is capable of movement from a first and a second position; and in that rotation of the pulley in the clockwise direction makes the head move to the first position and make contact with the cord, and rotation of the pulley in the counter-clockwise direction makes the head move to the second position and make contact with the cord at a different location than contact at the first position. a pulley operably connected to a first motor, the pulley having a groove through which a cord of a curtain is able to travel, wherein the pulley can rotate in clockwise and counter-clockwise directions; characterized in that a head of the electronic device is capable of movement from a first and a second position; and in that rotation of the pulley in the clockwise direction makes the head move to the first position and make contact with the cord, and rotation of the pulley in the counter-clockwise direction makes the head move to the second position and make contact with the cord at a different location than contact at the first position.
An objective lens unit (4; 4a; 4b; 4c; 4d; 4e; 4f) for use in an inverted microscope system including: a main body portion having an optical system for forming an image from at least observation light from a specimen mounted on a stage; and a unit attachment portion (13; 13a; 13b) that is held by the main body portion and disposed below the stage between the main body portion and the stage, the objective lens unit comprising: an objective lens for taking in the observation light; and a base portion (42; 42a) that has an approximately strip shape, wherein the base portion (42; 42a) is arranged orthogonal to an optical path and comprises an objective lens holder for holding the objective lens on one end and a grip unit configured to be held by a user on another end, and is configured to be detachably attached to the unit attachment portion (13; 13a; 13b) at a position where at least an optical axis of the objective lens coincides with the optical path of the observation light. an objective lens for taking in the observation light; and a base portion (42; 42a) that has an approximately strip shape, wherein the base portion (42; 42a) is arranged orthogonal to an optical path and comprises an objective lens holder for holding the objective lens on one end and a grip unit configured to be held by a user on another end, and is configured to be detachably attached to the unit attachment portion (13; 13a; 13b) at a position where at least an optical axis of the objective lens coincides with the optical path of the observation light.
A method of producing a reagent comprising the steps of: i. mixing 1-Cloro anthraquinone and ethylene glycol, ii. adding 1-Dodecanethiol to mixed 1-Chloro anthraquinone and ethylene glycol, iii. adding aqueous potassium hydroxide solution to the mixture of (ii) process step and obtaining 1-(Dodecylthio)anthracene-9,10-dione molecule with reflux, iv. purifying of obtained 1-(Dodecylthio)anthracene-9,10-dione molecule, characterized by comprising; v. mixing the purified 1-(Dodecylthio)anthracene-9,10-dione molecule by adding into it an organic solvent, vi. obtaining the solution by diluting hydrogen peroxide with distilled water, vii. preparing iron sulphate distilled water solution, viii. mixing the solution prepared in (v) process step and the solution prepared in (vii) process step, ix. mixing the solution prepared in (viii) process step and the solution prepared in (vi) process step, x. adding stabilizer to the solution obtained in (ix) process step. i. mixing 1-Cloro anthraquinone and ethylene glycol, ii. adding 1-Dodecanethiol to mixed 1-Chloro anthraquinone and ethylene glycol, iii. adding aqueous potassium hydroxide solution to the mixture of (ii) process step and obtaining 1-(Dodecylthio)anthracene-9,10-dione molecule with reflux, iv. purifying of obtained 1-(Dodecylthio)anthracene-9,10-dione molecule, characterized by comprising; v. mixing the purified 1-(Dodecylthio)anthracene-9,10-dione molecule by adding into it an organic solvent, vi. obtaining the solution by diluting hydrogen peroxide with distilled water, vii. preparing iron sulphate distilled water solution, viii. mixing the solution prepared in (v) process step and the solution prepared in (vii) process step, ix. mixing the solution prepared in (viii) process step and the solution prepared in (vi) process step, x. adding stabilizer to the solution obtained in (ix) process step.
A method comprising: receiving an Internet Protocol, IP, packet carrying a session establishing request from a first device (6, 62, 112); based on information corresponding to a wireless terminal included in the session establishing request, selecting an address of one of multiple second devices (8, 66, 84, 115); generating a packet to carry the session establishing request; setting the selected address of one of the multiple second devices (8, 66, 84, 115) as a destination address of the generated packet; and transmitting the generated packet to the second device (8, 66, 84, 115); characterized in that: the method is performed by a server (1, 65, 70, 82, 90, 100); the first device is a Mobility Management Entity, MME, (6, 62, 112) connected to a wireless network; the second device (8, 66, 84, 115) is a Serving Gateway, SGW, (8, 66, 84, 115) connected to a packet data network; selecting the address of one of the multiple second devices (8, 66, 84, 115) comprises using a predetermined relationship or predetermined logic; and the information included in the session establishing request comprises user location information. receiving an Internet Protocol, IP, packet carrying a session establishing request from a first device (6, 62, 112); based on information corresponding to a wireless terminal included in the session establishing request, selecting an address of one of multiple second devices (8, 66, 84, 115); generating a packet to carry the session establishing request; setting the selected address of one of the multiple second devices (8, 66, 84, 115) as a destination address of the generated packet; and transmitting the generated packet to the second device (8, 66, 84, 115); the method is performed by a server (1, 65, 70, 82, 90, 100); the first device is a Mobility Management Entity, MME, (6, 62, 112) connected to a wireless network; the second device (8, 66, 84, 115) is a Serving Gateway, SGW, (8, 66, 84, 115) connected to a packet data network; selecting the address of one of the multiple second devices (8, 66, 84, 115) comprises using a predetermined relationship or predetermined logic; and the information included in the session establishing request comprises user location information.
An apparatus for enabling the alignment between a thrust reverser section and a pylon of an aircraft, the apparatus comprising: a first guide system structured to removably couple to a first aircraft structure having a first hinge component; and a second guide system structured to removably couple to a second aircraft structure having a second hinge component, wherein the first guide system being configured to engage the second guide system such that in use it enables alignment between the first hinge component and the second hinge component during assembly of the first aircraft structure and the second aircraft structure, and wherein the first aircraft structure is a pylon and the second aircraft structure is a thrust reverser section. a first guide system structured to removably couple to a first aircraft structure having a first hinge component; and a second guide system structured to removably couple to a second aircraft structure having a second hinge component, wherein the first guide system being configured to engage the second guide system such that in use it enables alignment between the first hinge component and the second hinge component during assembly of the first aircraft structure and the second aircraft structure, and wherein the first aircraft structure is a pylon and the second aircraft structure is a thrust reverser section.
An aseptic coupling device (100, 200), comprising: a main body (102, 202) defining a front face (118, 208); a membrane (1320, 1360) coupled to the front face, the membrane including a first portion coupled to the front face and a second portion folded over on the first portion; and a low friction member positioned between the first and second portions of the membrane and coupled to the second portion, characterized in that the low friction member defines an aperture (1370, 1371) void of the low friction member; wherein the second portion of the membrane covers the aperture and the aperture is positioned to allow for sterilization of the aseptic coupling device through the aperture and the first and second portion of the membrane. a main body (102, 202) defining a front face (118, 208); a membrane (1320, 1360) coupled to the front face, the membrane including a first portion coupled to the front face and a second portion folded over on the first portion; and a low friction member positioned between the first and second portions of the membrane and coupled to the second portion, characterized in that the low friction member defines an aperture (1370, 1371) void of the low friction member; wherein the second portion of the membrane covers the aperture and the aperture is positioned to allow for sterilization of the aseptic coupling device through the aperture and the first and second portion of the membrane.
A self-opening plastic closure consisting of a pour-out spout with a flange for connection to a single-layer or multi-layer packaging foil of a closed packaging, with a cylindrical cutting element which is movably guided within the pour-out spout, and with screw cap with a lateral wall with an inner thread and with a cover surface, wherein the screw cap is screw-connected to the pour-out spout with an outer thread, and the screw cap and the cutting element comprise means which convert the screw movement of the screw cap into a purely translatory relative movement of the cutting element to the pour-out spout, characterised in that the means are a first and a second advance mechanism (50, 60) which engage one after the other and which effect different axial advance paths per revolution.
A high-current cable, in particular for induction applications with a preferably stranded aluminum litz wire running in a sheathing, wherein the high-current cable comprises a coupling sleeve pushed onto the litz wire at at least one end of the aluminum litz wire, - wherein the coupling sleeve consists of a first substantially cylindrical section near the cable end made of a first metal and, welded thereto, a second substantially cylindrical section remote from the cable end made of a second metal, - wherein the first section is made of aluminum and welded to the aluminum litz wire, characterized in that the two substantially cylindrical sections (22, 24) have the same outer diameter. - wherein the coupling sleeve consists of a first substantially cylindrical section near the cable end made of a first metal and, welded thereto, a second substantially cylindrical section remote from the cable end made of a second metal, - wherein the first section is made of aluminum and welded to the aluminum litz wire,
A compound of the formula: or a salt thereof, wherein "Nu" is a nucleotide triphosphate, a 2'-deoxynucleotide triphosphate or a 2',3'-dideoxynucleotide triphosphate and wherein L is a linker.
Protective cover for a chip card or card having a magnetic strip, or card with an receptacle for the chip card or card, into which receptacle the chip card or card can be inserted, and having a magnetic and/or electromagnetic shielding, which has at least one layer of tinplate on at least two broadsides of the receptacle, the tinplate layer being provided on at least one broadside of the receptacle uninterruptedly and over its entire surface, characterized in that the tinplate layer is provided on both wide sides of the receptacle without interruption and over its entire surface in order to form a shield covering at least the magnetic strip without interruption and in that the protective sheath has a plastic sheath, the shield being embedded in the plastic sheath, which has a weld seam along the edge of the shield, wherein the receptacle ending in a widening opening mouth which is formed by the shielding bent up in this region.
A cutting unit, said cutting unit including a cutting head having a circular blade provided for rotation, said cutting head pivotally movable between a raised position and a lowered, cutting, position, said cutting head located on a mounting connected to a base on which the work piece to be cut can be located, said cutting head slidingly movable with respect to the base, via one slide and a bearing assembly provided for relative sliding movement, said slide provided, in at least the portion along which sliding movement occurs, with an outer profile formed by four flat outer faces characterised in that the external shape of the slide in cross section is square, said bearing assembly including a plurality of roller bearings provided such that each of the said flat outer faces of the slide is contacted by at least one roller bearing to allow the slide to provide the required location of the cutting head mounting in all axes apart from the longitudinal axis of the slide, and in that said cutting head is provided on a pivotal mount mounted at a first, front, end of the slide, such that cutting movement of the cutting head about the pivotal mount occurs at said first end of the slide located above and over the base.
Non-rail-bound vehicle, in particular a truck or bus, comprising a current collector for feeding in electrical energy from an overhead line installation having at least one contact wire (1, 2), wherein the current collector has at least one contact strip with a working range (b) for making contact with the at least one contact wire (1, 2), actuating means which are coupled to the current collector for adjusting the at least one contact strip, wherein the at least one contact strip is oriented horizontally and can be adjusted transversely with respect to a vehicle longitudinal axis, sensor means for sensing the position of the vehicle relative to the at least one contact wire (1, 2), and a control device which is connected to the sensor means and the actuating means and is designed to actuate the actuating means as a function of the vehicle position sensed by the sensor means, in such a way that the at least one contact strip maintains the contact with the at least one contact wire (1, 2) within its working range (b), characterised in that the actuating means have an actuator and a linear actuator rod, wherein the actuator rod is coupled to the current collector and can be displaced transversely with respect to the vehicle longitudinal axis by means of the actuator.