mhurhangee/ep-ind-claims huggingface dataset:
Rail vehicle having an energy supply system for supplying electrical consumers, wherein the rail vehicle has passenger coaches, wherein the rail vehicle has a train busbar, characterised in that the rail vehicle has a DC supply busbar and a 3AC busbar, wherein the DC supply busbar and the 3AC busbar extend over at least two of the passenger coaches, wherein the DC supply busbar is connected to the train busbar via a central energy supply unit, wherein the central energy supply unit is arranged in a first passenger coach of the at least two passenger coaches, over which the DC supply busbar and the 3AC busbar extend, wherein in at least one second passenger coach of the at least two passenger coaches a decentralised energy supply unit is arranged in each case, wherein the decentralised energy supply unit is connected to the DC supply busbar and the 3AC busbar.
Hose clip having an apparatus for positioning the hose clip on a hose, wherein the hose clip comprises at least one clip band which is wound around an imaginary longitudinal axis at a radial spacing tangentially approximately in a circular ring shape and which comprises a clamping apparatus, wherein the apparatus comprises an areal retaining element which projects axially with respect to the clip band and the apparatus further comprises a fastening pin which projects radially inwards through the areal retaining element, wherein the fastening pin can pierce through the wall of a hose and wherein a respective rivet head (6A, 6B) can be formed on the fastening pin in a radially outward direction from the retaining element and on the inner side of the hose, characterized in that the retaining element is arranged on the clip band and projects in the form of a flat tongue axially from the clip band.
A shoe comprising: an upper and a comfort sole attached to an outsole, the comfort sole having a radius of curvature at any point of a line from a heel to a toe and interfacing with outsole, wherein the lowest point of comfort sole and outsole, called the center of mass or balance point of the sole or natural balance point of the shoe, when placed on a substantially horizontal reference plane defines a transition zone of the roll of the foot having the highest radius of the comfort sole and the outsole, and in that the center of mass is behind point of the metatarsals; and a rigid shell interposed between the upper and the comfort sole and configured to provide torsional and bending rigidity to the upper, wherein the rigidity of the composite shell and the curvature of the comfort sole promote energy restitution and thus allows faster or more powerful strides for a wearer. an upper and a comfort sole attached to an outsole, the comfort sole having a radius of curvature at any point of a line from a heel to a toe and interfacing with outsole, wherein the lowest point of comfort sole and outsole, called the center of mass or balance point of the sole or natural balance point of the shoe, when placed on a substantially horizontal reference plane defines a transition zone of the roll of the foot having the highest radius of the comfort sole and the outsole, and in that the center of mass is behind point of the metatarsals; and a rigid shell interposed between the upper and the comfort sole and configured to provide torsional and bending rigidity to the upper, wherein the rigidity of the composite shell and the curvature of the comfort sole promote energy restitution and thus allows faster or more powerful strides for a wearer.
CHAIN BRUSH CUTTING MACHINE, which comprises an end motor adjacent to a reinforced structure provided with control knobs, and extending from that reinforced structure an elongated tubular body ending in a head with a rotating rotor wherein a cutting device receiving the motion from the motor through an internal transmission is connected, the cutting device comprising a support with at least one pair of cutting chains fixed at equidistant points from the geometric center of said support, while said points are separated by an equidistant angular space also with respect to said geometric center of the support, wherein the cutting chains are fixed to the support by using screws and nuts with the insertion of some washers, including safety means which prevent relative unscrewing between those screws and nuts characterized in that the equidistant points of the support where the chains are fixed comprise a plurality of side holes passing through in a way other than circular and wherein some end sections of the screws for fixing the chains are complementarily inserted, which end sections have the same shape as such through-holes while being adjacent to the head of the mentioned screws, said end sections protruding with respect to the flat support in order to allow coupling and fitting some end links of the chains, thus preventing relative rotating movements of said end links with respect to the mentioned screws and of these with respect to the support, and wherein the safety means consist of some small crushing deformations in the threaded connection between screws and nuts.
A method for obtaining information on colon cancer in a subject comprising the steps of: preparing a DNA sample from a biological fluid sample collected from the subject; analyzing the methylation status of a CpG site in a promoter region of the LONRF2 gene in the DNA sample obtained from the preparation step; and obtaining information on colon cancer in the subject based on an analysis result obtained from the analyzing step. preparing a DNA sample from a biological fluid sample collected from the subject; analyzing the methylation status of a CpG site in a promoter region of the LONRF2 gene in the DNA sample obtained from the preparation step; and obtaining information on colon cancer in the subject based on an analysis result obtained from the analyzing step.
Method for operating a femto-cell base station, the femto-cell base station being configured to provide coverage to a User Equipment by connecting it to a core telecommunications network using a first frequency belonging to a first radio access technology, RAT1, the femto-cell base station having a fixed network interface for establishing a fixed network connection to said core telecommunications network, and a wireless network interface for establishing a cellular wireless network connection to said core telecommunications network via a cellular telecommunications network; the method comprising the steps of: - detecting that said fixed network connection is not operative; and, in response to such failure: - scanning frequencies to find a second radio access technology, RAT2, available to the wireless network interface, said second radio access technology, RAT2, being different to the first radio access technology; and - if there is any frequency available in said second radio access technology, RAT2, compatible with the first radio access technology, RAT1, used, establishing a data connection in said second radio access technology as the cellular wireless network connection; - and if there is no frequency available in said second radio access technology, RAT2, disconnecting the femto-cell base station from the User Equipment and assigning the first frequency in the first radio access technology, RAT1, to the cellular wireless network connection. - detecting that said fixed network connection is not operative; and, in response to such failure: - scanning frequencies to find a second radio access technology, RAT2, available to the wireless network interface, said second radio access technology, RAT2, being different to the first radio access technology; and - if there is any frequency available in said second radio access technology, RAT2, compatible with the first radio access technology, RAT1, used, establishing a data connection in said second radio access technology as the cellular wireless network connection; - and if there is no frequency available in said second radio access technology, RAT2, disconnecting the femto-cell base station from the User Equipment and assigning the first frequency in the first radio access technology, RAT1, to the cellular wireless network connection.
A method of processing a substrate by structurally modifying at least part of an interface zone defined by at least two superimposed layers (28A, 28B) by directing from a laser source a plurality of sequential laser pulses to the substrate and being focused at said interface zone, wherein the laser source and the substrate is moved with respect to each other at a predetermined velocity, the velocity being adjusted such that the pulses significantly overlap, characterized by the laser source being a fiber laser source; and by - emitting from said fiber laser source pulses having a duration of 20 - 100 picoseconds, a peak pulse power of less than 10 12 W/cm 2, and a pulsing frequency of at least 1 MHz; - directing said pulses with a predetermined focal spot diameter sequentially to the substrate with a distance between successive pulses that is less than 1/5 of the diameter of said focal spot, to cause local melting of the substrate at said interface zone for welding said superimposed layers (28A, 28B) together through re-solidification of the local melting of the substrate. - emitting from said fiber laser source pulses having a duration of 20 - 100 picoseconds, a peak pulse power of less than 10 12 W/cm 2, and a pulsing frequency of at least 1 MHz; - directing said pulses with a predetermined focal spot diameter sequentially to the substrate with a distance between successive pulses that is less than 1/5 of the diameter of said focal spot, to cause local melting of the substrate at said interface zone for welding said superimposed layers (28A, 28B) together through re-solidification of the local melting of the substrate.
An apparatus for producing a non-homogenously mixed extrudate, including means for supplying a first product mass substream disposed within a first subpassageway having an interior surface and a second mass substream disposed within a second subpassageway having an interior surface, an interconnecting passage in communication with the first and second subpassageways, an exit port in communication with the interconnecting passage, and a static mixer, characterized in that it comprises a transition element including an upstream face, a downstream face, and a peripheral edge extending between the upstream and downstream faces, with the peripheral edge corresponding to and for slideable receipt in the interconnecting passage, first and second sets of subpassages extending between the upstream and downstream faces of the transition element a first and a second channels extending from the upstream face towards but spaced from the downstream face, with the first channel being in communication with the first subpassageway and the first set of subpassages but not with the second subpassageway and the second set of subpassages, with the second channel being in communication with the second subpassageway and the second set of subpassages but not in communication with the first subpassageway and the first set of subpassages, and with the static mixer located in the interconnecting passage intermediate the exit port and the downstream face of the transition element.
A method for predicting a route of a vehicle, and estimating length of the predicted route, wherein the method comprises: determining current geographical position of the vehicle; detecting a stored cell border of a cell having four cell borders in a grid-based representation of a landscape, comprising a plurality of quadratic or rectangular cells (211, 212,... 244) in a database, corresponding to the determined geographical position; determining that the vehicle is entering the cell at the detected cell border of the cell; extracting a stored driving direction and a stored road slope at the detected cell border of the cell from the database; detecting a cell border of a neighbour cell to the cell, in the direction of the extracted stored driving direction at the detected cell border of the cell; repeating the steps of extracting the stored driving direction and the stored road slope, and detecting a cell border of a neighbour cell until a condition is fulfilled; predicting the route of the vehicle by creating a series of linear segments through the cells (211, 212,..., 244), bounded by the detected cell borders (222A, 232B); determining, on the basis of the extracted road slopes, a road grade profile associated to the predicted route and estimating the length of the predicted route of the vehicle by adding an estimated distance through each cell (211, 212,..., 244) of the predicted route of the vehicle. determining current geographical position of the vehicle; detecting a stored cell border of a cell having four cell borders in a grid-based representation of a landscape, comprising a plurality of quadratic or rectangular cells (211, 212,... 244) in a database, corresponding to the determined geographical position; determining that the vehicle is entering the cell at the detected cell border of the cell; extracting a stored driving direction and a stored road slope at the detected cell border of the cell from the database; detecting a cell border of a neighbour cell to the cell, in the direction of the extracted stored driving direction at the detected cell border of the cell; repeating the steps of extracting the stored driving direction and the stored road slope, and detecting a cell border of a neighbour cell until a condition is fulfilled; predicting the route of the vehicle by creating a series of linear segments through the cells (211, 212,..., 244), bounded by the detected cell borders (222A, 232B); determining, on the basis of the extracted road slopes, a road grade profile associated to the predicted route and estimating the length of the predicted route of the vehicle by adding an estimated distance through each cell (211, 212,..., 244) of the predicted route of the vehicle.
An aircraft motion control auxiliary power unit suspension system for isolating an aircraft auxiliary power unit comprising: a suspension linkage including a first and a second terminal end (74, 76), each having a helical threaded portion (70, 72) having a same hand; a first elastomeric rod end having a helical threaded portion and a first motion control elastomer operatively interconnecting a first motion control nonelastomeric member and a second motion control nonelastomeric member, said helical threaded portion of said first elastomeric rod end having a hand corresponding to said hand of said helical threaded portion of said first terminal end of said suspension linkage; and a second elastomeric rod end having a helical threaded portion and a first motion control elastomer operatively interconnecting a first motion control nonelastomeric member and a second motion control nonelastomeric member, said helical threaded portion of said second elastomeric rod end having a hand corresponding to said hand of said helical threaded portion of said second terminal end of said suspension linkage, characterised in that said helical threaded portion of said first elastomeric rod end and said helical threaded portion of said second elastomeric rod end are of said same hand and have the same pitch. a suspension linkage including a first and a second terminal end (74, 76), each having a helical threaded portion (70, 72) having a same hand; a first elastomeric rod end having a helical threaded portion and a first motion control elastomer operatively interconnecting a first motion control nonelastomeric member and a second motion control nonelastomeric member, said helical threaded portion of said first elastomeric rod end having a hand corresponding to said hand of said helical threaded portion of said first terminal end of said suspension linkage; and a second elastomeric rod end having a helical threaded portion and a first motion control elastomer operatively interconnecting a first motion control nonelastomeric member and a second motion control nonelastomeric member, said helical threaded portion of said second elastomeric rod end having a hand corresponding to said hand of said helical threaded portion of said second terminal end of said suspension linkage, characterised in that said helical threaded portion of said first elastomeric rod end and said helical threaded portion of said second elastomeric rod end are of said same hand and have the same pitch.
A refrigerator comprising: a body having at least one storage space; a door mounted to the body to selectively open/close the storage space; at least one rail part provided to a backside of the door and extending along a height direction thereof; and a basket assembly including a basket and a sliding module guided along the rail part together with the basket, the sliding module being selectively fixed to the rail part the sliding module comprising: a slide body; a rolling part provided to the slide body to be received in the rail part; and a lever part rotatably mounted to the slide body for selectively fixing the slide body to the rail part; wherein the at least one rail part includes a guide portion extending along its height and a plurality of insertion holes configured to fix a position of the basket assembly thereto and the rolling part comprises at least one roller (241, 242) rolling along the guide portion. a body having at least one storage space; a door mounted to the body to selectively open/close the storage space; at least one rail part provided to a backside of the door and extending along a height direction thereof; and a basket assembly including a basket and a sliding module guided along the rail part together with the basket, the sliding module being selectively fixed to the rail part the sliding module comprising: a slide body; a rolling part provided to the slide body to be received in the rail part; and a lever part rotatably mounted to the slide body for selectively fixing the slide body to the rail part; wherein the at least one rail part includes a guide portion extending along its height and a plurality of insertion holes configured to fix a position of the basket assembly thereto and the rolling part comprises at least one roller (241, 242) rolling along the guide portion. a slide body; a rolling part provided to the slide body to be received in the rail part; and a lever part rotatably mounted to the slide body for selectively fixing the slide body to the rail part; wherein the at least one rail part includes a guide portion extending along its height and a plurality of insertion holes configured to fix a position of the basket assembly thereto and the rolling part comprises at least one roller (241, 242) rolling along the guide portion.
An electroadhesive device configured to adhere to a substrate, the electroadhesive device comprising: a deformable surface for interfacing with a rough surface of the substrate; a first electrode configured to apply a first voltage at a first location of the deformable surface; a second electrode configured to apply a second voltage at a second location of the deformable surface, wherein the difference in voltage between the first voltage and second voltage includes an electrostatic adhesion voltage that produces an electrostatic force between the device and the substrate that is suitable to maintain a current position of the device relative to the substrate; an insulation material disposed between the first electrode and the second electrode and configured to substantially maintain the electrostatic adhesion voltage difference between the first electrode and the second electrode, wherein the deformable surface includes a surface of a compliant material that is deformable by the electrostatic force so as to decrease gaps between the deformable surface and the rough surface of the substrate and to increase a contact area between the deformable surface and the rough surface of the substrate, and characterized in that the compliant material has an elastic modulus less than 10MPa. a deformable surface for interfacing with a rough surface of the substrate; a first electrode configured to apply a first voltage at a first location of the deformable surface; a second electrode configured to apply a second voltage at a second location of the deformable surface, wherein the difference in voltage between the first voltage and second voltage includes an electrostatic adhesion voltage that produces an electrostatic force between the device and the substrate that is suitable to maintain a current position of the device relative to the substrate; an insulation material disposed between the first electrode and the second electrode and configured to substantially maintain the electrostatic adhesion voltage difference between the first electrode and the second electrode, wherein the deformable surface includes a surface of a compliant material that is deformable by the electrostatic force so as to decrease gaps between the deformable surface and the rough surface of the substrate and to increase a contact area between the deformable surface and the rough surface of the substrate, and
A capture device for use in a catheter system for recanalizing an occluded vessel, the device comprising: a tubular member comprising a catheter shaft having a guidewire lumen and a capture lumen located therein, the tubular member being configured to be advanced in a body channel and extending between a proximal end and a distal end, the tubular member having tension wires anchored at a distal tip of the guidewire lumen; wherein the distal end of the catheter shaft and a stop, which is attached at the distal end of the catheter shaft but proximal to the anchoring location, form a basket, wherein the basket is configured to be movable, between an expanded state and a collapsed state, wherein the basket is configured to receive a guidewire when in the expanded state and capture the guidewire by moving the basket from the expanded state to the collapsed state to funnel the guidewire into the capture lumen. a tubular member comprising a catheter shaft having a guidewire lumen and a capture lumen located therein, the tubular member being configured to be advanced in a body channel and extending between a proximal end and a distal end, the tubular member having tension wires anchored at a distal tip of the guidewire lumen; wherein the distal end of the catheter shaft and a stop, which is attached at the distal end of the catheter shaft but proximal to the anchoring location, form a basket, wherein the basket is configured to be movable, between an expanded state and a collapsed state, wherein the basket is configured to receive a guidewire when in the expanded state and capture the guidewire by moving the basket from the expanded state to the collapsed state to funnel the guidewire into the capture lumen.