mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring a distance between a lower end surface of a heat insulating member and a surface of a raw material melt when a silicon single crystal is pulled up by a Czochralski method while a magnetic field is applied to the raw material melt in a crucible, a reference reflector being located at the lower end of the heat insulating member which is located above the surface of the raw material melt, wherein the method comprises at least steps of: actually measuring the distance between the lower end surface of the heat insulating member and the surface of the raw material melt; observing a location of a mirror image of the reference reflector reflected on the surface of the raw material melt by a fixed-point observing apparatus; subsequently measuring a travel distance of the mirror image by the fixed-point observing apparatus while pulling up the silicon single crystal; and calculating the distance between the lower end surface of the heat insulating member and the surface of the raw material melt, from the actually measured value and the travel distance of the mirror image, wherein a projection which is longer than the reference reflector and which has a known length is provided at the lower end of the heat insulating member; the projection is contacted with the surface of the raw material melt by raising the crucible so as to actually measure the distance between the lower end surface of the heat insulating member and the surface of the raw material melt when the distance between the lower end surface of the heat insulating member and the surface of the raw material melt is actually measured. actually measuring the distance between the lower end surface of the heat insulating member and the surface of the raw material melt; observing a location of a mirror image of the reference reflector reflected on the surface of the raw material melt by a fixed-point observing apparatus; subsequently measuring a travel distance of the mirror image by the fixed-point observing apparatus while pulling up the silicon single crystal; and calculating the distance between the lower end surface of the heat insulating member and the surface of the raw material melt, from the actually measured value and the travel distance of the mirror image, wherein a projection which is longer than the reference reflector and which has a known length is provided at the lower end of the heat insulating member; the projection is contacted with the surface of the raw material melt by raising the crucible so as to actually measure the distance between the lower end surface of the heat insulating member and the surface of the raw material melt when the distance between the lower end surface of the heat insulating member and the surface of the raw material melt is actually measured.
A storage box power supply structure for a saddled vehicle, comprising: a storage box; a carrier configured to detachably mount the storage box on a vehicle body; a hook configured to connect the storage box to the carrier; a hook receiving section configured to receive the hook; a hook-side terminal provided inside the hook and configured to supply electric power to an electrical component; and a receiving-side terminal provided in the hook receiving section and connected to the hook-side terminal when the storage box is mounted on the carrier, characterised in that the hook comprises a longitudinal extension section integrally provided with the hook-side terminal and extending in a forward/rearward direction, and the longitudinal extension section comprises a longitudinal wall section extending upward from the hook-side terminal and configured to abut a lower surface of the carrier when the storage box is mounted on the carrier. a storage box; a carrier configured to detachably mount the storage box on a vehicle body; a hook configured to connect the storage box to the carrier; a hook receiving section configured to receive the hook; a hook-side terminal provided inside the hook and configured to supply electric power to an electrical component; and a receiving-side terminal provided in the hook receiving section and connected to the hook-side terminal when the storage box is mounted on the carrier, characterised in that the hook comprises a longitudinal extension section integrally provided with the hook-side terminal and extending in a forward/rearward direction, and the longitudinal extension section comprises a longitudinal wall section extending upward from the hook-side terminal and configured to abut a lower surface of the carrier when the storage box is mounted on the carrier.
Device for the fibre centring of a line, at least having: a) a stripping device for stripping the line in a first region; b) a fixing device which is configured to fix a fibre of the line in the stripped first region; and c) a machining device which can be moved along an outer circumference of the fixing device along an axial direction of the line, characterized in that d) the machining device is configured to remove from the line parts of the sheathing of the line that project radially beyond the outer circumference of the fixing device in a second region. a) a stripping device for stripping the line in a first region; b) a fixing device which is configured to fix a fibre of the line in the stripped first region; and c) a machining device which can be moved along an outer circumference of the fixing device along an axial direction of the line, characterized in that d) the machining device is configured to remove from the line parts of the sheathing of the line that project radially beyond the outer circumference of the fixing device in a second region.
Profile for arranging a component for a drywall construction, in particular a profile for a ceiling-, floor- or wall-side fastening of a drywall, preferably a profile for a drywall comprising a panelled stud frame, the profile having, in its cross section, substantially a U shape which comprises a web and two adjoining flanges, wherein the flanges are each designed to be resilient to the same degree and/or in the same manner in the direction which is substantially orthogonal to the web surface, wherein the resilient flanges being achieved by in each case at least one bead which is incorporated into the respective flange and extends longitudinally substantially parallel to the web extent, characterized by the profile comprising areas of material weakening in the form of bands of holes, one after the other, along all kinks forming the bead.
A welding system, comprising: a multi-process welding power supply, comprising: a transformer comprising a primary winding configured to receive power from a power source and a secondary winding configured to condition the power, wherein the transformer comprises a center-tapped transformer having two secondary windings configured to operate as forward-biased or reverse-biased or the transformer comprises a single secondary winding that is configured to operate as forward-biased or reverse-biased; power circuitry comprising rectifiers and switches (82, 100) configured to receive the power from the secondary winding and to route power to a plurality of outputs (88, 102); and a control circuit configured to open or close the power circuitry switches (82, 100) to enable output of power at a first polarity, a second polarity opposite from the first polarity, or a combination thereof, in response to an input control signal representative of a desired process selected from a plurality of different processes. a transformer comprising a primary winding configured to receive power from a power source and a secondary winding configured to condition the power, wherein the transformer comprises a center-tapped transformer having two secondary windings configured to operate as forward-biased or reverse-biased or the transformer comprises a single secondary winding that is configured to operate as forward-biased or reverse-biased; power circuitry comprising rectifiers and switches (82, 100) configured to receive the power from the secondary winding and to route power to a plurality of outputs (88, 102); and a control circuit configured to open or close the power circuitry switches (82, 100) to enable output of power at a first polarity, a second polarity opposite from the first polarity, or a combination thereof, in response to an input control signal representative of a desired process selected from a plurality of different processes.
A device for stabilising the spinal column comprising a bone screw which has a screw shank and which has a first thread portion intended for insertion into the bone, a rod and a connector which can be fixed to the bone screw for releasably connecting the rod to the bone screw, the connector having a connector body with a through opening and a rod receiving means which is open at one side and which is formed by two mutually opposite body legs each having at least one respective leg bar for forming a latching seat, characterised in that the leg bars delimit the lateral opening width of the rod receiving means in such a way that when the rod is clipped into the rod receiving means, enlargement of the rod receiving means occurs by means of a deflection of the body legs by utilising a spring action and that as a result of the desired spring action the body legs fixedly embrace the rod after introduction thereof and form a latching seat adapted to the peripheral configuration of the rod.
Device for controlling the sharpening state of a blade having a cutting edge delimited by two sides (21, 22) converging towards a plane that contains the cutting edge itself, the device comprising two control surfaces each of which is in contact with a corresponding side (21, 22) of said cutting edge and is connected with a transducer, which produces an electrical displacement signal proportional to a displacement of the control surface with respect to said plane, the device further comprising a programmable electronic unit that receives said displacement signals and compares them, emitting an error signal if the comparison produces a value that exceeds a predetermined limit, wherein said control surfaces are the surfaces that delimit an external groove of a roller that is free to translate along an axis perpendicular to said plane and spaced from the blade by an amount such that said cutting edge passes in said groove.
A method, comprising: receiving a video comprising video frames as an input; generating a set of object proposals from the video; generating object tracklets, each comprising object proposals with a predetermined level of confidence appearing in consecutive frames of the video; dividing each frame into a plurality of superpixels; constructing a graph comprising the set of object proposals from tracklets and superpixels; calculating a first cost function depending on the superpixel likelihoods of having an object class label and on estimated likelihoods defined for each superpixel, the estimated likelihood of a superpixel being a weighted sum of the object class likelihoods of the object proposals connected to it in the graph; calculating a second cost function depending on the object class likelihood of the object proposal and on estimated likelihoods defined for each object proposal being a weighted sum of the object class likelihoods of its constituent superpixels; minimizing the first and the second cost function simultaneously to infer the object class likelihoods of the object proposals and superpixels; computing posterior probabilities of the superpixels of having an object class label based on the inferred object class likelihoods; and assigning each superpixel with an object class with a maximum posterior probability to constitute semantic object segmentation. receiving a video comprising video frames as an input; generating a set of object proposals from the video; generating object tracklets, each comprising object proposals with a predetermined level of confidence appearing in consecutive frames of the video; dividing each frame into a plurality of superpixels; constructing a graph comprising the set of object proposals from tracklets and superpixels; calculating a first cost function depending on the superpixel likelihoods of having an object class label and on estimated likelihoods defined for each superpixel, the estimated likelihood of a superpixel being a weighted sum of the object class likelihoods of the object proposals connected to it in the graph; calculating a second cost function depending on the object class likelihood of the object proposal and on estimated likelihoods defined for each object proposal being a weighted sum of the object class likelihoods of its constituent superpixels; minimizing the first and the second cost function simultaneously to infer the object class likelihoods of the object proposals and superpixels; computing posterior probabilities of the superpixels of having an object class label based on the inferred object class likelihoods; and assigning each superpixel with an object class with a maximum posterior probability to constitute semantic object segmentation.
A method for controlling discontinuous reception, DRX, in a wireless transmit/receive unit, WTRU, the method characterized by comprising: receiving DRX configuration parameters from an eNodeB, eNB,, wherein the DRX configuration parameters comprise a first DRX cycle length, a second DRX cycle length, and a value for a WTRU timer used for implicitly transitioning the WTRU between DRX cycle lengths; operating the WTRU at the first DRX cycle length; operating the WTRU at the second DRX cycle length, wherein the first DRX cycle length is a multiple of the second DRX cycle length; setting the WTRU timer upon beginning operation at the second DRX cycle length; determining that the WTRU timer has expired; and responsive to determining that the WTRU timer has expired, transitioning to the first DRX cycle length without receiving explicit signaling from the eNB. receiving DRX configuration parameters from an eNodeB, eNB,, wherein the DRX configuration parameters comprise a first DRX cycle length, a second DRX cycle length, and a value for a WTRU timer used for implicitly transitioning the WTRU between DRX cycle lengths; operating the WTRU at the first DRX cycle length; operating the WTRU at the second DRX cycle length, wherein the first DRX cycle length is a multiple of the second DRX cycle length; setting the WTRU timer upon beginning operation at the second DRX cycle length; determining that the WTRU timer has expired; and responsive to determining that the WTRU timer has expired, transitioning to the first DRX cycle length without receiving explicit signaling from the eNB.
A method for performing tag-related processing, comprising: creating a relational tag (202, 308,..., 316) then receiving a definition of the relational tag (202, 308,..., 316) that relates a base item to at least one other item with which the base item is being compared according to a defined relationship; storing the relational tag (202, 308,..., 316) in a tag-related store the relational tag provides metadata pertaining to the base item; wherein the tag-related store provides a graph of interconnected items formed through the repeated creation and storage by a plurality of different users; wherein the defined relationship ranks within the graph the base item with respect to said at least one other item within an identified context, or wherein the defined relationship asserts that the base item is a substitute for or an accessory of said at least one other item. creating a relational tag (202, 308,..., 316) then receiving a definition of the relational tag (202, 308,..., 316) that relates a base item to at least one other item with which the base item is being compared according to a defined relationship; storing the relational tag (202, 308,..., 316) in a tag-related store the relational tag provides metadata pertaining to the base item; wherein the tag-related store provides a graph of interconnected items formed through the repeated creation and storage by a plurality of different users; wherein the defined relationship ranks within the graph the base item with respect to said at least one other item within an identified context, or wherein the defined relationship asserts that the base item is a substitute for or an accessory of said at least one other item.
A processing system for providing and inspecting an electronic ticket for a user, comprising a control centre and a mobile terminal of the user, wherein the control centre includes means for generating the electronic ticket and for sending the electronic ticket to the mobile terminal, the electronic ticket includes an encrypted part, and the mobile terminal includes means for receiving and for representing the encrypted part, characterised in that - an executable program is installed on the mobile terminal, - which is programmed for displaying an item of information and for calling up an inspecting function, - wherein calling up of the program requires the input of a predetermined program code number determined by the user - and the input of an activation code which is only valid for a single use and for a limited period of time, which code has been predetermined by the control centre and is transmitted to the user, - wherein the control centre and the mobile terminal are connectable via a network, and - either a current decryption code is sent to the mobile terminal in connection with an inspection, or - the encrypted part of the electronic ticket is conveyed to the control centre, is decrypted there and is conveyed back to the mobile terminal as decrypted part. - an executable program is installed on the mobile terminal, - which is programmed for displaying an item of information and for calling up an inspecting function, - wherein calling up of the program requires the input of a predetermined program code number determined by the user - and the input of an activation code which is only valid for a single use and for a limited period of time, which code has been predetermined by the control centre and is transmitted to the user, - wherein the control centre and the mobile terminal are connectable via a network, and - either a current decryption code is sent to the mobile terminal in connection with an inspection, or - the encrypted part of the electronic ticket is conveyed to the control centre, is decrypted there and is conveyed back to the mobile terminal as decrypted part.
Method for determining the orientation of a camera relative to a reference plane, in particular a camera for a measurement of calibration components in a mounting machine, the method comprising the following steps: • capturing an optical displacement of a reference structure situated in the reference plane, wherein the optical displacement is caused by a refractive optical element arranged between the camera and the reference structure, and • ascertaining the orientation of the camera relative to the reference plane based on the captured optical displacement by an evaluation unit being connected downstream of the camera (140, 240), wherein the capturing of the optical displacement of the reference structure comprises the following steps: • taking a first camera image of at least a part of the reference structure, • inserting of the refractive optical element between the reference structure and the camera, and • taking a second camera image of at least the part of the reference structure. • capturing an optical displacement of a reference structure situated in the reference plane, wherein the optical displacement is caused by a refractive optical element arranged between the camera and the reference structure, and • ascertaining the orientation of the camera relative to the reference plane based on the captured optical displacement by an evaluation unit being connected downstream of the camera (140, 240), • taking a first camera image of at least a part of the reference structure, • inserting of the refractive optical element between the reference structure and the camera, and • taking a second camera image of at least the part of the reference structure.
A method for operating an air cushion table of a panel cutting system, which table is capable of supporting at least one large-scale panel-like workpiece with low friction, and in which table, air air is supplied to a plurality of openings in the air cushion table by means of an air supply device, characterized in that at least one variable characterizing the desired drive output of the air supply device is varied as a function of an ascertained or detected flow quantity of the air supplied by the air supply device, and/or of an ascertained or detected current consumption of a drive motor of the air supply device, and/or of an ascertained or detected weight of the workpiece acting on the air cushion table.
Anodic structure for electrowinning cells comprising an anode hanger bar, a support structure of insulating material, at least one anode mesh having a valve metal substrate provided with a catalytic coating, said at least one anode mesh being subdivided into at least two reciprocally insulated sub-meshes, said sub-meshes being individually supplied with electrical current through conductive means connected with said anode hanger bar, the anodic structure being further provided with at least one electronic system comprising at least one current probe and at least one actuator for individually measuring and controlling current supply to each of said sub-meshes.
Drinking straw holder for arrangement on a dishwasher rack of a dishwasher, comprising a drinking straw rack and a trough-shaped water collector, which has outlet openings on the drinking straw rack side, characterised by a handle arranged on the drinking straw rack, which is U-shaped and has two legs (13, 14) and a grip portion arranged therebetween and positioned in the height direction above the drinking straw rack, the grip portion having the trough-shaped water collector.
Rear spoiler device (9, 10) for a vehicle having at least one rear door (6, 8), wherein the rear spoiler device (9, 10) has at least: a side air guiding element (15, 25) which can be adjusted between a retracted basic position and a travel position for contour extension and aerodynamic air guiding, a roof air guiding element (35, 36) which can be adjusted between a basic position and a travel position for contour extension and aerodynamic air guiding, and a coupling device (40, 44) for coupling the adjustment movements of the side air guiding element (15, 25) and the roof air guiding element (35, 36), characterized in that the coupling device (40, 44) is provided between a lower side of the roof air guiding element and an upper end of the side air guiding element, wherein the upper end (15c, 25c) of the side air guiding element (15, 25) can be adjusted along the lower side (35e, 36e) of the roof air guiding element (35, 36) during the adjustment movement. a side air guiding element (15, 25) which can be adjusted between a retracted basic position and a travel position for contour extension and aerodynamic air guiding, a roof air guiding element (35, 36) which can be adjusted between a basic position and a travel position for contour extension and aerodynamic air guiding, and a coupling device (40, 44) for coupling the adjustment movements of the side air guiding element (15, 25) and the roof air guiding element (35, 36), characterized in that the coupling device (40, 44) is provided between a lower side of the roof air guiding element and an upper end of the side air guiding element, wherein the upper end (15c, 25c) of the side air guiding element (15, 25) can be adjusted along the lower side (35e, 36e) of the roof air guiding element (35, 36) during the adjustment movement.