mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a first node in a connection-oriented network in which there is a first working path and a second working path, the method comprising: receiving signalling at the first node; causing, in response to the received signalling, the first node to allocate resources for a part of a recovery path for the first working path, the resources being shared by the recovery path for the first working path and a recovery path (R2a) for the second working path; storing an association between the shared resources at the first node and an ingress node on the first working path, identified in the signalling, which should be notified when the shared resources at the first node are used by the recovery path (R2a) for the second working path the method further characterized by forwarding to the ingress node on the first working path notifications from individual nodes used by the recovery path for the second working path that said individual nodes are used by said recovery path for the second working path. receiving signalling at the first node; causing, in response to the received signalling, the first node to allocate resources for a part of a recovery path for the first working path, the resources being shared by the recovery path for the first working path and a recovery path (R2a) for the second working path; storing an association between the shared resources at the first node and an ingress node on the first working path, identified in the signalling, which should be notified when the shared resources at the first node are used by the recovery path (R2a) for the second working path the method further characterized by forwarding to the ingress node on the first working path notifications from individual nodes used by the recovery path for the second working path that said individual nodes are used by said recovery path for the second working path.
An apparatus comprising: a plurality of radiation conversion elements configured to convert radiation to light; and a reflector layer disposed around the plurality of radiation conversion elements; wherein the plurality of radiation conversion elements consists of two radiation conversion elements, and the reflector layer is wrapped around the two radiation conversion elements, characterised with ends (40,42) of the reflector layer tucked between the two radiation conversion elements. a plurality of radiation conversion elements configured to convert radiation to light; and a reflector layer disposed around the plurality of radiation conversion elements; wherein the plurality of radiation conversion elements consists of two radiation conversion elements, and the reflector layer is wrapped around the two radiation conversion elements, characterised with ends (40,42) of the reflector layer tucked between the two radiation conversion elements.
A manufacturing method for a cast ingot of high purity tin, wherein the α ray count of the cast ingot is 0.001cph/cm 2 or less, the method comprising: leaching tin as the raw material with acid, the raw material having a purity of 2 to 3N; using the obtained leachate as an electrolytic solution; suspending an adsorbent of impurities in the electrolytic solution; performing electrolytic refining with an electrolysis temperature of 10 to 80°C and a current density of 0.1 to 50A/dm 2 using a raw material Sn anode with a purity of 2 to 4N to obtain high purity tin, wherein the respective contents of U and Th are 5ppb or less, the respective contents of Pb and Bi are 1ppm or less, and the purity of the tin is 5N or higher excluding the gas components of O, C, N, H, S and P; melting and casting the tin at a temperature of 250 to 500°C; and storing the cast tin for six months or longer; wherein titanium oxide or tin oxide is used as the adsorbent. leaching tin as the raw material with acid, the raw material having a purity of 2 to 3N; using the obtained leachate as an electrolytic solution; suspending an adsorbent of impurities in the electrolytic solution; performing electrolytic refining with an electrolysis temperature of 10 to 80°C and a current density of 0.1 to 50A/dm 2 using a raw material Sn anode with a purity of 2 to 4N to obtain high purity tin, wherein the respective contents of U and Th are 5ppb or less, the respective contents of Pb and Bi are 1ppm or less, and the purity of the tin is 5N or higher excluding the gas components of O, C, N, H, S and P; melting and casting the tin at a temperature of 250 to 500°C; and storing the cast tin for six months or longer; wherein titanium oxide or tin oxide is used as the adsorbent.
A non-expandable intravaginal pessary device capable of providing varying pressure along the length of a woman's urethra when inserted into the woman's vagina, the device having a top, a bottom, and a sidewall that extends between the top and the bottom, the sidewall, top and bottom forming an enclosed outer periphery defining a total area of the device, the sidewall comprising a convex bottom portion, a mid-section, and a convex top portion, the convex bottom portion connecting the bottom to the mid-section, the convex upper portion connecting the top to the mid-section, wherein the convex bottom portion and the convex upper portion are capable of providing pressure to two distinct locations on a woman's urethra when inserted into a woman's vagina characterized in that the pessary device is radially symmetric about the longitudinal axis, has a length from 35 mm to 60 mm, has a weight of less than 10 g, the convex bottom portion has a maximum diameter of less than 25 mm, and the mid-section has a maximum diameter less than the maximum diameter of the convex bottom portion, and wherein the device provides a resistance to force of greater than 0,689 bar (10 psi) under 2 N of force.
Device for positioning motor vehicle parts for producing motor vehicles, comprising a mainframe, at least one main module which is disposed on the mainframe, as well as receptacles which are configured for holding the motor vehicle parts, wherein the device comprises at least one docking plate that is interchangeable in an automated manner, wherein the docking plate is capable of being fixed in the main module, wherein the receptacles are configured on the docking plate, characterized in that the docking plate comprises bolts, specifically retractive clamping bolts, wherein the docking plate by means of the bolts is capable of being fixed in a positionally accurate manner in the main module, wherein the main module comprises at least one clamping device, specifically at least one zero-point clamping device, which is configured for fixing and/or locking a docking plate, specifically for clamping at least one bolt of a docking plate, wherein the device comprises at least one further docking plate that is interchangeable in an automated manner, wherein the further docking plate is capable of being fixed in a positionally accurate manner in the same main module in which the docking plate is capable of being fixed, wherein further receptacles are configured on the further docking plate, and wherein the further receptacles of the further docking plate are configured differently from the receptacles of the docking plate.
Method of producing an image of an object based on data acquired by a dimensioning system (20, 30, 40) in its regular mode of operation, wherein the dimensioning system comprises • a plurality of laser scanners (1, 21, 31, 41), each of which contains an emitter of a collimated beam of modulated laser radiation, a dynamic beam deflector (4, 5) to move the collimated beam in a sweeping motion (6, 11) over the object, and a radiation sensor to receive the radiation reflected from the object and convert it into an electrical signal, • processor means to control the operations of the scanners, to receive and process the electrical signals produced by the radiation sensors of the scanners, and to execute said method, • memory means to store data delivered by the processor means, wherein the method comprises a step of • at discrete points in time, calculating a distance value based on a time delay or phase shift value between emitted and received radiation, characterized by comprising the steps of • based on a spatial direction of the beam, the distance value, and an intensity at each individual point in time, assembling a three-dimensional model of surface points of the object, wherein the three-dimensional model of surface points of the object includes an intensity value associated with each surface point; • storing the three-dimensional model in the memory means, and • based on the three-dimensional model, producing on demand two-dimensional images of the object surface from any desired viewing angle that was exposed tc the scanner rays to document an appearance of the object at the time a scan was taken. • a plurality of laser scanners (1, 21, 31, 41), each of which contains an emitter of a collimated beam of modulated laser radiation, a dynamic beam deflector (4, 5) to move the collimated beam in a sweeping motion (6, 11) over the object, and a radiation sensor to receive the radiation reflected from the object and convert it into an electrical signal, • processor means to control the operations of the scanners, to receive and process the electrical signals produced by the radiation sensors of the scanners, and to execute said method, • memory means to store data delivered by the processor means, wherein the method comprises a step of • at discrete points in time, calculating a distance value based on a time delay or phase shift value between emitted and received radiation, characterized by comprising the steps of • based on a spatial direction of the beam, the distance value, and an intensity at each individual point in time, assembling a three-dimensional model of surface points of the object, wherein the three-dimensional model of surface points of the object includes an intensity value associated with each surface point; • storing the three-dimensional model in the memory means, and • based on the three-dimensional model, producing on demand two-dimensional images of the object surface from any desired viewing angle that was exposed tc the scanner rays to document an appearance of the object at the time a scan was taken.
A composition comprising a first composition that comprises at least one ethylene/propylene/5-ethylidene-2-norbomene interpolymer; and wherein the first composition has a Mooney Viscosity (ML1+4, 125°C) greater than, or equal to, 10, and wherein the first composition has a "13C NMR % Peak Area," which is the {[(13C NMR peak area from 21.3 ppm to 21.8 ppm) divided by the (total integral area from 19.5 ppm to 22.0 ppm)] x 100}, that is greater than or equal to 5.0 percent, as determined by 13C NMR; wherein the first composition further comprises a second ethylene/propylene/5-ethylidene-2-norbornene interpolymer; wherein the first composition has a MWD less than, or equal to, 4.0; wherein the "13C NMR % Peak Area," is measured according to the description; wherein the MWD is measured in accordance with the description and the Mooney Viscosity is measured in accordance with ASTM 1646.
An imaging apparatus comprising: a sensor array in which a plurality of pixels each including a conversion element and a switching element are arrayed in a row direction and a column direction, wherein the switching element includes a gate electrode, a source electrode, and a drain electrode; signal wiring connected to either the source electrode or the drain electrode of a plurality of the switching elements provided in the column direction; and a reading-circuit unit connected to the signal wiring, wherein the reading-circuit unit includes a first amplifying circuit arranged to be supplied with a first power-supply voltage and a second amplifying circuit connected to the subsequent stage of the first amplifying circuit and arranged to be supplied with a second power-supply voltage, and the first power-supply voltage is larger than second power-supply voltage. a sensor array in which a plurality of pixels each including a conversion element and a switching element are arrayed in a row direction and a column direction, wherein the switching element includes a gate electrode, a source electrode, and a drain electrode; signal wiring connected to either the source electrode or the drain electrode of a plurality of the switching elements provided in the column direction; and a reading-circuit unit connected to the signal wiring, wherein the reading-circuit unit includes a first amplifying circuit arranged to be supplied with a first power-supply voltage and a second amplifying circuit connected to the subsequent stage of the first amplifying circuit and arranged to be supplied with a second power-supply voltage, and the first power-supply voltage is larger than second power-supply voltage.
A heat spreader (160, 160C) configured to be attached to a substrate of an electronic device, the heat spreader having: a thermally conductive core (163; 250); a heat spreader via passing through said thermally conductive core (163; 250) and containing a heat spreader plug extending completely through the thermally conductive core (163; 250); characterised in that the heat spreader plug extends partially through the thermally conductive core (163; 250), and having a surface available to form a solder connection on a first major surface side of the thermally conductive core (163; 250). a thermally conductive core (163; 250); a heat spreader via passing through said thermally conductive core (163; 250) and containing a heat spreader plug extending completely through the thermally conductive core (163; 250); characterised in that the heat spreader plug extends partially through the thermally conductive core (163; 250), and having a surface available to form a solder connection on a first major surface side of the thermally conductive core (163; 250).
A toner comprising: at least a binder resin, a colorant and a wax, wherein (a) the toner exhibits a dielectric loss tangent measured as described in the description at a frequency of 100 kHz showing a maximum of 6.0x10 -2 to 10.0×10 -2 in a temperature range of 90 to 125°C, (b) the toner provides a DSC curve showing at least one heat-absorption peak or shoulder in a temperature range of 85 to 140°C on temperature increase according to differential scanning calorimetry as determined according to the description, (c) the binder resin comprises a hybrid resin having a vinyl polymer unit and a polyester unit, (d) the toner is produced by finely pulverizing a crushed product of a melt kneaded product containing the binder resin, the colorant and the wax by a mechanical pulverizer, and (e) the mechanical pulverizer comprises a rotor comprising a rotating member affixed to a central rotation shaft, and a stator housing the rotor with a prescribed spacing from the rotor surface, and an annular space given by the spacing which is airtight. (a) the toner exhibits a dielectric loss tangent measured as described in the description at a frequency of 100 kHz showing a maximum of 6.0x10 -2 to 10.0×10 -2 in a temperature range of 90 to 125°C, (b) the toner provides a DSC curve showing at least one heat-absorption peak or shoulder in a temperature range of 85 to 140°C on temperature increase according to differential scanning calorimetry as determined according to the description, (c) the binder resin comprises a hybrid resin having a vinyl polymer unit and a polyester unit, (d) the toner is produced by finely pulverizing a crushed product of a melt kneaded product containing the binder resin, the colorant and the wax by a mechanical pulverizer, and (e) the mechanical pulverizer comprises a rotor comprising a rotating member affixed to a central rotation shaft, and a stator housing the rotor with a prescribed spacing from the rotor surface, and an annular space given by the spacing which is airtight.
A driving device for a mill, in particular a horizontal mill comprising: - a gear ring suitable for being fastened to a grinding chamber and extending around a ring axis (X-X), - a first reduction transmission suitable for transmitting a rotation from a first motor to the gear ring, the or each reduction transmission comprising: - a case, - at least two output modules each including an output pinion and an output shaft defining an output axis (Y-Y), each output pinion meshing with the gear ring, characterized in that - the gear ring has helical teeth, - each output pinion has helical teeth, - each output module can be inserted in a single piece into the associated case in an insertion direction or removed in a single piece from that associated case in a removal direction, the insertion direction and the removal direction extending parallel to the output axis (Y-Y), and in that - the driving device comprises, for at least one output module, disconnectable connecting means suitable for rotatably connecting the output shaft to a transmission element and allowing, in the disconnected state, a rotation of the output pinion around the output axis upon removal of the output module outside the case or during insertion of the output module into the case. - a gear ring suitable for being fastened to a grinding chamber and extending around a ring axis (X-X), - a first reduction transmission suitable for transmitting a rotation from a first motor to the gear ring, the or each reduction transmission comprising: - a case, - at least two output modules each including an output pinion and an output shaft defining an output axis (Y-Y), each output pinion meshing with the gear ring, characterized in that - the gear ring has helical teeth, - each output pinion has helical teeth, - each output module can be inserted in a single piece into the associated case in an insertion direction or removed in a single piece from that associated case in a removal direction, the insertion direction and the removal direction extending parallel to the output axis (Y-Y), and in that - the driving device comprises, for at least one output module, disconnectable connecting means suitable for rotatably connecting the output shaft to a transmission element and allowing, in the disconnected state, a rotation of the output pinion around the output axis upon removal of the output module outside the case or during insertion of the output module into the case.
A method of controlling opening and closing of a circuit breaker, comprising steps of: receiving an inputted signal; detecting change in a sign of the signal; setting a zero-crossing reference when there is any change in the sign; checking whether the absolute value of an integral over a period obtained by integrating the signal over a period exceeds the zero-crossing reference or not; characterized by determining whether the detected phase is identical to a set phase; and controlling the opening or the closing of the circuit breaker when the absolute value of the integral over a period does not exceed the reference and the detected phase is identical to the set phase. receiving an inputted signal; detecting change in a sign of the signal; setting a zero-crossing reference when there is any change in the sign; checking whether the absolute value of an integral over a period obtained by integrating the signal over a period exceeds the zero-crossing reference or not; characterized by determining whether the detected phase is identical to a set phase; and controlling the opening or the closing of the circuit breaker when the absolute value of the integral over a period does not exceed the reference and the detected phase is identical to the set phase.
The compound N-(4- {4-amino-7-[1-(2-hydroxyethyl)-1H-pyrazol-4-yl]thieno[3,2-c]pyridin-3-yl}phenyl)-N'-(3-fluorophenyl)urea dihydrogen citrate in a solid crystalline form.
A derivative of a sulfated polysaccharide having as a part of its polymer chain at least one galactopyranose ring modified according to the general formula I or II, said ring containing a double bond in the 4 th and 5 th position in a conjugation with an aldehyde in the 6 th position according to the general formula I or next to its hydrated form according to the general formula II where R is OH, O-SO 2 -OH, O-SO 2 -ONa or NH-Ac.
A liquid composition for application on solid fertilisers, wherein the composition contains an active substance in the form of N-(n-butyl)thiophosphoric triamide, a solvent system, and a dye, wherein the active substance is in the range of 15-35 wt.%, wherein the solvent system comprises an organic solvent from the triol group and at least one co-solvent selected from benzyl alcohol and N,N-dimethylacetamide, wherein the organic solvent from the triol group is glycerine in the range of 25-45 wt.%, wherein the composition comprises 30-50 wt.% benzyl alcohol or 30-50 wt.% N,N-dimethylacetamide, and wherein the dye is typical acid blue FG in the range of 0.01-1 wt.%.
Device for controlling the longitudinal guidance of a vehicle that is designed for at least partly automated driving, comprising at least one pedal for a driver to control the longitudinal guidance, wherein the at least one pedal can be blocked within predefined position limits on the basis of a variable that represents the level of automation of the journey of the vehicle and on the basis of a first condition, and wherein the blocking of the pedal can be suspended on the basis of the variable that represents the level of automation of the journey of the vehicle and on the basis of at least one second condition, characterized in that the device is configured to respond to a transition from manual driving to automated driving by producing a first haptic effect in the form of a vibration on the pedal and to respond to a transition from automated driving to manual driving by producing a second haptic effect on the pedal, the second haptic effect being distinguishable from the first haptic effect. and wherein the blocking of the pedal can be suspended on the basis of the variable that represents the level of automation of the journey of the vehicle and on the basis of at least one second condition, characterized in that the device is configured to respond to a transition from manual driving to automated driving by producing a first haptic effect in the form of a vibration on the pedal and to respond to a transition from automated driving to manual driving by producing a second haptic effect on the pedal, the second haptic effect being distinguishable from the first haptic effect.