mhurhangee/ep-ind-claims huggingface dataset:
A method for integrating online navigation directions with offline navigation directions, the method comprising: generating, by one or more processors in a computing device, offline navigation directions from a first location to a second location using offline map data; displaying, by the one or more processors, the offline navigation directions via a user interface; subsequent to generating the offline navigation directions, receiving, at the one or more processors, online navigation directions from a navigation server via a communication network; determining, by the one or more processors, a difference metric based at least in part on the offline navigation directions and the online navigation directions; and in response to determining that the difference metric between the offline navigation directions and the online navigation directions is below a certain threshold, updating, by the one or more processors, the display of the offline navigation directions based at least in part on the online navigation directions; and in response to determining that the difference metric is not below the threshold, providing, by the one or more processors, the online navigation directions via the user interface as a selectable alternative to the offline navigation directions. generating, by one or more processors in a computing device, offline navigation directions from a first location to a second location using offline map data; displaying, by the one or more processors, the offline navigation directions via a user interface; subsequent to generating the offline navigation directions, receiving, at the one or more processors, online navigation directions from a navigation server via a communication network; determining, by the one or more processors, a difference metric based at least in part on the offline navigation directions and the online navigation directions; and in response to determining that the difference metric between the offline navigation directions and the online navigation directions is below a certain threshold, updating, by the one or more processors, the display of the offline navigation directions based at least in part on the online navigation directions; and in response to determining that the difference metric is not below the threshold, providing, by the one or more processors, the online navigation directions via the user interface as a selectable alternative to the offline navigation directions.
Device for fastening and adjusting the carrying wires on a row of plants, in particular grape vines, the device comprising for each row a pair of head poles and a plurality of intermediate poles between which are tensioned fixed or movable carrying wires and movable containment wires, said containment wires and said carrying wires, if any, being movable in the vertical direction, characterized in that each head pole is embedded in the ground in a substantially vertical position and is associated to an additional pole planted in a vertical position by means of a first structural element, positioned at the top ends of said head pole and of the corresponding vertical pole, and by means of a possible second structural element positioned at the lower ends of said poles embedded in the ground, so as to form a rigid structure that withstands the tension of the wires of the row of plants, each additional vertical pole also forming a guide for the shifting means to which are connected said containment wires.
A heat exchanger comprising: a base structure (120;320); and a plurality of layers (110;510,520,530) stacked on said base structure (120;320), each layer (110;510,520,530) including a plurality of additively manufactured ribs (130;332,334,336;512,522,532) extending from one of the base structure (120;320) and an adjacent layer (110...530) of the plurality of layers (110...530), and a foil layer (140;500;600) disposed across said additively manufactured ribs (130...532) such that a plurality of channels are defined within each layer (110...530), charaterised in that the foil layer (140;500;600) has a thickness in the range of 15-35 microns, said additively manufactured ribs (332,334,336) have a tapered cross section and a smallest width of each of said additively manufactured ribs is a base of the rib, which is the part of the rib closest to the base structure (120;320). a base structure (120;320); and a plurality of layers (110;510,520,530) stacked on said base structure (120;320), each layer (110;510,520,530) including a plurality of additively manufactured ribs (130;332,334,336;512,522,532) extending from one of the base structure (120;320) and an adjacent layer (110...530) of the plurality of layers (110...530), and a foil layer (140;500;600) disposed across said additively manufactured ribs (130...532) such that a plurality of channels are defined within each layer (110...530), charaterised in that the foil layer (140;500;600) has a thickness in the range of 15-35 microns, said additively manufactured ribs (332,334,336) have a tapered cross section and a smallest width of each of said additively manufactured ribs is a base of the rib, which is the part of the rib closest to the base structure (120;320).
A locking device for locking a drawbar on an agricultural working machine, in particular a tractor, comprising at least one bar member (8, 9), in the longitudinal direction of which the drawbar is adjustable, and at least one bolt which can be inserted into an opening in the bar member and which has at least a first bearing region (11; 18, 23) for being received in the opening (12; 19) and a fixing region for cooperating with the drawbar, wherein the fixing region has at least one substantially planar contact surface (16a-d) for contacting the drawbar, wherein the first bearing region and the fixing region are successively disposed along a longitudinal axis of the bolt, characterised in that the cross-section of the fixing region does not project beyond the cross-section of the first bearing region.
Process for the continuous production of a medium and/or high density ethylene (co-) polymer in a gas phase fluidised bed reactor - at an operating temperature ("Top") higher than 90°C, - under a selected ratio of the partial pressure of hydrogen to the partial pressure of ethylene (pH2/pC2 = "RHop"), and - under a selected ratio of the partial pressure of comonomer to the partial pressure of ethylene (pComo/pC2 = "RCoop"), comprising non-steady-state operations made of at least two consecutive sequences wherein the first sequence takes place before catalyst introduction and consists in preparing the fluidised bed reactor comprising a charge powder - at a reactor temperature "Tsu" lower than 90°C, - under a ratio of the partial pressure of hydrogen to the partial pressure of ethylene ("RHsu"), and - under a ratio of the partial pressure of comonomer to the partial pressure of ethylene ("RCsu"), characterised in that - RHsu is higher than RHop, and - RCsu is higher than RCoop, and, in a subsequent second sequence, the catalyst is introduced and the ratios of ethylene partial pressure to hydrogen partial pressure and the ratio of ethylene partial pressure to comonomer partial pressure are increased until steady-state conditions, i.e. • the reactor temperature "T" reaches "Top", • the ratio of the partial pressure of hydrogen to the partial pressure of ethylene RH reaches RHop, and • the ratio of the partial pressure of comonomer to the partial pressure of ethylene RC reaches RCoop. - at an operating temperature ("Top") higher than 90°C, - under a selected ratio of the partial pressure of hydrogen to the partial pressure of ethylene (pH2/pC2 = "RHop"), and - under a selected ratio of the partial pressure of comonomer to the partial pressure of ethylene (pComo/pC2 = "RCoop"), - at a reactor temperature "Tsu" lower than 90°C, - under a ratio of the partial pressure of hydrogen to the partial pressure of ethylene ("RHsu"), and - under a ratio of the partial pressure of comonomer to the partial pressure of ethylene ("RCsu"), - RHsu is higher than RHop, and - RCsu is higher than RCoop, • the reactor temperature "T" reaches "Top", • the ratio of the partial pressure of hydrogen to the partial pressure of ethylene RH reaches RHop, and • the ratio of the partial pressure of comonomer to the partial pressure of ethylene RC reaches RCoop.
A wearable ventilatory monitoring system comprising: an electronic circuit; said electronic circuit comprises a Bluetooth Low Energy circuit, a pressure sensor, and a battery; wherein said electronic circuit is secured on a flexible plastic dental prosthesis toward the posterior end of said plastic dental prosthesis; said electronic circuit is entirely embedded in a plastic sheet; said pressure sensor is configured to measure pressure variation during the breathing cycle; said pressure sensor is protected by a gel and stainless antimagnetic steel cap. an electronic circuit; said electronic circuit comprises a Bluetooth Low Energy circuit, a pressure sensor, and a battery; wherein said electronic circuit is secured on a flexible plastic dental prosthesis toward the posterior end of said plastic dental prosthesis; said electronic circuit is entirely embedded in a plastic sheet; said pressure sensor is configured to measure pressure variation during the breathing cycle; said pressure sensor is protected by a gel and stainless antimagnetic steel cap.
A false twister spindle unit comprising a core shaft, a bearing surrounding the core shaft and a transmission element arranged on the core shaft and separated from the bearing along the axial direction of the core shaft, wherein the bearing has a bearing outer ring and a first group of rolling elements arranged between the bearing outer ring and the core shaft and separated from one another along the axial direction of the core shaft and a second group of rolling elements, wherein the first group of rolling elements is closer to the transmission element and the second group of rolling elements is further away from the transmission element, and wherein a damping ring surrounding the core shaft is mounted on the inner peripheral surface between the bearing outer ring and the second group of rolling elements, characterised in that the damping ring has an annular groove opening towards the core shaft, in which a first inner ring surrounding the core shaft is mounted, and in that the first inner ring together with the core shaft provides the raceway for the second group of rolling elements.
A method performed by a gateway for managing a local monitoring task list stored in the gateway, characterized by comprising: receiving, by the gateway, monitoring configuration information transmitted by a machine to machine, M2M, service platform or an M2M application server, wherein a management parameter for managing the local monitoring task list is carried in the monitoring configuration information; and managing the local monitoring task list by the gateway according to the management parameter; wherein, a monitoring task is for providing statistical data and failure warning to the M2M service platform or the M2M application server; wherein the management parameter comprises: a monitoring task addition/modification list, and/or a monitoring task deletion list; wherein the monitoring task addition/modification list comprises one of the following combinations: a monitoring identifier, a monitoring object, and a report configuration; the monitoring identifier and the monitoring object; and the monitoring identifier and the report configuration; and wherein the monitoring task deletion list comprises: the monitoring identifier. receiving, by the gateway, monitoring configuration information transmitted by a machine to machine, M2M, service platform or an M2M application server, wherein a management parameter for managing the local monitoring task list is carried in the monitoring configuration information; and managing the local monitoring task list by the gateway according to the management parameter; wherein, a monitoring task is for providing statistical data and failure warning to the M2M service platform or the M2M application server; wherein the management parameter comprises: a monitoring task addition/modification list, and/or a monitoring task deletion list; wherein the monitoring task addition/modification list comprises one of the following combinations: a monitoring identifier, a monitoring object, and a report configuration; the monitoring identifier and the monitoring object; and the monitoring identifier and the report configuration; and wherein the monitoring task deletion list comprises: the monitoring identifier. a monitoring identifier, a monitoring object, and a report configuration; the monitoring identifier and the monitoring object; and the monitoring identifier and the report configuration; and wherein the monitoring task deletion list comprises: the monitoring identifier.
A liquid heating apparatus for heating a liquid received from a liquid inlet to a liquid outlet, the apparatus comprising: - a top portion with a burner unit, wherein said burner unit is arranged to burn a fuel so as to generate a flame, where the flame is directed downwards, - a coil arranged for transporting the liquid between a coil inlet and a coil outlet, said coil comprising at least a first and a second layer of windings (10, 20) wherein the second layer of windings are arranged around the first layer of windings and the coil outlet are connected to the liquid outlet, - an external housing, - an internal housing arranged at least partially within the external housing, where the apparatus is arranged to be in a substantially upright position during operation, wherein the coil is arranged inside the internal housing, wherein a compartment between the internal housing and the external housing serves as a liquid reservoir, so that liquid surrounds at least a bottom portion of the internal housing, wherein the liquid reservoir comprises an inlet connected to receive liquid from the liquid inlet, and an outlet connected to the coil inlet, wherein the flame from the burner unit is peripherally contained by an inner part of the first layer of windings of the coil, wherein the flame or exhaust gases are being directed downwards within the first layer of windings towards the bottom portion of the internal housing, and wherein the flame or exhaust gases are redirected from said bottom portion towards a space between the first layer of windings and an inner wall of the internal housing so as to allow the flame or exhaust gases to contact all of: the second layer of windings, the inner wall of the internal housing, and the first layer of windings. - a top portion with a burner unit, wherein said burner unit is arranged to burn a fuel so as to generate a flame, where the flame is directed downwards, - a coil arranged for transporting the liquid between a coil inlet and a coil outlet, said coil comprising at least a first and a second layer of windings (10, 20) wherein the second layer of windings are arranged around the first layer of windings and the coil outlet are connected to the liquid outlet, - an external housing, - an internal housing arranged at least partially within the external housing,
A magnetic marker configured to be laid on a road surface so as to be detectable by a magnetic sensor attached to a bottom surface side of a vehicle to achieve driving support control on a vehicle side for supporting driving of a driver, wherein the magnetic marker has a surface taken as a reference height, and a magnetism reach ratio Gh/Gs, which is a ratio of a magnetic flux density Gh at a position at a height of 250 mm with respect to a magnetic flux density Gs at a position at a height of 0 mm, is equal to or larger than 1.0%, the magnetic marker has a diameter equal to or larger than 110 mm, the magnetic marker has a thickness equal to or smaller than 5 mm and can be laid on the road surface without boring a recessed accommodation hole, characterized in that the magnetic flux density Gh is equal to or larger than 0.5 μT and equal to or smaller than 20 μT. the magnetic marker has a surface taken as a reference height, and a magnetism reach ratio Gh/Gs, which is a ratio of a magnetic flux density Gh at a position at a height of 250 mm with respect to a magnetic flux density Gs at a position at a height of 0 mm, is equal to or larger than 1.0%, the magnetic marker has a diameter equal to or larger than 110 mm, the magnetic marker has a thickness equal to or smaller than 5 mm and can be laid on the road surface without boring a recessed accommodation hole, characterized in that the magnetic flux density Gh is equal to or larger than 0.5 μT and equal to or smaller than 20 μT.
Amusement park ride with at least one platform, which is connected flexibly to cables as support elements which support the platform, remain under tension while the amusement park ride is operating and are connected to drives, characterised in that the cables of the platform are tensioned such that the cables support the platform in any position and orientation, and that the drives can be run along guides.
A portable fastening tool comprising: a housing including a trunk portion and a handle portion; a battery pack disposed at the end portion of the housing; an ejection unit disposed at the lower end of the housing; a drive source caused by the battery pack to generate a driving force; a punching portion driven by the drive source; an ejection port for punching the nails fed to the ejection unit by the punching portion; and a magazine for holding the nails fed to the ejection unit, the magazine being attached at its one end to the ejection port and at its other end to the handle portion near the battery pack, characterised in that the magazine is attached obliquely from the ejection port to the handle portion in such a manner that it overlaps the battery pack in a side view, to avoid interference with the battery pack. a housing including a trunk portion and a handle portion; a battery pack disposed at the end portion of the housing; an ejection unit disposed at the lower end of the housing; a drive source caused by the battery pack to generate a driving force; a punching portion driven by the drive source; an ejection port for punching the nails fed to the ejection unit by the punching portion; and a magazine for holding the nails fed to the ejection unit, the magazine being attached at its one end to the ejection port and at its other end to the handle portion near the battery pack, characterised in that the magazine is attached obliquely from the ejection port to the handle portion in such a manner that it overlaps the battery pack in a side view, to avoid interference with the battery pack.
An optical transmission device comprising: a wavelength selective switch, WSS. (131, 132, 510); a wavelength monitor (520, 521, 522) adapted to output a signal expressing a first spectrum being a spectrum of output light of the WSS (131, 132, 510); optical processing means for performing predetermined processing; a temperature monitor adapted to output a signal indicating a temperature of the optical processing means; and control means for receiving a signal expressing the first spectrum and a signal indicating the temperature, and adapted to control a transmission characteristic of the WSS (131, 132, 510), based on the first spectrum and the temperature, characterized in that said optical processing means is configured for performing said predetermined processing on output light of the WSS (131, 132, 510); and in that the control means is adapted to derive, based on the temperature, a second spectrum being a spectrum of input light to the optical processing means and allowing a spectrum of output light of the optical processing means to have a predetermined characteristic, and to control the transmission characteristic of the WSS (131, 132, 510), based on the first spectrum and the second spectrum. a wavelength selective switch, WSS. (131, 132, 510); a wavelength monitor (520, 521, 522) adapted to output a signal expressing a first spectrum being a spectrum of output light of the WSS (131, 132, 510); optical processing means for performing predetermined processing; a temperature monitor adapted to output a signal indicating a temperature of the optical processing means; and control means for receiving a signal expressing the first spectrum and a signal indicating the temperature, and adapted to control a transmission characteristic of the WSS (131, 132, 510), based on the first spectrum and the temperature, said optical processing means is configured for performing said predetermined processing on output light of the WSS (131, 132, 510); and in that the control means is adapted to derive, based on the temperature, a second spectrum being a spectrum of input light to the optical processing means and allowing a spectrum of output light of the optical processing means to have a predetermined characteristic, and to control the transmission characteristic of the WSS (131, 132, 510), based on the first spectrum and the second spectrum.
A method for creating cost data for use in generating routes across an electronic map of navigable segments, the method comprising: receiving probe data from a plurality of users, the probe data comprising, for each user, movement data indicative of the movements of the user along a path comprising one or more of the navigable segments with respect to time, said movements being carried out at least partially under the user's own power, and physical exertion data indicative of at least one measure of physical exertion associated with the movements of the user over time; processing the probe data received from said plurality of users using an ability profile for each user to generate normalized routing cost data for one or more of the navigable segments of the electronic map; and associating the routing cost data with the one or more navigable segments of the electronic map. receiving probe data from a plurality of users, the probe data comprising, for each user, movement data indicative of the movements of the user along a path comprising one or more of the navigable segments with respect to time, said movements being carried out at least partially under the user's own power, and physical exertion data indicative of at least one measure of physical exertion associated with the movements of the user over time; processing the probe data received from said plurality of users using an ability profile for each user to generate normalized routing cost data for one or more of the navigable segments of the electronic map; and associating the routing cost data with the one or more navigable segments of the electronic map.