mhurhangee/ep-ind-claims huggingface dataset:
A navigation guidance system comprising a plurality of end-user devices (81, 122, 201), each with means for inputting a destination (8,9:22, 23: 27,28) and at least one user-dependent variable value provided by a user, and receiving guidance; a map database, containing roads; a plurality of devices for determining vehicle position; a server; and communication means for communicating between the end-user devices and the server; wherein the server hosts a navigation software core operable to divide a geographical region into a plurality of bounded geographical regions, BGRs, each BGR (19, 72) having at least two nodes and each node being formed by an intersection of a road with a boundary of the BGR; the system further comprises a node pair look-up table, NPLUT, database containing navigation solutions between pairs of nodes of at least some of the BGRs and associated variable factors corresponding to values of a user-independent variable previously communicated to the NPLUT database; and the navigation software core is further operable, in response to input of the destination and the at least one user-dependent variable value, to identify, for each vehicle of a multiple vehicles, node pairs between an origin and the destination for that vehicle and provide guidance from the origin to the destination using navigation solutions chosen based on the at least one user-dependent variable value and a user-independent variable value.
A seat pad comprising: an air permeable member having a ventilation function with an outside; wherein the seat pad is integrally foam molded using a foamed resin material, characterized in that the seat pad is molded in a state where the air permeable member is introduced; and the seat pad has a surface of the air permeable member projecting with respect to a surface of the seat pad located adjacent to the air permeable member, and the air permeable member that is compressed via a covering member is filled inside an opening of the seat pad, wherein the air permeable member has high air permeability compared with the seat pad. an air permeable member having a ventilation function with an outside; wherein the seat pad is integrally foam molded using a foamed resin material, characterized in that the seat pad is molded in a state where the air permeable member is introduced; and the seat pad has a surface of the air permeable member projecting with respect to a surface of the seat pad located adjacent to the air permeable member, and the air permeable member that is compressed via a covering member is filled inside an opening of the seat pad, wherein the air permeable member has high air permeability compared with the seat pad.
A method comprising: identifying a need in a user equipment for establishing a new protocol data unit session; and evaluating whether to establish the new protocol data unit session; characterized by: determining whether to establish the new protocol data unit session based on a protocol data unit session priority parameter when a maximum number of protocol data unit sessions the user equipment can establish in the network is reached. identifying a need in a user equipment for establishing a new protocol data unit session; and evaluating whether to establish the new protocol data unit session;
A gas heating smoking article, with puff mouth piece (4, 705, 905,1127), wherein the smoking article includes: a smoking article housing (1,701,901,1101), a combustion device attached on the housing (1,701,901,1101), wherein the combustion device comprises a premix chamber (80,83,1117,1017) and a stop valve which is connected between a gas tank and a gas nozzle placed in the premix chamber (80,83,1117,1017), wherein a flame muffler net (9,706,1106,1006) is placed around the premix chamber (80,83,1117,1017) to prevent housing damage or housing overheat; wherein the smoking article further includes aerosol generation consumable items (702,1104) which are baked by heat generated from the combustion of propane or butane premixed with air in the premix chamber (80,83,1117,1017); characterized in that the premix chamber (80,83,1117,1017) is made of wave shaped dual metal sheet capable of deformation for pressing to close the stop valve to reduce gas ejection. a smoking article housing (1,701,901,1101), a combustion device attached on the housing (1,701,901,1101), wherein the combustion device comprises a premix chamber (80,83,1117,1017) and a stop valve which is connected between a gas tank and a gas nozzle placed in the premix chamber (80,83,1117,1017), wherein a flame muffler net (9,706,1106,1006) is placed around the premix chamber (80,83,1117,1017) to prevent housing damage or housing overheat; wherein the smoking article further includes aerosol generation consumable items (702,1104) which are baked by heat generated from the combustion of propane or butane premixed with air in the premix chamber (80,83,1117,1017); characterized in that the premix chamber (80,83,1117,1017) is made of wave shaped dual metal sheet capable of deformation for pressing to close the stop valve to reduce gas ejection.
Ventilation component, comprising a channel-shaped housing, with housing walls arranged such as to surround it, wherein at least one ventilator, in particular a radial ventilator is provided in the housing, and, for the purpose of soundproofing and/or for sound-damping in the region of the housing walls upstream of the ventilator, seen in the direction of flow, soundproofing or sound-damping material is provided, which leaves free at least one circumferential flow channel, which is provided preferably directly at the housing walls, preferably in the centre, characterised in that, also arranged in the housing is a panel, upstream of the ventilator seen in the direction of flow, wherein the panel comprises an opening for the passage of the flowing medium to the suction region of the ventilator, that the downstream-side end of at least one soundproofing and/or sound-damping material is in contact at the flow approach side of the panel, or, with the formation of a gap (a), is arranged at a distance from the flow approach side of the panel, and that the cross-section of at least flow channel is reduced, preferentially continuously, seen in the direction of flow.
- A unit configured to form a tube for producing sealed packages starting from a sheet of packaging material having opening devices pre-applied thereon, the unit comprising at least one guiding assembly configured to interact with the sheet of packaging material to fold it gradually into a tube shape; the guiding assembly comprising a plurality of folding rollers (11, 13) delimiting a passage for the sheet of packaging material and each having a lateral wall configured to cooperate in contact with the sheet of packaging material to control the folding thereof; wherein said folding rollers (11, 13) comprise at least one folding roller having at least one recess on the lateral wall thereof, the recess defining a slot configured to be engaged by said opening devices characterized in that said at least one folding roller has a plurality of said slots on the lateral wall thereof, so as to define an alternation of solids and voids on said lateral wall. the guiding assembly comprising a plurality of folding rollers (11, 13) delimiting a passage for the sheet of packaging material and each having a lateral wall configured to cooperate in contact with the sheet of packaging material to control the folding thereof; wherein said folding rollers (11, 13) comprise at least one folding roller having at least one recess on the lateral wall thereof, the recess defining a slot configured to be engaged by said opening devices characterized in that said at least one folding roller has a plurality of said slots on the lateral wall thereof, so as to define an alternation of solids and voids on said lateral wall.
A medical implantable lead of the kind being adapted to be implanted into a human or animal body for monitoring and/or controlling of an organ inside the body, comprising: an electrode member in a distal end of the medical implantable lead adapted to be in contact with tissue of the organ and receive and/or transmit electrical signals from and/or to the organ, and an electrically conducting coil (8, 9), which is adapted to connect the electrode member in the distal end with a monitoring and/or controlling device in a proximal end of the medical implantable lead, wherein an electrically conducting helical wire of the electrically conducting coil (8, 9) comprises a wire core which is provided with a surrounding electrically insulating layer, which in its turn is provided with a surrounding electrically conducting shield layer, wherein the electrically conducting coil (8, 9) is close-lapped such that electrically conducting shield layers of adjacent loops of the electrically conducting coil (8, 9) are in electrical contact with each other, characterized by: a fixation means in the distal end, which is adapted to fixate the distal end to the organ, wherein the electrically conducting coil (8, 9) includes only one electrically conducting helical wire. an electrode member in a distal end of the medical implantable lead adapted to be in contact with tissue of the organ and receive and/or transmit electrical signals from and/or to the organ, and an electrically conducting coil (8, 9), which is adapted to connect the electrode member in the distal end with a monitoring and/or controlling device in a proximal end of the medical implantable lead, wherein an electrically conducting helical wire of the electrically conducting coil (8, 9) comprises a wire core which is provided with a surrounding electrically insulating layer, which in its turn is provided with a surrounding electrically conducting shield layer, wherein the electrically conducting coil (8, 9) is close-lapped such that electrically conducting shield layers of adjacent loops of the electrically conducting coil (8, 9) are in electrical contact with each other, characterized by: a fixation means in the distal end, which is adapted to fixate the distal end to the organ, wherein the electrically conducting coil (8, 9) includes only one electrically conducting helical wire.
A method of curing a digital printing plate having photo-curable material underneath an ablatable layer including revealed areas, the method comprising: producing light energy at a wavelength or wavelengths suitable for curing the photo-curable material on a part of the printing plate through the revealed areas using a light exposure unit capable of generating an illumination intensity enabling starter radicals included in the photo-curable material to be activated, wherein the activation of starter radicals causes curing of the photo-curable material, and controlling a top shape of three-dimensional printing features on the printing plate by controlling the illumination intensity. producing light energy at a wavelength or wavelengths suitable for curing the photo-curable material on a part of the printing plate through the revealed areas using a light exposure unit capable of generating an illumination intensity enabling starter radicals included in the photo-curable material to be activated, wherein the activation of starter radicals causes curing of the photo-curable material, and controlling a top shape of three-dimensional printing features on the printing plate by controlling the illumination intensity.
A dynamic separator for pulverulent materials, such as cement, lime or raw materials, comprising a primary rotor, mobile in rotation about a vertical axis, provided with primary selection blades arranged at its periphery so as to sweep, during the rotation of the primary rotor, a hollow circular cylinder, a secondary rotor provided with secondary selection blades arranged at its periphery, part of said secondary selection blades being located within said cylinder so as to form a secondary selection chamber between said primary selection blades and said secondary selection of blades, and guiding louvers located outside said cylinder so as to form a primary selection chamber between said guiding louvers and said primary selection blades, wherein said secondary selection blades and said guiding louvers protrude below said cylinder so as to form, under said cylinder between said guiding louvers and said secondary selection blades, a reject selection chamber for subjecting to an additional separation operation the rejects coming from the primary and secondary selection chambers.
A communication connector, comprising: plug interface contacts; cable connector contacts; and a circuitry connecting said plug interface contacts to respective said cable connector contacts, said circuitry including signal conductors (1, 2, 3, 6) between respective said plug interface contacts and respective said cable connector contacts, said signal conductors including a first signal pair (1, 2) and a second signal pair (6, 3), said circuitry including a network with a first combined mutually inductive (MOCN 6-19) and capacitive (C 61-9) coupling between a first conductor of said first signal pair (1, 2) and a first conductor of said second signal pair (6, 3), said network further including a second combined mutually inductive (MOCN 62-9) and capacitive (C 62-9) coupling between a second conductor of said first signal pair (1,2) and said first conductor of said second signal pair (6, 3), and a shunt capacitive coupling (C 12-9) connecting said first conductor of said first signal pair (1, 2) and said second conductor of said first signal pair (1, 2), wherein said circuitry further includes a first offshoot trace (OCN1 9) connecting said first conductor of said first signal pair (1, 2) and said shunt capacitive coupling (C 12-9), a second offshoot trace (OCN2 9) connecting said second conductor of said first signal pair and said shunt capacitive coupling, characterised in that said first combined mutually inductive and capacitive coupling occurs via said first offshoot trace, and said second combined mutually inductive and capacitive coupling occurs via said second offshoot trace. plug interface contacts; cable connector contacts; and a circuitry connecting said plug interface contacts to respective said cable connector contacts, said circuitry including signal conductors (1, 2, 3, 6) between respective said plug interface contacts and respective said cable connector contacts, said signal conductors including a first signal pair (1, 2) and a second signal pair (6, 3), said circuitry including a network with a first combined mutually inductive (MOCN 6-19) and capacitive (C 61-9) coupling between a first conductor of said first signal pair (1, 2) and a first conductor of said second signal pair (6, 3), said network further including a second combined mutually inductive (MOCN 62-9) and capacitive (C 62-9) coupling between a second conductor of said first signal pair (1,2) and said first conductor of said second signal pair (6, 3), and a shunt capacitive coupling (C 12-9) connecting said first conductor of said first signal pair (1, 2) and said second conductor of said first signal pair (1, 2), wherein said circuitry further includes a first offshoot trace (OCN1 9) connecting said first conductor of said first signal pair (1, 2) and said shunt capacitive coupling (C 12-9), a second offshoot trace (OCN2 9) connecting said second conductor of said first signal pair and said shunt capacitive coupling, characterised in that said first combined mutually inductive and capacitive coupling occurs via said first offshoot trace, and said second combined mutually inductive and capacitive coupling occurs via said second offshoot trace.
Turbocompressor having a first compressor stage, which has a first compressor wheel, and having a second compressor stage, which has a second compressor wheel, wherein the first compressor wheel and the second compressor wheel are arranged on a common shaft, wherein the shaft is mounted in contactless fashion, wherein a contactless bearing of the shaft is arranged between the first compressor wheel and the second compressor wheel, characterized in that the bearing has, at the shaft side, a radially protruding flange which is axially at least partially surrounded by housing-side bearing components (18, 40).
An electric motor drive system with a control device of a boost converter, said boost converter boosting a DC voltage of a DC power supply, and said electric motor drive system including an inverter converting an output voltage of said boost converter into an AC voltage, and an electric motor driven by an output voltage of said inverter, characterized in that said control device of said boost converter reduces an output voltage instruction value of said boost converter in the case where a rotation speed of said electric motor decreases and an absolute value of a variation rate of the rotation speed becomes not smaller than a predetermined value.
A converting machine used to convert generally rigid fanfold material into packaging templates for assembly into boxes or other packaging, the converting machine comprising: a converting assembly configured to perform one or more conversion functions on said fanfold material as said fanfold material moves through said converting machine in a first direction, such as to form said packaging template, the one or more conversion functions being selected from a group consisting of creasing, bending, folding, perforating, cutting, and scoring, to create said packaging template; characterised in that an outfeed guide changes the direction of movement of said packaging template from the first direction to a second generally upwardly oriented direction while said packaging template exits the converting assembly, wherein the outfeed guide or a portion thereof comprises at least one open lateral side. a converting assembly configured to perform one or more conversion functions on said fanfold material as said fanfold material moves through said converting machine in a first direction, such as to form said packaging template, the one or more conversion functions being selected from a group consisting of creasing, bending, folding, perforating, cutting, and scoring, to create said packaging template; characterised in that an outfeed guide changes the direction of movement of said packaging template from the first direction to a second generally upwardly oriented direction while said packaging template exits the converting assembly,
Method for applying a painting product, preferably an UV painting product, to an edge of wooden panels through an apparatus comprising pre-coating sanding groups (11, 12) and post-drying sanding groups (17, 18, 19, 20, 21), at least a painting group provided in the form of a vacuum coating head supplied with both said painting product and vacuum by a vacuum tower, at least a gelling group, at least a drying group placed in series comprising the following successive steps: 1. sanding of the rough edge; 2. first application of painting product to the edge; 3. first gelling; 4. post-gelling sanding of the edge; 5. second application of said painting product to the edge; 6. drying; 7. final post-drying sanding; characterized in that - in each one of steps 2 and 5, the application of said painting product to the panel edge occurs through two layers of painting product applied in a wet-on-wet close succession; - in step 4, the post-gelling sanding occurs on a layer of painting product that underwent gelation only. 1. sanding of the rough edge; 2. first application of painting product to the edge; 3. first gelling; 4. post-gelling sanding of the edge; 5. second application of said painting product to the edge; 6. drying; 7. final post-drying sanding; - in each one of steps 2 and 5, the application of said painting product to the panel edge occurs through two layers of painting product applied in a wet-on-wet close succession; - in step 4, the post-gelling sanding occurs on a layer of painting product that underwent gelation only.
A system of a switching gas cooling assembly and a particle trapping assembly for one or more switching gases produced after a short-circuit switching operation in low-voltage electrical installation equipment, wherein the switching gas cooling assembly is arranged in an exhaust chamber downstream of a flow path of the switching gases leaving at least one switching chamber outlet opening, characterised in that a planar flow element, configured as a particle trapping assembly, is arranged in a space behind the at least one switching chamber outlet opening and in front of where the switching gases enter the switching gas cooling assembly, wherein the switching gases can flow around the planar flow element, wherein the planar flow element has a cross section (16") that is equal to or larger than a cross section of the switching chamber outlet opening, wherein the switching gas cooling assembly is formed of parallel cooling plates, and wherein the switching gas cooling assembly is formed from parallel cooling plates and the planar flow element is arranged such that a front edge of the planar flow element, facing the switching chamber outlet opening, is at a space from the switching gas cooling assembly that is greater than the cross section (16") of the planar flow element.
A computer-implemented method, comprising: generating a secret (218, 318) for a data center (120, 220, 320) having a plurality of clients at a front end service (212, 312, 400); receiving a request at the front end service to access a back end storage (214, 314) from a client (122-1, 122-2, 122-3, 122-4) of the plurality of clients in the data center; accessing the back end storage from the front end service using the secret generated for the data center; and returning the result of accessing the back end storage to the client. generating a secret (218, 318) for a data center (120, 220, 320) having a plurality of clients at a front end service (212, 312, 400); receiving a request at the front end service to access a back end storage (214, 314) from a client (122-1, 122-2, 122-3, 122-4) of the plurality of clients in the data center; accessing the back end storage from the front end service using the secret generated for the data center; and returning the result of accessing the back end storage to the client.
A liquid cyclopentene ring-opened polymer in the liquid state at 25°C having a weight average molecular weight (Mw) of 1,000 to 9,000 and a cis double bond content of 55% or more in repeating units, wherein the weight average molecular weight (Mw) is measured by gel permeation chromatography and is calibrated with polystyrene standards, and the cis double bond content is determined by 13 C-NMR spectrometry. the weight average molecular weight (Mw) is measured by gel permeation chromatography and is calibrated with polystyrene standards, and the cis double bond content is determined by 13 C-NMR spectrometry.