mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling access to a wireless Access Network, AN, executed by a wireless communication device (23, 31, 41), the method comprising the steps of: storing in a memory in the wireless communication device, a Device Access Priority, DAP, class depending on characteristics of the wireless communication device; when the wireless communication device has data to send, receiving by a radio receiver in the wireless communication device, a message from the AN containing one or more prohibited Network Access Priority, NAP, classes; determining by a processor in the wireless communication device, whether the stored DAP class is equal to any of the prohibited NAP classes received from the AN; when the stored DAP class is equal to one of the prohibited NAP classes received from the AN, periodically repeating the receiving and determining steps until it is determined that the stored DAP class does not equal any of the prohibited NAP classes received from the AN; and when the stored DAP class does not equal any of the prohibited NAP classes received from the AN, performing a persistence test in which the wireless device (23,31,41) generates a random persistence value and determines that the wireless communication device (23,31,41) has passed the persistence test when the generated random value is equal to or larger than a persistence value assigned by the wireless access network; and when the wireless communication device (23,31,41) passes the persistence test, transmitting on an access channel by the radio transmitter in the wireless communication device (23,31,41), the data the device has to send. storing in a memory in the wireless communication device, a Device Access Priority, DAP, class depending on characteristics of the wireless communication device; when the wireless communication device has data to send, receiving by a radio receiver in the wireless communication device, a message from the AN containing one or more prohibited Network Access Priority, NAP, classes; determining by a processor in the wireless communication device, whether the stored DAP class is equal to any of the prohibited NAP classes received from the AN; when the stored DAP class is equal to one of the prohibited NAP classes received from the AN, periodically repeating the receiving and determining steps until it is determined that the stored DAP class does not equal any of the prohibited NAP classes received from the AN; and when the stored DAP class does not equal any of the prohibited NAP classes received from the AN, performing a persistence test in which the wireless device (23,31,41) generates a random persistence value and determines that the wireless communication device (23,31,41) has passed the persistence test when the generated random value is equal to or larger than a persistence value assigned by the wireless access network; and when the wireless communication device (23,31,41) passes the persistence test, transmitting on an access channel by the radio transmitter in the wireless communication device (23,31,41), the data the device has to send.
An agonist of the OA1 receptor for use in treating or preventing age-related macular degeneration, wherein the agonist of the OA1 receptor is L-DOPA.
A device for grasping an object, the device comprising: an actuator; a proximal element proximal to the actuator; a tip element distal to the actuator; one or more link elements between the proximal element and the tip element coupled by at least one pivot point connected by a cable; and an elastic mechanism; characterized in that the elastic mechanism comprises springs (15, 25, 35) and wherein each spring has a first end coupled to the cable and a second end coupled to the proximal, link or tip elements; and wherein the actuator provides a primary force on the proximal and tip elements; the proximal and tip elements are coupled by the pivot point connected by the cable to the actuator, and the elastic mechanism acts on the cable to provide a secondary force which displaces the proximal and tip elements towards the object. an actuator; a proximal element proximal to the actuator; a tip element distal to the actuator; one or more link elements between the proximal element and the tip element coupled by at least one pivot point connected by a cable; and an elastic mechanism; characterized in that the elastic mechanism comprises springs (15, 25, 35) and wherein each spring has a first end coupled to the cable and a second end coupled to the proximal, link or tip elements; and wherein the actuator provides a primary force on the proximal and tip elements; the proximal and tip elements are coupled by the pivot point connected by the cable to the actuator, and the elastic mechanism acts on the cable to provide a secondary force which displaces the proximal and tip elements towards the object.
Method for filling vehicle tires with pressurized air comprising the following steps: A) a1) capturing an image of a tire to be filled, in particular the side wall of a tire, a2) determining the type of the tire of the captured tire image by means of an image recognition software, a3) capturing the image of a vehicle or part of a vehicle having the tire to be filled, in particular the number plate of the vehicle or FIN code or a bar code/ QR code or other vehicle identification means and determining the vehicle type by means of an image recognition software; and, preferably, B) b1) capturing an image of a tire pressure table provided with the vehicle, b2) reading out tire pressure data of the table by means of a text recognition software; and C) c1) determining a correct tire pressure on the basis of the determined tire type and the determined vehicle type and, preferably, on the basis of the data of the tire pressure table, c2) providing the correct tire pressure data to a display and/or a tire pressure filling system. A) a1) capturing an image of a tire to be filled, in particular the side wall of a tire, a2) determining the type of the tire of the captured tire image by means of an image recognition software, a3) capturing the image of a vehicle or part of a vehicle having the tire to be filled, in particular the number plate of the vehicle or FIN code or a bar code/ QR code or other vehicle identification means and determining the vehicle type by means of an image recognition software; and, preferably, a1) capturing an image of a tire to be filled, in particular the side wall of a tire, a2) determining the type of the tire of the captured tire image by means of an image recognition software, a3) capturing the image of a vehicle or part of a vehicle having the tire to be filled, in particular the number plate of the vehicle or FIN code or a bar code/ QR code or other vehicle identification means and determining the vehicle type by means of an image recognition software; B) b1) capturing an image of a tire pressure table provided with the vehicle, b2) reading out tire pressure data of the table by means of a text recognition software; and b1) capturing an image of a tire pressure table provided with the vehicle, b2) reading out tire pressure data of the table by means of a text recognition software; C) c1) determining a correct tire pressure on the basis of the determined tire type and the determined vehicle type and, preferably, on the basis of the data of the tire pressure table, c2) providing the correct tire pressure data to a display and/or a tire pressure filling system. c1) determining a correct tire pressure on the basis of the determined tire type and the determined vehicle type and, preferably, on the basis of the data of the tire pressure table, c2) providing the correct tire pressure data to a display and/or a tire pressure filling system.
A communication device, which is to be mounted on a vehicle, comprising: location identifying means that identifies a location of the communication device; communication means that successively transmits to a communication partner location information of the communication device that is identified by the location identifying means; storage means that stores map data which is comprised of a plurality of nodes and a plurality of links, each node indicating an intersection and each link indicating a road between intersections; link identifying means that identifies a link, which corresponds to the location information, on the map data; and setting means that sets a transmission interval of the location information in accordance with the link that is identified by the link identifying means, wherein the transmission interval of the location information is associated with each link on the map data stored in the storage means. location identifying means that identifies a location of the communication device; communication means that successively transmits to a communication partner location information of the communication device that is identified by the location identifying means; storage means that stores map data which is comprised of a plurality of nodes and a plurality of links, each node indicating an intersection and each link indicating a road between intersections; link identifying means that identifies a link, which corresponds to the location information, on the map data; and setting means that sets a transmission interval of the location information in accordance with the link that is identified by the link identifying means, wherein the transmission interval of the location information is associated with each link on the map data stored in the storage means.
A nanotube comprising one or more platinum group elements and having an outer diameter of 5 to 100 nm, a length of 0.1 to 100 μm and a wall thickness of 1 to 10 nm.
Method for managing the level of charge of at least two batteries respectively powering a first device and a second device (20, 30), said devices being capable of physically cooperating with each other via a modular interface, said method comprising a step for transferring energy from one of said batteries to the other of said batteries, said step for transferring being carried out according to a level of charge of at least one of said batteries, method furthermore comprising the following steps: - obtaining at least one piece of information on level of charge for each of said batteries, delivering a first piece of information on level of charge for said first device and a second piece of information on level of charge for said second device; - comparing (40-1, 40-2) the first and second pieces of information on level of charge with, respectively, a first predetermined threshold and a second predetermined threshold, respectively delivering a first comparison result and a second comparison result, a comparison result being said to be positive when the level of charge is above the threshold and a comparison result being said to be negative when the level of charge is below the threshold. Said step for transferring energy is carried out when either of the following conditions is verified: - the first result of comparison is negative and the second result of comparison is positive; - the second result of comparison is negative and the first result of comparison is positive. - obtaining at least one piece of information on level of charge for each of said batteries, delivering a first piece of information on level of charge for said first device and a second piece of information on level of charge for said second device; - comparing (40-1, 40-2) the first and second pieces of information on level of charge with, respectively, a first predetermined threshold and a second predetermined threshold, respectively delivering a first comparison result and a second comparison result, a comparison result being said to be positive when the level of charge is above the threshold and a comparison result being said to be negative when the level of charge is below the threshold. - the first result of comparison is negative and the second result of comparison is positive; - the second result of comparison is negative and the first result of comparison is positive.
A power cable assembly device adapted to be arranged in the spaces between neighbouring power cores (24a, 24b, 24c) of a power cable, comprising an extruded profiled body made of a polymer material and adapted to the cross-sectional shape and elongation of the power cable, said profiled body comprising a first wall, a second wall and a third wall, said first wall being convex and having first and second opposite end portions (6a, 6b), the first wall having an exterior surface adapted to face a jacket of the power cable, said profiled body further comprising a chamber wall extending from said second wall to said third wall, said chamber wall having an interior surface defining a chamber, said profiled body defining a slit between said second wall and said third wall to said chamber, said chamber being adapted to receive a fibre optic cable via said slit, wherein said second wall is concave and has third and fourth opposite end portions (8a, 8b), said third wall being concave and having fifth and sixth end portions (10a, 10b), the third end portion of said second wall being connected to said first end portion of said first wall, the fifth end portion of said third wall being connected to said second end portion of the first wall, said second and third walls (8, 10) being adapted to face a pair of neighbouring power cores (24a, 24b, 24c), wherein the fourth end portion of the second wall and the sixth end portion of the third wall define together said slit to said chamber inside said profiled body, said slit extending in the elongation of the profile for allowing introduction of a fibre optic cable into said chamber, wherein at least a portion of said interior surface is provided with a semi-conductive material characterised in that at least a portion of said exterior surface is provided with a semi-conductive material, said interior surface and said exterior surface being electrically interconnected by said semi-conductive material.
An installation check system (100, 100B) for checking installation of an air conditioner before a start of a trial run of the air conditioner, the installation check system (100, 100B) comprising: a display portion (210, 210A) configured to display work instruction information including answer options about the installation, an operation button configured to be operated for entering an option selected from the answer options as a check result by an operator operating the operation button, a first storage portion configured to store the work instruction information, characterized in that the installation check system (100, 100B) further includes a control circuit (300, 300B) having an input processor, a determination portion configured to determine whether the selected option of the check result is installation work appropriately performed or not, the determination portion being configured to allow the start of the trial run if the selected option of the check result is installation work appropriately performed, and a signal generator which generates a drive signal to execute the trial run, wherein the input processor is configured to output the input check result to the determination portion, wherein the signal generator generates the drive signal under condition of the determination portion allowing the start of the trial run. a display portion (210, 210A) configured to display work instruction information including answer options about the installation, an operation button configured to be operated for entering an option selected from the answer options as a check result by an operator operating the operation button, a first storage portion configured to store the work instruction information, characterized in that the installation check system (100, 100B) further includes a control circuit (300, 300B) having an input processor, a determination portion configured to determine whether the selected option of the check result is installation work appropriately performed or not, the determination portion being configured to allow the start of the trial run if the selected option of the check result is installation work appropriately performed, and a signal generator which generates a drive signal to execute the trial run, wherein the input processor is configured to output the input check result to the determination portion, wherein the signal generator generates the drive signal under condition of the determination portion allowing the start of the trial run.
An isolated antibody, or antigen-binding portion thereof, which specifically binds to human family with sequence similarity 19, members A5 (FAM19A5) protein (anti-FAM19A5 antibody) comprising a heavy chain CDR1, CDR2, and CDR3, and a light chain CDR1, CDR2, and CDR3, wherein the heavy chain CDR1 comprises the amino acid sequence set forth in SEQ ID NO: 7; the heavy chain CDR2 comprises the amino acid sequence set forth in SEQ ID NO: 8; the heavy chain CDR3 comprises the amino acid sequence set forth in SEQ ID NO: 9; the light chain CDR1 comprises the amino acid sequence set forth in SEQ ID NO: 10; the light chain CDR2 comprises the amino acid sequence set forth in SEQ ID NO: 11; and the light chain CDR3 comprises the amino acid sequence set forth in SEQ ID NO: 12.
An acoustic telemetry system, comprising: a first sensor assembly which includes at least one sensor and a sensor data transmitter; and a second sensor assembly which includes at least one sensor and a transceiver positioned in a wellbore, wherein the first sensor assembly transmits to the second sensor assembly using a first acoustic signal mode, and characterised in that the second sensor assembly transmits to a remote location, at or near the surface, using a second acoustic signal mode different from the first acoustic signal mode. a first sensor assembly which includes at least one sensor and a sensor data transmitter; and a second sensor assembly which includes at least one sensor and a transceiver positioned in a wellbore,
Compression article which has, at least in regions, two cover layers (21, 22) which are made of at least partially elastic material and are connected to one another by an intermediate layer, whereby a compression pressure can be generated by means of the cover layers (21, 22) and the intermediate layer is at least twice as thick as one of the cover layers or the thinner of the cover layers (21, 22), and whereby the compression article is made at least in part of a compressible material, whereby the compression article can be pulled over the body part to be supported or compressed and/or the compression article has a closure device by means of which it can be fixed to the body part to be supported or compressed, so that in the applied state it is a substantially tubular structure, characterized in that it is made from a weft-knitted fabric or warp-knitted fabric that is formed at least in part as a weft-knitted spacer fabric or warp-knitted spacer fabric, the upper and lower knitted layers forming the cover layers (21, 22) and the pile threads forming the intermediate layer.
Process for the production of a polymeric foam with use of hydrogel pearls as porosity generating template, comprising the steps of: - providing a matrix of polymer or prepolymer in viscous state including, as a dispersed phase, hydrogel pearls, where said pearls are dispersed in said matrix so as to generate intercommunicating cells, - causing the solidification of the matrix of polymer or prepolymer to obtain said polymeric foam including said hydrogel pearls, characterised in that it comprises the operation of subjecting the thus obtained foam to conditions which cause the dehydration of said hydrogel pearls so as to obtain a reduction of volume of said pearls and - removing the dehydrated pearls by immersion in water of the polymeric foam or by exposure of the foam to a flow of pressurised gas. - providing a matrix of polymer or prepolymer in viscous state including, as a dispersed phase, hydrogel pearls, where said pearls are dispersed in said matrix so as to generate intercommunicating cells, - causing the solidification of the matrix of polymer or prepolymer to obtain said polymeric foam including said hydrogel pearls, characterised in that it comprises the operation of subjecting the thus obtained foam to conditions which cause the dehydration of said hydrogel pearls so as to obtain a reduction of volume of said pearls and - removing the dehydrated pearls by immersion in water of the polymeric foam or by exposure of the foam to a flow of pressurised gas.
A fluid suction system for a first retort having a vessel with a vessel length, pooled fluid at a bottom of the vessel defining a fluid surface level, and a retort vessel outlet placing the vessel in fluid communication with a pump, the fluid suction system being characterized by comprising an elongated manifold having a length for placement along the bottom of the vessel in fluid communication with the retort vessel outlet, wherein the pooled fluid flows into and through the elongated manifold when the pooled fluid is suctioned by the pump, and wherein the fluid surface level of the pooled fluid inside the vessel remains substantially even along the entire length of the elongated manifold as the pooled fluid is suctioned by the pump at a selected flow rate that is substantially higher than what gravity would otherwise provide to remove the pooled fluid from the bottom of the vessel.
Counter-frame for retractable sliding door panel, comprising at least one back stanchion, front stanchions (120,121) crosspieces (100, 140), a guide track a rabbet jamb and edge covers (170, 180, 190), wherein said back stanchion and said front stanchions (120, 121) are joined to each other by small crosspieces intended to define the case space of the door panel, and on the upper part by a crosspiece which supports the guide track wherein the crosspiece, the guide track, the small crosspieces, the back stanchion, the front stanchions (120,121), and the rabbet jamb can be cut to length being provided with cutting reference notches in predetermined positions in such a way as to obtain multiple passage opening possibilities, the counter-frame being provided with at least one door guidance device which can be joined at the lower part of the front stanchions (120,121), said door guidance device being "U" shaped and being provided with a small base with respect to which fins are perpendicularly oriented, said door guidance device being fixed at the base of the front stanchions (120,121) by means of holes placed on said fins, characterised in that said counter-frame further comprises edge covers (170, 180, 190) with integrated brush holder and a spacer, wherein said edge covers (170, 180, 190) and the spacer can be cut to length being provided with cutting reference notches in predetermined positions in such a way as to obtain multiple passage opening possibilities, the upper cross edge covers consisting of the brush-holder being already assembled to the edge cover, and being arranged by means of reference notches (181,182,183,184) for the shortening to obtain various passage opening measures and being already trimmed with a 45 degree angle, the rabbet jamb and the brush-holders with the integrated edge covers being already assembled in a single piece to form a complete rabbet stanchion, and the brush holders with frame-side integrated edge covers being prearranged for the shortening in the lower part as well while in the upper part they are already trimmed at 45 degrees as well as the complete rabbet stanchion in the upper part, the universal door guidance device being adjustable and said small base is provided with a series of holes intended to determine the selective position of nibs (600,601,602) to be adjusted to the sizes of the door panel in such a way as to keep said sliding door panel in a guided condition.