mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, UE, (10; 500) for registering the UE with a network node (20; 30; 70; 600) of a communication network for short message service, SMS, messages over at least one of a circuit-switched, CS, domain and a packet-switched, PS, domain, comprising: sending, to the network node, a first registration request for the CS domain and the PS domain, or for the PS domain only, and an SMS indication showing either that the first registration request is only for SMS over the CS domain or that the first registration request is for SMS over the PS domain; and sending, to the network node, a second registration request for registering the UE with the CS domain if the first registration request has been for the PS domain only, and no indication that the network node provides an SMS over PS domain capability has been received by the UE. sending, to the network node, a first registration request for the CS domain and the PS domain, or for the PS domain only, and an SMS indication showing either that the first registration request is only for SMS over the CS domain or that the first registration request is for SMS over the PS domain; and sending, to the network node, a second registration request for registering the UE with the CS domain if the first registration request has been for the PS domain only, and no indication that the network node provides an SMS over PS domain capability has been received by the UE.
An electronic device, comprising: a body; a display in front of the body; and a speaker assembly disposed inside the body, the speaker assembly including: a casing to form an external appearance and having an internal space including a resonant region, and a speaker unit mounted on the casing, wherein the speaker unit comprises a magnet characterized in that the magnet includes a first larger surface, a second larger surface opposite the first larger surface, a first smaller surface between the first larger surface and the second larger surface, and a second smaller surface opposite the first smaller surface, and wherein the first smaller surface and the second smaller surface of the magnet are covered by the casing with the first larger surface and the second larger surface of the magnet being externally exposed from the speaker assembly at the outside of the casing. a body; a display in front of the body; and a speaker assembly disposed inside the body, the speaker assembly including: a casing to form an external appearance and having an internal space including a resonant region, and a speaker unit mounted on the casing, a casing to form an external appearance and having an internal space including a resonant region, and a speaker unit mounted on the casing, wherein the speaker unit comprises a magnet characterized in that the magnet includes a first larger surface, a second larger surface opposite the first larger surface, a first smaller surface between the first larger surface and the second larger surface, and a second smaller surface opposite the first smaller surface, and wherein the first smaller surface and the second smaller surface of the magnet are covered by the casing with the first larger surface and the second larger surface of the magnet being externally exposed from the speaker assembly at the outside of the casing.
Concave-convex die plate, in which the dies are disposed on the convex side of the die plate, the die plate having the form of a spheroid surface segment or cylinder surface segment and the dies themselves having at least one cylindrical part, which is disposed within the die plate in such a way that the die cylinder axis passes through the centre point of the sphere of the spheroid surface segment forming the die plate or is perpendicular to the axis of rotation of the cylinder of the cylinder surface segment forming the die plate, characterized in that the angle (D-K/B) that is formed between the planar melt flow-way width and the connection from the inner die periphery to the point of intersection of the die plate arc with the centre perpendicular (Ms) over the melt flow-way width is greater than 0° and less than 22°.
A nucleic acid encoding functional sequences operatively linked to a sequence encoding a soluble CD83 protein, wherein said functional sequences are attached to the N terminus of said soluble CD83 protein and wherein said soluble CD83 protein is selected from: (i) a soluble CD83 protein consisting of amino acid residues 20 to 144 of SEQ ID NO:2; (ii) a soluble CD83 protein consisting of amino acid residues 20 to 145 of SEQ ID NO:2; (iii) a soluble CD83 protein consisting of amino acid residues 20 to 144 of SEQ ID NO:2, wherein one amino acid is conservatively substituted; and (iv) a soluble CD83 protein consisting of amino acid residues 20 to 145 of SEQ ID NO:2, wherein one amino acid is conservatively substituted, for use in treating or preventing a disease or medical condition caused by the dysfunction or undesired function of a cellular immune response involving dendritic cells, T cells and/or B cells. (i) a soluble CD83 protein consisting of amino acid residues 20 to 144 of SEQ ID NO:2; (ii) a soluble CD83 protein consisting of amino acid residues 20 to 145 of SEQ ID NO:2; (iii) a soluble CD83 protein consisting of amino acid residues 20 to 144 of SEQ ID NO:2, wherein one amino acid is conservatively substituted; and (iv) a soluble CD83 protein consisting of amino acid residues 20 to 145 of SEQ ID NO:2, wherein one amino acid is conservatively substituted, for use in treating or preventing a disease or medical condition caused by the dysfunction or undesired function of a cellular immune response involving dendritic cells, T cells and/or B cells.
A method for forming a structural panel, the method comprising: forming a core structure including a corrugated ribbon, a plurality of walls (44A, 44B) and a plurality of cavities, the corrugated ribbon including a plurality of baffles and a plurality of porous septums, each of the cavities extending laterally between a respective adjacent pair of the walls (44A, 44B), each of the cavities extending longitudinally between a respective adjacent pair of the baffles, and each of the cavities longitudinally divided into a pair of sub-cavities (50A, 50B) by a respective one of the septums; the forming of the core structure comprising shaping a first portion of a sheet of ribbon material to form a first of the baffles and a first of the septums; and characterized by overmolding thermoplastic material onto the ribbon material, between the first of the baffles and the first of the septums, to form a first set of the walls. forming a core structure including a corrugated ribbon, a plurality of walls (44A, 44B) and a plurality of cavities, the corrugated ribbon including a plurality of baffles and a plurality of porous septums, each of the cavities extending laterally between a respective adjacent pair of the walls (44A, 44B), each of the cavities extending longitudinally between a respective adjacent pair of the baffles, and each of the cavities longitudinally divided into a pair of sub-cavities (50A, 50B) by a respective one of the septums; the forming of the core structure comprising shaping a first portion of a sheet of ribbon material to form a first of the baffles and a first of the septums; and characterized by overmolding thermoplastic material onto the ribbon material, between the first of the baffles and the first of the septums, to form a first set of the walls.
A method of operating a wellhead compressor, the compressor being configured to pump fluid from a well at a tubing pressure, the method comprising: selecting a plurality of operating points of the wellhead compressor, wherein the flow rate of fluid pumped by the wellhead compressor varies between the plurality of operating points; measuring the tubing pressure at the plurality of operating points of the wellhead compressor; determining an efficiency achieved by the wellhead compressor when operating at each of the operating points based on at least the measured tubing pressure at each of the operating points; generating a production curve of well pressure as a function of flow rate from a combination of measured data and predicted data, selecting an operating point of the wellhead compressor from the production curve based on at least the efficiency of the wellhead compressor at the selected operating point; and operating the wellhead compressor at the selected operating point; the method further comprising repeating the steps of the method after operating the wellhead compressor at the selected operating point for a predetermined period of time. selecting a plurality of operating points of the wellhead compressor, wherein the flow rate of fluid pumped by the wellhead compressor varies between the plurality of operating points; measuring the tubing pressure at the plurality of operating points of the wellhead compressor; determining an efficiency achieved by the wellhead compressor when operating at each of the operating points based on at least the measured tubing pressure at each of the operating points; generating a production curve of well pressure as a function of flow rate from a combination of measured data and predicted data, selecting an operating point of the wellhead compressor from the production curve based on at least the efficiency of the wellhead compressor at the selected operating point; and operating the wellhead compressor at the selected operating point; the method further comprising repeating the steps of the method after operating the wellhead compressor at the selected operating point for a predetermined period of time.
A device for orienting a receptacle having an open side and a side which is closed and disposed oppositely thereto with respect to a center axis of said receptacle, more particularly a test tube, said device exhibiting a feed unit relating to a direction of transport for said receptacle and having an orienting device for said receptacle, which orienting device is disposed beyond said feed unit in the direction of transport and by means of which said receptacle is delivered with a predetermined side (41, 42) thereof pointing forward with its center axis being substantially parallel to said direction of transport, said orienting device being preceded, in the direction of transport, by adjusting device adapted to adjust said receptacle to lie in a direction at right-angles to the direction of transport and provided with at least one pusher capable of moving substantially at right-angles to the direction of transport and having a diameter that is smaller than an internal diameter of said receptacle, said orienting device having two mechanical guides (33, 36) by means of which said receptacle can be subjected to a braking action off-center, with respect to its length, in the direction of the center axis, characterized in that said adjusting device has a rail provided at a point ahead of said pusher, as regarded in the direction of transport, and oriented in the direction of transport, along which rail said receptacle slides during the feed of receptacles by said feed unit, wherein said feed unit has a conveying width equal to at least a length of said receptacle, and wherein, on account of said rail, said conveying width for said receptacle is continuously reduced in the direction of transport and that the orienting device has a ramp which further conveys said receptacle in the direction of transport and has a conveying surface for said receptacle and said conveying surface has a width, which is greater than the length of said receptacle by a factor ranging from 1.1 to 1.8, and is more particularly 1.2, between said open side and said closed side, wherein said mechanical guides (33, 36) are disposed in the region of said conveying surface and are disposed oppositely to said ramp.
Carbon black particles having (a) a Brunauer-Emmett-Teller surface area as determined by ASTM D6556-10, ranging from 70 to 120 m 2 /g; (b) an oil absorption number as determined by the method described in ASTM D2414-13a, using epoxidized fatty acid ester oil and Procedure B,ranging from 180 to 310 mL/100 g; (c) a surface energy measured by Dynamic Water (Vapor) Sorption or water spreading pressure according to the description, of less than or equal to 10 mJ/m 2; and (d) an L a crystallite size as determined by Raman spectroscopy according to the description, of 25 Å to 35 Å, and an average primary particle size as determined by ASTM D3849-14a, of 12 nm to 24 nm. (a) a Brunauer-Emmett-Teller surface area as determined by ASTM D6556-10, ranging from 70 to 120 m 2 /g; (b) an oil absorption number as determined by the method described in ASTM D2414-13a, using epoxidized fatty acid ester oil and Procedure B,ranging from 180 to 310 mL/100 g; (c) a surface energy measured by Dynamic Water (Vapor) Sorption or water spreading pressure according to the description, of less than or equal to 10 mJ/m 2; and (d) an L a crystallite size as determined by Raman spectroscopy according to the description, of 25 Å to 35 Å, and
A method of selecting a link (1, 2) between a first node A and a second node B of a communication path in a packet oriented communication network, wherein the two nodes A, B are connected via a first communication link modelled as a Finite State Markov Channel FSMC with two states (5, 6) and via a second communication link, comprising - establishing a packet transmission observation for a packet being transmitted from node A to node B, - determining an updated link metric p(t+1) of the first communication link, based on state transition probabilities and packet transmission success probabilities for the two FSMC states (5, 6), a previous link metric p(t) and the latest packet transmission observation, - selecting the first or the second communication link (1, 2) for transmitting a next packet from node A to node B by comparing the updated link metric p(t+1) to a threshold p thr. - establishing a packet transmission observation for a packet being transmitted from node A to node B, - determining an updated link metric p(t+1) of the first communication link, based on state transition probabilities and packet transmission success probabilities for the two FSMC states (5, 6), a previous link metric p(t) and the latest packet transmission observation, - selecting the first or the second communication link (1, 2) for transmitting a next packet from node A to node B by comparing the updated link metric p(t+1) to a threshold p thr.
A dental handpiece comprising: a head portion supporting a turbine configured for receiving a removable dental tool for rotation therewith; a handle portion having a first end, an opposing second end, and an internal cavity, the head portion being disposed at the first end of the handle portion and the second end of the handle portion being configured for removable connection to a supply hose; one or more conduits (24, 26, 28) extending at least partially through the internal cavity of the handle portion toward the head portion, at least one of the one or more conduits being a drive fluid tube configured to deliver a drive fluid to the head portion for rotating the turbine; a wireless communication device disposed within the internal cavity of the handle portion and attached to at least one of the one or more conduits, at least a section of the handle portion surrounding the wireless communication device being formed of a dielectric material, the wireless communication device being configured to wirelessly communicate with a reader or writer external to the dental handpiece and configured to store data related to at least one of identification, use, or maintenance of the dental handpiece; and an electrically inert substrate material encapsulating the wireless communication device, the wireless communication device being electrically isolated from other components of the dental handpiece. a head portion supporting a turbine configured for receiving a removable dental tool for rotation therewith; a handle portion having a first end, an opposing second end, and an internal cavity, the head portion being disposed at the first end of the handle portion and the second end of the handle portion being configured for removable connection to a supply hose; one or more conduits (24, 26, 28) extending at least partially through the internal cavity of the handle portion toward the head portion, at least one of the one or more conduits being a drive fluid tube configured to deliver a drive fluid to the head portion for rotating the turbine; a wireless communication device disposed within the internal cavity of the handle portion and attached to at least one of the one or more conduits, at least a section of the handle portion surrounding the wireless communication device being formed of a dielectric material, the wireless communication device being configured to wirelessly communicate with a reader or writer external to the dental handpiece and configured to store data related to at least one of identification, use, or maintenance of the dental handpiece; and an electrically inert substrate material encapsulating the wireless communication device, the wireless communication device being electrically isolated from other components of the dental handpiece.
Cannula for guiding and deploying a cornea transplant or implant, in particular for carrying out a so-called Descemet membrane endothelial keratoplasty (DMEK) operation, having on and/or close to the distal end of the cannula a working region which is used for introduction into a front eye chamber and which is sized in such a manner that it can be at least partially pushed into a rolled-up cornea transplant or implant, wherein the wall of the working region has at the distal end an opening and at least one, preferably two lateral openings for influx/discharge of a fluid, preferably a liquid, characterised in that the opening at the distal end is arranged substantially centrally in the longitudinal direction of the cannula and the sizing and/or the positioning of the openings (16a, 16b) is configured in such a manner that the volume flow of the fluid at least in the lateral openings is almost identical, wherein the openings (16a, 16b) have different dimensions, in particular have different diameters.
A valve for discharging a fluid, comprising: a valve body at least partially defining a fluid chamber; and a valve stem extending into the fluid chamber, the valve stem comprising an outlet port for transfer, in use, of fluid from the fluid chamber into the valve stem; the valve stem being slidably movable relative to the valve body from: i) a non-dispensing position in which the outlet port is out of communication with the fluid chamber; to ii) a dispensing position in which the outlet port is in fluid communication with the fluid chamber so as to permit transfer of the fluid from the fluid chamber into the valve stem; wherein the valve further comprises a locking member which is configured to prevent return of the valve stem into the non-dispensing position once the valve stem slides beyond a locking position by inter-engagement between the valve stem and the locking member. a valve body at least partially defining a fluid chamber; and a valve stem extending into the fluid chamber, the valve stem comprising an outlet port for transfer, in use, of fluid from the fluid chamber into the valve stem; the valve stem being slidably movable relative to the valve body from: i) a non-dispensing position in which the outlet port is out of communication with the fluid chamber; to ii) a dispensing position in which the outlet port is in fluid communication with the fluid chamber so as to permit transfer of the fluid from the fluid chamber into the valve stem; i) a non-dispensing position in which the outlet port is out of communication with the fluid chamber; to ii) a dispensing position in which the outlet port is in fluid communication with the fluid chamber so as to permit transfer of the fluid from the fluid chamber into the valve stem; wherein the valve further comprises a locking member which is configured to prevent return of the valve stem into the non-dispensing position once the valve stem slides beyond a locking position by inter-engagement between the valve stem and the locking member.
A communication method, wherein the method comprises: receiving, by a terminal, resource configuration information of a machine type communications, MTC, service that is sent by a base station, wherein the resource configuration information of the MTC service comprises at least one of information about an uplink MTC resource or information about a downlink MTC resource; determining, by the terminal, the uplink MTC resource and/or the downlink MTC resource according to the resource configuration information of the MTC service; and performing (404; 405), by the terminal, MTC service transmission with the base station by using an MTC subframe in the uplink MTC resource and/or the downlink MTC resource; wherein the resource configuration information of the MTC service further comprises configuration information of the MTC subframe, and characterized in that the configuration information of the MTC subframe comprises a quantity of symbols comprised in the MTC subframe, wherein the quantity of the symbols comprised in the MTC subframe is configured according to a transmission delay of the MTC service. receiving, by a terminal, resource configuration information of a machine type communications, MTC, service that is sent by a base station, wherein the resource configuration information of the MTC service comprises at least one of information about an uplink MTC resource or information about a downlink MTC resource; determining, by the terminal, the uplink MTC resource and/or the downlink MTC resource according to the resource configuration information of the MTC service; and performing (404; 405), by the terminal, MTC service transmission with the base station by using an MTC subframe in the uplink MTC resource and/or the downlink MTC resource; wherein the resource configuration information of the MTC service further comprises configuration information of the MTC subframe, and characterized in that the configuration information of the MTC subframe comprises a quantity of symbols comprised in the MTC subframe, wherein the quantity of the symbols comprised in the MTC subframe is configured according to a transmission delay of the MTC service.
A method of structuring an active organic layer deposited on a substrate, wherein it comprises: - depositing a sacrificial layer on the substrate by photolithography, said sacrificial layer being made of at least one photosensitive resin, - creating at least one opening inside of the sacrificial layer defining a pattern, - depositing an active organic layer on the sacrificial layer and in the pattern, - depositing a protective layer made of organic polymer on the active layer and in the pattern of said sacrificial layer, - removing the sacrificial layer by projection of a solvent on the resin forming said layer, inducing the simultaneous removal of the active organic layer and of the protective layer, except for said active organic layer and protective layer initially deposited in pattern; and then - removing the protective layer by dissolving the polymer forming it in a solvent. - depositing a sacrificial layer on the substrate by photolithography, said sacrificial layer being made of at least one photosensitive resin, - creating at least one opening inside of the sacrificial layer defining a pattern, - depositing an active organic layer on the sacrificial layer and in the pattern, - depositing a protective layer made of organic polymer on the active layer and in the pattern of said sacrificial layer, - removing the sacrificial layer by projection of a solvent on the resin forming said layer, inducing the simultaneous removal of the active organic layer and of the protective layer, except for said active organic layer and protective layer initially deposited in pattern; and then - removing the protective layer by dissolving the polymer forming it in a solvent.