mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a measurement module configured to measure received signal strength indications from a signal transmitted by an access device that the electronic device is connected to; a generation module configured to generate correction data by calculating an average of at least some of the received signal strength indications; and a control module configured to release the communication connection of the electronic device based on a change (309,311) in the correction data, wherein the control module is further configured to detect the change in the correction data when the measured received signal strength indication is equal to or smaller than a first threshold; and to release the communication connection of the electronic device when the change in the correction data is larger than or equal to a second threshold. a measurement module configured to measure received signal strength indications from a signal transmitted by an access device that the electronic device is connected to; a generation module configured to generate correction data by calculating an average of at least some of the received signal strength indications; and a control module configured to release the communication connection of the electronic device based on a change (309,311) in the correction data, wherein the control module is further configured to detect the change in the correction data when the measured received signal strength indication is equal to or smaller than a first threshold; and to release the communication connection of the electronic device when the change in the correction data is larger than or equal to a second threshold.
Aircraft wheel having a rim and being provided with rotational driving means which comprise a drive gear associated with coupling members of the drive gear to the rim of the wheel, the coupling members being fixed to the rim by fixing members introduced into orifices of the rim the wheel being characterized in that the rim comprise brake discs driving keys, the orifices extend at an end of the keys and the fixing members are also used to hold heat shields protecting the rim.
Method for using a system comprising a terminal device and a telecommunications network, wherein the telecommunications network comprises an access network and a core network, wherein, regarding a specific user equipment functionality, the telecommunications network initializes or provides a logical user equipment entity or functionality such that the terminal device, together with the logical user equipment entity or functionality, provides or realizes or is able to provide or realize the specific user equipment functionality, wherein the method comprises the following steps: -- in a first step, a logical user equipment identifier information is assigned by a network node of the telecommunications network to the terminal device, wherein the logical user equipment identifier information comprises a network identifier information, a permanent equipment identifier information related to the terminal device, and an identifier information relating to the logical user equipment entity or functionality, -- in a second step, subsequent to the first step, the logical user equipment identifier information is transmitted by the network node of the telecommunications network to the terminal device, wherein, in a step preceding the first step, the terminal device transmits a disaggregation request message to the telecommunications network, the disaggregation request message being related to the specific user equipment functionality and/or requirements of the specific user equipment functionality, wherein the logical user equipment identifier information is assigned to the terminal device and transmitted to the terminal device depending on the requested disaggregation of the specific user equipment functionality, and wherein the telecommunications network assigns or defines a location or a resource for implementing or realizing the disaggregation of the requested specific user equipment functionality, wherein the telecommunications network informs the terminal device about disaggregated services and pushes this information to the upper application layer, wherein a temporary identity is assigned by the telecommunications network to the disaggregated specific user equipment functionality, the temporary identity being related to or combined with the logical user equipment identifier information. -- in a first step, a logical user equipment identifier information is assigned by a network node of the telecommunications network to the terminal device, wherein the logical user equipment identifier information comprises a network identifier information, a permanent equipment identifier information related to the terminal device, and an identifier information relating to the logical user equipment entity or functionality, -- in a second step, subsequent to the first step, the logical user equipment identifier information is transmitted by the network node of the telecommunications network to the terminal device,
A signal interface unit for interfacing uplink downstream signals from a downstream device (104, 120) with an upstream device, wherein the upstream device is configured to expect at least one diversity signal and the downstream device is configured to provide only a single uplink downstream signal, the signal interface unit comprising: at least one upstream interface configured to communicate a primary uplink upstream signal and at least one emulated-diversity uplink upstream signal to the upstream device; a downstream interface configured to receive an uplink downstream signal from the downstream device (104, 120); wherein the signal interface unit is configured to convert the uplink downstream signal into the primary uplink upstream signal; and wherein the signal interface unit is further configured to generate the at least one emulated-diversity uplink upstream signal from at least one of the primary uplink upstream signal and the uplink downstream signal. at least one upstream interface configured to communicate a primary uplink upstream signal and at least one emulated-diversity uplink upstream signal to the upstream device; a downstream interface configured to receive an uplink downstream signal from the downstream device (104, 120); wherein the signal interface unit is configured to convert the uplink downstream signal into the primary uplink upstream signal; and wherein the signal interface unit is further configured to generate the at least one emulated-diversity uplink upstream signal from at least one of the primary uplink upstream signal and the uplink downstream signal.
A process for preparing a vinyl acetate rich emulsion polymer comprising; a) providing a monomer composition comprising from 65 wt.% to 100 wt.% (based on the wt. of total monomers) of vinyl acetate and at least 0.01 wt.% (based on dry polymer weight) of a crosslinking monomer selected from at least one polyalkenyl polyether having at least two polymerizable ethylenically unsaturated double bonds; b) polymerizing said monomer composition under emulsion polymerization conditions in the presence of a free radical redox initiator pair comprising an oxidant and a reducing agent in a sufficient amount to initiate polymerization, wherein said oxidant is selected from cumene hydroperoxide, a tertiary C 4 to C 6 alkyl hydroperoxide, and mixtures thereof. a) providing a monomer composition comprising from 65 wt.% to 100 wt.% (based on the wt. of total monomers) of vinyl acetate and at least 0.01 wt.% (based on dry polymer weight) of a crosslinking monomer selected from at least one polyalkenyl polyether having at least two polymerizable ethylenically unsaturated double bonds; b) polymerizing said monomer composition under emulsion polymerization conditions in the presence of a free radical redox initiator pair comprising an oxidant and a reducing agent in a sufficient amount to initiate polymerization, wherein said oxidant is selected from cumene hydroperoxide, a tertiary C 4 to C 6 alkyl hydroperoxide, and mixtures thereof.
A haemostatic material comprising a carrier layer, an adhesive and a material for wound contact comprising at least one haemostat in particulate, granular, powder, flake or short fibrous form, wherein the haemostat comprises a chitosan salt and wherein the adhesive and haemostat are mixed together and form a layer, the mixed adhesive/haemostat layer being located on the carrier layer.
An electronic electrical device (100, 100'), comprising - a first electrical conductor for the input of electric current; - a second electrical conductor for the output of electric current; - a first electrical control device adapted to have two positions to electrically connect and disconnect the first electrical conductor and the second electrical conductor to/from each other; - a second electrical control device (2, 2') adapted to have two positions to electrically connect and disconnect the first electrical conductor and the second electrical conductor to/from each other; - first actuation means; - second actuation means; wherein the first actuation means are adapted to vary the position of said first electrical control device independently of said second actuation means; and wherein the second actuation means are adapted to vary the position of said second electrical control device (2, 2') independently of said first actuation means; characterized in that the first actuation means comprise a digital electronic controller; and in that the second actuation means comprise only mechanical and/or electromechanical components. - a first electrical conductor for the input of electric current; - a second electrical conductor for the output of electric current; - a first electrical control device adapted to have two positions to electrically connect and disconnect the first electrical conductor and the second electrical conductor to/from each other; - a second electrical control device (2, 2') adapted to have two positions to electrically connect and disconnect the first electrical conductor and the second electrical conductor to/from each other; - first actuation means; - second actuation means; wherein the first actuation means are adapted to vary the position of said first electrical control device independently of said second actuation means; and wherein the second actuation means are adapted to vary the position of said second electrical control device (2, 2') independently of said first actuation means; characterized in that the first actuation means comprise a digital electronic controller; and in that the second actuation means comprise only mechanical and/or electromechanical components. wherein the first actuation means are adapted to vary the position of said first electrical control device independently of said second actuation means; and wherein the second actuation means are adapted to vary the position of said second electrical control device (2, 2') independently of said first actuation means; the first actuation means comprise a digital electronic controller; and in that the second actuation means comprise only mechanical and/or electromechanical components.
A method for treating a hydrocarbon feed gas stream containing at least carbon dioxide and hydrogen sulfide to recover a purified CO 2 gas stream (vii), said process comprising the following steps: a. Separating said hydrocarbon feed gas stream into a sweetened hydrocarbon gas stream (i), and an acid gas stream (ii) comprising at least carbon dioxide and hydrogen sulfide; b. Introducing said acid gas stream (ii) into a Claus unit wherein an oxygen-rich stream comprising oxygen and nitrogen is used as a combustive agent in the Claus furnace, thereby recovering a liquid stream of elemental sulfur (iii) and a tail gas stream (iv) mainly comprising carbon dioxide, hydrogen and sulfur compounds; c. Introducing the exiting tail gas stream (iv) into a Tail Gas Treatment Unit (TGTU) comprising a feed inline burner or a tail gas heater, a hydrogenation reactor and a quench contactor, thereby separating said tail gas stream into a CO 2 enriched gas stream also containing hydrogen and sweetened in sulfur compounds (v), and a stream enriched in sulfur compounds (vi); d. Compressing the CO 2 enriched gas stream (v) exiting the TGTU; e. Passing the compressed CO 2 enriched gas through a CO 2 purification unit thereby recovering a purified CO 2 gas stream (vii), wherein the temperature is between 900°C and 1450°C during step b., characterized in that the oxygen-rich stream contains an amount of oxygen from 70% to 97% and an amount of nitrogen that does not exceed 10%, and the pressure in the Claus furnace is from 1.7 to 1.9 bara. a. Separating said hydrocarbon feed gas stream into a sweetened hydrocarbon gas stream (i), and an acid gas stream (ii) comprising at least carbon dioxide and hydrogen sulfide; b. Introducing said acid gas stream (ii) into a Claus unit wherein an oxygen-rich stream comprising oxygen and nitrogen is used as a combustive agent in the Claus furnace, thereby recovering a liquid stream of elemental sulfur (iii) and a tail gas stream (iv) mainly comprising carbon dioxide, hydrogen and sulfur compounds; c. Introducing the exiting tail gas stream (iv) into a Tail Gas Treatment Unit (TGTU) comprising a feed inline burner or a tail gas heater, a hydrogenation reactor and a quench contactor, thereby separating said tail gas stream into a CO 2 enriched gas stream also containing hydrogen and sweetened in sulfur compounds (v), and a stream enriched in sulfur compounds (vi); d. Compressing the CO 2 enriched gas stream (v) exiting the TGTU; e. Passing the compressed CO 2 enriched gas through a CO 2 purification unit thereby recovering a purified CO 2 gas stream (vii), wherein the temperature is between 900°C and 1450°C during step b., characterized in that the oxygen-rich stream contains an amount of oxygen from 70% to 97% and an amount of nitrogen that does not exceed 10%, and the pressure in the Claus furnace is from 1.7 to 1.9 bara.
A vacuum cleaner having a motor damping structure, comprising an internal motor cover hung and fixed inside an external motor cover through a cantilever, characterized in that a hanging hole is formed on the external motor cover and the cantilever is hung at the hanging hole, and wherein a damping medium is disposed at a suspension point of the internal motor cover and external motor cover.
LED illumination module, comprising: a circuit board having a first and a second side and at least one continuous opening, at least one light emitting diode mounted on the opening of the first side of the circuit board and having a light emitting front side and a non-emitting rear side, a heat sink on the non-emitting rear side of the at least one light emitting diode, characterized in that the at least one light emitting diode has a power consumption of 1 to 100 W and is attached, with its light-emitting front side, on the first side of the circuit board such that the at least one light emitting diode rests with its edges on the circuit board and that emitted light passes through the at least one opening in the circuit board and traverses the circuit board through the opening, wherein the distance between the circuit board and the heat sink corresponds to the extension of the light emitting diode in the direction of its light emission. a circuit board having a first and a second side and at least one continuous opening, at least one light emitting diode mounted on the opening of the first side of the circuit board and having a light emitting front side and a non-emitting rear side, a heat sink on the non-emitting rear side of the at least one light emitting diode, characterized in that the at least one light emitting diode has a power consumption of 1 to 100 W and is attached, with its light-emitting front side, on the first side of the circuit board such that the at least one light emitting diode rests with its edges on the circuit board and that emitted light passes through the at least one opening in the circuit board and traverses the circuit board through the opening, wherein the distance between the circuit board and the heat sink corresponds to the extension of the light emitting diode in the direction of its light emission.
An assembly for a drug delivery device comprising - a housing, - a rotation member, the rotation member being adapted to be rotated with respect to the housing in a first rotational direction for delivering a dose of a drug, and - a drive member, the drive member being coupleable to the rotation member for delivering the dose, - at least one correction member, wherein, in a delivery mode, the drive member and the rotation member are coupled such that the drive member follows rotational movement of the rotation member in the first rotational direction due to mechanical interaction of the rotation member and the drive member, and wherein, in a correction mode, the rotation member and the drive member are decoupled such that the rotation member is rotatable in the first rotational direction with respect to the drive member, characterized in that, for switching from the delivery mode into the correction mode, the correction member is moveable radially inwardly with respect to the housing, and wherein the assembly is configured such that movement of the correction member with respect to the housing is converted into a relative axial movement between the drive member and the rotation member for decoupling the drive member and the rotation member. - a housing, - a rotation member, the rotation member being adapted to be rotated with respect to the housing in a first rotational direction for delivering a dose of a drug, and - a drive member, the drive member being coupleable to the rotation member for delivering the dose, - at least one correction member,
A heat storage material composition comprising: a styrene-ethylene-ethylene-propylene-styrene copolymer; not less than 300 parts by mass and not more than 1000 parts by mass of a paraffin-based wax with respect to 100 parts by mass of the styrene-ethylene-ethylene-propylene-styrene copolymer; and not less than 100 parts by mass and not more than 250 parts by mass of a paraffin-based process oil with respect to 100 parts by mass of the styrene-ethylene-ethylene-propylene-styrene copolymer, the paraffin-based process oil softening the styrene-ethylene-ethylene-propylene-styrene copolymer. a styrene-ethylene-ethylene-propylene-styrene copolymer; not less than 300 parts by mass and not more than 1000 parts by mass of a paraffin-based wax with respect to 100 parts by mass of the styrene-ethylene-ethylene-propylene-styrene copolymer; and not less than 100 parts by mass and not more than 250 parts by mass of a paraffin-based process oil with respect to 100 parts by mass of the styrene-ethylene-ethylene-propylene-styrene copolymer, the paraffin-based process oil softening the styrene-ethylene-ethylene-propylene-styrene copolymer.
A tube (10, 10a) comprising: a corrugated metal tubular member; and a first covering part that covers an outside of the tubular member, and forms a braided structure using a resin string member of which at least a part is covered by a metal having lower electrical resistance than electrical resistance of a metal forming the tubular member. a corrugated metal tubular member; and a first covering part that covers an outside of the tubular member, and forms a braided structure using a resin string member of which at least a part is covered by a metal having lower electrical resistance than electrical resistance of a metal forming the tubular member.
A down the hole drilling assembly having a top end arranged for coupling to a drill string and a bottom cutting end, the drilling assembly comprising: a drill tube adapter positioned at the top end of the assembly; an elongate casing; a drill bit at least partially accommodated within the bottom end of the casing; a fluid powered piston arranged moveably inside the casing which is capable of shuttling axially back and forth; a top working chamber at the top end side of the piston; a bottom working chamber at the bottom end side of the piston; a top sub comprising a retaining shoulder, a plurality of splines, at least one exhaust passage which is engaged to the casing, wherein the at least one exhaust passage is connected to the top chamber via at least one top vent passage; at least one flushing port at the bottom end of the casing which is connected to the at least one bottom vent passage arranged to vent the bottom chamber; an exhaust system at the top end of the casing comprising an exhaust cover and at least one exhaust port arranged to vent the top chamber via the at least one exhaust passage, characterized in that: the exhaust system is moveable with respect to the drill string and the top sub comprises an exhaust valve which is capable of opening and closing the connection between the at least one exhaust passage and the at least one exhaust port. a drill tube adapter positioned at the top end of the assembly; an elongate casing; a drill bit at least partially accommodated within the bottom end of the casing; a fluid powered piston arranged moveably inside the casing which is capable of shuttling axially back and forth; a top working chamber at the top end side of the piston; a bottom working chamber at the bottom end side of the piston; a top sub comprising a retaining shoulder, a plurality of splines, at least one exhaust passage which is engaged to the casing, wherein the at least one exhaust passage is connected to the top chamber via at least one top vent passage; at least one flushing port at the bottom end of the casing which is connected to the at least one bottom vent passage arranged to vent the bottom chamber; an exhaust system at the top end of the casing comprising an exhaust cover and at least one exhaust port arranged to vent the top chamber via the at least one exhaust passage, characterized in that: the exhaust system is moveable with respect to the drill string and the top sub comprises an exhaust valve which is capable of opening and closing the connection between the at least one exhaust passage and the at least one exhaust port.
Electrically driven cutting device (10; 30) for cutting slices of product, comprising a cutting arrangement including a circular knife rotating in a cutting plane and mounted in a machine housing, a carriage carrying a support plate with a support surface for depositing the cut product, which carriage is guided parallel to the cutting plane via a carriage foot along a slide rail connected to the machine housing and is linearly movable parallel to the plane of the support plate, wherein the support plate of the carriage is mounted so as to be pivotable through at least 90° from its working position away from the circular knife, wherein the support plate of the carriage is mounted so as to be pivotable about a pivot axis (s) in an end position of the carriage to which it has been moved linearly from the working position along the slide rail, and wherein support plate is locked against pivoting in all other positions including the working position, characterised in that the pivot axis (s) intersects the cutting plane at a pivot axis angle φ from 60° to 85°.
A climbing hold for use in rock climbing, comprising a climbing hold body, the climbing hold body being provided with a conductive film such that when the climbing hold is being climbed, the conductive film and a human body's static electricity capacity combine to cause a change in electrostatic capacity; and the climbing hold further comprising a climbing hold control circuit board, the climbing hold control circuit board being electrically connected with the conductive film, characterized in that a housing case is provided inside the climbing hold body, the conductive film is provided between the climbing hold body and the housing case, and the climbing hold further comprises a conductive film protecting housing case, the conductive film protecting housing case being sleeved around an outer side of the conductive film, the conductive film protecting housing case being provided between the climbing hold body and the conductive film.