mhurhangee/ep-ind-claims huggingface dataset:
A method for requesting, by a user equipment, UE, system information in a wireless communication system, the method comprising: transmitting, to a base station, BS, a random access preamble for requesting system information; receiving, from the BS, a random access response, RAR, message including a medium access control, MAC, subheader, wherein the MAC subheader includes a random access preamble identifier, RAPID, corresponding to the transmitted random access preamble for requesting system information, and wherein the RAR message may or may not include a MAC RAR corresponding to the RAPID; determining that the RAR message is received, based on the RAR message including the RAPID corresponding to the random access preamble; characterized in that: based on determining that the RAR message is received, and based on the RAR message including no MAC RAR corresponding to the RAPID, determining that a random access procedure is completed; and based on the RAR message including no MAC RAR corresponding to the RAPID, receiving in a broadcast manner, from the BS, the system information requested by the random access preamble without transmitting a further random access message to the BS in response to the RAR message. transmitting, to a base station, BS, a random access preamble for requesting system information; receiving, from the BS, a random access response, RAR, message including a medium access control, MAC, subheader, wherein the MAC subheader includes a random access preamble identifier, RAPID, corresponding to the transmitted random access preamble for requesting system information, and wherein the RAR message may or may not include a MAC RAR corresponding to the RAPID; determining that the RAR message is received, based on the RAR message including the RAPID corresponding to the random access preamble; characterized in that: based on determining that the RAR message is received, and based on the RAR message including no MAC RAR corresponding to the RAPID, determining that a random access procedure is completed; and based on the RAR message including no MAC RAR corresponding to the RAPID, receiving in a broadcast manner, from the BS, the system information requested by the random access preamble without transmitting a further random access message to the BS in response to the RAR message.
A locking assembly for portable containers, of the type of trunks, suitcases, trolley cases, and the like, which comprise at least one open shell that internally defines a compartment for objects and is at least partially closed, in at least one first configuration, by at least one respective covering unit, which is coupled to the shell and can move between the first configuration and at least one second configuration, for free access to the compartment, the locking assembly comprising at least one lever for actuating at least one slider, which can be slideably coupled to a reference outer surface of either the shell or the unit, said slider being able to move between at least one first limit position, in which it is engaged with a respective abutment which can be coupled to the other one of either the shell or the unit, arranged in the first configuration, for their mutual locking, and at least one second limit position, in which said slider is distanced from said abutment, in order to allow the transition of the covering unit from the first configuration to the second configuration and free access to the compartment, said slider having at least one end protrusion that has at least one surface portion that is inclined, with respect to the direction of movement of said slider, in order to define a sort of wedge, during the transition of said slider from said second limit position to said first limit position said wedge being slid under said abutment, which is constituted by a transverse pin, which can be rigidly supported by corresponding first ribs, which are mutually aligned and protrude externally from the container, in order to exert a thrust on said pin and force the mutual locking of said shell and of said covering unit and in order to oppose by interference any possible subsequent transitioning from said first configuration to said second configuration.
A method in a wireless communication system (100, 200, 300) for allocating communication of one or several services (Se0, Se1, Se2, Se3) to at least one of several available frequency spectrum resources (F1, F2, F3, F4), wherein the method is performed by a Radio Resource Management arrangement (112c, 212c, 312c) in a wireless communication network (110, 210, 310) of the wireless communication system (100, 200, 300), and wherein the method comprises the steps of: - categorizing each of said available frequency spectrum resources (F1, F2, F3, F4) with respect to volatility, wherein the volatility, V, describes reliability of a frequency spectrum resource to be available and usable by the wireless communication system (100, 200, 300); - categorizing each of said one or several services (Se0, Se1, Se2, Se3) with respect to compressibility, wherein the compressibility, C, of a service corresponds to a ratio of maximum bit rate, MBR, to guaranteed bit rate, GBR of the service, and wherein a service having C>>1 is categorised as compressible; and - assigning said one or several services (Se0, Se1, Se2, Se3) to the available frequency spectrum resources (F1, F2, F3, F4) such that compressible services are assigned to volatile spectrum resources. - categorizing each of said available frequency spectrum resources (F1, F2, F3, F4) with respect to volatility, wherein the volatility, V, describes reliability of a frequency spectrum resource to be available and usable by the wireless communication system (100, 200, 300); - categorizing each of said one or several services (Se0, Se1, Se2, Se3) with respect to compressibility, wherein the compressibility, C, of a service corresponds to a ratio of maximum bit rate, MBR, to guaranteed bit rate, GBR of the service, and wherein a service having C>>1 is categorised as compressible; and - assigning said one or several services (Se0, Se1, Se2, Se3) to the available frequency spectrum resources (F1, F2, F3, F4) such that compressible services are assigned to volatile spectrum resources.
An in vitro method for inhibiting the growth of a given Neisseria species, which comprises determining the presence or absence of amino acid alterations at amino acid positions 345, 375-377, 501, 542, and 551 in the penicillin-binding protein 2 of the given Neisseria species; characterizing the given Neisseria species as being susceptible to cefixime compounds where amino acid alterations at amino acid positions 345, 375-377, 501, 542, and 551 are absent; and contacting the given Neisseria species with a cefixime compound where the given Neisseria species is characterized as being susceptible to cefixime compounds, and contacting the given Neisseria species with an antibacterial other than cefixime compounds where the given Neisseria species is characterized as being resistant to cefixime compounds. determining the presence or absence of amino acid alterations at amino acid positions 345, 375-377, 501, 542, and 551 in the penicillin-binding protein 2 of the given Neisseria species; characterizing the given Neisseria species as being susceptible to cefixime compounds where amino acid alterations at amino acid positions 345, 375-377, 501, 542, and 551 are absent; and contacting the given Neisseria species with a cefixime compound where the given Neisseria species is characterized as being susceptible to cefixime compounds, and contacting the given Neisseria species with an antibacterial other than cefixime compounds where the given Neisseria species is characterized as being resistant to cefixime compounds.
A substrate structure for an organic electronic device, comprising: a substrate; an adhesive layer formed on a main surface of the substrate; and a conductive pattern recessed in the adhesive layer, wherein: the conductive pattern is exposed at a surface of the adhesive layer opposite to a surface on the side of the substrate, said surface of the adhesive layer opposite to the surface on the side of the substrate forming with an exposed surface of the exposed conductive pattern a planarized surface having a maximum height roughness of 1μm or less and a sheet resistance of 10 Ω/□ or less, the adhesive layer comprises an electrically conductive surface layer forming the planarized surface, and the conductive pattern is recessed in the electrically conductive surface layer. a substrate; an adhesive layer formed on a main surface of the substrate; and a conductive pattern recessed in the adhesive layer, the conductive pattern is exposed at a surface of the adhesive layer opposite to a surface on the side of the substrate, said surface of the adhesive layer opposite to the surface on the side of the substrate forming with an exposed surface of the exposed conductive pattern a planarized surface having a maximum height roughness of 1μm or less and a sheet resistance of 10 Ω/□ or less, the adhesive layer comprises an electrically conductive surface layer forming the planarized surface, and the conductive pattern is recessed in the electrically conductive surface layer.
(Aqua)terrarium, in particular for ectothermic animals, having a container which serves as a habitat and having a climate control device which comprises a flow machine and an electrothermal converter, the flow machine and/or the electrothermal converter being arranged outside the container, characterized in that the climate control device is designed to suck air from the container, to condition the sucked-in air by guiding it along a first side of the electrothermal converter and to convey the conditioned air back into the container. characterized in that the climate control device is designed to suck air from the container, to condition the sucked-in air by guiding it along a first side of the electrothermal converter and to convey the conditioned air back into the container.
System for recuperating energy from the heat of hot gas(es) and/or fume(s), comprising: - an enclosure in which to create and contain a fluidized bed incorporating a pipe in which hot gas and/or fume(s) circulate in a fluidized bed, the enclosure comprising in its lower part, below the pipe, a divergent portion with an inlet for the arrival of the hot gases and/or hot fumes into the pipe, in its upper part a convergent portion with an outlet for the outlet of the cooled fumes, and, at the junction where the inlet portion and the pipe meet, a fluidization grating in the form of a perforated sheet the purpose of which is to contain the fluidized bed at rest and to fluidize it as the gases/fumes pass; - at least one biphasic thermosiphon or at least one gravity-assisted heat pipe, of which the heating zone, referred to as the evaporator, is arranged inside the pipe whereas the cooling zone, referred to as the condenser is arranged outside the pipe, - a heat machine, able to operate according to what is known as the Rankine thermodynamic cycle, the heat machine comprising a steam generator incorporating the condenser of the biphasic thermosiphon(s) or of the gravity-assisted heat pipe; in which system the height of the fluidized bed is calculated so that each tube of a thermosiphon or of a gravity-assisted heat pipe is fully immersed in the said fluidized bed during operation. - an enclosure in which to create and contain a fluidized bed incorporating a pipe in which hot gas and/or fume(s) circulate in a fluidized bed, the enclosure comprising in its lower part, below the pipe, a divergent portion with an inlet for the arrival of the hot gases and/or hot fumes into the pipe, in its upper part a convergent portion with an outlet for the outlet of the cooled fumes, and, at the junction where the inlet portion and the pipe meet, a fluidization grating in the form of a perforated sheet the purpose of which is to contain the fluidized bed at rest and to fluidize it as the gases/fumes pass; - at least one biphasic thermosiphon or at least one gravity-assisted heat pipe, of which the heating zone, referred to as the evaporator, is arranged inside the pipe whereas the cooling zone, referred to as the condenser is arranged outside the pipe, - a heat machine, able to operate according to what is known as the Rankine thermodynamic cycle, the heat machine comprising a steam generator incorporating the condenser of the biphasic thermosiphon(s) or of the gravity-assisted heat pipe;
A flat harness winding device comprising: a case; a rotor rotatably disposed in the case; a shaft of the case inserted into a hole in the center of the rotor a plurality of harness split rollers rotatably disposed in the rotor and a plurality of flat harnesses each of which one end is fixed to the shaft, characterized in that said flat harnesses are independently bent along respective split rollers and guided to the outside of case through an opening so as to be operatively wound. a case; a rotor rotatably disposed in the case; a shaft of the case inserted into a hole in the center of the rotor a plurality of harness split rollers rotatably disposed in the rotor and a plurality of flat harnesses each of which one end is fixed to the shaft, characterized in that said flat harnesses are independently bent along respective split rollers and guided to the outside of case through an opening so as to be operatively wound.
A work machine characterized by the work machine including a holding tool configured to hold a bulk component on a top surface of the bulk component; a reading device being disposed in a state facing a side surface of the bulk component different from the top surface and a bottom surface of the bulk component, and configured to: - read identification information, being attached to the side surface, from the side surface; - identify the bulk component, and - perform a reading operation of the identification information with the reading device. characterized by the work machine including a holding tool configured to hold a bulk component on a top surface of the bulk component; a reading device being disposed in a state facing a side surface of the bulk component different from the top surface and a bottom surface of the bulk component, and configured to: - read identification information, being attached to the side surface, from the side surface; - identify the bulk component, and - perform a reading operation of the identification information with the reading device. - read identification information, being attached to the side surface, from the side surface; - identify the bulk component, and - perform a reading operation of the identification information with the reading device.
A beer dispensing device in combination with, and fitted to, a dispensing tap of a beer outlet, the device comprising a plurality of more than 100 tubes each tube having a diameter less than 0.75 mm, wherein each tube has a length in the range 40 to 120mm, or in the range of 60 to 100mm, or in the range of 100 to 7000mm and wherein the bores of the plurality of tubes are rectilinear and parallel with one another.
An automated installation procedure for assembling a disposable flow path of a chromatography column in biopharmaceutical applications, comprising: providing sterilized tubing and a sterilized plurality of sensors to be installed onto a re-usable instrument; qualifying the tubing and the plurality of sensors in the disposable flow path based on a standard; and determining if the tubing and the plurality of sensors comply with characteristics and performance according to limits for specifications or acceptance criteria, wherein the tubing is a pump tubing of a peristaltic pump. providing sterilized tubing and a sterilized plurality of sensors to be installed onto a re-usable instrument; qualifying the tubing and the plurality of sensors in the disposable flow path based on a standard; and determining if the tubing and the plurality of sensors comply with characteristics and performance according to limits for specifications or acceptance criteria,
An elastic composite comprising: an elastic film containing an elastomeric composition; and a nonwoven facing positioned adjacent and laminated to the elastic film, wherein the nonwoven facing has a basis weight of about 45 grams per square meter or less and preferably from about 2 to about 20 grams per square meter, characterised in that the nonwoven facing has a peak load determined as described in the section of the description entitled "Test Methods" of about 1.351 N/cm or less (about 350 grams-force per inch or less) in the cross-machine direction, and preferably from about 0.193 to about 1.157 N/cm (about 50 to about 300 grams-force per inch); wherein the composite exhibits a peak elongation determined as described in the section of the description entitled "Test Methods" of about 75% or more in the machine direction, cross-machine direction, or both; and wherein the film comprises a thermoplastic layer positioned adjacent to an elastic layer, the elastic layer being formed from the elastomeric composition and the thermoplastic layer being formed from a thermoplastic composition, wherein the nonwoven facing is positioned adjacent and laminated to the elastic layer. an elastic film containing an elastomeric composition; and a nonwoven facing positioned adjacent and laminated to the elastic film, wherein the nonwoven facing has a basis weight of about 45 grams per square meter or less and preferably from about 2 to about 20 grams per square meter, characterised in that the nonwoven facing has a peak load determined as described in the section of the description entitled "Test Methods" of about 1.351 N/cm or less (about 350 grams-force per inch or less) in the cross-machine direction, and preferably from about 0.193 to about 1.157 N/cm (about 50 to about 300 grams-force per inch);
Scanning element for an inductive angle measuring device, the scanning element comprising - a printed circuit board (1.2), which has excitation lines (1.21) and receiver lines (1.22), and - an electronic circuit (1.31), the printed circuit board (1.2) being arranged in a housing (1.1), characterized in that the housing (1.1) has a guide (1.12) into which the printed circuit board (1.2) is inserted, wherein the guide (1.12) is configured in such a way that the printed circuit board (1.2) is positioned with a form fit in a direction parallel to an axis, and the printed circuit board (1.2) is deformed by the insertion into the guide (1.12) along a circular line which is curved about the axis. - a printed circuit board (1.2), which has excitation lines (1.21) and receiver lines (1.22), and - an electronic circuit (1.31), the housing (1.1) has a guide (1.12) into which the printed circuit board (1.2) is inserted, wherein the guide (1.12) is configured in such a way that the printed circuit board (1.2) is positioned with a form fit in a direction parallel to an axis, and the printed circuit board (1.2) is deformed by the insertion into the guide (1.12) along a circular line which is curved about the axis.
A method for processing a service call chain, the method comprising: acquiring one or more service call chains in a distributed service system, wherein each service call chain comprises one or more service nodes that are sequentially called to complete a service call in the distributed service system, and wherein a call sequence of the one or more service nodes in each service call chain is the same and a topology of the one or more service nodes is the same; constructing a corresponding service call model according to the one or more service call chains, wherein the corresponding service call model is constructed based on the topology of a service call chain, and wherein the corresponding service call model includes the call sequence of the one or more service nodes; and analyzing data of the one or more service call chains according to the service call model to acquire call rules to be used to locate an error and monitor whether calls associated to the one or more service nodes in the distributed service system are normal, wherein the one or more service call chains has the same topology and same call sequence of the one or more service nodes. acquiring one or more service call chains in a distributed service system, wherein each service call chain comprises one or more service nodes that are sequentially called to complete a service call in the distributed service system, and wherein a call sequence of the one or more service nodes in each service call chain is the same and a topology of the one or more service nodes is the same; constructing a corresponding service call model according to the one or more service call chains, wherein the corresponding service call model is constructed based on the topology of a service call chain, and wherein the corresponding service call model includes the call sequence of the one or more service nodes; and analyzing data of the one or more service call chains according to the service call model to acquire call rules to be used to locate an error and monitor whether calls associated to the one or more service nodes in the distributed service system are normal, wherein the one or more service call chains has the same topology and same call sequence of the one or more service nodes.
A fuel injection valve (10, 30, 40) that injects fuel, including: a fuel passage that is formed in an interior of the fuel injection valve (10,30,40) and allows the fuel to flow therethrough; an injection-hole forming member (18, 32) that is a member that separates an injection space into which the fuel is injected, from the fuel passage, the injection-hole forming member (18,32) being formed with at least one injection hole for ejecting the fuel from the fuel passage toward the injection space, wherein the injection-hole forming member, (18,32) as viewed from an outer side of the injection hole, is formed with an injection-hole outlet-side groove connected to the injection hole in a region thereof opposed to a direction of fuel flow during a stage before the fuel flows into the injection-hole along a wall surface of the injection-hole forming member (18,32) inside the fuel injection valve (10,30,40), and the injection-hole outlet-side groove is formed so as to extend in a direction away from the injection hole, and characterized in that the injection-hole forming member (18, 32), as viewed from an inlet side of the injection hole, is formed with an injection-hole inlet side groove (34, 44) at a position close to the injection hole, in a region thereof opposed to a direction of fuel flow during a stage before the fuel flows into the injection-hole; and a fuel bypass (36, 46) that is a passage communicating with the injection-hole inlet-side groove (34,44), and extends through the injection-hole forming member without intersecting the injection hole, is formed in the injection-hole forming r member (18,32), wherein the fuel bypass (36, 46) is formed as a passage that communicates the injection-hole inlet-side grove (34, 44) with the injection-hole outlet-side groove. a fuel passage that is formed in an interior of the fuel injection valve (10,30,40) and allows the fuel to flow therethrough; an injection-hole forming member (18, 32) that is a member that separates an injection space into which the fuel is injected, from the fuel passage, the injection-hole forming member (18,32) being formed with at least one injection hole for ejecting the fuel from the fuel passage toward the injection space, wherein the injection-hole forming member, (18,32) as viewed from an outer side of the injection hole, is formed with an injection-hole outlet-side groove connected to the injection hole in a region thereof opposed to a direction of fuel flow during a stage before the fuel flows into the injection-hole along a wall surface of the injection-hole forming member (18,32) inside the fuel injection valve (10,30,40), and the injection-hole outlet-side groove is formed so as to extend in a direction away from the injection hole, and