mhurhangee/patent-ind-claim-en huggingface dataset:
A resource management method, wherein the resource management method is applied to a resource management system, the resource management system comprises a plurality of micro servers, a plurality of proxy servers corresponding to respective micro servers, and a load information manager, and the resource management method comprises: when resource update information of a micro server exists, reporting the resource update information to the load information manager by a proxy server corresponding to the micro server (S10); broadcasting, by the load information manager, the resource update information to the plurality of proxy servers corresponding to the respective micro servers (S20); and updating, by each proxy server in the plurality of proxy servers corresponding to the respective micro servers, a locally pre-stored resource usage state of each micro server based on the resource update information, wherein the resource usage state is used to perform a load balancing operation (S30). when resource update information of a micro server exists, reporting the resource update information to the load information manager by a proxy server corresponding to the micro server (S10); broadcasting, by the load information manager, the resource update information to the plurality of proxy servers corresponding to the respective micro servers (S20); and updating, by each proxy server in the plurality of proxy servers corresponding to the respective micro servers, a locally pre-stored resource usage state of each micro server based on the resource update information, wherein the resource usage state is used to perform a load balancing operation (S30).
A method for identifying whether a selected internet protocol traffic offload, SIPTO, is allowed for a terminal by a mobility management entity, the method comprising: acquiring, from a home subscriber server, HSS, subscription information indicating whether the SIPTO is allowed for the terminal ; obtaining information on access point name, APN; identifying whether the SIPTO is allowed for the terminal based on the subscription information and the information on the APN; and providing a SIPTO service to the terminal if the SIPTO is allowed. acquiring, from a home subscriber server, HSS, subscription information indicating whether the SIPTO is allowed for the terminal ; obtaining information on access point name, APN; identifying whether the SIPTO is allowed for the terminal based on the subscription information and the information on the APN; and providing a SIPTO service to the terminal if the SIPTO is allowed.
Engine device of a rocket engine, comprising: a secondary combustion chamber comprising a gas inlet opening for admitting a gas into the secondary combustion chamber and a gas outlet opening for expelling the gas; a compensation chamber fillable with gas; a control chamber fillable with gas; and a jet needle , which is arranged axially displaceably in such a way that a first end region of the jet needle can be introduced at least in part into the gas outlet opening ; wherein the jet needle has a piston means on a second end region, a first portion of the piston means being arranged in the compensation chamber and being loadable with pressure by way of a gas located in the compensation chamber in such a way that the jet needle experiences an axial force in the direction of the gas outlet opening , a second portion of the piston means being arranged in the control chamber and being loadable with pressure by filling a gas into the control chamber in such a way that the jet needle experiences an axial force in the direction away from the gas outlet opening ; wherein the secondary combustion chamber is separated from the control chamber by a bulkhead ; wherein the secondary combustion chamber has a gas opening via which gas can be passed into and out of the control chamber ; wherein the piston means is displaceable in an intermediate chamber arranged between the control chamber and the compensation chamber , the intermediate chamber being fluidically connected to an ambient air. a secondary combustion chamber comprising a gas inlet opening for admitting a gas into the secondary combustion chamber and a gas outlet opening for expelling the gas; a compensation chamber fillable with gas; a control chamber fillable with gas; and a jet needle , which is arranged axially displaceably in such a way that a first end region of the jet needle can be introduced at least in part into the gas outlet opening ; wherein the jet needle has a piston means on a second end region, a first portion of the piston means being arranged in the compensation chamber and being loadable with pressure by way of a gas located in the compensation chamber in such a way that the jet needle experiences an axial force in the direction of the gas outlet opening , a second portion of the piston means being arranged in the control chamber and being loadable with pressure by filling a gas into the control chamber in such a way that the jet needle experiences an axial force in the direction away from the gas outlet opening ; wherein the secondary combustion chamber is separated from the control chamber by a bulkhead ; wherein the secondary combustion chamber has a gas opening via which gas can be passed into and out of the control chamber ; wherein the piston means is displaceable in an intermediate chamber arranged between the control chamber and the compensation chamber , the intermediate chamber being fluidically connected to an ambient air.
A recombinant vaccinia virus LC16m8 strain, comprising (i) DNA having the nucleotide sequence of SEQ ID NO:3 and coding for HA protein derived from clade 2.2 of H5N1 HPAIV; or (ii) DNA having the nucleotide sequence of SEQ ID NO:14 and coding for HA protein derived from clade 2.3 of H5N1 HPAIV.
A disk scanning microscope system comprising: an imaging optical system that forms at least an optical image of an observed object by receiving light from the observed object; a control apparatus that switches, on the basis of an input from a user, between a superresolution observation mode for performing a superresolution observation and a normal observation mode for performing a normal observation and that controls the imaging optical system according to a selected mode; and a rotatable disk located at a position conjugate to a front focal position of the imaging optical system and having a plurality of apertures formed in a surface of the disk , the surface of the disk serving as a light blocking section, wherein the imaging optical system includes an intermediate scaling optical system that changes a projection magnification of an intermediate image that is a point image of a portion of the observed object that is formed on the disk , and the control apparatus sets, during the superresolution observation mode, the projection magnification of the intermediate image in a manner such that the intermediate image becomes at least twice as large as the apertures and sets, during the normal observation mode, the projection magnification of the intermediate image in a manner such that the projection magnification becomes lower than the projection magnification of the intermediate image in the superresolution observation mode. an imaging optical system that forms at least an optical image of an observed object by receiving light from the observed object; a control apparatus that switches, on the basis of an input from a user, between a superresolution observation mode for performing a superresolution observation and a normal observation mode for performing a normal observation and that controls the imaging optical system according to a selected mode; and a rotatable disk located at a position conjugate to a front focal position of the imaging optical system and having a plurality of apertures formed in a surface of the disk , the surface of the disk serving as a light blocking section, wherein the imaging optical system includes an intermediate scaling optical system that changes a projection magnification of an intermediate image that is a point image of a portion of the observed object that is formed on the disk , and the control apparatus sets, during the superresolution observation mode, the projection magnification of the intermediate image in a manner such that the intermediate image becomes at least twice as large as the apertures and sets, during the normal observation mode, the projection magnification of the intermediate image in a manner such that the projection magnification becomes lower than the projection magnification of the intermediate image in the superresolution observation mode.
Method for producing a telescopic box made from a solid sheet, comprising the following steps: - applying a finish to at least a first face of a solid sheet prior to the shaping thereof; then - producing grooves in the sheet, on a second face which is different from the first face, so as to obtain V-shaped grooves in the sheet in order to separate rectangular panels 11 and a bottom 14 by lines cut halfway 12 - cutting the sheet along an outline having said four rectangular panels 11 and said rectangular bottom 14, such that the edges of the outline are at least partly beveled; - applying glue to at least part of the beveled edges; - folding the box along the grooves such that the complementary beveled edges come into contact and adhere in pairs, said edges which are in contact being parallel in pairs, characterized in that said gluing step comprises alternately applying lines of slow-setting glue and dots of fast-setting glue to at least one of the two complementary beveled edges. - applying a finish to at least a first face of a solid sheet prior to the shaping thereof; then - producing grooves in the sheet, on a second face which is different from the first face, so as to obtain V-shaped grooves in the sheet in order to separate rectangular panels 11 and a bottom 14 by lines cut halfway 12 - cutting the sheet along an outline having said four rectangular panels 11 and said rectangular bottom 14, such that the edges of the outline are at least partly beveled; - applying glue to at least part of the beveled edges; - folding the box along the grooves such that the complementary beveled edges come into contact and adhere in pairs, said edges which are in contact being parallel in pairs, characterized in that said gluing step comprises alternately applying lines of slow-setting glue and dots of fast-setting glue to at least one of the two complementary beveled edges.
Cooking appliance having at least one heatable cooking chamber and at least one antenna device which has at least one antenna unit for transmitting high-frequency radiation into the cooking chamber and/or receiving high-frequency radiation from the cooking chamber , the antenna unit comprising at least one transmitting/receiving element and at least one conductor connected to the transmitting/receiving element, the conductor being connected to at least one device component in a thermally conductive manner by at least one heat-conducting element in order to increase a surface that effectively transfers heat, such that heat can be conducted from the conductor via the heat-conducting element to the device component , characterised in that the conductor is interrupted by at least one thermal insulation device , in that the interruption is capacitively bridged by means of a coupling device such that signals and/or power can be transmitted via the interrupted conductor , in that , in the region of the insulation device , one end of the interrupted conductor is enclosed by an insulation layer , and in that the insulation layer is enclosed by an electrically conductive coupling sleeve , to which another end of the interrupted conductor is connected.
A process for removing polymer material from a gas-solid olefin polymerization reactor wherein the gas-solid olefin polymerization reactor is connected to the top part of an outlet vessel via a feed pipe, the process comprising the steps of: (i) discharging polymer material from the gas-solid olefin polymerization reactor via the feed pipe into the outlet vessel; (ii) establishing a powder surface of discharged polymer material within the outlet vessel in a section of the middle part of the outlet vessel; (iii) injecting barrier gas through a barrier gas injection point in a section of the bottom part of the outlet vessel below the powder surface; (iv) recovering polymer material from the outlet vessel through a vessel outlet in a section below the barrier gas injection point; wherein the polymer material is selected from alpha-olefin homo- or copolymers having alpha-olefin monomer units of from 2 to 12 carbon atoms, characterized in that the powder surface and the barrier gas injection point are situated in the outlet vessel as such to fulfill the following criteria: R ′ = X / Y ≤ 2.0 ; and R " = X / D ≥ 1.0 ; wherein X = Distance between the powder surface and the barrier gas injection point; Y = Distance between the barrier gas injection point and the vessel outlet; and D = Equivalent outlet vessel diameter. (i) discharging polymer material from the gas-solid olefin polymerization reactor via the feed pipe into the outlet vessel; (ii) establishing a powder surface of discharged polymer material within the outlet vessel in a section of the middle part of the outlet vessel; (iii) injecting barrier gas through a barrier gas injection point in a section of the bottom part of the outlet vessel below the powder surface; (iv) recovering polymer material from the outlet vessel through a vessel outlet in a section below the barrier gas injection point;
A fixing gun including: a gun body adapted for manipulation of a fastener , said gun body having a loading hole ; and a loading device disposed on said gun body and adapted for moving the fastener into said loading hole , said loading device including a guide member that is formed with a first guide groove and a second guide groove , and a linkage mechanism that includes a lower link , a slide member , and a clamp assembly adapted for holding the fastener , said slide member being disposed movably on said guide member , said lower link being pivotable to said slide member and said clamp assembly ; said fixing gun being characterized in that said lower link includes a first pin and a second pin , and in that means are provided for said first and second pins to be respectively and separably engageable with said first and second guide grooves , whereby during the movement of said slide member relative to said guide member for moving the fastener into said loading hole , said lower link is alternatively engaged to said first guide groove via said first pin and engaged to said second guide groove via said second pin . a gun body adapted for manipulation of a fastener , said gun body having a loading hole ; and a loading device disposed on said gun body and adapted for moving the fastener into said loading hole , said loading device including a guide member that is formed with a first guide groove and a second guide groove , and a linkage mechanism that includes a lower link , a slide member , and a clamp assembly adapted for holding the fastener , said slide member being disposed movably on said guide member , said lower link being pivotable to said slide member and said clamp assembly ; said fixing gun being characterized in that said lower link includes a first pin and a second pin , and in that means are provided for said first and second pins to be respectively and separably engageable with said first and second guide grooves , whereby during the movement of said slide member relative to said guide member for moving the fastener into said loading hole , said lower link is alternatively engaged to said first guide groove via said first pin and engaged to said second guide groove via said second pin .
An audio enhancement system for compensating for ambient noise in a listening environment, comprising audio means for producing an electrical sound signal in the time domain (x[k]) and generating a sound output from said electrical sound signal (x[k]); said audio means comprising a time-to-frequency transformation means responsive to said electrical sound signal in the time domain (x[k]) for generating an electrical sound signal in the frequency domain (X[ω]); said audio means further comprising frequency-to-time transformation means (117; 217) responsive to an adjusted electrical sound signal in the frequency domain (Y[ω]; Out[ω]) for generating a re-transformed electrical sound signal in the time domain (y[k]; Out[k]) for generating the sound output; sensor means (104; 204) for obtaining a total sound signal representative of the total sound level in said environment, wherein said total sound level comprises both, said sound output from said audio means and the ambient noise within said environment; extraction means (106; 206) responsive to said total sound signal and a representation of said electrical sound signal for extracting an ambient noise signal representative of the ambient noise level in said environment from said total sound signal, wherein spectral voice signal components in said total sound signal are suppressed by a voice suppression unit ; and control means responsive to said ambient noise signal and said electrical sound signal in the frequency domain (X(ω)) for equalizing according to the spectral distribution of the ambient noise signal and adjusting the electrical sound signal in the frequency domain (X[ω]) to generate said adjusted electrical sound signal in the frequency domain (Y[ω], Out[w]) and thus compensating said sound output of the audio means for said ambient noise level.
A method for coating the exterior of a pipe having an interior coating , more particularly an interior cladding, comprising: - providing the pipe in a coating system , - locally heating an exterior surface area of the pipe to be coated with a heating device , - locally cooling the interior coating using a cooling device in the region of the heated exterior surface area, such that in a transition zone between the pipe and the interior coating , a first limit temperature (T G1 ) is not exceeded and, in the exterior surface area to be coated, the temperature does not fall below a second limit temperature (T G2 ), - coating the heated exterior surface area by means of a coating device . - providing the pipe in a coating system , - locally heating an exterior surface area of the pipe to be coated with a heating device , - locally cooling the interior coating using a cooling device in the region of the heated exterior surface area, such that in a transition zone between the pipe and the interior coating , a first limit temperature (T G1 ) is not exceeded and, in the exterior surface area to be coated, the temperature does not fall below a second limit temperature (T G2 ), - coating the heated exterior surface area by means of a coating device .
An inflatable evacuation device , comprising: a ramp portion ; a slide portion extending from the ramp portion ; and a releasable support strap coupled between the ramp portion and the slide portion , wherein the releasable support strap forms a tension link between the ramp portion and the slide portion such that the tension link restricts a rotation of the slide portion relative to the ramp portion; and a release assembly coupled to the releasable support strap , wherein the releasable support strap is configured to release tension from between the ramp portion and the slide portion such that the slide portion rotates relative to the ramp portion until the slide portion and the ramp portion are parallel in response to the release of the tension link from between the ramp portion and the slide portion, and wherein the ramp portion remains coupled to the slide portion after the release of the tension link from between the ramp portion and the slide portion. a ramp portion ; a slide portion extending from the ramp portion ; and a releasable support strap coupled between the ramp portion and the slide portion , wherein the releasable support strap forms a tension link between the ramp portion and the slide portion such that the tension link restricts a rotation of the slide portion relative to the ramp portion; and a release assembly coupled to the releasable support strap , wherein the releasable support strap is configured to release tension from between the ramp portion and the slide portion such that the slide portion rotates relative to the ramp portion until the slide portion and the ramp portion are parallel in response to the release of the tension link from between the ramp portion and the slide portion, and wherein the ramp portion remains coupled to the slide portion after the release of the tension link from between the ramp portion and the slide portion.
An acoustic device comprising - an array of acoustic membranes formed on a foil ; and - a controller configured to generate respective driving signals to vibrate the acoustic membranes at their respective resonance frequency (Fr) for generating respective acoustic waves (W1,W2,W3,W4), wherein at least a first subset of the array is formed by in-phase pairs of adjacent acoustic membranes connected to receive the same driving signal (S1) from the controller , wherein each in-phase pair comprises a respective first acoustic membrane and adjacent, second acoustic membrane , wherein the first acoustic membrane is distanced from the second acoustic membrane by a first intermediate section of the foil there between, wherein a first distance (X12) of the first intermediate section between the first acoustic membrane and the second acoustic membrane is a first integer number (N12), plus-or-minus a first fraction (d12) of less than one-tenth, times a predetermined lamb wavelength (λs) of lamb waves (Ws) generated by the acoustic membranes at the resonance frequency (Fr) traveling through the intermediate section between the adjacent acoustic membranes . - an array of acoustic membranes formed on a foil ; and - a controller configured to generate respective driving signals to vibrate the acoustic membranes at their respective resonance frequency (Fr) for generating respective acoustic waves (W1,W2,W3,W4), wherein at least a first subset of the array is formed by in-phase pairs of adjacent acoustic membranes connected to receive the same driving signal (S1) from the controller , wherein each in-phase pair comprises a respective first acoustic membrane and adjacent, second acoustic membrane , wherein the first acoustic membrane is distanced from the second acoustic membrane by a first intermediate section of the foil there between, wherein a first distance (X12) of the first intermediate section between the first acoustic membrane and the second acoustic membrane is a first integer number (N12), plus-or-minus a first fraction (d12) of less than one-tenth, times a predetermined lamb wavelength (λs) of lamb waves (Ws) generated by the acoustic membranes at the resonance frequency (Fr) traveling through the intermediate section between the adjacent acoustic membranes .