mhurhangee/patent-ind-claim-en huggingface dataset:
A system for load-balancing a web server farm on cloud computing infrastructure , the system comprising: an application executing on a plurality of cloud infrastructure components, the plurality of cloud infrastructure components comprising: a static host configured to host static content corresponding to the application; a plurality of virtual web servers comprising cloud computing components and communicatively coupled to the static host and configured to host dynamic content corresponding to the application; and an application engine on a cloud computing resource and communicatively coupled to the plurality of virtual web servers and configured to collect load information corresponding to the plurality of virtual web servers , wherein the collected load information is hosted at the static host and is periodically updated by the application engine ; wherein upon establishing an initial contact from a client browser at the static host , static content corresponding to the application is loaded on the client browser ; and wherein, based on the load information, the client browser selects an available virtual web server from the plurality of virtual web servers to access the dynamic content corresponding to the application. an application executing on a plurality of cloud infrastructure components, the plurality of cloud infrastructure components comprising: a static host configured to host static content corresponding to the application; a plurality of virtual web servers comprising cloud computing components and communicatively coupled to the static host and configured to host dynamic content corresponding to the application; and an application engine on a cloud computing resource and communicatively coupled to the plurality of virtual web servers and configured to collect load information corresponding to the plurality of virtual web servers , a static host configured to host static content corresponding to the application; a plurality of virtual web servers comprising cloud computing components and communicatively coupled to the static host and configured to host dynamic content corresponding to the application; and an application engine on a cloud computing resource and communicatively coupled to the plurality of virtual web servers and configured to collect load information corresponding to the plurality of virtual web servers , wherein the collected load information is hosted at the static host and is periodically updated by the application engine ; wherein upon establishing an initial contact from a client browser at the static host , static content corresponding to the application is loaded on the client browser ; and wherein, based on the load information, the client browser selects an available virtual web server from the plurality of virtual web servers to access the dynamic content corresponding to the application.
Locking drive for locking and unlocking a sash of a window, a leaf of a door or the like, having a motorized drive unit ; an in particular mechanical locking energy store which can be preloaded via the motorized drive unit and which, for locking the sash/leaf, can be coupled to a locking fitting assigned thereto; an in particular mechanical unlocking energy store which can be preloaded via the motorized drive unit and which, for unlocking the sash/leaf, can be coupled to the locking fitting; and a control device via which the motorized drive unit can be controlled in such a way and the unloading of a respective preloaded energy store can be triggered in such a way that, to lock the sash/leaf, with the motorized drive unit stationary, at first the unloading of the preloaded locking energy store is triggered by the energy stored in the preloaded locking energy store and, only after successful locking, the unlocking energy store is preloaded by the motorized drive unit , and, to unlock the sash/leaf, with the motorized drive unit stationary, at first the unloading of the preloaded unlocking energy store is triggered by the energy stored in the preloaded unlocking energy store and, only after successful unlocking, the locking energy store is preloaded by the motorized drive unit .
A control device comprising at least means for communicating with a first communications device , means for coupling the control device to a counterpart , means for providing at least part of user interface functions of a user interface of the first communications device configured to communicate with the first communications device , and means for transmitting at least part of the user interface functions of a second communications device to the first communications device when the first communications device is connected with the control device , wherein the counterpart is the second communications device and the control device comprises means for connecting the control device electrically to the user interface of the second communications device , characterized in that the control device comprises fastening means for attaching the control device in place of a back cover of the second communications device , and that at least some of the user interface functions provided in the control device are available as user interface functions of the second communications device as well.
A Power electronic module comprising a plurality of semiconductor power electronic components electrically connected to an electrical support , and a cooling device in thermal contact with each component , characterized in that each component is present between the electrical support and the cooling device , and in that each component is mounted on the electrical support via at least one electrically conductive spring element .
A sensor for the contactless magnetic detection of a linear relative movement of a transducer magnet along a measurement path comprising at least two sensor elements , wherein the sensor elements each detect two components of a magnetic field of the transducer magnet that are perpendicular to one another, wherein the sensor elements (4, 4.1, 4.2) and the sensor are shorter than the measurement path ; wherein a first component is an axial component (Bx); wherein a second component is a radial component (By), wherein an evaluation unit is provided; wherein the axial component (Bx) of each sensor element (4.1, 4.2) and the radial component (By) of each sensor element (4.1, 4.2) can be evaluated in accordance with a mathematical function in the evaluation unit , with the mathematical function being the ARCTAN (radial component/axial component) or ARCTAN (axial component/radial component), whereby a respective sectional monotonic position signal is formed using a respective value of a value range for a respective position along the measurement path of the transducer magnet , characterized in that the evaluation unit is configured to correct the respective position signal in at least one region of the measurement path by a constant correction value so that a respective monotonic position signal having a monotonic value range is formed over the total measurement path ; with the values (X) of the axial components (Bx), the values (Y) of the radial components (By) each being weighted by a different weighting factor (G), with the weighting factor (G) corresponding to a power of two, with the evaluation unit being configured to form a quotient of the first magnetic field gradient of the first sensor and of the second magnetic field gradient of the second sensor and with the quotient being able to be classified to form a gradient class, with the evaluation unit being configured to determine a polarity at least from the weighting factor sum and the gradient class; and with the evaluation unit being configured to correct the position signal in at least one region of the measurement path by a constant correction value on the basis of the determined polarity, of the ARCTAN, and of the sign of the radial component (BY) so that a monotonic position signal is formed with a monotonic value range over the total measurement path .
A battery module comprising: a tray having a battery cell receiving portion formed therein; a first cell assembly being accommodated in the battery cell receiving portion of the tray , the first cell assembly being a plurality of battery cells electrically connected to each other and arranged on a single layer; and a second cell assembly being accommodated in the battery cell receiving portion of the tray , the second cell assembly being a plurality of battery cells electrically connected to each other and arranged on a single layer, wherein each battery cell includes a cell body , first and second electrode leads protruding in opposite directions from the cell body , and first and second terraces in regions where the first and second electrode leads are connected to the cell body , respectively, wherein a plurality of first receiving grooves , which are defined by a space where the first electrode lead and the second electrode lead of adjacent battery cells of the first cell assembly , are provided on one surface of the first cell assembly , wherein the cell body of each battery cell of the second cell assembly is accommodated in a corresponding one of the first receiving grooves of the first cell assembly , and the cell body of each battery cell included in each of the first and second cell assemblies is arranged on a same layer, and characterized in that an insulating pad and a cooling pad are arranged between the first and second cell assemblies . a tray having a battery cell receiving portion formed therein; a first cell assembly being accommodated in the battery cell receiving portion of the tray , the first cell assembly being a plurality of battery cells electrically connected to each other and arranged on a single layer; and a second cell assembly being accommodated in the battery cell receiving portion of the tray , the second cell assembly being a plurality of battery cells electrically connected to each other and arranged on a single layer, wherein each battery cell includes a cell body , first and second electrode leads protruding in opposite directions from the cell body , and first and second terraces in regions where the first and second electrode leads are connected to the cell body , respectively, wherein a plurality of first receiving grooves , which are defined by a space where the first electrode lead and the second electrode lead of adjacent battery cells of the first cell assembly , are provided on one surface of the first cell assembly , wherein the cell body of each battery cell of the second cell assembly is accommodated in a corresponding one of the first receiving grooves of the first cell assembly , and the cell body of each battery cell included in each of the first and second cell assemblies is arranged on a same layer, and characterized in that an insulating pad and a cooling pad are arranged between the first and second cell assemblies .
A method for preparing p-xylene and propylene from methanol and/or dimethyl ether, comprising the steps of: a) bringing a raw material containing methanol and/or dimethyl ether into contact with a catalyst I in a reaction system for reaction; returning an ethylene-enriched C 2 - component discharged from the reaction system to the reaction system, and continuing the reaction with the raw material on a catalyst II to produce propylene; b) separating a C 6 + component discharged from the reaction system to obtain a product p-xylene; and c) separating a C 3 component discharged from the reaction system to obtain a product propylene, wherein the catalyst I and the catalyst II contain the same or different modified zeolite molecular sieve catalyst(s), the modified zeolite molecular sieve catalyst is obtained from ZSM-5 and/or ZSM-11 zeolite molecular sieves by modification with a precious metal and a rare earth metal and modification of a siloxanyl compound, and the siloxanyl compound used in the siloxanyl compound modification has a structural formula as shown below: wherein R 1 , R 2 , R 3 , and R 4 are each independently a C 1-10 alkyl group. a) bringing a raw material containing methanol and/or dimethyl ether into contact with a catalyst I in a reaction system for reaction; returning an ethylene-enriched C 2 - component discharged from the reaction system to the reaction system, and continuing the reaction with the raw material on a catalyst II to produce propylene; b) separating a C 6 + component discharged from the reaction system to obtain a product p-xylene; and c) separating a C 3 component discharged from the reaction system to obtain a product propylene,
An all-solid lithium secondary battery comprising: a cathode layer comprising a cathode active material; an anode layer ; and a solid electrolyte layer comprising an oxide solid electrolyte, or a sulfide solid electrolyte and disposed between the cathode layer and the anode layer, wherein the anode layer comprises an anode current collector , and a first anode active material layer in contact with the solid electrolyte layer, wherein the first anode active material layer comprises a first metal or metalloid and has a lithium-ion reduction potential greater than a reduction potential of the solid electrolyte, and characterized in that the anode layer further comprises a second anode active material layer disposed between the anode current collector and the first anode active material layer, wherein the second anode active material layer comprises a second metal or metalloid, and a solid solubility of lithium in the second metal or metalloid is greater than a solid solubility of lithium in the first metal or metalloid. a cathode layer comprising a cathode active material; an anode layer ; and a solid electrolyte layer comprising an oxide solid electrolyte, or a sulfide solid electrolyte and disposed between the cathode layer and the anode layer, wherein the anode layer comprises an anode current collector , and a first anode active material layer in contact with the solid electrolyte layer, an anode current collector , and a first anode active material layer in contact with the solid electrolyte layer, wherein the first anode active material layer comprises a first metal or metalloid and has a lithium-ion reduction potential greater than a reduction potential of the solid electrolyte, and characterized in that the anode layer further comprises a second anode active material layer disposed between the anode current collector and the first anode active material layer, wherein the second anode active material layer comprises a second metal or metalloid, and a solid solubility of lithium in the second metal or metalloid is greater than a solid solubility of lithium in the first metal or metalloid.
An air conditioner, comprising: a main body having an air outlet ; a fan provided in the main body ; a heat exchanger provided in the main body ; and a first member (4a1, 104a1) rotatably supported on the main body and opening and closing the air outlet , wherein the first member (4a1, 104a1) includes a first casing having a first surface and a second casing (4a1L) attached to the first casing (4a1U), a hollow region is formed between an inner surface of the first casing (4a1U) and an inner surface of the second casing (4a1L), a protrusion protruding toward the second casing (4a1L) is formed, the air conditioner characterized in that a recess is formed on an outer surface of the first casing (4a1U) at a position corresponding to a root section of the protrusion . a main body having an air outlet ; a fan provided in the main body ; a heat exchanger provided in the main body ; and a first member (4a1, 104a1) rotatably supported on the main body and opening and closing the air outlet , wherein the first member (4a1, 104a1) includes a first casing having a first surface and a second casing (4a1L) attached to the first casing (4a1U), a hollow region is formed between an inner surface of the first casing (4a1U) and an inner surface of the second casing (4a1L), a protrusion protruding toward the second casing (4a1L) is formed, the air conditioner characterized in that a recess is formed on an outer surface of the first casing (4a1U) at a position corresponding to a root section of the protrusion .
A chemically defined medium for human pluripotent stem cell culture, comprising water, at least one carbon source, one or more vitamins, one or more salts, one or more fatty acids, one or more buffer components, selenium, at least one substance of the group of Functional Inhibitors of Acid Sphingomyelinase (FIASMAs) and at least one polypeptide of the TGF-β superfamily with the ability to inhibit stem cell differentiation, wherein the at least one polypeptide of the TGF-β superfamily is selected from the group consisting of activins, nodal, myostatin and GDF3.
A method for associating user equipment with base stations of a cellular network, said association method implementing a multi-agent reinforcement learning method, an agent being associated with each user equipment, wherein: each user equipment u j determines a set S j of base stations in the coverage of each of which it is located; each agent associated with a user equipment selects, on the basis of a partial observation ( o j ( t )) of its environment at a given time, an action ( a j ( t )) out of a plurality of possible actions, each possible action corresponding to a request to associate the user equipment with a base station ( BS i ∈ S j ) of said set, said action being selected on the basis of a strategy ( π j ) aiming to maximize an action value calculated as the expected value of the sum of a plurality of future rewards, updated at said given time, the user equipment transmitting to a central controller an association request corresponding to the action thus selected; each base station determines whether each base station can satisfy all of the association requests received from the user equipment given the transmission resources that each base station has available and in the negative case informs the central controller thereof; the central controller calculates a reward ( r ( t )), common to the actions of the agents, and broadcasts the reward to all the user equipment, said reward being zero if one of the base stations cannot satisfy all of the association requests received and equal to the value taken by a utility function of the network, representative of the quality of service provided to the user equipment, otherwise. each user equipment u j determines a set S j of base stations in the coverage of each of which it is located; each agent associated with a user equipment selects, on the basis of a partial observation ( o j ( t )) of its environment at a given time, an action ( a j ( t )) out of a plurality of possible actions, each possible action corresponding to a request to associate the user equipment with a base station ( BS i ∈ S j ) of said set, said action being selected on the basis of a strategy ( π j ) aiming to maximize an action value calculated as the expected value of the sum of a plurality of future rewards, updated at said given time, the user equipment transmitting to a central controller an association request corresponding to the action thus selected; each base station determines whether each base station can satisfy all of the association requests received from the user equipment given the transmission resources that each base station has available and in the negative case informs the central controller thereof; the central controller calculates a reward ( r ( t )), common to the actions of the agents, and broadcasts the reward to all the user equipment, said reward being zero if one of the base stations cannot satisfy all of the association requests received and equal to the value taken by a utility function of the network, representative of the quality of service provided to the user equipment, otherwise.
A method for controlling a connection between a terminal and a network, the method being characterized by : receiving , by the terminal, a broadcast message from an access network device, wherein the broadcast message comprises a group identifier and a packet filter; and discarding , by the terminal if determining that a group identifier of the terminal matches the group identifier of the broadcast message, an uplink data packet matching the packet filter. receiving , by the terminal, a broadcast message from an access network device, wherein the broadcast message comprises a group identifier and a packet filter; and discarding , by the terminal if determining that a group identifier of the terminal matches the group identifier of the broadcast message, an uplink data packet matching the packet filter.
A genetically modified Fah-deficient rat whose genome is homozygous for a disruption in the Fah gene such that the disruption results in loss of expression of functional FAH protein and decreased liver function.
A resin determination method for distinguishing black from another color of a resin, the method comprising: irradiating a resin object with an infrared light; receiving a reflected light from the resin object irradiated with the infrared light; obtaining an object spectral intensity of a reflection or an absorption spectrum obtained from the light reflected by the resin object, the spectral intensity of the spectrum being in a wavelength range having a lower limit value of greater than or equal to 3.48 μm and less than or equal to 4.22 μm, and an upper limit value of greater than or equal to 4.29 μm and less than or equal to 4.48 μm; obtaining correlation coefficients indicating a correlation between the object spectral intensity and a spectrum data, the spectrum data comprising reference spectral intensities of a plurality of resin colors acquired in advance; and determining resin color based on the correlation coefficient which is greater than or equal to a preset threshold value and has a highest correlation coefficient, out of the obtained correlation coefficients, as a black or another resin color of the object. irradiating a resin object with an infrared light; receiving a reflected light from the resin object irradiated with the infrared light; obtaining an object spectral intensity of a reflection or an absorption spectrum obtained from the light reflected by the resin object, the spectral intensity of the spectrum being in a wavelength range having a lower limit value of greater than or equal to 3.48 μm and less than or equal to 4.22 μm, and an upper limit value of greater than or equal to 4.29 μm and less than or equal to 4.48 μm; obtaining correlation coefficients indicating a correlation between the object spectral intensity and a spectrum data, the spectrum data comprising reference spectral intensities of a plurality of resin colors acquired in advance; and determining resin color based on the correlation coefficient which is greater than or equal to a preset threshold value and has a highest correlation coefficient, out of the obtained correlation coefficients, as a black or another resin color of the object.
A method of surveying a track on two outer measuring points under load and on a central measuring point , lying there between, without load by means of a track measuring vehicle with a machine frame which, supported on two on-track undercarriages , is mobile on the track , with a first measuring system for recording a vertical distance of the track under load and with a second measuring system for recording a vertical distance of the track in the absence of load wherein the first measuring system is coupled to an evaluation device and wherein both measuring systems have a common reference base, characterized in that by means of the evaluation device a course of a first vertical versine is computed and that by means of the second measuring system a course of a second vertical versine is determined, that the first vertical versine and the second vertical versine are determined with a coinciding chord length and chord division, and that the two vertical versines are subtracted for computing the subsidence of the track under load.