mhurhangee/patent-ind-claim-en huggingface dataset:
A contact reaction tower with internal circulation of ozone for advanced treatment of industrial wastewater, consisting of a central cylinder and an outer cylinder, wherein the central cylinder is equipped with lift pipes and influent pipes and on the wall of the central cylinder exist backflow holes; the lift pipes, influent pipes and flowback holes form a circulation of the water current between the central cylinder and the outer cylinder, which then realizes the internal circulation of the reaction tower; the whole reaction tower is sealed up and on the top of the reaction tower stands a vent pipe ; and, wherein the central cylinder is sealed up at both ends and equipped with 2∼4 lift pipes and 1∼2 influent pipes; wherein within the lift pipes are installed micropore aeration pipes; and wherein the wall of the central cylinder that is beneath the bottom plate is designed with perforations for water distribution.
A composition comprising a biphasic particle, the biphasic particle comprising an alginate gel encapsulating an mRNA that encodes NAP-2, TGF-α, ErBb3, VEGF, IGF-1, FGF-2, PDGF, IL-2, CD19, CD20, or CD80/86, for use in regenerating cardiac function and/or cardiac tissue in a mammal, thereby improving cardiac function of the mammal.
A fuselage, comprising: a composite skin including upper and lower composite skin sections; a window belt in the composite skin, the window belt including at least one window opening in the composite skin; and a longitudinal splice joint along the window belt joining the upper and lower skins sections together; characterized in that : the composite skin comprising laminated plies, wherein the composite skin is padded up with additional plies within the window belt to provide an area of increased skin thickness within the window belt, and the splice joint is located within the area of increased thickness of the skin and wherein the window opening is located within the area of increased thickness of the skin. a composite skin including upper and lower composite skin sections; a window belt in the composite skin, the window belt including at least one window opening in the composite skin; and a longitudinal splice joint along the window belt joining the upper and lower skins sections together; characterized in that : the composite skin comprising laminated plies, wherein the composite skin is padded up with additional plies within the window belt to provide an area of increased skin thickness within the window belt, and the splice joint is located within the area of increased thickness of the skin and wherein the window opening is located within the area of increased thickness of the skin. the composite skin comprising laminated plies, wherein the composite skin is padded up with additional plies within the window belt to provide an area of increased skin thickness within the window belt, and the splice joint is located within the area of increased thickness of the skin and wherein the window opening is located within the area of increased thickness of the skin.
A method , implemented at a computer system that includes a processor , for preventing inclusion of payload data in code execution log data, the method comprising: determining that a payload data item associated with code execution log data has entropy exceeding a defined entropy threshold; identifying a particular executable code that interacted with the payload data item; and taking a preventative action that excludes the payload data item from inclusion with a record of execution of the particular executable code. determining that a payload data item associated with code execution log data has entropy exceeding a defined entropy threshold; identifying a particular executable code that interacted with the payload data item; and taking a preventative action that excludes the payload data item from inclusion with a record of execution of the particular executable code.
A tip dresser for milling the welding region of spot welding electrodes, which has an electric drive motor and at least one cutter , wherein an ammeter is provided that is disposed in a line to the drive motor , and the ammeter is capable of detecting the motor current I of the drive motor during cutting, characterized in that a recording unit is provided, which is capable of storing the value of the motor current I at individual points in time, and the recording unit is designed in such a way that at least one threshold value I1 for the motor current I can be set, and that a) either a recording in the recording unit takes place only if a higher current than a first threshold value I1 flows through the drive motor , or b) the number of instances of the threshold being exceeded is stored in the recording unit , in association with a time signal.
A die pack mounting for a bodymaker , said die pack mounting comprising: a die pack mounting bed ; a die pack mounting door assembly , said die pack mounting door assembly movably coupled to said die pack mounting bed ; and said die pack mounting door assembly movable between an open, first position, wherein said die pack mounting door assembly is structured to support a die pack in a maintenance configuration, and, a closed, second position, wherein said die pack mounting door assembly fixes said die pack in a selected position, wherein said die pack mounting door assembly includes a body having an inner side , an outer side , a forward side and a rear side , and characterized by : said die pack mounting door assembly body defining a number coolant passages ; said die pack mounting door assembly body coolant passages including a number of inlets , outlets and machining portals ; each said coolant passage outlet disposed on said die pack mounting door assembly body inner side ; a number of plugs ; and wherein each plug is disposed in an associated coolant passage machining portal . a die pack mounting bed ; a die pack mounting door assembly , said die pack mounting door assembly movably coupled to said die pack mounting bed ; and said die pack mounting door assembly movable between an open, first position, wherein said die pack mounting door assembly is structured to support a die pack in a maintenance configuration, and, a closed, second position, wherein said die pack mounting door assembly fixes said die pack in a selected position, wherein said die pack mounting door assembly includes a body having an inner side , an outer side , a forward side and a rear side , and characterized by : said die pack mounting door assembly body defining a number coolant passages ; said die pack mounting door assembly body coolant passages including a number of inlets , outlets and machining portals ; each said coolant passage outlet disposed on said die pack mounting door assembly body inner side ; a number of plugs ; and wherein each plug is disposed in an associated coolant passage machining portal . said die pack mounting door assembly body defining a number coolant passages ; said die pack mounting door assembly body coolant passages including a number of inlets , outlets and machining portals ; each said coolant passage outlet disposed on said die pack mounting door assembly body inner side ; a number of plugs ; and wherein each plug is disposed in an associated coolant passage machining portal .
A method comprising: storing memory pages in a memory; monitoring accesses requests issued by one or more processor cores to access the memory pages stored in the memory; tracking, via a page index bitmap, accesses made by the one or more processor cores to the memory pages stored in the memory; storing the tracked accesses in the page index bitmap; tracking, via a page index bitmap cache, recent accesses made by the one or more processor cores to the memory pages stored in the memory; and subsequently storing the tracked recent accesses into the page index bitmap; wherein the tracked recent accesses are stored into the page index bitmap only when a memory bandwidth usage of the memory is lower than a bandwidth usage threshold; identifying infrequently-accessed memory pages based on the tracked accesses, removing the infrequently-accessed memory pages from the memory; and storing the infrequently-accessed memory pages in a secondary storage. storing memory pages in a memory; monitoring accesses requests issued by one or more processor cores to access the memory pages stored in the memory; tracking, via a page index bitmap, accesses made by the one or more processor cores to the memory pages stored in the memory; storing the tracked accesses in the page index bitmap; tracking, via a page index bitmap cache, recent accesses made by the one or more processor cores to the memory pages stored in the memory; and subsequently storing the tracked recent accesses into the page index bitmap; wherein the tracked recent accesses are stored into the page index bitmap only when a memory bandwidth usage of the memory is lower than a bandwidth usage threshold; subsequently storing the tracked recent accesses into the page index bitmap; wherein the tracked recent accesses are stored into the page index bitmap only when a memory bandwidth usage of the memory is lower than a bandwidth usage threshold; identifying infrequently-accessed memory pages based on the tracked accesses, removing the infrequently-accessed memory pages from the memory; and storing the infrequently-accessed memory pages in a secondary storage.
(Currently Amended) A spinal fixation device for securing stabilizing rods to bone, comprising; a threaded shaft configured for fastening to bone, the threaded shaft having a longitudinal axis (A), a proximal end and a distal end; a first rod coupling head connected to the threaded shaft , the first rod coupling head having side walls and a first cavity for receiving a first rod , the first cavity being open toward a top of the first rod coupling head , wherein in a neutral position of the first rod coupling head , the first rod coupling head extends symmetrically around the longitudinal axis (A) of the threaded shaft ; and a second rod coupling head being rotatably connected to one of the side walls of the first rod coupling head , around an axis of rotation (R), characterized in that the first rod coupling head is configured to rotate in a polyaxial manner with respect to the threaded shaft and the second rod coupling head is configured to rotate in a monoaxial manner with respect to the first rod coupling head , the second rod coupling head having a second cavity that is configured for receiving a second rod , and characterized in that the axis of rotation (R) is disposed at an angle that is between 70 and 85 degrees from the longitudinal axis (A) of the threaded shaft facing away from the distal end of the threaded shaft , when the first rod coupling head is in the neutral position. a threaded shaft configured for fastening to bone, the threaded shaft having a longitudinal axis (A), a proximal end and a distal end; a first rod coupling head connected to the threaded shaft , the first rod coupling head having side walls and a first cavity for receiving a first rod , the first cavity being open toward a top of the first rod coupling head , wherein in a neutral position of the first rod coupling head , the first rod coupling head extends symmetrically around the longitudinal axis (A) of the threaded shaft ; and a second rod coupling head being rotatably connected to one of the side walls of the first rod coupling head , around an axis of rotation (R), characterized in that the first rod coupling head is configured to rotate in a polyaxial manner with respect to the threaded shaft and the second rod coupling head is configured to rotate in a monoaxial manner with respect to the first rod coupling head , the second rod coupling head having a second cavity that is configured for receiving a second rod , and characterized in that the axis of rotation (R) is disposed at an angle that is between 70 and 85 degrees from the longitudinal axis (A) of the threaded shaft facing away from the distal end of the threaded shaft , when the first rod coupling head is in the neutral position.
A building-side coupling for a lighting system , for connecting to a device-side coupling of a device of the lighting system , having: - A first load-bearing coupling for connecting to a second load-bearing coupling of the device-side coupling , and - a first electrical coupling for connecting to a second electrical coupling of the device-side coupling , wherein the first electrical coupling establishes an electrical power supply of the device , wherein the building-side coupling has a data coupling for connecting to a data coupling of the device-side coupling , wherein the data coupling establishes a data connection to the device , wherein the building-side coupling can be coupled and detached without the use of tools, and wherein the first load-bearing coupling contains a magnetic coupling , characterized in that the data coupling is designed for wireless data transmission. - A first load-bearing coupling for connecting to a second load-bearing coupling of the device-side coupling , and - a first electrical coupling for connecting to a second electrical coupling of the device-side coupling ,
A rail vehicle having a vehicle frame , supported on on-track undercarriages , and a vehicle superstructure with at least one driver's cabin , wherein a motive drive comprises an electric motor supplied by means of an electric energy store which is arranged within at least one fire protection cabinet separated from the driver's cabin , characterized in that the energy store has a tempering by means of a liquid dielectric which additionally functions as an extinguishing medium, wherein a dielectric tank is located above the fire protection cabinet wherein the dielectric tank is connected to the fire protection cabinet via a fire-fighting line lockable by a controllable valve in that way that in the event of a shut-down of the rail vehicle , the fire-fighting line is opened by means of the valve which has become currentless.
A method for extending a frame time for an image frame, wherein a frame time for an image frame is a time period for processing the image frame, the method comprising: determining, based on a user setting, by an image processor , an amount of permitted focus value contamination for a first frame of an image captured via an image sensor ; determining , at the image processor, a first time period which corresponds to a frame exposure time of the first frame of the image captured via the image sensor; and extending the frame time for the first frame by a second time period, the second time period being calculated according to: τ = α − ε * ρ where α indicates an actuator settle time that corresponds to an amount of time for an actuator that is configured to move a lens of the image sensor to complete oscillation during processing of the image frame, ε indicates the determined exposure time, and ρ indicates the amount of permitted focus value contamination, wherein the extended frame time includes the first time period and the second time period. determining, based on a user setting, by an image processor , an amount of permitted focus value contamination for a first frame of an image captured via an image sensor ; determining , at the image processor, a first time period which corresponds to a frame exposure time of the first frame of the image captured via the image sensor; and extending the frame time for the first frame by a second time period, the second time period being calculated according to: τ = α − ε * ρ
An air-conditioning system control apparatus comprising: an influence-degree calculation unit configured to calculate a degree of influence between two air-conditioning indoor units that are selected from a plurality of air-conditioning indoor units as a pair of air-conditioning indoor units , based on operation data on the pair of air-conditioning indoor units ; a room determination unit configured to determine whether the pair of air-conditioning indoor units are present in the same space or not based on the degree of influence calculated by the influence-degree calculation unit ; and a position estimation unit configured to estimate a positional relationship between the pair of air-conditioning indoor units , which are determined by the room determination unit to be present in the same space, based on the degree of influence between the pair of air-conditioning indoor units . an influence-degree calculation unit configured to calculate a degree of influence between two air-conditioning indoor units that are selected from a plurality of air-conditioning indoor units as a pair of air-conditioning indoor units , based on operation data on the pair of air-conditioning indoor units ; a room determination unit configured to determine whether the pair of air-conditioning indoor units are present in the same space or not based on the degree of influence calculated by the influence-degree calculation unit ; and a position estimation unit configured to estimate a positional relationship between the pair of air-conditioning indoor units , which are determined by the room determination unit to be present in the same space, based on the degree of influence between the pair of air-conditioning indoor units .
A cementitious composition comprising: - cement; - more than 20 weight% of latex with respect to the cement weight; and - from 0.4 to 4 weight% of fiber with respect to the cement weight, said fiber being selected from vegetal fibers, carbon fibers, poly-paraphenylene terephthalamide fibers, p-phenylene-2,6-benzobisoxazole fibers, rubber fibers, nylon fibers, polyethylene terephthalate fibers and/or polystyrene fibers. - cement; - more than 20 weight% of latex with respect to the cement weight; and - from 0.4 to 4 weight% of fiber with respect to the cement weight, said fiber being selected from vegetal fibers, carbon fibers, poly-paraphenylene terephthalamide fibers, p-phenylene-2,6-benzobisoxazole fibers, rubber fibers, nylon fibers, polyethylene terephthalate fibers and/or polystyrene fibers.
Weighing device to weigh at least one container suitable to contain one or more substances, said weighing device comprising weighing means and a body connected to said weighing means and defining a compartment configured to temporarily house said container and provided with an aperture defining a passage gap for the introduction of said container inside said compartment along an axis of introduction (X), characterized in that said body also comprises a plurality of holding levers disposed symmetrically around said axis of introduction (X), each of said holding levers being provided with a proximal holding end disposed in correspondence with said aperture and with a distal actuation portion disposed inside said compartment downstream of said proximal holding end along said axis of introduction (X), each of said holding levers being mobile, in rotation, away from and toward said axis of introduction (X) between an inactive position and a holding position in which said proximal holding end and said distal actuation portion respectively have alternately two inverse positions radially distanced from and near to said axis of introduction (X) and vice versa.
An in vitro tumor relapse assay method, which method comprises: a') Producing a 3-dimensional cell culture or tissue in a hanging drop culture system or a low adhesion well culture system, a) Providing a 3-dimensional cell culture or tissue comprising immortalized, malignant, cancerous and/or neoplastic cells, b) Exposing the 3-dimensional cell culture or tissue to at least one anti-cancer agent, c) Interrupting the exposure, b') Exposing the 3-dimensional cell culture or tissue at least one further time with the same or at least one different anti-cancer agent, d) Determining the effect of said exposure and interruption on the 3-dimensional cell culture or tissue. a') Producing a 3-dimensional cell culture or tissue in a hanging drop culture system or a low adhesion well culture system, a) Providing a 3-dimensional cell culture or tissue comprising immortalized, malignant, cancerous and/or neoplastic cells, b) Exposing the 3-dimensional cell culture or tissue to at least one anti-cancer agent, c) Interrupting the exposure, b') Exposing the 3-dimensional cell culture or tissue at least one further time with the same or at least one different anti-cancer agent, d) Determining the effect of said exposure and interruption on the 3-dimensional cell culture or tissue.
A method of measuring a Synchronization Signal Block, SSB, by a User Equipment, UE, in a wireless communication system, the method characterized by : receiving (S1001) information including (i) a first periodicity and (ii) a cell list configured with the first periodicity; receiving (S1003) information including a second periodicity; measuring Reference Signal Received Power, RSRP, for an SSB of a first cell belonging to the cell list, based on a first SSB measurement window; and measuring RSRP for an SSB of a second cell not belonging to the cell list, based on a second SSB measurement window, and wherein the first SSB measurement window is configured based on the first periodicity and the second SSB measurement window is configured based on the second periodicity, wherein the second periodicity is configured as the longest SSB transmission periodicity of SSB transmission periodicities allocated to individual cells, wherein the SSB of the first cell and the second cell comprises a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Physical Broadcasting Channel, PBCH. receiving (S1001) information including (i) a first periodicity and (ii) a cell list configured with the first periodicity; receiving (S1003) information including a second periodicity; measuring Reference Signal Received Power, RSRP, for an SSB of a first cell belonging to the cell list, based on a first SSB measurement window; and measuring RSRP for an SSB of a second cell not belonging to the cell list, based on a second SSB measurement window, and wherein the first SSB measurement window is configured based on the first periodicity and the second SSB measurement window is configured based on the second periodicity, wherein the second periodicity is configured as the longest SSB transmission periodicity of SSB transmission periodicities allocated to individual cells, wherein the SSB of the first cell and the second cell comprises a Primary Synchronization Signal, PSS, a Secondary Synchronization Signal, SSS, and a Physical Broadcasting Channel, PBCH.