mhurhangee/ep-ind-claims huggingface dataset:
A method for managing congestion in a network, the network comprising a core network entity having a congestion detection function and an upstream network entity (B1, B2, B3, B4, S1, S2, S3, S4) capable of responding to a congestion notification message, the method comprising following steps of: when detecting a congestion status, the core network entity sending (S201, S301) a congestion notification message to an upstream network entity; the upstream network entity decreasing (S202, S302) its data transmission rate by a certain step length according to the received congestion notification message, and meanwhile resetting (S202, S302) a timer or a counter for counting a number of data packets; triggering the upstream network entity to enter a rate restoring stage when the timer or the counter overflows; characterized in that the rate restoring stage comprises a rapid restoring sub-stage, which includes N cycles, and in each cycle the upstream network entity increases its current data transmission rate by a corresponding step length according to a predetermined algorithm, wherein in each cycle said algorithm increases the current data transmission rate to 1/2 x (the data transmission rate before the latest decrease + the current data transmission rate). when detecting a congestion status, the core network entity sending (S201, S301) a congestion notification message to an upstream network entity; the upstream network entity decreasing (S202, S302) its data transmission rate by a certain step length according to the received congestion notification message, and meanwhile resetting (S202, S302) a timer or a counter for counting a number of data packets; triggering the upstream network entity to enter a rate restoring stage when the timer or the counter overflows; the rate restoring stage comprises a rapid restoring sub-stage, which includes N cycles, and in each cycle the upstream network entity increases its current data transmission rate by a corresponding step length according to a predetermined algorithm, wherein in each cycle said algorithm increases the current data transmission rate to 1/2 x (the data transmission rate before the latest decrease + the current data transmission rate).
A handling system for fetching a substrate out of a substrate container, comprising: - a main assembly, and - a sub assembly, wherein the sub assembly is moveably attached to the main assembly, wherein the sub assembly is moveable relative to the main assembly between a fetch position and a rest position, wherein the sub assembly in the fetch position extends over the main assembly to fetch the substrate out of the substrate container, wherein the sub assembly in the rest position lies on the main assembly to provide a contact between the main assembly and the substrate, and wherein the main assembly comprises suction means to fasten and straighten the substrate characterized in that the suction means are only arranged along edges of the main assembly to contact the substrate only in touching areas along edges of the substrate. - a main assembly, and - a sub assembly, wherein the sub assembly is moveably attached to the main assembly, wherein the sub assembly is moveable relative to the main assembly between a fetch position and a rest position, wherein the sub assembly in the fetch position extends over the main assembly to fetch the substrate out of the substrate container, wherein the sub assembly in the rest position lies on the main assembly to provide a contact between the main assembly and the substrate, and wherein the main assembly comprises suction means to fasten and straighten the substrate characterized in that the suction means are only arranged along edges of the main assembly to contact the substrate only in touching areas along edges of the substrate.
An inflatable knee airbag assembly comprising: an inflatable knee airbag; an inflator coupled to the inflatable knee airbag; an airbag housing coupled to the inflator; and a cover coupled to the housing, wherein the cover has a car-forward longitudinal side, an opposing car-rearward longitudinal side, and two opposing lateral sides, and wherein each of the two longitudinal sides comprise end caps (145, 146), wherein neither of the lateral sides comprise end caps, and wherein the cover comprises a tear seam, characterized in that the tear seam is at the car-rearward longitudinal side of the cover and in that the cover is coupled to the housing at car-forward portions of each of the lateral sides such that the car-forward longitudinal side has a limited ability to rotate, such that during inflatable knee airbag deployment, the tear seam at least partially defines an opening with a smile shape. an inflatable knee airbag; an inflator coupled to the inflatable knee airbag; an airbag housing coupled to the inflator; and a cover coupled to the housing, wherein the cover has a car-forward longitudinal side, an opposing car-rearward longitudinal side, and two opposing lateral sides, and wherein each of the two longitudinal sides comprise end caps (145, 146), wherein neither of the lateral sides comprise end caps, and wherein the cover comprises a tear seam, characterized in that the tear seam is at the car-rearward longitudinal side of the cover and in that the cover is coupled to the housing at car-forward portions of each of the lateral sides such that the car-forward longitudinal side has a limited ability to rotate, such that during inflatable knee airbag deployment, the tear seam at least partially defines an opening with a smile shape.
A chromium-containing water treatment method comprising: a reduction step of reducing the chromium contained in the water by mixing the water containing chromium and a liquid which has been discharged from a process of a factory, said liquid containing hydrogen sulfide at 5 ppm to 50 ppm and adding an acid to a mixed solution to adjust a pH to 3.5 or less and an ORP to 200 mV to 400 mV; and a precipitation and separation step of precipitating reduced chromium contained in a solution obtained through the reduction step as a hydroxide by adding a neutralizing agent to the solution to adjust a pH to 8 to 9 and separating a precipitate of the hydroxide. a reduction step of reducing the chromium contained in the water by mixing the water containing chromium and a liquid which has been discharged from a process of a factory, said liquid containing hydrogen sulfide at 5 ppm to 50 ppm and adding an acid to a mixed solution to adjust a pH to 3.5 or less and an ORP to 200 mV to 400 mV; and a precipitation and separation step of precipitating reduced chromium contained in a solution obtained through the reduction step as a hydroxide by adding a neutralizing agent to the solution to adjust a pH to 8 to 9 and separating a precipitate of the hydroxide.
A computer system comprising at least one hardware processor and a hardware memory, the hardware memory storing a set of instructions which, when executed by the at least one hardware processor, cause the computer system to: retrieve a recorded fraud score from a score database, the recorded fraud score indicative of a likelihood that a target document is fraudulent; determine a second fraud score of the target document according to an evaluation procedure distinct from evaluation procedures employed in determining the recorded fraud score; in response to determining the second fraud score, determine an aggregate fraud score of the target document by incrementing the recorded fraud score by an amount determined according to: S max − S w 2 σ 2, wherein S and S max are the recorded fraud score and a maximum allowable aggregate score, respectively, wherein σ 2 is the second fraud score, and wherein w 2 is a number indicative of a reliability of the second fraud score; and in response to determining the aggregate fraud score, determine whether the target document is fraudulent according to the aggregate fraud score. retrieve a recorded fraud score from a score database, the recorded fraud score indicative of a likelihood that a target document is fraudulent; determine a second fraud score of the target document according to an evaluation procedure distinct from evaluation procedures employed in determining the recorded fraud score; in response to determining the second fraud score, determine an aggregate fraud score of the target document by incrementing the recorded fraud score by an amount determined according to: S max − S w 2 σ 2, wherein S and S max are the recorded fraud score and a maximum allowable aggregate score, respectively, wherein σ 2 is the second fraud score, and wherein w 2 is a number indicative of a reliability of the second fraud score; and in response to determining the aggregate fraud score, determine whether the target document is fraudulent according to the aggregate fraud score.
An intergluteal spacing device for selectively applying and relieving pressure perianally, said device comprising: a. an elongated body comprising an anterior end and a posterior end, and further comprising a central portion between said anterior end and said posterior end; whereby said central portion is adapted to position over at least a part of a user perianal area; b. said central portion comprising at least one concave portion, oriented opposite at least a portion of the perianal area, providing at least one cavity for the adjustment of pressure in and/or around the anus and/or external hemorrhoidal plexus; c. characterized by said intergluteal spacing device comprising a generally trapezoidal cross-sectional shape, said trapezoidal cross-section comprising a wide bottom and a narrow top. a. an elongated body comprising an anterior end and a posterior end, and further comprising a central portion between said anterior end and said posterior end; whereby said central portion is adapted to position over at least a part of a user perianal area; b. said central portion comprising at least one concave portion, oriented opposite at least a portion of the perianal area, providing at least one cavity for the adjustment of pressure in and/or around the anus and/or external hemorrhoidal plexus; c. characterized by said intergluteal spacing device comprising a generally trapezoidal cross-sectional shape, said trapezoidal cross-section comprising a wide bottom and a narrow top.
A method for constructing a cell bank, said method comprising expanding in vitro and storing, for future administration to a subject, human or non-human mammalian cells that have a desired potency for preserving splenic mass in an injury, the cells being non-embryonic stem, non-germ cells that express one or more of oct4, telomerase, rex1, or rox1 and/or can differentiate into cell types of at least two of endodermal, ectodermal, and mesodermal germ layers, wherein said cells are assayed for having the desired potency.
A surgical end effector for use with a surgical instrument, comprising: a proximal connector configured to attach to a distal end of the surgical instrument, wherein said proximal connector comprises an actuator; a first customisable jaw member, comprising: a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; and a second customisable jaw member, wherein at least one of said first jaw member and said second jaw member is movable relative to said other one of said first jaw member and said second jaw member between an open configuration and a closed configuration, and wherein said second jaw member comprises: a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; wherein at least one of said first feature of said first jaw member and said first feature of said second jaw member is selected by a user in an additive manufacturing process. a proximal connector configured to attach to a distal end of the surgical instrument, wherein said proximal connector comprises an actuator; a first customisable jaw member, comprising: a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; and a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; and a second customisable jaw member, wherein at least one of said first jaw member and said second jaw member is movable relative to said other one of said first jaw member and said second jaw member between an open configuration and a closed configuration, and wherein said second jaw member comprises: a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; a first proximal portion comprising a first feature; and a second distal portion comprising a second feature; wherein at least one of said first feature of said first jaw member and said first feature of said second jaw member is selected by a user in an additive manufacturing process.
A Quantum Dot display screen for a trim panel (4, 6, 8, 10, 12, 14) of a motor vehicle, the display screen comprising: a first layer comprising a formable polymer substrate; wherein the display screen is configured to be formed onto the trim panel (4, 6, 8, 10) of the vehicle such that the display screen follows the visible contours of the trim panel, the display screen at least partially covering the trim panel, characterised in that the display screen further comprises: a second layer comprising an electric circuit, wherein the second layer is formed onto the first layer; and a third layer comprising a plurality of quantum dots configured to emit light, the electric circuit configured to control the emission of light from the quantum dots; wherein one or more of the quantum dots are configured to absorb light and generate a voltage across the one or more quantum dots. a second layer comprising an electric circuit, wherein the second layer is formed onto the first layer; and a third layer comprising a plurality of quantum dots configured to emit light, the electric circuit configured to control the emission of light from the quantum dots;
A domain name access method, comprising: receiving, by a domain name system, DNS, server, a request message from a terminal device, wherein the request message comprises a domain name requested by the terminal device; performing, by the DNS server, resolution on the domain name, to obtain an Internet Protocol, IP, address of an application server corresponding to the domain name; and sending, by the DNS server, a response message to the terminal device, wherein the response message comprises the IP address of the application server and use condition information, and the use condition information indicates a condition in which the terminal device is only allowed to access the domain name by using the IP address of the application server when the terminal device satisfies the condition indicated by the use condition information; and wherein the use condition information comprises location range information, and the location range information indicates a location range in which the terminal device is located. receiving, by a domain name system, DNS, server, a request message from a terminal device, wherein the request message comprises a domain name requested by the terminal device; performing, by the DNS server, resolution on the domain name, to obtain an Internet Protocol, IP, address of an application server corresponding to the domain name; and sending, by the DNS server, a response message to the terminal device, wherein the response message comprises the IP address of the application server and use condition information, and the use condition information indicates a condition in which the terminal device is only allowed to access the domain name by using the IP address of the application server when the terminal device satisfies the condition indicated by the use condition information; and wherein the use condition information comprises location range information, and the location range information indicates a location range in which the terminal device is located.
An antibody specific for HER3, wherein the antibody does not block ligand binding and wherein the antibody blocks phosphorylation of HER3, wherein the antibody comprises a light chain with polypeptide sequences comprising SEQ ID NO:3, SEQ ID NO:4, and SEQ ID NO:5 and a heavy chain with polypeptide sequences comprising SEQ ID NO:6, SEQ ID NO:7, and SEQ ID NO:8, and wherein the phosphorylation is independent of ligand binding to HER3.
A first wireless communication device, comprising: a controller configured to monitor a wireless medium for an acknowledgement ACK message transmitted by a recipient station in response to the recipient station correctly receiving data transmitted by the first wireless communication device, and a collision detector adapted to monitor the wireless medium to detect if a collision of said acknowledgment message has occurred by evaluating a measured energy level of an incoming signal or background noise, and preamble and payload portions of a packet, which is not an acknowledgment message, if an acknowledgment message is not received when expected. a controller configured to monitor a wireless medium for an acknowledgement ACK message transmitted by a recipient station in response to the recipient station correctly receiving data transmitted by the first wireless communication device, and a collision detector adapted to monitor the wireless medium to detect if a collision of said acknowledgment message has occurred by evaluating a measured energy level of an incoming signal or background noise, and preamble and payload portions of a packet, which is not an acknowledgment message, if an acknowledgment message is not received when expected.
A radio equipment, comprising: a memory to store a Radio Virtual Machine, RVM and a processor coupled to the memory to run the RVM to form a software execution environment comprising a selectable RVM class of a plurality of RVM classes, wherein each RVM class of the plurality of RVM classes corresponds to a respectively different level of reconfigurability of low-level parameters of the RVM, said low-level parameters including a spectral mask to be used by the RVM, wherein the RVM is reconfigured at the level of reconfigurability associated with the selectable RVM class. a memory to store a Radio Virtual Machine, RVM and a processor coupled to the memory to run the RVM to form a software execution environment comprising a selectable RVM class of a plurality of RVM classes, wherein each RVM class of the plurality of RVM classes corresponds to a respectively different level of reconfigurability of low-level parameters of the RVM, said low-level parameters including a spectral mask to be used by the RVM, wherein the RVM is reconfigured at the level of reconfigurability associated with the selectable RVM class.
Locking device for tools, which comprises an axially movable member slidable in an axially fixed component (11, 12, 13) comprising at least one first axially fixed member and a second axially fixed member fastened to at least one head, the movement of the axially movable member in the axially fixed component (11, 12, 13) determining the locking or the unlocking of a tool in the device, characterized in that at least one inlet and one outlet for a control fluid under pressure are made in said axially fixed component (11, 12, 13) and can be connected to each other in at least one position of the axially movable member in the axially fixed component (11, 12, 13), through at least one first chamber and/or a second chamber made on said axially movable member, while in the other positions of the axially movable member in the axially fixed component (11, 12, 13) the inlet and the outlet are not connected to each other, wherein means for flow detection (40, 41, 42, 43) of the control fluid under pressure are connected to said outlet.
A device for extracorporeal blood treatment comprising a dialyzer device and designed for the performance of a hemodialysis and a hemodiafiltration with post-dilution, comprising: - a user interface to be operated and/or read by a user configured for starting the blood treatment by means of hemodialysis on the basis of default values for the hemodialysis; - at least one recording and/or computing unit configured for determining current values and/or ratios of at least one blood flow, an ultrafiltration quantity, a substitution quantity and/or a type of substitution; - a sensor means configured for recording a therapy progress on the basis of an output signal of a sensor means; - an ultrafiltration-rate determination means configured for determining an ultrafiltration rate in the dialyzer device; and - a regulating means configured for regulating the substitution quantity during hemodiafiltration with post-dilution, characterized in that the device for extracorporeal blood treatment furthermore comprises: - a secondary-membrane determination means configured for determining a time of formation of a secondary membrane in the dialyzer device on the basis of the determined ultrafiltration rate; and - a switching means configured for changing from hemodialysis to a hemodiafiltration with post-dilution after a predetermined period of time has elapsed, wherein the predetermined period of time is a period of time after a first recording of a blood flow at the sensor means, and the change from hemodialysis to hemodiafiltration with post-dilution is performed automatically, if the ultrafiltration-rate determination means determines a predetermined ultrafiltration rate after the predetermined period of time has elapsed, at which a predetermined treatment blood flow is assumed as having been achieved and the secondary membrane is assumed as comprising a predetermined state of formation. - a user interface to be operated and/or read by a user configured for starting the blood treatment by means of hemodialysis on the basis of default values for the hemodialysis; - at least one recording and/or computing unit configured for determining current values and/or ratios of at least one blood flow, an ultrafiltration quantity, a substitution quantity and/or a type of substitution; - a sensor means configured for recording a therapy progress on the basis of an output signal of a sensor means; - an ultrafiltration-rate determination means configured for determining an ultrafiltration rate in the dialyzer device; and - a regulating means configured for regulating the substitution quantity during hemodiafiltration with post-dilution, - a secondary-membrane determination means configured for determining a time of formation of a secondary membrane in the dialyzer device on the basis of the determined ultrafiltration rate; and - a switching means configured for changing from hemodialysis to a hemodiafiltration with post-dilution after a predetermined period of time has elapsed, wherein the predetermined period of time is a period of time after a first recording of a blood flow at the sensor means, and