mhurhangee/patent-ind-claim-en huggingface dataset:
A routing management method, comprising: assigning, by a control plane function, an internet protocol IP address to user equipment; determining , by the control plane function, an IP address segment, wherein the IP address belongs to the IP address segment; and sending , by the control plane function, information used to identify the IP address segment to a user plane function, wherein the IP address segment is used to advertise a routing policy, wherein the information used to identify the IP address segment comprises the IP address and an IP address mask; and the sending, by the control plane function, information used to identify the IP address segment to a user plane function comprises: sending, by the control plane function, the IP address and the IP address mask to the user plane function; wherein the sending, by the control plane function, the IP address and the IP address mask to the user plane function comprises: sending, by the control plane function, a session establishment request message to the user plane function, wherein the session establishment request message comprises an IP address attribute-value pair and an IP address mask attribute-value pair, the IP address attribute-value pair carries the IP address, and the IP address mask attribute-value pair carries the IP address mask. assigning, by a control plane function, an internet protocol IP address to user equipment; determining , by the control plane function, an IP address segment, wherein the IP address belongs to the IP address segment; and sending , by the control plane function, information used to identify the IP address segment to a user plane function, wherein the IP address segment is used to advertise a routing policy, wherein the information used to identify the IP address segment comprises the IP address and an IP address mask; and the sending, by the control plane function, information used to identify the IP address segment to a user plane function comprises: sending, by the control plane function, the IP address and the IP address mask to the user plane function; wherein the sending, by the control plane function, the IP address and the IP address mask to the user plane function comprises: sending, by the control plane function, a session establishment request message to the user plane function, wherein the session establishment request message comprises an IP address attribute-value pair and an IP address mask attribute-value pair, the IP address attribute-value pair carries the IP address, and the IP address mask attribute-value pair carries the IP address mask.
A gas cylinder assembly , comprising: a gas cylinder; an outlet assembly fluidly coupled to an outlet of the gas cylinder; a heat exchanger disposed within the gas cylinder, wherein the heat exchanger comprises an inner bore , and wherein the heat exchanger and the gas cylinder define an interior chamber; and a pyrotechnic composition disposed within the inner bore ; wherein the heat exchanger and inner bore are axially aligned with a longitudinal axis (A-A'); wherein the heat exchanger comprises one or more heat exchanger spokes , each of the heat exchanger spokes extending in a radial direction away from the longitudinal axis (A-A') and towards the inner surface of the gas cylinder. a gas cylinder; an outlet assembly fluidly coupled to an outlet of the gas cylinder; a heat exchanger disposed within the gas cylinder, wherein the heat exchanger comprises an inner bore , and wherein the heat exchanger and the gas cylinder define an interior chamber; and a pyrotechnic composition disposed within the inner bore ; wherein the heat exchanger and inner bore are axially aligned with a longitudinal axis (A-A'); wherein the heat exchanger comprises one or more heat exchanger spokes , each of the heat exchanger spokes extending in a radial direction away from the longitudinal axis (A-A') and towards the inner surface of the gas cylinder.
A rollover safety ring for a vehicle, also known as Body-in-White, the rollover safety ring defining a longitudinal axis (L), a vertical axis (V) and a transversal axis (T), the axis (V, T) being orthogonal to each other, and comprising a plurality of structural arches spaced from each other in the longitudinal axis (L) that define an inner safety space , and wherein the structural arches are formed of a plurality of tubular steel profile sections, characterized in that the steel of the tubular steel profile sections comprises an amount of carbon between 0.15% and 0.35% in weight, an amount of boron less than 0.005% in weight and a carbon equivalent content, CE, that is lower than 0.78, the carbon equivalent content being calculated by the formula: CE = % C + % Mn + % Si 6 + % Cr + % Mo 5 wherein %C is a percentage of carbon content in weight, %Mn is a percentage of manganese content in weight, %Si is a percentage of silicon content in weight, %Cr is a percentage of chromium content in weight and %Mo is a percentage of molybdenum content in weight of the steel; and wherein a thickness of the tubular steel profile sections is between 1 mm and 5 mm and a tensile strength of the steel is higher than 1,000 MPa. characterized in that the steel of the tubular steel profile sections comprises an amount of carbon between 0.15% and 0.35% in weight, an amount of boron less than 0.005% in weight and a carbon equivalent content, CE, that is lower than 0.78, the carbon equivalent content being calculated by the formula: CE = % C + % Mn + % Si 6 + % Cr + % Mo 5 wherein %C is a percentage of carbon content in weight, %Mn is a percentage of manganese content in weight, %Si is a percentage of silicon content in weight, %Cr is a percentage of chromium content in weight and %Mo is a percentage of molybdenum content in weight of the steel; and
Anti-roll bar for a chassis of a vehicle with a bent anti-roll bar body which configures a torsion spring, with a hinged support and with an attachment part , the attachment part connecting the anti-roll bar body and the hinged support to one another, characterized in that a first end of the attachment part is moulded onto one hinged support end and a second end of the attachment part is moulded onto an anti-roll bar body end .
A method of migrating a guest of a virtual machine from a host computing device to a target computing device , the method comprising: at the host computing device comprising a network adapter : preparing, using one or more processors of the network adapter , to send information to a target computing device , the information including at least a flow key and a first data packet of a plurality of data packets of the guest ; generating, using the one or more processors of the network adapter , a receive token by encrypting the flow key using a receive master key; encrypting the first data packet using the flow key; sending the encrypted first data packet and receive token to the target computing device ; at the target computing device : receiving the encrypted first data packet and receive token; decrypting the receive token using the receive master key; identifying the flow key in response to decrypting the receive token; and decrypting the first data packet using the identified flow key; and completing migration of the guest to the target computing device by repeating the preceding steps for remaining data packets (2-6) of the plurality of data packets of the guest . at the host computing device comprising a network adapter : preparing, using one or more processors of the network adapter , to send information to a target computing device , the information including at least a flow key and a first data packet of a plurality of data packets of the guest ; generating, using the one or more processors of the network adapter , a receive token by encrypting the flow key using a receive master key; encrypting the first data packet using the flow key; sending the encrypted first data packet and receive token to the target computing device ; preparing, using one or more processors of the network adapter , to send information to a target computing device , the information including at least a flow key and a first data packet of a plurality of data packets of the guest ; generating, using the one or more processors of the network adapter , a receive token by encrypting the flow key using a receive master key; encrypting the first data packet using the flow key; sending the encrypted first data packet and receive token to the target computing device ; at the target computing device : receiving the encrypted first data packet and receive token; decrypting the receive token using the receive master key; identifying the flow key in response to decrypting the receive token; and decrypting the first data packet using the identified flow key; and receiving the encrypted first data packet and receive token; decrypting the receive token using the receive master key; identifying the flow key in response to decrypting the receive token; and decrypting the first data packet using the identified flow key; and completing migration of the guest to the target computing device by repeating the preceding steps for remaining data packets (2-6) of the plurality of data packets of the guest .
A composition for use in minimising the progression of cancer by reducing proliferation of cancer stem cells in a subject who has received a treatment for cancer and wherein the subject is determined to have cancer stem cells, the composition comprising therapeutically effective amounts of chymotrypsinogen and trypsinogen, preferably wherein the subject is in partial or complete remission.
A toy water gun comprising at least: a pressure tank , a nozzle , a tube , and a valve with a valve conduit and with a valve drive coupled to a valve stem , wherein - the pressure tank is a bladder tank and has an outlet being directly connected to an inlet of the tube , - the tube has an outlet being directly connected to an inlet port of the valve conduit , and - an outlet port of the valve conduit is in fluid communication with the nozzle , wherein the valve drive is a linear drive comprising a body and an electromagnet , which is configured to attract the body , when connected to a power source. - the pressure tank is a bladder tank and has an outlet being directly connected to an inlet of the tube , - the tube has an outlet being directly connected to an inlet port of the valve conduit , and - an outlet port of the valve conduit is in fluid communication with the nozzle , wherein the valve drive is a linear drive comprising a body and an electromagnet , which is configured to attract the body , when connected to a power source.
An implant for extension-resistant connection of at least two parts of a broken long bone, comprising a connecting element , at least one filament and at least one anchor element , wherein the at least one anchor element can be fastened to a bone part with the at least one filament , wherein the connecting element is configured in a manner such that it can be inserted into a medullary space of the broken long bone in the longitudinal direction of the broken long bone, wherein the connecting element has at least one through opening through which the at least one filament can be passed for extension-resistant bracing of the parts of the long bone , wherein the connecting element has a two-part configuration, characterized in that the connecting element and/or the at least one anchor element and/or the at least one filament are at least partially formed from a magnesium-based alloy, wherein the alloy contains, as a % by weight: more than 0.0 to 5.0% Zn, more than 0.0 to 1.0% Ca, optionally, more than 0.0 to 2.0% Mn, the remainder being Mg and impurities due to the manufacturing conditions, in order, by employing an appropriate heat treatment of the alloy, to be able to adjust the rate of degradation of the alloy via a ratio of Mg 2 Ca phases and Ca 2 Mg 6 Zn 3 phases in the alloy. more than 0.0 to 5.0% Zn, more than 0.0 to 1.0% Ca, optionally, more than 0.0 to 2.0% Mn, the remainder being Mg and impurities due to the manufacturing conditions, in order, by employing an appropriate heat treatment of the alloy, to be able to adjust the rate of degradation of the alloy via a ratio of Mg 2 Ca phases and Ca 2 Mg 6 Zn 3 phases in the alloy.
An aqueous ophthalmic solution, comprising cyclosporine; a polyoxyl lipid or fatty acid selected from the group consisting of HCO-40, HCO-60, HCO-80, HCO-100, polyoxyl 40 stearate and polyoxyl 35 castor oil; and a polyalkoxylated alcohol, wherein said solution comprises mixed nanomicelles, and wherein said solution does not include organic solvents.
A cargo restraint system comprising: a plurality of cargo latches , each of the plurality of cargo latches adapted to be mounted to a same floor of a cargo hold of an aircraft , and including a respective pawl transitionable between an extended configuration and a retracted configuration; a plurality of sensing assemblies , each of the plurality of sensing assemblies associated with a respective one of the plurality of cargo latches, wherein each of the plurality of sensing assemblies includes one or more sensors and a wireless communication circuit powered by a battery in communication with a battery charging circuit , the wireless communication circuit configured to transmit sensed information relating to the associated cargo latch; an infrared transmitter adapted to be disposed in the cargo hold and configured to illuminate the plurality of sensing assemblies with an infrared signal ; and a central controller configured to receive transmissions from each wireless communication circuit of the plurality of sensing assemblies and, in response, to produce human-perceptible information associated with each of the cargo latches; wherein each battery charging circuit of each of the plurality of sensing assemblies has an infrared receiver portion configured to convert the infrared signal from the infrared transmitter into an electric current usable to charge the battery. a plurality of cargo latches , each of the plurality of cargo latches adapted to be mounted to a same floor of a cargo hold of an aircraft , and including a respective pawl transitionable between an extended configuration and a retracted configuration; a plurality of sensing assemblies , each of the plurality of sensing assemblies associated with a respective one of the plurality of cargo latches, wherein each of the plurality of sensing assemblies includes one or more sensors and a wireless communication circuit powered by a battery in communication with a battery charging circuit , the wireless communication circuit configured to transmit sensed information relating to the associated cargo latch; an infrared transmitter adapted to be disposed in the cargo hold and configured to illuminate the plurality of sensing assemblies with an infrared signal ; and a central controller configured to receive transmissions from each wireless communication circuit of the plurality of sensing assemblies and, in response, to produce human-perceptible information associated with each of the cargo latches; wherein each battery charging circuit of each of the plurality of sensing assemblies has an infrared receiver portion configured to convert the infrared signal from the infrared transmitter into an electric current usable to charge the battery.
Seal ring from an elastomer sealing material which, when viewed in the relaxed state and in cross section, is configured so as to be substantially T-shaped and comprises a support part extending in the axial direction , and an elastically resilient seal lip extending in the radial direction , wherein the seal lip has a base which is configured so as to transition into the support part , wherein the support part on that side that radially faces away from the seal lip has a first curvature radius , and on that side that radially faces the seal lip , axially on both sides of the seal lip , has a second and a third curvature radius, wherein an imaginary radial plane is disposed so as to be centric to the seal ring in the axial direction , and wherein the seal ring is configured so as to be symmetrical to the radial plane , characterized in that the first curvature radius in the axial direction on both end sides is in each case configured so as to transition into a planar support face extending in the axial direction .
A method of session initiation protocol, SIP, session management in a service enabler architecture layer, SEAL, architecture, characterized in that the method comprises: sending (S410), by a vertical application layer, VAL, server, a SIP session information request to a network resource management, NRM, server to obtain a list of SIP sessions established between (i) a VAL client associated with the VAL server and (ii) the NRM server; receiving (S420), by the VAL server, a response message comprising SIP session information in response to the SIP session information request from the NRM server, wherein the SIP session information includes the list of SIP sessions established between the VAL client and the NRM server; and managing (S430) a plurality of SIP sessions across a plurality of NRM servers based on the response message, wherein the plurality of NRM servers comprises the NRM server and the plurality of SIP sessions comprises the list of SIP sessions established between the VAL client and the NRM server. sending (S410), by a vertical application layer, VAL, server, a SIP session information request to a network resource management, NRM, server to obtain a list of SIP sessions established between (i) a VAL client associated with the VAL server and (ii) the NRM server; receiving (S420), by the VAL server, a response message comprising SIP session information in response to the SIP session information request from the NRM server, wherein the SIP session information includes the list of SIP sessions established between the VAL client and the NRM server; and managing (S430) a plurality of SIP sessions across a plurality of NRM servers based on the response message, wherein the plurality of NRM servers comprises the NRM server and the plurality of SIP sessions comprises the list of SIP sessions established between the VAL client and the NRM server.
A respiratory waveform drawing system for drawing respiratory waveforms of subjects on a bed, the system comprising: a plurality of load detectors (11-14) which are to be placed in the bed or under legs of the bed, and each of which is configured to detect loads of the subjects and output the detected loads of the subjects as a load signal; a subject number determination unit configured to determine a number of the subjects on the bed based on a frequency spectrum of the load signal; a waveform separation unit configured to separate a load component of each of the subjects from the load signal outputted from each of the plurality of load detectors (11-14), in a case that the number of the subjects on the bed is determined to be more than one; a center of gravity position calculation unit configured to calculate a position of a center of gravity of each of the subjects based on the separated load component of each of the subjects; and a waveform drawing unit configured to draw a respiratory waveform of each of the subjects based on a temporal variation of the calculated position of the center of gravity of each of the subjects; wherein the subject number determination unit is configured to determine that a number of peak frequencies specified in the frequency spectrum of the load signal in a frequency range of respiration is the number of the subjects on the bed; and Wherein the waveform separation unit is configured to obtain the load component of the load signal outputted from each of the plurality of load detectors (11-14), for each of the specified frequencies. a plurality of load detectors (11-14) which are to be placed in the bed or under legs of the bed, and each of which is configured to detect loads of the subjects and output the detected loads of the subjects as a load signal; a subject number determination unit configured to determine a number of the subjects on the bed based on a frequency spectrum of the load signal; a waveform separation unit configured to separate a load component of each of the subjects from the load signal outputted from each of the plurality of load detectors (11-14), in a case that the number of the subjects on the bed is determined to be more than one; a center of gravity position calculation unit configured to calculate a position of a center of gravity of each of the subjects based on the separated load component of each of the subjects; and a waveform drawing unit configured to draw a respiratory waveform of each of the subjects based on a temporal variation of the calculated position of the center of gravity of each of the subjects;
Organic ammonium salt of the formula (I) where the symbols have the following definitions: A - is an anionic pesticide, R 1 is C 1 -C 4 -alkyl, CH 2 CH 2 OH or CH 2 CH(CH 3 )OH; R is H, CH 3 , or two adjacent R radicals together form a -C(R') 2 - group and R' is the same or different and is H or CH 3 , characterized in that A is selected from octanoic acid, pelargonic acid and oleic acid. A - is an anionic pesticide, R 1 is C 1 -C 4 -alkyl, CH 2 CH 2 OH or CH 2 CH(CH 3 )OH; R is H, CH 3 , or two adjacent R radicals together form a -C(R') 2 - group and R' is the same or different and is H or CH 3 ,
An undercarriage for an agricultural machine , said undercarriage comprising: a hollow axle ; a stub axle slidably received within said hollow axle ; a lock arrangement for locking a longitudinal position of said stub axle relative to said hollow axle ; at least one adjustment device , the adjustment device being a shim positioned at an outboard end of said hollow axle to adjust a distance between said stub axle and said hollow axle ; and at least one bolt , each said bolt extending through a hole in said outboard end of said hollow axle and an aligned opening in said at least one shim , characterized in that each said opening is a slot extending from an edge of said shim . a hollow axle ; a stub axle slidably received within said hollow axle ; a lock arrangement for locking a longitudinal position of said stub axle relative to said hollow axle ; at least one adjustment device , the adjustment device being a shim positioned at an outboard end of said hollow axle to adjust a distance between said stub axle and said hollow axle ; and at least one bolt , each said bolt extending through a hole in said outboard end of said hollow axle and an aligned opening in said at least one shim , characterized in that each said opening is a slot extending from an edge of said shim .
- Method for renovating an expansion joint for a concrete slab formwork system, of the type comprising first and second longitudinal elements , arranged side by side on the same horizontal plane, and each intended to form an integral part with an upper and horizontal edge of a concrete slab, the first longitudinal element being integral with a vertical separation plate , the first and second longitudinal elements being capable of being vertically offset from each other, and being made of a resin or of a composite material made from a polymeric material, characterized in that the first and second longitudinal elements are sanded when they have a vertical offset, so as to level said longitudinal elements .