mhurhangee/patent-ind-claim-en huggingface dataset:
A method for authentication using ciphers, the method comprising: in a determined secure environment, executing cryptographic calculations of an encryption algorithm at a base station to produce a pre-calculated cipher comprising an interrogation signature cipher and a response signature cipher for a subsequent authentication process; storing the pre-calculated cipher in a nonvolatile storage device at the base station ; in response to a trigger event, transmitting an authentication request message of an authentication process from the base station , the authentication request message including the interrogation signature cipher; receiving an authentication response message from a responding device at the base station , the authentication response message including a response signature cipher; validating the authentication response message at the base station by verifying whether the received response signature cipher is the expected pre-calculated response signature cipher to determine if the authentication process has been successful; and after the authentication response message has been successfully validated, executing additional cryptographic calculations at the base station to produce a next pre-calculated cipher comprising an interrogation signature cipher and a response signature cipher for a next authentication process. in a determined secure environment, executing cryptographic calculations of an encryption algorithm at a base station to produce a pre-calculated cipher comprising an interrogation signature cipher and a response signature cipher for a subsequent authentication process; storing the pre-calculated cipher in a nonvolatile storage device at the base station ; in response to a trigger event, transmitting an authentication request message of an authentication process from the base station , the authentication request message including the interrogation signature cipher; receiving an authentication response message from a responding device at the base station , the authentication response message including a response signature cipher; validating the authentication response message at the base station by verifying whether the received response signature cipher is the expected pre-calculated response signature cipher to determine if the authentication process has been successful; and after the authentication response message has been successfully validated, executing additional cryptographic calculations at the base station to produce a next pre-calculated cipher comprising an interrogation signature cipher and a response signature cipher for a next authentication process.
A composition, comprising a peptide comprising the sequence of MTTMPENPRPGTPRTYFTPYRMKVRK or the sequence of SEQ ID NO: 10.
Use of a ribonucleic acid encoding an immunogenic bacterial polypeptide in vitro to transfect tumor cells to express the polypeptide.
A catheter comprising: a catheter shaft having a proximal end portion and a distal end portion, the catheter shaft defining a lumen extending from the proximal end portion to the distal end portion; an irrigation element coupled to the distal end portion of the catheter shaft, the irrigation element defining irrigation holes in fluid communication with the lumen, and wherein the irrigation holes are spaced axially along the irrigation element; and an ablation electrode coupled to the catheter shaft and enveloping the irrigation element, wherein the ablation electrode has an inner portion and an outer portion opposite the inner portion, characterised in that said irrigation holes are spaced circumferentially along said irrigation element, wherein the irrigation holes of the irrigation element are positioned to direct fluid towards the inner portion of the ablation electrode. a catheter shaft having a proximal end portion and a distal end portion, the catheter shaft defining a lumen extending from the proximal end portion to the distal end portion; an irrigation element coupled to the distal end portion of the catheter shaft, the irrigation element defining irrigation holes in fluid communication with the lumen, and wherein the irrigation holes are spaced axially along the irrigation element; and an ablation electrode coupled to the catheter shaft and enveloping the irrigation element, wherein the ablation electrode has an inner portion and an outer portion opposite the inner portion, characterised in that said irrigation holes are spaced circumferentially along said irrigation element, wherein the irrigation holes of the irrigation element are positioned to direct fluid towards the inner portion of the ablation electrode.
A compound of structural formula (III): wherein X is a non-fluorescent multivalent central core element, wherein X comprises a polyamine, a substituted cyclohexane, a substituted 1,3,5-triazine or a substituted benzene; at least one D is a fluorescent dye element; at least one W is a branching element; each S' is independently an intermediate chemical group, wherein at least one S' comprises a shield element, wherein the shield element comprises a plurality of side chains, wherein at least one side chain has a molecular weight of at least 300, and wherein the shield element does not comprise a protein; each B' is independently a terminal chemical group, wherein at least one B' comprises a binding element, wherein the binding element comprises a nucleotide, biotin or a polyphosphate; n is an integer from 2 to 6; each p' is independently an integer from 1 to 4; and each p" is independently an integer from 1 to 4; wherein each shield element is covalently incorporated between the fluorescent dye element and the binding element wherein the compound comprises at least one donor fluorophore and at least one acceptor fluorophore. X is a non-fluorescent multivalent central core element, wherein X comprises a polyamine, a substituted cyclohexane, a substituted 1,3,5-triazine or a substituted benzene; at least one D is a fluorescent dye element; at least one W is a branching element; each S' is independently an intermediate chemical group, wherein at least one S' comprises a shield element, wherein the shield element comprises a plurality of side chains, wherein at least one side chain has a molecular weight of at least 300, and wherein the shield element does not comprise a protein; each B' is independently a terminal chemical group, wherein at least one B' comprises a binding element, wherein the binding element comprises a nucleotide, biotin or a polyphosphate; n is an integer from 2 to 6; each p' is independently an integer from 1 to 4; and each p" is independently an integer from 1 to 4; wherein each shield element is covalently incorporated between the fluorescent dye element and the binding element wherein the compound comprises at least one donor fluorophore and at least one acceptor fluorophore.
Load carrier foot for supporting a load bar on a vehicle said load carrier foot comprising a supporting member mountable to said load bar , a coupling member for coupling said load carrier foot to said vehicle , and a tightening mechanism for tightening said coupling member , wherein said tightening mechanism force transmittingly couples said coupling member with said supporting member characterized in that said tightening mechanism force transmittingly couples said coupling member with said supporting member by means of a force distribution member which is configured to transfer a received input force on at least two force application sections while being translatory movably held with respect to each force application section .
A method of designing a bearing for rotatably supporting a vertical axis of a vertical axis windmill , the bearing comprising: a ball rolling in a rolling contact groove, wherein a ratio (β) of a diameter (Dw) of the ball with respect to a diameter (d) of the vertical axis, and a numerical value that is obtained by dividing a rolling contact groove radius (R) by the diameter of the ball (Dw) are determined, the method is characterized by constructing a graph which represents the ratio (β) as a vertical axis and represents the numerical value as a horizontal axis, and which includes an area surrounded by a first relation curve, a second relation curve, and a third relation curve, and the bearing is designed such that the ratio and the numerical value are in the area, wherein the first relation curve shows a relation between the ratio (β) and the numerical value and shows a starting torque obtained from working conditions of the vertical axis windmill, the second relation curve shows a relation between the ratio (β) and the numerical value and shows a dynamic load rating obtained from working conditions of the vertical axis windmill, the third relation curve shows a relation between the ratio (β) and the numerical value and shows a static load rating obtained from working conditions of the vertical axis windmill. a ball rolling in a rolling contact groove, wherein a ratio (β) of a diameter (Dw) of the ball with respect to a diameter (d) of the vertical axis, and a numerical value that is obtained by dividing a rolling contact groove radius (R) by the diameter of the ball (Dw) are determined, the method is characterized by constructing a graph which represents the ratio (β) as a vertical axis and represents the numerical value as a horizontal axis, and which includes an area surrounded by a first relation curve, a second relation curve, and a third relation curve, and the bearing is designed such that the ratio and the numerical value are in the area, wherein the first relation curve shows a relation between the ratio (β) and the numerical value and shows a starting torque obtained from working conditions of the vertical axis windmill, the second relation curve shows a relation between the ratio (β) and the numerical value and shows a dynamic load rating obtained from working conditions of the vertical axis windmill, the third relation curve shows a relation between the ratio (β) and the numerical value and shows a static load rating obtained from working conditions of the vertical axis windmill.
A method for mapping user plane data, comprising: obtaining, by a user plane higher-layer entity of a user equipment, a Quality of Service, QoS, identifier, ID, from a non-access stratum entity of the user equipment, wherein the QoS ID is used for identifying a QoS parameter of a data packet; matching, by the user plane higher-layer entity, the QoS ID with a stored mapping rule, wherein the mapping rule records a mapping relationship between the QoS ID and a user plane lower-layer entity of the user equipment; upon successful matching of the QoS ID with the stored mapping rule, constructing, by the user plane higher-layer entity, a Protocol Data Unit, PDU containing the data packet and transmitting the constructed PDU to a matched user plane lower-layer entity; and upon unsuccessful matching of the QoS ID with the stored mapping rule, constructing, by the user plane higher-layer entity, the PDU and transmitting the constructed PDU to a default user plane lower-layer entity; wherein the user plane higher-layer entity is an independent entity above a Packet Data Convergence Protocol, PDCP, entity, and the user plane lower-layer entity is the PDCP entity. obtaining, by a user plane higher-layer entity of a user equipment, a Quality of Service, QoS, identifier, ID, from a non-access stratum entity of the user equipment, wherein the QoS ID is used for identifying a QoS parameter of a data packet; matching, by the user plane higher-layer entity, the QoS ID with a stored mapping rule, wherein the mapping rule records a mapping relationship between the QoS ID and a user plane lower-layer entity of the user equipment; upon successful matching of the QoS ID with the stored mapping rule, constructing, by the user plane higher-layer entity, a Protocol Data Unit, PDU containing the data packet and transmitting the constructed PDU to a matched user plane lower-layer entity; and upon unsuccessful matching of the QoS ID with the stored mapping rule, constructing, by the user plane higher-layer entity, the PDU and transmitting the constructed PDU to a default user plane lower-layer entity; wherein the user plane higher-layer entity is an independent entity above a Packet Data Convergence Protocol, PDCP, entity, and the user plane lower-layer entity is the PDCP entity.
A package , comprising: a bag main body ; at least one mouth part member joined to the bag main body ; and a liquid content accommodated in the bag main body , wherein the bag main body of the package has, as a forming material, a laminate having at least a water vapor barrier layer made of a fluorine resin, an interlayer , and a sealant layer in this order, and is formed into a bag shape by bonding sealant layers facing each other, where the sealant layers are on an inner side,the fluorine resin is polychlorotrifluoroethylene, the interlayer is formed of a polyurethane-based adhesive, or a resin composition containing a polyethylene-based resin and a modified polyethylene-based resin, the sealant layer includes a layer formed of a cyclic olefin resin as a main component, a thickness of the water vapor barrier layer is within a range of 5 μm to 50 μm, a thickness of the sealant layer is 20 μm or more, but the thickness of the sealant layer is 80 μm or less, the mouth part member is joined to the bag main body by being sandwiched between the sealant layers facing each other, a volume V of the content accommodated inside the bag main body is 0.1 to 20 (cm 3 ), and a relationship between the area S (cm 2 ) of the bag main body which comes into contact with the liquid content accommodated inside the bag main body and the volume V (cm 3 ) satisfies the following Formula I: 0.05 ≤ V / S ≤ 0.25 . a bag main body ; at least one mouth part member joined to the bag main body ; and a liquid content accommodated in the bag main body , wherein the bag main body of the package has, as a forming material, a laminate having at least a water vapor barrier layer made of a fluorine resin, an interlayer , and a sealant layer in this order, and is formed into a bag shape by bonding sealant layers facing each other, where the sealant layers are on an inner side,the fluorine resin is polychlorotrifluoroethylene, the interlayer is formed of a polyurethane-based adhesive, or a resin composition containing a polyethylene-based resin and a modified polyethylene-based resin, the sealant layer includes a layer formed of a cyclic olefin resin as a main component, a thickness of the water vapor barrier layer is within a range of 5 μm to 50 μm, a thickness of the sealant layer is 20 μm or more, but the thickness of the sealant layer is 80 μm or less, the mouth part member is joined to the bag main body by being sandwiched between the sealant layers facing each other, a volume V of the content accommodated inside the bag main body is 0.1 to 20 (cm 3 ), and a relationship between the area S (cm 2 ) of the bag main body which comes into contact with the liquid content accommodated inside the bag main body and the volume V (cm 3 ) satisfies the following Formula I: 0.05 ≤ V / S ≤ 0.25 .
Assembly of a first plate-shaped construction element and a second plate-shaped construction element which, parallel next to each other, form a horizontal floor or ceiling of a building, wherein a first pipe has been accommodated in the first construction element and a second pipe has been accommodated in the second construction element , which pipes are coupled to each other by means of an insert coupling connecting the first pipe and the second pipe, wherein the first construction element comprises a first head surface and a first recess adjacent thereto and the second construction element comprises a second head surface extending parallel to the first head surface, wherein the first recess defines an installation space for the insert coupling where the first pipe and the second pipe are ending, wherein the insert coupling can be converted from a first position or condition in which it can be placed in the installation space, to a second position or condition in which it engages onto the first pipe and the second pipe , said assembly being characterized in that the insert coupling comprises a first slider pipe and a second slider pipe between the parts that engage onto the first pipe or second pipe , which slider pipes are telescopically inserted into each other, wherein the insert coupling can be converted between the first position and the second position by shifting (A) the slider pipes relative to each other.
An in vitro method of determining a difference in alpha-4 integrin activity in an individual with a disease or disorder selected from the group consisting of multiple sclerosis and inflammatory bowel disease, comprising: a) measuring a soluble molecule in a first biological sample of bodily fluid selected from the group consisting of blood, serum, and plasma and obtained from the individual immediately before administration of an alpha-4 integrin inhibitor; b) measuring the soluble molecule in a second biological sample, wherein the second biological sample is selected from the group consisting of blood, serum, and plasma and has been obtained from the individual within thirty-one days after administration of the alpha-4 integrin inhibitor; c) determining whether there is a decrease in the levels of the soluble molecule between the first and second biological samples, wherein the decrease correlates with a decrease in alpha-4 integrin activity in the individual, and thereby determining whether there is a difference in alpha-4 integrin activity in the individual after administration of the alpha-4 integrin inhibitor compared with before administration of the alpha-4 integrin inhibitor; and d) determining whether an adjustment in treatment of the individual is required, wherein no decrease or a statistically insignificant decrease (p > 0.05) in the levels of the soluble molecule between the first and second biological samples indicates ineffective response to the alpha-4 integrin inhibitor requiring a treatment adjustment of the individual, wherein the soluble molecule is sVCAM and/or sMAdCAM, and wherein the alpha-4 integrin inhibitor is an anti-alpha-4 integrin antibody. a) measuring a soluble molecule in a first biological sample of bodily fluid selected from the group consisting of blood, serum, and plasma and obtained from the individual immediately before administration of an alpha-4 integrin inhibitor; b) measuring the soluble molecule in a second biological sample, wherein the second biological sample is selected from the group consisting of blood, serum, and plasma and has been obtained from the individual within thirty-one days after administration of the alpha-4 integrin inhibitor; c) determining whether there is a decrease in the levels of the soluble molecule between the first and second biological samples, wherein the decrease correlates with a decrease in alpha-4 integrin activity in the individual, and thereby determining whether there is a difference in alpha-4 integrin activity in the individual after administration of the alpha-4 integrin inhibitor compared with before administration of the alpha-4 integrin inhibitor; and d) determining whether an adjustment in treatment of the individual is required,
A data processing method performed by a data processing apparatus, comprising: transmitting a transport block, wherein the transport block is segmented into C code blocks, and the C code blocks are grouped into K code block groups, C and K are both positive integers, each of the K code block groups comprises one or more code blocks of the C code blocks, and K > 1; receiving an indication information; determining (S210) a code block group corresponding to a bit "1" in the indication information as a to-be-retransmitted code block group in the K code block groups; if a code block belongs to the to-be-retransmitted code block group, performing (S220) rate matching on the code block, and outputting a bit segment obtained after the rate matching; characterised in that if a code block does not belong to the to-be-retransmitted code block group, skipping performing rate matching on the code block with a quantity of rate matching output bits of the code block being zero. transmitting a transport block, wherein the transport block is segmented into C code blocks, and the C code blocks are grouped into K code block groups, C and K are both positive integers, each of the K code block groups comprises one or more code blocks of the C code blocks, and K > 1; receiving an indication information; determining (S210) a code block group corresponding to a bit "1" in the indication information as a to-be-retransmitted code block group in the K code block groups; if a code block belongs to the to-be-retransmitted code block group, performing (S220) rate matching on the code block, and outputting a bit segment obtained after the rate matching;
A smart safe console system comprising an assembly mounted in a vehicle including: a safe body that during vehicle use secures an electronic device ; a button that controls input to and output from the electronic device ; and a control module configured to permit or prevent operation of the vehicle , wherein the assembly communicates with a provider and with the vehicle , wherein during vehicle use the safe body secures said electronic device against physical access by isolating electronic device within the safe body away from handheld use, wherein the safe body opens and closes, and, when closed, the safe body secures the electronic device against physical access, characterized in that the control module is configured to prevent operation of the vehicle when the electronic device is not sensed in the safe body and to permit the operation of the vehicle when the electronic device is sensed in the safe body . a safe body that during vehicle use secures an electronic device ; a button that controls input to and output from the electronic device ; and a control module configured to permit or prevent operation of the vehicle , wherein the assembly communicates with a provider and with the vehicle , wherein during vehicle use the safe body secures said electronic device against physical access by isolating electronic device within the safe body away from handheld use, wherein the safe body opens and closes, and, when closed, the safe body secures the electronic device against physical access, characterized in that the control module is configured to prevent operation of the vehicle when the electronic device is not sensed in the safe body and to permit the operation of the vehicle when the electronic device is sensed in the safe body .
A deicing device of the pneumatic type for breaking and removing an ice deposit accumulated on the outer surface of an aircraft, in particular on an airplane wing, comprising at least, from the outside in: - an outer layer intended to withstand the outside environment, - at least two outer and inner intermediate layers connected to one another by a network of stitches spaced apart so as to define deicing chambers that can be inflated quickly using injected pressurized air so as to create an expansion of the device causing a mechanical action to break the ice, - an inner interface layer , characterized in that the inner interface layer includes at least one layer constituted of textile , which is situated the furthest toward the inside of the deicing device and has an inner surface adapted for being in direct contact with an outer surface of the aircraft. - an outer layer intended to withstand the outside environment, - at least two outer and inner intermediate layers connected to one another by a network of stitches spaced apart so as to define deicing chambers that can be inflated quickly using injected pressurized air so as to create an expansion of the device causing a mechanical action to break the ice, - an inner interface layer ,