mhurhangee/patent-ind-claim-en huggingface dataset:
A bus bar for a battery module , comprising: a first bar element and a second bar element spaced apart from each other; a first contact electrically connected to the first bar element and a second contact electrically connected to the second bar element and spaced apart from the first contact ; a relay configured to control a connection between the first and second contacts ; and a first monitoring pin electrically coupled to the first bar element and a second monitoring pin electrically coupled to the second bar element ; wherein each of the first and second monitoring pins comprises a resistor located between a first end and a second end of the monitoring pin . a first bar element and a second bar element spaced apart from each other; a first contact electrically connected to the first bar element and a second contact electrically connected to the second bar element and spaced apart from the first contact ; a relay configured to control a connection between the first and second contacts ; and a first monitoring pin electrically coupled to the first bar element and a second monitoring pin electrically coupled to the second bar element ; wherein each of the first and second monitoring pins comprises a resistor located between a first end and a second end of the monitoring pin .
A device for suppressing airborne spray from a moving vehicle, said device comprising: a water suppressing means , said water suppressing means comprising: an elongate portion , wherein the elongate portion comprises a planar surface and a curved surface , wherein low pressure air is arranged to flow past the curved surface and to cause the elongate portion to flex in a direction of the low pressure air flow; and a first curved portion , wherein an end of the first curved portion is coupled to an end of the elongate portion , and wherein the elongate portion is arranged to direct flowing air to the first curved portion to generate a vortex of air in the region of the first curved portion . an elongate portion , wherein the elongate portion comprises a planar surface and a curved surface , wherein low pressure air is arranged to flow past the curved surface and to cause the elongate portion to flex in a direction of the low pressure air flow; and a first curved portion , wherein an end of the first curved portion is coupled to an end of the elongate portion , and wherein the elongate portion is arranged to direct flowing air to the first curved portion to generate a vortex of air in the region of the first curved portion .
A method of operating a server device for establishing secure communication with a client device , comprising receiving a query from the client device for a proof of identity of the server device , the query being based on a challenge issued by the client device ; prompting a trusted third party for the proof of identity of the server device ; receiving a response from the trusted third party comprising the proof of identity of the server device ; and sending a response to the query , the response being based on the challenge and being indicative of the proof of identity wherein the query comprising the challenge being encrypted using the result of an operation based on a public key of the server device , the public key of the server device being signed by the trusted third party ; the proof of identity of the server device comprising a signature issued by the trusted third party using its private key, the signature comprising the challenge being decrypted using the private key of the server device , and a public key of the server device ; the response comprising the proof of identity of the server device being encrypted using the result of an operation based on a public key of the client device , the public key of the client device being signed by the trusted third party . receiving a query from the client device for a proof of identity of the server device , the query being based on a challenge issued by the client device ; prompting a trusted third party for the proof of identity of the server device ; receiving a response from the trusted third party comprising the proof of identity of the server device ; and sending a response to the query , the response being based on the challenge and being indicative of the proof of identity wherein the query comprising the challenge being encrypted using the result of an operation based on a public key of the server device , the public key of the server device being signed by the trusted third party ; the proof of identity of the server device comprising a signature issued by the trusted third party using its private key, the signature comprising the challenge being decrypted using the private key of the server device , and a public key of the server device ; the response comprising the proof of identity of the server device being encrypted using the result of an operation based on a public key of the client device , the public key of the client device being signed by the trusted third party .
A solid composition comprising granules that are the product of a wet granulation process, wherein the granules comprise {2-[3-cyclohexyl-3-( trans- 4-propoxycyclohexyl)-ureido]-thiazol-5-ylsulfanyl}-acetic acid, a binder, and a water-soluble surfactant wherein the binder comprises polyvinylpyrrolidone.
A laundry treating appliance comprising: - a cabinet defining an interior; - a drum located within said interior and defining a treating chamber ; - a bulk treating chemistry dispenser having at least one hose; and - at least one metering pump fluidly coupled to the bulk treating chemistry dispenser , characterised in that a carrier coupled to said at least one hose suspends the at least one metering pump from the at least one hose, such that the at least one metering pump is physically suspended from said at least one hose. - a cabinet defining an interior; - a drum located within said interior and defining a treating chamber ; - a bulk treating chemistry dispenser having at least one hose; and - at least one metering pump fluidly coupled to the bulk treating chemistry dispenser ,
Device for displacing at least one support and containment element for a corner piece of furniture , wherein said displacement device comprises a support column , displacing means including guides , said displacing means being operatively connected to said support column and to a lower portion of said support and containment element , for displacing said at least one support and containment element relatively to said support column between a first position or inner position I and a second position or outer position E, wherein said guides comprise a first guide and a second guide operatively connected to said support and containment element respectively in a first connection point and in a second connection point , wherein said guides and said at least one support and containment element are configured so as to be associated to said support column in a right assembly configuration (D) or in a left assembly configuration (S) following a rotation thereof by 180° with respect to the horizontal plane (PO) transversal to said support column , wherein said right assembly configuration (D) and said left assembly configuration (S) are arranged mirror-like with respect to a vertical plane (PV) passing centrally through said support column and said device comprises return means suitable for returning said at least one support and containment element from said second position or outer position E to said first position or inner position I, said return means being configured as a clamp element comprising a fixed portion , a moveable portion connected mutually rotating and actuation means operatively connected to said moveable portion and to said fixed portion to control the displacement of said moveable portion , wherein said moveable portion can be selectively associated to said second guide along a section of the angular travel of said second guide , characterized in that said return means being associable to said support column according to a right (D) or left (S) assembly configuration following a tilting thereof by 180° with respect to said horizontal plane (PO), wherein said moveable portion comprises a profiled seat for selective engagement by an engagement element connected to said second guide , wherein said profiled seat is accessible by said engagement element both from above and beneath.
A data transmission method for sending to-be-transmitted data by a user equipment to a base station without establishing a radio resource control, RRC, connection, wherein the method comprises: receiving an encrypted Media Access Control, MAC, data packet sent by user equipment , wherein the MAC data packet carries indication information in a packet header information of the MAC data packet, the indication information is a random number generated by the user equipment , and the indication information is used to instruct a base station to establish a specified data connection to the user equipment , wherein the specified data connection is a connection different from an RRC connection; generating a first key of the user equipment based on the indication information and a public key of the base station ; decrypting the MAC data packet based on the first key of the user equipment; and performing data transmission with the user equipment based on the first key of the user equipment . receiving an encrypted Media Access Control, MAC, data packet sent by user equipment , wherein the MAC data packet carries indication information in a packet header information of the MAC data packet, the indication information is a random number generated by the user equipment , and the indication information is used to instruct a base station to establish a specified data connection to the user equipment , wherein the specified data connection is a connection different from an RRC connection; generating a first key of the user equipment based on the indication information and a public key of the base station ; decrypting the MAC data packet based on the first key of the user equipment; and performing data transmission with the user equipment based on the first key of the user equipment .
Flow-limiting element for limiting the flow of a fluid therethrough, comprising a housing provided with an inlet , an outlet ; and a resilient plate-like valve element which is arranged in the housing and which is movable to and from a valve seat , defining a throughflow opening therebetween, under the influence of a pressure of the fluid flowing therethrough and is arranged to adjust the size of the throughflow opening ; wherein the valve seat is arranged with a protruding member , having a footprint and a height (H113, H114, H213, H214), for limiting the movement of the resilient plate-like valve element towards the valve seat , wherein the footprint of the protruding member is the area on the valve seat that is covered by the protruding member, and wherein the protruding member comprises an engagement surface for engaging the resilient plate-like valve element , wherein the engagement surface is at least partially curved, characterized in that a radius of curvature of the at least partially curved engagement surface (R113, R114, R213, R214) is equal to, or larger than, the smallest of the length and width of the footprint of the protruding member. a housing provided with an inlet , an outlet ; and a resilient plate-like valve element which is arranged in the housing and which is movable to and from a valve seat , defining a throughflow opening therebetween, under the influence of a pressure of the fluid flowing therethrough and is arranged to adjust the size of the throughflow opening ; wherein the valve seat is arranged with a protruding member , having a footprint and a height (H113, H114, H213, H214), for limiting the movement of the resilient plate-like valve element towards the valve seat , wherein the footprint of the protruding member is the area on the valve seat that is covered by the protruding member, and wherein the protruding member comprises an engagement surface for engaging the resilient plate-like valve element , wherein the engagement surface is at least partially curved, characterized in that a radius of curvature of the at least partially curved engagement surface (R113, R114, R213, R214) is equal to, or larger than, the smallest of the length and width of the footprint of the protruding member.
A computer-implemented method of producing a magnetic resonance (MR) image of a region of interest, the method including the steps of: acquiring initial MR images of the region of interest for estimating an MR-sensitive, physical property at positions over the region of interest; estimating a map of values of the MR-sensitive, physical property at the positions over the region of interest; estimating a corresponding map of uncertainties in the estimated values of the MR-sensitive, physical property at the positions over the region; and calculating a weighted MR image of the region, the weighted MR image mapping values of a function which combines, at each position of the initial image, the respective value of the MR-sensitive, physical property and the respective estimated uncertainty, the function applying a higher weighting to positions with relatively low estimated uncertainties than to positions with relatively high estimated uncertainties; wherein the estimated uncertainties are variances in the estimated values of the MR-sensitive, physical property; and characterised in that the MR-sensitive, physical property is apparent diffusion coefficient and the function also applies (i) a higher weighting to positions with relatively low apparent diffusion coefficient than to positions with relatively high apparent diffusion coefficient, or (ii) a lower weighting to positions with relatively low apparent diffusion coefficient than to positions with relatively high apparent diffusion coefficient. acquiring initial MR images of the region of interest for estimating an MR-sensitive, physical property at positions over the region of interest; estimating a map of values of the MR-sensitive, physical property at the positions over the region of interest; estimating a corresponding map of uncertainties in the estimated values of the MR-sensitive, physical property at the positions over the region; and calculating a weighted MR image of the region, the weighted MR image mapping values of a function which combines, at each position of the initial image, the respective value of the MR-sensitive, physical property and the respective estimated uncertainty, the function applying a higher weighting to positions with relatively low estimated uncertainties than to positions with relatively high estimated uncertainties; wherein the estimated uncertainties are variances in the estimated values of the MR-sensitive, physical property; and characterised in that the MR-sensitive, physical property is apparent diffusion coefficient and the function also applies (i) a higher weighting to positions with relatively low apparent diffusion coefficient than to positions with relatively high apparent diffusion coefficient, or (ii) a lower weighting to positions with relatively low apparent diffusion coefficient than to positions with relatively high apparent diffusion coefficient.
A light-emitting device package , comprising: a light-emitting diode (LED) die, comprising: a growth substrate ; junctions formed on a first side of the growth substrate, the junctions being at least partially electrically insulated from each other in the die; transparent conductors formed on a second side of the growth substrate , wherein the transparent conductors are transparent electrical conductors; and wavelength converters formed on the transparent conductors, each wavelength converter being located over a different junction . a growth substrate ; junctions formed on a first side of the growth substrate, the junctions being at least partially electrically insulated from each other in the die; transparent conductors formed on a second side of the growth substrate , wherein the transparent conductors are transparent electrical conductors; and wavelength converters formed on the transparent conductors, each wavelength converter being located over a different junction .
A surgical instrument control circuit comprising: a primary processor ; a safety processor ; and a segmented circuit comprising a plurality of circuit segments (1102a-1102h) in signal communication with the primary processor , the plurality of circuit segments (1102a-1102h) comprising: a power segment configured to provide a respective stabilized segment voltage to the primary processor , the safety processor , and each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), wherein the primary processor is configured to sequentially energize each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), and error check each circuit segment prior to energizing a sequential circuit segment. a primary processor ; a safety processor ; and a segmented circuit comprising a plurality of circuit segments (1102a-1102h) in signal communication with the primary processor , the plurality of circuit segments (1102a-1102h) comprising: a power segment configured to provide a respective stabilized segment voltage to the primary processor , the safety processor , and each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), wherein the primary processor is configured to sequentially energize each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), and error check each circuit segment prior to energizing a sequential circuit segment. a power segment configured to provide a respective stabilized segment voltage to the primary processor , the safety processor , and each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), wherein the primary processor is configured to sequentially energize each of the remaining circuit segments (1102c-1102g) of the plurality of circuit segments (1102a-1102h), and error check each circuit segment prior to energizing a sequential circuit segment.
A fastening arrangement for anchoring facade panel elements , comprising a substructure on a building shell and a plurality of facade panel elements , wherein the fastening arrangement comprises an adhesive component and a mechanical securing component located between the substructure and the facade panel elements , characterized in that • as a mechanical securing component, at least two securing straps are provided for each facade panel element , each having at least two fastening points • wherein at least one fastening point of the first of the two securing straps is a sliding point which uses an oblong hole , and • wherein the longitudinal extent of the oblong hole defines an axis (A) that is tilted at an angle γ between 5° and 20° with respect to the vertical axis (V). • as a mechanical securing component, at least two securing straps are provided for each facade panel element , each having at least two fastening points • wherein at least one fastening point of the first of the two securing straps is a sliding point which uses an oblong hole , and • wherein the longitudinal extent of the oblong hole defines an axis (A) that is tilted at an angle γ between 5° and 20° with respect to the vertical axis (V).
A refrigeration system , in particular a transport refrigeration system, comprising a refrigerant circuit , in particular one working with CO 2 as refrigerant, in which there is guided a total mass flow (G) of the refrigerant, a high-pressure side heat exchanger arranged in the refrigerant circuit and cooling refrigerant compressed to a high pressure (PH), an expansion element arranged following the high-pressure side heat exchanger in the refrigerant circuit , the expansion element, in the active state, cooling the total mass flow (G) of the refrigerant by expansion and thereby producing a main mass flow (H) of liquid refrigerant and an auxiliary mass flow (Z) of gaseous refrigerant, which enter an intermediate-pressure collector and are separated therein into the main mass flow (H) and the auxiliary mass flow (Z), at least one cooling stage , which expands the main mass flow (H) from the intermediate-pressure collector in at least one cooling expansion element to a low pressure (PN) and thereby provides refrigerating capacity at a low-pressure side heat exchanger , and a refrigerant compressor unit compressing the main mass flow (H) from low pressure (PN) to high pressure (PH), wherein the refrigerant compressor unit has a first compressor stage for compressing the refrigerant of the main mass flow (H) guided at low pressure (PN) to medium pressure (PM) and a second compressor stage for compressing the refrigerant of the main mass flow (H) compressed to medium pressure (PM) to high pressure (PH), in that the auxiliary mass flow (Z) from the intermediate-pressure collector enters the second compressor stage of the refrigerant compressor unit for compression to high pressure (PH), characterised in that the refrigerant compressor unit has a refrigerant compressor and an electric drive motor and in that the auxiliary mass flow (Z) before the entry into the second compressor unit enters a motor chamber of the refrigerant compressor unit for cooling the electric drive motor , in that a drive chamber of the refrigerant compressor , from which chamber a drive of the compressor stages is produced, is held at medium pressure (PM) and in that the drive chamber is in connection with the motor chamber via a connecting duct or in that the refrigerant, after cooling of the electric drive motor , flows through the drive chamber .
A method of preparing antibodies that bind covalently to a polypeptide or bind covalently and proteolytically cleave said polypeptide, the method comprising isolating the antibodies from an ex vivo sample obtained from an organism which was previously immunized using a covalently reactive polypeptide analogue (pCRA) comprising an antigenic determinant of formula (I): wherein: L1... Lx... Lm, together, are 4-30 amino acid components of said antigenic determinant of said polypeptide, Lx is an amino acid determinant which is not a terminal amino acid, L' is a side-chain functional group of Lx, Y" is atom, covalent bond or flexible linker, and Y is a covalently reactive electrophilic group that reacts with said antibodies, and wherein the covalently reactive electrophilic group is located in an amino acid side-chain of the antigenic determinant. L1... Lx... Lm, together, are 4-30 amino acid components of said antigenic determinant of said polypeptide, Lx is an amino acid determinant which is not a terminal amino acid, L' is a side-chain functional group of Lx, Y" is atom, covalent bond or flexible linker, and Y is a covalently reactive electrophilic group that reacts with said antibodies, and wherein the covalently reactive electrophilic group is located in an amino acid side-chain of the antigenic determinant.