mhurhangee/patent-ind-claim-en huggingface dataset:
A ratchet strap and buckle assembly comprising: - an adjustment ratchet strap comprising a ratchet strap end , and a plurality of ratchet teeth arranged thereon; and - a single-piece buckle having a locking tooth and a flexible top element ; wherein the single-piece buckle comprises: - a passageway for receiving the ratchet strap end to be inserted therein, and - the flexible top element is configured to engage with at least one of the plurality of ratchet teeth using the locking tooth upon insertion of the adjustment ratchet strap , and characterized by - a small protruding ledge formed in a dividing channel , and a corresponding extension in an end of the locking tooth that are operable to regulate movement of the flexible top element ; - moulded-in channels in the sides of the buckle that are operable to stabilise the adjustment ratchet strap inside the buckle and prevent inadvertently triggering release of the adjustment ratchet strap from the single-piece buckle through a general movement thereof, - the adjustment ratchet strap and the single-piece buckle comprising ladderlock bars for attachment of webbing therewith. - an adjustment ratchet strap comprising a ratchet strap end , and a plurality of ratchet teeth arranged thereon; and - a single-piece buckle having a locking tooth and a flexible top element ; - a passageway for receiving the ratchet strap end to be inserted therein, and - the flexible top element is configured to engage with at least one of the plurality of ratchet teeth using the locking tooth upon insertion of the adjustment ratchet strap , and characterized by - a small protruding ledge formed in a dividing channel , and a corresponding extension in an end of the locking tooth that are operable to regulate movement of the flexible top element ; - moulded-in channels in the sides of the buckle that are operable to stabilise the adjustment ratchet strap inside the buckle and prevent inadvertently triggering release of the adjustment ratchet strap from the single-piece buckle through a general movement thereof, - the adjustment ratchet strap and the single-piece buckle comprising ladderlock bars for attachment of webbing therewith.
Household appliance, - wherein the household appliance is a large household appliance or a small household appliance, - has a first electronics module and a second electronics module , - is equipped with a bus system , with the aid of which the first electronics module and the second electronics module are connected, - wherein a message (A1) to be transferred can be transmitted from the first electronics module to the second electronics module by way of the bus system , characterised in that the household appliance is designed - to encrypt a message to be transferred from the first electronics module in the form of a telegram (A1) by means of a predetermined item of information (207, K) and a variable item of time information, - to transmit the encrypted message (A1) in the form of a telegram (X, Y) and - to decrypt the encrypted telegram (X, Y) received by the second electronics module by means of the predetermined item of information (207, K) and the variable item of time information, wherein - the electronics modules comprise at least a user interface, a measuring unit, a switching unit and/or an actuator, which use encrypted telegrams (X, Y) to exchange messages. - wherein the household appliance is a large household appliance or a small household appliance, - has a first electronics module and a second electronics module , - is equipped with a bus system , with the aid of which the first electronics module and the second electronics module are connected, - wherein a message (A1) to be transferred can be transmitted from the first electronics module to the second electronics module by way of the bus system , - to encrypt a message to be transferred from the first electronics module in the form of a telegram (A1) by means of a predetermined item of information (207, K) and a variable item of time information, - to transmit the encrypted message (A1) in the form of a telegram (X, Y) and - to decrypt the encrypted telegram (X, Y) received by the second electronics module by means of the predetermined item of information (207, K) and the variable item of time information, - the electronics modules comprise at least a user interface, a measuring unit, a switching unit and/or an actuator, which use encrypted telegrams (X, Y) to exchange messages.
Charging station for providing electrical energy for an electrically drivable vehicle comprising a housing with an opening , a closing element associated with the opening for optional exposing or closing of the opening , at least a plug-in element accessible from outside the housing for establishing a charging connection to the vehicle, a power supply cable taken into the housing with a plurality of electrical conductors for connecting to a supply network , an internal electrical connection cable associated with the plug-in element with a plurality of electrical conductors, a circuit-breaker associated with the plug-in element , a conductor fuse for protecting at least individual electrical conductors of the internal electrical connection cable, and a switch unit associated with the internal electrical connection cable for optionally making and breaking an internal electrical connection between the plug-in element and the power supply cable , characterised in that a plurality of mutually remote and mutually non-electrically conductively associated terminal bars are provided in the housing , to which one electrical conductor each of the power supply cable on the one hand and a corresponding electrical conductor of the internal electrical connection cable on the other hand are connected electrically conductively, and in that the terminal bars are mounted so as to be shock hazard-protected in the housing , wherein to achieve protection from shock hazards the terminal bars are provided between a housing wall and preferably between a housing rear wall opposing the opening on the one hand, and the energy supply module and/or a fuse block having the conductor fuse for the at least one sub-distribution conductor and/or an additional cover on the other hand.
A method of processing a 7xxx series aluminum alloy metal product, comprising: solutionizing a sheet, a plate, or a shate at a temperature of at least 460 °C; quenching and deforming the sheet, the plate, or the shate to produce an aluminum alloy article; pre-aging the aluminum alloy article by heating the aluminum alloy article to a temperature of from 100 °C to 225 °C for a period of time of from 10 minutes to 45 minutes, and thermally treating the aluminum alloy article after the pre-aging step, wherein the thermally treating step comprises paint baking performed by heating the aluminum alloy article to a temperature of from 100 °C to 225 °C for a period of time up to 2 hours. solutionizing a sheet, a plate, or a shate at a temperature of at least 460 °C; quenching and deforming the sheet, the plate, or the shate to produce an aluminum alloy article; pre-aging the aluminum alloy article by heating the aluminum alloy article to a temperature of from 100 °C to 225 °C for a period of time of from 10 minutes to 45 minutes, and thermally treating the aluminum alloy article after the pre-aging step, wherein the thermally treating step comprises paint baking performed by heating the aluminum alloy article to a temperature of from 100 °C to 225 °C for a period of time up to 2 hours.
Use of an additive package to improve the vibration resistance of an industrial gear oil composition in an industrial gearbox subject to external vibration, wherein the additive package provides protection against damage caused by the external vibration, wherein the industrial gear oil composition comprises (a) an oil of lubricating viscosity; and wherein the additive package comprises (b) 0.1 to 10 percent by weight of an ester of an alkyl phosphite, based on the overall weight of the industrial gear oil composition, wherein the alkyl groups of the alkyl phosphite are saturated or unsaturated alkyl groups or mixtures thereof; and (c) 0.1 to 20 percent by weight of a sulfurized fatty ester, based on the overall weight of the industrial gear oil composition.
Purge tool for extracting water from a tank of fuel , said purge tool having a tube that delimits an internal space (INT), characterised in that said tube comprises at least one capacitive sensor , said purge tool comprising a computer that is connected to said at least one capacitive sensor and to at least one alert generator , said at least one capacitive sensor being configured to transmit a measurement signal to the computer , said computer being configured to determine, using the measurement signal, whether a liquid that is flowing from the tank to said internal space (INT) is fuel, said computer being configured to transmit an alert signal to the alert generator at least when said liquid is fuel, said alert generator being configured to generate an alert at the command of the computer when said liquid is fuel.
An implantable prosthetic device for repair of a native mitral or tricuspid valve, the device comprising: a coaption portion comprising a spacer having an oval cross-sectional shape and configured to be positioned within the native heart valve orifice to help form a more effective seal between the native leaflets , thereby reducing or preventing regurgitation; an anchor portion comprising a plurality of paddles , the paddles being movable from a closed position to an open position to capture native mitral or tricuspid valve leaflets between the paddles and the spacer ; and a clasp comprising: a base ; a plurality of moveable arms each having a barbed portion ; and a plurality of hinge portions hingeably connecting the moveable arms to the base . a coaption portion comprising a spacer having an oval cross-sectional shape and configured to be positioned within the native heart valve orifice to help form a more effective seal between the native leaflets , thereby reducing or preventing regurgitation; an anchor portion comprising a plurality of paddles , the paddles being movable from a closed position to an open position to capture native mitral or tricuspid valve leaflets between the paddles and the spacer ; and a clasp comprising: a base ; a plurality of moveable arms each having a barbed portion ; and a plurality of hinge portions hingeably connecting the moveable arms to the base . a base ; a plurality of moveable arms each having a barbed portion ; and a plurality of hinge portions hingeably connecting the moveable arms to the base .
A flame retardant poly(butylene terephthalate) composition comprising (a) a poly(butylene terephthalate) copolymer reaction product of 1,4-butanediol and a dimethyl terephthalate residual composition comprising a dimethyl terephthalate derived from a terephthalic-containing polyester homopolymer, terephthalic-containing polyester copolymer, or a combination thereof; and from more than 0 to less than 3.6 wt.% of a residual component selected from dimethyl isophthalate, cyclohexane dimethanol, diethylene glycol, triethylene glycol, and combinations thereof; and (b) a flame retarding amount of a brominated polycarbonate, wherein the flame retardant composition has a heat deflection temperature ranging from 61 °C to 74°C when measured at 1.82 MPa in accordance with ASTM Method D648. (a) a poly(butylene terephthalate) copolymer reaction product of 1,4-butanediol and a dimethyl terephthalate residual composition comprising a dimethyl terephthalate derived from a terephthalic-containing polyester homopolymer, terephthalic-containing polyester copolymer, or a combination thereof; and from more than 0 to less than 3.6 wt.% of a residual component selected from dimethyl isophthalate, cyclohexane dimethanol, diethylene glycol, triethylene glycol, and combinations thereof; and (b) a flame retarding amount of a brominated polycarbonate, wherein the flame retardant composition has a heat deflection temperature ranging from 61 °C to 74°C when measured at 1.82 MPa in accordance with ASTM Method D648.
A method of selecting an individual with cancer for treatment with a TKI, the method comprising: (a) determining the expression levels in a biological sample obtained from the individual of all 225 of the genes in table 4, wherein said biological sample comprises cells, nucleic acids and/or proteins from the cancer, and (b) selecting an individual for treatment with the TKI based on the expression levels of those genes. (a) determining the expression levels in a biological sample obtained from the individual of all 225 of the genes in table 4, wherein said biological sample comprises cells, nucleic acids and/or proteins from the cancer, and (b) selecting an individual for treatment with the TKI based on the expression levels of those genes.
A device comprising: a processor; and a memory in communication with the processor, the memory storing executable instructions that, when executed by the processor, cause the device to perform functions of: generating a first part of a session key; receiving a second part of the session key from a resource server ; generating, by a resource client installed on the device, a master session key from said first part and said second part of the session key, for a communication session between the device and resource server : deriving a nonce from the master session key, by generating a hash of the master session key; transmitting an authentication request to an identity platform to authenticate the device for accessing the resource server , the authentication request including the nonce; receiving from the identity platform an access token that includes the nonce and includes information that confirms authentication of the device ; and transmitting the access token to the resource server to enable access to the resource server , wherein the access token that is transmitted to the resource server includes the nonce. a processor; and a memory in communication with the processor, the memory storing executable instructions that, when executed by the processor, cause the device to perform functions of: generating a first part of a session key; receiving a second part of the session key from a resource server ; generating, by a resource client installed on the device, a master session key from said first part and said second part of the session key, for a communication session between the device and resource server : deriving a nonce from the master session key, by generating a hash of the master session key; transmitting an authentication request to an identity platform to authenticate the device for accessing the resource server , the authentication request including the nonce; receiving from the identity platform an access token that includes the nonce and includes information that confirms authentication of the device ; and transmitting the access token to the resource server to enable access to the resource server , wherein the access token that is transmitted to the resource server includes the nonce. generating a first part of a session key; receiving a second part of the session key from a resource server ; generating, by a resource client installed on the device, a master session key from said first part and said second part of the session key, for a communication session between the device and resource server : deriving a nonce from the master session key, by generating a hash of the master session key; transmitting an authentication request to an identity platform to authenticate the device for accessing the resource server , the authentication request including the nonce; receiving from the identity platform an access token that includes the nonce and includes information that confirms authentication of the device ; and transmitting the access token to the resource server to enable access to the resource server , wherein the access token that is transmitted to the resource server includes the nonce.
A method of transmitting a scheduling request, SR, in a wireless communication system, the method comprising: receiving, from a base station , first information and second information for SR configuration; and transmitting , to the base station , the SR if a SR timer with a value determined based on the first information and the second information is expired, and wherein the first information includes SR configuration information for a primary cell and a secondary cell on which a physical uplink control channel, PUCCH, is configured, respectively, and wherein the SR configuration information for the primary cell indicates information for an SR period of the primary cell and the SR configuration information for the secondary cell indicates information for an SR period of the secondary cell, and wherein the second information is an integer value for configuring the SR timer for prohibiting an SR transmission, and wherein the value of the SR timer for prohibiting the SR transmission is determined based on the second information and a shorter period between the SR period of the primary cell and the SR period of the secondary cell. receiving, from a base station , first information and second information for SR configuration; and transmitting , to the base station , the SR if a SR timer with a value determined based on the first information and the second information is expired, and wherein the first information includes SR configuration information for a primary cell and a secondary cell on which a physical uplink control channel, PUCCH, is configured, respectively, and wherein the SR configuration information for the primary cell indicates information for an SR period of the primary cell and the SR configuration information for the secondary cell indicates information for an SR period of the secondary cell, and wherein the second information is an integer value for configuring the SR timer for prohibiting an SR transmission, and wherein the value of the SR timer for prohibiting the SR transmission is determined based on the second information and a shorter period between the SR period of the primary cell and the SR period of the secondary cell.
System for fatigue testing a wind turbine blade comprising: (a) a mounting for retaining a root end of the wind turbine blade , (b) at least one actuator assembly for attachment to the wind turbine blade , the at least one actuator assembly comprising at least one actuator for exciting the wind turbine blade in flapwise directions (F) and/or edgewise directions (E), and (c) at least one measuring device for measuring of a stress, a strain and/or a deflection of the wind turbine blade , characterized in that (d) the system further comprises at least one tuned liquid damper for attachment to the wind turbine blade , the tuned liquid damper being attachable to an outside of the wind turbine blade and comprising a container and a liquid contained therein. (a) a mounting for retaining a root end of the wind turbine blade , (b) at least one actuator assembly for attachment to the wind turbine blade , the at least one actuator assembly comprising at least one actuator for exciting the wind turbine blade in flapwise directions (F) and/or edgewise directions (E), and (c) at least one measuring device for measuring of a stress, a strain and/or a deflection of the wind turbine blade , characterized in that (d) the system further comprises at least one tuned liquid damper for attachment to the wind turbine blade , the tuned liquid damper being attachable to an outside of the wind turbine blade and comprising a container and a liquid contained therein.
An electric kettle, comprising a heating plate assembly arranged on a bottom of the electric kettle and comprising: a chassis , a heat conducting plate , welded on a bottom of the chassis , and a heating tube , connected to a bottom of the heat conducting plate , wherein, the chassis has an annular heat collecting area formed at a position corresponding to the heating tube and is provided with a plurality of continuously distributed convex ribs in the heat collecting area ; the convex ribs extend along the heat collecting area and define a plurality of concave cavities between the chassis and the heat conducting plate ; the convex ribs protrude upward relative to a surface of the chassis , and the heat conducting plate is provided with grooves arranged on a surface of the heat conducting plate and communicated with the concave cavities , wherein, the heat conducting plate is provided with a locating hole in a middle of the heat conducting plate , and the grooves are distributed radially outward from a circumference of the locating hole , wherein, the convex ribs are distributed all over the heat collecting area , wherein, the heat collecting area has a width ranging from 12 mm to 30 mm, the convex ribs have a width L1 ranging from 2 mm to 5mm, and the convex ribs have a height ranging from 0.1 mm to 2 mm, wherein, the concave cavities are located inside the convex ribs , and the concave cavities have bottom ends not lower than a bottom surface of the chassis . a chassis , a heat conducting plate , welded on a bottom of the chassis , and a heating tube , connected to a bottom of the heat conducting plate , wherein, the chassis has an annular heat collecting area formed at a position corresponding to the heating tube and is provided with a plurality of continuously distributed convex ribs in the heat collecting area ; the convex ribs extend along the heat collecting area and define a plurality of concave cavities between the chassis and the heat conducting plate ; the convex ribs protrude upward relative to a surface of the chassis , and the heat conducting plate is provided with grooves arranged on a surface of the heat conducting plate and communicated with the concave cavities , wherein, the heat conducting plate is provided with a locating hole in a middle of the heat conducting plate , and the grooves are distributed radially outward from a circumference of the locating hole , wherein, the convex ribs are distributed all over the heat collecting area , wherein, the heat collecting area has a width ranging from 12 mm to 30 mm, the convex ribs have a width L1 ranging from 2 mm to 5mm, and the convex ribs have a height ranging from 0.1 mm to 2 mm, wherein, the concave cavities are located inside the convex ribs , and the concave cavities have bottom ends not lower than a bottom surface of the chassis .