mhurhangee/patent-ind-claim-en huggingface dataset:
Switching device for switching drive elements in a motor vehicle comprising a plurality of first switching elements which are arranged on a first housing surface and by means of which drive elements to be actuated can be selected, and having at least one second switching element which is arranged on the first housing surface or on a second housing surface and influences the function of the drive member selected by a first switching element , wherein the first switching elements are operable by fingers of a person, and wherein the at least one second switching element is operable by a palm, a heel of the hand or a thumb, wherein the first switching elements and the at least one second switching element are formed by non-switching contact surface sensors, and wherein switching on a drive member by actuation of one of the first switching elements requires simultaneous actuation of one of the at least one second switching element .
A device for positioning a measuring device along a tubular multiple-winding guide , the device comprising: 1.1 an elastically flexible advancing strand (2; 8) which exhibits a shear resistance sufficient for providing an advancing force; and 1.2 the measuring device which comprises one or more sensors , each for measuring a physical or chemical measurement variable, for example temperature, pressure, concentration or level, wherein the respective sensor is connected to the advancing strand (2; 8) in such a way that the sensor participates in advancing movements of the advancing strand (2; 8), characterised in that 1.3 the device further comprises a vibrator which is arranged on a front end portion of the advancing strand (2; 8) and connected in a shear-resistant connection (16; 17; 18) to the advancing strand (2; 8), such that the advancing strand (2; 8) and the vibrator form a shear composite . 1.1 an elastically flexible advancing strand (2; 8) which exhibits a shear resistance sufficient for providing an advancing force; and 1.2 the measuring device which comprises one or more sensors , each for measuring a physical or chemical measurement variable, for example temperature, pressure, concentration or level, wherein the respective sensor is connected to the advancing strand (2; 8) in such a way that the sensor participates in advancing movements of the advancing strand (2; 8), characterised in that 1.3 the device further comprises a vibrator which is arranged on a front end portion of the advancing strand (2; 8) and connected in a shear-resistant connection (16; 17; 18) to the advancing strand (2; 8), such that the advancing strand (2; 8) and the vibrator form a shear composite .
Package comprising: - a container for perfumery or cosmetic products, comprising: - a first box-shaped body delimiting a first compartment ; - a first tray , placed in said first compartment and comprising at least a first cavity ; - a first tray cover which comprises a sheet applied to said first tray , said first tray cover defining an opening , said opening crossing the thickness of the first tray cover completely; - a first product at least partly housed in said first cavity ; characterized in that - said first cavity is a multi-laying cavity adapted to at least partially house alternatively at least a first or a second product of different shapes; - in that said first tray cover surmounts a first part of said first cavity and the opening surmounts a second part of said first cavity , wherein an empty space is placed between the first tray cover and the first part of the first cavity ; - and in that at least one portion of the first cavity behind said first tray cover is not occupied by the first product , remaining empty. - a container for perfumery or cosmetic products, comprising: - a first box-shaped body delimiting a first compartment ; - a first tray , placed in said first compartment and comprising at least a first cavity ; - a first tray cover which comprises a sheet applied to said first tray , said first tray cover defining an opening , said opening crossing the thickness of the first tray cover completely; - a first box-shaped body delimiting a first compartment ; - a first tray , placed in said first compartment and comprising at least a first cavity ; - a first tray cover which comprises a sheet applied to said first tray , said first tray cover defining an opening , said opening crossing the thickness of the first tray cover completely; - a first product at least partly housed in said first cavity ; characterized in that - said first cavity is a multi-laying cavity adapted to at least partially house alternatively at least a first or a second product of different shapes; - in that said first tray cover surmounts a first part of said first cavity and the opening surmounts a second part of said first cavity , wherein an empty space is placed between the first tray cover and the first part of the first cavity ; - and in that at least one portion of the first cavity behind said first tray cover is not occupied by the first product , remaining empty.
A compound consisting of the nucleotide sequence 5'-TCGTCGTTTTGTCGTTTTGTCGTT-3' (SEQ ID NO:1), at its 5' end, bonded or linked by a linker to the following lipid: or a salt thereof, wherein X is O or S. or a salt thereof, wherein X is O or S.
A hollow molded article including a resin layer forming an inner surface, wherein droplets of an oily liquid are distributed on a surface of the resin layer, wherein the surface of the resin layer is formed of the matrix resin and a material having a lower critical surface tension as compared with the matrix resin, wherein said material is a dispersed resin or a bleedable organic additive, and wherein the hollow molded article is a direct blow-molded bottle having a closed mouth portion.
A drug dispenser assembly comprising: a drug dispenser for dispensing a drug in a dispense event; characterised in that the drug dispenser assembly further comprises a skinprint analyser configured to receive a skinprint, preferably a fingerprint, of a user and configured: (a) to perform a verification test regarding the identity of the skinprint; (b) to conduct a chemical analysis for the presence of a metabolite in the skinprint; and (c) to produce data indicative of results of the verification test and the chemical analysis; and an actuator configured to actuate a dispense event in the event that the results of one or both of the verification test and the chemical analysis meet one or more predetermined conditions. a drug dispenser for dispensing a drug in a dispense event; characterised in that the drug dispenser assembly further comprises a skinprint analyser configured to receive a skinprint, preferably a fingerprint, of a user and configured: (a) to perform a verification test regarding the identity of the skinprint; (b) to conduct a chemical analysis for the presence of a metabolite in the skinprint; and (c) to produce data indicative of results of the verification test and the chemical analysis; and (a) to perform a verification test regarding the identity of the skinprint; (b) to conduct a chemical analysis for the presence of a metabolite in the skinprint; and (c) to produce data indicative of results of the verification test and the chemical analysis; and an actuator configured to actuate a dispense event in the event that the results of one or both of the verification test and the chemical analysis meet one or more predetermined conditions.
A fuel rail assembly for a combustion engine, the fuel rail assembly comprising an elongated tubular fuel rail and at least one fuel delivery pipe unit being hydraulically coupled to the fuel rail , the fuel delivery pipe unit comprising an injector cup for receiving a fuel inlet portion of a fuel injector, a pipe being hydraulically coupled to the injector cup and to the fuel rail , and at least one fixation unit for fixing the fuel delivery pipe unit to the combustion engine, wherein - the fixation unit comprises a connecting element being fixedly connected to a predetermined pipe unit portion by a first filler material joint, - the connecting element , absent the first filler material joint, is axially and rotatably movable relative to the pipe and the injector cup with respect to a longitudinal axis (L) of the pipe , - a bracket element , the bracket element comprising a through hole for receiving a fixation bolt which is provided for fixing the bracket element to the engine, the bracket element being fixedly connected to a predetermined connecting element portion by a second filler material joint, and - the bracket element , absent the second filler material joint, is laterally movable with respect to the connecting element for adjusting its radial distance from the pipe and the injector cup . - the fixation unit comprises a connecting element being fixedly connected to a predetermined pipe unit portion by a first filler material joint, - the connecting element , absent the first filler material joint, is axially and rotatably movable relative to the pipe and the injector cup with respect to a longitudinal axis (L) of the pipe , - a bracket element , the bracket element comprising a through hole for receiving a fixation bolt which is provided for fixing the bracket element to the engine, the bracket element being fixedly connected to a predetermined connecting element portion by a second filler material joint, and - the bracket element , absent the second filler material joint, is laterally movable with respect to the connecting element for adjusting its radial distance from the pipe and the injector cup .
A confocal scanner mounted on a microscope , the confocal scanner comprising: a linear light source including a plurality of light emitting elements arranged linearly, the linear light source being configured to emit linear light which is a line-shaped light; a linear detector including a plurality of light receiving elements arranged linearly, the linear detector being configured to detect incident light for each line; and a moving mechanism configured to translationally move the linear light source and the linear detector with respect to the microscope, wherein the linear light source and the linear detector are disposed so as to have a positional relationship in which the linear light source and the linear detector correspond to each other within an imaging surface at conjugate positions with respect to a focal plane of the microscope, characterized in that the moving mechanism comprises a connection member to which the linear light source and the linear detector are fixed, and the moving mechanism is configured to move the connection member to translationally move the linear light source and the linear detector with respect to the microscope . a linear light source including a plurality of light emitting elements arranged linearly, the linear light source being configured to emit linear light which is a line-shaped light; a linear detector including a plurality of light receiving elements arranged linearly, the linear detector being configured to detect incident light for each line; and a moving mechanism configured to translationally move the linear light source and the linear detector with respect to the microscope, wherein the linear light source and the linear detector are disposed so as to have a positional relationship in which the linear light source and the linear detector correspond to each other within an imaging surface at conjugate positions with respect to a focal plane of the microscope, characterized in that the moving mechanism comprises a connection member to which the linear light source and the linear detector are fixed, and the moving mechanism is configured to move the connection member to translationally move the linear light source and the linear detector with respect to the microscope .
Method for user distinguishing for a touch-enabled HMI interface , wherein the touch-enabled HMI interface is arranged in a stationary manner between a first operating position of a first user to the left of the touch-enabled HMI interface and a second operating position of a second user to the right of the touch-enabled HMI interface , comprising the steps: - detecting a hand or an arm in addition to the hand of a user by means of a sensor , - determining a centre of gravity of the hand or the arm in addition to the hand of the user from the sensor signal, and - detecting a contact point of the hand upon contact with the touch-enabled HMI interface , characterised by : - determining a horizontal displacement , with regard to the touch-enabled HMI interface , of the centre of gravity relative to the contact point and in response thereupon - distinguishing the user operating the HMI interface by means of the horizontal displacement , wherein the first user is recognised when the centre of gravity is to the left of the contact point , and wherein the second user is recognised when the centre of gravity is to the right of the contact point . - detecting a hand or an arm in addition to the hand of a user by means of a sensor , - determining a centre of gravity of the hand or the arm in addition to the hand of the user from the sensor signal, and - detecting a contact point of the hand upon contact with the touch-enabled HMI interface , - determining a horizontal displacement , with regard to the touch-enabled HMI interface , of the centre of gravity relative to the contact point and in response thereupon - distinguishing the user operating the HMI interface by means of the horizontal displacement , wherein the first user is recognised when the centre of gravity is to the left of the contact point , and wherein the second user is recognised when the centre of gravity is to the right of the contact point .
A method for surface-modifying a rubber vulcanizate as a modification target, the method comprising: step 1 of forming polymerization initiation points A on a surface of the modification target; step 2 of radically polymerizing a monomer starting from the polymerization initiation points A to grow polymer chains; and step 3 of adding a silane compound to surfaces of the polymer chains by bringing the silane compound into contact with the modification target on which the polymer chains are formed, followed by reaction with at least a fluoroalkyl group-containing silane compound by bringing a solution of the fluoroalkyl group-containing silane into contact with the modification target in which the silane compound is added to the surfaces of the polymer chains to form modified polymer chains, wherein the fluoroalkyl group-containing silane compound is represented by the following formula : F 3 C-(CF 2 ) n -(CH 2 ) m -Si(OR 1 ) 3 wherein n is 0 to 5; m is 1 to 8; and each R 1 may be the same or different and represents an alkyl group. step 1 of forming polymerization initiation points A on a surface of the modification target; step 2 of radically polymerizing a monomer starting from the polymerization initiation points A to grow polymer chains; and step 3 of adding a silane compound to surfaces of the polymer chains by bringing the silane compound into contact with the modification target on which the polymer chains are formed, followed by reaction with at least a fluoroalkyl group-containing silane compound by bringing a solution of the fluoroalkyl group-containing silane into contact with the modification target in which the silane compound is added to the surfaces of the polymer chains to form modified polymer chains,
An oil temperature sensor , comprising: a sensor body that detects a temperature of oil; and a housing in which a space is formed and detachably fitted to an opponent fitting body , wherein the sensor body includes a thermistor , a resin mold portion in which the thermistor is buried, a first lead frame including a first buried portion on which one end of the thermistor is mounted and which is buried in the resin mold portion , and a first terminal portion provided continuously from the first buried portion and exposed from the resin mold portion , and a second lead frame including a second buried portion on which the other end of the thermistor is mounted and which is buried in the resin mold portion , and a second terminal portion provided continuously from the second buried portion and exposed from the resin mold portion , the second lead frame being arranged apart from the first lead frame , characterized in that the sensor body is fixed to the housing in a manner that the resin mold portion is buried and the first terminal portion and the second terminal portion are partially exposed to the space . a sensor body that detects a temperature of oil; and a housing in which a space is formed and detachably fitted to an opponent fitting body , wherein the sensor body includes a thermistor , a resin mold portion in which the thermistor is buried, a first lead frame including a first buried portion on which one end of the thermistor is mounted and which is buried in the resin mold portion , and a first terminal portion provided continuously from the first buried portion and exposed from the resin mold portion , and a second lead frame including a second buried portion on which the other end of the thermistor is mounted and which is buried in the resin mold portion , and a second terminal portion provided continuously from the second buried portion and exposed from the resin mold portion , the second lead frame being arranged apart from the first lead frame , characterized in that the sensor body is fixed to the housing in a manner that the resin mold portion is buried and the first terminal portion and the second terminal portion are partially exposed to the space .
A method comprising: obtaining a first network packet that indicates a first mobile country code of a mobile subscriber at a first time and a first mobile network code of the mobile subscriber at the first time; obtaining a second network packet that indicates a second mobile country code of the mobile subscriber at a second time and a second mobile network code of the mobile subscriber at the second time; determining whether the first mobile country code is different from the second mobile country code or the first mobile network code is different from the second mobile network code; if it is determined that the first mobile country code is different from the second mobile country code or the first mobile network code is different from the second mobile network code, determining whether a difference between the second time and the first time is less than a threshold difference that is based on a plurality of threshold differences corresponding to respective combinations of mobile country codes and mobile network codes provided in a matrix , the matrix being configured to be preconfigured and/or adjustable by a mobile network operator; and if it is determined that the difference between the second time and the first time is less than the threshold difference, associating the second network packet with a potential security threat. obtaining a first network packet that indicates a first mobile country code of a mobile subscriber at a first time and a first mobile network code of the mobile subscriber at the first time; obtaining a second network packet that indicates a second mobile country code of the mobile subscriber at a second time and a second mobile network code of the mobile subscriber at the second time; determining whether the first mobile country code is different from the second mobile country code or the first mobile network code is different from the second mobile network code; if it is determined that the first mobile country code is different from the second mobile country code or the first mobile network code is different from the second mobile network code, determining whether a difference between the second time and the first time is less than a threshold difference that is based on a plurality of threshold differences corresponding to respective combinations of mobile country codes and mobile network codes provided in a matrix , the matrix being configured to be preconfigured and/or adjustable by a mobile network operator; and if it is determined that the difference between the second time and the first time is less than the threshold difference, associating the second network packet with a potential security threat.
Conveyor , comprising at least one conveyor support rail attachment and at least one support rail comprising an upper support surface , a lower support surface and two side sections adapted to cooperate with bearing surfaces of attachment means of the conveyor support rail attachment , where a conveyor support rail attachment comprises a plurality of attachment means arranged spaced apart along a longitudinal centre axis which is parallel to the moving direction of the conveyor chain, and that every second attachment means is arranged on a left side of the centre axis with a distance (a), and every other attachment means is arranged on a right side of the centre axis with a distance (b), and where each attachment means is provided with a bearing surface adapted to bear against a side section of the support rail , characterized in that the support rail is supported only on one side at each attachment means , and that the side sections of a support rail are concave.
A virus-like particle comprising a lipoprotein envelope including a viral fusogenic glycoprotein, wherein said virus-like particle contains cyclic guanosine monophosphate-adenosine monophosphate (cGAMP) packaged into said virus-like particle, for use for treating cancer.
A method for preparing a substrate for electronic printing, said method comprising the steps of: applying a release coating to a first side of a film ; applying an application layer to said first side of said film over said release coating; bonding said first side of said film to a first substrate ; applying a printable coating to a second side of said film while said first side of said film is bonded to said first substrate ; curing said film and said substrate in an oven while said film is bonded to said first substrate and after said printable coating is applied to said second side of said film ; removing said film from said substrate leaving said application layer deposited on said first substrate and said printable coating on said second side of said film ; and transferring said printable coating from said second side of said film to a second substrate; wherein said application of said printable coating is performed as an inline part of a transfer lamination process. applying a release coating to a first side of a film ; applying an application layer to said first side of said film over said release coating; bonding said first side of said film to a first substrate ; applying a printable coating to a second side of said film while said first side of said film is bonded to said first substrate ; curing said film and said substrate in an oven while said film is bonded to said first substrate and after said printable coating is applied to said second side of said film ; removing said film from said substrate leaving said application layer deposited on said first substrate and said printable coating on said second side of said film ; and transferring said printable coating from said second side of said film to a second substrate; wherein said application of said printable coating is performed as an inline part of a transfer lamination process.