mhurhangee/patent-ind-claim-en huggingface dataset:
A reach truck with a monitoring sensor for monitoring the environment and with a retractable mast that can be moved between two wheel arms and that comprises a height-adjustable load-carrying means , wherein the monitoring sensor is fastened to the retractable mast in such a way that the monitoring sensor moves with the retractable mast in the vehicle longitudinal direction and the monitoring sensor is fastened to the retractable mast at a predetermined height regardless of the height of the load-carrying means , characterized in that the monitoring sensor has at least one parameterizable monitoring field , the location and/or dimensions of which can be specified by means of parameters and the parameters of which for determining the monitoring field are determined regardless of the position of the retractable mast in the vehicle longitudinal direction.
A method for producing a secure identification document with a color portrait, comprising: etching identity information on the substrate of the data surface of document by laser, and the identity information comprises a black-and-white portrait and text information; printing a color portrait on a blank space of the substrate with color ink to obtain a personalized data surface; the color portrait is an enlargement of the black-and-white portrait in equal proportion; and printing a transparent protective layer with a transparent varnish on the upper surface of the personalized data surface, and the protective layer covers the color portrait, wherein when the transparent protective layer is printed, a printing thickness of a predetermined region in the transparent protective layer is increased or reduced, so that a transparent anti-counterfeiting mark with a predetermined graphic and/or text is formed in the predetermined region, wherein, before the transparent protective layer is printed on the upper surface of the personalized data surface, the method comprises: printing a first anti-counterfeiting mark on the personalized data surface by using optically variable, liquid crystal ink; and changing the color of the first anti-counterfeiting mark and curing the mark sequentially, so that an optically variable mark is generated on the personalized data surface. etching identity information on the substrate of the data surface of document by laser, and the identity information comprises a black-and-white portrait and text information; printing a color portrait on a blank space of the substrate with color ink to obtain a personalized data surface; the color portrait is an enlargement of the black-and-white portrait in equal proportion; and printing a transparent protective layer with a transparent varnish on the upper surface of the personalized data surface, and the protective layer covers the color portrait, wherein when the transparent protective layer is printed, a printing thickness of a predetermined region in the transparent protective layer is increased or reduced, so that a transparent anti-counterfeiting mark with a predetermined graphic and/or text is formed in the predetermined region, wherein, before the transparent protective layer is printed on the upper surface of the personalized data surface, the method comprises: printing a first anti-counterfeiting mark on the personalized data surface by using optically variable, liquid crystal ink; and changing the color of the first anti-counterfeiting mark and curing the mark sequentially, so that an optically variable mark is generated on the personalized data surface. printing a first anti-counterfeiting mark on the personalized data surface by using optically variable, liquid crystal ink; and changing the color of the first anti-counterfeiting mark and curing the mark sequentially, so that an optically variable mark is generated on the personalized data surface.
A measurement scale device for a position encoder for determining the relative position of two objects, the measurement scale device comprising a scale with at least one scale marking , wherein the or each scale marking comprises at least one periodic nanostructure (n-1, n, n+1, n+2) that represents scale device information, wherein the or each periodic nanostructure (n-1, n, n+1, n+2) comprises a Laser Induced Periodic Surface Structure (LIPSS), and wherein the information represented by the at least one periodic nanostructure comprises position information concerning the scale.
A positive airway interface system comprising: a facial mask , the facial mask comprising: an internal support structure ; an external shell disposed over the internal support structure ; a plurality of strap attachment means provided about an external surface of the external shell ; a user interface aperture ; and an inlet aperture; characterised in that each of the plurality of strap attachment means extends through the external shell so as to mechanically couple to the internal support structure . a facial mask , the facial mask comprising: an internal support structure ; an external shell disposed over the internal support structure ; a plurality of strap attachment means provided about an external surface of the external shell ; a user interface aperture ; and an inlet aperture; an internal support structure ; an external shell disposed over the internal support structure ; a plurality of strap attachment means provided about an external surface of the external shell ; a user interface aperture ; and an inlet aperture; characterised in that each of the plurality of strap attachment means extends through the external shell so as to mechanically couple to the internal support structure .
Assembly comprising : - an installation comprising at least one combustion appliance having at least one burner comprising at least one fuel inlet and at least one oxidizer inlet , and - a system for optimizing the installation energy and environmental performance, the system comprising : - at least one device for producing hydrogen and/or oxygen by electrolysis of water, and - at least one injection system connected to the fuel inlet and/or oxidant inlet of the burner , the system being able to : - injecting gases from the device for producing hydrogen and/or oxygen, and/or a mixture of these gases together with a combustible fluid into the fuel inlet , and/or - injecting gases from the hydrogen and/or oxygen production device , and/or a mixture of these gases together with an oxidizing fluid into the oxidizer inlet , the system comprising at least one electronic module connected to the hydrogen and/or oxygen production device , to the combustion appliance and/or to sensors in the installation, the electronic module controlling the production device and/or the injection system as a function of at least one information from the combustion appliance and/or from the sensors in the plant; the device for producing hydrogen and/or oxygen comprising a heat exchanger ; characterized in that the heat exchanger makes it possible to preheat the water (EP) which is intended to be subsequently heated (EC) by the combustion appliance . - an installation comprising at least one combustion appliance having at least one burner comprising at least one fuel inlet and at least one oxidizer inlet , and - a system for optimizing the installation energy and environmental performance, the system comprising : - at least one device for producing hydrogen and/or oxygen by electrolysis of water, and - at least one injection system connected to the fuel inlet and/or oxidant inlet of the burner , - injecting gases from the device for producing hydrogen and/or oxygen, and/or a mixture of these gases together with a combustible fluid into the fuel inlet , and/or - injecting gases from the hydrogen and/or oxygen production device , and/or a mixture of these gases together with an oxidizing fluid into the oxidizer inlet , the system comprising at least one electronic module connected to the hydrogen and/or oxygen production device , to the combustion appliance and/or to sensors in the installation, the electronic module controlling the production device and/or the injection system as a function of at least one information from the combustion appliance and/or from the sensors in the plant; the device for producing hydrogen and/or oxygen comprising a heat exchanger ; characterized in that the heat exchanger makes it possible to preheat the water (EP) which is intended to be subsequently heated (EC) by the combustion appliance .
A desk-appliance apparatus for preparing food, comprising: - a food preparation chamber ; - an air movement device comprising a fan that has an air suction side and an air blowout side ; - a heating device ; and - air guiding means ; wherein the food preparation chamber is provided by a container structure at least partly enclosing a receiving volume for receiving food to be prepared by a through-streaming of hot air; wherein the container structure comprises sidewalls and a bottom wall , wherein the bottom wall and/or one of the side walls is air-permeable providing an air entry opening for entering of hot air into the receiving volume, and wherein the container structure comprises an air discharge opening ; wherein the heating device is configured to heat air of an air flow provided by the air movement device; wherein the heating device is arranged out-of-sight of the receiving volume, characterized in that : the air guiding means provides an air duct arrangement from the discharge opening via the heating device and the air movement device to the air entry opening; in use the air is blown out at the air blowout side with a mean blowing direction ; and the mean blowing direction is provided with a tilted angle to both the horizontal and the vertical. - a food preparation chamber ; - an air movement device comprising a fan that has an air suction side and an air blowout side ; - a heating device ; and - air guiding means ; the air guiding means provides an air duct arrangement from the discharge opening via the heating device and the air movement device to the air entry opening; in use the air is blown out at the air blowout side with a mean blowing direction ; and the mean blowing direction is provided with a tilted angle to both the horizontal and the vertical.
A control system for a torque tool provided for tightening and unscrewing of screw connections with adjustable torque, comprising a controller of an electric motor of the torque tool , further comprising a torque sensor , the torque sensor is configured to measure the torsional deformations of an element of a reduction gear of the torque tool transferring the torque, and moreover the torque sensor is coupled with the controller which is configured to correct the output control signal to the electric motor based on the signal from the torque sensor , characterized in that the control system comprises a single control loop with regulator R that is configured to control the electric motor when the measured torque has values lower than a predefined torque threshold (M P ) in order to maintain the motor speed running the gearbox at a desired speed (V z ), further comprising a cascade regulation system with regulator R1, regulator R2, and regulator R3, which are configured to control the motor when the measured torque assumes values between the predefined torque threshold (M P ) and a desired torque (M Z ), whereas regulator R3 is configured to monotonically decrease the difference between the desired torque (M Z ) and the measured torque (M), regulator R2 is configured to decrease the rate at which the torque increases proportionally to the difference between the measured torque (M) and the desired torque (M Z ), and regulator R1 is configured to decrease the motor speed according to the signal from regulator R2.
Balise control apparatus for controlling at least one balise , wherein the balise control apparatus comprises: - a first processing unit configured in such a way that a first data signal is generated based on a provided first signal term , - a second processing unit configured in such a way that a further first data signal is generated based on the provided first signal term , - wherein the second processing unit comprises a second comparator configured in such a way that the further first data signal generated by the second processing unit and the first data signal generated by the first processing unit are compared in a second comparison step, and - wherein the first processing unit is configured such that the generated first data signal is output to a first control signal generating unit , characterized in that - the second processing unit is configured in such a way that a second carrier signal is output to the first control signal generating unit , wherein the output of the second carrier signal is dependent on the comparison result of the second comparison step. - a first processing unit configured in such a way that a first data signal is generated based on a provided first signal term , - a second processing unit configured in such a way that a further first data signal is generated based on the provided first signal term , - wherein the second processing unit comprises a second comparator configured in such a way that the further first data signal generated by the second processing unit and the first data signal generated by the first processing unit are compared in a second comparison step, and - wherein the first processing unit is configured such that the generated first data signal is output to a first control signal generating unit , - the second processing unit is configured in such a way that a second carrier signal is output to the first control signal generating unit , wherein the output of the second carrier signal is dependent on the comparison result of the second comparison step.
A pneumatic tire , comprising: a pair of bead cores ; a carcass extending between the pair of bead cores; a belt layer including: an annular resin main body that is disposed at an outer side, in a tire radial direction, of the carcass and is formed of resin, and reinforcing cords that extend in a tire circumferential direction, that are spaced apart in a tire width direction, and that are embedded in the resin main body; characterized in that a reinforcing layer disposed at an inner side, in the tire radial direction, of the belt layer, the reinforcing layer including fiber cords that extend at an angle of at most ±45° relative to the tire width direction. a pair of bead cores ; a carcass extending between the pair of bead cores; a belt layer including: an annular resin main body that is disposed at an outer side, in a tire radial direction, of the carcass and is formed of resin, and reinforcing cords that extend in a tire circumferential direction, that are spaced apart in a tire width direction, and that are embedded in the resin main body; an annular resin main body that is disposed at an outer side, in a tire radial direction, of the carcass and is formed of resin, and reinforcing cords that extend in a tire circumferential direction, that are spaced apart in a tire width direction, and that are embedded in the resin main body; characterized in that a reinforcing layer disposed at an inner side, in the tire radial direction, of the belt layer, the reinforcing layer including fiber cords that extend at an angle of at most ±45° relative to the tire width direction.
A peptide of formula I or II shown below wherein: A 1 v is selected from G, GKI or GIK wherein G is glycine, K is lysine and I is isoleucine; A 2 w is II or VV, wherein I is isoleucine and V is valine; A 3 x is KK or OO wherein K is lysine and O is ornithine; y is 2, 3 or 4; A 4 is absent or an amino acid selected from isoleucine (I), leucine (L), valine (V) and lysine (K); z is 0, 1, 2 or 3; R 1 is a terminal substituent selected from OH, NH 2 , (1-18C)alkyl, N[(1-18C)alkyl] 2 or NH(1-18C)alkyl; and R 2 and R 3 are both independently selected from H, (1-18C)alkyl or (2-18C)acyl; or a salt thereof; wherein the peptide comprises 12 to 20 amino acids. A 1 v is selected from G, GKI or GIK wherein G is glycine, K is lysine and I is isoleucine; A 2 w is II or VV, wherein I is isoleucine and V is valine; A 3 x is KK or OO wherein K is lysine and O is ornithine; y is 2, 3 or 4; A 4 is absent or an amino acid selected from isoleucine (I), leucine (L), valine (V) and lysine (K); z is 0, 1, 2 or 3; R 1 is a terminal substituent selected from OH, NH 2 , (1-18C)alkyl, N[(1-18C)alkyl] 2 or NH(1-18C)alkyl; and R 2 and R 3 are both independently selected from H, (1-18C)alkyl or (2-18C)acyl;
A method for producing a rebaudioside D-containing aqueous composition comprising rebaudioside D at a concentration of 500 ppm by weight or more, the method comprising: a step of stirring for dispersing a steviol glycoside component comprising rebaudioside D and water in a temperature range of 40°C to 100°C under high shear at a peripheral speed of a rotor of 15 m/s or more, wherein the steviol glycoside component comprises more than 50% by weight of rebaudioside D based on a total weight of the steviol glycoside component.
Nalmefene for use in reduction of alcohol consumption in a patient with alcohol dependence, wherein said use comprises the following steps; a) identifying a patient with alcohol dependence i) who has a Drinking Risk Level (DRL) corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day for women, and ii) who maintains the DRL of alcohol consumption after an observation period following initial assessment, wherein said observation period following initial assessment is 1-2 weeks, and b) administering nalmefene to the patient identified in step a), wherein said nalmefene is to be administered as-needed, such as on each day the patient perceives a risk of drinking alcohol, preferably 1-2 hours prior to the anticipated time of drinking. a) identifying a patient with alcohol dependence i) who has a Drinking Risk Level (DRL) corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day for women, and ii) who maintains the DRL of alcohol consumption after an observation period following initial assessment, wherein said observation period following initial assessment is 1-2 weeks, and i) who has a Drinking Risk Level (DRL) corresponding to consumption >60 g/day of pure alcohol for men and >40 g/day for women, and ii) who maintains the DRL of alcohol consumption after an observation period following initial assessment, b) administering nalmefene to the patient identified in step a), wherein said nalmefene is to be administered as-needed, such as on each day the patient perceives a risk of drinking alcohol, preferably 1-2 hours prior to the anticipated time of drinking.
A construction machine, comprising: - a compactor roller rotatable about an axis of rotation (D) with respect to a machine frame , - at least one sensor , a data transmission unit with at least one transmission antenna , and a first data transmission arrangement for transmitting data from the at least one sensor to the data transmission unit, - on the machine frame a data receiving unit with at least one receiving antenna , a data evaluation system , and a second data transmission arrangement for transmitting data from the data receiving unit to the data evaluation system , characterized in that - the at least one sensor , the data transmitting unit and the first data transmission arrangement are provided on the compactor roller , - the data transmission unit has at least two transmission antennas and in that a signal splitter is assigned to the data transmission unit for distributing the output signal of the data transmission unit to multiple transmission antennas in such a way that all transmission antennas transmit essentially the same output signal simultaneously and without interruption. - a compactor roller rotatable about an axis of rotation (D) with respect to a machine frame , - at least one sensor , a data transmission unit with at least one transmission antenna , and a first data transmission arrangement for transmitting data from the at least one sensor to the data transmission unit, - on the machine frame a data receiving unit with at least one receiving antenna , a data evaluation system , and a second data transmission arrangement for transmitting data from the data receiving unit to the data evaluation system , - the at least one sensor , the data transmitting unit and the first data transmission arrangement are provided on the compactor roller , - the data transmission unit has at least two transmission antennas and in that a signal splitter is assigned to the data transmission unit for distributing the output signal of the data transmission unit to multiple transmission antennas in such a way that all transmission antennas transmit essentially the same output signal simultaneously and without interruption.
A wind turbine, comprising: a tower ; a machine head including a generator ; a rotor mechanically coupled to the generator , the rotor including a hub and at least one rotor blade coupled to and extending outwardly from the hub; an adaptor coupled between the tower and the machine head , the adaptor defining an interior chamber ; and one or more electrical components electrically coupled to the generator , the one or more electrical components being positioned within the interior chamber defined by the adaptor , wherein the one or more electrical components comprise a transformer . a tower ; a machine head including a generator ; a rotor mechanically coupled to the generator , the rotor including a hub and at least one rotor blade coupled to and extending outwardly from the hub; an adaptor coupled between the tower and the machine head , the adaptor defining an interior chamber ; and one or more electrical components electrically coupled to the generator , the one or more electrical components being positioned within the interior chamber defined by the adaptor , wherein the one or more electrical components comprise a transformer .
A method for implementing privacy protection in a blockchain, comprising the following: receiving (S501), by a first blockchain node, an encrypted transaction comprising a smart contract, wherein code of the smart contract comprises a contract state indicated by a privacy identifier; decrypting (S503), by the first blockchain node, the code of the smart contract in the transaction; and executing (S505), by the first blockchain node, the decrypted code of the smart contract in a trusted execution environment in plaintext; using, by the first blockchain node, a key to encrypt the contract state indicated by the privacy identifier; and writing, by the first blockchain node, the encrypted contract state to a local database, wherein a contract state not indicated by the privacy identifier in the code of the smart contract is stored in plaintext in the local database. receiving (S501), by a first blockchain node, an encrypted transaction comprising a smart contract, wherein code of the smart contract comprises a contract state indicated by a privacy identifier; decrypting (S503), by the first blockchain node, the code of the smart contract in the transaction; and executing (S505), by the first blockchain node, the decrypted code of the smart contract in a trusted execution environment in plaintext; using, by the first blockchain node, a key to encrypt the contract state indicated by the privacy identifier; and writing, by the first blockchain node, the encrypted contract state to a local database, wherein a contract state not indicated by the privacy identifier in the code of the smart contract is stored in plaintext in the local database.