mhurhangee/patent-ind-claim-en huggingface dataset:
A gateway device comprising: - a data interface for connecting communicatively to a data transfer network, - a wireless transceiver for connecting communicatively to lighting system elements, and - a control system for controlling data traffic between the data interface and the wireless transceiver, characterized in that the control system is configured to select one of the lighting system elements to be an access point in accordance with information related to the lighting system elements and to the gateway device, and to control the wireless transceiver to establish a wireless point-to-point connection to the access point, wherein the control system is configured to select the one of the lighting system elements in accordance with target information expressing which one or ones of the lighting system elements are to be contacted via the gateway device after establishing the wireless point-to-point connection. - a data interface for connecting communicatively to a data transfer network, - a wireless transceiver for connecting communicatively to lighting system elements, and - a control system for controlling data traffic between the data interface and the wireless transceiver,
A filtration module comprising a stack of at least two spacers , wherein at least one spacer in the stack comprises a first and a second outer plate and at least one internal permeate channel arranged in between the first and second outer plates such that the outer plates form two of the walls that define said at least one internal permeate channel , and further wherein said at least one internal permeate channel extend between two opposite sides , other than the first and second outer plates, of the spacer ; wherein the first and second outer plates of at least one spacer are porous or perforated and a filtration membrane is attached to said first and second outer plate of at least one spacer such that liquid transferred across the membrane is further transported through the pores or perforations to said at least one internal permeate channel ; and further wherein the spacers of the stack are separated by separate elongated distance-pieces that are attached to the outer plates along the edge to the opposite sides between which the internal permeate channels extend, thereby forming channels for fluid to be treated between adjacent spacers in the stack, wherein the channels for fluid to be treated extend in a direction other than the direction of the internal permeate channels and wherein the distance-pieces are arranged such that they are in contact with the first outer plate of a spacer and the second outer plate of an adjacent spacer, characterised in that the separate elongated distance-pieces are single separate elongated distance-pieces.
A method for generating a password by means of press touch, wherein the method comprises: determining (S501), by a device, whether a current interface is in a password entering state; when determining that the current interface is in a password entering state, receiving (S502), by the device, user input information, wherein the input information comprises a character and a pressure value generated when the character is entered; and processing (S503), by the device, the character according to the pressure value, to generate a password, wherein the input information is (X n , Y n ), X n is an entered character, Y n is a pressure value corresponding to X n , and n is a natural number; and the processing, by the device, the character according to the pressure value, to generate a password is specifically: determining, by the device, whether Y n is greater than a preset threshold Y max2 ; and when determining Y n >Y max2 , generating, by the device, a password X n , X n , wherein X n , X n denotes repeatedly entering the character X n . determining (S501), by a device, whether a current interface is in a password entering state; when determining that the current interface is in a password entering state, receiving (S502), by the device, user input information, wherein the input information comprises a character and a pressure value generated when the character is entered; and processing (S503), by the device, the character according to the pressure value, to generate a password, wherein the input information is (X n , Y n ), X n is an entered character, Y n is a pressure value corresponding to X n , and n is a natural number; and the processing, by the device, the character according to the pressure value, to generate a password is specifically: determining, by the device, whether Y n is greater than a preset threshold Y max2 ; and when determining Y n >Y max2 , generating, by the device, a password X n , X n , wherein X n , X n denotes repeatedly entering the character X n . determining, by the device, whether Y n is greater than a preset threshold Y max2 ; and when determining Y n >Y max2 , generating, by the device, a password X n , X n , wherein X n , X n denotes repeatedly entering the character X n .
Electrical connection enclosure , the electrical enclosure being supplied with electrical power by power supply cables and being configured to supply at least one electrical load with power, the electrical enclosure comprising: • a power supply column ; and • at least one connection column , the power supply cables being connected to the electrical enclosure in the power supply column , each connection column comprising at least one monitoring-and-control unit configured to allow the electrical connection to an electrical load , each monitoring-and-control unit being electrically protected by a protection unit belonging to the connection column of this monitoring-and-control unit, each monitoring-and-control unit being configured to allow the connection and potentially the driving and/or the surveillance of an electrical load , the electrical enclosure being configured to be controlled by an industrial computer , each connection column comprising a communication module which: • centralizes operating information coming from the monitoring-and-control units of this connection column; • is configured to transmit this operating information to the industrial computer ; • is configured to receive commands coming from the industrial computer; and • transmits these commands to the monitoring-and-control units of this connection column, characterized in that at least one communication module comprises a power supply block delivering at least one auxiliary voltage to each connection column . • a power supply column ; and • at least one connection column , the power supply cables being connected to the electrical enclosure in the power supply column , each connection column comprising at least one monitoring-and-control unit configured to allow the electrical connection to an electrical load , each monitoring-and-control unit being electrically protected by a protection unit belonging to the connection column of this monitoring-and-control unit, each monitoring-and-control unit being configured to allow the connection and potentially the driving and/or the surveillance of an electrical load , the electrical enclosure being configured to be controlled by an industrial computer , each connection column comprising a communication module which: • centralizes operating information coming from the monitoring-and-control units of this connection column; • is configured to transmit this operating information to the industrial computer ; • is configured to receive commands coming from the industrial computer; and • transmits these commands to the monitoring-and-control units of this connection column, • centralizes operating information coming from the monitoring-and-control units of this connection column; • is configured to transmit this operating information to the industrial computer ; • is configured to receive commands coming from the industrial computer; and • transmits these commands to the monitoring-and-control units of this connection column, characterized in that at least one communication module comprises a power supply block delivering at least one auxiliary voltage to each connection column .
A propulsion apparatus , comprising: a motor having a housing , the motor configured to rotate at a revolutions per minute (RPM); a propeller having a plurality of telescoping propeller blades , including: a first shaft (205-1, 305-1, 405-1, 505-1) having a first end and a second end; and a first propeller blade (204-1, 304-1, 404-1, 504-1) of the plurality of propeller blades that extends from the second end of the first shaft; and a propeller adjustment controller configured to enable independent telescopic movement of the first propeller blade by moving the first shaft in or out with respect to the housing such that the first propeller blade is extendable away from the motor or retractable toward the motor so as to enable the first propeller blade to be in a different extended or retracted position than the other propeller blades. a motor having a housing , the motor configured to rotate at a revolutions per minute (RPM); a propeller having a plurality of telescoping propeller blades , including: a first shaft (205-1, 305-1, 405-1, 505-1) having a first end and a second end; and a first propeller blade (204-1, 304-1, 404-1, 504-1) of the plurality of propeller blades that extends from the second end of the first shaft; and a first shaft (205-1, 305-1, 405-1, 505-1) having a first end and a second end; and a first propeller blade (204-1, 304-1, 404-1, 504-1) of the plurality of propeller blades that extends from the second end of the first shaft; and a propeller adjustment controller configured to enable independent telescopic movement of the first propeller blade by moving the first shaft in or out with respect to the housing such that the first propeller blade is extendable away from the motor or retractable toward the motor so as to enable the first propeller blade to be in a different extended or retracted position than the other propeller blades.
Method for packaging a housing having an essentially parallelepipedal form defined by main faces including a first larger face and a second larger face and lateral faces , the lateral faces being separated in pairs by corners of the housing, the housing housing a digital detector of ionizing radiation in the form of a flat panel, the method being characterized in that it comprises a main step of covering of the housing by a plurality films comprising a first step of covering of the first larger face of the housing by a first film (F1) configured, positioned and oriented relative to the first larger face so as to include flaps (R1, R2, R3, R4) extending beyond the first larger face and capable of being folded independently of one another to cover adjacent lateral faces .
A service device for use with a digester tank that contains a liquid and a gas section under a cover, the service device comprising: a) a service section sealed to the cover , b) a fixed separation curtain defining a shaft and extending downwards from the service section towards the liquid content of the tank; c) a conduit providing fluid communication between the inside of the service section and a part of the gas section of the digester tank that is outside the separation curtain, wherein the conduit extends upwards through the elevation of the cover inside of the service device; d) an isolation valve in the conduit; and e) a port in the service section for withdrawing biogas from the gas section through the service section. a) a service section sealed to the cover , b) a fixed separation curtain defining a shaft and extending downwards from the service section towards the liquid content of the tank; c) a conduit providing fluid communication between the inside of the service section and a part of the gas section of the digester tank that is outside the separation curtain, wherein the conduit extends upwards through the elevation of the cover inside of the service device; d) an isolation valve in the conduit; and e) a port in the service section for withdrawing biogas from the gas section through the service section.
A synthetic resin composition comprising a synthetic resin, a strength of a combustion residue of the synthetic resin composition after combustion in an atmosphere of 800°C for 20 minutes being 0.5 N/mm 2 or more to 20 N/mm 2 or less, wherein the synthetic resin composition comprises the synthetic resin, a mineral having a Mohs hardness of 5 or more, and a binder component, wherein the binder component comprises at least one kind of compound selected from glass frit and a boric acid compound, wherein the boric acid compound comprises at least one kind of compound selected from zinc borate, ammonium borate, sodium borate, potassium borate and calcium borate, wherein a content of the mineral is 30 to 300 parts by mass relative to 100 parts by mass of the synthetic resin, wherein a content of the binder component is 2 to 120 parts by mass relative to 100 parts by mass of the synthetic resin, wherein a ratio of the content of the mineral to the content of the binder component (the content of the mineral/the content of the binder component) is 2 to 20, wherein the synthetic resin composition comprises an expansion agent, and wherein the Mohs hardness is determined as described in the description. wherein the synthetic resin composition comprises the synthetic resin, a mineral having a Mohs hardness of 5 or more, and a binder component, wherein the binder component comprises at least one kind of compound selected from glass frit and a boric acid compound, wherein the boric acid compound comprises at least one kind of compound selected from zinc borate, ammonium borate, sodium borate, potassium borate and calcium borate, wherein a content of the mineral is 30 to 300 parts by mass relative to 100 parts by mass of the synthetic resin, wherein a content of the binder component is 2 to 120 parts by mass relative to 100 parts by mass of the synthetic resin, wherein a ratio of the content of the mineral to the content of the binder component (the content of the mineral/the content of the binder component) is 2 to 20, wherein the synthetic resin composition comprises an expansion agent, and wherein the Mohs hardness is determined as described in the description.
A process for the solidification of a natural rubber latex comprising the following steps: a) contacting the natural rubber latex, said natural rubber latex having a pH between 7.2 and 13, with a polyquaternary polymer, obtaining a suspension of solid natural rubber particles in a liquid phase comprising a latex serum; b) separating the solid natural rubber particles from the liquid phase of the suspension obtained in the previous step; characterized in that said process does not require a pH adjustment of the natural rubber latex before it is contacted with said polyquaternary polymer. a) contacting the natural rubber latex, said natural rubber latex having a pH between 7.2 and 13, with a polyquaternary polymer, obtaining a suspension of solid natural rubber particles in a liquid phase comprising a latex serum; b) separating the solid natural rubber particles from the liquid phase of the suspension obtained in the previous step;
A personal identification medium , comprising: a decorative layer provided with a decorative portion ; and a laser marking layer , on which a personal information marking portion is marked, provided on the decorative layer , wherein the personal information marking portion formed on the laser marking layer overlaps at least a portion of the decorative portion formed on the decorative layer , characterized in that a colored layer is provided between the decorative layer and the laser marking layer ; the colored layer comprises a colored portion and a window portion ; the window portion is formed in an area overlapping the decorative portion formed on the decorative layer ; the personal information marking portion formed on the laser marking layer overlaps the decorative portion via the window portion ; and in that a light transmissive energy resistant layer is provided between the colored layer and the decorative layer . a decorative layer provided with a decorative portion ; and a laser marking layer , on which a personal information marking portion is marked, provided on the decorative layer , wherein the personal information marking portion formed on the laser marking layer overlaps at least a portion of the decorative portion formed on the decorative layer , a colored layer is provided between the decorative layer and the laser marking layer ; the colored layer comprises a colored portion and a window portion ; the window portion is formed in an area overlapping the decorative portion formed on the decorative layer ; the personal information marking portion formed on the laser marking layer overlaps the decorative portion via the window portion ; and in that a light transmissive energy resistant layer is provided between the colored layer and the decorative layer .
An encryption key generating engine comprising a first random number pool configured to store a plurality of random bits, wherein values of the plurality of random bits are generated randomly; an entangling string generator configured to provide a first entangling string according to an input key (K0); and a control circuit coupled to the first random number pool and the entangling string generator , and configured to retrieve a first sequence of random bits (SS1) from the plurality of random bits stored in the first random number pool according to the input key (K0), receive the first entangling string (ES1) from the entangling string generator , and entangle the first entangling string (ES1) with the first sequence of random bits (SS1) to generate a first secret key (SK1); wherein the control circuit selects a row (Y0 to Y(M-1)), a column (X0 to X(N-1)) or an askew line (Z0 to Z31) of a storage cell array of the first random number pool based on the input key (K0) and outputs the first sequence of random bits (SS1) from the row (Y0 to Y(M-1)), the column (X0 to X(N-1)) or the askew line (Z0 to Z31). a first random number pool configured to store a plurality of random bits, wherein values of the plurality of random bits are generated randomly; an entangling string generator configured to provide a first entangling string according to an input key (K0); and a control circuit coupled to the first random number pool and the entangling string generator , and configured to retrieve a first sequence of random bits (SS1) from the plurality of random bits stored in the first random number pool according to the input key (K0), receive the first entangling string (ES1) from the entangling string generator , and entangle the first entangling string (ES1) with the first sequence of random bits (SS1) to generate a first secret key (SK1); wherein the control circuit selects a row (Y0 to Y(M-1)), a column (X0 to X(N-1)) or an askew line (Z0 to Z31) of a storage cell array of the first random number pool based on the input key (K0) and outputs the first sequence of random bits (SS1) from the row (Y0 to Y(M-1)), the column (X0 to X(N-1)) or the askew line (Z0 to Z31).
Tyre test bench for testing vehicle tyres, comprising a rotating drum assembly for the tyre test bench having a drum body and a friction wheel drive , wherein the drum body has on its outer periphery a running surface for contact with a vehicle tyre and is arranged so as to be rotatable about its running axis and wherein the friction wheel drive is configured to drive the drum body when it is in contact with the drum body , wherein the friction wheel drive is arranged on a friction wheel carriage , wherein the friction wheel carriage is configured to move the friction wheel drive in a feed direction so that the friction wheel drive can be brought into contact with the drum body , the tyre test bench further comprising a wheel spindle for holding a vehicle tyre , characterized in that the tyre test bench further comprises a drum carriage , wherein the rotating drum assembly is arranged on the drum carriage and wherein the drum carriage is configured to bring a running surface of the drum body into contact with the vehicle tyre .
A membrane valve with a propulsion casing and a propulsion assembly inside the propulsion casing for positioning a process fluid with a membrane , whereby the membrane valve has a pretension assembly for alignment between the propulsion assembly and the membrane , whereby - the propulsion assembly is kept in a pre-stressed state before insertion into the propulsion casing via a first spring element , distinguished by the fact that - the pretension assembly is kept in a pre-stressed state before insertion into the propulsion casing via a second spring element . - the propulsion assembly is kept in a pre-stressed state before insertion into the propulsion casing via a first spring element , distinguished by the fact that - the pretension assembly is kept in a pre-stressed state before insertion into the propulsion casing via a second spring element .
A composition comprising a polypeptide for use in treating a hypoproliferative anemia; wherein the polypeptide comprises an amino acid sequence that is at least 90% identical to the sequence of amino acids 29-119 of SEQ ID NO: 1, wherein the polypeptide comprises an acidic amino acid at the position corresponding to position 79 of SEQ ID NO: 1, wherein the polypeptide binds to GDF11 and/or myostatin; and wherein the hypoproliferative anemia is an anemia associated with disordered red blood cell maturation.
A wind turbine comprising a pair of two-part collars ; a two-part turbine blade assembly, wherein the two parts are coupled together and the turbine blade assembly is rotatably coupled to each of the collars; and an electrical generator comprising a rotor and a stator, wherein the electrical generator is operatively coupled to the turbine blade assembly such that rotation of the turbine blade assembly relative to the collar results in a corresponding rotation of the rotor; characterised in that the wind turbine further includes an inner spacer located internally of each collar. wherein the two parts are coupled together and the turbine blade assembly is rotatably coupled to each of the collars; and an electrical generator comprising a rotor and a stator, wherein the electrical generator is operatively coupled to the turbine blade assembly such that rotation of the turbine blade assembly relative to the collar results in a corresponding rotation of the rotor; characterised in that the wind turbine further includes an inner spacer located internally of each collar.