mhurhangee/patent-ind-claim-en huggingface dataset:
Hand-held work apparatus having an internal combustion engine for driving a tool of the work apparatus , and having an air filter assembly for filtering the intake air of the internal combustion engine , wherein the work apparatus has a vertical direction , wherein the air filter assembly comprises an air filter and a filter housing that surrounds the air filter , wherein the air filter extends along a filter axis and has a filter element which is disposed so as to encircle the filter axis and, in terms of the filter axis , is radially passed through by a flow, wherein the filter axis is at an inclination angle (α) in relation to the vertical direction , and the filter element in terms of the vertical direction has an upper filter portion , and wherein the filter housing outside the upper filter portion has at least one intake air window , characterized in that the filter housing , in addition to the at least one intake air window , in the region of the upper filter portion also has an upper, permanently open, cold intake air window .
A vehicle lighting system for use in a vehicle capable of traveling in an automated driving mode and a manual driving mode, the vehicle lighting system comprising: a lighting unit configured to form a light distribution pattern by emitting light toward the outside of the vehicle; and a lighting control unit configured to change the brightness of the light distribution pattern according to a driving mode of the vehicle, characterised in that the lighting control unit is further configured to change a shape of the light distribution pattern according to the driving mode of the vehicle such that a width (V2) in the horizontal direction of the light distribution pattern (Pa) projected on a virtual screen having a surface perpendicular to the front-rear direction of the vehicle in the automated driving mode is larger than a width (V1) in the horizontal direction of the light distribution pattern projected on the virtual screen in the manual driving mode. a lighting unit configured to form a light distribution pattern by emitting light toward the outside of the vehicle; and a lighting control unit configured to change the brightness of the light distribution pattern according to a driving mode of the vehicle, characterised in that the lighting control unit is further configured to change a shape of the light distribution pattern according to the driving mode of the vehicle such that a width (V2) in the horizontal direction of the light distribution pattern (Pa) projected on a virtual screen having a surface perpendicular to the front-rear direction of the vehicle in the automated driving mode is larger than a width (V1) in the horizontal direction of the light distribution pattern projected on the virtual screen in the manual driving mode.
A method of authenticating an access, the method comprising: obtaining , by an Authentication, Authorization, Accounting server, AAA server, an authentication request packet from a first interface of a Broadband Remote Access Server, BRAS, wherein the authentication request packet is sent by the first interface to the AAA server when the first interface does not find a user entry corresponding to a user terminal, wherein the authentication request packet comprises terminal information of the user terminal; characterized in that when determining that the user terminal is an authenticated terminal and a roaming terminal based on the terminal information, notifying , by the AAA server, a second interface already accessed by the user terminal to delete a user entry corresponding to the user terminal; when confirming that the second interface deletes the user entry corresponding to the user terminal, sending , by the AAA server, an authentication success packet to the first interface so that the first interface allows access of the user terminal and records the user entry corresponding to the user terminal in the first interface. obtaining , by an Authentication, Authorization, Accounting server, AAA server, an authentication request packet from a first interface of a Broadband Remote Access Server, BRAS, wherein the authentication request packet is sent by the first interface to the AAA server when the first interface does not find a user entry corresponding to a user terminal, wherein the authentication request packet comprises terminal information of the user terminal; characterized in that when determining that the user terminal is an authenticated terminal and a roaming terminal based on the terminal information, notifying , by the AAA server, a second interface already accessed by the user terminal to delete a user entry corresponding to the user terminal; when confirming that the second interface deletes the user entry corresponding to the user terminal, sending , by the AAA server, an authentication success packet to the first interface so that the first interface allows access of the user terminal and records the user entry corresponding to the user terminal in the first interface.
A computer-implemented method in a system comprising a plurality of sensor modules configured to provide multiple sensor input data associated with an entity in a physical environment; a sensor fusion interface ; and a common knowledge data component , wherein the entity corresponds to a user interacting with a computerized device component , the method comprising: processing requests for entity state data from the computerized device component received via the sensor fusion interface that enables interaction between the entity and the computerized device component , wherein the entity state data are associated with said entity, track a current state of the entity with respect to the physical environment and indicate at least a pose of the entity, accessing a shared library that is coupled to the plurality of sensor modules , the shared library storing the multiple sensor input data from the sensor modules according to a schema, wherein the common knowledge data component is configured to integrate the multiple sensor input data from the plurality of sensor modules into said shared library , and to update the entity state data in response to an entity activity; performing, by the common knowledge data component , a cross-sensor synthesis on the stored multiple sensor input data in order to tune the stored multiple sensor input data and interpret more meaningful information; extracting , by the common knowledge data component , the entity state data by correlating the stored multiple sensor input data ; and providing the computerized device component with access to the entity state data . processing requests for entity state data from the computerized device component received via the sensor fusion interface that enables interaction between the entity and the computerized device component , wherein the entity state data are associated with said entity, track a current state of the entity with respect to the physical environment and indicate at least a pose of the entity, accessing a shared library that is coupled to the plurality of sensor modules , the shared library storing the multiple sensor input data from the sensor modules according to a schema, wherein the common knowledge data component is configured to integrate the multiple sensor input data from the plurality of sensor modules into said shared library , and to update the entity state data in response to an entity activity; performing, by the common knowledge data component , a cross-sensor synthesis on the stored multiple sensor input data in order to tune the stored multiple sensor input data and interpret more meaningful information; extracting , by the common knowledge data component , the entity state data by correlating the stored multiple sensor input data ; and providing the computerized device component with access to the entity state data .
A method for recovery of missing or extra data using a bloom filter, comprising: generating , by a generation module of the processing server, a bloom filter of a list of references to transaction messages representing unconfirmed transactions stored in a transaction database, each of the transaction messages including a structured data set related to a blockchain transaction, each structured data set including a least a transaction value, wherein the bloom filter is generated using a predetermined number of hash rounds applied to a reference value of each transaction message and has a size of at least double a count of the list of transaction message references; generating , by the generation module of the processing server, a recover message, wherein the recover message includes at least the count of the list of transaction message references, the predetermined number of hash rounds, the size, and the generated bloom filter; electronically transmitting , by a transmitting device of the processing server, the generated recover message to at least one consensus node; receiving , by a receiving device of the processing server, a response message from the at least one consensus node, wherein the response message includes at least one additional transaction message determined to not be included in the list of transaction message references based on the bloom filter; and executing , by a querying module of the processing server, a query on the transaction database to insert a reference value of the at least one additional transaction message into the list of references. generating , by a generation module of the processing server, a bloom filter of a list of references to transaction messages representing unconfirmed transactions stored in a transaction database, each of the transaction messages including a structured data set related to a blockchain transaction, each structured data set including a least a transaction value, wherein the bloom filter is generated using a predetermined number of hash rounds applied to a reference value of each transaction message and has a size of at least double a count of the list of transaction message references; generating , by the generation module of the processing server, a recover message, wherein the recover message includes at least the count of the list of transaction message references, the predetermined number of hash rounds, the size, and the generated bloom filter; electronically transmitting , by a transmitting device of the processing server, the generated recover message to at least one consensus node; receiving , by a receiving device of the processing server, a response message from the at least one consensus node, wherein the response message includes at least one additional transaction message determined to not be included in the list of transaction message references based on the bloom filter; and executing , by a querying module of the processing server, a query on the transaction database to insert a reference value of the at least one additional transaction message into the list of references.
A pressure equalizing chromatography vessel for a supercritical fluid chromatography system, said vessel comprising: i) an inner chromatography column comprising stationary phase media; and ii) an outer column that cylindrically surrounds the length of the inner column, wherein the inner column is a pre-packed disposable cartridge compatible for use in a flash chromatography system, said vessel being characterized in that the interspace between the inner diameter of the outer column and the outer diameter of the inner chromatography column comprises a width of at least 1 mm, wherein the inner column and the outer column can be concurrently filled with a supercritical fluid under a pressure of at least about 500 psi (about 35 bar) to about 20,000 psi (about 1380 bar) and wherein the pressure differential between the inner column and the interspace is no greater than about 200 psi (14 bar). i) an inner chromatography column comprising stationary phase media; and ii) an outer column that cylindrically surrounds the length of the inner column, wherein the inner column is a pre-packed disposable cartridge compatible for use in a flash chromatography system, said vessel being characterized in that the interspace between the inner diameter of the outer column and the outer diameter of the inner chromatography column comprises a width of at least 1 mm, wherein the inner column and the outer column can be concurrently filled with a supercritical fluid under a pressure of at least about 500 psi (about 35 bar) to about 20,000 psi (about 1380 bar) and wherein the pressure differential between the inner column and the interspace is no greater than about 200 psi (14 bar).
A pressurized fluid dispenser comprising: a base unit including a pump , a battery compartment comprising electrical contacts electrically connected with the pump , a socket in fluid communication with the pump , and a valve actuator ; and a reservoir supported by and selectively removable from the base unit , the reservoir including an internal compartment that is in fluid communication with the pump when the reservoir is connected to the base unit , and a valve assembly in fluid communication with the internal compartment , the valve assembly inhibiting fluid flow out of the internal compartment when the reservoir is disconnected from the base unit ; characterized in that the base unit includes first and second battery receptacles , the electrical contacts being disposed in the first battery receptacle and the second battery receptacle being electrically isolated from the pump and configured to store an extra battery . a base unit including a pump , a battery compartment comprising electrical contacts electrically connected with the pump , a socket in fluid communication with the pump , and a valve actuator ; and a reservoir supported by and selectively removable from the base unit , the reservoir including an internal compartment that is in fluid communication with the pump when the reservoir is connected to the base unit , and a valve assembly in fluid communication with the internal compartment , the valve assembly inhibiting fluid flow out of the internal compartment when the reservoir is disconnected from the base unit ; characterized in that the base unit includes first and second battery receptacles , the electrical contacts being disposed in the first battery receptacle and the second battery receptacle being electrically isolated from the pump and configured to store an extra battery .
Device for emptying bulk materials from a container into a tubular container bag , which can be received in a receiving part or collecting housing and one upper end of which can be closed after the decanting process, while the second or lower end of the container bag can be closed by means of at least three sealings rings that are arranged coaxially with respect to a central axis of the collecting housing , in such a way that in particular also very small particles cannot be discharged towards the outside, into the ambient air, wherein the individual sealing rings , to which pressure can be applied, are in each case arranged so as to be offset from one another, characterised in that the upper or first sealing ring , viewed in the filling direction, is in contact with a cover or annular flange , and the central or second sealing ring is in contact with a nozzle or connection part for the collecting housing , and the third, offset sealing ring therebelow is in contact with the cover or annular flange , wherein the tubular part of the container bag is guided between one side of the third or lower sealing ring and the opposite wall of the receiving part or collecting housing , then around a first rib and an adjacent groove , and finally between a wall part of the nozzle or connection part or the wall of the collecting housing of the nozzle or connection part for the collecting housing and the first sealing ring provided in the cover or annular flange , wherein upon activation of at least two or all sealing rings (1 to 3) the two opposing sealing rings or the second and third sealing ring press the container bag , extending in an S-shape, into the groove and against the rib provided on the nozzle or connection part for the collecting housing , wherein the sealing rings to which pressure can be applied are sealing rings to which compressed air can be applied.
A measuring apparatus having a connector case with an insertion opening configured to allow a biosensor to be inserted therein with a connecting terminal section facing the insertion opening , the biosensor comprising a measuring section which has a pair of electrodes composed of a working electrode and a counter electrode and is disposed at one end, the connecting terminal section disposed at the other end, a protrusion disposed at the other end, a cover whose one end covers the measuring section , and patterns of conductive film on the protrusion and the connecting terminal section which are exposed from the other end of the cover , the measuring apparatus comprising: a connector connected to a terminal of the connecting terminal section when the biosensor is inserted; a display section that displays a measured result by the measuring apparatus ; characterized by switching sections that are provided at the most inward part of the connector case and are pressed by the protrusion to turn on, wherein the measuring apparatus is adapted to discriminate a type of the biosensor currently inserted into the measuring apparatus based on an on/off state of each of the switching sections resulting from a shape and/or a number of the protrusion via the connector resulting from an arrangement of the patterns of the conductive film. a connector connected to a terminal of the connecting terminal section when the biosensor is inserted; a display section that displays a measured result by the measuring apparatus ; characterized by switching sections that are provided at the most inward part of the connector case and are pressed by the protrusion to turn on, wherein the measuring apparatus is adapted to discriminate a type of the biosensor currently inserted into the measuring apparatus based on an on/off state of each of the switching sections resulting from a shape and/or a number of the protrusion via the connector resulting from an arrangement of the patterns of the conductive film.
A mobile terminal comprising: a touch screen configured to display at least one object and to sense first and second touching actions on the at least one object; and characterized by a control unit configured to display the at least one object as being fixed at a first position, to release the at least one object according to the second touching action such that the at least one object can be moved, to move the at least one object from the first position to a second position on the touch screen corresponding to the first touching action on the at least one object, and to fix the moved object to the second position on the touch screen based on a manipulation of a position fixing button that is separate from the first and second touching actions, wherein the first touching action is a dragging and dropping touching action on the touch screen, wherein the second touching action includes touching the at least one object for a predetermined time period, and wherein the control unit is further configured to indicate whether or not the moved object is fixed to the second position by displaying an additional icon or graphical indication on the at least one object. a touch screen configured to display at least one object and to sense first and second touching actions on the at least one object; and characterized by a control unit configured to display the at least one object as being fixed at a first position, to release the at least one object according to the second touching action such that the at least one object can be moved, to move the at least one object from the first position to a second position on the touch screen corresponding to the first touching action on the at least one object, and to fix the moved object to the second position on the touch screen based on a manipulation of a position fixing button that is separate from the first and second touching actions, to display the at least one object as being fixed at a first position, to release the at least one object according to the second touching action such that the at least one object can be moved, to move the at least one object from the first position to a second position on the touch screen corresponding to the first touching action on the at least one object, and to fix the moved object to the second position on the touch screen based on a manipulation of a position fixing button that is separate from the first and second touching actions, wherein the first touching action is a dragging and dropping touching action on the touch screen, wherein the second touching action includes touching the at least one object for a predetermined time period, and wherein the control unit is further configured to indicate whether or not the moved object is fixed to the second position by displaying an additional icon or graphical indication on the at least one object.
A method of aerial application of parasitoids of the genus Trichogramma in plant protection, in which a defined amount of Trichogramma parasitoids in defined developmental stages is released from flying means on a defined plant surface area or a unit of plant surface, while released Trichogramma parasitoids is mixed with semolina into loose inert substrate of natural origin and dispensing is performed by dispenser with gravity reservoir of loose inert substrate to dispensing mechanism with carrier mounted on output shaft of an engine and with rotating perforated dosing disc with adjustable revolutions, characterized in that from 100,000 to 250,000 individuals of the Trichogramma parasitoid on a treated area of 1 ha of plant surface is released, while the loose mixture is released in incremental doses from dents on the circumference of the dosing disc on the output shaft of the engine directly to the air and falls down onto the treated area of the crops.
Method for configuring an operating system on a computing node in a group of a plurality of computing nodes in a network also comprising a central server , comprising: - a transmission , from one of the computing nodes in said group to the central server , of authentication data specific to said computing node , - a transmission , from the central server to said computing node , of configuration data specific to said computing node , - a storage, at said computing node , of said specific configuration data , characterised in that it also comprises: - an establishment of an access, to the central server by said computing node , to data of the operating system common to all the computing nodes in said group and stored at the central server , - a starting up of said computing node on an operating system that is specific to said computing node and that comprises firstly said specific configuration data stored at said computing node and secondly said common data of the operating system directly accessible at the central server to said computing node while remaining stored at the central server . - a transmission , from one of the computing nodes in said group to the central server , of authentication data specific to said computing node , - a transmission , from the central server to said computing node , of configuration data specific to said computing node , - a storage, at said computing node , of said specific configuration data , - an establishment of an access, to the central server by said computing node , to data of the operating system common to all the computing nodes in said group and stored at the central server , - a starting up of said computing node on an operating system that is specific to said computing node and that comprises firstly said specific configuration data stored at said computing node and secondly said common data of the operating system directly accessible at the central server to said computing node while remaining stored at the central server .