mhurhangee/patent-ind-claim-en huggingface dataset:
Football board game comprising: - an element representing a football field comprising a rectangular grid subdivided into bands , each band (2:3) being in turn subdivided into boxes and comprising action boxes having at least one symbol associated with a possibility of game action and/or neutral boxes not having any symbol associated with a possibility of game action, - a plurality of player pieces, each player piece having at least one playing parameter of the player to which it refers and at least one value associated with the at last one playing parameter, - a piece representing a football, - at least one device capable of providing from time to time a random value, possibly different, which is combined with a playing parameter of at least one player piece which is relevant for the game action in progress, so as to determine the outcome of at least one type of game action; preferably, the value provided by said at least one device is a numerical value, - a set of game rules, wherein each player piece refers to a goalkeeper or to a movement player and wherein the movement player is a defender, a midfielder and a striker. - an element representing a football field comprising a rectangular grid subdivided into bands , each band (2:3) being in turn subdivided into boxes and comprising action boxes having at least one symbol associated with a possibility of game action and/or neutral boxes not having any symbol associated with a possibility of game action, - a plurality of player pieces, each player piece having at least one playing parameter of the player to which it refers and at least one value associated with the at last one playing parameter, - a piece representing a football, - at least one device capable of providing from time to time a random value, possibly different, which is combined with a playing parameter of at least one player piece which is relevant for the game action in progress, so as to determine the outcome of at least one type of game action; preferably, the value provided by said at least one device is a numerical value, - a set of game rules,
A method for manufacturing a crystalline silicon solar cell module, comprising: a) providing a solar cell module to be laminated, wherein the solar cell module to be laminated comprises a back plate, a first bonding layer, a crystalline silicon solar cell component, a second bonding layer and a top plate which are in contact in sequence; wherein the crystalline silicon solar cell component is a cell string formed by connecting a plurality of crystalline silicon solar cells; b) laminating the solar cell module to be laminated under a condition of current injection with a temperature of 120∼200 degrees Celsius, to obtain a laminated solar cell module; and c) installing a frame and a junction box on the laminated solar cell module, to obtain a crystalline silicon solar cell module, characterized in that the cell string is manufactured by: performing an annealing process on crystalline silicon solar cells, wherein a temperature for the annealing process is 150∼300 degrees Celsius, and a duration of the annealing process is 15~40min; detecting cell efficiencies of the crystalline silicon solar cells; and soldering a plurality of crystalline silicon solar cells with cell efficiencies within a predetermined range, to obtain the cell string. a) providing a solar cell module to be laminated, wherein the solar cell module to be laminated comprises a back plate, a first bonding layer, a crystalline silicon solar cell component, a second bonding layer and a top plate which are in contact in sequence; wherein the crystalline silicon solar cell component is a cell string formed by connecting a plurality of crystalline silicon solar cells; b) laminating the solar cell module to be laminated under a condition of current injection with a temperature of 120∼200 degrees Celsius, to obtain a laminated solar cell module; and c) installing a frame and a junction box on the laminated solar cell module, to obtain a crystalline silicon solar cell module, performing an annealing process on crystalline silicon solar cells, wherein a temperature for the annealing process is 150∼300 degrees Celsius, and a duration of the annealing process is 15~40min; detecting cell efficiencies of the crystalline silicon solar cells; and soldering a plurality of crystalline silicon solar cells with cell efficiencies within a predetermined range, to obtain the cell string.
A computer system (100; 210), in a device control environment, comprising: one or more processors ; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors to configure the computer system to discover devices (290; 440; 502-1) and device configurations, including instructions that are executable to configure the computer system to perform the following sending a request to a device (502-1) to obtain a data value from the device; in response, receiving the data value from the device; based on the received data value, identifying one or more device identifications for the device, comprising identifying a set of specific device types and/or configurations to which the device may belong; using the one or more identifications to identify equipment potentially connected to the device by making assumptions about the device and connected sensors based on the values identified by probing connection points connected to sensors and making assumptions about controls connected to corresponding types of equipment based on the device having a certain type of sensor, and sending commands for the equipment potentially connected to the device; receiving one or more responses to the commands, and based on the one or more responses, concretely identifying the device from the set of device types. one or more processors ; and one or more computer-readable media having stored thereon instructions that are executable by the one or more processors to configure the computer system to discover devices (290; 440; 502-1) and device configurations, including instructions that are executable to configure the computer system to perform the following sending a request to a device (502-1) to obtain a data value from the device; in response, receiving the data value from the device; based on the received data value, identifying one or more device identifications for the device, comprising identifying a set of specific device types and/or configurations to which the device may belong; using the one or more identifications to identify equipment potentially connected to the device by making assumptions about the device and connected sensors based on the values identified by probing connection points connected to sensors and making assumptions about controls connected to corresponding types of equipment based on the device having a certain type of sensor, and sending commands for the equipment potentially connected to the device; receiving one or more responses to the commands, and based on the one or more responses, concretely identifying the device from the set of device types.
A header for an agricultural harvesting machine comprising : • a header body consisting of a back wall , a pair of side walls and a floor portion extending between the side walls and in front of the back wall , • a first cutter bar for cutting crops at a first height, • a crop guiding mechanism mounted between the side walls and above or at the upper surface of the floor portion , for transporting the harvested crop portions that have been cut at the first height, towards a central area of the header . • a second cutter bar for cutting the remaining portion of the crops at a second height lower than the first height, and • a means for displacing the second cutter bar with respect to the header body without separating it from the header body, said displacement means being furthermore configured to store the second cutter bar in a position in which the second cutter bar is incapable of cutting crops, and wherein the header is operable with the first cutter bar as a single cutter bar, when the second cutter bar is in the stored position, the header being characterized in that it further comprises: • a compartment for storing the second cutter bar . • a header body consisting of a back wall , a pair of side walls and a floor portion extending between the side walls and in front of the back wall , • a first cutter bar for cutting crops at a first height, • a crop guiding mechanism mounted between the side walls and above or at the upper surface of the floor portion , for transporting the harvested crop portions that have been cut at the first height, towards a central area of the header . • a second cutter bar for cutting the remaining portion of the crops at a second height lower than the first height, and • a means for displacing the second cutter bar with respect to the header body without separating it from the header body, said displacement means being furthermore configured to store the second cutter bar in a position in which the second cutter bar is incapable of cutting crops, and wherein the header is operable with the first cutter bar as a single cutter bar, when the second cutter bar is in the stored position, • a compartment for storing the second cutter bar .
A data capture apparatus configured to operate as a unidirectional communication connection between a private network and a public network , the data capture apparatus comprising: a sender machine comprising a unidirectional network interface coupled to one or more devices of the private network , the sender machine configured to collect raw data from the one or more devices of the private network , the raw data defining a first data distribution; a monitoring apparatus between the sender machine and a receiver machine ; the receiver machine physically isolated from the sender machine and configured to receive anonymized data from the sender machine via the unidirectional communication connection defined by the monitoring apparatus, wherein the sender machine is configured to generate the anonymized data based on the first data distribution of the raw data, such that the anonymized data represents the raw data without disclosing the raw data, wherein the sender machine further comprises a neural network configured to generate the anonymized data based on the first data distribution of the raw data such that the anonymized data defines synthetic data having a second data distribution that falls within a predetermined tolerance of the fi rst data distribution. a sender machine comprising a unidirectional network interface coupled to one or more devices of the private network , the sender machine configured to collect raw data from the one or more devices of the private network , the raw data defining a first data distribution; a monitoring apparatus between the sender machine and a receiver machine ; the receiver machine physically isolated from the sender machine and configured to receive anonymized data from the sender machine via the unidirectional communication connection defined by the monitoring apparatus, wherein the sender machine is configured to generate the anonymized data based on the first data distribution of the raw data, such that the anonymized data represents the raw data without disclosing the raw data, wherein the sender machine further comprises a neural network configured to generate the anonymized data based on the first data distribution of the raw data such that the anonymized data defines synthetic data having a second data distribution that falls within a predetermined tolerance of the fi rst data distribution.
A method for producing a wiring structural body provided with a wiring pattern, comprising: a first step of forming an insulating layer on a surface of a silicon substrate along at least a region for forming the wiring pattern; a second step of forming a boron layer on the insulating layer along the region; and a third step of forming a metal layer on the boron layer by plating. a first step of forming an insulating layer on a surface of a silicon substrate along at least a region for forming the wiring pattern; a second step of forming a boron layer on the insulating layer along the region; and a third step of forming a metal layer on the boron layer by plating.
A child safety seat for a vehicle comprising - an outer shell enclosing a seating area for a child and - a protective element , the protective element comprising - a housing component and - an impact component ,wherein the housing component is embedded into the outer shell and the impact component is mounted to the housing component , is configured to be enclosed at least partially by the housing component , and is configured to protrude laterally from the outer shell in a direction facing away from the seating area , the impact component of the protective element being configured to be transferred from a rest position to a functioning position, and the impact component of the protective element being configured to protrude further from the outer shell when disposed in the functioning position than when disposed in the rest position, characterized by the housing component or the impact component comprising a deformable region adapted to cushion forces impacting on the impact component , the housing component being supported by a fixed bearing , the fixed bearing allowing the impact forces to be guided into a structurally stable part of the child safety seat, wherein the outer shell comprises a base portion and the housing component is embedded into the base portion . - an outer shell enclosing a seating area for a child and - a protective element , - a housing component and - an impact component ,wherein
An object handling system comprising: at least one object ; and at least one transport apparatus for transporting objects in the object handling system ; control means communicating with each said apparatus for controlling operation of said apparatus ; wherein the at least one apparatus comprises: drive means for moving the apparatus along at least one track ; engaging means having a first condition, in which the engaging means can engage a said object to enable the apparatus to move said object along the track , and a second condition, in which the apparatus can move along the track without engaging said object ; first detector means for detecting a position of the apparatus relative to the track ; and characterised in that the at least one transport apparatus comprises a second detector means for detecting a position of the apparatus relative to at least one said object and in that the object handling system comprises the at least one track for receiving at least one said object and at least one said apparatus . at least one object ; and at least one transport apparatus for transporting objects in the object handling system ; control means communicating with each said apparatus for controlling operation of said apparatus ; wherein the at least one apparatus comprises: drive means for moving the apparatus along at least one track ; engaging means having a first condition, in which the engaging means can engage a said object to enable the apparatus to move said object along the track , and a second condition, in which the apparatus can move along the track without engaging said object ; first detector means for detecting a position of the apparatus relative to the track ; and characterised in that the at least one transport apparatus comprises a second detector means for detecting a position of the apparatus relative to at least one said object and in that the object handling system comprises the at least one track for receiving at least one said object and at least one said apparatus . drive means for moving the apparatus along at least one track ; engaging means having a first condition, in which the engaging means can engage a said object to enable the apparatus to move said object along the track , and a second condition, in which the apparatus can move along the track without engaging said object ; first detector means for detecting a position of the apparatus relative to the track ; and characterised in that the at least one transport apparatus comprises a second detector means for detecting a position of the apparatus relative to at least one said object and in that the object handling system comprises the at least one track for receiving at least one said object and at least one said apparatus .
Method of manufacturing a handle core for a hand luggage , comprising the steps of: - manufacturing a plurality of hand luggage handle cores, - providing at least one dimension of a user's hand, - generating a handle core model, based on said at least one provided dimension, - selecting one given handle core among the plurality of pre manufactured hand luggage handle cores , said given handle core corresponding to the generated handle core model, wherein the step of generating the handle core model comprises a step of calculating a radius (r) of middle portion of the handle core , and wherein: 0.2 ∗ l π ≤ r ≤ 0.4 ∗ l π and more advantageously, wherein: r = 0.3 ∗ l π with: r: radius of the middle portion of the handle core (mm), l: measured length of the user's hand (mm). - manufacturing a plurality of hand luggage handle cores, - providing at least one dimension of a user's hand, - generating a handle core model, based on said at least one provided dimension, - selecting one given handle core among the plurality of pre manufactured hand luggage handle cores , said given handle core corresponding to the generated handle core model, r: radius of the middle portion of the handle core (mm), l: measured length of the user's hand (mm).
An apparatus , comprising: a gas circulation device arranged to provide a path through which a gas to be compressed or after being compressed is arranged to circulate between a reciprocating compressor and a volume bottle buffering the reciprocating compressor from an installation; characterised by the gas circulation device being configured to have a resonance frequency substantially equal to a frequency of performing compression cycles in the reciprocating compressor; and a controller configured to control timing of switching a valve located between the reciprocating compressor and the gas circulation device in order to use constructively pressure pulsations occurring in the gas circulation device , to enhance a volumetric efficiency of the reciprocating compressor . a gas circulation device arranged to provide a path through which a gas to be compressed or after being compressed is arranged to circulate between a reciprocating compressor and a volume bottle buffering the reciprocating compressor from an installation; characterised by the gas circulation device being configured to have a resonance frequency substantially equal to a frequency of performing compression cycles in the reciprocating compressor; and a controller configured to control timing of switching a valve located between the reciprocating compressor and the gas circulation device in order to use constructively pressure pulsations occurring in the gas circulation device , to enhance a volumetric efficiency of the reciprocating compressor .
An image display apparatus comprising: a display ; a memory ; and a processor configured to: pre-execute an application stored in the memory in a first state in which at least one operation other than a rendering operation among a plurality of operations of the application is executed, wherein the rendering operation is deactivated by setting a size of an output window for the application to a specific size which is less than a size of an execution screen for the application, and in response to a user input selecting the application pre-executed in the first state, execute the application in a second state in which the rendering operation is activated by changing the size of the output window to the size of the execution screen for the application, wherein the rendering operation comprises graphic processing for outputting the execution screen of the application. a display ; a memory ; and a processor configured to: pre-execute an application stored in the memory in a first state in which at least one operation other than a rendering operation among a plurality of operations of the application is executed, wherein the rendering operation is deactivated by setting a size of an output window for the application to a specific size which is less than a size of an execution screen for the application, and in response to a user input selecting the application pre-executed in the first state, execute the application in a second state in which the rendering operation is activated by changing the size of the output window to the size of the execution screen for the application, wherein the rendering operation comprises graphic processing for outputting the execution screen of the application. pre-execute an application stored in the memory in a first state in which at least one operation other than a rendering operation among a plurality of operations of the application is executed, wherein the rendering operation is deactivated by setting a size of an output window for the application to a specific size which is less than a size of an execution screen for the application, and in response to a user input selecting the application pre-executed in the first state, execute the application in a second state in which the rendering operation is activated by changing the size of the output window to the size of the execution screen for the application, wherein the rendering operation comprises graphic processing for outputting the execution screen of the application.
Device for supportingly holding and optionally moving a glass preform , such as for example a gob, wherein the device comprises a carrier device , - at least one, in operation substantially vertically oriented, rod-shaped support element , wherein the rod-shaped support element terminates at its upper end in at least one point-shaped upwardly directed support surface ; and/or - at least one, in operation substantially vertically aligned and substantially inverted U-shaped support element with an upwardly directed support surface connecting the substantially vertically extending vertical portions of the support element, characterized in that the device has at least one reflector , preferably an IR radiation reflector, which is preferably arranged between a base body and the support surfaces and is aligned in such a way that its reflecting surface faces in the direction of the support surfaces . - at least one, in operation substantially vertically oriented, rod-shaped support element , wherein the rod-shaped support element terminates at its upper end in at least one point-shaped upwardly directed support surface ; - at least one, in operation substantially vertically aligned and substantially inverted U-shaped support element with an upwardly directed support surface connecting the substantially vertically extending vertical portions of the support element,