mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication method, comprising: dividing a plurality of base stations into at least one base station cluster, the at least one base station cluster having a respective cluster identity; when a terminal moves within a base station cluster, transmitting identification information of each base station in the base station cluster to the terminal, wherein the identification information corresponding to each base station comprises CSI-RS, Channel State Information-Reference Signal, information; determining, by the terminal, a base station able to provide services for the terminal from among the base station cluster; uploading, by the terminal, identification information of the base station able to provide services for the terminal to a cluster head, wherein the cluster head is a specified base station of the base station cluster; and scheduling, by the cluster head, the base station able to provide services for the terminal to provide communication service for the terminal, wherein the step of determining the base station able to provide services for the terminal from among the base station cluster through the terminal comprises: the CSI-RS information that is able to be received by the terminal at the current location is measured through the terminal; and according to the CSI-RS information corresponding to each base station, determining a base station corresponding to the CSI-RS information that is able to be received by the terminal at the current location, so as to determine the base station able to provide services for the terminal. dividing a plurality of base stations into at least one base station cluster, the at least one base station cluster having a respective cluster identity; when a terminal moves within a base station cluster, transmitting identification information of each base station in the base station cluster to the terminal, wherein the identification information corresponding to each base station comprises CSI-RS, Channel State Information-Reference Signal, information; determining, by the terminal, a base station able to provide services for the terminal from among the base station cluster; uploading, by the terminal, identification information of the base station able to provide services for the terminal to a cluster head, wherein the cluster head is a specified base station of the base station cluster; and scheduling, by the cluster head, the base station able to provide services for the terminal to provide communication service for the terminal, wherein the step of determining the base station able to provide services for the terminal from among the base station cluster through the terminal comprises: the CSI-RS information that is able to be received by the terminal at the current location is measured through the terminal; and according to the CSI-RS information corresponding to each base station, determining a base station corresponding to the CSI-RS information that is able to be received by the terminal at the current location, so as to determine the base station able to provide services for the terminal.
A method for producing a three-dimensional structure on a face of a flat substrate , comprising the following steps: - providing the substrate with the face ready to be treated; - applying a relief product in the form of droplets on the face , such that selected positions of droplets are produced on the face ; - applying a covering product to the face such that it forms a layer over the face ; - fixing the layer of the covering product to obtain the selected positions on the face free from the covering product ; characterized in that the relief product and the covering product comprising properties, including different respective surface tensions, such that they are immiscible with each other in order to generate a removal of the covering product in correspondence with the droplets of the relief product . - providing the substrate with the face ready to be treated; - applying a relief product in the form of droplets on the face , such that selected positions of droplets are produced on the face ; - applying a covering product to the face such that it forms a layer over the face ; - fixing the layer of the covering product to obtain the selected positions on the face free from the covering product ;
A computer-implemented method for providing a diagnostic functionality for an application based on a programmable logic controller, PLC, comprising the steps: a) creating a control program in at least one IEC-61131-compliant programming language for a programmable logic controller by means of an IEC-61131 framework , wherein the IEC-61131 framework provides multiple function blocks by means of which the diagnostic functionality is created in the at least one IEC-61131-compliant programming language, wherein the multiple function blocks comprise: a1) a diagnosis server function block that instantiates a diagnosis server for exchanging diagnostic data with a diagnosis client , a2) at least one message function block that instantiates at least one message element which, upon being called of the instantiated state at least one message element , writes a diagnostic message into a data exchange data structure , and a3) a structured data type that provides the data exchange data structure for data exchange between the instantiated at least one message element and the instantiated diagnosis server . a) creating a control program in at least one IEC-61131-compliant programming language for a programmable logic controller by means of an IEC-61131 framework , wherein the IEC-61131 framework provides multiple function blocks by means of which the diagnostic functionality is created in the at least one IEC-61131-compliant programming language, a1) a diagnosis server function block that instantiates a diagnosis server for exchanging diagnostic data with a diagnosis client , a2) at least one message function block that instantiates at least one message element which, upon being called of the instantiated state at least one message element , writes a diagnostic message into a data exchange data structure , and a3) a structured data type that provides the data exchange data structure for data exchange between the instantiated at least one message element and the instantiated diagnosis server .
A method comprising: receiving , in a device, from a local node via a first channel which is a local-range channel, a secret value and receiving in the device, also from the local node , via a second channel which traverses a wireless base station, a random value, and causing transmission, from the device, to the local node of a first message comprising a hash value, the hash value being derived based on a set comprising the secret value, the random value, and an instruction, to configure the local node to perform an action as a response to the instruction. receiving , in a device, from a local node via a first channel which is a local-range channel, a secret value and receiving in the device, also from the local node , via a second channel which traverses a wireless base station, a random value, and causing transmission, from the device, to the local node of a first message comprising a hash value, the hash value being derived based on a set comprising the secret value, the random value, and an instruction, to configure the local node to perform an action as a response to the instruction.
A Corynebacterium glutamicum mutant producing L-leucine selected from the group consisting of a mutant deposited under Accession No. KCCM11661P and a mutant deposited under Accession No. KCCM11662P.
A method for performing a service in a portable terminal with a service interoperation device, the method comprising: searching, by the portable terminal , external devices (101-104); identifying the service interoperation device corresponding to a characteristic of the service among the searched external devices; displaying a recommendation of the service interoperation device; and performing the service in interoperation with the recommended service interoperation device, wherein identifying the service interoperation device comprises: transmitting the service characteristic including a type, an output scheme, and a control input scheme of the service to the searched external devices; receiving a profile including a type and a function of the external device from the external device suitable to the service characteristic among the searched external devices; and determining the external device that transmitted the profile to the portable terminal as the service interoperation device. searching, by the portable terminal , external devices (101-104); identifying the service interoperation device corresponding to a characteristic of the service among the searched external devices; displaying a recommendation of the service interoperation device; and performing the service in interoperation with the recommended service interoperation device, wherein identifying the service interoperation device comprises: transmitting the service characteristic including a type, an output scheme, and a control input scheme of the service to the searched external devices; receiving a profile including a type and a function of the external device from the external device suitable to the service characteristic among the searched external devices; and determining the external device that transmitted the profile to the portable terminal as the service interoperation device. transmitting the service characteristic including a type, an output scheme, and a control input scheme of the service to the searched external devices; receiving a profile including a type and a function of the external device from the external device suitable to the service characteristic among the searched external devices; and determining the external device that transmitted the profile to the portable terminal as the service interoperation device.
A sensor unit comprising a hermetic terminal , the hermetic terminal comprising: a barrier wall joined to a housing of the sensor unit ; a body connected to a signal ground, the body being fixed to the barrier wall via a first insulator ; and a signal line passing through the body and fixed to the body via a second insulator ; wherein a space is formed between an inner wall of the housing and a surface of the body intersecting an end face of the body positioned towards an inside of the housing . a barrier wall joined to a housing of the sensor unit ; a body connected to a signal ground, the body being fixed to the barrier wall via a first insulator ; and a signal line passing through the body and fixed to the body via a second insulator ; wherein a space is formed between an inner wall of the housing and a surface of the body intersecting an end face of the body positioned towards an inside of the housing .
A system for dynamically revising ink estimation models, comprising: a memory storing a virtual machine for instantiating virtual printers that estimate amounts of ink used by a printer for print jobs; and a controller configured, for each print job, to: identify estimated amounts of ink determined by the virtual printers according to each of multiple configurations for the printer , and identify a chosen configuration and a corresponding actual amount of ink used by the printer , the controller further configured to select a configuration, determine that estimated amounts of ink for the selected configuration have less than a threshold difference from actual amounts of ink for each of multiple print jobs, and to update an ink estimation model at the virtual machine based on the estimated amounts of ink and corresponding print job data for the selected configuration in response to the determination, wherein: the controller is further configured to determine that an estimated amount of ink is within a threshold amount of accuracy for a configuration for a print job, and to update the ink estimation model at the virtual machine based on other estimated amounts of ink for other configurations for the print job. a memory storing a virtual machine for instantiating virtual printers that estimate amounts of ink used by a printer for print jobs; and a controller configured, for each print job, to: identify estimated amounts of ink determined by the virtual printers according to each of multiple configurations for the printer , and identify a chosen configuration and a corresponding actual amount of ink used by the printer , the controller further configured to select a configuration, determine that estimated amounts of ink for the selected configuration have less than a threshold difference from actual amounts of ink for each of multiple print jobs, and to update an ink estimation model at the virtual machine based on the estimated amounts of ink and corresponding print job data for the selected configuration in response to the determination, wherein: the controller is further configured to determine that an estimated amount of ink is within a threshold amount of accuracy for a configuration for a print job, and to update the ink estimation model at the virtual machine based on other estimated amounts of ink for other configurations for the print job.
Knitting cam for a flat knitting machine, comprising a guide cam part arranged in the edge region of the knitting cam , the guide cam part having at least two guide cam part portions , and at least one guide cam part portion being able to be switched between an active position and an inactive position, characterized in that a presser part and a take-down part are provided, the presser part being able to be activated on the output side of the cam in order to lift control feet of insert parts over the take-down part , and a cam path (Z) for the control feet of the insert parts being created by the at least one guide cam part portion being switched to inactive mode.
Method for configuring a graphic display system, wherein the graphic display system comprises - at least one control unit , - at least one first graphic display area , - at least one second graphic display area , - at least one information area , wherein the at least one second graphic display area comprises the at least one information area , - at least one icon , wherein the at least one first graphic display area comprises the at least one icon , wherein the at least one icon comprises at least one first mode and at least one second mode , wherein the at least one information area provides a first information item associated with a first application , wherein the at least one icon is associated with a second application , and wherein said at least one icon is always actuatable wherein the at least one information area comprises at least one actuator , in which the at least one control unit carries out the following steps: I. determining an actuation in the at least one actuator , II. enabling the at least one first mode of the at least one icon , when an actuation on the at least one actuator has been determined, III. determining an actuation in the at least one icon , and IV. providing, in the at least one information area , a second information item associated with the second application , or I. determining an actuation in the at least one icon , II. enabling the at least one second mode of the at least one icon , when an actuation on the at least one actuator has not been determined, and III. providing, in the at least one second graphic display area , the second application associated with the at least one icon . - at least one control unit , - at least one first graphic display area , - at least one second graphic display area , - at least one information area , wherein the at least one second graphic display area comprises the at least one information area , - at least one icon , wherein the at least one first graphic display area comprises the at least one icon , I. determining an actuation in the at least one actuator , II. enabling the at least one first mode of the at least one icon , when an actuation on the at least one actuator has been determined, III. determining an actuation in the at least one icon , and IV. providing, in the at least one information area , a second information item associated with the second application , I. determining an actuation in the at least one icon , II. enabling the at least one second mode of the at least one icon , when an actuation on the at least one actuator has not been determined, and III. providing, in the at least one second graphic display area , the second application associated with the at least one icon .
Device for correlative scanning transmission electron microscopy - STEM - and light microscopy for the investigation of a specimen comprising a STEM detector, characterized in that the STEM detector is integrated in a photo-optical lens .
Vehicle route-lighting system comprising: - an optical element having a controlled caustic-generating surface , this generating surface being a reflective or refractive surface, having a given overall shape and exhibiting local variations in shape about this given overall shape, these local variations being distributed over the whole of said generating surface so that they confer on the whole of the generating surface a relief that forms an object pattern , these various local variations being arranged so that most of said generating surface is smooth and so that for a beam of rays (r 1 , r 2 , r 3 ) incident on the whole of this said generating surface, these rays having a given distribution, said generating surface deviates the rays with different orientations depending on the local variations that they encounter, thus forming a deviated beam that propagates a propagated pattern , this propagated pattern corresponding to a distorted form of the object pattern, - a mounting portion on which is to be mounted a generator of the beam of rays having the given distribution, so that the rays are incident on said generating surface, the optical element being arranged so that the propagated pattern is propagated over a usable interval lying upstream, and at least as far as a given optimum propagation distance (D p ), and with a given photometric distribution, so as to form one portion of an illuminating light beam, this portion containing a cut-off. - an optical element having a controlled caustic-generating surface , this generating surface being a reflective or refractive surface, having a given overall shape and exhibiting local variations in shape about this given overall shape, these local variations being distributed over the whole of said generating surface so that they confer on the whole of the generating surface a relief that forms an object pattern , these various local variations being arranged so that most of said generating surface is smooth and so that for a beam of rays (r 1 , r 2 , r 3 ) incident on the whole of this said generating surface, these rays having a given distribution, said generating surface deviates the rays with different orientations depending on the local variations that they encounter, thus forming a deviated beam that propagates a propagated pattern , this propagated pattern corresponding to a distorted form of the object pattern, - a mounting portion on which is to be mounted a generator of the beam of rays having the given distribution, so that the rays are incident on said generating surface,
A marking system (MS), comprising: a marking device which includes: a marking unit that applies a quality control mark of a product; a housing unit that houses at least one temperature-indicating material; and a providing unit that supplies a temperature-indicating material selected from the housing unit to the marking unit ; and a controller which includes: a storage storing temperature-indicating material information on color-developing temperature and/or decoloring temperature of each temperature-indicating material contained in the housing unit ; and a processor that is configured to acquire appropriate temperature of the product from a server or an input unit , is configured to select the temperature-indicating material based on the acquired appropriate temperature of the product and the temperature-indicating material information, and is configured to inform the providing unit of supply of the selected temperature-indicating material, characterized in that : when a plurality of products are packed together in one package, the processor is configured to select a temperature-indicating material suitable for an overlapped temperature zone of appropriate temperatures of the products. a marking device which includes: a marking unit that applies a quality control mark of a product; a housing unit that houses at least one temperature-indicating material; and a providing unit that supplies a temperature-indicating material selected from the housing unit to the marking unit ; and a controller which includes: a storage storing temperature-indicating material information on color-developing temperature and/or decoloring temperature of each temperature-indicating material contained in the housing unit ; and a processor that is configured to acquire appropriate temperature of the product from a server or an input unit , is configured to select the temperature-indicating material based on the acquired appropriate temperature of the product and the temperature-indicating material information, and is configured to inform the providing unit of supply of the selected temperature-indicating material, characterized in that : when a plurality of products are packed together in one package, the processor is configured to select a temperature-indicating material suitable for an overlapped temperature zone of appropriate temperatures of the products.