mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a service data flow, comprising: acquiring , by a controller, index information related to a user equipment, UE, wherein the index information comprises at least a user information index, a public data network, PDN, connection index, a bearer index, and a service data flow table index that are related to the UE; sending , by the controller, the index information to a forwarder by using an entry notification message; when a first control event of a service data flow is triggered, acquiring , by the controller, a first instruction index according to the first control event, wherein the first instruction index comprises at least one type of the index information related to the UE; and sending , by the controller, the first instruction index to the forwarder by using first control signaling for instructing the forwarder to control the service data flow according to the first instruction index; wherein the forwarder performs a control operation on the service data flow with a corresponding control granularity according to the first instruction index. acquiring , by a controller, index information related to a user equipment, UE, wherein the index information comprises at least a user information index, a public data network, PDN, connection index, a bearer index, and a service data flow table index that are related to the UE; sending , by the controller, the index information to a forwarder by using an entry notification message; when a first control event of a service data flow is triggered, acquiring , by the controller, a first instruction index according to the first control event, wherein the first instruction index comprises at least one type of the index information related to the UE; and sending , by the controller, the first instruction index to the forwarder by using first control signaling for instructing the forwarder to control the service data flow according to the first instruction index; wherein the forwarder performs a control operation on the service data flow with a corresponding control granularity according to the first instruction index.
An image-to-language captioning system, running on numerous parallel processors, for machine generation of a natural language caption for an image, the system comprising: an encoder for processing the image through a convolutional neural network (CNN) and producing image features for regions of the image; a global image feature generator for generating a global image feature for the image by combining the image features; an input preparer for providing input to a decoder as a combination of a start-of-caption token and the global image feature at an initial decoder timestep and a combination of a most recently emitted caption word and the global image feature at successive decoder timesteps; the decoder for processing the input through a long short-term memory network (LSTM) to generate a current decoder hidden state at each decoder timestep; an attender for accumulating, at each decoder timestep, an image context as a convex combination of the image features scaled by attention probability masses determined using the current decoder hidden state; a feed-forward neural network for processing the image context and the current decoder hidden state to emit a next caption word at each decoder timestep; and a controller for iterating the input preparer, the decoder, the attender, and the feed-forward neural network to generate the natural language caption for the image until the next caption word emitted is an end-of-caption token. an encoder for processing the image through a convolutional neural network (CNN) and producing image features for regions of the image; a global image feature generator for generating a global image feature for the image by combining the image features; an input preparer for providing input to a decoder as a combination of a start-of-caption token and the global image feature at an initial decoder timestep and a combination of a most recently emitted caption word and the global image feature at successive decoder timesteps; the decoder for processing the input through a long short-term memory network (LSTM) to generate a current decoder hidden state at each decoder timestep; an attender for accumulating, at each decoder timestep, an image context as a convex combination of the image features scaled by attention probability masses determined using the current decoder hidden state; a feed-forward neural network for processing the image context and the current decoder hidden state to emit a next caption word at each decoder timestep; and a controller for iterating the input preparer, the decoder, the attender, and the feed-forward neural network to generate the natural language caption for the image until the next caption word emitted is an end-of-caption token.
A semiconductor package structure, comprising a substrate , wherein the substrate has a front side and a back side ; a through silicon via (TSV) interconnect structure formed in the substrate ; and a first guard ring doped region and a second guard ring doped region formed in the substrate , wherein the first and the second guard ring doped regions are adjacent to the TSV interconnect structure , wherein each of the first guard ring doped region and the second guard ring doped region are coupled to a ground terminal.
A layer composite constructed from a first layer of a first material and a second layer of a polymer reinforced with endless fibers, wherein the first layer and the second layer are joined to one another face to face, wherein the endless fibers in the second layer are aligned in at least three fiber directions, wherein the three fiber directions are in a plane aligned parallel to the first layer and the fiber content is adjusted such that the coefficient of thermal expansion of the second layer corresponds to the coefficient of thermal expansion of the first layer, wherein the material of the first layer is a metal, the polymer reinforced with endless fibers has a total fiber content in the range from 1 to 70 vol% and wherein i) the second layer is constructed from two or more individual layers of a fiber-reinforced polymer that are each rotated relative to one another, or ii) the second layer contains two or more plies comprising endless fibers and wherein the endless fibers within a ply are present in two or more fiber directions rotated relative to one another. i) the second layer is constructed from two or more individual layers of a fiber-reinforced polymer that are each rotated relative to one another, or ii) the second layer contains two or more plies comprising endless fibers and wherein the endless fibers within a ply are present in two or more fiber directions rotated relative to one another.
A user equipment for data communication in a wireless communication network, such as a Wi-Fi communication network, comprising at least one access point , the user equipment comprising: a processing unit; a memory unit ; a communication interface for data communication with said access point under control of said processing unit, said communication interface being configured to use an identifier stored in the memory such that any data communication sent by the communication interface to the access point , is associated with said identifier , wherein the memory unit further comprises a category-to-identifier database in which one or more virtual identifiers (300 i ) are stored each associated with a specific content category (Ci) determined through the application layer, the communication interface being further configured to: determine, through the application layer, which specific content category (C i ) a determined data to be sent to the access point belongs to; obtain from the category-to-identifier database the virtual identifier (300 i ) corresponding to the specific content category (C i ) which the determined data belongs to, and allocate to said determined data said virtual identifier (300 i ) as identifier to be used for transmission of said determined data to the access point . a processing unit; a memory unit ; a communication interface for data communication with said access point under control of said processing unit, said communication interface being configured to use an identifier stored in the memory such that any data communication sent by the communication interface to the access point , is associated with said identifier , determine, through the application layer, which specific content category (C i ) a determined data to be sent to the access point belongs to; obtain from the category-to-identifier database the virtual identifier (300 i ) corresponding to the specific content category (C i ) which the determined data belongs to, and allocate to said determined data said virtual identifier (300 i ) as identifier to be used for transmission of said determined data to the access point .
A method for processing frequency converter monitoring data, the method comprising: acquiring (S102) a script file, said script file containing a monitoring parameter specifying field and a storage location ; parsing (S104) said script file, by a script editor in the frequency converter, to acquire said storage location and said monitoring parameter specifying field and determining (S104) the monitoring parameter specified by said monitoring parameter specifying field , wherein the monitoring parameter is a parameter to be monitored of the frequency converter; collecting (S106) frequency converter monitoring data corresponding to said monitoring parameter and storing (S106) said frequency converter monitoring data in said storage location . acquiring (S102) a script file, said script file containing a monitoring parameter specifying field and a storage location ; parsing (S104) said script file, by a script editor in the frequency converter, to acquire said storage location and said monitoring parameter specifying field and determining (S104) the monitoring parameter specified by said monitoring parameter specifying field , wherein the monitoring parameter is a parameter to be monitored of the frequency converter; collecting (S106) frequency converter monitoring data corresponding to said monitoring parameter and storing (S106) said frequency converter monitoring data in said storage location .
A stator core for a motor, the stator core comprising: more than one stator core body with plural teeth formed protrusively at regular interval in the same direction, a fixing unit arranged at both ends of the stator core body to fix the stator core body to be a cylindrical shape after bending; a first insulator integrally formed by molding in order to wrap a part of the stator core body and a side surface of plural teeth simultaneously; and a second insulator having a form corresponding to the first insulator and integrally formed by molding in order to wrap a part of the stator core body and a side surface of plural teeth simultaneously through the assembly with the first insulator , the first insulator and the second insulator being separated from each other by a section wrapping the teeth during a bending process of the stator core body , each of the first insulator and the second insulator being formed as one body having a line shape by molding; characterized in that the stator core body is formed as on body having a line shape by molding, the stator core body includes a hook unit having a complementary shape around a protrusion of the adjacent teeth ,and the first insulator and the second insulator have a bottleneck which is formed nearby a position of a bending section of the stator core body and is to be fractured during bending. more than one stator core body with plural teeth formed protrusively at regular interval in the same direction, a fixing unit arranged at both ends of the stator core body to fix the stator core body to be a cylindrical shape after bending; a first insulator integrally formed by molding in order to wrap a part of the stator core body and a side surface of plural teeth simultaneously; and a second insulator having a form corresponding to the first insulator and integrally formed by molding in order to wrap a part of the stator core body and a side surface of plural teeth simultaneously through the assembly with the first insulator , the first insulator and the second insulator being separated from each other by a section wrapping the teeth during a bending process of the stator core body , each of the first insulator and the second insulator being formed as one body having a line shape by molding; characterized in that the stator core body is formed as on body having a line shape by molding, the stator core body includes a hook unit having a complementary shape around a protrusion of the adjacent teeth ,and the first insulator and the second insulator have a bottleneck which is formed nearby a position of a bending section of the stator core body and is to be fractured during bending.
Insect rearing box comprising: a lateral wall and top and bottom covers detachably coupled with the lateral wall to configure a rearing chamber , characterized in that the box further comprises two or more panels parallel to each other, wherein the panels can be extracted from the box and placed inside the rearing chamber , wherein the panels have a plurality of bars placed inside the rearing chamber , and transversally arranged with respect to the top and bottom covers , wherein the bars have top and bottom ends (5',5") adjacent respectively to the top and bottom covers , wherein the top ends or the bottom ends (5") of the bars , are free ends and wherein the box has two pairs of opposing lateral walls , wherein two opposing walls have ventilations windows covered by a mesh and are parallel to the panels , and wherein a plurality of channels are defined across the panels , that directly communicate with the windows . a lateral wall and top and bottom covers detachably coupled with the lateral wall to configure a rearing chamber , characterized in that the box further comprises two or more panels parallel to each other, wherein the panels can be extracted from the box and placed inside the rearing chamber , wherein the panels have a plurality of bars placed inside the rearing chamber , and transversally arranged with respect to the top and bottom covers , wherein the bars have top and bottom ends (5',5") adjacent respectively to the top and bottom covers , wherein the top ends or the bottom ends (5") of the bars , are free ends and wherein the box has two pairs of opposing lateral walls , wherein two opposing walls have ventilations windows covered by a mesh and are parallel to the panels , and wherein a plurality of channels are defined across the panels , that directly communicate with the windows .
A network traffic measurement method, wherein the method comprises: receiving , by a first node, data packets sent by at least two second nodes in a network, wherein the respective data packets are periodically marked by each second node in the network, and each second node in the network has a different period of marking a data packet; measuring , by the first node, traffic of data packets leaving the network from the first node in N preset time periods, to obtain N traffic values, wherein N is a positive integer greater than or equal to 2; performing , by the first node, frequency domain transformation on the N traffic values, to obtain a spectrum corresponding to the N traffic values; separately extracting , by the first node from the spectrum corresponding to the N traffic values, a spectrum corresponding to each second node in the network; and obtaining , by the first node based on the spectrum corresponding to each second node in the network, network traffic sent by that second node in the network to the first node in the N preset time periods. receiving , by a first node, data packets sent by at least two second nodes in a network, wherein the respective data packets are periodically marked by each second node in the network, and each second node in the network has a different period of marking a data packet; measuring , by the first node, traffic of data packets leaving the network from the first node in N preset time periods, to obtain N traffic values, wherein N is a positive integer greater than or equal to 2; performing , by the first node, frequency domain transformation on the N traffic values, to obtain a spectrum corresponding to the N traffic values; separately extracting , by the first node from the spectrum corresponding to the N traffic values, a spectrum corresponding to each second node in the network; and obtaining , by the first node based on the spectrum corresponding to each second node in the network, network traffic sent by that second node in the network to the first node in the N preset time periods.
An assembly , comprising: - a component , and - a non-magnetic temperature-dependent, first luminescence dye , which in a first state has a predefined first chromaticity coordinate (F1a) and in a second state has a predefined second chromaticity coordinate (F1b) different from the first chromaticity coordinate, and which is arranged on or integrated into the component in such a way that the non-magnetic temperature-dependent, first luminescence dye develops an optically detectable color change from the first chromaticity coordinate (F1a) toward the second chromaticity coordinate (F1b) as a function of a temperature change acting on it. - a component , and - a non-magnetic temperature-dependent, first luminescence dye , which in a first state has a predefined first chromaticity coordinate (F1a) and in a second state has a predefined second chromaticity coordinate (F1b) different from the first chromaticity coordinate, and which is arranged on or integrated into the component in such a way that the non-magnetic temperature-dependent, first luminescence dye develops an optically detectable color change from the first chromaticity coordinate (F1a) toward the second chromaticity coordinate (F1b) as a function of a temperature change acting on it.
A positioning device for an ink pad container, the positioning device comprising: a body having a receiving space formed in the body ; a front side surface; a rear side surface; two lateral side surfaces opposite to each other; a front opening formed through the front side surface of the body and communicating with the receiving space ; a rear opening formed through the rear side surface of the body and communicating with the receiving space ; and two elastic sheets respectively formed on the two lateral side surfaces of the body , and each one of the two elastic sheets having an arm formed on a corresponding one of the two lateral side surfaces of the body , inserted into a corresponding one of the two through grooves , and having an inner side surface; and a positioning protrusion formed on the inner side surface of the arm and inserted into the receiving space of the body , and characterized in that : the body has two grooves , the two through grooves are respectively formed through the two lateral side surfaces of the body and both communicating with the receiving space ; and the arms of the two elastic sheets are inserted into the two through grooves . a body having a receiving space formed in the body ; a front side surface; a rear side surface; two lateral side surfaces opposite to each other; a front opening formed through the front side surface of the body and communicating with the receiving space ; a rear opening formed through the rear side surface of the body and communicating with the receiving space ; and two elastic sheets respectively formed on the two lateral side surfaces of the body , and each one of the two elastic sheets having an arm formed on a corresponding one of the two lateral side surfaces of the body , inserted into a corresponding one of the two through grooves , and having an inner side surface; and a positioning protrusion formed on the inner side surface of the arm and inserted into the receiving space of the body , and characterized in that : a receiving space formed in the body ; a front side surface; a rear side surface; two lateral side surfaces opposite to each other; a front opening formed through the front side surface of the body and communicating with the receiving space ; a rear opening formed through the rear side surface of the body and communicating with the receiving space ; and two elastic sheets respectively formed on the two lateral side surfaces of the body , and each one of the two elastic sheets having an arm formed on a corresponding one of the two lateral side surfaces of the body , inserted into a corresponding one of the two through grooves , and having an inner side surface; and a positioning protrusion formed on the inner side surface of the arm and inserted into the receiving space of the body , and characterized in that : the body has two grooves , the two through grooves are respectively formed through the two lateral side surfaces of the body and both communicating with the receiving space ; and the arms of the two elastic sheets are inserted into the two through grooves .
One or more computer-readable storage media comprising instructions stored thereon that, responsive to execution by a computing device comprising a memory, cause the computing device to perform operations comprising: receiving a request to capture an image of at least one portion of the memory; ascertaining whether to capture the image of the at least one portion of memory via an intermediate write to memory, or directly to storage without capturing the image via an intermediate write; in an event that the image of the at least one portion of memory is to be captured via an intermediate write to memory: allocating a buffer region in memory in which to store the image of the at least one portion of memory; temporarily pausing non-capture related computing activity without stopping and rebooting the computing device; writing an image of the at least one portion of memory to the allocated buffer region; and resuming allowing the non-capture related computing activity prior to writing the image of the at least one portion of memory from the allocated buffer region to storage; and in an event that the image of the at least one portion of memory is to be captured directly to storage, writing the image of the at least one portion of memory to storage media of the computing device. receiving a request to capture an image of at least one portion of the memory; ascertaining whether to capture the image of the at least one portion of memory via an intermediate write to memory, or directly to storage without capturing the image via an intermediate write; in an event that the image of the at least one portion of memory is to be captured via an intermediate write to memory: allocating a buffer region in memory in which to store the image of the at least one portion of memory; temporarily pausing non-capture related computing activity without stopping and rebooting the computing device; writing an image of the at least one portion of memory to the allocated buffer region; and resuming allowing the non-capture related computing activity prior to writing the image of the at least one portion of memory from the allocated buffer region to storage; and allocating a buffer region in memory in which to store the image of the at least one portion of memory; temporarily pausing non-capture related computing activity without stopping and rebooting the computing device; writing an image of the at least one portion of memory to the allocated buffer region; and resuming allowing the non-capture related computing activity prior to writing the image of the at least one portion of memory from the allocated buffer region to storage; and in an event that the image of the at least one portion of memory is to be captured directly to storage, writing the image of the at least one portion of memory to storage media of the computing device.