mhurhangee/patent-ind-claim-en huggingface dataset:
A transport refrigeration system comprising a transport refrigeration unit , the transport refrigeration unit configured to refrigerate a cargo space of a vehicle in which a perishable product is stored during transport, the transport refrigeration unit comprising: a compressor having an electric compressor drive motor disposed therein for operating the compressor; a heat rejection heat exchanger fluidly coupled to the compressor; a heat absorption heat exchanger fluidly coupled to the compressor; and at least one fan assembly having at least one fan configured to provide an air flow over at least one of the heat rejection heat exchanger and the heat absorption heat exchanger, said transport refrigeration system being characterized in that the unit is configured to operate in a first mode, a second mode, and a third mode, wherein at least one onboard power source including a generator assembly coupled to a prime mover of the vehicle is configured to produce sufficient power to operate the compressor drive motor and the at least one fan in the first mode, and an external power source is configured to produce sufficient power to operate the compressor drive motor and the at least one fan in the second mode, and the transport refrigeration unit is configured to use power from an external power source and the prime mover is configured to operate the generator assembly to produce sufficient power to power an additional power connection to operate one or more systems of the vehicle external to the transport refrigeration unit in the third mode. a compressor having an electric compressor drive motor disposed therein for operating the compressor; a heat rejection heat exchanger fluidly coupled to the compressor; a heat absorption heat exchanger fluidly coupled to the compressor; and at least one fan assembly having at least one fan configured to provide an air flow over at least one of the heat rejection heat exchanger and the heat absorption heat exchanger, said transport refrigeration system being characterized in that the unit is configured to operate in a first mode, a second mode, and a third mode, wherein at least one onboard power source including a generator assembly coupled to a prime mover of the vehicle is configured to produce sufficient power to operate the compressor drive motor and the at least one fan in the first mode, and an external power source is configured to produce sufficient power to operate the compressor drive motor and the at least one fan in the second mode, and the transport refrigeration unit is configured to use power from an external power source and the prime mover is configured to operate the generator assembly to produce sufficient power to power an additional power connection to operate one or more systems of the vehicle external to the transport refrigeration unit in the third mode.
An overtube assembly for use with an elongate medical tool, the overtube comprising: a flexible tubular body having a proximal end and a distal end , the flexible tubular body including a split extending from the proximal end to the distal end ; wherein the flexible tubular body is disposable over a section of the elongate medical tool by inserting the elongate medical tool through the split , characterized in that the tubular body comprises a solid strip extending opposite the split and one or more bands extending circumferentially from the strip toward the split , wherein the tubular body comprises a rod adjacent to the split and extending along the split and the one or more bands are coupled to the rod . a flexible tubular body having a proximal end and a distal end , the flexible tubular body including a split extending from the proximal end to the distal end ; wherein the flexible tubular body is disposable over a section of the elongate medical tool by inserting the elongate medical tool through the split , characterized in that the tubular body comprises a solid strip extending opposite the split and one or more bands extending circumferentially from the strip toward the split , wherein the tubular body comprises a rod adjacent to the split and extending along the split and the one or more bands are coupled to the rod .
A computer-implemented method for returning data to complete at least part of an augmentation task, the method comprising: receiving a query as input in the form of a query table (220; 440) with one or more entity names in one column and zero or more entity attributes in at least one other column characterized by , accessing a plurality of indexes preprocessed offline from relational tables obtained from at least one corpus, in which the indexes include data based upon indirect mappings between at least some of the tables (444-448), and in which each indirect mapping is determined based upon one or more indirect relationships with one or more tables (441-443) that have a direct relationship with a query entity, and responding to the query by using the indexes to find the data, including identifying seed tables (221-223) via the index, computing scores for each seed table, computing a preference vector based upon vectors of the seed tables, computing prediction scores based upon the preference vectors and vectors associated with at least some of the relational tables, aggregating the scores, and returning a final prediction based upon aggregation of the scores to complete the at least part of the augmentation task. receiving a query as input in the form of a query table (220; 440) with one or more entity names in one column and zero or more entity attributes in at least one other column characterized by , accessing a plurality of indexes preprocessed offline from relational tables obtained from at least one corpus, in which the indexes include data based upon indirect mappings between at least some of the tables (444-448), and in which each indirect mapping is determined based upon one or more indirect relationships with one or more tables (441-443) that have a direct relationship with a query entity, and responding to the query by using the indexes to find the data, including identifying seed tables (221-223) via the index, computing scores for each seed table, computing a preference vector based upon vectors of the seed tables, computing prediction scores based upon the preference vectors and vectors associated with at least some of the relational tables, aggregating the scores, and returning a final prediction based upon aggregation of the scores to complete the at least part of the augmentation task.
A method comprising: transmitting, by a computing device and to a remote server , a verbal input ; receiving, by the computing device and from the remote server , a digital message that comprises a symbolic representation of the verbal input ; determining, based on the symbolic representation of the verbal input , an application identifier for an application that is indicated by the symbolic representation of the verbal input ; launching, by the computing device and using the application identifier , the application that is indicated by the symbolic representation of the verbal input ; transmitting, using the application and to an information provider , a query that was generated based on the symbolic representation of the verbal input ; obtaining, by the computing device and from the information provider as a response to the query , an information result ; and presenting, through an application interface of the computing device , the information result . transmitting, by a computing device and to a remote server , a verbal input ; receiving, by the computing device and from the remote server , a digital message that comprises a symbolic representation of the verbal input ; determining, based on the symbolic representation of the verbal input , an application identifier for an application that is indicated by the symbolic representation of the verbal input ; launching, by the computing device and using the application identifier , the application that is indicated by the symbolic representation of the verbal input ; transmitting, using the application and to an information provider , a query that was generated based on the symbolic representation of the verbal input ; obtaining, by the computing device and from the information provider as a response to the query , an information result ; and presenting, through an application interface of the computing device , the information result .
An electricity meter having a cutoff member , control means for controlling the cutoff member , and estimator means for estimating an opening delay between an open order and actual opening of the cutoff member , and/or a closing delay between a close order and actual closing of the cutoff member , the estimator means comprising: • a resonant inductive circuit comprising a coil mounted stationary relative to the cutoff member and facing a path of a movable contact of the cutoff member; • send means arranged to send a voltage pulse into the inductive circuit; • detector means arranged to detect a damped oscillating voltage signal (So) at the output from the inductive circuit and to compare it with a reference voltage, and to detect the position of the movable contact and thus actual opening or actual closing of the cutoff member as a function of the number of oscillations above the reference voltage; and • measurement means for measuring the time between the open order and detecting actual opening so as to estimate the opening delay, and/or between the close order and detecting actual closing so as to estimate the closing delay. • a resonant inductive circuit comprising a coil mounted stationary relative to the cutoff member and facing a path of a movable contact of the cutoff member; • send means arranged to send a voltage pulse into the inductive circuit; • detector means arranged to detect a damped oscillating voltage signal (So) at the output from the inductive circuit and to compare it with a reference voltage, and to detect the position of the movable contact and thus actual opening or actual closing of the cutoff member as a function of the number of oscillations above the reference voltage; and • measurement means for measuring the time between the open order and detecting actual opening so as to estimate the opening delay, and/or between the close order and detecting actual closing so as to estimate the closing delay.
A method for displaying product information on at least one electronic label comprising a graphic display, a memory and a data reception unit, the method comprising the steps of: (a) generating, at a server connected to the label, an individual glyph corresponding to each different character or symbol of the product information; (b) generating at least a display script comprising reference and position data of said glyphs in the product information; (c) transmitting the display script to the label, receiving the display script by the label and loading it into the memory of the label; (d) broadcasting the individual glyphs with their reference data and the label receiving the individual glyphs with their reference data; (e) determining by the label for each received glyph if its reference data corresponds to one of the reference data of the layout script loaded into the memory and selecting and loading into the memory of the label only those received individual glyphs corresponding to the reference data comprised in the display script loaded into the memory of the label; and (f) displaying the selected and loaded individual glyphs on the graphic display of the label according to the position data comprised in the display script loaded into the memory of the label. (a) generating, at a server connected to the label, an individual glyph corresponding to each different character or symbol of the product information; (b) generating at least a display script comprising reference and position data of said glyphs in the product information; (c) transmitting the display script to the label, receiving the display script by the label and loading it into the memory of the label; (d) broadcasting the individual glyphs with their reference data and the label receiving the individual glyphs with their reference data; (e) determining by the label for each received glyph if its reference data corresponds to one of the reference data of the layout script loaded into the memory and selecting and loading into the memory of the label only those received individual glyphs corresponding to the reference data comprised in the display script loaded into the memory of the label; and (f) displaying the selected and loaded individual glyphs on the graphic display of the label according to the position data comprised in the display script loaded into the memory of the label.
Screw element , comprising a threaded shaft and a screw tip formed at a shaft end and a screw head formed at the opposite shaft end with a force application means and with a screw thread extending on the threaded shaft and the screw tip , wherein the screw tip has a front tip section tapering toward the screw element end, when viewed in the screwing-in direction (Z), and a polygonal section formed on the threaded shaft with a polygonal cross section, when viewed in cross section, whose enveloping circle diameter (d h ) is greater than a core diameter (d k ) of the screw tip , and the polygonal cross section has a corner point lying on the enveloping circle of the polygonal section , and a front edge surface , radially oriented with respect to a longitudinal center axis (X-X), ends in said corner point in the sense of an increased diameter, and wherein the screw tip has a first tapering tip section with a circular cross section and a second, cylindrical tip section with a circular cross section formed between the first tip section and the polygonal section , wherein the screw thread is continuously formed without interruption across the first and second tip sections of the screw tip , and wherein the core diameter (d k ) of the second cylindrical tip section at its base surface is smaller at the transition between the second tip section to the polygonal section than the maximum core diameter (d s ) of the threaded shaft .
A system for closing an aperture in a biological tissue, the system comprising: a handle; an elongate shaft (105, 105A, 105B, 304-307; 308-313) connected to the handle, wherein the shaft is rigid during insertion of the system into a subject and flexible during attachment of a surgical implant to a biological tissue; and a deployment scaffold connected to the shaft, wherein the scaffold is configured to deploy the surgical implant; wherein the deployment scaffold is configured to deploy a surgical implant, includes a pair of opposed arms defining a plane, and the deployment scaffold articulates laterally relative to a longitudinal axis of the elongate shaft and along the plane defined by the arms, the arms being transitionable between a closed configuration defining a first space between the arms and a deployed configuration defining a second space between the arms that is greater than the first space, the arms remaining parallel to one another as the arms transition between the closed and deployed configurations; and a plurality of attachment members configured to releasably retain a surgical implant to the deployment scaffold . a handle; an elongate shaft (105, 105A, 105B, 304-307; 308-313) connected to the handle, wherein the shaft is rigid during insertion of the system into a subject and flexible during attachment of a surgical implant to a biological tissue; and a deployment scaffold connected to the shaft, wherein the scaffold is configured to deploy the surgical implant; wherein the deployment scaffold is configured to deploy a surgical implant, includes a pair of opposed arms defining a plane, and the deployment scaffold articulates laterally relative to a longitudinal axis of the elongate shaft and along the plane defined by the arms, the arms being transitionable between a closed configuration defining a first space between the arms and a deployed configuration defining a second space between the arms that is greater than the first space, the arms remaining parallel to one another as the arms transition between the closed and deployed configurations; and a plurality of attachment members configured to releasably retain a surgical implant to the deployment scaffold .
A spectacle lens design system, comprising: an eyeball rotation center determination means that identifies an corneal apex position of an eye of a subject based on at least two distinct images photographed by a predetermined photographing apparatus and determines an eyeball rotation center position of the subject based on the identified corneal apex position, the predetermined photographing apparatus being configured as two RGB-D cameras (154-1, 154-2) being able to photograph a two dimensional RGB image and a distance image; a visual line information calculation means that calculates visual line information of the subject defined when the subject watches a visual target disposed at two distinct positions, based on the eyeball rotation center position determined by the eyeball rotation center determination means and the position of the visual target, at least one of the two RGB-D cameras (154-2) photographs an RGB image and a distance image of the visual target for each of its two distinct positions; and a shape design means that designs a shape of a spectacle lens based on predetermined prescription information and the visual line information calculated by the visual line information calculation means. an eyeball rotation center determination means that identifies an corneal apex position of an eye of a subject based on at least two distinct images photographed by a predetermined photographing apparatus and determines an eyeball rotation center position of the subject based on the identified corneal apex position, the predetermined photographing apparatus being configured as two RGB-D cameras (154-1, 154-2) being able to photograph a two dimensional RGB image and a distance image; a visual line information calculation means that calculates visual line information of the subject defined when the subject watches a visual target disposed at two distinct positions, based on the eyeball rotation center position determined by the eyeball rotation center determination means and the position of the visual target, at least one of the two RGB-D cameras (154-2) photographs an RGB image and a distance image of the visual target for each of its two distinct positions; and a shape design means that designs a shape of a spectacle lens based on predetermined prescription information and the visual line information calculated by the visual line information calculation means.
A method for training and validating machine learning algorithms used by a network traffic analyser for network traffic classification, in real network environments wherein real traffic is moving between an internal network and an external network , comprising the steps of: - generating synthetic traffic in real time; - the network traffic analyser receiving packets of traffic comprising a simultaneous mix of the real traffic and the generated synthetic traffic in real time; - aggregating the packets of the received traffic into network flows by using metadata; - transforming each network flow to generate a first dataset with a format readable by a machine learning algorithm, the first dataset comprising features defined by the metadata for each network flow; - labelling the real traffic and the synthetic traffic to obtain a labelled dataset which comprises the first dataset and additional features defined as labels, wherein the labelling is done by matching features from the first dataset and features identified from previously stored network logs, and assigning a label "unknown" if there is no match; - selecting a subset of the features from the labelled dataset to be used in an iterative training to generate a trained model; - filtering out a part of real traffic of the labelled dataset to obtain a second labelled dataset; - selecting the subset of features used in the trained model from the second labelled dataset to be used for validating the trained model; - comparing results predicted by the trained model with the actual labels obtained from labelling ; - if the comparison is negative, repeating the previous steps with a different subset of features to generate another trained model. - generating synthetic traffic in real time; - the network traffic analyser receiving packets of traffic comprising a simultaneous mix of the real traffic and the generated synthetic traffic in real time; - aggregating the packets of the received traffic into network flows by using metadata; - transforming each network flow to generate a first dataset with a format readable by a machine learning algorithm, the first dataset comprising features defined by the metadata for each network flow; - labelling the real traffic and the synthetic traffic to obtain a labelled dataset which comprises the first dataset and additional features defined as labels, wherein the labelling is done by matching features from the first dataset and features identified from previously stored network logs, and assigning a label "unknown" if there is no match; - selecting a subset of the features from the labelled dataset to be used in an iterative training to generate a trained model; - filtering out a part of real traffic of the labelled dataset to obtain a second labelled dataset; - selecting the subset of features used in the trained model from the second labelled dataset to be used for validating the trained model; - comparing results predicted by the trained model with the actual labels obtained from labelling ; - if the comparison is negative, repeating the previous steps with a different subset of features to generate another trained model.