mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for use in a method for delineating schizophrenia, bipolar disorder, and optionally major depressive disorders, comprising: memory means for holding a store of pre-selected images; display means for displaying a succession of said images to a patient as a free-viewing test ; eye tracking means for tracking eye movement of the patient; recording means for recording eye movement data corresponding to a patient's eye movement in response to the display of said succession of images; control means for controlling the display means to display the images to the patient in a predetermined order and for a predetermined period of time, and for controlling the recording means to record said eye movement data and displayed image data over said period of time; and evaluation means for evaluating said eye movement data and displayed image data to produce a first results data set; wherein the control means is further configured to control the apparatus to perform a smooth pursuit test , and a fixation test , and to take the results data sets from said tests to refine the first results data set in identifying a psychiatric profile of the patient; wherein the apparatus is further configured to: carry out an evaluation stage by building classification models using supervised machine learning techniques based on the sets of test results data; and to use the classification models to predict schizophrenia, bipolar affective disorder, and optionally major depressive disorders of an individual. memory means for holding a store of pre-selected images; display means for displaying a succession of said images to a patient as a free-viewing test ; eye tracking means for tracking eye movement of the patient; recording means for recording eye movement data corresponding to a patient's eye movement in response to the display of said succession of images; control means for controlling the display means to display the images to the patient in a predetermined order and for a predetermined period of time, and for controlling the recording means to record said eye movement data and displayed image data over said period of time; and evaluation means for evaluating said eye movement data and displayed image data to produce a first results data set; wherein the control means is further configured to control the apparatus to perform a smooth pursuit test , and a fixation test , and to take the results data sets from said tests to refine the first results data set in identifying a psychiatric profile of the patient; wherein the apparatus is further configured to: carry out an evaluation stage by building classification models using supervised machine learning techniques based on the sets of test results data; and to use the classification models to predict schizophrenia, bipolar affective disorder, and optionally major depressive disorders of an individual. carry out an evaluation stage by building classification models using supervised machine learning techniques based on the sets of test results data; and to use the classification models to predict schizophrenia, bipolar affective disorder, and optionally major depressive disorders of an individual.
Apparatus for making composite wing panels, comprising: - a production line ; - a plurality of tools coupled with the production line; - a production line drive configured to move the tools along the production line ; - a plurality of workstations (92-114) along the production line for performing work on the tools , including at least one wing skin lamination workstation (92-94); - at least one laminator (124a-124d) in the at least one wing skin lamination workstation (92-94) for laying up composite wing skins on the tools ; and - a controller coupled with the production line drive and configured to control movement of the tools along the production line. - a production line ; - a plurality of tools coupled with the production line; - a production line drive configured to move the tools along the production line ; - a plurality of workstations (92-114) along the production line for performing work on the tools , including at least one wing skin lamination workstation (92-94); - at least one laminator (124a-124d) in the at least one wing skin lamination workstation (92-94) for laying up composite wing skins on the tools ; and - a controller coupled with the production line drive and configured to control movement of the tools along the production line.
A pressure vessel assembly comprising: a first vessel including a first wall defining a first chamber and a circumferentially continuous first lip projecting into the first chamber from the first wall , the first lip defining a first through-bore in fluid communication with the first chamber ; and a first nozzle assembly including a first tube and a flange projecting radially outward from the first tube , the first tube including a first portion projecting from the flange and through the first through-bore and an opposite second portion projecting outward from the flange , and wherein the flange is in contact with the first wall and the first portion includes an outer surface having a contour configured to produce sealing friction between the first lip and the outer surface, characterized in that the contour is at least one circumferentially continuous barb. a first vessel including a first wall defining a first chamber and a circumferentially continuous first lip projecting into the first chamber from the first wall , the first lip defining a first through-bore in fluid communication with the first chamber ; and a first nozzle assembly including a first tube and a flange projecting radially outward from the first tube , the first tube including a first portion projecting from the flange and through the first through-bore and an opposite second portion projecting outward from the flange , and wherein the flange is in contact with the first wall and the first portion includes an outer surface having a contour configured to produce sealing friction between the first lip and the outer surface,
A knee structure of a robot having bendable legs, each of the legs including: a thigh ; a lower leg disposed below the thigh ; a knee joint bendably connecting the thigh with the lower leg ; and a restoring force applying member attached to the thigh and the lower leg so as to be across the thigh and the lower leg , with a slack when the leg stands straight, wherein a restoring force caused by the restoring force applying member is given to the thigh and the lower leg , when the leg is bent deeply so that the restoring force applying member is stretched, wherein the restoring force applying member is made of an elastic body , characterized in that the restoring force applying member is formed in a belt-like shape and attached so as to close a gap between the thigh and the lower leg , the gap being produced when the leg is bent. a thigh ; a lower leg disposed below the thigh ; a knee joint bendably connecting the thigh with the lower leg ; and a restoring force applying member attached to the thigh and the lower leg so as to be across the thigh and the lower leg , with a slack when the leg stands straight, wherein a restoring force caused by the restoring force applying member is given to the thigh and the lower leg , when the leg is bent deeply so that the restoring force applying member is stretched, wherein the restoring force applying member is made of an elastic body , characterized in that the restoring force applying member is formed in a belt-like shape and attached so as to close a gap between the thigh and the lower leg , the gap being produced when the leg is bent.
A computer-readable storage medium storing computer-readable instructions executable by one or more processors , that when executed by the one or more processors, cause the one or more processors to perform a method comprising: establishing a feature space for embedding a plurality of features; obtaining a labeled malware family dataset which includes samples of executable files, each sample being labeled as belonging to a particular family of known malware, wherein executable file samples of each malware family are distinguished from executable file samples of each other malware family by a respective labeled feature; extracting a labeled feature from executable file samples of the labeled malware family dataset for each labeled malware family therein; designating a loss function for embedding each labeled feature of the labeled malware family dataset in the feature space ; and training an embedding learning model on the designated loss function. establishing a feature space for embedding a plurality of features; obtaining a labeled malware family dataset which includes samples of executable files, each sample being labeled as belonging to a particular family of known malware, wherein executable file samples of each malware family are distinguished from executable file samples of each other malware family by a respective labeled feature; extracting a labeled feature from executable file samples of the labeled malware family dataset for each labeled malware family therein; designating a loss function for embedding each labeled feature of the labeled malware family dataset in the feature space ; and training an embedding learning model on the designated loss function.
A writing instrument, in particular a ball-pen, having a writing tip, the writing instrument comprising a non-aqueous writing ink which is contained in a tubular ink cartridge, wherein the tubular ink cartridge has an inner diameter of between about 1 mm and about 2.5 mm, and two open ends, wherein the first open end is connected with the writing tip and the second open end is connected with the external surroundings of the writing instrument, wherein the non-aqueous writing ink contained in a tubular ink cartridge is in fluid communication with the writing tip via the first open end and with the external surroundings of the writing instrument via the second open end, and wherein the non-aqueous writing ink comprises a solvent, a resin, a coloring agent, and a gelling agent, wherein the gelling agent comprises a mixture of silica particles and of a fatty acid amide wax, and wherein the resin is used in amounts of above about 3 wt.-%, relative to the total weight of the ink. wherein the non-aqueous writing ink contained in a tubular ink cartridge is in fluid communication with the writing tip via the first open end and with the external surroundings of the writing instrument via the second open end, and wherein the non-aqueous writing ink comprises a solvent, a resin, a coloring agent, and a gelling agent, wherein the gelling agent comprises a mixture of silica particles and of a fatty acid amide wax, and wherein the resin is used in amounts of above about 3 wt.-%, relative to the total weight of the ink.
A verification information update method, comprising: receiving , by a server, a first request message for binding to a smart device from a terminal device, the first request message carrying a universally unique identifier UUID of the smart device; determining , by the server, a binding relationship between the UUID and a user identifier of the terminal device; generating, by the server, a session random number corresponding to the binding relationship; generating , by the server, a new verification number based on an initial verification number and the session random number and a new verification password based on an initial verification password and the session random number, wherein the initial verification number and the initial password were stored on the smart device and were used by the server for authenticating the smart device; returning , by the server, the session random number to the terminal device; sending, by the terminal device, the session random number to the smart device; and generating, by the smart device, a new verification number based on the initial verification number and the received session random number and a new verification password based on the initial verification password and received session random number, wherein the new verification number and the new verification password are used for authenticating the smart device to the server. receiving , by a server, a first request message for binding to a smart device from a terminal device, the first request message carrying a universally unique identifier UUID of the smart device; determining , by the server, a binding relationship between the UUID and a user identifier of the terminal device; generating, by the server, a session random number corresponding to the binding relationship; generating , by the server, a new verification number based on an initial verification number and the session random number and a new verification password based on an initial verification password and the session random number, wherein the initial verification number and the initial password were stored on the smart device and were used by the server for authenticating the smart device; returning , by the server, the session random number to the terminal device; sending, by the terminal device, the session random number to the smart device; and generating, by the smart device, a new verification number based on the initial verification number and the received session random number and a new verification password based on the initial verification password and received session random number, wherein the new verification number and the new verification password are used for authenticating the smart device to the server.
A method for casting at least one component, in which flowable metallic material , particularly magnesium or a magnesium alloy in a thixotropic state, is injected under pressure into a cavity of a multi-part mould via at least one nozzle in order to form the at least one component and the component is then allowed to solidify in the mould, wherein a plug , particularly a solid plug, is formed in the nozzle , whereupon the mould is opened and the at least one component is removed, and wherein the mould is then closed and the next component is produced, characterized in that the nozzle is heated when the mould is open in order to at least soften the plug formed in the nozzle prior to producing the next component.
A brush seal (100; 160) for a gas turbine engine, comprising: an annular backing plate (122; 166); a first bristle pack (120; 164) coupled to the annular backing plate (122; 166) oriented in an axial direction; a second bristle pack (102; 162) coupled to the first bristle pack (120; 164) and oriented in the axial direction, wherein a first bristle of the first bristle pack (120; 164) comprises a greater diameter than a second bristle of the second bristle pack (102; 162), a retention structure (124; 168) coupled to the second bristle pack (102; 162); and an anti-rotation structure coupled to the retention structure (124; 168); characterised by the retention structure comprising an annular protrusion that protrudes radially outward from the second bristle pack (102; 162); and by the anti-rotation structure having an arm that protrudes radially outward from the brush seal at a circumferential end of the anti-rotation structure .
An Ag alloy bonding wire for a semiconductor device containing one or more of In and Ga for a total of 110 at ppm or more and less than 500 at ppm, and one or more of Pd and Pt for a total of 150 at ppm or more and less than 12,000 at ppm, and optionally one or more of B, P, Ca, Cu, and Zr for a total of 15 at ppm or more and less than 450 at ppm, and a balance being made up of Ag and unavoidable impurities.
Rotary ultrasonic motor with at least one ultrasonic actuator , an element to be driven and a casing comprising an inner casing member and an outer casing member , where said ultrasonic actuator comprises piezoelectric or electrostrictive or magnetostrictive material which is arranged between at least one excitation electrode and at least one general electrode , where said inner casing member and said outer casing member are arranged concentrically and said ultrasonic actuator is arranged in said casing between said inner casing member and said outer casing member in a space enclosed by the outer casing member and is directly or indirectly in contact with said element to be driven, so that the periodic deformations generated in said ultrasonic actuator by electrical excitation are transferable to said element to be driven and cause a drive motion of the latter, characterized in that said ultrasonic actuator is mounted by way of a retaining device arranged on said casing with at least one retaining section which engages in a recess that is associated with said respective retaining section and disposed in said ultrasonic actuator .
Apparatus for measuring an angle (α) between a longitudinal axis of a sample container inserted into an opening of a sample container carrier and a reference ray , the apparatus comprising: - a first accelerometer being fixable to the sample container and being adapted to generate a number of first accelerometer signals (S1x, S1y, S1z) being dependent on the orientation of the sample container , characterized by - a second accelerometer being fixable to the sample container carrier and being adapted to generate a number of second accelerometer signals (S2x, S2y, S2z) being dependent on the orientation of the sample container carrier , - a calculation unit being coupled to the first accelerometer and being coupled to the second accelerometer and being adapted to calculate the angle (α) depending on the number of first accelerometer signals (S1x, S1y, S1z) and depending on the number of second accelerometer signals (S2x, S2y, S2z), and - a reference sample container , wherein the first accelerometer is fixed to the reference sample container , - wherein the sample container carrier comprises a spring device being inserted into the opening of the sample container carrier and being adapted to fix the sample container being inserted into the opening by applying a spring force to the inserted sample container , and - wherein the calculation unit is adapted to check the function of the spring device depending on the calculated angle (α). - a first accelerometer being fixable to the sample container and being adapted to generate a number of first accelerometer signals (S1x, S1y, S1z) being dependent on the orientation of the sample container , characterized by - a second accelerometer being fixable to the sample container carrier and being adapted to generate a number of second accelerometer signals (S2x, S2y, S2z) being dependent on the orientation of the sample container carrier , - a calculation unit being coupled to the first accelerometer and being coupled to the second accelerometer and being adapted to calculate the angle (α) depending on the number of first accelerometer signals (S1x, S1y, S1z) and depending on the number of second accelerometer signals (S2x, S2y, S2z), and - a reference sample container , wherein the first accelerometer is fixed to the reference sample container , - wherein the sample container carrier comprises a spring device being inserted into the opening of the sample container carrier and being adapted to fix the sample container being inserted into the opening by applying a spring force to the inserted sample container , and - wherein the calculation unit is adapted to check the function of the spring device depending on the calculated angle (α).
Driver assistance system for a motor vehicle , comprising a first assistance subsystem for capturing a first sub-area of an environment of the motor vehicle and a second assistance subsystem for capturing a second sub-area of the environment , wherein the first assistance subsystem is configured to generate a first image of the first sub-area and the second assistance subsystem is configured to generate a second image of the second sub-area and the driver assistance system has a display device for displaying at least the first image , wherein the display device is configured to display a first augmented reality , wherein the first augmented reality is generated by superimposing the first image with first assistance information of the first assistance subsystem generated on the basis of the first image as first augmented reality content and by superimposing second assistance information of the second assistance subsystem generated on the basis of the second image as second augmented reality content , characterised in that the first assistance subsystem and the second assistance subsystem are configured as an electronic rear-view mirror , wherein the first assistance subsystem and the second assistance subsystem are configured as an electronic reversing camera.
A toy capable of ejecting an accessory, comprising a toy body , comprising a fixing part , a deformable part deformably provided on the fixing part , and an accessory locking member ; an accessory , cooperating with or separated from the accessory locking member so as to be positioned or ejected; and a toy disc , wherein a free end of the accessory is provided with a first clamping part configured in use to clamp the toy disc , characterized in that the accessory locking member comprises: a first moving part , movably provided on the fixing part or the deformable part , and configured to cooperate with or to be separated from the accessory ; and a first elastic element , having a first end abutting against the accessory and a second end abutting against the fixing part or the deformable part , wherein when the accessory locking member is triggered by clamping the toy disc, the first moving part is moved to be separated from the accessory , and the accessory is ejected under the action of the first elastic element . a first moving part , movably provided on the fixing part or the deformable part , and configured to cooperate with or to be separated from the accessory ; and a first elastic element , having a first end abutting against the accessory and a second end abutting against the fixing part or the deformable part , wherein when the accessory locking member is triggered by clamping the toy disc, the first moving part is moved to be separated from the accessory , and the accessory is ejected under the action of the first elastic element .