34 results about "Electronic memory" patented technology

A method of automatically diagnosing pneumonia in a patient includes obtaining values of two or more diagnostic parameters of the patient from a caregiver of the patient using an input / output interface device. The method includes applying, using a processor connected to an input / output interface, two or more diagnostic parameters to an electronic memory storing a plurality of pre-compiled pneumonia diagnostic models to identify an optimal diagnostic model for performing the diagnosis. The values of the two or more diagnostic markers are applied to the identified optimal diagnostic model to generate a diagnostic output. An input / output interface device is operated according to the diagnostic output to indicate to the caregiver the presence or absence of pneumonia in the patient. The caregiver may use the diagnostics to provide appropriate care for the patient. A pneumonia diagnostic model is from investigations of pneumonia-positive and non-pneumonia population of subjects.

A mobile electronic code device includes a personal electronic device carried by a recipient user. The personal electronic device has a transceiver which receives a communication signal from an extrinsic communication network. An electronic memory is integrated into the personal electronic device which stores a language translation program. The language translation program translates a message in the communication signal into a coded audio signal to audibly communicate the message to the recipient user in a code that only the recipient user can understand thereby enhancing privacy for the recipient user. A speaker is integrated into the personal electronic device to audibly emit the coded audio signal to the recipient user through the plurality of sound holes.

The invention is about a door system (100-103) with a computing unit (10, 10a, 10b) and a door device (40) for unlocking and / or opening a door, wherein the door device (40) includes an electronic memory (4010) for storing a digital configuration, wherein the door system (100-103) is designed to provide multiple different device modification procedures for the door device (40), which are configured to change the digital configuration of the door device (40), wherein each device modification procedure (200, 300, 400) of the multiple device modification procedures (200, 300, 400) includes changing the digital configuration of the door device (40), wherein the different device modification procedures differ in the type of digital configuration change, wherein the different device modification procedures are each designed such that a process step (201-212, 301, 305-310, 312, 401-412) is to be carried out manually by an user using at least one configuration device (30), wherein multiple process stages (2000-2005) are digitally predefined for the different device modification procedures, and the process stages (2000-2005) are the same in the different device modification procedures.

This technology relates to one or more of the following: screening, diagnosis, monitoring, treatment, prevention, and improvement of respiratory disorders. [Solution] A server is provided which is programmed to automatically determine whether there are applicable upgrades to the code or data (e.g., software or firmware) stored in the electronic memory of a patient device, based on identification data that uniquely identifies the patient device. In response to the determination that there are applicable upgrades, a data package is delivered to the patient device via a first wireless transceiver, and the data package is to be automatically applied to the electronic memory of the patient device.

The invention relates to an arrangement (300) for pressing liquid-containing pressing material (2), in particular grapes, comprising a press (1) having a liquid-tight press container (10), a pressing medium chamber which is contained therein and can be filled with the pressing material (2), and a pressure medium chamber (30) which surrounds the pressing material (2) and which can be filled with compressed air for pressing the pressing material (2), an electrically actuatable compressed air valve (34) for filling the pressure medium chamber (30) with compressed air from a compressed air source (35), and an electronic control device (100) for controlling the compressed air valve (34) on the basis of different parameter data sets (DS1, DSi, DSN), which are adapted to a type (TS) of the pressing material (2) to be pressed, and which contains an electronic memory (HO) in which the parameter data sets (DSI, DSi, DSN) can preferably be stored as a sequence of pressure target values (P1 to PN) associated with a type of the pressing material (TS) and associated values for the holding period (TI, Ti, TN) of the air pressure in the pressure medium chamber (30). The arrangement also comprises a data communication device (112) which is connected to the electronic control device (100) and is designed to load the parameter data sets (DS 1, DSi, DSN), in particular via a mobile device (200) or a data network connection (210), preferably a wireless data network connection, from a database server (220) arranged remotely from the press for storage in the memory (110), wherein the press (1) and / or the owner thereof and / or the electronic control device (100) is assigned an authentication code (AC), and after receiving the authentication code (AC), the database server (220) is designed to transmit a parameter data set (DSI to DSN) via the data network connection (210) and the data communication device (112) to the electronic memory device (100) for storage in the electronic memory (110).

The invention relates to a locking system (100) with a physical key (30), with an electromechanical locking device (40) and with a computing unit (10), wherein the key (30) is designed to communicate with the locking device (40) via a first communication link, wherein the computing unit (10) comprises an electronic storage device, wherein a digital identifier (92) of a key holder (80-85) is stored in the memory, the following digital information is associated with the digital identifier (92) of the key holder (80-85) in the computing unit (10): • a digital representation of the key (30) of the key holder (80-85) with a key ID (53), • an authorization role (70, 71) to authorize actions of the key holder (80-85) in the locking system (100), wherein the computing unit (10) is configured to transfer a command message (50) for a configuration change of the locking device (40) to the key (30) of the key holder (80-85) whose authorization role (70, 71) allows a configuration change of a locking device (40).

An imaging system and method includes a display, a processor, and electronic memory storing processor-executable code that operates by receiving an image of a patient with a medical device disposed therein, detecting the medical device within the image, detecting one or more reference landmark(s) within the image, and generating a combined image by superimposing an overlay on the image to indicate a position of the medical device relative to the reference landmarks. The processor-executable code further causes the image processing system to generate a checklist for verification by a user of the position of the medical device for presentation with the combined image on the display to help the user to adhere to clinical guidelines for placement of the device. In addition, the processor-executable code can prefill the checklist using an artificial intelligence model, with checklist responses used to train or validate the AI model, or for quality assurance purposes.

A light emitting jersey device includes a jersey worn on a player of a sports team. A plurality of front lights is integrated into a front side of the jersey. A plurality of back lights is integrated into a back side of the jersey. A control housing is attached to the jersey and a processor is positioned within the control housing. An electronic memory is positioned within the control housing which stores a plurality of digits. A first digit selector button is movably positioned in the control housing for controlling a first digit each of the plurality of front lights and the plurality of back lights is actuated to display. A second digit selector button is movably positioned in the control housing for controlling a second digit each of the plurality of front lights and the plurality of back lights is actuated to display.

An imaging system and method for displaying information about a subject from an ultrasound image or ultrasound video loop on a display includes the steps of: detecting one or more organs in the ultrasound image or ultrasound video loop; creating a representative thumbnail image using frames of the ultrasound image or ultrasound video loop; selecting an organ icon representing the one or more organs detected in the ultrasound image or ultrasound video loop; and displaying the organ icon associated with the thumbnail image on the display. The system and method may also create searchable information associated with the one or more organs detected in the ultrasound image or ultrasound video loop, and store the searchable information in an electronic memory in association with the image or image video loop and the thumbnail image having the organ icon.

The invention relates to a chiplet assembly (1) comprising: - A shared electronic memory (2), - A system management controller (3), the system management controller (3) comprising a memory interface (4) for accessing the shared electronic memory (2), - A System-on-Chip (5), the System-on-Chip (5) being connected to the system management controller (3) via a physical interface (6), the physical interface (6) being designed to enable an access of the System-on-Chip (5) to electronic memories, - A substrate (7) for accommodating the system management controller (3) and the System-on-Chip (5). The invention further relates to a method for translating memory access commands in the chiplet assembly.

The present development relates to an electronic control (50) for regulating the humidity of a reaction gas or reaction gas mixture to be supplied to a fuel cell (20) by means of a gas humidifier (40), comprising: - a signal input (52) which can be coupled to a humidity sensor (30) which is located downstream of the gas humidifier (40) in the direction of flow of the reaction gas towards the fuel cell (20), - a processor (54) which is designed to determine the actual humidity of the reaction gas based on electrical signals from the humidity sensor (30) and to generate electronic control signals for a control element (60) based on the determined actual humidity, which is fluidically coupled to the gas humidifier (40) or integrated into the gas humidifier (40), - an electronic storage device (56) which is coupled to the processor (54) via a signal connection and is designed to store the actual humidity of the reaction gas as determined by the processor (54), - a signal output (58) which can be coupled to the control element (60) for regulating the humidity of the reaction gas, - wherein the processor (54) is further configured to generate the electronic control signals (109) for the control element (60) on the basis of an actual humidity previously stored in the electronic memory (56).

The invention relates to a lighting device (100) comprising: - at least one control unit (1) configured to control the operation of at least one projector (10), - at least one projector (10), each projector (10) comprising a light source (11) and means for modulating the light beam emitted by the light source (11), characterized in that: - each projector (10) is provided with an electronic memory (14) in which information relating to the projector (10) and its operation is stored, - the control unit (1) is configured to issue a switching instruction to a "communication" mode for the projectors (10), in which the projectors (10) modulate the light beam with the contents of the electronic memory (14) in order to communicate, via the modulated light beam, information relating to the projector (10) and its operation. Abstract figure: [Fig. 1]

The invention relates to a method for controlling conveyors (3) for transporting goods suspended in an overhead conveyor (1) for an order picking system. According to the invention, a path marker (U, VI) is provided along the conveyor path. The conveyor (3) moves along the conveyor path according to a path specification stored in its memory. The path marker (U, VI) includes a recall marker (VI) that marks a switching point (W), where the path specification is recalled from the electronic memory. According to the path specification, at the switching point (W) the conveyor can move in a straight line or deviate.The path marker (U, VI) also includes a signaling point marker, where an additional path specification for subsequent switching points (W) is transferred to the conveyor (3). The invention also relates to a conveyor (3) and an overhead conveyor device.

A system and method for verification of a pilot's activities in an aircraft cockpit has been developed. The system includes a camera located in the aircraft cockpit that monitors the pilot's eye position, head position and direction of gaze in the cockpit during aircraft operations. A computer system is located onboard the aircraft has a retrievable electronic memory that stores a three-dimensional (3D) model of the aircraft cockpit. The 3D model of the aircraft cockpit includes the location of aircraft instrumentation indicators. The retrievable electronic memory also stores a database of visual taskings for the pilot. The computer system determines the completion of the visual taskings for the pilot by comparing the pilot's eye and head position and gaze direction with location of relevant aircraft instrumentation indicators and a notification system that alerts the pilot when a visual tasking is not completed.

A method including the steps of obtaining key information from a secure electronic memory. The key information represents one or more keys. Determining, at least partially based on a plurality of session parameters and a master key, an encryption key. The plurality of session parameters includes a session identifier, a sender identifier and a receiver identifier. Encrypting at least partially based on the determined encryption key, the key information. Providing payload information. The payload information includes at least the encrypted key information and the sender identifier.

Various aspects relate to electronic memory devices and mechanisms for communicating with electronic memory devices. A plurality of stacked semiconductor wafers forms a wafer stack. A logic base die is configured to support the plurality of stacked semiconductor wafers. At least one through silicon via is formed through the plurality of stacked semiconductor wafers, wherein the at least one through silicon via is configured to form an inductive coil that is configured to provide a communication interface to the plurality of stacked semiconductor wafers.

A method for detecting at least one fault caused by a photoelectric or radiative effect in a non-volatile semiconductor memory, the memory including a plurality of memory cells (CM) containing MOS transistors, potentially floating-gate MOS transistors, each memory cell being located at the intersection of an elementary bit line (BLE) and of a word line (WL),the binary content of a memory cell being read out by detecting a read current (Ilecture) flowing through this memory cell during read-out after this memory cell has been selected by means of the elementary bit line and word line,in which method the potential presence of at least one fault during read-out or programming of a memory cell is detected by making a comparison between the total current flowing through the elementary bit line via which detection is performed, and a predefined threshold (Ialarm) representative of the presence of at least one fault.

An electronic memory device includes a non-memory cell region and a memory cell region including circuitry formed in a substrate. The memory cell region includes first, second, and third sections. In a top view, the first section is closest to the non-memory cell region. The second and third sections are both farther from the non-memory cell region than the first section. In a cross-sectional side view, a first interconnect structure is disposed over a first side of the substrate. The first interconnect structure includes a first interconnect layer and a second interconnect layer. The first and second interconnect layers are configured to route memory signals to the first and second sections, respectively. A second interconnect structure is disposed on a second side of the substrate. The second interconnect structure includes a third interconnect layer configured to route memory signals to the third section. The present disclosure also relates to methods of fabricating an electronic memory device and methods of modifying an integrated circuit layout design.

A system for repeatedly forming an object from a sheet material, the system comprising: a conversion machine for performing a forming process, the object being formed at least in part from a sheet material, the conversion machine comprising a tool for engaging with the sheet material to at least in part form the object during the forming process. The electronic memory stores a database that includes empirical data for a plurality of previously performed forming processes that associates a stamping parameter applied in a first phase corresponding to a first use of the tool for the stable phase with a process parameter relating to the forming process. The system electrical circuit is configured to obtain process parameters for a subsequent formation process; punching parameters for a subsequent forming process are derived from the acquired process parameters and a database for application to a first phase of a first use of the tool.

Standalone device for digital currency, consisting of: - an electronic memory integrated into the device for storing digital values, - a local interface for the direct transfer of values ​​between two devices without a network connection, - an internal control unit for updating the stored values, without requiring any external infrastructure for validation.

A system is provided for computer control of production of a cell therapy product in a fluid container. The system provides a container mount for a reactor or fluid container. Software running in electronic memory operates to provide motion to the fluid container which is required for a chosen processing regimen for the cell therapy product within the container. Sequential inspection for accurate ongoing cell processing is provided by digital image comparison of control process images to current digital images whereby the process automatically continues. Remedial actions can be initiated by the system where current imagery does not match control images.

The invention discloses an electronic storage calculation unit, an array and an electronic component preparation method. The electronic storage calculation unit comprises a storage summation unit, a calculation unit, a first scanning line, a first signal line and a second signal line, a control end of the storage summation unit is connected with the first scanning line, a first input end is connected with the first signal line, a second input end is connected with the second signal line, the storage summation unit is used for reading a second electric signal on the second signal line, and the first scanning line controls the first electric signal to be transmitted to a first port of the storage summation unit through the first signal line; and the storage summation unit realizes addition of the first electric signal and the second electric signal and transmits an addition result to the calculation unit so as to realize multiplication of the second electric signal and the first electric signal. According to the single-gate neural network structure provided by the invention, the dependence of the traditional design on a double-gate structure is avoided, and the expansibility of the circuit is remarkably improved.

A computer-implemented method for processing an electronic image may include receiving, by an artificial intelligence (AI) system at an electronic storage of the AI system, one or more digital whole slide images (WSIs) and extracting one or more vectors of features from one or more foreground tiles of tile images of the one or more digital WSIs. The method may include running a trained machine learning model on the one or more vectors of features and determining, based on an output of the trained machine learning model, whether one or more quality issues are present in the one or more digital WSIs.

Described is a safety system (5) for installation between a vehicle traction battery (4) and at least one electrical component (2, 7, 6) to be protected or a battery management system (6) of a vehicle (1) equipped with an electric drive motor (2), comprising: at least one current sensor (8), in particular comprising a shunt configured to measure at least one value (12) of an electric current (I) flowing through the safety system; a configuration module (9) with electronic memory (10) configured to store at least one configurable current threshold (13); an evaluation logic (11) configured to generate a control signal (14, 14', 14") based on the at least one current value and the at least one current threshold;at least a mechanism (15) configured to limit the electrical current flowing through the safety system based on the control signal according to the threshold value relating to at least one configurable current.

An arrangement (300) for pressing liquid-containing material (2), in particular grapes, comprises a press (1) with a liquid-tight press container (10), a pressing chamber contained therein which can be filled with the material (2), a pressure chamber (30) surrounding the material (2) which can be filled with compressed air for pressing the material (2), an electrically actuated compressed air valve (34) for filling the pressure chamber (30) with compressed air from a compressed air source (35), and an electronic control device (100) for controlling the compressed air valve (34) on the basis of different parameter data sets (DS1, DSi, DSN) adapted to a type (TS) of the material (2) to be pressed, which includes an electronic memory (110) in which the parameter data sets (DS1, DSi, DSN) are preferably stored as a sequence of setpoint pressures assigned to a type of material (TS). (P1 to PN) and assigned values ​​for the holding time (T1, Ti,The arrangement further comprises a data communication device (112) connected to the electronic control device (100), which is configured to load the parameter data sets (DS1, DSi, DSN) from a database server (220) located remotely from the press for storage in the memory (110), in particular via a mobile device (200) or a data network connection (210), preferably a wireless data network connection, wherein an authentication code (AC) is assigned to the press (1) and / or its owner and / or the electronic control device (100), and the database server (220) is configured to transmit a parameter data set (DS1 to DSN) via the data network connection (210) and the data communication device (112) to the electronic storage device (100) for storage in the electronic memory (110) after receiving the authentication code (AC).

The invention relates to a locking system (100) having a physical key (30), having an electromechanical locking device (40) and having a computer unit (10), wherein the key (30) is designed to communicate with the locking device (40) via a first communication connection, wherein the computer unit (10) comprises an electronic memory, wherein a digital identifier (92) of a key holder (80-85) is stored in the memory, wherein the following digital information is associated with the digital identifier (92) of the key holder (80-85) in the computer unit (10): - a digital representation of the key (30) of the key holder (80-85) with a key ID (53), - an authorization role (70, 71) for authorizing actions of the key holder (80-85) in the locking system (100), wherein the computer unit (10) is designed such that, for a configuration change of the locking device (40), it transfers a command message (50) for the configuration change of the locking device (40) to the key (30) of the key holder (40-85), wherein the authorization role (70, 71) thereof allows a configuration change of a locking device (40).

The present disclosure relates to an emergency management system configured to initiate an emergency request: the emergency management system comprising:a personal computing device configured to gather vital data of a user, the personal computing device comprising at least one communication interface operable to communicate with at least one of an external electronic device and an emergency service provider,an electronic storage configured to store personal data of the user,at least one processor connectable to the electronic storage, the at least one processor being operable:to derive an emergency level indicator on the basis of the personal data and the gathered vital data, andto generate an emergency request and to transmit the emergency request to the emergency service provider on the basis of the emergency level indicator.

A method and apparatus (3) for operating a rotary milking platform (1) to maximise the number of animals milked per unit time. The milking platform (1) is rotated about a central vertical axis (4) by a variable speed motor (6), and comprises a plurality of animal accommodating locations (5) for the animals being milked. An entry position (7) and an exit position (9) accommodate animals to and from the platform (1). A position sensor (10) monitors the angular position of the platform (1). An RFID sensor (12) reads the identity of animals entering the platform (1). Historical data relating to milking time per milking session and the milk yield per animal per session is stored in an electronic memory (17). A microprocessor (15) reads signals from flow meters (14) which monitor the milk flow from milking clusters of each animal accommodating location (5). The microprocessor (15) is configured as each animal enters the platform (1) to compute an optimum angular velocity for the platform (1) in order to maximise the number of animals milked per unit time. The optimum angular velocity is computed as a function of the historical data of each animal on the platform (1), and the current milk yield of each animal on the milking platform (1) determined from the flow meter (14).

The present disclosure, in some embodiments, relates to a method of generating a prognosis for a patient. The method includes accessing automatically segmented pericoronary adipose tissue (PCAT) corresponding to a patient within an electronic memory. A plurality of non-confounding PCAT features are generated by measuring values of Hounsfield units for an imaging unit within the PCAT. The measured values of the Hounsfield units are predominately free of iodine confounding and artifacts. The plurality of non-confounding PCAT features are provided to a regression model. The regression model is configured to generate a prognosis for the patient using the plurality of non-confounding PCAT features

An image processing system is configured to identify features of the field in the image signals of the visual sensor system and, on the basis of the identified features, to create a first path for the vehicle. A navigation unit is configured to determine the position of a reference point on the vehicle. An electronic memory is configured to store waypoints for a second path of the vehicle to be driven. A path calculator is configured to convert the first and / or second path into a common coordinate system. A fusion unit is configured to fuse the first path and the second path and, based on the fused path thus obtained, to provide a signal to a steering control system to steer the vehicle along the fused path and / or to store waypoints for positions passed by the vehicle calculated on the basis of the fused path in the memory.