1439 results about "Storage cell" patented technology

A storage device includes a memory device that includes a plurality of memory cells, and a memory controller that controls the memory device. The memory device includes a memory cell array that includes the plurality of memory cells, a control logic circuit that writes data to the memory cell array or reads data from the memory cell array in response to a command received from the memory controller, and a page buffer that stores sensing data sensed from the plurality of memory cells. The control logic circuit includes an error detecting circuit that detects an error of first data stored in first memory cells of the memory cell array, and the control logic circuit writes the first data to second memory cells of the memory cell array, based on an error comparison result obtained by comparing the error of the first data with a preset value.

This increases the possibility of improving workers' work efficiency and transferring know-how from the work site to the next level. [Solution] A molding support device comprising: an objective information acquisition unit that acquires objective information indicating the purpose of work on a molding apparatus; an operation information acquisition unit that acquires operation information indicating the operator's operations during the work; and a writing unit that writes the operation information acquired by the operation information acquisition unit to a storage unit in association with the objective information acquired by the objective information acquisition unit.

The electronic component W does not protrude outwards from the storage box 55 inserted into the storage unit 1A. [Solution] The electronic component storage mechanism 1 comprises a storage unit 1A and a storage box 55 inserted inside the storage unit 1A. The storage unit 1A has a fixed top plate 2 having an discharge passage 53 connected to an electronic component inspection device 10, and a movable top plate 61 that seals the upper opening 55b of the storage box 55 is attached to the lower surface of the fixed top plate 2 so as to be movable in the vertical direction.

The data management apparatus according to the embodiments disclosed herein may include: a data acquisition unit for acquiring battery data including shadow battery data from a vehicle; a storage unit including multiple partitions and storing the battery data; and a controller for storing battery data in each of the multiple partitions based on the generation time of generating battery data in the vehicle, generating battery data corresponding to the generation time of shadow battery data in the battery data stored in the storage unit and temporary battery data including shadow battery data, and dividing the temporary battery data to re-store the divided temporary battery data in the partitions corresponding to the generation time in the multiple partitions.

This specification provides an object detection method and a data storage unit detection method. The object detection method includes: performing anomaly detection on multiple network addresses to determine abnormal network addresses, wherein any one of the multiple network addresses exists in at least two network address sets corresponding to target objects, and each target object corresponds to a network address set; determining an abnormal network address set based on the abnormal network addresses and the association between the multiple network addresses and the network address sets, and identifying the target objects corresponding to the abnormal network address sets as abnormal objects; thereby accurately and quickly locating abnormal objects that have suffered network attacks, avoiding the problem of not being able to accurately identify abnormal objects that have suffered network attacks.

A description is given of a control device (100) for the longitudinal and / or transverse guidance of a vehicle (102), in particular a utility vehicle, in relation to at least one further vehicle (104) in a vehicle group (106). The control device (100) comprises a determination unit (108) for determining a vehicle air resistance, FL, and a further vehicle air resistance, wFL. The control device (100) furthermore comprises a control unit (110) for controlling a control variable in the vehicle group (106). The control device (100) furthermore comprises a storage unit (112) for storing the determined FL and wFL in association with the controlled control variable in a characteristic diagram. The control unit (110) varies the control variable. A computing unit (114) of the control device (100) calculates an optimizing control variable. The control unit (110) furthermore controls the control variable in accordance with the optimized control variable.

A security measure support device (100) comprises an input unit (181) that inputs security measure information that indicates security measures against cyber-attacks on systems that include a plurality of devices, a storage unit (120) that stores attack scenarios (see attack scenario database (140)) that indicate attack sequences for the cyber-attacks, an update unit (113) that, on the basis of an updated system that is a system that includes devices to which security measures have been applied in accordance with the security measure information, identifies devices to which security measures have been applied that are included in the attack scenarios stored at the storage unit (120), substitutes the devices to which security measures have been applied for the devices of other systems to update the attack scenarios and create updated attack scenarios, and an output unit (182) that outputs the updated attack scenarios.

A subsystem with an array of memory cells includes a scan chain with one or more chain segments of storage memory cells. Chain segments are separated by chain buffer memory cells. Memory cells of each chain segment are coupled with a sequence generator that generates a sequence of non-overlapping pulses from a pulse in a scan clock (SCLK) signal. The duration of the sequence equals at most a cycle of the SCLK signal. The scan chain applies the pulses to the memory cells backwards starting from the chain buffer memory cell. Memory cells may include a single latch. The array of memory cells may be included in a semiconductor memory subsystem.A scan chain that has a fault condition may be repaired by rerouting the scan chain to avoid the location of the fault condition and to add one or more redundant chain segments.

Systems, methods, and apparatus are provided for a pillar selector for wafer-on-wafer memory. A plurality of pillars can include an array of memory cells on a die, semiconductor material below the plurality of pillars, and a plurality of buried recessed access device (BRAD) transistors formed in the semiconductor material. Each of the plurality of BRAD transistors are coupled to a respective one of the plurality of pillars and configured to selectively couple the respective pillar to a sense line.

This application relates to a method, apparatus, and memory for detecting memory failures. The memory failure detection method performs error detection on read data from the memory array to identify failed cells. When repair triggering conditions are met, a repair operation is performed on the failed cell. The success of the repair is verified. If successful, the failed cell is marked as a normal memory cell and continues to be used. If not, redundant cells are used to replace the failed cell. Performing repair operations on failed cells can repair soft-failure cells, avoiding the replacement of a large number of normal cells by redundant cells, thus consuming redundant resources. This allows limited redundant cells to replace unrepairable hard-failure cells, improving the effective utilization rate of redundant cells and preventing redundant resources from being prematurely consumed by repairable soft-failure cells, thus delaying the depletion rate of redundant resources and extending the working life of the memory.

An information processing apparatus performs information processing for predicting an amount of energy to be generated and / or consumed in connection with weather. The information processing apparatus includes: an acquisition unit which acquires first weather information, which is prediction information on weather at a predefined first time point; a storage unit which stores second weather information, which is weather information at a second time point preceding the first time point by a predefined first duration, and a second amount of energy, which is a performance value of an amount of energy at the second time point; and a prediction unit which predicts a first amount of energy, which is a predicted value of an amount of energy at the first time point, based on (i) input information, and (ii) a prediction model.

The present application relates to the technical field of automatic production equipment, in particular to a multi-layer trolley side-pushing type feeding and discharging system based on visual guidance and a control method thereof, comprising a trolley base and a supporting system, a multi-layer silo storage unit, a side-pushing type cylinder execution mechanism, a visual guidance detection device, a trolley guiding and positioning assembly, a protection and safety assembly, and an electric control system. The present application solves the technical problems of low feeding precision, poor orderliness, unstable trolley docking, insufficient protection, and complicated operation and maintenance of the existing multi-layer trolley feeding and discharging system, realizes high-precision and orderly side-pushing feeding and discharging of multi-layer materials, has high stability of trolley docking, high integration and modularity of the overall structure, and is convenient to operate and maintain, safe and perfect in protection, and can be widely applied to the side-pushing type feeding and discharging process of multi-layer materials in the automatic production lines of automobile parts, 3C electronic products, precision hardware, etc., greatly improving the feeding and discharging rhythm and production efficiency of the production line.

This application discloses a data transmission method, which includes: a data processing unit facilitating the transmission of storage input and output data between a first node and a storage unit via a storage client deployed on the data processing unit. This application also discloses a data processing unit, a file system, a data processing device, a computer-readable storage medium, and a computer program product.

This invention discloses a gantry-type synchronous dual-brush head intelligent cleaning robot for photovoltaic panels and a cleaning method, belonging to the field of photovoltaic panel cleaning technology. It includes a gantry-type frame, a main control box, an STM32 main control board, an AI intelligent control unit, and a storage unit. The gantry-type frame spans above the photovoltaic panels, with a linear guide rail at its top and drive wheels rotatably mounted at its bottom. A walking motor is fixedly mounted at the top of the gantry-type frame, driving the drive wheels to move the frame across the photovoltaic panels. The main control box is fixed to the gantry-type frame, and the STM32 main control board, AI intelligent control unit, and storage unit are all integrated inside the main control box. A moving component is also located on the gantry-type frame. The robot uses AI to identify stains in different zones and performs differentiated cleaning, improving cleaning efficiency and reducing energy consumption. It utilizes reinforcement learning to adapt to complex outdoor conditions, reducing slippage and jamming. Simultaneously, it achieves autonomous closed-loop maintenance of hot spots without human intervention, making it more intelligent overall.

This ensures that insufficient cooling of the multiple storage containers located above the main storage unit is prevented. [Solution] The horizontal refrigerator 10R comprises a plurality of storage containers 80R provided above the storage body 11R so as to cover the top opening 11R2, a circulation fan 35 for circulating air in the storage chamber 13R, a cold air duct 40 provided in the storage body 11R between the storage chamber 13R and the top opening 11R2, defining a flow path 45 through which cold air blown out by the circulation fan 35 flows in and heads toward the plurality of storage containers 80R, and a plurality of auxiliary fans 60, each provided between the cold air duct 40 and the plurality of storage containers 80R, which change the direction of the airflow so that a portion of the cold air flowing into the cold air duct 40 heads toward the plurality of storage containers 80R, and the plurality of auxiliary fans 60 are provided at intervals along the extending direction of the flow path 45.

To provide information processing equipment, etc., related to an information provision system that is highly convenient for users. [Solution] An information processing device according to one embodiment of the present invention includes an event information acquisition unit that acquires event information, which includes information about an event to be held at a facility and information about the location of the event, and stores it in a predetermined storage unit; and a distribution unit that outputs display information based on the event information, which is displayed on a user terminal used by a user, by superimposing event information indicating that an event is being held on the location of the event on a map of the facility. The distribution unit further displays the acquired information in real time by superimposing it on a map of the facility displayed on the user terminal, depending on whether it has acquired additional information related to the event, or has acquired information indicating the occurrence of an event related to the event at the facility from an information acquisition device installed at the facility.

A semiconductor memory device and a method of operating the same are provided herein. The semiconductor memory device includes first and second pages, a peripheral circuit, and a control logic. The first page includes first memory cells, each storing N bits. The second page includes second memory cells, each storing N−1 bit. The peripheral circuit performs a first program operation that results in a threshold voltage of each first memory cell to be included in one of 2N states and performs a second program operation that results in a threshold voltage of each second memory cell to be included in one of 2N−1 states. The control logic controls the first and second program operations through the peripheral circuit and controls the peripheral circuit to perform the second program operation by using at least one, but not all of a plurality of verify voltages that are used in the first program operation.

A proximity deciding device includes: a capacitive sensor electrode covered with a cover having a manipulation surface; a measurement circuit that measures capacitance between the capacitive sensor electrode and an indicating body; a proximity deciding unit that makes a decision as to whether a proximity state is in progress according to a difference obtained by subtracting a reference value from the capacitance; and a correcting unit that corrects the reference value. The correcting unit stores, in a storage unit, a lower limit, for accumulated inputs, based on the reference value before the proximity state; calculates, in the proximity state, a cumulative value for a change of the capacitance; updates the reference value according to a cumulative input value (cumulative value or lower limit); and sets the cumulative input value to the cumulative value or lower limit according to whether the cumulative value is larger or smaller than the lower limit.

A power control device controls temperature of an apparatus having a cooling mechanism and a heat generating component. The power control device includes a nonvolatile storage unit that stores information indicating unique characteristics including thermal resistance and thermal capacity of the apparatus for each current of the heat generating component, a current measurement unit configured to measure a current flowing through the heat generating component, a temperature measurement unit configured to measure a current temperature of the heat generating component, and a control unit configured to perform cooling control on the apparatus. The control unit estimates a temperature rise value after a certain delay time based on the current, the temperature, and the information on the unique characteristics, and performs the cooling control on the apparatus based on the estimated temperature after the delay time.

To facilitate the tracking of the causes of defects. [Solution] The management device 40 manages the production line 12 (casting apparatus 12) of product 20. The management device 40 includes a storage unit 28 that stores sensor information from sensors 16 placed on the production line 12, a storage unit 24 that stores control information on the production line 12, and a storage unit 32 that stores defect information, including image data of products determined to be defective, regarding defects in product 20. The management device 40 also includes a display unit 48 and a display control unit 46 that causes the display unit 48 to display a single screen G12 including defect information 52, sensor information 54 corresponding to the defect information 52, and control information 56 corresponding to the defect information 52.

The present application provides a semiconductor memory device. The security of data stored in the semiconductor memory device is improved. The semiconductor memory device includes a control circuit, a first word line, and a memory array including a first memory cell capable of storing n bits, the control circuit configured to perform first and second write operations in response to first and second write instructions from a memory controller external to the semiconductor memory device, to perform first and second read operations in response to first and second read instructions, and to control a threshold voltage of the first memory cell to be either one of two distributions including a first distribution and a second distribution arranged in order from low to high in voltage or two distributions including a third distribution and a fourth distribution, at least a portion of the third distribution being between the first distribution and the second distribution, by performing the first or second write operation. n n ​​

The present invention relates to a system (108) and a method (600) for training a model (220) using data in a centralized data storage unit (112) The method (600) includes step of establishing one or more connections with one or more data sources (110). Further, retrieving, data from the one or more data sources (110) based on the established one or more connections. The method (600) further includes step of formatting, the data to align with an acceptable format. Furthermore storing, the formatted data in the centralized data storage unit (112) and preprocessing, the formatted data stored in the centralized data storage unit (112). Thereafter training the model (220) with the pre-processed data.

The objective is to provide a stocking device and parts mounting system that can prevent unsafe situations such as workers reaching their hands through openings in the housing and touching moving parts. [Solution] A stock device 14 for storing a parts storage unit containing parts in a magazine 42 inside a housing 41 comprises an opening 43 provided on the side of the housing 41, a table 53 that can be pulled out from inside the housing 41 through the opening 43 and returned to inside the housing 41 with the magazine 42 on it, a first plate-shaped member 54 that prevents an operator's hand from being inserted into the housing 41 through the opening 43 when the table 53 is located inside the housing 41, and a second plate-shaped member 55 that prevents an operator OP's hand from being inserted into the housing 41 through the opening 43 when the table 53 is pulled out from the housing 41.

The invention relates to a driver brake wish sensor (10a, 10b) for a vehicle, having a sensor memory unit (10e, 10f) in which at least one authentication key (#1 and #2) is stored and a sensor electronics (10c, 10d) by means of which at least one sensor signal (16a to 16d) can be output to at least one electric brake device (12a, 12b) as a sensor signal (16a to 16d) that is encrypted and / or authenticated with the at least one authentication key (#1 and #2). Furthermore, the invention relates to an electric brake device (12a, 12b) for a vehicle for interaction with at least one driver brake wish sensor (10a, 10b), having a memory unit (12e, 12f) in which at least one ID information (ID1 and ID2) about at least one stored authentication key (#1 and #2) is stored and a motor control device (12c, 12d) by means of which it can be determined whether at least one signal provided to the electric brake device (12a, 12b) is encrypted and / or authenticated with the at least one authentication key (#1 and #2) and only then the motor of the electric brake device (12a, 12b) is actuated by means of the motor control device (12c, 12d) taking into account the at least one signal provided.

Systems and procedures can perform sequential automatic test pattern generation (on parallel memory units). In one example, an array of logic gates (330-335) can output enable signals to cause multiple memory units (360, 361) to be enabled in parallel. The test pattern generation and test control logic (210) can perform forward path checking, backward path checking, and any other suitable check on the enabled memory units (360, 361). The systems and procedures can then move on to another group of memory units, enabling and testing them in parallel.

An embedded testing method and apparatus, and a system. The method comprises: by means of an information monitoring module, monitoring a program address value of a processing functional unit accessing a memory, the information monitoring module being a hardware unit provided outside of the processing functional unit; and storing the program address value in a storage unit, and / or outputting the program address value. The present invention adopts a real-time monitoring method, which stores or outputs a program address value from monitoring a processing functional unit accessing a memory, so as to achieve the purpose of software testing on a corresponding program.

The present invention aims to provide a program that allows each user to easily identify candidates who meet their desired referral criteria (candidate criteria). [Solution] The program of the present invention causes a referral system comprising at least a memory unit and a processing unit to execute a personnel memory function that stores user information, candidate information, and referrer information in the memory unit; a condition memory function that stores candidate conditions desired by one user, which are included in the user information of each user, in the memory unit; and a specification function that, if a candidate who meets the candidate conditions exists and a referrer who can introduce that candidate has a connection with the one user, identifies one or more such candidates as one or more suitable candidates to introduce to the one user.

The application discloses a dual-mode adaptive transmission method for ARM and FPGA based on GPMC, and comprises the following steps: S1, system initialization; S2, data transmission preparation; S3, threshold calculation and mode selection; S4, data transmission; and S5, frequency feedback and closed-loop control. A dual-mode adaptive transmission system for ARM and FPGA based on GPMC comprises an ARM processor module, an FPGA module, a GPMC interface module and a driver program module. The ARM processor module is integrated with a dual-core Cortex-A53 architecture core, a 133MHz efficient GPMC controller, a uDMA controller and a PRUSS real-time unit, and is internally provided with a data volume intelligent identification unit, a threshold dynamic calculation unit, a mode selection unit and an instruction interaction unit. The FPGA module is integrated with a timing detection unit, a BRAM data storage unit, a double-counter unit and a frequency measurement unit. The application has the advantages of being capable of dynamically and adaptively switching transmission modes according to data volume, low cost, plug-and-play and strong ease of use through the cooperation of the above steps.