106 results about "Digital device" patented technology

Expanding on the initial design of a traditional tombstone, the disclosure introduces a novel granite headstone or mausoleum equipped with a waterproof Bluetooth digital device that allows families to preserve and cherish precious memories of their departed loved ones and to access these stored records at their leisure. Users can upload pictures, videos, and voice memos directly onto the tombstone to offer a means of keeping the memory and spirit of the deceased alive. To access, view, and upload content, users will have a designated code that ensures privacy and security, for the code is only given to the purchaser, who can then choose to share it with trusted family members, friends, and / or social acquaintances, ensuring that only those who are authorized can access the content stored within.

A system is provided.SOLUTION: A system comprising: means for recording data relating to use of a digital device; means for analyzing the recorded data to identify inappropriate content; and means for blocking access to the identified content.SELECTED DRAWING: Figure 1

The invention discloses an error compensation method of an analog-to-digital converter, a digital device and a controller, and the method comprises the steps: obtaining a to-be-compensated digital quantity and two reference digital quantities, the to-be-compensated digital quantity is obtained through the conversion of an analog signal through the analog-to-digital converter, and the reference digital quantities are obtained through the conversion of a reference signal through the analog-to-digital converter; obtaining a linear error based on the plurality of sampling values of each reference digital quantity under the condition that the reference digital quantity is within a preset effective range; and compensating the digital quantity to be compensated according to the linear error to obtain a compensated digital quantity. According to the invention, the accuracy in the ADC analog-to-digital conversion process can be effectively improved.

An approach for validating the authenticity of digital content between digital devices may be provided. The approach registers a first user with a server and registering and storing an approved contact associated with the first user. The approach creates unique IDs (identification) for the first user and a second user from the approved contact and generating a security code for a first user pair, wherein the first user pair contains the first user and the second user. The approach creates an A / V watermark for the first user pair and verifies the security code of the first user pair. The approach validates authenticity of the A / V watermark during a communication session and displaying authentication status during the communication session.

This invention describes a digital device for displaying information on a turnout system in the area of ​​the turnout's functional components. Several state identification elements move back and forth within a preset range when the turnout is switched, thus indicating the position of the switch blade. A set of position sensors is arranged on both sides of each state identification element. These sensors detect the proximity to the respective state identification element and determine its position. Each set of position sensors is electrically connected to a state detection unit. The state detection unit acquires the position information output by the position sensors of each state identification element and encodes this position information to obtain digitized turnout system display information.This invention simplifies the acquisition and transmission circuitry for display information by directly acquiring and transmitting the digitized position information of each status identification element. This reduces interference and errors and improves the accuracy of the display information transmission.

We provide the system. [Solution] A means of scanning a user's face in real time and acquiring feature data through a visual aid connected to a digital device, A means for analyzing selected video data and extracting facial and motion information of characters within the scene, A method for compositing the user's facial feature data onto a character's face and reflecting the user's movements in the video using motion capture technology, A means for optimizing the generated video and streaming it to a digital device, A system that includes this.

The present disclosure provides a camera module and a digital device including the camera module. The camera module includes a movable assembly and a fixing assembly. The movable assembly includes a carrier and a first rolling member arranged on a side wall of the carrier, and the first rolling member has a protruding surface protruding from the side wall of the carrier. The fixing assembly includes a base. The base is provided with a first support member, and the first support member is provided with a metal guide rail extending along a direction of an optical axis. When the carrier is installed on the base, the protruding surface of the first rolling member comes into contact with the metal guide rail, and when the movable assembly moves, the first rolling member moves with the movable assembly and forms a rolling or sliding contact with the first support member.

Methods and systems for using a brain computer interface (BCI) system in a manner to enable only the BCI user to control digital devices or software via the digital motor output (DMO), thereby supporting the BCI user's autonomy by securing private use of a digital device to exclude or control the use of such devices by others.

The invention discloses a laser constant-current driving circuit based on a current mirror structure, which belongs to the technical field of laser driving circuits and comprises an internal bias adjusting module, a signal superposition operation module, an enabling control module and a current mirror topology module. The internal bias adjusting module, the signal superposition operation module, the enabling control module and the current mirror topology module are connected in sequence. A current mirror topological structure is added in a depth feedback system of the laser driver, so that the sensitivity of a laser driver circuit is improved, and the current stability is improved; an input structure is optimized in the laser driving circuit, the influence caused by bias current of an operational amplifier is reduced, and the precision of a laser driver is improved; complex laser driving application can be realized by using a pure analog circuit, dependence on digital devices is avoided, and the cost is reduced.

Radiofrequency systems for use in advanced driver assistance systems (ADAS) can include a mixture of high frequency (e.g., above 1 GHz) analog and components and lower-frequency digital devices mounted on one main circuit board. Cost savings can be achieved by providing high-frequency signal paths on an interposer circuit board that is mounted to the main circuit board and couples devices requiring high-frequency signalling (e.g., distributing a local oscillator signal to several devices forming part of a cascaded radar system). The interposer is fabricated from special purpose materials suitable for routing high frequency signals with low loss, while the main circuit board can be fabricated from commodity materials suitable for lower frequency applications.

A computer system includes a system-level service executing as a privileged software service of the computer system. The system-level service receives information associated with at least one of an identified state of a user, a contemporaneous context of the user, and archived material associated with the user, wherein the identified state is characterized, at least in part, by behaviors, actions, activities, or emotions of the user. Based on ongoing evaluation of the received information, the system-level service autonomously determines at least one action to be taken by the computer system, selects a manner and timing for execution of the action, and causes information to be provided to the user or an action to be performed by the computer system. The process is performed proactively and in the absence of a contemporaneous request by the user, thereby enabling system-initiated, context-aware, and state-responsive operation across one or more interconnected digital devices.

1. The name of the design product: three-in-one magnetic wireless charging power bank (AC17). 2. The use of the design product: for charging digital devices. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: usage state diagram.

1. The name of the design product: digital device copying instrument (science and technology). 2. The use of the design product: used in the field of criminal science equipment, mainly through the copying and recording method to fix the content of mobile phone screen, body and mobile phone evidence, etc., to prevent tampering. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective drawing.

According to the multifunctional high-definition audio decoding equipment and the audio system, a user interaction module, a data expansion module, an audio processing module, an earphone amplification module, a power supply management module and an audio output interface are integrated in a machine shell, so that the functions of high-definition decoding, interface expansion and MAC (Media Access Control) startup are realized, desktop wiring is simplified, and the cost is reduced. The problem that an MAC user is inconvenient to start up is solved, user experience is improved, in addition, the audio processing module supports the most advanced high-resolution audio format at present through the combination of an XMOS XU-316 USB audio controller and an ESS ES9039Q2M DAC chip, complete MQA rendering is included, reference-level tone quality performance is provided, an audio output interface provides multiple output interfaces, and the audio processing module is suitable for being used by a user. Diversified requirements of a user for connecting earphones, sound boxes and other digital devices are met, and adaptability is high.

A personal care product (e.g., a power toothbrush) can include a treatment portion (e.g., a cleaning element) configured to clean one or more teeth of a user of the personal care product. The personal care product can include a handle for gripping the personal care product. A communication interface can be configured to receive a signal from one or more digital devices. The received signal can include a user profile. The user profile can include an identity (e.g., an identity of the user profile) and / or instructions for operating the personal care product. A processor can be configured to receive the user profile from the communication interface. The processor can be configured to cause the personal care product to perform an operation in accordance with the instructions of the user profile.

A multifunctional digital device that can be transformed into various forms that can be changed easily as well as various functions that are related to one function to the others as one package for worship in Muslims, namely for dhikr, rak'ah counter with light and vibration indicators, rak'ah counter, and salah guidance. If salah is religion's pillar and obligatory, then this invention which has the function of guiding salah is very important and useful, especially for beginners because they can learn themselves at any time without having to wait for help from others. Apart from that, other supporting functions such as rak'ah counter make it easier for the user not to have to concentrate on counting the rak'ah. The essence is for this multifunctional digital device to become a part of daily needs for worship for Muslims.

1. The name of the design product: desktop charging station (WU-08). 2. The use of the design product: for providing charging for electronic digital devices and mobile terminal devices. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The application discloses a kind of road electromechanical equipment digital model construction methods, the method is by adopting component mode to construct and deploy road electromechanical equipment digital model, and by bottom communication protocol, realize electromechanical equipment virtual digital model and corresponding real physical entity Data communication interaction, so that virtual scene and real scene in road electromechanical equipment form parallel mapping and virtual-real interaction;Meanwhile, it is also possible to update and virtual scene rendering effect synchronous update by digital device model state, so that virtual scene and digital device model form field-object linkage.The application realizes virtual-real interaction and field-object linkage by the construction of road electromechanical equipment digital model, and can provide basic support for road electromechanical equipment digital control and road operation control based on digital twinning.

The utility model discloses a simulation device, a debugging device and a test system for performance debugging of an inertial device, and the system comprises a digital-to-analog converter of which the input end can be connected with the output end of a digital device capable of transmitting a signal control instruction for debugging the inertial device, and the output end is connected with the input end of an operational amplifier; the output end of the operational amplifier can be connected with one or more inertial devices, and the orthogonal tuning control signal generated by the digital-to-analog converter is exported; the input end of the signal modulator can be connected with one or more inertial devices and imports detection displacement signals fed back by the inertial devices, and the output end of the signal modulator is connected with the input end of the signal demodulator; the output end of the signal demodulator is connected to the input end of the analog-to-digital converter; the output end of the analog-to-digital converter can be connected with the input end of the digital device, and the analog-to-digital converter can export the generated displacement detection signal. Through the structural design of the simulation device, debugging can be carried out before the inertial device is tested, and the test precision of the inertial device can be improved.

Protective helmet, in particular motorcycle helmet, with an outer shell (1) for distributing impact forces, with a battery slot (2) permanently connected to the outer shell (1) for the detachable reception of a battery (3) and with a conductor arrangement (4) electrically connected to the battery slot (2) for supplying power to an electrical device (5) mechanically coupled to the outer shell (1) by the received battery (3), wherein the battery slot (2) has a pole arrangement (14) for electrically and detachably coupling the received battery (3) and wherein the electrical device is a digital device for wireless communication, characterized in that the battery slot (2) has a battery frame (6) arranged on the inside of the outer shell for the positive locking reception of the battery (3) with a battery frame opening (7) for inserting the battery (3) into the battery frame (6),that the battery frame (6) adjoins a lower edge of the outer shell (1) and that the battery frame opening (7) is substantially located at the lower edge of the outer shell (1).

The application provides a scattering correction method and device, a digital device and a computer readable storage medium. The method comprises the following steps: obtaining a corresponding relationship function of one-dimensional detection energy spectrum and one-dimensional gamma photon energy spectrum; based on the corresponding relationship function, using a maximum likelihood-expectation maximization iterative algorithm to obtain two one-dimensional gamma photon energy spectrums corresponding to each down-sampling response line; based on the one-dimensional gamma photon energy spectrums, obtaining the number of non-scattering single events corresponding to each down-sampling response line; based on the total number of single events and the number of non-scattering single events corresponding to each down-sampling response line, calculating the number of scattering coincidence events corresponding to each down-sampling response line; performing up-sampling processing on the down-sampling response line to obtain an up-sampling response line; and calculating the number of scattering coincidence events corresponding to each up-sampling response line. When the scattering correction is performed, the application has the advantages of simple implementation and high accuracy.

The embodiments herein provide a method and system for real-time monitoring and management of services provided by a restaurant using an AI enabled digital IoT device. The method includes, scanning a QR Code displayed on the IoT device by a customer for accessing Wi-Fi provided by the restaurant, for accessing the menu and for providing review of the restaurant service using a mobile device. The method includes real-time rating of the restaurant by the customer and display of advance reservation status and multimedia content on the device. A request may be placed on the device to a waiter for at least one of dining service, mobile charging. Order status and notifications on best-selling items may be displayed on the device. Real-time data on the restaurant service may be displayed onto a digital dashboard.

The invention discloses a current sharing circuit suitable for parallel silicon carbide MOSFETs, and relates to the technology of high-power power electronic converters. The problems of long time consumption, poor real-time performance, complex circuit and large size of the existing unbalanced current suppression method are solved. The current sharing circuit is constructed by only adopting the two PCB Rogowski coils, the current reconstruction circuit and the unbalanced current compensation circuit, the structure is simple, closed-loop control is realized by adopting an analog device, the adopted current feedback is composed of the PCB Rogowski coils and the current reconstruction circuit, time delay does not exist from sampling, feedback to output of the compensation circuit, and the current sharing circuit is simple in structure. Compared with a system adopting a digital device, a high-performance processor and a high-bandwidth current sensor do not need to be introduced for sampling and feedback, delay of an interruption period does not exist in the sampling link, and therefore the real-time performance of the constructed current sharing circuit is high. The method is mainly used for inhibiting the unbalanced current in the parallel silicon carbide MOSFETs.

The application provides a scattering correction method and device, a digital device and a computer readable storage medium. The method comprises: obtaining a down-sampling response line based on detection data; obtaining an estimated target function corresponding to each down-sampling response line by using a matrix estimation method based on a maximum likelihood-expectation maximization iterative algorithm; solving the estimated target function to obtain a number of scattering coincidence events corresponding to each down-sampling response line; performing up-sampling processing on the down-sampling response line to obtain an up-sampling response line; and calculating the number of scattering coincidence events corresponding to each up-sampling response line. When the embodiment of the application performs scattering correction, it does not depend on activity images and attenuation images, and the method does not require a hyperparameter, so that the hyperparameter no longer needs to be set in a determined range, and the method is simple and accurate.

A program stored on a digital device, which can output an assessment of a user's vital parameters, wherein the vital parameters comprise a plurality of data sets, and wherein at least one data set can be changed by the user, characterized in that the assessment can additionally be output in medical terminology.

The present invention is a Multiple Intelligences Recognition and Activities System (MIRA System) that observes a student's activities inside the classroom, identifies a multiple intelligence that needs to be supplemented or is least detected for the student, and recommends activities directed to the least detected multiple intelligence(s) for each student in the class. A classroom may be in building, in a remote environment such as a home school, or outside of a building. The MIRA System comprises a digital camera or a mobile digital device and a computer program that processes captured pictures and videos from the camera, analyzes the quantity of each multiple intelligence activity for each student in the class and then recommends activities to enhance multiple intelligence skills related to the teacher's objectives.

1. Name of the product in this design: Power Bank (L20). 2. Purpose of this design: A portable power bank for charging mobile phones and other digital devices. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

To provide a visual function improvement system using a digital device based on virtual reality.SOLUTION: An image headset 1 having a wearing means to be worn on a head of a user, a separated display 2 configured to display visual stimulus images separated for left and right eyes of the user, respectively, on the image headset, and an image providing means configured to provide the visual stimulus images or images to the separated display, wherein the image providing means includes a binocular vision stimulus image providing unit configured to separately provide a transformed image and a normal image to the separated display so as to provide an uncertain image to a normal-vision side eyeball of both eyes and activate a weak-vision side eyeball to improve visual function imbalance of both eyes, A system for improving visual function, comprising: a three dimensional gaze line display unit configured to analyze a gaze of a user, to monitor eye movement and visual function treatment in real time by tracking a gaze of both eyes, and to additionally display a virtual focus three dimensional gaze line toward a target object in a virtual image.SELECTED DRAWING: Figure 1