Multipurpose visual bracelet for visual monitoring

Abstract

The invention relates to a multi-purpose visual bracelet for visual monitoring, aims to provide a solution for omnibearing monitoring and image video acquisition, and is particularly suitable for people who are easy to get lost or need special monitoring, such as children with autism, people with special demands, patients with dementia and the like, and special environment workers. The visual bracelet system includes a multifunctional camera system including a visible light camera / camera, an infrared camera / camera, and a binocular camera / camera for capturing real-time pictures, night monitoring, and depth perception. The visual bracelet has a remote image and video viewing function, so that a target person can communicate with a guardian and execute a task on time. By uploading data to a cloud server, a guardian can access position information, images and environment data in real time through a special application or a webpage platform to ensure the safety and guardianship of target personnel. The invention provides a comprehensive solution for people who are easy to get lost or need special monitoring and special environment workers, and emphasizes the importance of various visual monitoring and acquisition of various images and videos.

Description

Technical Field

[0001] The present invention relates to the technical field of visual bracelets, and in particular to a multi-purpose visual bracelet for visual monitoring, which is suitable for a variety of people who need monitoring, including but not limited to patients with Alzheimer's disease, children, dementia patients, women, people with special needs and workers in special environments. Background Art

[0002] Alzheimer's disease is a common cognitive disorder that is often accompanied by cognitive decline, memory loss, and weakened thinking ability. People with Alzheimer's disease often require special care and monitoring to ensure their safety and well-being. One of the main problems is that people with Alzheimer's disease are prone to getting lost, which can put them in danger, prevent them from finding their way home, or cause extreme anxiety for family members and caregivers.

[0003] In addition, children, people with dementia, and other people who need supervision are also prone to getting lost, which can also cause serious safety issues. In addition, women and people with special needs often require additional safety and positioning guarantees. Workers in special environments, such as wilderness explorers, also need reliable monitoring and positioning systems to ensure their safety in complex environments.

[0004] Traditionally, people usually use the global positioning system (GPS) to track the location of these people. However, traditional GPS has positioning accuracy problems, especially in urban canyons or indoor environments, where GPS cannot provide reliable positioning information. Therefore, existing technologies are difficult to meet the needs of all-weather and high-precision monitoring.

[0005] To solve this problem, the present invention provides a visual bracelet that combines multiple advanced technologies, including cameras, infrared cameras and binocular cameras, as well as cloud data processing. The combination of these technologies provides an all-weather and high-precision security solution that is suitable for a variety of people and solves the shortcomings of existing means. At the same time, it provides guardians with real-time and remote access to ensure the safety and well-being of the people they care about. Summary of the invention

[0006] The present invention relates to a multi-purpose visual bracelet for visual monitoring. Through the multi-functional camera system in the visual bracelet, it aims to provide a comprehensive monitoring and image and video acquisition solution, which is particularly suitable for children with autism, people with special needs, dementia patients and other people who are easy to get lost or need special monitoring needs, as well as workers in special environments.

[0007] The multifunctional camera system of the vision bracelet includes a visible light camera, an infrared camera and a binocular camera, which are used to actively capture real-time images, night monitoring and depth perception, and automatically upload encrypted data at a set time to protect the security of image and video data. By uploading the data to the cloud server, the guardian can access the location information, image and environmental data in real time through a dedicated application or web platform to ensure the safety and monitoring of the target person. At the same time, the user can set the storage capacity of image and video data according to needs.

[0008] Components of the present invention:

[0009] Camera system: The visual bracelet is equipped with multiple cameras around it, including front and side visible light cameras to capture the environment. These cameras have autofocus and high-resolution capabilities and can be used to take still photos or real-time videos. Users can turn on the visual system through the switch button on the side of the visual bracelet and take the required pictures. Dial: The central part of the visual bracelet is a customizable dial that can not only display time and date, but also other information such as weather, heart rate, step count, etc. The dial uses a high-resolution LCD screen or AMOLED screen with touch screen function so that users can interact with the bracelet.

[0010] Camera system: The vision bracelet is equipped with multiple cameras around it, including front and side visible light cameras, to capture the environment. These cameras have autofocus and high-resolution functions and can be used to take still photos or real-time videos. Users can turn on the vision system through the switch button on the side of the vision bracelet and take the required pictures.

[0011] Infrared camera: The Vision Bracelet is also equipped with an infrared camera with night vision function. This special camera can capture infrared light in completely dark conditions to provide night monitoring and shooting functions. This is very useful when night monitoring is needed, such as when people are lost or vulnerable groups are walking at night.

[0012] Binocular Camera: The Vision Bracelet includes a binocular camera system to capture stereo images and create a 3D point cloud. This provides more precise positioning and depth information, helping to determine the location of the person being monitored and the surrounding environment.

[0013] Data upload and processing: The visual bracelet connects to the cloud server through the built-in communication module (including but not limited to various wireless communication technologies such as Wi-Fi or cellular networks), and encrypts and uploads the captured images, videos and point cloud data to the cloud. On the cloud server, all data is processed, stored and analyzed so that the guardian can remotely access and view the location and environment of the guardian.

[0014] The innovation of this visual bracelet lies in its combination of multiple functions, which can meet the monitoring and self-protection needs of various groups of people. It provides real-time positioning information, night monitoring, environmental image capture and depth information, providing guardians with all-weather and comprehensive monitoring methods. At the same time, the bracelet also allows users to interact with the visual bracelet and view various information, making it not only a safety device, but also a practical smart device. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] The accompanying drawings are schematic diagrams of the core structure of the present invention, and do not represent the actual arrangement of the components of the visual bracelet during production and the actual appearance of the visual bracelet.

[0016] in Figure 1 This is a front view diagram. Figure 2 This is a schematic diagram of the back side. Figure 3 The left side diagram is shown. Figure 4 It is a schematic diagram on the right side.

[0017] The accompanying drawings are marked as follows: 1. dial; 2. visible light camera; 3. infrared camera; 4. binocular camera; 5. strap; 6. magnetic charging port; 7. microphone and handset; 8. SIM card slot; 9. visual system switch; 10. side-mounted visible light camera. DETAILED DESCRIPTION

[0018] Implementation 1:

[0019] This embodiment relates to the design of a visual bracelet, including the following components:

[0020] Watch face: The watch face of the visual bracelet uses a high-resolution screen, supports multi-touch and sliding gestures, and provides clear images and a user-friendly interactive experience.

[0021] Camera system:

[0022] Front and side cameras: The Vision Band is equipped with a high-resolution camera. This camera system supports autofocus and optical image stabilization technology, ensuring that users can take high-quality photos and videos.

[0023] Infrared camera: The vision bracelet is also equipped with an infrared camera dedicated to night vision. The infrared camera has a wavelength range from 850nm to 940nm, which can capture images in complete darkness and provide users with night monitoring functions.

[0024] Binocular camera: The binocular camera of the vision bracelet is used to create 3D point cloud. These point cloud data can be used for accurate distance measurement and depth perception, providing users with more environmental information.

[0025] Implementation 2:

[0026] This implementation describes the operation and data upload process of the visual bracelet:

[0027] Bracelet operation: After the visual bracelet is turned on, the application is started by turning on the visual system switch on the side, allowing the user to take photos, record videos, and capture 3D point clouds. The user can view the captured images at any time.

[0028] Data upload: Through the built-in transmission module, the visual bracelet uploads the acquired data to the cloud server. The uploaded data includes images, videos and 3D point clouds, which will be stored in the cloud database.

[0029] Cloud data processing: The images and data on the cloud server will be processed by image processing algorithms. These algorithms can provide real-time location information and environmental data, and provide guardians with image and video information about the person being supervised.

[0030] Guardian access: Guardians can access the cloud server through a dedicated mobile app or web platform. They can view the location, real-time images and environmental data of the guardian at any time to ensure their safety and supervision.

[0031] Implementation 3:

[0032] In this implementation, the power management and charging of the vision bracelet are described:

[0033] Battery: The visual bracelet has a built-in high-capacity rechargeable lithium polymer battery. This high-capacity battery can support the normal use of the visual bracelet for more than 48 hours, ensuring that users can use the device for a long time.

[0034] Charging technology: The Vision Bracelet uses wireless charging technology, and users can use a dedicated charging base for charging. This charging base adopts a magnetic suction design, and the Vision Bracelet can be adsorbed on the base to start charging, which is very convenient.

[0035] Charging time: The charging time is relatively short, about 1 hour, to fully charge the vision bracelet. This ensures that users can quickly resume use and reduce waiting time.

[0036] Implementation 4: Visual bracelet system for children

[0037] This is a visual bracelet system designed for children to meet the needs of child supervision. The visual bracelet includes the following key features:

[0038] Child-friendly design: The appearance and interface of the visual bracelet have been designed to be child-friendly, with bright colors and easy operation. It is suitable for children to wear and brings a pleasant use experience.

[0039] Multi-function camera: The Vision Bracelet is equipped with a multi-function camera system, including a visible light camera, an infrared camera, and a binocular camera. These cameras can be used to capture real-time images and provide guardians with visual information about the child's location.

[0040] Area restriction reminder: The visual bracelet can be used in conjunction with a smartphone application. When a child leaves the set safety area, the visual bracelet will automatically send a notification to the guardian.

[0041] Safety reminder and scheduling function: The visual bracelet has a reminder function that can remind children to perform specific tasks, such as returning home or eating, through vibration, sound and icons. In addition, guardians can set a schedule on the visual bracelet to ensure that children complete various tasks on time.

[0042] Voice interaction: The Vision Bracelet has a built-in voice interaction function, allowing children to have voice conversations with guardians. This helps maintain contact with children while providing a sense of security.

[0043] Family Communication: The Vision Bracelet can be used as a family communication device, allowing the Vision Bracelet to make simple voice calls and message transfers with family members.

[0044] This visual bracelet system is designed for child care, aiming to increase children's sense of security while providing real-time contact between guardians and children. In particular, when child traffickers are committing crimes, the visual bracelet can upload images of the traffickers and the location environment to the cloud server in real time. Even if the visual bracelet is turned off afterwards, the initial images uploaded cannot be changed in the cloud (authority management). This plays an important role in tracking children and catching criminals.

[0045] Implementation 5: Visual bracelet system for people with special needs

[0046] This is a multifunctional visual bracelet suitable for people with physical disabilities or cognitive impairments to provide comprehensive monitoring and support. The features of the bracelet are as follows:

[0047] Multifunctional camera: The vision bracelet is equipped with a multifunctional camera system, including a visible light camera, an infrared camera, and a binocular camera. These cameras can be used to capture real-time images and provide caregivers with visual information about the patient's location.

[0048] Multi-sensory monitoring: The visual bracelet is equipped with a variety of sensors, including heart rate monitoring, temperature sensing, light sensing, accelerometer, etc. These sensors can be used to monitor the physiological conditions and environmental information of people with special needs.

[0049] Voice control and prompts: The vision bracelet supports voice control, and people with special needs can use voice commands to perform tasks. In addition, the bracelet can provide verbal prompts, such as meal reminders, medicine reminders, etc.

[0050] Environmental perception and obstacle detection: The sensors of the vision bracelet can detect obstacles and dangerous conditions in the environment to avoid accidents. This helps people with special needs stay safe while moving.

[0051] Health data monitoring: The visual bracelet also includes vital signs monitoring functions, such as heart rate, blood pressure, and blood oxygen monitoring, so that guardians and medical staff can monitor the patient's health status.

[0052] This visual bracelet system provides comprehensive monitoring and support to help people with special needs better integrate into society and improve their quality of life.

[0053] Implementation 6: Visual bracelet system for patients with dementia and Alzheimer’s disease

[0054] This is a visual bracelet system for people with dementia and Alzheimer's disease, designed to provide real-time monitoring and safety support. The features of the bracelet are as follows:

[0055] Multifunctional camera: The Vision Bracelet is equipped with a multifunctional camera system, including visible light camera, infrared camera and binocular camera. These cameras can be used to capture real-time images, provide caregivers with visual information of the patient's location, and provide night vision function, which can provide reliable monitoring at night or in low light conditions.

[0056] SOS button: The vision bracelet is equipped with an SOS button that the patient can trigger in an emergency to notify the guardian or emergency services. This provides a way for emergency assistance.

[0057] Family contact and voice communication: The visual bracelet allows patients to have simple voice calls with family members, helping to maintain contact with their families. In addition, caregivers can communicate with patients remotely through mobile phone applications.

[0058] Health data monitoring: The visual bracelet also includes vital signs monitoring functions, such as heart rate and blood pressure monitoring, so that guardians and medical staff can pay attention to the patient's health.

[0059] This bracelet system is designed for monitoring patients with dementia and Alzheimer's disease, and is intended to provide 24-hour security and peace of mind. If a patient is lost, even if the bracelet is damaged or lost later, the initial images will still be saved by the cloud server, providing valuable clues for finding the patient.

[0060] Implementation 7: Visual bracelet for outdoor explorers and other workers in special environments

[0061] This is a visual bracelet system designed for outdoor explorers and other workers in special environments to ensure safety and convenience in complex environments. The visual bracelet includes the following key features:

[0062] Multi-function camera: The vision bracelet is equipped with a multi-function camera system, including a visible light camera, an infrared camera, and a binocular camera. These cameras can be used to capture real-time images, provide visual information of the user's environment, and provide night vision function, which can provide reliable monitoring at night or in low light conditions.

[0063] Meteorological sensor: The visual bracelet can be equipped with a meteorological sensor that can measure temperature, humidity, air pressure, etc. to provide meteorological information of the environment.

[0064] SOS emergency function: The visual bracelet has an SOS button, which workers in special environments can trigger when encountering an emergency. The visual bracelet will send an emergency help signal.

[0065] Outdoor Navigation: The visual bracelet can be used for outdoor navigation. It can display maps, paths and navigation instructions to help users find the right route, whether it is mountaineering, camping or hiking.

[0066] Solar Charging: The bracelet is equipped with a solar charging panel, which can automatically charge in outdoor environments to extend the battery life.

[0067] This vision bracelet system provides a comprehensive tool for wilderness explorers and other special environment workers to improve user safety.

[0068] Embodiment 8: A visual bracelet for capturing harmful events or environmental images for vulnerable groups such as children, women and the elderly

[0069] This embodiment is used to use the visual bracelet system to capture images of potential harm events or dangerous environments in special occasions, so that guardians or relevant agencies can take necessary actions to ensure the safety of children, women, the elderly and other vulnerable groups. This technology helps to prevent potential harm events to a certain extent, and also provides support for identifying responsibilities, tracking suspects and providing evidence.

Claims

1. A visual bracelet system, comprising a dial supporting multi-touch and sliding gestures, one or more front and side visible light cameras supporting autofocus and optical image stabilization, one or more infrared cameras for night vision function and one or more binocular cameras, and the user can choose one or more device combinations according to needs.

2. According to the visual bracelet system of claim 1, the built-in application of the visual bracelet actively calls the camera system to automatically or periodically (set time) take photos, record videos and capture 3D point clouds; the data is uploaded to the cloud server and processed by the processing algorithm to provide real-time images, video information and environmental data; the guardian accesses the cloud server through a mobile phone application or a web platform to view the real-time images, videos and environmental data of the guardian.

3. According to the visual bracelet system of claim 1 or 2, the visual bracelet has a built-in rechargeable lithium polymer battery to support normal use for a continuous period of time. The visual bracelet can adopt wireless or wired charging technology, such as using a magnetic charging base for fast charging.

4. The visual bracelet system according to claim 1, 2 or 3 is used to monitor vulnerable groups such as children, women, the elderly, people with special needs, dementia patients and people working in special environments.

5. The smart bracelet system according to claims 1 to 4 is used to provide real-time visual monitoring and automatically acquire image and video data; the user can turn on and off the visual system at any time according to usage needs to protect personal privacy and public safety.

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