An Intelligent Reminder Device for Alzheimer’s Patients

Abstract

The present invention discloses an intelligent reminder device for Alzheimer’s patients, relating to the technical field of reminder devices, and comprising a reminder component, a cleaning component, and a dial. Through the collaborative design of the reminder component and the cleaning component, the invention effectively solves the obvious defects of screen contamination and cleaning difficulty when the patient is in an unconscious state, thereby providing key technical support for upgrading the practicality and auxiliary effectiveness of intelligent reminder devices for Alzheimer’s patients.

Description

An Intelligent Reminder Device for Alzheimers Patients Technical Field The present invention relates to the technical eld of reminder devices, in particular to an intelligent reminder device for Alzheimers patients. Background Technology In the daily care scenarios of Alzheimers patients, intelligent reminder devices can provide scheduled reminders for key matters such as medication times, daily routines, and social arrangements through multimodal interaction, effectively compensating for task forgetting caused by the decline of memory functions. However, existing intelligent reminder devices for Alzheimers patients have signicant deciencies in screen protection and usage adaptability. When worn on the patients wrist, the screen is easily soiled due to the patient often being in an unconscious state. Furthermore, cleaning by caregivers is laborious, and patients are unwilling to cooperate. Such a design not only increases the workload of caregivers and affects the normal use of the device, but also limits the devices functions and diminishes its auxiliary effect due to cleaning difficulties. The lack of convenient screen-cleaning functionality constrains both the practical convenience of the intelligent reminder device and its acceptance by patients. Contents of Invention In View of the problems existing in the above-mentioned intelligent reminder devices for Alzheimers patients, the present invention is proposed. Accordingly, the problem to be solved by the present invention is that caregivers cannot conveniently clean contaminated screens, while patients are often unwilling to cooperate. To address the above technical problem, the present invention provides the following technical solution: an intelligent reminder device for Alzheimers patients, comprising: A reminder assembly, including a dial, wherein a partition piece is embedded on one side of the dial, a display panel is embedded at the top of the dial, an intelligent detection component is embedded at the bottom of the dial, a connecting buckle is xed on the surface of the dial, and a watch strap is sleeved on the surface of the connecting buckle; and A cleaning assembly, disposed at the top of the reminder assembly, including an air-blowing component provided on the top of the dial, a cleaning component disposed on one side of the air-blowing component, a driving component provided on one side of the dial, and a cleaning roller component xed on the top of the dial. As a preferred embodiment of the intelligent reminder device for Alzheimers patients according to the present invention, the partition piece comprises a xing plate embedded in the inner wall of the dial, a guide groove is formed on one side of the xing plate, a through hole is formed on the surface of the xing plate, and a sliding plate is provided on one side of the xing plate. As a preferred embodiment of the intelligent reminder device for Alzheimers patients according to the present invention, the air-blowing component comprises an air jet pipe provided on the top of the dial, a nozzle is connected to one side of the air jet pipe, and a communication pipe is xed to the bottom of the air jet pipe. As a preferred embodiment of the intelligent reminder device for Alzheimers patients according to the present invention, the driving component comprises a xing cross bar xed to the inner wall of the dial, a sliding sleeve is sleeved on the surface of the xing cross bar, a connecting block is xed on one side of the sliding sleeve, the sliding sleeve is slidably connected to the inner wall of the through hole, and the sliding sleeve is xed to one side of the sliding plate. As a preferred embodiment of the intelligent reminder device for Alzheimers patients according to the present invention, the sliding sleeve is slidably connected to the inner wall of the through hole, and the sliding sleeve is xed to one side of the sliding plate. As a preferred embodiment of the intelligent reminder device for Alzheimers patients according to the present invention, a transmission rod is xed to the top of the sliding sleeve, and a pressing plate is xed to one side of the sliding sleeve. As a preferred embodiment of the intelligent reminder device for Alzheimers patients according to the present invention, an elastic airbag is provided on one side of the pressing plate, the elastic airbag is xed to the inner wall of the dial, and the elastic airbag is xed to one side of the communication pipe. As a preferred embodiment of the intelligent reminder device for Alzheimers patients according to the present invention, the cleaning component comprises a housing xed to one side of the transmission rod, a static cleaning brush is slidably connected to the inner wall of the housing, a pressing spring is xed to the top of the static cleaning brush, and the pressing spring is xed to the inner wall of the housing. As a preferred embodiment of the intelligent reminder device for Alzheimers patients according to the present invention, the cleaning roller component comprises a groove formed in the top of the dial, a support shaft is xed to the inner wall of the groove, and a xing frame is xed to one side of the support shaft. As a preferred embodiment of the intelligent reminder device for Alzheimers patients according to the present invention, a cleaning roller is sleeved on the surface of the static cleaning brush, and the cleaning roller is slidably connected to the bottom of the static cleaning brush. The benecial effect of the present invention is that, through the collaborative design of the reminder assembly and the cleaning assembly, it effectively solves the obvious defects of screen contamination and cleaning difculty when the patient is in an unconscious state. It not only realizes automatic removal of stains on the screen surface, eliminating the cumbersome manual cleaning operations of caregivers and the difculty of patient cooperation, but also optimizes device performance from the dual dimensions of convenient cleaning and protective adaptability. It reduces caregiver workload, ensures normal use of the device, enhances patient acceptance through a convenient cleaning process, and provides key technical support for upgrading the practicality and auxiliary effect of intelligent reminder devices for Alzheimers patients. Explanation on Drawings To more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required in the description of the embodiments are briey introduced below. It is obvious that the drawings described below are only some embodiments of the present invention. For those of ordinary skill in the art, other drawings can also be obtained based on these drawings without creative effort. Drawing 1 is a structural diagram of the intelligent reminder device for Alzheimers patients. Drawing 2 is a bottom view structural diagram of the intelligent reminder device for Alzheimers patients. Drawing 3 is an axonometric side View diagram of the intelligent reminder device for Alzheimers patients. Drawing 4 is a sectional structural diagram of the cleaning component of the intelligent reminder device for Alzheimers patients. Drawing 5 is an enlarged View of portion A in Drawing 1 of the intelligent reminder device for Alzheimers patients. Drawing 6 is a system flow diagram of the intelligent reminder device for Alzheimers patients. In the drawingszl, reminder assembly; 11, dial; 12, partition piece; 12-1, xing plate; 12-2, guide groove; 12-3, sliding plate; 12-4, through hole; 13, display panel; 14, connecting buckle; 15, watch strap; 16, intelligent detection component; 2, cleaning assembly; 21, air-blowing component; 21-1, air jet pipe; 21-2, nozzle; 21-3, communication pipe; 22, driving component; 22-1, xing cross bar; 22-2, connecting block; 22-3, sliding sleeve; 22-4, transmission rod; 22-5, elastic airbag; 22-6, pressing plate; 23, cleaning component; 23-1, housing; 23-2, pressing spring; 23-3, static cleaning brush; 24, cleaning roller component; 24-1, groove; 24-2, cleaning roller; 24-3, xing frame; 24-4, support shaft. Specic Implementation Method To make the above-mentioned objectives, features, and advantages of the present invention clearer and easier to understand, the specic embodiments of the invention are described in detail below with reference to the accompanying drawings of the specication. In the following description, numerous specic details are set forth to facilitate a full understanding of the present invention. However, the present invention may also be implemented in ways different from those described herein, and those skilled in the art may make similar generalizations without departing from the spirit of the invention. Therefore, the present invention is not limited to the specic embodiments disclosed below. Secondly, the term one embodiment or an embodiment as used herein means that a particular feature, structure, or characteristic described may be included in at least one implementation of the present invention. The phrase in one embodiment appearing in different places in this specication does not necessarily refer to the same embodiment, nor does it mean that the embodiments are mutually exclusive or alternative. Implementation method 1 Referring to Drawings 1 and 2, this embodiment provides a rst intelligent reminder device for Alzheimers patients, which includes a reminder assembly 1 and a cleaning assembly 2. Through the collaborative design of the reminder assembly 1 and the cleaning assembly 2, the invention effectively addresses the obvious defects of screen contamination and cleaning difculty when the patient is in an unconscious state. It not only realizes automatic removal of stains on the screen surface, eliminating the cumbersome manual cleaning operations of caregivers and the problem of patient cooperation, but also optimizes device performance from the dual dimensions of convenient cleaning and protective adaptability. This design reduces caregiver workload, ensures normal device operation, enhances patient acceptance through a convenient cleaning process, and provides key technical support for improving the practicality and auxiliary effect of intelligent reminder devices for Alzheimers patients. Specically, the reminder assembly 1 includes a dial 11. A partition piece 12 is embedded on one side of the dial 11, a display panel 13 is embedded at the top of the dial 11, an intelligent detection component 16 is embedded at the bottom of the dial 11, a connecting buckle 14 is xed on the surface of the dial 11, and a watch strap 15 is sleeved on the surface of the connecting buckle 14. The watch strap 15, in cooperation with the connecting buckle 14, allows the dial 11 to be conveniently secured to the patients wrist, ensuring that it does not frequently fall off due to daily activities. At the same time, the partition piece 12 effectively enables the separation and utilization of spatial resources and facilitates stable guidance of subsequent structures during use. Specically, the cleaning assembly 2 is disposed at the top of the reminder assembly 1, including an air-blowing component 21 provided at the top of the dial 11, a cleaning component 23 disposed on one side of the air-blowing component 21, a driving component 22 disposed on one side of the dial 11, and a cleaning roller component 24 xed at the top of the dial 11. Implementation method 2 Referring to Drawings 25, this embodiment is a second embodiment of the invention, based on the previous embodiment. Specically, the partition piece 12 comprises a xing plate 12-1 embedded in the inner wall of the dial 11. A guide groove 12-2 is formed on one side of the xing plate 12-1, a through hole 12-4 is formed on the surface of the xing plate 12-1, and a sliding plate 12-3 is provided on one side of the xing plate 12-1. The xing plate 12-1 is embedded and xed to provide a stable base for the partition piece 12. The guide groove 12-2 provides a sliding track for the sliding plate 12-3, ensuring its directional movement. The through hole 12-4 facilitates the passage or tting of components. The sliding plate 12-3 cooperates with the xing plate 12-1 to adjust the internal partition area of the dial 11, adapt to different functional module layouts, and improve space utilization. Specically, the air-blowing component 21 comprises an air jet pipe 21-1 provided at the top of the dial 11. A nozzle 21-2 is connected to one side of the air jet pipe 21-1, and a communication pipe 21-3 is xed at the bottom of the air jet pipe 21-1. The air jet pipe 2l-l delivers airow to the nozzle 21-2, which directs the airow toward the surface of the dial 11 or the display panel to remove dust. The communication pipe 21-3 connects the air source to the air jet pipe 21-1, ensuring stable airow transmission. Together, these components realize directional air-blowing cleaning, preventing dust accumulation and maintaining display clarity. Specically, the driving component 22 comprises a xing cross bar 22-1 xed to the inner wall of the dial 11. A sliding sleeve 22-3 is sleeved on the surface of the xing cross bar 22-1, and a connecting block 22-2 is xed on one side of the sliding sleeve 22-3. The sliding sleeve 22-3 is slidably connected to the inner wall of the through hole 12-4, and the sliding sleeve 22-3 is xed to one side of the sliding plate l2-3. The xing cross bar 22-1 provides support for the sliding sleeve 22-3. The connecting block 22-2 enhances the stability of the engagement between the sliding sleeve 223 and the xing cross bar 221. As the sliding sleeve 22-3 slides along the through hole 12-4, it drives the sliding plate 12-3 to move synchronously, achieving linkage between the driving component 22 and the partition piece 12, thereby providing the power basis for the cleaning action and ensuring effective cleaning performance while avoiding secondary contamination caused by impurities in the air source. Specically, a transmission rod 22-4 is xed to the top of the sliding sleeve 22-3, and a pressing plate 22-6 is xed to one side of the sliding sleeve 22-3. When the drive system outputs power to move the sliding sleeve 223 steadily along the preset guiding structure, the transmission rod 22-4, xed to the sliding sleeve 22-3, performs synchronous linear displacement. Through the precise connection between the end of the transmission rod 22-4 and the cleaning component 23, the power is smoothly transmitted to the cleaning component 23, driving it to perform cleaning operations along a preset trajectory. Meanwhile, the pressing plate 22-6, integrated with the sliding sleeve 22-3, moves synchronously toward the elastic airbag 22-5 , continuously applying uniform pressure through its rigid end face. This causes the elastic airbag 22-5 to undergo controlled elastic deformation. As the internal space of the airbag is compressed, the internal gas pressure increases, and compressed airow is delivered stably through the air passage to the air-blowing component 21, prompting the air-blowing component 21 to spray airow toward the cleaning area, thereby realizing auxiliary cleaning by blowing away dust and debris. Specically, an elastic airbag 22-5 is provided on one side of the pressing plate 22-6. The elastic airbag 22-5 is xed to the inner wall of the dial 11 and to one side of the communication pipe 21-3. When the pressing plate 22-6 compresses the elastic airbag 22-5, the air inside the airbag is delivered through the communication pipe 21-3 to the air jet pipe 2l-l, providing an air source for the air-blowing component 21. As the elastic airbag 22-5 returns to its original shape, it autonomously inhales air, forming a cyclic air supply without requiring an additional power source. This design is energy-saving and environmentally friendly. During reciprocating motion, continuous gas circulation is maintained, ensuring that the discharged air is clean. Specically, the cleaning component 23 comprises a housing 23-1 xed to one side of the transmission rod 22-4. A static cleaning brush 23-3 is slidably connected to the inner wall of the housing 23-1, and a pressing spring 23-2 is xed to the top of the static cleaning brush 23-3. The pressing spring 23-2 is also xed to the inner wall of the housing 23-1. Under the driving force of the transmission system, the transmission rod 22 -4 moves steadily along the preset trajectory, and the housing 23-1 rigidly connected to it moves synchronously. Through the transmission structure inside the housing 23-1, the static cleaning brush 23-3 is driven to slide smoothly and in parallel along the surface to be cleaned. During this process, the pressing spring 23-2, positioned between the housing 23-1 and the static cleaning brush 23-3, generates continuous and uniform axial thrust through elastic deformation, pressing the cleaning end of the static cleaning brush 23-3 tightly against the surface to be cleaned. This ensures consistent contact. As the static cleaning brush 23 -3 slides, strong electrostatic forces are generated on its surface, efciently capturing ne dust particles, lint, and other micro-impurities from the environment, thereby preventing accumulation or diffusion with airow. Furthermore, the elastic expansion and contraction of the pressing spring 23-2 enable real-time adjustment of contact pressure and angle, even if the cleaned surface has slight irregularities, curvature changes, or assembly deviations. This ensures stable cleaning contact, minimizes blind spots, and signicantly improves the uniformity and thoroughness of cleaning. Specically, the cleaning roller component 24 comprises a groove 24-1 formed at the top of the dial 11. A support shaft 24-4 is xed to the inner wall of the groove 24-1, and a xing frame 24-3 is xed to one side of the support shaft 24-4. The groove 241 accommodates the cleaning roller 24-2, preventing it from protruding and affecting usage when not in operation. The support shaft 24-4, xed by the xing frame 24-3, provides rotational support for the cleaning roller 24-2, ensuring stable rolling. Specically, a cleaning roller 24-2 is sleeved on the surface of the static cleaning brush 23-3, and the cleaning roller 24-2 is slidably connected to the bottom of the static cleaning brush 23-3. When the cleaning roller 24-2 moves with the static cleaning brush 23-3, it rolls over the surface, wiping it clean. Working in cooperation with the static cleaning brush 23-3, it achieves dual cleaning effectsmechanical wiping and electrostatic adsorptioneffectively removing stubborn stains and ne dust to enhance the comprehensiveness of cleaning. Implementation method 3 Referring to Drawing 6, this embodiment is a third embodiment of the invention, based on the preceding two embodiments. Through a three-layer data fusion architecture of physiological index acquisition, behavioral data monitoring, and external data input, the system realizes precise reminders for medication management, routine optimization, and social scheduling. In the medication management module, the user or physician presets medication time and drug information via an APP. The wristband collects real-time biological feedback data such as body temperature, blood pressure, and heart rate, combined with behavioral conrmation data from intelligent pillbox weight sensors, ngerprint recognition, or NFC card swiping. Using Bluetooth / NFC technology, the system veries medication behavior. The reminder mechanism includes preset vibration reminders and multi-level reminders when medication is not conrmed, i.e., the wristband triggers pillbox voice prompts and sends SMS notications to caregivers, forming closed-loop management. Routine reminders rely on multi-sensor fusion: an accelerometer combined with HRV algorithms identies deep sleep, light sleep, and REM periods; a light sensor detects ambient light intensity; blood oxygen uctuations indirectly estimate respiratory rate. These data construct a sleep quality assessment model. Based on historical sleep onset times, the system generates personalized bedtime reminders and pushes analysis reports via the APP, including sleep duration and number of awakenings, along with improvement suggestions such as avoiding electronic devices before sleep. In the social scheduling reminder module, the system synchronizes mobile calendar events and social app notications via Bluetooth / Wi-Fi, providing vibration reminders for meetings, birthdays, and other events. Combined with sedentary monitoring and activity frequency data from the accelerometer, the system automatically optimizes social activity scheduling, balancing exercise goals with social events. Health data can be synchronized to social platforms to form interactive supervision. At the multi-device collaboration level, medication management is supported by cloud-based algorithms for remote prescription adjustment by doctors; routine optimization uses sleep analysis models developed in cooperation with medical institutions; social reminders depend on APP-based data fusion and priority sorting algorithms. The system ensures secure data interaction, supporting wireless communication protocols such as Bluetooth and NFC, and forms an ecological linkage with intelligent pillboxes, smartphones, and other devices. It should be noted that physiological data accuracy is affected by wearing conditions, and periodic calibration is recommended. Social data synchronization requires user authorization, and medical data transmission adopts AES encryption. ln practical application, pairing with high-end wristbands and professional medical equipment is recommended to enhance data reliability. Through intelligent and integrated design, this system provides an efcient collaborative solution for personal health management and social life, with broad application prospects in medical monitoring and consumer electronics. During use, caregivers do not need to remove the reminder device. They only need to press both sliding plates 12-3 on the sides of the dial 11 during massage. The sliding plates l2-3 reciprocate along the guide grooves l2-2 of the xing plate 12-1, driving the sliding sleeve 22-3 xed thereto to move back and forth along the surface of the xing cross bar 22-1. As the sliding sleeve 22-3 moves, the transmission rod 22-4 at its top drives the housing 231 of the cleaning component 23 to move synchronously. The static cleaning brush 23 -3 inside the housing 23-1 remains closely attached to the surface of the display panel 13 under the action of the pressing spring 23-2. As the housing 23-1 reciprocates, dust, ngerprints, and other stains on the surface of the display panel 13 are removed through electrostatic adsorption and physical scraping. Meanwhile, the pressing plate 22-6 on one side of the sliding sleeve 22-3 reciprocally compresses the elastic airbag 22-5. When compressed, the elastic airbag 22-5 delivers air through the communication pipe 21-3 into the air jet pipe 21-1, which blows air through the nozzle 21-2 onto the surface of the display panel 13, assisting in dislodging stubborn dust. Together with the static cleaning brush 23-3, this forms a scraping + blowing cooperative cleaning effect. When the sliding sleeve 22-3 moves to the top of the cleaning roller component 24, the cleaning roller 24-2 on the surface of the static cleaning brush 23-3 rotates under the support of the support shaft 24-4 and xing frame 24-3, performing self-cleaning of the static cleaning brush 23-3 to remove adhered dirt from the bristles, thereby ensuring cleaning efciency in subsequent operations. Caregivers only need to replace the cleaning roller 24-2 when the device is removed for charging. The entire cleaning process requires no disassembly of the device. Instead, the cleaning assembly is automatically driven by the pressing motion during massage, making the process both convenient and efcient, ensuring the display panel 13 remains clear and the intelligent detection component 16 functions properly. It should be understood that the above embodiments are intended to illustrate the technical solutions of the present invention rather than to limit them. Although the present invention has been described in detail with reference to preferred embodiments, those of ordinary skill in the art should understand that modications or equivalent substitutions may be made to the technical solutions of the present invention without departing from the spirit and scope thereof, and such modications or substitutions shall fall within the scope of the claims of the present invention.

Claims

1. An intelligent reminder device for patients with the disease of Alzheimer's, with the characteristic that it includes: a commemorative component (1), with a dial (11), with one on the side of the dial (11) a separating element (12) is embedded, on the at the top of the dial (11) a display panel (13) is embedded, on the an intelligent detection unit (16) is embedded on the underside of the dial (11), a connecting buckle (14) is attached to the surface of the dial (11), and over the surface of the connecting buckle (14) there is a watch strap (15) applied; and a cleaning component (2), placed on top of the memory component (1), including a blowing device (21) on the top of the dial (11), with a cleaning element (23) on one side of the blower (21). is placed, on one side of the dial (ll) a drive element (22) is placed, and at the top of the dial (11) a cleaning roller (24) is confirmed.

2. The intelligent memory device for patients with the disease of Alzheimer according to conclusion 1, characterized by the separating element (12) a mounting plate (12-1) which is in the inner wall of the dial (11) embedded, with a guide groove on one side of the mounting plate (12-1) (12-2) is applied, on the surface of the mounting plate (12-1) a through hole (12-4) is made, and on one side of the mounting plate (12-1) a sliding plate (12-3) has been installed.

3. The intelligent memory device for patients with the disease of Alzheimer's according to conclusion 2, characterized by the fact that the bladder apparatus (21) a spray nozzle (21-1) which is located on top of the dial (11), where one side of the spray tube (21-1) a nozzle (21-2) is connected, and to the A connecting tube (21-3) is attached to the bottom of the spray tube (21-1).

4. The intelligent memory device for patients with the disease of Alzheimer according to conclusion 3, characterized by the fact that the driving element (22) a mounting rod (22-1) includes which is attached to the inner wall of the dial (11), with a dial on the surface of the mounting rod (22-l) sliding sleeve (22-3) is placed, on one side of the sliding sleeve (22-3) a connecting block (22-2) is attached, the sliding sleeve (22-3) is connected. with the inner wall of the through hole (l2-4), and the sliding sleeve (22-3) is attached to one side of the sliding plate (12-3).

5. The intelligent memory device for patients with the disease of Alzheimer's according to conclusion 4, characterized by the sliding sleeve (22-3) is sliding connected to the inner wall of the through hole (12-4), and the sliding sleeve (22-3) is attached to one side of the sliding plate (12-3).

6. The intelligent memory device for patients with the disease of Alzheimer's according to conclusion 5, with the characteristic that at the top of the a drive rod (22-4) is attached to the foam sleeve (22-3), and on one side of the a pressure plate (22-6) is attached to a foam sleeve (22-3).

7. The intelligent memory device for patients with the disease of Alzheimer's according to conclusion 6, with the characteristic that on one side of the pressure plate (22-6) an elastic air bag (22-5) is placed, where the elastic air pocket (22-5) is attached to the inner wall of the dial (11), and the The elastic air bag (22-5) is attached to one side of the connecting tube (21-3).

8. The intelligent memory device for patients with the disease of Alzheimer according to conclusion 7, characterized by the cleaning element (23) a housing (23-1) which is attached to one side of the drive rod (22-4), where the inner wall of the housing (23-1) is connected by sliding with an electrostatic cleaning brush (23-3), on the top side of the an electrostatic cleaning brush (23-3) a pressure spring (23-2) is attached, and the pressure spring (23-2) is attached to the inner wall of the housing (23-1).

9. The intelligent memory device for patients with the disease of Alzheimer's according to conclusion 8, characterized by the fact that the cleansing role (24) a groove (24-1) includes that is placed on the top of the dial (ll), where a support shaft (24-4) is attached to the inner wall of the groove (24-l), and a mounting frame (24-3) is attached to one side of the support axis (24-4).

10. The intelligent memory device for patients with the disease of Alzheimer's according to conclusion 9, with the characteristic that on the surface of the electrostatic cleaning brush (23-3) a cleaning roller (24-2) is placed, where the cleaning roller (24-2) is slidably connected to the underside of the electrostatic cleaning brush (23-3). Drawing1