7results about How to "Improve experience comfort" patented technology

The invention provides a control method of a scrubber and the scrubber, and particularly relates to the control method of the scrubber, and the control method comprises the following steps: when it is detected that the scrubber is in a lying state, the acceleration of the scrubber is collected in real time, and the acceleration change rate is calculated in real time; recording the acceleration of the scrubber when the scrubber slips out of the hand and marking the position of the scrubber when the scrubber slips out of the hand as an initial position; when it is detected that the scrubber is in the hand release state, the target distance needing to be moved of the scrubber after hand release is calculated according to the acceleration of the scrubber during hand release and the initial position; the scrubber is controlled to move forwards until the target distance is reached; and after the scrubber is controlled to stop moving for a preset period of time, the scrubber is controlled to move backwards until the target distance is reached. According to the invention, simple, convenient and automatic reciprocating cleaning operation is realized, and the convenience for a user to enter a low space for cleaning is improved.

The application relates to the technical field of eye movement instruments, and discloses an autism eye movement track recognition instrument, which comprises an instrument base plate, a playing device is fixedly installed at one end of the instrument base plate, a head limiting mechanism is rotationally assembled at the other end of the instrument base plate, the playing device is used for playing materials, and an eye movement tracking camera for collecting the eye picture of a patient when the patient watches the materials is hiddenly installed on the playing device. The autism eye movement track recognition instrument limits the head position of the patient through the swingable head limiting mechanism, the swing of the head of the patient can reduce the uncomfortable feeling, the eye movement tracking camera is driven to move synchronously through a power transmission assembly, the eyes of the patient can be kept facing the camera during the test process, the eyes of the patient are prevented from deviating from the shooting range of the camera, and the eye movement tracking camera is prevented from moving and lagging behind when the head of the patient swings, so that the shooting of the eyes is not delayed, and the accuracy of collecting the eye movement track of the patient is ensured.

The invention provides a head and neck partition multi-mode independent temperature control system for a medical ice cap, which comprises a medical ice cap and an ice cap temperature control subsystem, and is characterized in that the ice cap temperature control subsystem comprises a physiological signal acquisition module for acquiring head data by using a near infrared spectrum sensor and an electroencephalogram monitoring electrode to obtain original monitoring data; the signal processing and decision-making module is used for filtering and standardizing the original monitoring data and calculating local brain oxygen saturation and potential difference signal characteristics; the partition temperature control execution module is used for defining a plurality of cooling modes and carrying out cooling mode selection, cooling adjustment and temperature monitoring alarm according to local brain oxygen saturation and potential difference signal characteristics; and the transmission and visualization module is used for designing a wireless communication mode and an interface layout and carrying out data transmission and visualization display. According to the system, personalized cooling and real-time monitoring of physiological data are achieved, the safety, effectiveness and flexibility of clinical treatment are remarkably improved, the comfort level of a patient is optimized, and the requirements of modern medical treatment are met.

This invention discloses a tailgate drive mechanism with hovering function and its usage method. The tailgate drive mechanism includes a vehicle body simulation frame and a lower tailgate assembly. The lower tailgate assembly is rotatably connected to the vehicle body simulation frame, and a locking structure is provided between the vehicle body simulation frame and the lower tailgate assembly. The lower tailgate assembly is equipped with a drive mechanism, the output shaft of which is hinged to the vehicle body simulation frame. The hinge point of the drive mechanism's output shaft relative to the vehicle body simulation frame is eccentrically set with respect to the rotation axis of the lower tailgate assembly relative to the vehicle body simulation frame. An elastic tensioning mechanism for keeping the lower tailgate assembly hovering is provided between the vehicle body simulation frame and the lower tailgate assembly. The elastic tensioning mechanism includes a cable and an elastic element. One end of the cable is fixedly connected to the vehicle body simulation frame, and the other end of the cable is elastically connected to the lower tailgate assembly through the elastic element. This design features small installation space requirements, the ability to hover at any angle, low driving force, and a comfortable user experience.

The utility model relates to the technical field of walking-aid carts for old people, and discloses a portable handcart, which comprises a front foot component, and front rollers are symmetrically arranged at the bottom of the portable handcart; the top of the rear foot assembly inclines upwards and is hinged to the top of the front foot assembly, and rear rollers are symmetrically arranged at the bottom end; the bottom of the backrest assembly is connected to the inner side of one end, close to the rear roller, of the rear leg assembly; the rear side of the seat surface is rotationally connected to the backrest assembly, and the front side is coaxially hinged to the tops of the front foot assembly and the rear foot assembly; the folding supporting mechanism is rotationally connected with the rear leg assembly and rotates forwards and backwards around the rear leg assembly to drive the front leg assembly, the backrest assembly and the seat surface to be unfolded and folded; the problems that in the prior art, a cart is not fixed after being folded and is prone to rotating and scattering during carrying, and carrying and storage are not facilitated are solved.

This invention discloses a method, system, and medium for controlling the output of electronic cigarette vapor. The method includes: acquiring current time information, user vaping parameters, and a vaping timestamp; calculating a time sensitivity coefficient based on the current time information; determining the vaping behavior type based on the vaping parameters, and determining a vaping intensity adjustment coefficient based on the vaping behavior type; determining the user's real-time vaping frequency based on the vaping timestamp, and determining a vaping frequency adjustment coefficient based on the real-time vaping frequency; weightedly fusing the time sensitivity coefficient, vaping intensity adjustment coefficient, and vaping frequency adjustment coefficient to determine a comprehensive adjustment coefficient; and adjusting a baseline vapor output based on the comprehensive adjustment coefficient to obtain the final vapor output.

This application relates to the field of vehicle control technology and discloses an intelligent control method, device, and storage medium for an electric tailgate, used as a UWB main anchor point. The method includes: receiving a command to activate the UWB radar function; detecting target movement below the electric tailgate and obtaining a first detection result, while simultaneously receiving a second detection result obtained by UWB from the anchor point; determining whether the target movement involves a kicking action based on the first and second detection results; and if so, sending a control command to the tailgate controller module to control the electric tailgate to open automatically. This significantly improves the kick detection sensitivity of the electric tailgate kick sensor, enabling intelligent control of the electric tailgate. Furthermore, it allows car users to stand at any position near the tailgate, increasing the coverage area for user kicking actions and enhancing triggering flexibility. It also improves anti-interference capabilities, reduces the probability of false triggering, and makes the kick detection function more reliable.