31results about How to "Eliminate boredom" patented technology

The invention provides a cardiopulmonary rehabilitation training method. The method is realized by using a cardiopulmonary function training system, the cardiopulmonary function training system includes a main body, and a human-computer interaction unit, a right walking unit, a left walking unit and a riding unit arranged on the main body, the cardiopulmonary function training system It also includes an intelligent terminal, an oxygen generating unit, and a motion monitoring unit. The intelligent terminal communicates with the human-computer interaction unit, the oxygen generating unit, and the motion monitoring unit respectively. The scientific cardiopulmonary function training is realized through the intelligent real-time monitoring and control unit. In extreme cases, it effectively facilitates the user's cardiopulmonary function training. At the same time, the cardiopulmonary rehabilitation training method provides a two-person simultaneous training mode, which improves the fun of training and reduces the boring feeling of training.

The invention discloses a method for controlling a warm water body cleaner using a sound source. The present invention as described above can link various functions of the warm water bidet according to the output characteristics of the sound source to realize the four-dimensional function, thereby improving the blood circulation of the user sitting on the toilet seat of the warm water bidet and eliminating the use of warm water to clean the body. It can eliminate the boring mood when using the device and improve the convenience of use.

A washing machine is provided to prevent improper stop of operation when being incapable of unlocking the lid during operation by locking the lid for restricting the upper lid from opening in rotating the drum and by automatically unlocking the lid in stopping the drum. A washing machine is operated continuously by setting the flag when the lid is incapable of unlocking in spite of automatically releasing locking of the lid during operation of the washing machine(S32-S34). Locking of the lid of the washing machine is not released in setting the flag during operation of the washing machine(S31). Unlocking of the lid is performed in finishing operating or pressing the lid opening key, and operation is finished by alarming the error in case of disablement of release(S37-S39). Operation is stopped considering safety, and the alarm is output when being incapable of locking the lid while operating the washing machine(S24-S26).

The invention provides a vehicle control system and a vehicle control method which are capable allowing a direction indicator to work properly. The vehicle control system includes a receiver which receives an operation of an occupant of a vehicle and, according to the received operation, changes to any one of a plurality of states including a first state before an operation is received and a second state after the operation is received, a direction indicator which is actuated when the receiver has changed to the second state, and a lane change controller which executes lane change control forchanging lanes of the vehicle to other lanes independently of a steering operation of the occupant of the vehicle according to change of the receiver from the first state to the second state, whereinthe lane change controller continuously actuates the direction indicator until the execution situation of the lane change control becomes a predetermined situation even after the receiver has changedfrom the second state to the first state when the lane change control is executed.

The invention provides an anti-dust respirator with an intelligent breathing ring. According to the technical scheme, the anti-dust respirator comprises a respirator body and the intelligent breathing ring, wherein the respirator body and the intelligent breathing ring are detachably connected in a spirally buckled mode. The respirator body is provided with a breathing ring base. A fixed shaft is arranged at the center of the breathing ring base. The exterior of the intelligent breathing ring is in a transparent organic plastic cylinder shape. The intelligent breathing ring internally comprises a flow guide fan blade, a magnetic bearing motor, a filter cotton web, a flow guide grating cover and a filter efficacy ring. The filter efficacy ring is connected with the flow guide grating cover in a buckled mode. The two ends of the magnetic bearing motor are connected with the filter cotton web and the flow guide fan blade respectively. The end of the filter cotton web is embedded into the outer ring of the flow guide grating cover. The end of the flow guide fan blade is connected with the breathing ring base. The breathing ring base, the flow guide fan blade, the magnetic bearing motor, the filter cotton web, the flow guide grating cover and the filter efficacy ring are connected into a whole through the fixed shaft of the breathing ring base in a penetrating and sleeving mode, driven by the magnetic bearing motor and assembled into a small fan through mechanical connection and leads filtered air into the respirator body. The anti-dust respirator with the intelligent breathing ring is simple in structure, the plastic parts are low in weight, assembling, maintaining and replacing are convenient, and the anti-dust respirator has remarkable economic benefits.

The invention discloses a color printing device and method for a 3D printer. The device comprises a shell, at least one dyeing device arranged in the shell and connected with a wire extrusion mechanism, and a control device controlling the dyeing devices to conduct dyeing. Each dyeing device comprises a dye supply device, a coating device and a servo motor. According to the color printing device and method, the multiple independent dyeing devices are arranged, each dyeing device can only dye one color, the dyeing devices conducting dyeing with different colors are automatically or manually controlled to dye a wire according to the color set requirement, accordingly, free switchover among various colors is achieved, and the problem of color mixing cannot occur. The color printing device is simple and low in cost. Through manual color switchover, enjoyment in the 3D printing process can be improved, instant creating is achieved, the user participation degree is improved, and the boring mood generated by long-time waiting is effectively eliminated.