36results about How to "Normal life" patented technology

The invention provides a remote control method and a remote control device. The method comprises the following steps that: a terminal selects an intelligent terminal remote control option from Web user interface (UI) according to an instruction of a user; the terminal transmits a request of establishing a data link with a target terminal to an intelligent terminal server, wherein the request of establishing the data link comprises the user account information of the target terminal; and after receiving a data link establishment success request, the terminal transmits a service request to the intelligent terminal server according to a request of the user. By the method and the device, intelligent terminal equipment can be conveniently and remotely controlled.

The multifunctional aeration system comprises fan, motor and air pressure transducer. The motor is mounted on the base, fan and motor are connected, the output end of the fan is connected with sealed space or sealed container, the pressure-sensing portion of air pressure transducer is mounted in saled space, and the output portion of air pressure transducer is connected with output end of motor, and can be used for regulating output power of motor so as to regulate air-feeding quantity of fan, a pressure safe valve is placed in the saled space so as to ensure that the pressure in the interior of sealed space can be stabilized in the set pressure range. Said invention can convey the compressed air into sealed space, and can make the interior of sealed space possess normal air concentration for making normal breath.

The invention discloses a kind of myoelectric chopsticks used by disabled people, which is characterized in that it comprises chopsticks whose middle part is movably connected and whose lower part is fixedly connected by a spring; a silicone dummy glove used to connect with the hands of disabled people; a pair of myoelectric electrodes, It is respectively connected with two myoelectric signal acquisition modules; the two myoelectric signal acquisition modules are respectively connected with a silicone fake glove through a bluetooth module, and the bluetooth module is used to transmit the myoelectric signal collected by the myoelectric signal acquisition module to the control system; a control system for processing myoelectric signals. People with incomplete fingers or amputated arms can use it by putting silicone prosthetic gloves on their arms. Electromyography electrodes are attached to the arms of the disabled to collect electromyographic signals. The present invention collects the user's myoelectric signal through the myoelectric electrode, and the user only needs to make muscle movements according to habitual consciousness. The invention has the advantages of simple use, high practicability, etc., and can carry out large-scale commercial promotion.

The invention relates to a breeding method for tortoises, which comprises the following steps: 1) building a pond; 2) cultivating parent turtles; 3) breeding; 4) artificially hatching; 5) raising young turtles; 6) raising adult turtles; and disease control. The invention mainly makes innovations in the breeding and breeding method of parent turtles, and the turtles bred by the method are strong and have low mortality. Simultaneously, the method of the invention has strong operability, small investment and great economic benefit, and simultaneously overcomes the existing problems in the existing turtle breeding.

The invention discloses a method, a device, a device and a storage medium for controlling the power consumption of electrical appliances. The method comprises: inquiring about the first electric energy remaining to supply power to a residential place in a current cycle, inquiring about the electrical appliances registered in the residential place, and clustering the electrical appliances For multiple sets, predict the first target electricity consumption behavior performed by the second user in the remaining time of the current cycle, predict the second target electricity consumption behavior performed by the second user in the remaining time of the current cycle, according to the first target electricity consumption behavior and the first target electricity consumption behavior. The second target power consumption behavior assigns the power consumption priority to the electrical appliances in the set, calculates the second power consumption when the electrical appliance performs a service, and selects the electrical appliances from the set as the target electrical appliance, so that the target electrical appliance meets the power consumption priority and the target electrical appliance. The sum of the second electrical energy of the electrical appliances is less than or equal to the first electrical energy. The same set restricts and filters one electrical appliance, notifies the target electrical appliance to keep running, and informs other electrical appliances except the target electrical appliance to stop running, reducing power consumption, thus ensuring the normal life of the user .

The invention discloses a road condition recognition system for above-knee prostheses. The system comprises prosthetic knee joints, prosthetic shank tubes and false feet and is characterized in that the system further comprises heel photoelectric sensor modules, tiptoe photoelectric sensor modules, gyroscope modules, a single-chip microcomputer module and a drive motor module. Compared with the prior art, according to the road condition recognition system, on the basis of an existing power type prosthesis technology, the gyroscope modules are installed on the prosthetic shank tubes, the photoelectric sensor modules are installed on the false tiptoes and the heels, a road condition information collection module is built, and the defect that a timely road condition recognition method is lacking in the prior art is overcome. Various pieces of detected sensor information are processed through the single-chip microcomputer, the six road conditions of flat floor / uphill / downhill / going upstairs / going downstairs / barriers can be accurately recognized in time, the prostheses of a patient can be controlled according to different road conditions, and the patient can easily complete the daily activities of going upstairs, climbing slopes, stepping over the barriers and the like.