43results about How to "Comfortable riding environment" patented technology

The invention relates to a tablet personal computer support mounted on an aircraft chair, which comprises a table board (1), a fixed mount (2), a movable mount (3), a tablet personal computer (4), a baffle (5) and a safety rope (9), the fixed mount (2) is mounted on the edge of a containing recess (10), the tablet personal computer (4) is mounted on the fixed mount (2), the baffle (5) is fastened on the top of the tablet personal computer (4), the movable mount (3) is articulated with the tablet personal computer (4) through tenons (6), and the safety rope (9) is connected between the tablet personal computer (4) and the table board (1). The assembly of the tablet personal computer support includes the following sub-steps: (S10) mounting of the tenons; (S12) mounting of the safety rope; (S13) fixed assembly; and (S14) inclination angle adjustment. The disassembly of the tablet personal computer support includes the following sub-steps: (S21) dismounting of the tenons; (S22) dismounting of the baffle; and (S23) dismounting of the safety rope. The tablet personal computer support has the advantages that the structure of the tablet personal computer support is simple, the tablet personal computer support is convenient to use, and a comfortable ride environment can be provided for passengers.

The invention discloses a power-assisted passage system of bicycles, applied to mountain cities. The power-assisted passage system comprises a closed lane, intelligent induction door parts, a temperature and humidity control part, an air current power-assisted part, a light control part, a central control system and a solar power generation part, wherein side walls are arranged on two sides of a road surface, and a top cover is connected to the side walls, so that the closed lane is formed; the intelligent induction door parts are arranged on an inlet side and an outlet side of the closed lane; the temperature and humidity part is arranged in the closed lane and used for detecting and adjusting temperature and humidity in the closed lane; the air current power-assisted part is arranged in the length direction of the closed lane, and generates air currents flowing upwards in the gradient direction of the road surface; the light control part is used for illuminating the closed lane; the central control system is connected with the intelligent induction door parts, the temperature and humidity control part, the air current power-assisted part and the light control part and gives out control instructions to the intelligent induction door parts, the temperature and humidity control part, the air current power-assisted part and the light control part; the solar power generation part provides electric energy required by the power-assisted passage system of the bicycles.

The invention discloses a solar cell panel assembly applied to an automobile engine hood. The solar cell panel assembly comprises the engine hood, a plurality of solar cell panels are embedded into the upper surface of the engine hood, and a rectangular groove is formed in the rear end of the engine hood. The solar cell panel assembly further comprises an extension mechanism arranged in the rectangular groove, and a solar cell film for enlarging the lighting area is curled in the extension mechanism. When the automobile cruising power is insufficient, an automobile can be parked at a proper place, and at a road segment with sufficient light, the flexible cell panel in the extension mechanism can enlarge the lighting area with a front windshield, a roof and a rear windshield of the automobile as supporting faces, so that the solar energy conversion amount is increased, and the electricity amount of power storage equipment is increased; the solar cell panels on the engine hood and the flexible cell panel of the extension mechanism work simultaneously, and thus energy conversion is maximized in unit time.

The invention discloses an automobile sunroof auxiliary endurance system using solar energy and a charging control method thereof. The system comprises an automobile sunroof glass and a sunroof baffle, and the system further comprises a flexible solar cell panel arranged on the sunroof baffle and folded and unfolded with the sunroof baffle. The invention utilizes the skylight baffle of the panoramic skylight of the automobile as a support to carry out the placement of the flexible solar cell panel, which can be folded, stored and unfolded along with the skylight baffle, and can effectively charge the load of the automobile, the battery of the electric vehicle or the vehicle-mounted GPS due to the large power generated by the flexible solar cell panel.

The invention discloses a round pillar seat with partition plates. The round pillar seat comprises a pillar, a seat face and a locking device, wherein multiple small holes are formed in the pillar; the seat face is formed by splicing a first seat face body and a second seat face body; through holes are formed in the first seat face body and the second seat face body; and the locking device comprises a columnar lock and a nut. The columnar lock penetrates through the through holes and the small holes of the first seat face body, the pillar and the second seat face body and then is fixed with the nut, and the seat face is fixed to the pillar. The round pillar seat is provided with the partition plates, so that mutual collision and squeezing of passengers in the running process of a vehicle are prevented, and the comfort degree is improved; the round structure is adopted, so that the attractiveness of the interior of a compartment is increased; by the adoption of the columnar lock, the structure is simple, dismounting and mounting are convenient and safety is good; and the surfaces of the seat face and the pillar are wrapped with sponges and dust covers, so that the comfort degree is improved, and subsequent cleaning and maintenance are convenient.

The invention discloses a temperature self-adjusting control system of a vehicle-mounted air conditioner. The temperature self-adjusting control system of the vehicle-mounted air conditioner comprises a storage battery, an ignition switch, a safety airbag control unit, a temperature sensor and a temperature self-adjusting controller, wherein the storage battery is connected with the vehicle-mounted air conditioner; the ignition switch is used for sending out an ignition switch signal; the safety airbag control unit is used for monitoring whether a seat load sensor is triggered or not and sending out a load signal when the seat load sensor is triggered; the temperature sensor is used for monitoring the ambient temperature inside a vehicle, and sending out a temperature signal; and the temperature self-adjusting controller is used for receiving the ignition switch signal, the load signal and the temperature signal, and controlling the vehicle-mounted air conditioner to or not to work according to at least one of the temperature signal and the load signal when the ignition switch signal is closed. The temperature self-adjusting control system of the vehicle-mounted air conditioner can automatically start up the vehicle-mounted air conditioner in a flameout state of the vehicle for supplying a comfortable environment, and can automatically close the vehicle-mounted air conditioner when no people exist in the vehicle so as to save the energy consumption.