32results about How to "Improve suction and discharge" patented technology

The invention belongs to the field of robots, and in particular relates to an anti-winding safe sweeping robot, which includes a body. There are two cutting boards above the top of the cutting board, the lower ends of the two cutting boards are equidistantly arranged with cutting blades, one side of the dust suction port is provided with a driving chamber, and the ends of the two cutting boards close to the driving chamber are evenly spaced. There are sliding rods fixedly connected, and the two sliding rods are arranged in a staggered manner and both extend into the driving cavity, and the two sliding rods are fixedly connected to the inner side wall of the driving cavity through a return spring, and a motor is arranged in the driving cavity, A dial is coaxially installed on the output shaft of the motor, and two oppositely arranged dials are fixedly connected to the side wall of the dial. The invention can automatically and efficiently remove hair, cotton wool and other sundries entangled on the brush roller, ensure the cleaning effect of the brush roll, and avoid problems such as burning of the motor due to the entanglement of sundries.

The invention relates to a public toilet health air intelligentizing method and system. The method and system aim at solving the problem that efficiency is low and the effect is poor in the prior art. NH3 probes, H2S probes and local suction and exhaust air ports are arranged in toilet stools or beside the toilet stools or in toilet stool regions and used for detection, suction and exhaust of foul air beside the toilet stools or in the toilet stool regions, the local suction and exhaust air ports are provided with local suction and exhaust mechanisms capable of sucking and exhausting the foul air sucked by the local suction and exhaust air ports outdoors, the local suction and exhaust mechanisms are controlled by a central intelligent control system provided with a multimedia displayer for broadcasting the air quality in a toilet, and the intelligent control system starts or stops the local suction and exhaust mechanisms arranged on the probes to stop sucking or exhausting air according to detected data of the NH3 probes and the H2S probes. The public toilet health air intelligentizing method and system have the advantages that suction and exhaust are accurately positioned, manual operation and guard are not needed, ineffective work is avoided, the suction and exhaust effect is good, toilet air quality monitoring is user-friendly, energy consumption low, efficiency is high, the air quality in the toilet is guaranteed all the time, a user can pee and defecate at ease and joyfully due to multimedia play, and the pee and defecation environment can be remarkably optimized.

The invention discloses an air energy firewood stove. A firewood inlet is formed in an outer sleeve; a fire door is movably mounted at the firewood inlet; an inner firewood inlet corresponding to the firewood inlet is formed in an inner sleeve; a smoke collecting hole is formed between the outer sleeve and the inner sleeve on two side parts of the inner firewood inlet; a heating hole is formed in the stove surface; a cover plate is movably covered at the heating hole; an ash falling hole is formed in the bottom of the stove; furnace teeth are arranged in the ash falling hole; an ash chamber shell is arranged under the bottom of the stove; an ash hole is formed in the side part of the ash chamber shell; an ash hopper is inserted and mounted in the ash chamber shell through the ash hole; and a smoke exhaust hole is also formed in the outer sleeve. The air energy firewood stove has the advantages that the smoke is effectively prevented from directly dissipating out of the heating hole or the firewood inlet, so that the heat energy utilization rate is increased, the smoke collection effect is enhanced, the consumption of fuel is reduced, and the energy conservation and environment protection effects are improved.

The invention provides a carbon canister configuration structure of a riding type vehicle. When a carbon canister is configured near a combustion tank, the tubing of a carbon canister is controlled to be the shortest. The carbon canister configuration structure comprises a fuel tank (10) arranged on a vehicle frame (4), and a fuel tank protection cover (80L) covered at the front side portion of the fuel tank (10). The fuel tank protection cover (80L) protrudes out of the width direction of a vehicle and the lower end of the fuel tank protection cover (80L) extends to the a position lower than the lower end of the fuel tank (10). A carbon canister for accumulating evaporated fuel from the fuel tank (10) is arranged at the inner side at the vehicle width direction of the fuel tank protection cover (80L). The carbon canister (55) is cylindrical, and axis (C2) of the carbon canister (55) is in line with the vertical direction of a vehicle.

The invention relates to a fan structure capable of forming artificial tornado and a range hood. The fan structure comprises a motor, and an output shaft of the motor is connected with a first fan blade. The fan structure is characterized in that the outer side of the first fan blade is coaxially driven by and is connected with a second fan blade, and the rotation direction of the first fan blade is opposite to that of the second fan blade; the first fan blade is accommodated in a first sleeve, or the first fan blade is arranged on a port of the first sleeve; the outside of the first sleeve is sleeved by a second sleeve; and the second fan blade is accommodated in an air flue between the first sleeve and the second sleeve, or the second fan blade is arranged on a port of the air flue. By using the fan structure, the structure of a tornado device is greatly simplified, the volume of the tornado device is reduced, and the tornado effect is good.