32results about How to "Multifunctional and practical" patented technology

The invention provides an amphibious efficient excavator which consists of a main body and a floating boat, floating wheels, underwater columns, a driving control room, a transferring machine, an excavator bucket, an excavator arm, an auxiliary driving arm and a main driving arm which are arranged on an excavating device; the floating boat is arranged on the lower side of the transferring machine; the floating wheels are arranged on two sides of the floating boat; the underwater columns are symmetrically arranged on the inner side of the floating boat in a concealed manner; the driving control room is arranged on the upper side of the transferring machine; the transferring machine is arranged on the upper side of the floating boat, and the upper side of the transferring machine is connected with the lower side of the driving control room; the excavator bucket is arranged at the lower end of the excavator arm; the lower end of the excavator arm is movably connected with the excavator bucket, and the upper end of the excavator arm is sleeved on the inner side of the auxiliary driving arm; the lower end of the auxiliary driving arm is sleeved at the upper end of the excavator arm, and a through hole at the upper end of the auxiliary driving arm is sleeved on the outer side of a toothed shaft at the upper end of the main driving arm; and the lower end of the main driving arm is arranged on the inner side of the transferring machine and is fittingly connected with the auxiliary driving arm. The amphibious efficient excavator is exquisite in structure and high in practicality, is multifunctional, is amphibious during excavation, and can be used for deep-water operation, stability of a self-moving deep rod is maintained, construction radiuses are large, the size of the excavator is small but the floating force is high, and the amphibious efficient excavator is flexible, convenient and quick in operation and high in comprehensive cost performance, and is efficient, energy-saving, environment-friendly, safe, reliable and durable.

The invention discloses a high-performance safe and rapid excavating machine. The high-performance safe and rapid excavating machine is composed of a floating pontoon body, floating wheels, water bottom columns, a cab, a transferring machine, an excavating hopper, an excavating arm, an auxiliary drive arm and a main drive arm of a main body and an excavating device. The floating pontoon body is arranged on the lower side of the transferring machine, the floating wheels are arranged on the two sides of the floating pontoon body, the water bottom columns are symmetrically hidden in the inner side of the floating pontoon body, the cab is arranged on the upper side of the transferring machine, the transferring machine is arranged on the upper side of the floating pontoon body, and the upper side of the transferring machine is connected with the lower side of the cab. The excavating hopper is arranged at the lower end of the excavating arm, the lower end of the excavating arm is movably connected with the excavating hopper, the upper end of the excavating arm is arranged on the inner side of the auxiliary drive arm in a sleeved manner, the lower end of the auxiliary drive arm is arranged at the upper end of the excavating arm in a sleeved manner, a through hole in the upper end of the auxiliary drive arm is arranged on the outer side of a gear shaft at the upper end of the main drive arm in a sleeving manner, the lower end of the main drive arm is arranged on the inner side of the transferring machine, and the upper end of the main drive arm is connected with the auxiliary drive arm in a matched manner. The high-performance safe and rapid excavating machine is exquisite in structure, multiple in function, wide in practicality range, universal in water and land excavation, suitable for deepwater operation, capable of maintaining stability of a self-moving deep rod, wider in construction radius, small in size, large in buoyancy, flexible and convenient to operate, high in efficiency, capable of saving energy, environmentally friendly, safe, reliable, durable and high in comprehensive performance cost ratio.

An automatic and quick sugarcane stalk collecting and bundling machine comprises a stalk feeding bucket, a supporting device and a bundling device, wherein the stalk feeding bucket is formed by an inclined bucket plate, lateral bucket plates, a straight bucket plate and self-dumping plates. The inclined bucket plate is connected between inclined sides of the two lateral plates; the straight bucket plate is connected between straight sides; the self-dumping plates are arranged on the bottom of the straw feeding bucket; the supporting device is formed by lateral supporting plates, a lower supporting plate and an inclined dumping plate; the lateral supporting plates and the lower supporting plate are respectively arranged under the inclined bucket plates and the lateral bucket plates; the inclined dumping plate is arranged under the bundling device; the bundling device is formed by a machine moving groove, a fixing plate, a bundle pressing machine, a sense-control device and a transverse supporting tank; the machine moving groove is symmetrically arranged in the middle of the inner side of the lower supporting plate; an external end of the machine moving groove protrudes out of the lower supporting plate; the protruded part is connected with the fixing plate; the bundle pressing machine is mounted on the machine moving groove; the sense-control device is mounted in the inner side of the bundle pressing machine; one end of the transverse supporting tank is connected with the sense-control device of the bundle pressing machine via a gear shaft; and a belt walking groove is a groove body used for conveying a bundling belt. The high-efficient energy-saving environment-friendly bundling machine can be applied to automatic and high-efficient bundling for agricultural stalk plants such as sugercanes after the harvest; and excellent technical performance is provided.

Disclosed is a multifunctional efficient environment-friendly loading-unloading machine. The multifunctional efficient environment-friendly loading-unloading machine comprises a scraping-suction body, scraping-suction pipes, driving rotary shafts, scraping-discharging plates, scraping-discharging belts, a driving rotary device, a dust collector, a support column, separation covers, a discharging pipe and the like. The scraping-suction pipes, the driving rotary shafts, the scraping-discharging plates, the scraping-discharging belts, the driving rotary device, the dust collector, the support column, the separation covers and the unloading pipes are arranged in an auxiliary body. The inner sides of the scraping-suction pipes are connected with separation plates, and the upper ends and the lower ends of the scraping-suction pipes are connected with the driving rotary device and the driving rotary shafts correspondingly. The driving rotary shafts are connected to the lower ends of the scraping-suction pipes. The scraping-discharging plates are arranged on the side edges of the scraping-discharging belts. Driving shafts of the driving rotary device and the driving rotary shafts are sleeved with the scraping-discharging belts. The driving rotary device is arranged on the inner side of the separation covers. The dust collector is arranged on the outer side of the separation covers. A rotary disk is additionally arranged on the upper side of the support column, the support column is connected with the separation covers through inclined plates, and a hydraulic lifting pipe is arranged on the inner side of the support column. The separation covers are arranged at the upper end of the support column and the outer side of the driving rotary device correspondingly. Two fork openings in the upper end of the discharging pipe communicate with the dust collector and the separation covers correspondingly. The multifunctional efficient environment-friendly loading-unloading machine is superior in technical performance, multifunctional, wide in practical range, flexible in lifting and falling circulation, safe, fast and convenient in loading and unloading, capable of achieving dust isolation, preventing noise, reducing pollution, saving energy, protecting the environment, efficient, very low in manufacturing and usage cost, and especially obvious in application and popularization comprehensive economic benefit and social benefit.

The invention discloses an environmental-friendly energy-saving hot water kitchen ventilator. The environmental-friendly energy-saving hot water kitchen ventilator is organically composed of a main frame body, a heat transmitter, electric equipment and auxiliary pieces. The main frame body comprises a water clamping support, an exhaust hood, a water clamping plate, an exhaust fan and a smoke vent, the inner sides of the water clamping support, the water clamping plate and the exhaust hood communicate with one another to form a water accumulation space, the heat transmitter is arranged in the water accumulation space, the lower end of the heat transmitter communicates with the exhaust fan to guide in heat, and the upper end of the heat transmitter is connected with the smoke vent. The heat transmitter comprises a lower heat ring, an oblique heat pipe, an upper heat ring, a heat insulation layer, an oblique calandria, a heat inlet pipe, a direct heat pipe, a side heat pipe and an inner heat ring. A controller of the electric equipment is arranged on the inner side of the exhaust hood. The auxiliary pieces include a hot water valve, a cold water valve and an oil contamination box. The environmental-friendly energy-saving hot water kitchen ventilator is excellent in structural performance, high in grade, wide in application range, efficient, capable of saving energy, environmentally friendly, reliable and convenient to install and use and extremely high in using comprehensive cost performance and has multiple functions, smoke heat can heat water, oil smoke and steam can be eliminated, and a plurality of kinds of heat energy can be used.