36results about How to "Reduce auxiliary work" patented technology

The invention provides an indoor intelligent basketball collecting and training device, and belongs to the field of sports apparatus and installations. The indoor intelligent basketball collecting andtraining device is characterized by comprising a box type storage bin, walking devices are arranged on the bottom of the storage bin, a collection device is arranged on the front side face of the storage bin, a flexible elevating conveyer and a cleaning and disinfecting device are arranged in the storage bin, and a directional shooting device is arranged on the rear side face of the storage bin;the directional shooting device comprises an ejector and an automatic shooting device, a communication hole is formed in the rear side wall of the storage bin, and a shooting bin is arranged on the rear portion of the storage bin; a ball jacking gap is formed between a first cleaning belt and a second cleaning belt, the ejector is arranged on the lower portion of the ball jacking gap, the directional shooting device is arranged in the shooting bin, and the ejector can jack up a basketball between the first cleaning belt and the second cleaning belt and make the basketball shot into the shooting bin through the communication hole. By means of the indoor intelligent basketball collecting and training device, team members can be helped to do ball receiving and shooting exercises, and moreover, the indoor basketballs can be collected, cleared and managed in time.

The invention provides an indoor intelligent basketball collecting, cleaning and directional shooting device, and belongs to the field of sports apparatuses and appliances. The indoor intelligent basketball collecting, cleaning and directional shooting device is characterized by comprising a box-shaped storage bin, wherein a walking device is arranged on the bottom of the storage bin, a collectingdevice is arranged on the front side face of the storage bin, a flexible lifting and conveying device and a cleaning and disinfecting device are arranged in the storage bin, and a directional shooting device is arranged on the rear side face of the storage bin; the storage bin comprises a front space and a rear space, the flexible lifting and conveying device is arranged in the front space, and the cleaning and disinfecting device is arranged in the rear space; and a flexible damp-insulating device is arranged between the front space and the rear space. With the indoor intelligent basketballcollecting, cleaning and directional shooting device, indoor basketballs can be timely collected, cleaned and maintained, and meanwhile, team members are assisted to carry out the basket catching andshooting exercises.

The invention discloses a method for decomposing residual iron of a blast furnace. The method comprises the steps that vertical cutting is carried out, wherein the residual iron is vertically cut to aspecific depth in a tooth cutting or saw cutting mode at different positions on the top face of the residual iron; horizontal cutting is carried out, wherein at the specific depth position, the residual iron is horizontally cut to a vertical cutting face in a tooth cutting or saw cutting mode; the residual iron is removed, wherein the separated residual iron is removed out of the blast furnace; horizontal cutting and residual iron removal are repeated until the vertically cut residual iron is removed out of the blast furnace completely; and the steps are repeated until the residual iron in the blast furnace is removed out of the blast furnace completely. The invention discloses another method for decomposing the residual iron of the blast furnace. The method includes the steps that vertical cutting is carried out; the residual iron is broken by using external force; the residual iron is removed; the steps of breaking the residual iron by using external force and removing the residualiron are repeated until the vertically cut residual iron is removed out of the blast furnace completely; and the steps are repeated until the residual iron in the blast furnace is removed out of the blast furnace completely. The methods have the advantages that installation is easy, the cutting efficiency is high, and safety is achieved.

The invention discloses automatic spraying camouflage coating for manipulators and a method for preparing the automatic spraying camouflage coating. The method includes (1), adding 35.00-42.00 parts of acrylic resin, 0.50-1.00 part of dispersing agents, 1.00-3.00 parts of anti-sagging agents, 1.50-2.50 parts of extinction powder, 0.10-5.00 parts of electrically conductive optical materials, 7.00-18.00 parts of pigment, 17.00-23.00 parts of fillers and 6.00-8.50 parts of mixed solvents into an accessory tank and uniformly stirring the acrylic resin, the dispersing agents, the anti-sagging agents, the extinction powder, the electrically conductive optical materials, the pigment, the fillers and the mixed solvents to obtain first mixtures; (2), grinding the first mixtures by the aid of a sand mill until the fineness of the first mixtures reaches 18-22 micrometers; (3), adding 4.00-6.00 parts of special modified polyester compounds, 3.00-5.00 parts of silicon dioxide nanometer composite materials and 6.00-8.50 parts of mixed solvents into paste and uniformly stirring the special modified polyester compounds, the silicon dioxide nanometer composite materials, the mixed solvents and the paste to obtain second mixtures; (4), regulating the viscosity of the second mixtures until the viscosity of the second mixtures reaches coating-4 cup 65-80 S; (5), filtering and packaging the automatic spraying camouflage coating. The automatic spraying camouflage coating and the method have the advantages that the automatic spraying camouflage coating is reasonable in design and has tone which is consistent with natural backgrounds, anti-infrared camouflage effects of spectral reflection curves can be realized by the automatic spraying camouflage coating, and problems in the aspects of sagging, drying speeds, surface smoothness and the like in automatic paint spraying procedures can be solved.