33results about How to "Uniform ingredients" patented technology

The invention discloses an automatic blending device of a glass coloring mixed material. The automatic blending device comprises a raw material scale group, a feeding conveyor belt group, a first bucket elevator, a second bucket elevator, a first discharging conveyor belt group, a second discharging conveyor belt group and coloring material scales. The feeding conveyor belt group is connected with a feeding opening of the first bucket elevator and a feeding opening of the second bucket elevator respectively; two discharging openings of the first bucket elevator are connected with first discharging conveyor belt group and the second discharging conveyor belt group respectively; two discharging openings of the second bucket elevator are connected with the input end of the first discharging conveyor belt group and the input end of the second discharging conveyor belt group respectively; one coloring material scale is arranged above the first discharging conveyor belt group, and the other coloring material scale is arranged above the second discharging conveyor belt group. When the automatic blending device of the glass coloring mixed material conducts blending for two glass kilns, cross contamination of raw materials can be avoided in the blending process, the blended material is good in uniformity, and weighing accuracy of a coloring agent is high.

An autoamtic charge control system for preparing electrolytic aluminium features that its main control unit is a programmable controller or an industrial controller, a static metering mode is used for higher precision, and the charge systems A and B are controlled by it to work alternatively, so forming a continuous charge procedure. Its advantage is high charge uniformity.

The invention discloses equipment for processing a culture medium, which relates to processing equipment of a crop culture medium and mainly comprises a smashing device, a stirring box and a blanking box, wherein the discharging end of the smashing device is connected to a smashed material conveying belt arranged above the stirring box through a dust-collecting box; an electric traveling crane provided with a spiral stirring shaft and a burdening mechanism is arranged on the stirring box; an oxygenation mechanism and the blanking box are arranged below the stirring box; and the blanking box is also internally provided with a kick-out rod and a spiral material pusher. The invention integrates and completes various processes for raw material processing in one device, thereby avoiding the transferring among the processes and achieving low investment cost; due to automatic integration, mechanized flow process is easily realized, scale production is easily formed, manpower is saved, and the production efficiency is improved by over 60 percent; the material is uniformly burdened, and the quality of the produced culture medium is stable; and the blanking box is bagged smoothly with high efficiency.

The invention discloses multistage dispensing equipment applied to production of regenerative polypropylene. The multistage dispensing equipment comprises a first-stage dispensing device, a second-stage dispensing device and a third-stage dispensing device, wherein the first-stage dispensing device comprises a plurality of first dispensing lines for mixing first-stage materials into second-stage materials, the second-stage dispensing device comprises a plurality of second dispensing lines for mixing second-stage materials into third-stage materials, the third-stage dispensing device comprises a plurality of third dispensing lines for mixing third-stage materials into fourth-stage materials by adding an additive; and each first dispensing line is used for sending the first-stage materials to the first dispensing line through a first feeding mechanism for mixing and dispensing the materials, each first dispensing line is used for feeding the second-stage materials to the plurality of dispensing lines through a second feeding mechanism for mixing and dispensing the materials; and each second dispensing line is used for feeding the third-stage materials to each corresponding third dispensing line through a third feeding mechanism for mixing and dispensing the materials. By adopting the multistage dispensing equipment, when dispensing is performed, the automatic dispensing is realized, and the dispensing efficiency is increased; and the materials are more uniformly dispensed through three stages of mixing, and thus the quality of the polypropylene fibers is improved.

The invention discloses a castable batching device. The castable batching device comprises batching bins arranged in rows, wherein at least two batching bins are arranged in each row; a feeding car is arranged above the batching bins; a batching car is arranged below the batching bins; the feeding car and the batching car are both moved in the arrangement direction of the batching bins in each row; a discharge port of the feeding car can be corresponding to feed ports of the batching bins; a weighing conveying belt is arranged between discharge ports of the batching bins and a feed port of the batching car; the discharge ports of the batching bins are corresponding to one end of the weighing conveying belt; the other end of the weighing conveying belt can be corresponding to the feed port of the batching car; the batching device further comprises a mixer; a second lifter is arranged between the discharge port of the batching car and a feed port of the mixer; the discharge port of the batching car is corresponding to a feed port of the second lifter; and a discharge port of the second lifter is corresponding to the feed port of the mixer. The castable batching device has the advantages of high automation degree, low labor intensity, high working efficiency and uniform mixing and batching.

The invention relates to an efficient fixed-proportion mixing production technology of a paint. The production technology comprises the following production steps: A, feeding: resin a and resin b at required proportion are conveyed sequentially and quantitatively to a bonding station through a material groove formed in a transfer plate, and powder requiring proportioning is conveyed to a powder storage device located at a powder blowing station; B, bonding: the resin b is heated synchronously while the resin a in the step A is transferred to the position below the resin b at the bonding station, the resin a and the resin b are bonded when falling synchronously, and a mixture is formed; C, powder blowing: in the process that the mixture in the step B falls down from the bonding station, thepowder in the powder storage device is blown to the mixture, and mixed paint is formed; D, sub-packaging: the mixed paint in the step C is packaged in separate bags and output sequentially. The problems of uneven paint ratio and insufficient mixing in the conventional production technology are solved.