A kind of bulk cargo and Intelligent liquid mix and blend continus convergence all-in-one
The present invention relates to stirring load transfer device, specifically a kind of bulk cargo and Intelligent liquid mix and blend continus convergence all-in-one.
Novel light insulating construction material, is the environmental protection and energy saving product developed in recent years, has wide market outlook.At present, domestic form of construction work is that after manually being weighed by various raw material, single tank stirs operation, after stirring again artificial conveyance in the equipment of next process.Existing this form of construction work labour intensity is large, and operating efficiency is low, and cost of labor is high, mainly can not carry out continuous working, and stirs and carry and can not carry out simultaneously.
Summary of the invention
Manually weighing that single tank stirs, the problems referred to above of existing of artificial conveyance mode again to solve employing, the object of the present invention is to provide a kind of bulk cargo and Intelligent liquid mix and blend continus convergence all-in-one.This all-in-one is used for the bulk cargo of light insulating body of wall and the continuous blending transportation of liquid, realizes the object that bulk cargo and liquid stir conveying continuously.
The object of the invention is to be achieved through the following technical solutions:
The present invention includes roll shaft, end cap, cylindrical shell, helicallobe, spike-tooth and support, the casing wherein surrounded by cylindrical shell and two ends end cap thereof is rack-mount, described roll shaft is rotatably installed on the end cap of two ends, one end of roll shaft is connected with propulsion source by driving device, is rotated by propulsion source drive roller shaft; The two ends of described cylindrical shell have material receiving port and discharge gate, and the roll shaft in cylindrical shell is provided with helicallobe and multiple spike-tooth by material receiving port successively to discharge gate; Described helicallobe is positioned at the below of material receiving port, and spike-tooth is arranged on roll shaft in the shape of a spiral, and cylindrical shell is provided with the inlet of band ball valve; The bulk cargo fallen by described material receiving port is delivered to the bottom of inlet by the helicallobe rotated with roll shaft, and the liquid injected with inlet is carried to discharge gate by the mix and blend limit, each spike-tooth limit rotated with roll shaft.
Wherein: described spike-tooth is divided into anterior spike-tooth and rear portion spike-tooth, described anterior spike-tooth and cylindrical shell corresponding to rear portion spike-tooth are respectively equipped with the inlet of band ball valve; Described anterior spike-tooth is identical with rear portion spike-tooth shape and structure, and all for being made up of the structure that end face is " L " shape two boards, the contact surface wherein contacted with roll shaft is cambered surface; The radian of described contact surface is identical with the radian of roll shaft; Described two boards tilts with roll shaft respectively, and one block of plate that wherein area is larger is arc; The lead angle of described rear portion spike-tooth is greater than the lead angle of anterior spike-tooth; The part of the cylindrical shell corresponding to described anterior spike-tooth is anterior spike-tooth section, the part of the cylindrical shell corresponding to the spike-tooth of rear portion is rear portion spike-tooth section, the cylindrical shell of anterior spike-tooth section is provided with the anterior inlet that at least one anteriorly injects liquid in spike-tooth section, each anterior inlet is equipped with anterior ball valve; The cylindrical shell of described rear portion spike-tooth section is provided with the rear portion inlet that at least one posteriorly injects liquid in spike-tooth section, each rear portion inlet is equipped with rear portion ball valve;
The two ends of described roll shaft are connected respectively by the end cap of bearing with cylindrical shell two ends, the external face at described two ends is all provided with bearing seat, one end of roll shaft is passed by the bearing seat of this end, and is provided with the belt pulley be connected by belt with motor, and the other end of roll shaft is contained in the bearing seat of this end.
Advantage of the present invention and good effect are:
1. present invention achieves the object of continus convergence simultaneously in the process of bulk cargo and liquid mix and blend, improve operating efficiency, reduce the labour intensity of workman.
2. front and rear portions spike-tooth of the present invention is arranged in the shape of a spiral on roll shaft, by bulk cargo and liquid while mix and blend, carries to discharge gate direction.
3. the interarea of rear portion of the present invention spike-tooth forms helical surface, direction by the semisolid of anterior spike-tooth section mix and blend formation and water mixing and to discharge gate is carried, minor face then forms the helical surface contrary with interarea, formed to flow by semisolid and water mixing and to interarea and carry in the opposite direction, the contrary flow direction in two kinds of directions forms turbulent flow in cylindrical shell, strengthening semisolid mixes with water, makes mix and blend more even; The interarea of rear portion spike-tooth and the difference in areas of minor face, make the slurry in mixing to the direction continus convergence of discharge gate.
4. The present invention reduces working procedure, reduce cost.
Accompanying drawing explanation
Fig. 1 is inner structure schematic diagram of the present invention;
Fig. 2 is the structural representation of roll shaft, helicallobe and spike-tooth combination in Fig. 1;
Fig. 3 be in Fig. 1 before one of the structural representation of (afterwards) portion's spike-tooth;
Fig. 4 be in Fig. 1 before the structural representation two of (afterwards) portion's spike-tooth;
Fig. 5 be in Fig. 1 before the structural representation three of (afterwards) portion's spike-tooth;
Wherein: 1 is belt pulley, 2 is roll shaft, and 3 is bearing seat, and 4 is bearing, 5 is end cap, and 6 is cylindrical shell, and 7 is material receiving port, and 8 is helicallobe, 9 is anterior spike-tooth, and 10 is anterior ball valve, and 11 is anterior inlet, and 12 is rear portion inlet, 13 is rear portion ball valve, and 14 is rear portion spike-tooth, and 15 is support, 16 is discharge gate, and 17 is contact surface, and 18 is interarea, 19 is minor face, and A is anterior spike-tooth section, and B is rear portion spike-tooth section.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
As shown in Figure 1, the present invention includes roll shaft 2, end cap 5, cylindrical shell 6, helicallobe 8, spike-tooth and support 15, the casing wherein surrounded by the affixed end cap 5 of cylindrical shell 6 and two ends thereof is fixed on support 15, is supported, the outside face of two ends end cap 5 is all connected with bearing seat 3 by support 15; Roll shaft 2 is positioned at cylindrical shell 6, the two ends of roll shaft 2 are arranged on respectively by bearing 4 on the end cap 5 at cylindrical shell 6 two ends, roll shaft 2 is contained in the bearing seat 3 of this end near one end of discharge gate 16, roll shaft 2 passes by the bearing seat 3 of this end near the other end of material receiving port 7, and be connected with propulsion source by driving device, rotated by propulsion source drive roller shaft 2; Driving device is belt pulley and belt, and propulsion source is frequency control motor, and the other end of roll shaft 2 passes bearing seat 3 and is connected with belt pulley 1 by screw, and this belt pulley 1 is connected with motor by belt, is rotated by motor drive roller shaft 2.
The two ends of cylindrical shell 6 have opening up material receiving port 7 and downward opening discharge gate 16, and the roll shaft 2 in cylindrical shell 6 is provided with helicallobe 8 and multiple spike-tooth by material receiving port 7 successively to discharge gate 16, and helicallobe 8 is positioned at the below of material receiving port 7.Spike-tooth is divided into anterior spike-tooth 9 and rear portion spike-tooth 14, is arranged on roll shaft 2 in the shape of a spiral, the roll shaft 2 of the present embodiment is provided with multiple anterior spike-tooth 9 and multiple rear portions spike-tooth 14, and the lead angle of rear portion spike-tooth 14 is greater than the lead angle of anterior spike-tooth 9; The part of anterior cylindrical shell 6 corresponding to spike-tooth 9 is anterior spike-tooth section A, the part of the cylindrical shell 6 corresponding to rear portion spike-tooth 14 is rear portion spike-tooth section B, the cylindrical shell 6 of anterior spike-tooth section A is provided with the anterior inlet 11 (the present embodiment is provided with two anterior inlets 11) that at least one anteriorly injects liquid in spike-tooth section A, each anterior inlet 11 is equipped with anterior ball valve 10; The cylindrical shell 6 of rear portion spike-tooth section B is provided with the rear portion inlet 12 (the present embodiment is provided with a rear portion inlet 12) that at least one posteriorly injects liquid in spike-tooth section B, each rear portion inlet 12 is equipped with rear portion ball valve 13.
As shown in Figure 2-5, anterior spike-tooth 9 is identical with rear portion spike-tooth 14 shape and structure, end face all for being made up of two boards is the structure of " L " shape, and the contact surface 17 that anterior spike-tooth 9 contacts with roll shaft 2 with rear portion spike-tooth 14 is cambered surface, and the radian of contact surface 17 is identical with the radian of roll shaft 2; Two boards tilts with roll shaft 2 respectively, so that mixed bulk cargo and liquid are carried backward; Wherein, one block of plate that area is larger is arc.
The liquid that the present invention is injected by anterior inlet 11 and rear portion inlet 12 can be water.
Principle of work of the present invention is:
Outside motor is rotated by belt drive belt pulley 1, and then band action roller shaft 2 rotates; The bulk cargo exported by feeder falls through material receiving port 7, bulk cargo is pushed into anterior spike-tooth section A by the helicallobe 8 be arranged on roll shaft 2, water injects the anterior spike-tooth section A of cylindrical shell 6 from the anterior inlet 11 cylindrical shell 6, anterior spike-tooth 9 on roll shaft 2 rotates with roll shaft 2, the helical surface that anterior spike-tooth 9 is formed when working, bulk cargo and water are mixed into semisolid, semisolid are impacted simultaneously, and be posteriorly advanced to rear portion spike-tooth section B; In the spike-tooth section B of rear portion, the interarea 18 of rear portion spike-tooth 14 forms the direction of helical surface by semisolid and the water mixing of injecting from the rear portion inlet 12 cylindrical shell 6 and to discharge gate 16 and carries, the minor face 19 of rear portion spike-tooth 14 forms the helical surface contrary with interarea 18, semisolid and water is mixed and forms stream to interarea 18 and carry in the opposite direction; The contrary flow direction in two kinds of directions forms turbulent flow in cylindrical shell 6, and strengthening semisolid mixes with water; The interarea 18 of rear portion spike-tooth 14 and the difference in areas of minor face 19, make the slurry in mixing carry to the direction of discharge gate 16, discharge cylindrical shell 6 by discharge gate 16.
The continuous mix and blend that the present invention can realize bulk cargo and liquid is carried, and meets the needs that every profession and trade bulk cargo, liquid stir conveying operation continuously.