A kind of chemical granule raw material powder pressing device of simple and easy clamping device
Technical field:
This utility model relates to chemical industry technical field of processing equipment, more specifically to the chemical granule raw material powder pressing device of a kind of simple and easy clamping device.
Background technology:
Chemical granule raw material is usually graininess, it is heated making it melt and is then stirred thus becoming chemical liquid raw material adding man-hour requirement, thus realizing using, but it becomes liquid from granule and needs time of heating longer, effect is unsatisfactory, and efficiency is low.
Utility model content:
The purpose of this utility model is aiming at the deficiency of prior art, and the chemical granule raw material powder pressing device of a kind of simple and easy clamping device is provided, chemical granule raw material can first be pulverized by it before reinforcement, thus being greatly improved the efficiency of subsequent heat, thus reducing the subsequent heat time, improve whole efficiency.
Technology solution of the present utility model is as follows:
A kind of chemical granule raw material powder pressing device of simple and easy clamping device, including underframe, in the middle part of the top board of described underframe, there is slot, agitator is placed on in the middle part of the top board of underframe, the annular flour extraction pipe downwardly extended it is welded with in the middle part of the bottom surface of agitator, annular flour extraction pipe sleeve is in slot, annular flour extraction pipe with the base plate of agitator has multiple go out material through hole communicate, the top of agitator is bolted with top cover, the middle part of top cover has central through hole, the top board of the underframe of the left and right sides of slot is fixed with adjustment motor, the output shaft regulating motor protrudes upward the top board of underframe and is fixed with regulating sleeve, regulating sleeve is bolted with adjusting screw rod, the upper end of adjusting screw rod is fixed on upper backup pad, adjusting screw rod is bolted with connection swivel nut, connect and the lateral wall of swivel nut has location shrinkage pool, the lateral wall upper sleeve of agitator has positioning sleeve, the lateral wall of positioning sleeve has adjustment screw portion, regulate in screw portion and be bolted with location standing screw, the outer end sleeve of location standing screw is in corresponding location shrinkage pool, the end face of upper backup pad is fixedly arranged in the middle of pushing oil cylinder, the push rod pushing oil cylinder stretches in agitator through upper backup pad and top cover, the lower end of the push rod pushing oil cylinder is bolted with staking punch, staking punch is in the middle part of the end face of the base plate of agitator.
Described top cover has charging screw, charging screw is bolted with feed pipe.
The output shaft upper sleeve of described adjustment motor has on the end face of the top board that wear-resistant sleeve, wear-resistant sleeve be fixed on underframe, and the bottom face of regulating sleeve is close to the top end face of wear-resistant sleeve.
The base plate middle top surface of described agitator is fixed with boss, and boss faces toward staking punch, and the bottom of staking punch is inverted truncated cone-shaped portion.
Described agitator is provided with inverted truncated cone-shaped sidewall, the welded top of truncated cone-shaped sidewall is fixed with inverted big truncated cone-shaped sidewall, the top of truncated cone-shaped sidewall has the extension edge extended radially outwards, extension edge is weldingly fixed on the medial wall of agitator, the welded top of big truncated cone-shaped sidewall is fixed on the medial wall of agitator, staking punch sleeve, in truncated cone-shaped sidewall, the lower sides of truncated cone-shaped sidewall has multiple flour opening.
Being fixed with multiple skewed horizontal load bar on the lateral wall of described truncated cone-shaped sidewall, skewed horizontal load bar is weldingly fixed on the inwall of agitator.
Having connected gas blow pipe on the lower sides of described agitator, gas blow pipe is in agitator, and the gas outlet of gas blow pipe faces toward the base plate of agitator.
The top outer wall of described agitator has annular connecting portion, the end face of annular connecting portion has annular slot, having threaded portion on the lateral wall of annular slot, the vertical edge sleeve that what the edge of top cover had downwardly extend is in annular slot and is screwed onto on the lateral wall of annular slot.
It is clamped with sealing ring between vertical edge and the top outer wall of agitator of described top cover.
All being bolted with bulb plunger on the top sidewall of described location shrinkage pool and bottom sidewall, the steel ball of bulb plunger stretches in the shrinkage pool of location, and the lateral wall of the outer end of location standing screw has the connection shrinkage pool of correspondence, and the steel ball of bulb plunger is nested in connection shrinkage pool.
The beneficial effects of the utility model are in that:
Chemical granule raw material can first be pulverized by it before reinforcement, thus being greatly improved the efficiency of subsequent heat, thus reducing the subsequent heat time, improves whole efficiency.
Accompanying drawing illustrates:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is partial enlarged drawing of the present utility model;
Fig. 3 is the partial structurtes schematic diagram of the base plate of agitator of the present utility model;
Fig. 4 is the partial enlarged drawing of another part of the present utility model.
Detailed description of the invention:
Embodiment: see shown in Fig. 1 to Fig. 4, a kind of chemical granule raw material powder pressing device of simple and easy clamping device, including underframe 10, in the middle part of the top board of described underframe 10, there is slot 11, agitator 20 is placed on in the middle part of the top board of underframe 10, the annular flour extraction pipe 21 downwardly extended it is welded with in the middle part of the bottom surface of agitator 20, annular flour extraction pipe 21 sleeve is in slot 11, annular flour extraction pipe 21 with the base plate of agitator 20 has multiple go out material through hole 22 communicate, the top of agitator 20 is bolted with top cover 30, the middle part of top cover 30 has central through hole 31, the top board of the underframe 10 of the left and right sides of slot 11 is fixed with adjustment motor 12, the output shaft regulating motor 12 protrudes upward the top board of underframe 10 and is fixed with regulating sleeve 13, regulating sleeve 13 is bolted with adjusting screw rod 14, the upper end of adjusting screw rod 14 is fixed on upper backup pad 40, adjusting screw rod 14 is bolted with connection swivel nut 50, connect and the lateral wall of swivel nut 50 has location shrinkage pool 51, the lateral wall upper sleeve of agitator 20 has positioning sleeve 60, the lateral wall of positioning sleeve 60 has adjustment screw portion 61, regulate and screw portion 61 is bolted with location standing screw 62, the outer end sleeve of location standing screw 62 is in corresponding location shrinkage pool 51, the end face of upper backup pad 40 is fixedly arranged in the middle of pushing oil cylinder 41, the push rod pushing oil cylinder 41 stretches in agitator 20 through upper backup pad 40 and top cover 30, the lower end of the push rod pushing oil cylinder 41 is bolted with staking punch 42, staking punch 42 is in the middle part of the end face of the base plate of agitator 20.
Further, described top cover 30 has charging screw 32, charging screw 32 is bolted with feed pipe 33.
Further, the output shaft upper sleeve of described adjustment motor 12 has wear-resistant sleeve 15, wear-resistant sleeve 15 to be fixed on the end face of the top board of underframe 10, and the bottom face of regulating sleeve 13 is close to the top end face of wear-resistant sleeve 15.
Further, the base plate middle top surface of described agitator 20 is fixed with boss 23, and boss 23 is facing to staking punch 42, and the bottom of staking punch 42 is inverted truncated cone-shaped portion.
Further, described agitator 20 is provided with inverted truncated cone-shaped sidewall 24, the welded top of truncated cone-shaped sidewall 24 is fixed with inverted big truncated cone-shaped sidewall 25, the top of truncated cone-shaped sidewall 24 has the extension edge 241 extended radially outwards, extension edge 241 is weldingly fixed on the medial wall of agitator 20, the welded top of big truncated cone-shaped sidewall 25 is fixed on the medial wall of agitator 20, staking punch 42 sleeve, in truncated cone-shaped sidewall 24, the lower sides of truncated cone-shaped sidewall 24 has multiple flour opening 242.
Further, the lateral wall of described truncated cone-shaped sidewall 24 being fixed with multiple skewed horizontal load bar 243, skewed horizontal load bar 243 is weldingly fixed on the inwall of agitator 20.
Further, the lower sides of described agitator 20 having connected gas blow pipe 26, gas blow pipe 26 is in agitator 20, and the gas outlet of gas blow pipe 26 faces toward the base plate of agitator 20.
Further, the top outer wall of described agitator 20 has annular connecting portion 27, the end face of annular connecting portion 27 has annular slot 28, having threaded portion on the lateral wall of annular slot 28, the vertical edge sleeve that what the edge of top cover 30 had downwardly extend is in annular slot 28 and is screwed onto on the lateral wall of annular slot 28.
Further, it is clamped with sealing ring 1 between vertical edge and the top outer wall of agitator 20 of described top cover 30.
Further, the top sidewall of described location shrinkage pool 51 and bottom sidewall are all bolted with bulb plunger 52, the steel ball of bulb plunger 52 stretches in the shrinkage pool 51 of location, having the connection shrinkage pool 63 of correspondence on the lateral wall of the outer end of location standing screw 62, the steel ball of bulb plunger 52 is nested in connection shrinkage pool 63.
Operation principle: by feed pipe 33 being connected the body of feed arrangement, then charging rate is controlled, chemical granule raw material is made progressively to enter agitator 20 from feed pipe 33, guide effect by big truncated cone-shaped sidewall 25 and truncated cone-shaped sidewall 24, chemical granule raw material is made to be in the middle part of truncated cone-shaped sidewall 24, and it is in the end face of boss 23, then pass through the push rod pushing oil cylinder 41 to move up and down, staking punch 42 is made to face toward boss 23 ram extrusion, thus by chemical granule crushes raw materials, powder after crushing is entered on the base plate of agitator 20 by flour opening 242 and passes through material through hole 22 and enters annular flour extraction pipe 21 and discharge, and when discharging, the air inlet pipe connected by gas blow pipe 26 is blown, make the chemical powder gathered with the bottom of truncated cone-shaped sidewall 24 on the base plate of agitator 20 can rapidly enter out in material through hole 22 and discharge, improve the effect of discharge, prevent blocking.
In the present embodiment, by being rotationally connected swivel nut 50 and moving up and down positioning sleeve 60, so that positioning sleeve 60 is corresponding with connecting swivel nut 50, then rotational positioning standing screw 62, make the outer end sleeve of location standing screw 62 in corresponding location shrinkage pool 51, and be nested in by the steel ball of bulb plunger 52 connection shrinkage pool 63 realizes fixing, its firm position, fixation.
Embodiment of above is merely to illustrate this utility model and is not limitation of the utility model; those of ordinary skill about technical field; when without departing from spirit and scope of the present utility model; can also make a variety of changes and modification; therefore all equivalent technical schemes fall within category of the present utility model, and scope of patent protection of the present utility model should be defined by the claims.