CN209333756U - A kind of novel reaction kettle blender apparatus - Google Patents

Abstract

The utility model discloses a kind of novel reaction kettle blender apparatus, including reaction kettle ontology, motor rack is fixedly connected on the top surface of reaction kettle ontology, material-storing box is fixedly connected on the top surface of motor rack, material-storing box is internally provided with feed bin, conveying pipeline is fixedly connected between material-storing box and reaction kettle ontology, the both ends of conveying pipeline are communicated with reaction kettle ontology and feed bin respectively, guide groove is provided on the outer wall of conveying pipeline, the internal slide of guide groove is connected with slide block, compressed spring is fixedly connected between slide block and the bottom surface of guide groove, and slide block is fixedly connected on the outer wall to jacket pipes；The utility model proposes reaction kettle blender apparatus to conveying pipeline carry out structure optimization stir downwards in conveying to jacket pipes, expose the bulk cargo mouth of its end from conveying pipeline, not when conveying, jacket pipes are collapsible into inside conveying pipeline, reaction kettle internal gas is avoided to pour into material-storing box.

Description

A kind of novel reaction kettle blender apparatus

Technical field

The utility model relates to reaction kettle correlative technology field, specially a kind of novel reaction kettle blender apparatus.

Background technique

Reaction kettle is commonly used mechanical equipment in Chemical Manufacture, is production equipment important in chemical process, is used for Material is reacted.The reaction of such as polymer, the preparation of plastic formulation, additive are required using to reaction kettle, thus The processes such as the material in reaction kettle is dispersed, is emulsified, mixed or be dissolved, is stirred；

In the prior art, the gas that material reaction generates inside reaction kettle can rise in material-storing box with conveying pipeline, and long Phase residual dissipates outside gas when opening material-storing box, for pernicious gas, brings adverse effect to human health；Traditional reaction Kettle is only capable of adding a kind of material simultaneously, and need to once launch, and cannot achieve continuity and feeds intake；For this purpose, the utility model proposes one Kind novel reaction kettle blender apparatus is for solving the above problems.

Utility model content

The purpose of this utility model is to provide a kind of novel reaction kettle blender apparatus, to solve in above-mentioned background technique The problem of proposition.

To achieve the above object, the utility model provides the following technical solutions: a kind of novel reaction kettle blender apparatus, packet Reaction kettle ontology is included, motor rack, fixed company on the top surface of the motor rack are fixedly connected on the top surface of the reaction kettle ontology It is connected to material-storing box, the material-storing box is internally provided with feed bin, is fixedly connected with conveying pipeline between material-storing box and reaction kettle ontology, The both ends of the conveying pipeline are communicated with reaction kettle ontology and feed bin respectively, and guide groove is provided on the outer wall of conveying pipeline, described to lead It is connected with slide block to the internal slide of slot, compressed spring is fixedly connected between the slide block and the bottom surface of guide groove, and Slide block is fixedly connected on the outer wall to jacket pipes, the inside that jacket pipes are plugged on conveying pipeline, to the bottom of jacket pipes It is provided with bulk cargo hole on portion's outer wall, baffle ring is bonded on the inner wall of conveying pipeline, and be bonded with rubber pad on the inner wall of conveying pipeline, institute The lower part that rubber pad is in baffle ring is stated, sealing ring is bolted on the outer wall of conveying pipeline, and being internally provided with for reaction kettle ontology is stirred Mix part.

Preferably, the material-storing box is trapezoidal column structure in section, and feed bin is in quadrangle column structure, the bottom of feed bin Face is obliquely installed, and feed opening is provided on the bottom surface of material-storing box, and the inside of feed opening is plugged with chock plug.

Preferably, described is in T-shaped circular cylinder structure to jacket pipes, is closed to the bottom surface of jacket pipes, bulk cargo hole is set It is equipped with multiple, circumferentially shape is arranged on the outer wall to jacket pipes in multiple bulk cargo holes, and bulk cargo hole is communicated with to jacket pipes, and bulk cargo Hole is sloped downwardly setting from docking one side of cannula interior to docking cannula outer wall one.

Preferably, the rounded cyclic structure of the baffle ring, baffle ring cover in the outside to jacket pipes, and baffle ring carries out bulk cargo hole It covers, the fan-shaped plate structure of rubber pad, there are four rubber pad settings, and four rubber pads splice structure in the form of a circular plate.

Preferably, washer is bonded on the bottom surface of the sealing ring, washer is rotatablely connected the top surface setting of reaction kettle ontology Annular groove in, stirring parts include motor and stirring pulpboard, and motor is fixedly connected on the inside of motor rack, and stirring pulpboard is fixed to be connected It connects on the driving axis body of motor.

Compared with prior art, the utility model has the beneficial effects that

1. the utility model proposes reaction kettle blender apparatus to conveying pipeline carry out structure optimization, in conveying, downwards Stirring exposes the bulk cargo mouth of its end from conveying pipeline, not when conveying, is collapsible into conveying pipeline to jacket pipes Portion avoids reaction kettle internal gas from pouring into material-storing box；

2. the utility model proposes reaction kettle blender apparatus may be implemented more than one materials while dispensing, and it is real Existing continuity is launched, and the reaction uniformity for improving raw material inside reaction kettle is conducive to.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is structure enlargement diagram at A in Fig. 1；

Fig. 3 is the utility model baffle ring and rubber pad configuration schematic diagram.

In figure: reaction kettle ontology 1, motor rack 2, material-storing box 3, feed bin 4, conveying pipeline 5, guide groove 6, slide block 7, compression bullet Spring 8, to jacket pipes 9, bulk cargo hole 10, baffle ring 11, rubber pad 12, sealing ring 13, stirring parts 14.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

It please refers to Fig.1 to Fig.3, the utility model provides a kind of technical solution: a kind of novel reaction kettle blender apparatus, packet Reaction kettle ontology 1 is included, motor rack 2 is fixedly connected on the top surface of reaction kettle ontology 1, is fixedly connected on the top surface of motor rack 2 Material-storing box 3, material-storing box 3 is internally provided with feed bin 4, conveying pipeline 5 is fixedly connected between material-storing box 3 and reaction kettle ontology 1, defeated The both ends of expects pipe 5 are communicated with reaction kettle ontology 1 and feed bin 4 respectively, and guide groove 6, guide groove 6 are provided on the outer wall of conveying pipeline 5 Internal slide be connected with slide block 7, compressed spring 8 is fixedly connected between slide block 7 and the bottom surface of guide groove 6, and stir Block 7 is fixedly connected on the outer wall to jacket pipes 9, and jacket pipes 9 are plugged on the inside of conveying pipeline 5, to the bottom of jacket pipes 9 outside It is provided with bulk cargo hole 10 on wall, baffle ring 11 is bonded on the inner wall of conveying pipeline 5, and be bonded with rubber pad on the inner wall of conveying pipeline 5 12, rubber pad 12 is in the lower part of baffle ring 11, and sealing ring 13, and the inside of reaction kettle ontology 1 are bolted on the outer wall of conveying pipeline 5 It is provided with stirring parts 14.

Further, material-storing box 3 is trapezoidal column structure in section, and feed bin 4 is in quadrangle column structure, feed bin 4 Inclined bottom surface setting, is provided with feed opening on the bottom surface of material-storing box 3, and the inside of feed opening is plugged with chock plug, inside material-storing box 3 Feed bin 4 can be set as needed be it is multiple, be easy to implement while the dispensing to multiple raw materials, and realize that continuity is launched, favorably In the reaction uniformity for improving 1 inside raw material of reaction kettle ontology.

Further, it is in T-shaped circular cylinder structure to jacket pipes 9, the bottom surface of jacket pipes 9 is closed, bulk cargo hole 10 Be provided with multiple, circumferentially shape is arranged on the outer wall to jacket pipes 9 in multiple bulk cargo holes 10, bulk cargo hole 10 with to 9 phase of jacket pipes It is logical, and bulk cargo hole 10, from setting is sloped downwardly to 9 outer wall one of jacket pipes to 9 interior side of jacket pipes, compressed spring 8 is first Under beginning state, jacket pipes 9 are completely in the inside of conveying pipeline 5, bulk cargo hole 10 is covered by baffle ring 11, inside jacket pipes 9 Material will not dissipate outside, press down on slide block 7, squeeze compressed spring 8, slide in conveying pipeline 5 to jacket pipes 9, and Pushing tow rubber pad 12 is scattered in the material inside jacket pipes 9 through bulk cargo hole 10 until bulk cargo hole 10 is exposed from conveying pipeline 5 The inside of reaction kettle ontology 1.

Further, the rounded cyclic structure of baffle ring 11,11 sets of baffle ring in the outside to jacket pipes 9, baffle ring 11 is to bulk cargo Hole 10 is covered, the fan-shaped plate structure of rubber pad 12, and there are four the settings of rubber pad 12, and four rubber pads 12 splice rounded Plate structure covers the bottom of conveying pipeline 5, and 1 internal gas of reaction kettle ontology is avoided to pour into.

Further, washer is bonded on the bottom surface of sealing ring 13, washer is rotatablely connected the top surface setting of reaction kettle ontology 1 Annular groove in, convenient for being promoted to the leakproofness of conveying pipeline 5 and the through part of reaction kettle ontology 1, stirring parts 14 include motor with Pulpboard is stirred, motor is fixedly connected on the inside of motor rack 2, and stirring pulpboard is fixedly connected on the driving axis body of motor.

Working principle: in actual work, chock plug in the feed bin 4 inside material-storing box 3, is then plugged on by material addition In feed opening, feed bin 4 is sealed, the material inside feed bin 4 slides the compressed spring 8 in jacket pipes 9 through conveying pipeline 5 In the initial state, jacket pipes 9 are completely in the inside of conveying pipeline 5, bulk cargo hole 10 is covered by baffle ring 11, in jacket pipes 9 The material in portion will not dissipate outside, press down on slide block 7, squeeze compressed spring 8, sliding in conveying pipeline 5 to jacket pipes 9 It is dynamic, and pushing tow rubber pad 12, it is scattered through bulk cargo hole 10 to material jacket pipes 9 inside until bulk cargo hole 10 is exposed from conveying pipeline 5 Fall in the inside of reaction kettle ontology 1, the material inside reaction kettle ontology 1 receives the mixing of stirring parts 14, inside material-storing box 3 Feed bin 4 can be set as needed be it is multiple, be easy to implement while the dispensing to multiple raw materials, and realize that continuity is launched, have Conducive to the reaction uniformity for improving 1 inside raw material of reaction kettle ontology.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of novel reaction kettle blender apparatus, including reaction kettle ontology (1), it is characterised in that: the reaction kettle ontology (1) Top surface on be fixedly connected with motor rack (2), be fixedly connected with material-storing box (3), the storing on the top surface of the motor rack (2) Being internally provided with feed bin (4) for box (3), is fixedly connected with conveying pipeline (5) between material-storing box (3) and reaction kettle ontology (1), described The both ends of conveying pipeline (5) are communicated with reaction kettle ontology (1) and feed bin (4) respectively, are provided with guide groove on the outer wall of conveying pipeline (5) (6), the internal slide of the guide groove (6) is connected with slide block (7), between the slide block (7) and the bottom surface of guide groove (6) It is fixedly connected with compressed spring (8), and slide block (7) is fixedly connected on the outer wall to jacket pipes (9), it is described to jacket pipes (9) it is plugged on the inside of conveying pipeline (5), to being provided with bulk cargo hole (10) in the bottom outer wall of jacket pipes (9), conveying pipeline (5) It is bonded on inner wall baffle ring (11), and is bonded with rubber pad (12) on the inner wall of conveying pipeline (5), the rubber pad (12) is in gear The lower part of ring (11) is bolted with sealing ring (13) on the outer wall of conveying pipeline (5), and being internally provided with for reaction kettle ontology (1) is stirred Mix part (14).

2. a kind of novel reaction kettle blender apparatus according to claim 1, it is characterised in that: the material-storing box (3) is in Section is trapezoidal column structure, and feed bin (4) is in quadrangle column structure, and the inclined bottom surface of feed bin (4) is arranged, material-storing box (3) Bottom surface on be provided with feed opening, the inside of feed opening is plugged with chock plug.

3. a kind of novel reaction kettle blender apparatus according to claim 1, it is characterised in that: described to jacket pipes (9) In T-shaped circular cylinder structure, the bottom surface of jacket pipes (9) is closed, bulk cargo hole (10) are provided with multiple, multiple bulk cargo holes (10) circumferentially shape is arranged on the outer wall to jacket pipes (9), and bulk cargo hole (10) are communicated with to jacket pipes (9), and bulk cargo hole (10) setting is sloped downwardly to jacket pipes (9) outer wall one to jacket pipes (9) interior side certainly.

4. a kind of novel reaction kettle blender apparatus according to claim 1, it is characterised in that: the baffle ring (11) is in circle Shape cyclic structure, baffle ring (11) cover in the outside to jacket pipes (9), and baffle ring (11) covers bulk cargo hole (10), rubber pad (12) fan-shaped plate structure, there are four rubber pad (12) settings, and four rubber pads (12) splice structure in the form of a circular plate.

5. a kind of novel reaction kettle blender apparatus according to claim 1, it is characterised in that: the sealing ring (13) Washer is bonded on bottom surface, washer is rotatablely connected in the annular groove of top surface setting of reaction kettle ontology (1), and stirring parts (14) include Motor and stirring pulpboard, motor are fixedly connected on the inside of motor rack (2), and stirring pulpboard is fixedly connected on the driving axis body of motor On.