CN209476175U - A kind of Paint Preparation System - Google Patents

Abstract

The utility model relates to paint production plant technical field more particularly to a kind of Paint Preparation Systems.Paint Preparation System, for mixing at least two raw materials and being prepared into coating, comprising: feed mechanism, for each raw material to be carried out conveying feeding；Decentralized institution docks with feed mechanism and including the first agitator tank and connect the first stirring structure of the first agitator tank, and the first stirring structure is delivered to each raw material in agitator tank from feeding structure for stirring；Mechanism is ground, with the docking of decentralized institution and including grinding pot and connect the abrasive structure of grinding pot, abrasive structure is used to grind each raw material being delivered to from agitator tank in grinding pot；Twice dispersing mechanism with the docking of grinding mechanism and including the second agitator tank and connect the second stirring structure of the second agitator tank, and the second stirring structure is for stirring each raw material in the second agitator tank.The utility model, to make each raw material mixing sufficiently, effectively improves the quality of coating by being stirred twice.

Description

A kind of Paint Preparation System

Technical field

The utility model relates to paint production plant technical field more particularly to a kind of Paint Preparation Systems.

Background technique

Water paint is widely used in construction and decoration, household electrical appliance, automobile manufacture, doctor as a kind of emerging environmental protection coating material Treat the every field such as instrument.

Currently, the production process of water paint is usually that various raw materials are now stirred mixing, using grinding, finally wrap It is packed into library.But this production system each raw material the problem of there is also undercompoundings, leads to water paint quality after grinding Target is not achieved.Therefore, it is necessary to design a kind of production system of effective water paint.

Utility model content

The purpose of this utility model is to provide a kind of Paint Preparation Systems, it is intended to solve how effectively to produce asking for coating Topic.

The utility model is realized in this way a kind of Paint Preparation System, for mixing at least two raw materials and being prepared into Coating, comprising:

Feed mechanism, for each raw material to be carried out conveying feeding；

Decentralized institution is docked with the feed mechanism and including each raw material for accommodating the feed mechanism conveying The first agitator tank and connection first agitator tank the first stirring structure, first stirring structure is for stirring from institute It states feeding structure and is delivered to each raw material in the agitator tank；

Mechanism is ground, with decentralized institution docking and including the grinding pot for being connected to the agitator tank and connect institute State the abrasive structure of grinding pot, the abrasive structure is used to grind to be delivered to described in each in the grinding pot from the agitator tank Raw material；

Twice dispersing mechanism, with grinding mechanism docking and the second agitator tank including being connected to the grinding pot and company The second stirring structure of second agitator tank is connect, second stirring structure is delivered to for stirring from the grinding pot described Each raw material in second agitator tank.

In one embodiment, the feed mechanism include for powder raw material carry out feeding the first feeding structure with And the second feeding structure for carrying out feeding to liquid material.

In one embodiment, first feeding structure includes for loading the powder bucket of the powder raw material, connection First weight sensor of the powder bucket and conveyer for conveying the powder raw material, conveyer one end connection The other end of the discharge port of the powder bucket, the conveyer connects first agitator tank.

In one embodiment, second feeding structure include one end connect first agitator tank feed pipe, It connects the other end of the feed pipe and is used to pump the first delivery pump of the liquid material, connects the feed pipe Flowmeter and the connection feed pipe and with the spaced inlet valve of the flowmeter.

In one embodiment, first stirring structure include the first agitating shaft in first agitator tank, Connect the first mixing part of first one end of the mixing shaft and the other end of connection first agitating shaft and for driving institute State the first driver of the first agitating shaft rotation.

In one embodiment, the feed mechanism further includes for by the feedstock transportation in first agitator tank To the second delivery pump of the grinding pot, one end of second delivery pump connects the discharge port of first agitator tank, described The other end of second delivery pump connects the grinding pot.

In one embodiment, the abrasive structure include positioned at the grinding pot grinding shaft, it is multiple be all connected with it is described The other end of one end of grinding shaft and spaced grind section and the connection grinding shaft and for driving the grinding shaft Second driver of rotation.

In one embodiment, the Paint Preparation System further includes filter, and the feed inlet of the filter connects institute The discharge port of grinding pot is stated, the discharge port of the filter connects second agitator tank.

In one embodiment, second stirring structure include the second agitating shaft in second agitator tank, Connect the second mixing part of second one end of the mixing shaft and the other end of connection second agitating shaft and for driving institute State the third driver of the second agitating shaft rotation.

In one embodiment, the Paint Preparation System further includes connecting the discharge port of second agitator tank and being used for Raw material in second agitator tank is pumped to the third delivery pump of external packaging bag.

The technical effect of the utility model is: need to stir various and mixed raw material, one is delivered to by feed mechanism In first agitator tank of secondary decentralized institution, the first stirring structure is stirred mixing to the raw material in the first agitator tank, then will In each feedstock transportation to grinding pot being stirred in first agitator tank.Abrasive structure to being stirred in grinding pot for the first time And each raw material mixed, fine gtinding is carried out, each raw material is refined.Again by each feedstock transportation polished in grinding pot To the second agitator tank, the second stirring structure is stirred the raw material after each grinding for the second time.In this way, to the original after grinding Material, second of stirring of progress and mixing, so that it is sufficiently mixed each raw material after grinding, what final production conformed to quality requirements out Coating.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of Paint Preparation System provided by the utility model embodiment.

Numbering in the drawing relationship corresponding with title is as follows:

100, Paint Preparation System；10, feed mechanism；11, the first feeding structure；12, the second feeding structure；111, powder Bucket；112, the first weight sensor；113, conveyer；121, flowmeter；122, inlet valve；20, a decentralized institution；21, One stirring structure；211, the first driver；212, the first agitating shaft；213, the first mixing part；22, the first agitator tank；23, second Weight sensor；24, the first outlet valve；13, the second delivery pump；30, mechanism is ground；31, abrasive structure；32, grinding pot；311, Second driver；312, grinding shaft；313, grind section；34, the second outlet valve；33, cooling structure；311, cooling tank；332, cold But it pumps；333, cooling tower；50, filter；40, twice dispersing mechanism；41, the second stirring structure；411, the second driver；412, Second agitating shaft；413, the second mixing part；42, the second agitator tank；43, third weight sensor；44, third outlet valve；60, Three delivery pumps；70, pail pack；71, packaging platform；72, the 4th weight sensor；

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and should not be understood as to the utility model Limitation.

In the description of the present invention, it should be understood that term " thickness ", "upper", "lower", " vertical ", " parallel ", The orientation or positional relationship of the instructions such as "bottom", " angle " is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of retouching State the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with Specific orientation construction and operation, therefore should not be understood as limiting the present invention.

In the present invention unless specifically defined or limited otherwise, the terms such as term " installation ", " connection " should be done extensively Reason and good sense solution may be a detachable connection for example, it may be being fixedly connected, or integral；It can be mechanical connection, it can also be with It is electrical connection；Can be directly connected, can also indirectly connected through an intermediary, can be connection inside two elements or The interaction relationship of two elements.

Referring to Fig. 1, the utility model embodiment provides a kind of Paint Preparation System 100, which can be used to make Standby coating, specifically, Paint Preparation System 100 can prepare water paint or prepare the ingredient of water paint.

Paint Preparation System 100 can mix various raw materials, and to be prepared into water paint, the Paint Preparation System 100 is wrapped It includes: 10, decentralized institutions 20 of feed mechanism, grinding mechanism 30 and twice dispersing mechanism 40.Feed mechanism 10 is used for will be each Raw material carries out conveying feeding, and optionally, feed mechanism 10 can be by various feedstock transportations a to decentralized institution 20.Primary dispersion Mechanism 20 is docked with the feed mechanism 10, to accept the various raw materials sent from feed mechanism 10.Decentralized institution 20 include the first stirring structure 21 of the first agitator tank 22 and connection first agitator tank 22, and the first agitator tank 22 is in cylinder The bodily form and each raw material to come for accommodating the conveying of feed mechanism 10.First stirring structure 21 is for stirring from the feeding structure It is delivered to each raw material in the agitator tank, so that various raw materials are sufficiently mixed in the first agitator tank 22.Grind mechanism 30 With a decentralized institution 20 docking and including the grinding pot 32 for being connected to the agitator tank and it connect the grinding pot 32 Abrasive structure 31.The grinding pot 32 is in cylindrical and accepts and conveyed come various from the first agitator tank 22 and mixed The raw material of conjunction, the abrasive structure 31 is used to grind each raw material in the grinding pot 32, so that various raw materials further refine, Improve the filling power of water paint.Twice dispersing mechanism 40 docks with the grinding mechanism 30 and accepts polished each original Material.Twice dispersing mechanism 40 includes the second agitator tank 42 and connection second agitator tank 42 for being connected to the grinding pot 32 Second stirring structure 41.Each raw material after being ground is delivered to the second agitator tank 42.Second stirring structure 41 is for stirring Each raw material being delivered to from the grinding pot 32 in second agitator tank 42.In process of lapping, since raw material is into one In the thinning process of step, lead to each raw material undercompounding, in the second stirring structure 41, improves the abundant of each raw material mixing Property.

Referring to Fig. 1, need to stir various and mixed raw material, a decentralized institution 20 is delivered to by feed mechanism 10 The first agitator tank 22 in, the first stirring structure 21 is stirred mixing to the raw material in the first agitator tank 22, then by first In each feedstock transportation to grinding pot 32 being stirred in agitator tank 22.Abrasive structure 31 in grinding pot 32 through for the first time Each raw material for stirring and mixing carries out fine gtinding, refines each raw material.Again by each original polished in grinding pot 32 Material is delivered to the second agitator tank 42, and the second stirring structure 41 is stirred the raw material after each grinding for the second time.In this way, right Raw material after grinding carries out second and stirs and mix, so that each raw material after grinding be made to be sufficiently mixed, final production goes out to meet The coating of quality requirement.

The feed mechanism 10 includes for the first feeding structure 11 to powder raw material progress feeding and for liquid Second feeding structure 12 of state raw material progress feeding.Specifically, the first feeding structure 11 can be set multiple, i.e., quantity from 1,2, 3 ... n, to carry out independent feeding to various powder raw materials；Second feed mechanism 10 also can be set it is multiple, i.e., quantity from 1,2, 3 ... n, to carry out independent feeding to each liquid material.Optionally, multiple first feeding structures 11 and multiple second feeding structures 12 carry out independent feeding respectively, i.e., only a kind of feedstock transportation is to the first agitator tank 22 each time, to improve the accurate of charging The accuracy of property and inlet amount.

First feeding structure 11 includes for loading the powder bucket 111 of the powder raw material, the connection powder bucket 111 the first weight sensor 112 and conveyer 113 for conveying the powder raw material, described 113 one end of conveyer connect The discharge port of the powder bucket 111 is connect, the other end of the conveyer 113 connects first agitator tank 22.Optionally, it conveys Machine 113 is air conveyor 113, and air conveyor 113 can be used for conveying dry powdery raw material, and have low noise, sealing The features such as property is good.First weight sensor 112 can go out the weight of raw material in powder bucket 111 with precise, to accurately control Feeding of the conveyer 113 into the first agitator tank 22, is delivered to raw material in the first agitator tank 22 by formula ratio.

Referring to Fig. 1, second feeding structure 12 includes that one end connects the feed pipe of first agitator tank 22, connects Connect the stream of the other end of the feed pipe and the first delivery pump, the connection feed pipe for pumping the liquid material Meter 121 and connection feed pipe and with the spaced inlet valve 122 of flowmeter 121.Inlet valve 122 is for controlling charging Pipeline opens/closes.First delivery pump is used for pump liquid-state raw material, and liquid material is pumped to the by feed pipe One agitator tank 22.Flowmeter 121 is for measuring the liquid material passed through in feed pipe, so that it is every accurately to control the first delivery pump Secondary pump output is delivered to raw material in the first agitator tank 22 by formula ratio.

First stirring structure 21 includes the first agitating shaft 212 in first agitator tank 22, described in connection The other end of first mixing part 213 of 212 one end of the first agitating shaft and connection first agitating shaft 212 and for driving institute State the first driver 211 of the first agitating shaft 212 rotation.Optionally, the first driver 211 can be variable-frequency motor or servo electricity Machine, the first driver 211 drive the rotation of the first agitating shaft 212, so that the first agitating shaft 212 be made to drive the rotation of the first mixing part 213 Turn.The first mixing part 213 under rotation status can be stirred mixing to the raw material in the first agitator tank 22.Optionally, One mixing part 213 can be set multiple and can be along the axial movement of first agitating shaft 212.

Referring to Fig. 1, the feed mechanism 10 further includes for by the feedstock transportation in first agitator tank 22 To the second delivery pump 13 of the grinding pot 32, one end of second delivery pump 13 connects the discharging of first agitator tank 22 Mouthful, the other end of second delivery pump 13 connects the grinding pot 32.It is understood that a decentralized institution 20 further includes The first outlet valve 24 that discharge port for controlling the first agitator tank 22 opens/closes.It can be by by the second delivery pump 13 Each feedstock transportation being stirred in one agitator tank 22 is to grinding pot 32.Optionally, a decentralized institution 20 further includes setting the Second weight sensor 23 of one agitator tank, 22 bottom, the second weight sensor 23 can measure raw material in the first agitator tank 22 Weight, thus accurately control the second delivery pump 13 towards grinding pot 32 pump output.

The abrasive structure 31 include positioned at the grinding pot 32 grinding shaft 312, multiple be all connected with the grinding shaft 312 One end and the other end of spaced grind section 313 and the connection grinding shaft 312 and for driving the grinding shaft Second driver 411311 of 312 rotations.Optionally, the second driver 411311 can be variable-frequency motor or servo motor, the Two drivers 411311 drive grinding shaft 312 to rotate, to make grinding shaft 312 that each grind section 313 be driven to rotate.Under rotation status Each grind section 313 raw material in grinding pot 32 can be ground and be refined.Optionally, grind section 313 can be set more It is a and can be along the axial movement of the grinding shaft 312.

In one embodiment, grinding mechanism 30 further includes cooling structure 33, and the cooling structure 33 includes accommodating grinding The cooling tank 311 of tank 32, is used for described in cooling the cooling water for being loaded into cooling tank 311 and being used to cool down the grinding pot 32 The cooling tower 333 of cooling water and for driving the cooling water to flow between the cooling tower 333 and the cooling tank 311 Cooling pump 332.

Referring to Fig. 1, the Paint Preparation System 100 further includes filter 50, the feed inlet connection of the filter 50 The discharge port of the discharge port of the grinding pot 32, the filter 50 connects second agitator tank 42.It is understood that grinding Grinding machine structure 30 further includes the second outlet valve 34 opened/closed for controlling the discharge port of grinding pot 32.Filter 50 was used for The impurity in raw material is filtered, to improve the quality of product.Optionally, it may be constructed circulation between filter 50 and grinding pot 32 Circuit, the raw material after grinding to be filtered for multiple times.

Second stirring structure 41 includes the second agitating shaft 412 in second agitator tank 42, described in connection The other end of second mixing part 413 of 412 one end of the second agitating shaft and connection second agitating shaft 412 and for driving institute State the third driver of the second agitating shaft 412 rotation.Optionally, twice dispersing mechanism 40 further includes for detecting the second agitator tank The third weight sensor 43 of raw material weight in 42, third weight sensor 43 detect that each raw material in the second agitator tank 42 reaches To predetermined weight, the transducing signal of triggering third driver starting will be issued.Third driver can be variable-frequency motor or servo Motor, third driver drive the rotation of the second agitating shaft 412, so that the second agitating shaft 412 be made to drive the rotation of the second mixing part 413 Turn.The second mixing part 413 under rotation status can be stirred mixing to the raw material in the second agitator tank 42.Optionally, Two mixing parts 413 can be set multiple and can be along the axial movement of second agitating shaft 412.

The Paint Preparation System 100 further includes connecting the discharge port of second agitator tank 42 and being used for described second Raw material in agitator tank 42 is pumped to the third delivery pump 60 of external packaging bag.It is understood that twice dispersing mechanism 40 It further include the third outlet valve 44 opened/closed for controlling the discharge port of the second agitator tank 42.

Optionally, Paint Preparation System 100 further includes the 4th weight sensor of pail pack 70, the connection pail pack 70 72 and for the pail pack 70 setting packaging platform 71.Pail pack 70 is for each original after the filling stirring of third delivery pump 60 Material when the 4th weight sensor 72 detects that the raw material just in filling pail pack 70 reaches predetermined weight, is triggered issuing The transducing signal that third delivery pump 60 stops working, to carry out the replacement of pail pack 70.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (10)

1. a kind of Paint Preparation System, for mixing at least two raw materials and being prepared into coating characterized by comprising

Feed mechanism, for each raw material to be carried out conveying feeding；

Decentralized institution, is docked and the including each raw material for accommodating feed mechanism conveying with the feed mechanism First stirring structure of one agitator tank and connection first agitator tank, first stirring structure is for stirring from described Material mechanism is delivered to each raw material in the agitator tank；

Mechanism is ground, is ground with described in decentralized institution docking and the grinding pot including being connected to the agitator tank and connection The abrasive structure of grinding jar, the abrasive structure is for grinding each original being delivered in the grinding pot from the agitator tank Material；

Twice dispersing mechanism with grinding mechanism docking and including the second agitator tank for being connected to the grinding pot and connect institute The second stirring structure of the second agitator tank is stated, second stirring structure is delivered to described second for stirring from the grinding pot Each raw material in agitator tank.

2. Paint Preparation System as described in claim 1, it is characterised in that: the feed mechanism includes for powder raw material Carry out the first feeding structure of feeding and the second feeding structure for carrying out feeding to liquid material.

3. Paint Preparation System as claimed in claim 2, it is characterised in that: first feeding structure includes for loading State the powder bucket of powder raw material, the first weight sensor of the connection powder bucket and for conveying the defeated of the powder raw material Machine is sent, described conveyer one end connects the discharge port of the powder bucket, the other end connection of the conveyer first stirring Tank.

4. Paint Preparation System as claimed in claim 2, it is characterised in that: second feeding structure includes one end connection institute State the feed pipe of the first agitator tank, the other end of the connection feed pipe and first defeated for pumping the liquid material Send pump, the flowmeter of the connection feed pipe and the connection feed pipe and with the spaced charging of the flowmeter Valve.

5. Paint Preparation System as described in claim 1, it is characterised in that: first stirring structure includes being located at described the First mixing part of the first agitating shaft, connection first one end of the mixing shaft in one agitator tank and connection first stirring The other end of axis and the first driver for being used to drive the first agitating shaft rotation.

6. Paint Preparation System as described in claim 1, it is characterised in that: the feed mechanism further includes for by described the The feedstock transportation in one agitator tank to the grinding pot the second delivery pump, described in one end connection of second delivery pump The other end of the discharge port of first agitator tank, second delivery pump connects the grinding pot.

7. Paint Preparation System as described in claim 1, it is characterised in that: the abrasive structure includes being located at the grinding pot Grinding shaft, multiple one end for being all connected with the grinding shaft and spaced grind section and the connection grinding shaft it is another End and the second driver for being used to drive the grinding shaft rotation.

8. the Paint Preparation System as described in claim 1-7 any one, it is characterised in that: the Paint Preparation System also wraps Include filter, the feed inlet of the filter connects the discharge port of the grinding pot, described in the discharge port connection of the filter Second agitator tank.

9. the Paint Preparation System as described in claim 1-7 any one, it is characterised in that: second stirring structure includes Second mixing part of the second agitating shaft, connection second one end of the mixing shaft in second agitator tank and connection institute State the other end of the second agitating shaft and the third driver for driving the second agitating shaft rotation.

10. the Paint Preparation System as described in claim 1-7 any one, it is characterised in that: the Paint Preparation System is also Including connecting the discharge port of second agitator tank and for the raw material in second agitator tank to be pumped to external packaging The third delivery pump of bag.