CN205925647U - Reation kettle firing control device - Google Patents

Abstract

The utility model discloses a reation kettle firing control device, including motor, the cauldron body and reation kettle electric cabinet, the motor lower extreme is fixed with cycloidal -pin wheel formula speed reducer, cycloidal -pin wheel formula speed reducer no. 1 is served and is fixed with current transformer, and current transformer is connected through electric wire and reation kettle electric cabinet, cycloidal -pin wheel formula speed reducer lower extreme fixedly connected with bearing, the bearing bottom mounting has the agitator, it is fixed with the kettle cover to serve on the cauldron body, be equipped with feed mechanism on the kettle cover, feed mechanism includes feeder sleeve, automatically controlled magnet valve door, feed inlet and isolated lid, feeder sleeve one end is through automatically controlled magnet valve door until the sealing connection feed inlet, the internal portion of cauldron is provided with presss from both sides cover and insulating layer, and the insulating layer be in inboard, be equipped with the blow -down pipe in the clamp cover. The utility model discloses reaction output torque's size is judged to electric current size when utilizing motor output to this has stronger practicality as the reinforced foundation of control.

Description

A kind of reactor feeding controlling device

Technical field

This utility model is related to reactor equipment technical field, specially a kind of reactor feeding controlling device.

Background technology

The broad understanding of reactor has the container physically or chemically reacting, by joining with parameter to the structure design of container Put, realize heating, the mixture function of evaporation, cooling and low high speed of technological requirement, the application of reactor is quite varied, often makes In chemical field, it is substantially to be made up of other power-equipments such as kettle, kettle cover and chuck, in reactor job content In, stirring mixture reaction is one of common work, and mixed ratio is also to need one of governing factor, another aspect reactor one Task amount is larger, if charging deficiency then can cause motor idle running to bring power waste, if overcharge then can cause to stir Mix that mixture is not abundant, and manual control is taken in traditional reactor charging, so, institute relatively low in charging degree of accuracy control aspect To improve the work quality of reactor charging control aspect, the work quality of reactor can be significantly improved.

Utility model content

The purpose of this utility model is to provide a kind of reactor feeding controlling device, to solve to carry in above-mentioned background technology The traditional reactor charging control accuracy going out is relatively low, the low problem of work quality.

For achieving the above object, this utility model provides following technical scheme：A kind of reactor feeding controlling device, including Motor, kettle and reactor electric cabinet, described motor lower end is fixed with the wheeled reductor of cycloidal pin, the wheeled deceleration of described cycloidal pin Current transformer is fixed with machine one end, current transformer is attached by the wheeled reductor of electric wire and cycloidal pin, and electric current Transformer is attached with reactor electric cabinet by electric wire, and the wheeled reductor lower end of described cycloidal pin is fixedly connected with bearing, And bearing is located inside kettle, described bearing bottom is fixed with agitator, and described kettle upper end is fixed with kettle cover, and kettle with It is tightly connected between kettle cover, described kettle cover is provided with feeding mechanism, described feeding mechanism includes feeder sleeve, automatically controlled magnet valve door, enters Material mouth passes through automatically controlled magnet valve door until being tightly connected charging aperture with isolation lid, described feeder sleeve one end, and isolation lid is located at connection Place, charging aperture is located on kettle cover, and the feeder sleeve other end connects raw material supply equipment, and described kettle is internally provided with chuck and heat-insulated Layer, and thermal insulation layer is in inner side, is provided with blow-down pipe in described chuck, and blow-down pipe one end connects atmospheric valve, atmospheric valve is located at kettle Cover.

Preferably, described bearing is fixed with bearing holder (housing, cover).

Preferably, described agitator is propeller agitator.

Preferably, described automatically controlled magnetic valve internal is provided with PLC electric control element and digital sensor, passes through therebetween wire Connect, and digital sensor passes through electric wire coupled reaction kettle electric cabinet.

Compared with prior art, the beneficial effects of the utility model are：This utility model is rational in infrastructure and simple, Neng Gouyou Effect be controlled the work that feeds, the corresponding relation slow by taking the big rotating speed of the big torsion of electric current during motor rotation, especially Current transformer is installed additional on reactor, and current transformer has been attached with the control panel of reactor, to reach electricity Machine current conditions inform control centre, and control centre carries out judging in reactor using the slow logic of the big rotating speed of the big torsion of electric current Working condition, thus controlling charging situation, the control of charging takes the mode installing automatically controlled magnet valve door on feeder sleeve permissible It is efficiently completed control work, this utility model, usually need the operating characteristic heating according to reactor, be specially mounted with to be vented The expellant gas that are difficult that some vaporize can be discharged, it is to avoid long-term accumulation adverse effect by pipe.

Brief description

Fig. 1 is overall structure diagram of the present utility model；

Fig. 2 is the enlarged diagram of feeding mechanism of the present utility model.

In figure：1- motor；The wheeled reductor of 2- cycloidal pin；3- feeding mechanism；4- kettle cover；5- kettle；6- chuck；7- is vented Pipe；8- thermal insulation layer；9- agitator；10- bearing；11- atmospheric valve；12- bearing holder (housing, cover)；13- current transformer；14- reactor is automatically controlled Case；15- feeder sleeve；16- automatically controlled magnet valve door；17-PLC electric control element；18- charging aperture；19- isolation lid；20- digital sensor.

Specific embodiment

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out Clearly and completely description is it is clear that described embodiment is only a part of embodiment of this utility model rather than whole Embodiment.Based on the embodiment in this utility model, those of ordinary skill in the art are not under the premise of making creative work The every other embodiment being obtained, broadly falls into the scope of this utility model protection.

Refer to Fig. 1-2, a kind of embodiment that this utility model provides：A kind of reactor feeding controlling device, including electricity Machine 1, kettle 5 and reactor electric cabinet 14, motor 1 lower end is fixed with the wheeled reductor of cycloidal pin 2, the wheeled reductor of cycloidal pin 2 Current transformer 13 is fixed with one end, current transformer 13 passes through electric wire, and wheeled reductor 2 is attached with cycloidal pin, and electricity Current transformer 13 is attached with reactor electric cabinet 14 by electric wire, and reactor electric cabinet 14 refers to independently installed reactor Control panel, the wheeled reductor of cycloidal pin 2 lower end is fixedly connected with bearing 10, and bearing 10 is fixed with bearing holder (housing, cover) 12, and bearing 10 are located inside kettle 5, and bearing 10 bottom is fixed with agitator 9, and agitator 9 is propeller agitator, fixing on kettle 5 upper end There is kettle cover 4, and be tightly connected between kettle 5 and kettle cover 4, kettle cover 4 is provided with feeding mechanism 3, feeding mechanism 3 includes feeder sleeve 15th, automatically controlled magnet valve door 16, charging aperture 18 and isolation lid 19, feeder sleeve 15 one end pass through automatically controlled magnet valve door 16 until be tightly connected into Material mouth 18, and isolation lid 19 is located at junction, charging aperture 18 is located on kettle cover, and feeder sleeve 15 other end connects raw material supply and sets Standby, it is provided with PLC electric control element 17 and digital sensor 20 inside automatically controlled magnet valve door 16, connected by wire therebetween, and number Word sensor 20 passes through electric wire coupled reaction kettle electric cabinet 14, and kettle 5 is internally provided with chuck 6 and thermal insulation layer 8, and thermal insulation layer 8 It is in inner side, in chuck 6, is provided with blow-down pipe 7, and blow-down pipe 7 one end connects atmospheric valve 11, atmospheric valve 11 is located on kettle cover 4.

Specifically used mode：Operationally, raw material is entered in reactor this utility model by feeding mechanism 3, and motor 1 exists Under the control action of the wheeled reductor of cycloidal pin 2, to bearing 10, bearing 10 rotates output kinetic energy, drives agitator 9 to be stirred The work of mixture, in work is carried out, current transformer 13 senses the electric current detecting at the wheeled reductor of cycloidal pin 2 in real time Situation, then current conditions herein are fed back to reactor electric cabinet 14, reactor electric cabinet 14 turns greatly according to the big torsion of electric current The slow logical judgment of speed goes out herein size of current thus judging the speed conditions of corresponding bearing 10, thus judging reactor with this Interior the need of carrying out charging control, when the work that feeds is controlled, reactor electric cabinet 14 is signaled to digital sensing Device 20, digital sensor 20 control PLC electric control element 17 is operated thus controlling the opening and closing degree of automatically controlled magnet valve door 16, feed The raw material of pipe 15 passes through automatically controlled magnet valve door 16, then enters in kettle from charging aperture 18, when other work such as the long-term heating of reactor When leading to be difficult expellant gas accumulate in blow-down pipe 7, open atmospheric valve 11 and discharge, so far, utility model works terminate.

It is obvious to a person skilled in the art that this utility model is not limited to the details of above-mentioned one exemplary embodiment, and And in the case of without departing substantially from spirit or essential attributes of the present utility model, this practicality can be realized in other specific forms new Type.Therefore, no matter from the point of view of which point, embodiment all should be regarded as exemplary, and be nonrestrictive, this practicality is new The scope of type is limited by claims rather than described above, it is intended that the containing of equivalency that will fall in claim All changes in justice and scope are included in this utility model.Any reference in claim should not be considered as limiting Involved claim.

Claims (4)

1. a kind of reactor feeding controlling device, including motor（1）, kettle（5）With reactor electric cabinet（14）, its feature exists In：Described motor（1）Lower end is fixed with the wheeled reductor of cycloidal pin（2）, the wheeled reductor of described cycloidal pin（2）Fixing on one end There is current transformer（13）, current transformer（13）By electric wire and the wheeled reductor of cycloidal pin（2）It is attached, and electric current is mutual Sensor（13）By electric wire and reactor electric cabinet（14）It is attached, the wheeled reductor of described cycloidal pin（2）Lower end is fixing even It is connected to bearing（10）, and bearing（10）It is located at kettle（5）Inside, described bearing（10）Bottom is fixed with agitator（9）, described kettle Body（5）Kettle cover is fixed with upper end（4）, and kettle（5）With kettle cover（4）Between be tightly connected, described kettle cover（4）It is provided with charging Mechanism（3）, described feeding mechanism（3）Including feeder sleeve（15）, automatically controlled magnet valve door（16）, charging aperture（18）With isolation lid（19）, Described feeder sleeve（15）Automatically controlled magnet valve door is passed through in one end（16）Until being tightly connected charging aperture（18）, and completely cut off lid（19）The company of being located at Connect place, charging aperture（18）It is located on kettle cover, feeder sleeve（15）The other end connects raw material supply equipment, described kettle（5）Inside sets It is equipped with chuck（6）And thermal insulation layer（8）, and thermal insulation layer（8）It is in inner side, described chuck（6）Inside it is provided with blow-down pipe（7）, and be vented Pipe（7）One end connects atmospheric valve（11）, atmospheric valve（11）It is located at kettle cover（4）On.

2. a kind of reactor feeding controlling device according to claim 1 it is characterised in that：Described bearing（10）Upper fixation There is bearing holder (housing, cover)（12）.

3. a kind of reactor feeding controlling device according to claim 1 it is characterised in that：Described agitator（9）For pushing away Feeding mixer.

4. a kind of reactor feeding controlling device according to claim 1 it is characterised in that：Described automatically controlled magnet valve door（16） Inside is provided with PLC electric control element（17）And digital sensor（20）, connected by wire therebetween, and digital sensor（20） By electric wire coupled reaction kettle electric cabinet（14）.