CN208632392U - A kind of slag powders desiccant generating device - Google Patents

Abstract

The utility model discloses a kind of slag powders desiccant generating devices, including ontology, reaction cylinder, rack and control module, organic frame is set on the ontology, the left upper end of the rack is connected with support rod, the top of the support rod is equipped with control module, the bottom righthand side of the rack is provided with the second pillar, and the left side end on the lower side of second pillar is connected with the second support plate, and the upper end of second support plate is equipped with reaction cylinder.The utility model passes through the first solenoid valve of setting, air-cooler, shaft, stirring blade, hot water radiation wire, second pressure sensing module, hopper, third solenoid valve and the 4th electromagnetic valve structure, it solves at present, when material being added into device, most of is by manually being weighed, cause both to influence working efficiency in this way, product quality is influenced again and currently, existing equipment has that the moisture content contained by the product that material is mixed and produced being unable to fully is larger.

Description

A kind of slag powders desiccant generating device

Technical field

The utility model relates to desiccant production equipment technology, specially a kind of slag powders desiccant generating device.

Background technique

Slag powders are the abbreviations of ground granulated blast furnace slag, are a kind of good concrete admixtures, by meeting GB/T203 The granulated blast-furnace slag of standard reaches suitable fineness and meets the powder of suitable activity index, desiccant is through drying, grinding Refer to can remove humidity substance in moisture substance, be often divided into two classes: chemical drier, such as calcium sulfate and calcium chloride, by with Water combines generation hydrate to be dried；Physical dryness agent, such as silica gel and activated alumina, are done by physical absorption water Dry, it is closely bound up that the control of moisture, which is with the yield of product,.For food, under temperature and humidity appropriate, food In bacterium and mould will breed at an amazing speed, make food spoilage, cause dampness and discoloration.Electronic product also can be because wet Spending height causes metal to aoxidize, and generates bad.The use of desiccant is just intended to that extra moisture is avoided to cause defective products Occur, there are many devices for producing desiccant in the market, but there are deficiencies below for the prior art:

1. currently, most of is to cause both to influence work in this way by manually being weighed when material being added into device Efficiency, and the problem of influence product quality.

2. currently, there is the moisture contained by the product that material is mixed and produced being unable to fully in existing equipment The problem of large percentage.

Utility model content

(1) the technical issues of solving

In view of the deficiencies of the prior art, the utility model provides a kind of slag powders desiccant generating device, solves mesh Before, when material being added into device, most of is to cause not only to influence working efficiency in this way by manually being weighed, but also influence Product quality and currently, moisture of the existing equipment contained by the presence of the product that material is mixed and produced being unable to fully The problem of large percentage.

(2) technical solution

To achieve the above object, the utility model provides the following technical solutions: a kind of slag powders desiccant generating device, packet Ontology, reaction cylinder, rack and control module are included, organic frame is set on the ontology, the left upper end of the rack is connected with support Bar, the top of the support rod are equipped with control module, and the control module includes touch screen, the first controller, the second control Device processed, third controller, the 4th controller, the 5th controller, message processing module, display screen, signal receiving module, indicator light And power supply, the inside of the control module are inlaid with touch screen, the inside of the control module has end to be equipped with power supply, the power supply Model SGAM-05-WS12, for the known and disclosed prior art, the outer upper end of the control module is from left to right successively It is provided with indicator light and signal receiving module, the model J68B of the signal receiving module, for known and disclosed existing skill The inside left upper end of art, the control module is equipped with third controller, and third controller model MAM-300, is known And the disclosed prior art, second controller is installed immediately below the third controller, the second controller model MAM-200 is the known and disclosed prior art, is equipped with the first controller immediately below the second controller, this first Controller model MAM-100, for the known and disclosed prior art, the right of first controller is equipped with information processing Module is equipped with display screen above the message processing module, the 5th controller is equipped with above the display screen, this Five controller model HH-DA10D, for the known and disclosed prior art, the left of the 5th controller is equipped with the 4th Controller, the 4th controller model HH-N40S, for the known and disclosed prior art, the lower-left end setting of the rack There is the first pillar, the top of first pillar is equipped with motor, and the right end of the motor is connected with shaft, sets in the shaft It is equipped with stirring blade, the right side end on the lower side of first pillar is connected with the first support plate, and the bottom righthand side of the rack is provided with Second pillar, the top of second pillar have been set gradually from left to right asepwirator pump and waste heat box, the left end of the asepwirator pump Be connected with the first connecting tube, the left side end on the lower side of second pillar is connected with the second support plate, second support plate it is upper End is equipped with reaction cylinder, and the reaction cylinder is internally provided with air-cooler and hot water radiation wire, and the bottom end of the reaction cylinder offers out Material mouth, the bottom end of the discharge port are connected with discharge bucket, second solenoid valve are equipped on the discharge bucket, the discharge bucket is just Lower section is provided with rewinding case, and the inner bottom of the rewinding case is equipped with first pressure sensing module, which senses mould Block model PXM309-020G10V, for the known and disclosed prior art, the upper end of the rack is equipped with feed hopper, described Third solenoid valve and the 4th solenoid valve are installed, the bottom end of the feed hopper is connected with hopper, the hopper on feed hopper Inner bottom second pressure sensing module is installed, second pressure sensing module model BME-761-1100, is known And the disclosed prior art, the outer lower end of the hopper connect the second connecting tube, and the is equipped in second connecting tube One solenoid valve.

Preferably, connected between the hopper and reaction cylinder by the second connecting tube, the asepwirator pump and reaction cylinder it Between by the first connecting tube connect.

Preferably, it is connected between the control module and rack by support rod, is led between the discharge bucket and reaction cylinder Cross discharge port connection.

Preferably, it is electrically connected between the output end of the motor and the input terminal of shaft, the first pressure senses mould The output end of block and the output end of second pressure sensing module are electrically connected between the input terminal of signal receiving module respectively.

Preferably, first controller, second controller, third controller, the 4th controller and the 5th controller five It is connected in parallel between person, first controller, second controller, third controller, the 4th controller and the 5th controller point It is not connected in series between power supply.

(3) beneficial effect

The utility model provides a kind of slag powders desiccant generating device, have it is following the utility model has the advantages that

(1) the utility model by setting the first solenoid valve, second pressure sensing module, hopper, third solenoid valve and 4th electromagnetic valve structure, in use, injecting different materials by different feed hoppers, the material into feed hopper enters metering In cylinder, signal is then issued by the second pressure sensing module in hopper, signal is then received by signal receiving module And transmit signals in message processing module, after message processing module is handled, pressure is shown in aobvious in digital form In display screen, when pressure on the number is close to set numerical value, message processing module issues instruction to the 4th controller and makes the 4th electricity Magnet valve is in close state, and third solenoid valve continues blowing, when pressure on the number is equal to set numerical value, message processing module hair Being instructed out to third controller is in close state third solenoid valve, stops the blowing into hopper, then information processing Module issues instruction to the first controller and makes the first solenoid valve material in the open state made inside hopper by the Two connecting tubes enter the inside of reaction cylinder, thus solve currently, into device be added material when, it is most of be by manually into Row weighs, and causes not only to influence working efficiency in this way, but also the problem of influence product quality.

(2) the utility model is by setting air-cooler, shaft, stirring blade and hot water radiation wire structure, in use, at information Reason module issues instruction to the 5th controller and motor is opened, thus the shaft work made, so that stirring blade is to anti- It answers the material of cylinder interior to be stirred, so that material is sufficiently reacted, opens simultaneously air-cooler and air-cooler is made to blow out wind, so Afterwards by the operating of hot water radiation wire so that air-cooler blowout wind become warm wind, be dried to the material inside reaction cylinder, Generated exhaust gas when asepwirator pump reacts material is opened at the same time to enter in waste heat box by the first connecting tube, is kept away Pollution environment is exempted from, to solve currently, existing equipment has the production that material is mixed and produced being unable to fully The larger problem of moisture content contained by product.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the partial structure diagram of control module in the utility model.

In figure: 1, ontology；2, the first solenoid valve；3, air-cooler；4, reaction cylinder；5, motor；6, the first pillar；7, first Fagging；8, shaft；9, discharge port；10, second solenoid valve；11, first pressure sensing module；12, rewinding case；13, discharge bucket； 14, asepwirator pump；15, the second pillar；16, waste heat box；17, the first connecting tube；18, stirring blade；19, hot water radiation wire；20, Two connecting tubes；21, second pressure sensing module；22, hopper；23, rack；24, third solenoid valve；25, the 4th solenoid valve； 26, feed hopper；27, support rod；28, control module；29, touch screen；30, the first controller；31, second controller；32, Three controllers；33, the 4th controller；34, the 5th controller；35, message processing module；36, display screen；37, signal receives mould Block；38, indicator light；39, power supply；40, the second support plate.

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.

As shown in Figs. 1-2, the utility model provides a kind of technical solution: a kind of slag powders desiccant generating device, including Ontology 1, reaction cylinder 4, rack 23 and control module 28, organic frame 23 is arranged on ontology 1, and the left upper end of rack 23 is connected with support Bar 27, the top of support rod 27 are equipped with control module 28, are connected between control module 28 and rack 23 by support rod 27, control Molding block 28 includes touch screen 29, the first controller 30, second controller 31, third controller 32, the 4th controller 33, Five controllers 34, message processing module 35, display screen 36, signal receiving module 37, indicator light 38 and power supply 39, control module 28 Inside be inlaid with touch screen 29, the inside of control module 28 has end to be equipped with power supply 39, the outer upper end of control module 28 from It is left-to-right to be disposed with indicator light 38 and signal receiving module 37, the output end and second pressure of first pressure sensing module 11 The output end of sensing module 21 is electrically connected between the input terminal of signal receiving module 37 respectively, and the inside of control module 28 is left Upper end is equipped with third controller 32, and the underface of third controller 32 is equipped with second controller 31, second controller 31 Underface is equipped with the first controller 30, and the right of the first controller 30 is equipped with message processing module 35, message processing module 35 top is equipped with display screen 36, and the top of display screen 36 is equipped with the 5th controller 34, the left peace of the 5th controller 34 Equipped with the 4th controller 33, the first controller 30, second controller 31, third controller 32, the 4th controller 33 and the 5th control It is connected in parallel between device 34 5 processed, the first controller 30, second controller 31, third controller 32,33 and of the 4th controller 5th controller 34 is connected in series between power supply 39 respectively, and the lower-left end of rack 23 is provided with the first pillar 6, the first pillar 6 Top motor 5 is installed, the right end of motor 5 is connected with shaft 8, between the output end of motor 5 and the input terminal of shaft 8 electrically It connects, is provided with stirring blade 18 in shaft 8, the right side end on the lower side of the first pillar 6 is connected with the first support plate 7, rack 23 Bottom righthand side is provided with the second pillar 15, and the top of the second pillar 15 has been set gradually from left to right asepwirator pump 14 and waste heat box 16, The left end of asepwirator pump 14 is connected with the first connecting tube 17, is connected between asepwirator pump 14 and reaction cylinder 4 by the first connecting tube 17, the The left side end on the lower side of two pillars 15 is connected with the second support plate 40, and the upper end of the second support plate 40 is equipped with reaction cylinder 4, reaction cylinder 4 are internally provided with air-cooler 3 and hot water radiation wire 19, and the bottom end of reaction cylinder 4 offers discharge port 9, and the bottom end of discharge port 9 is connected with Discharge bucket 13 is connected by discharge port 9 between discharge bucket 13 and reaction cylinder 4, second solenoid valve 10 is equipped on discharge bucket 13, out The underface of hopper 13 is provided with rewinding case 12, and the inner bottom of rewinding case 12 is equipped with first pressure sensing module 11, rack 23 upper end is equipped with feed hopper 26, and third solenoid valve 24 and the 4th solenoid valve 25 are equipped on feed hopper 26, feed hopper 26 Bottom end is connected with hopper 22, and the inner bottom of hopper 22 is equipped with second pressure sensing module 21, the outside of hopper 22 Bottom end connects the second connecting tube 20, is connected between hopper 22 and reaction cylinder 4 by the second connecting tube 20, in the second connecting tube 20 First solenoid valve 2 is installed, in use, providing electric energy to control module by power supply 39, user is made by indicator light 38 The state for recognizing ontology 1 is fixedly mounted on reaction cylinder 4 in rack 23 by the first support plate 7 and the second support plate 40, By the first pillar 6 motor 5 is fixedly mounted in rack 23, asepwirator pump 14 and waste heat box 16 are made by the second pillar 15 It is respectively and fixedly installed in rack 23.

Working principle: in use, different materials is injected by different feed hoppers 26, into the material of feed hopper 26 Into in hopper 22, signal is then issued by the second pressure sensing module 21 in hopper 22, is then connect by signal Module 37 is received to receive signal and transmit signals in message processing module 35, after the processing of message processing module 35, pressure It is shown on display screen 36 in digital form, when pressure on the number is close to set numerical value, the sending of message processing module 35 refers to Enabling to the 4th controller 33 is in close state the 4th solenoid valve 25, and third solenoid valve 24 continues blowing, works as pressure on the number When equal to set numerical value, message processing module 35 issues instruction to third controller 32 and third solenoid valve 24 is made to be in closing State stops the blowing into hopper 22, and then message processing module 35, which issues to instruct to the first controller 30, makes the first electricity The material in the open state made inside hopper 22 of magnet valve 2 enters the inside of reaction cylinder 4 by the second connecting tube 20, then Message processing module 35 issues instruction to the 5th controller 34 and motor 5 is opened, so that the shaft 8 made works, so that Stirring blade 18 is stirred the material inside reaction cylinder 4, so that material is sufficiently reacted, opening simultaneously air-cooler 3 makes It obtains air-cooler 3 and blows out wind, then by the operating of hot water radiation wire 19 so that the wind that air-cooler 3 is blown out becomes warm wind, to reaction Material inside cylinder 4 is dried, and opens generated exhaust gas when asepwirator pump 14 reacts material at the same time and passes through First connecting tube 17 enters in waste heat box 16, avoids pollution environment, it is completely reacted after product discharge bucket is entered by discharge port 9 In 13, subsequently into rewinding case 12,12 bottom pressure of rewinding case issues signal by first pressure sensing module 11, so It is received and is transmitted signals in message processing module 35 by signal receiving module 37 afterwards, after the processing of message processing module 35, Pressure is shown in digital form on display screen 36, and when number is equal to the volume of rewinding case 12, message processing module 35 is sent out Being instructed out to second controller 31 is in close state second solenoid valve 10, stops being put into product into rewinding case 12.

It can to sum up obtain, the utility model passes through setting the first solenoid valve 2, air-cooler 3, shaft 8, stirring blade 18, thermoelectricity Hinder silk 19, second pressure sensing module 21,25 structure of hopper 22, third solenoid valve 24 and the 4th solenoid valve, solve currently, When material being added into device, most of is to cause not only to influence working efficiency in this way by manually being weighed, but also influence product Quality and currently, moisture content of the existing equipment contained by the presence of the product that material is mixed and produced being unable to fully Larger problem.

It should be noted that, in this document, such as first, second or the like relational terms are used merely to an entity Or operation is distinguished with another entity or operation, is existed without necessarily requiring or implying between these entities or operation Any actual relationship or order.Moreover, the terms "include", "comprise" or its any other variant be intended to it is non- It is exclusive to include, so that the process, method, article or equipment for including a series of elements not only includes those elements, It but also including other elements that are not explicitly listed, or further include solid by this process, method, article or equipment Some elements.

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 slag powders desiccant generating device, including ontology (1), reaction cylinder (4), rack (23) and control module (28), It is characterized by: organic frame (23) are arranged on the ontology (1), the left upper end of the rack (23) is connected with support rod (27), The top of the support rod (27) is equipped with control module (28), and the control module (28) includes touch screen (29), first Controller (30), second controller (31), third controller (32), the 4th controller (33), the 5th controller (34), at information Manage module (35), display screen (36), signal receiving module (37), indicator light (38) and power supply (39), the control module (28) Inside be inlaid with touch screen (29), the inside of the control module (28) has end to be equipped with power supply (39), the control module (28) outer upper end has been set gradually from left to right indicator light (38) and signal receiving module (37), the control module (28) Inside left upper end be equipped with third controller (32), second controller is installed immediately below the third controller (32) (31), it is equipped with the first controller (30) immediately below the second controller (31), the right of first controller (30) It is equipped with message processing module (35), display screen (36), the display screen is installed above the message processing module (35) (36) the 5th controller (34) is installed above, the left of the 5th controller (34) is equipped with the 4th controller (33), The lower-left end of the rack (23) is provided with the first pillar (6), and the top of first pillar (6) is equipped with motor (5), described The right end of motor (5) is connected with shaft (8), is provided with stirring blade (18) on the shaft (8), first pillar (6) Right side end on the lower side is connected with the first support plate (7), and the bottom righthand side of the rack (23) is provided with the second pillar (15), and described second The top of pillar (15) has been set gradually from left to right asepwirator pump (14) and waste heat box (16), and the left end of the asepwirator pump (14) connects It being connected to the first connecting tube (17), the left side end on the lower side of second pillar (15) is connected with the second support plate (40), and described second The upper end of support plate (40) is equipped with reaction cylinder (4), and the reaction cylinder (4) is internally provided with air-cooler (3) and hot water radiation wire (19), the bottom end of the reaction cylinder (4) offers discharge port (9), and the bottom end of the discharge port (9) is connected with discharge bucket (13), It is equipped with second solenoid valve (10) on the discharge bucket (13), is provided with rewinding case (12) immediately below the discharge bucket (13), The inner bottom of the rewinding case (12) is equipped with first pressure sensing module (11), the upper end of the rack (23) be equipped with into Hopper (26) is equipped with third solenoid valve (24) and the 4th solenoid valve (25), the feed hopper (26) on the feed hopper (26) Bottom end be connected with hopper (22), the inner bottom of the hopper (22) is equipped with second pressure sensing module (21), institute The outer lower end connection the second connecting tube (20) of hopper (22) is stated, the first solenoid valve is installed on second connecting tube (20) (2)。

2. a kind of slag powders desiccant generating device according to claim 1, it is characterised in that: the hopper (22) with It is connected between reaction cylinder (4) by the second connecting tube (20), is connect between the asepwirator pump (14) and reaction cylinder (4) by first Manage (17) connection.

3. a kind of slag powders desiccant generating device according to claim 1, it is characterised in that: the control module (28) It is connect between rack (23) by support rod (27), between the discharge bucket (13) and reaction cylinder (4) even by discharge port (9) It connects.

4. a kind of slag powders desiccant generating device according to claim 1, it is characterised in that: the motor (5) it is defeated It is electrically connected between outlet and the input terminal of shaft (8), the output end and second pressure of the first pressure sensing module (11) The output end of sensing module (21) is electrically connected between the input terminal of signal receiving module (37) respectively.

5. a kind of slag powders desiccant generating device according to claim 1, it is characterised in that: first controller (30), in parallel between second controller (31), third controller (32), the 4th controller (33) and the 5th controller (34) five Connection, first controller (30), second controller (31), third controller (32), the 4th controller (33) and the 5th control Device (34) processed is connected in series between power supply (39) respectively.