CN209306958U - A kind of sodium silicate process units - Google Patents

Abstract

The utility model discloses a kind of sodium silicate process units, belong to sodium silicate production equipment technology, including blanking component, tank body, mixing component, runner assembly, exhaust fan, treatment box, draw water component and steam component, exhaust fan is arranged between tank body and treatment box, the side of tank body is arranged in blanking component, the top of tank body is arranged in mixing component, the side of tank body is arranged in runner assembly, the component that draws water is symmetrical set with steam component in the two sides for the treatment of box, screen tray is equipped in tank body, thermal insulation board and heat-conducting plate, several and one-to-one sieve pore is equipped on screen tray and thermal insulation board, the side wall of thermal insulation board is equipped with several tooth sockets, screen tray, tank interior space is divided into the first accommodating chamber by thermal insulation board and heat-conducting plate, second accommodating chamber and third accommodating chamber, heater is equipped in third accommodating chamber.The utility model increases the safety of worker and avoids the improper damage caused to semi-product material of worker operation in handling process, and its structure is simple, easy to operate.

Description

A kind of sodium silicate process units

Technical field

The utility model relates to sodium silicate production equipment technologies, more particularly, to a kind of sodium silicate process units.

Background technique

Sodium silicate, aqueous solution are called waterglass, the solid or thick liquid of colourless, dark green or brown.Sodium metasilicate be by Silica (quartz sand), soda ash (or native alkali) congruent melting in fusing kiln, cooling crush are made, and fuel is coal, natural gas, coal gas , sodium silicate, aqueous solution is called waterglass, the solid or thick liquid of colourless, dark green or brown.Sodium metasilicate is by silica (quartz sand), soda ash (or native alkali) congruent melting in fusing kiln, cooling crush are made, and fuel is coal, natural gas, coal gas The purposes of sodium silicate is very extensive, almost spreads each department of national economy, such as is used to manufacture silica gel, white in chemical system The various silicates such as carbon black, zeolite molecular sieve, sodium metasilicate, silica solution, layer silicon and instant powdery sodium silicate, sodium potassium silicate produce Product are the base stocks of silicon compound；It is indispensable raw material in the detergent such as washing powder, soap in light industry, and Water softener, settling agent；Assisting-dyeing, bleaching and sizing are used in textile industry.But traditional sodium silicate process equipment exists Need repeatedly to carry semi-product material in process, but due to being the operation of high temperature open type at processing, and operating environment is disliked Bad, insecurity factor is more, and the safety of worker cannot ensure, and in handling process semi-product material largely contacted with air and The improper damage that will cause to semi-product material of worker operation in handling process.

Utility model content

The purpose of this utility model is to provide a kind of sodium silicate process units, to solve flower bulb traditional in the prior art Alkali process equipment needs repeatedly to carry semi-product material in process, reduces half in the safety and handling process of worker Finished product materials largely contacted with air and handling process in the improper technology that will cause the damage to semi-product material of worker operation Problem.

The utility model provides a kind of sodium silicate process units, including blanking component, tank body, mixing component, runner assembly, Exhaust fan, treatment box, draw water component and steam component, and the exhaust fan is arranged between tank body and treatment box, and exhaust fan Both ends with connect inside tank body and treatment box, the side of tank body is arranged in the blanking component, and the mixing component is arranged At the top of tank body, the side of tank body is arranged in the runner assembly, and the component that draws water is symmetrical set with steam component The two sides for the treatment of box are equipped with screen tray, thermal insulation board and heat-conducting plate in the tank body, be equipped on the screen tray and thermal insulation board it is several and The side wall of one-to-one sieve pore, the thermal insulation board is equipped with several tooth sockets, and the screen tray, thermal insulation board and heat-conducting plate will be in tank bodies Portion space is divided into the first accommodating chamber, the second accommodating chamber and third accommodating chamber, is equipped with heater in the third accommodating chamber.

Further, the blanking component includes mounting rack, rotary electric machine, shaft coupling, shaft, bucket, material storage tube, partition And the side of tank body is arranged in feeder pipe, the mounting rack, the middle part of mounting rack, the shaft coupling is arranged in the rotary electric machine It is mounted on the output end of rotary electric machine, one end of the shaft is mounted on shaft coupling, and the other end of the shaft passes through peace The bottom that material storage tube is extended to material storage tube is shelved, the bucket is mounted on the top of support frame, and the material storage tube is mounted on In bucket, material storage tube inner space is divided into the first material stock chamber and the second material stock chamber, one end of the feeder pipe by the partition It is connected to, is connected to inside the other end of the feeder pipe and its bucket, the first material stock chamber and second is deposited with its tank interior Expect to offer the through-hole being connected to its feeder pipe on the side wall of chamber, the feeder pipe is equipped with the first solenoid valve.

Further, the mixing component includes stirring motor, coupling base, drive shaft and is in criss-cross connector, described Coupling base is mounted on the top of agitator tank, and the stirring motor is in being vertically installed on coupling base, and the output of stirring motor End is connected on coupling base, and the top of the drive shaft is connected on coupling base through agitator tank, is connected in the middle part of the connector Connect the cross bar being set in distance there are four setting on the bottom of drive shaft, the connector.

Further, the runner assembly includes loading plate, driving motor, belt pulley, belt, rotation axis and gear, described The side of tank body is arranged in loading plate, and the driving motor is mounted on loading plate, and the belt pulley is set in driving motor On output end, one end of the rotation axis is rotatably installed on loading plate, and the gear is mounted on the other end of rotation axis, and Gear is meshed with tooth socket, and the both ends of the belt are respectively sleeved on belt pulley and rotation axis, offers confession on the tank body The second window that gear passes through.

Further, the component that draws water includes suction pump, the first drinking-water pipe, the second drinking-water pipe and water storage tank, and described first One end of drinking-water pipe is mounted on the feed end of suction pump, and the other end is connected on water storage tank, one end of second drinking-water pipe It is mounted on the discharge end of suction pump, the other end is connected to the top of tank body.

Further, the steam component includes hot-water cylinder, heating tube, exhaust pipe and second solenoid valve, and the hot-water cylinder is set The side in treatment box is set, the heating tube is arranged in hot-water cylinder, and one end of the exhaust pipe is arranged on hot-water cylinder, another End is connected on treatment box, and the second solenoid valve is arranged on exhaust pipe, and the top of the hot-water cylinder is equipped with water inlet pipe, water inlet Pipe is equipped with sealing cover.

Further, the top of the treatment box is equipped with cooler, is equipped with sieve plate in the treatment box, the treatment box Side offers the window for movable-sieve-plate, and the side of the sieve plate is equipped with handle, and the treatment box is arranged right below discharge Pipe, the drainage conduit are arranged right below scrap collecting tank.

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

First, quartz sand and soda ash are discharged into the first accommodating chamber by the utility model by blanking component, it is subsequently agitated for group Part works, and quartz sand and soda ash are stirred, and subsequent runner assembly carries out work rotation thermal insulation board, when thermal insulation board and sieve Sieve pore on plate it is corresponding it is upper after, the material for stirring completion is fallen into the second accommodating chamber by sieve pore, with post-heater to material into Row heating melting, after the completion of heating, material is drawn in treatment box by exhaust fan, and the component that then draws water in treatment box to infusing Water, the component steam component that draws water after the completion of water filling are dissolved to steam, subsequent material is discharged into treatment box by steam, are dissolved into certain Impurity is removed through natural supernatant after concentration, subsequent waste material is discharged from treatment box, and steam component works on, adds to material Heat, when material is concentrated into specified require, material is taken out by worker, is existed compared to traditional sodium silicate process equipment material Without repeatedly being carried by worker in process, to increase the safety of worker and avoid semi-finished product object in handling process Material largely contacted with air and handling process in the improper damage caused to semi-product material of worker operation.

Second, being provided with blanking component in the utility model, rotary electric machine drives shaft coupling, and shaft coupling drives shaft to turn Dynamic, shaft drives material storage tube rotation, when the through-hole alignment feeder pipe on the first material stock chamber in material storage tube, in the first material stock chamber Material fallen into tank body by feeder pipe, when falling into specified wt, the first solenoid valve works, stop the material fallen into, Subsequent rotary electric machine starts to invert, and shaft coupling drives shaft rotation, and shaft drives material storage tube to rotate backward, when the in material storage tube When through-hole alignment feeder pipe on two material stock chambers, the material in the second material stock chamber is fallen into tank body by feeder pipe, specified when falling into When weight, the first solenoid valve works, and stops the material fallen into, to realize blanking work, and more accurate.

Third, being provided with mixing component in the utility model, after completing blanking work, stirring motor is started to work, and is stirred It mixes motor and drives drive shaft to be rotated by coupling base, drive shaft band follower link synchronizes rotation, last four cross bars As drive shaft synchronizes rotation, cross bar can stir evenly quartz sand and sodium salt.

Fourth, being provided with runner assembly in the utility model, driving motor driving belt pulley, belt pulley drives belt to turn Dynamic, belt drives rotation axis rotation, and rotation shaft driven gear rotation, gear drives thermal insulation board rotation, when on thermal insulation board and sieve plate Sieve pore it is corresponding upper after, the material for stirring completion is fallen into the second accommodating chamber by sieve pore, to control discharging work, and structure Simply, easy to operate.

Fifth, being provided with the component that draws water in the utility model, after the completion of heating, material is drawn to treatment box by exhaust fan In, the water in water storage tank is discharged into treatment box by suction pump by the first drinking-water pipe and the second drinking-water pipe, to realize water filling Work is prepared for the work of next step.

Sixth, being provided with steam component in the utility model, after the completion of water filling, heating tube works in hot-water cylinder Water heated, so that it be made to evaporate steam, steam is entered in treatment box by exhaust pipe carries out steam to semi-product material Operation, subsequent material are dissolved by steam, are dissolved into after a certain concentration and are removed impurity through natural supernatant, subsequent waste material is arranged from treatment box Out, heating tube works on heats to the water in hot-water cylinder, and steam is entered in treatment box by exhaust pipe continues material It is heated, so that its material be made to be concentrated, second solenoid valve can control the discharge of steam, to realize steam work Make, such design is not only simple in structure, and cost is relatively low.

Detailed description of the invention

It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art Under the premise of labour, it is also possible to obtain other drawings based on these drawings.

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

Fig. 2 is the cross-sectional view of the blanking component of the utility model；

Fig. 3 is the cross-sectional view of the tank body of the utility model；

Fig. 4 is the local fractionation structural representation of the utility model；

Fig. 5 is the structural schematic diagram of the second angle of the utility model.

Appended drawing reference:

Blanking component 1, mounting rack 1a, rotary electric machine 1b, shaft coupling 1c, shaft 1d, bucket 1e, material storage tube 1f, partition 1g, feeder pipe 1h, the first material stock chamber 1i, the second material stock chamber 1j, through-hole 1k, the first solenoid valve 1m, tank body 2, screen tray 2a, thermal insulation board 2b, heat-conducting plate 2c, sieve pore 2d, the first accommodating chamber 2e, the second accommodating chamber 2f, third accommodating chamber 2g, heater 2h, mixing component 3h, stirring motor 4, coupling base 4a, drive shaft 4b, connector 4c, cross bar 4d, runner assembly 5, loading plate 5a, driving motor 5b, Belt pulley 5c, belt 5d, rotation axis 5e, gear 5f, exhaust fan 6, treatment box 7, cooler 7a, sieve plate 7b, handle 7c, drainage conduit 7d, scrap collecting tank 7e, draw water component 8, suction pump 8a, the first drinking-water pipe 8b, the second drinking-water pipe 8c, water storage tank 8d, steam group Part 9, hot-water cylinder 9a, heating tube 9b, exhaust pipe 9c, second solenoid valve 9d.

Specific embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described Embodiment is the utility model a part of the embodiment, instead of all the embodiments.

The component of the utility model embodiment for usually describing and showing in attached drawing here can be with a variety of different Configuration is to arrange and design.It therefore, is not below purport to the detailed description of the embodiments of the present invention provided in the accompanying drawings In the range of limitation claimed invention, but it is merely representative of the selected embodiment of the utility model.

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 is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the One ", " second ", " third " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition The concrete meaning of language in the present invention.

Below with reference to shown in Fig. 1 to Fig. 5, the utility model embodiment provides a kind of sodium silicate process units, including under Expect that component 1, tank body 2, mixing component 3h, runner assembly 5, exhaust fan 6, treatment box 7, draw water component 8 and steam component 9, it is described Exhaust fan 6 is arranged between tank body 2 and treatment box 7, and the both ends of exhaust fan 6 are connected with inside tank body 2 and treatment box 7, The side of tank body 2 is arranged in the blanking component 1, and the top of tank body 2, the runner assembly 5 is arranged in the mixing component 3h The side of tank body 2 is set, and the component 8 that draws water is symmetrical set with steam component 9 in the two sides for the treatment of box 7, the tank body 2 It is interior several and one-to-one equipped with being equipped on screen tray 2a, thermal insulation board 2b and heat-conducting plate 2c, the screen tray 2a and thermal insulation board 2b The side wall of sieve pore 2d, the thermal insulation board 2b are equipped with several tooth sockets, and the screen tray 2a, thermal insulation board 2b and heat-conducting plate 2c are by tank body 2 Inner space is divided into being equipped in the first accommodating chamber 2e, the second accommodating chamber 2f and third accommodating chamber 2g, the third accommodating chamber 2g and add Hot device 2h.Quartz sand and soda ash are discharged into the first accommodating chamber 2e by blanking component 1, component 3h is subsequently agitated for and works, Quartz sand and soda ash are stirred, subsequent runner assembly 5 carries out work rotation thermal insulation board 2b, when on thermal insulation board 2b and sieve plate 7b Sieve pore 2d correspondence on after, stir the material of completion and fallen into the second accommodating chamber 2f by sieve pore 2d, with post-heater 2h to object Material carries out heating melting, and after the completion of heating, material is drawn in treatment box 7 by exhaust fan 6, and the component 8 that then draws water is to treatment box 7 It is inside filled the water, draws water 8 steam component 9 of component to steam is discharged into treatment box 7 after the completion of water filling, subsequent material is molten by steam Solution is dissolved into after a certain concentration and removes impurity through natural supernatant, and subsequent waste material is discharged from treatment box 7, and steam component 9 continues work Make, material is heated, when material is concentrated into specified require, material is taken out by worker, compared to traditional flower bulb Alkali process equipment material is not necessarily to repeatedly be carried by worker in process, removes to increase the safety of worker and avoid During fortune semi-product material largely contacted with air and handling process in the improper damage caused to semi-product material of worker operation Wound.

Specifically, the blanking component 1 include mounting rack 1a, rotary electric machine 1b, shaft coupling 1c, shaft 1d, bucket 1e, The side of tank body 2 is arranged in material storage tube 1f, partition 1g and feeder pipe 1h, the mounting rack 1a, and the rotary electric machine 1b setting exists The middle part of mounting rack 1a, the shaft coupling 1c are mounted on the output end of rotary electric machine 1b, and one end of the shaft 1d is mounted on On shaft coupling 1c, the other end of the shaft 1d passes through the bottom that mounting rack 1a and material storage tube 1f extends to material storage tube 1f, described Bucket 1e is mounted on the top of support frame, and the material storage tube 1f is mounted in bucket 1e, and the partition 1g is by material storage tube 1f Inner space is divided into the first material stock chamber 1i and the second material stock chamber 1j, is connected to inside one end of the feeder pipe 1h and its tank body 2, institute It states and is connected to inside the other end and its bucket 1e of feeder pipe 1h, on the side wall of the first material stock chamber 1i and the second material stock chamber 1j It offers the through-hole 1k, the feeder pipe 1h being connected to its feeder pipe 1h and is equipped with the first solenoid valve 1m.Rotary electric machine 1b drives Dynamic shaft coupling 1c, shaft coupling 1c drive shaft 1d rotation, and shaft 1d drives material storage tube 1f rotation, when first in material storage tube 1f is deposited When expecting that the through-hole 1k on chamber 1i is directed at feeder pipe 1h, the material in the first material stock chamber 1i is fallen into tank body 2 by feeder pipe 1h, when falling When entering specified wt, the first solenoid valve 1m works, and stops the material fallen into, and subsequent rotary electric machine 1b starts to invert, shaft coupling Device 1c drives shaft 1d rotation, and shaft 1d drives material storage tube 1f to rotate backward, when on the second material stock chamber 1j in material storage tube 1f When through-hole 1k is directed at feeder pipe 1h, the material in the second material stock chamber 1j is fallen into tank body 2 by feeder pipe 1h, when falling into specified wt When, the first solenoid valve 1m works, and stops the material fallen into, to realize blanking work, and more accurate.

Specifically, the mixing component 3h includes stirring motor 4, coupling base 4a, drive shaft 4b and is in criss-cross connection Part 4c, the coupling base 4a are mounted on the top of agitator tank, the stirring motor 4 in being vertically installed on coupling base 4a, and The output end of stirring motor 4 is connected on coupling base 4a, and the top of the drive shaft 4b is connected to coupling base 4a through agitator tank On, it is connected to the bottom of drive shaft 4b in the middle part of the connector 4c, sets that there are four be set in distance on the connector 4c Cross bar 4d.After completing blanking work, stirring motor 4 start to work, stirring motor 4 by coupling base 4a drive drive shaft 4b into Row rotation, drive shaft 4b band follower link 4c synchronize rotation, and last four cross bar 4d turn as drive shaft 4b is synchronized Dynamic, cross bar 4d can stir evenly quartz sand and sodium salt.

Specifically, the runner assembly 5 includes loading plate 5a, driving motor 5b, belt pulley 5c, belt 5d, rotation axis 5e The side of tank body 2 is set with gear 5f, the loading plate 5a, the driving motor 5b is mounted on loading plate 5a, the skin Belt wheel 5c is set on the output end of driving motor 5b, and one end of the rotation axis 5e is rotatably installed on loading plate 5a, described Gear 5f is mounted on the other end of rotation axis 5e, and gear 5f is meshed with tooth socket, and the both ends of the belt 5d are arranged respectively On belt pulley 5c and rotation axis 5e, on belt pulley 5c and rotation axis 5e, passed through for gear 5f is offered on the tank body 2 Two windows.Driving motor 5b driving belt pulley 5c, belt pulley 5c drive belt 5d rotation, and belt 5d drives rotation axis 5e rotation, Rotation axis 5e band moving gear 5f is rotated, and gear 5f drives thermal insulation board 2b to rotate, 2d pairs of sieve pore on thermal insulation board 2b and sieve plate 7b Ying Shanghou, the material for stirring completion is fallen into the second accommodating chamber 2f by sieve pore 2d, to control discharging work, and structure letter It is single, it is easy to operate.

Specifically, the component 8 that draws water includes suction pump 8a, the first drinking-water pipe 8b, the second drinking-water pipe 8c and water storage tank 8d, One end of the first drinking-water pipe 8b is mounted on the feed end of suction pump 8a, and the other end is connected on water storage tank 8d, and described One end of two drinking-water pipe 8c is mounted on the discharge end of suction pump 8a, and the other end is connected to the top of tank body 2.When heating is completed Afterwards, material is drawn in treatment box 7 by exhaust fan 6, and suction pump 8a passes through the first drinking-water pipe 8b and the second drinking-water pipe 8c for water storage tank Water in 8d is discharged into treatment box 7, to realize water filling work, is prepared for the work of next step.

Specifically, the steam component 9 includes hot-water cylinder 9a, heating tube 9b, exhaust pipe 9c and second solenoid valve 9d, it is described The side for the treatment of box 7 is arranged in hot-water cylinder 9a, and the heating tube 9b is arranged in hot-water cylinder 9a, and one end of the exhaust pipe 9c is set It sets on hot-water cylinder 9a, the other end is connected on treatment box 7, and the second solenoid valve 9d is arranged on exhaust pipe 9c, the heat The top of water pot 9a is equipped with water inlet pipe, and water inlet pipe is equipped with sealing cover.After the completion of water filling, heating tube 9b works to hot water Water in tank 9a is heated, so that it be made to evaporate steam, steam is entered in treatment box 7 by exhaust pipe 9c to semi-product material Carry out steam operation, subsequent material dissolved by steam, be dissolved into after a certain concentration and remove impurity through natural supernatant, subsequent waste material from Treatment box 7 is discharged, and heating tube 9b works on to be heated to the water in hot-water cylinder 9a, and steam enters processing by exhaust pipe 9c Material is continued to heat in case 7, so that its material be made to be concentrated, second solenoid valve 9d can control the discharge of steam, To realize steam work, such design is not only simple in structure, and cost is relatively low.

Specifically, the top of the treatment box 7 is equipped with cooler 7a, sieve plate 7b, the place are equipped in the treatment box 7 The side of reason case 7 offers the first window for movable-sieve-plate 7b, and the side of the sieve plate 7b is equipped with handle 7c, the treatment box 7 are arranged right below drainage conduit 7d, and the drainage conduit 7d's be arranged right below scrap collecting tank 7e.Material is drawn to by exhaust fan 6 When treatment box 7, cooler 7a can carry out cooling work to the material in treatment box 7, when material is dissolved by steam, be dissolved into one Determine after concentration after natural supernatant removes impurity, waste material is discharged by drainage conduit 7d, is fallen into scrap collecting tank 7e, when steam component 9 pairs of materials heat, material be concentrated into it is specified when requiring, worker can pull handle 7c screen tray 2a is pulled out, to complete Feeding work.

Working principle of the utility model is: driving shaft coupling 1c, shaft coupling 1c that shaft 1d is driven to turn by rotary electric machine 1b Dynamic, shaft 1d drives material storage tube 1f rotation, when the through-hole 1k on the first material stock chamber 1i in material storage tube 1f is directed at feeder pipe 1h, Material in first material stock chamber 1i is fallen into tank body 2 by feeder pipe 1h, and when falling into specified wt, the first solenoid valve 1m carries out work Make, stop the material fallen into, subsequent rotary electric machine 1b starts to invert, and shaft coupling 1c drives shaft 1d rotation, and shaft 1d drive is deposited Charging basket 1f is rotated backward, when the through-hole 1k on the second material stock chamber 1j in material storage tube 1f is directed at feeder pipe 1h, the second material stock chamber Material in 1j is fallen into tank body 2 by feeder pipe 1h, and when falling into specified wt, the first solenoid valve 1m works, and stops to fall The material entered, after completing blanking work, stirring motor 4 is started to work, and stirring motor 4 drives drive shaft 4b by coupling base 4a It is rotated, drive shaft 4b band follower link 4c synchronizes rotation, and last four cross bar 4d are synchronized with drive shaft 4b Rotation, cross bar 4d can stir evenly quartz sand and sodium salt, and driving motor 5b driving belt pulley 5c, belt pulley 5c drive belt 5d rotation, belt 5d drive rotation axis 5e rotation, and rotation axis 5e band moving gear 5f is rotated, and gear 5f drives thermal insulation board 2b rotation, After thermal insulation board 2b is corresponding with the sieve pore 2d on sieve plate 7b upper, the material for stirring completion falls into the second accommodating chamber 2f by sieve pore 2d It is interior, heating melting is carried out to the material in the second accommodating chamber 2f with post-heater 2h, after the completion of heating, exhaust fan 6 is by material It is drawn in treatment box 7, cooler 7a cools down material, and suction pump 8a will by the first drinking-water pipe 8b and the second drinking-water pipe 8c Water in water storage tank 8d is discharged into treatment box 7, and then after the completion of water filling, heating tube 9b works in hot-water cylinder 9a Water is heated, so that it be made to evaporate steam, steam is entered in treatment box 7 by exhaust pipe 9c carries out steam to semi-product material Operation, subsequent material are dissolved by steam, are dissolved into after a certain concentration and are removed impurity through natural supernatant, when material has been dissolved by steam Cheng Hou is dissolved into a certain concentration after natural supernatant removes impurity, and waste material is discharged by drainage conduit 7d, falls into scrap collecting tank 7e In, heating tube 9b works on to be heated to the water in hot-water cylinder 9a, and steam is entered in treatment box 7 by exhaust pipe 9c to object Material continues to heat, so that its material be made to be concentrated, second solenoid valve 9d can control the discharge of steam, and material is concentrated into It is specified when requiring, worker can pull handle 7c screen tray 2a is pulled out, complete feeding work, processed compared to traditional sodium silicate Equipment material is not necessarily to repeatedly be carried by worker in process, to increase the safety of worker and avoid handling process Middle semi-product material largely contacted with air and handling process in the improper damage caused to semi-product material of worker operation.

Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new The range of each embodiment technical solution of type.

Claims (7)

1. a kind of sodium silicate process units, it is characterised in that: including blanking component (1), tank body (2), mixing component (3h), rotation Component (5), exhaust fan (6), treatment box (7), the component that draws water (8) and steam component (9), the exhaust fan (6) are arranged in tank body (2) between treatment box (7), and the both ends of exhaust fan (6) are connect with inside tank body (2) and treatment box (7), the blanking The side in tank body (2) is arranged in component (1), and the mixing component (3h) is arranged in the top of tank body (2), the runner assembly (5) side in tank body (2) is set, and the component that draws water (8) and steam component (9) are symmetrical set the two for the treatment of box (7) Side, is equipped with screen tray (2a), thermal insulation board (2b) and heat-conducting plate (2c) in the tank body (2), the screen tray (2a) and thermal insulation board (2b) On be equipped with several and one-to-one sieve pore (2d), the side wall of the thermal insulation board (2b) is equipped with several tooth sockets, the screen tray Tank body (2) inner space is divided into the first accommodating chamber (2e), the second accommodating chamber (2f) with heat-conducting plate (2c) by (2a), thermal insulation board (2b) With third accommodating chamber (2g), the third accommodating chamber (2g) is interior to be equipped with heater (2h).

2. a kind of sodium silicate process units according to claim 1, it is characterised in that: the blanking component (1) includes peace Shelve (1a), rotary electric machine (1b), shaft coupling (1c), shaft (1d), bucket (1e), material storage tube (1f), partition (1g) and under Expects pipe (1h), mounting rack (1a) setting is in the side of tank body (2), and rotary electric machine (1b) setting is in mounting rack (1a) Middle part, the shaft coupling (1c) are mounted on the output end of rotary electric machine (1b), and one end of the shaft (1d) is mounted on shaft coupling On device (1c), the other end of the shaft (1d) passes through the bottom that mounting rack (1a) and material storage tube (1f) extends to material storage tube (1f) Portion, the bucket (1e) are mounted on the top of support frame, and the material storage tube (1f) is mounted in bucket (1e), the partition The inner space material storage tube (1f) is divided into the first material stock chamber (1i) and the second material stock chamber (1j) by (1g), and the one of the feeder pipe (1h) It is connected to, is connected to inside the other end of the feeder pipe (1h) and its bucket (1e), described first deposits inside end and its tank body (2) The through-hole (1k) being connected to its feeder pipe (1h), the blanking are offered on the side wall of material chamber (1i) and the second material stock chamber (1j) It manages (1h) and is equipped with the first solenoid valve (1m).

3. a kind of sodium silicate process units according to claim 1, it is characterised in that: the mixing component (3h) includes stirring Motor (4), coupling base (4a), drive shaft (4b) and in criss-cross connector (4c) are mixed, the coupling base (4a), which is mounted on, stirs The top of tank is mixed, the stirring motor (4) is in be vertically installed on coupling base (4a), and the output end of stirring motor (4) connects It connects on coupling base (4a), the top of the drive shaft (4b) is connected on coupling base (4a) through agitator tank, the connector It is connected to the bottom of drive shaft (4b) in the middle part of (4c), sets that there are four the cross bars that are set in distance on the connector (4c) (4d)。

4. a kind of sodium silicate process units according to claim 1, it is characterised in that: the runner assembly (5) includes holding Support plate (5a), driving motor (5b), belt pulley (5c), belt (5d), rotation axis (5e) and gear (5f), the loading plate (5a) Side in tank body (2) is set, and the driving motor (5b) is mounted on loading plate (5a), and the belt pulley (5c) is set in drive On the output end of dynamic motor (5b), one end of the rotation axis (5e) is rotatably installed on loading plate (5a), the gear (5f) It is mounted on the other end of rotation axis (5e), and gear (5f) is meshed with tooth socket, the both ends of the belt (5d) are arranged respectively On belt pulley (5c) and rotation axis (5e), the second window passed through for gear (5f) is offered on the tank body (2).

5. a kind of sodium silicate process units according to claim 1, it is characterised in that: the component that draws water (8) includes taking out Water pump (8a), the first drinking-water pipe (8b), the second drinking-water pipe (8c) and water storage tank (8d), one end peace of first drinking-water pipe (8b) On the feed end of suction pump (8a), the other end is connected on water storage tank (8d), one end peace of second drinking-water pipe (8c) It is mounted on the discharge end of suction pump (8a), the other end is connected to the top of tank body (2).

6. a kind of sodium silicate process units according to claim 1, it is characterised in that: the steam component (9) includes heat Water pot (9a), heating tube (9b), exhaust pipe (9c) and second solenoid valve (9d), the hot-water cylinder (9a) are arranged in treatment box (7) Side, in hot-water cylinder (9a), one end of the exhaust pipe (9c) is arranged at hot-water cylinder (9a) for the heating tube (9b) setting On, the other end is connected on treatment box (7), and the second solenoid valve (9d) is arranged on exhaust pipe (9c), the hot-water cylinder The top of (9a) is equipped with water inlet pipe, and water inlet pipe is equipped with sealing cover.

7. a kind of sodium silicate process units according to claim 1, it is characterised in that: on the top of the treatment box (7) Equipped with cooler (7a), it is equipped with sieve plate (7b) in the treatment box (7), the side of the treatment box (7) is offered for diaphragm The side of the first window of plate (7b), the sieve plate (7b) is equipped with handle (7c), and the treatment box (7) is arranged right below discharge It manages (7d), the drainage conduit (7d) is arranged right below scrap collecting tank (7e).