CN205868732U - Automatic drying solidification device of continuous type - Google Patents

Abstract

The utility model relates to an automatic drying solidification device of continuous type, including solidification room and heat transfer system, heat transfer system includes humidification heater and convulsions unit, and the solidification room is inside to set up the accumbency formula conveying unit that at least two sets of top -down divides the layer arrangement, and conveying unit's bottom is the fixed baffle that sets up all, between first floor baffle and the solidification roof portion, the enclosure space formation independent curing chamber of between the two adjacent baffles and end layer baffle between bottom the solidification room, form between fairings that every curing chamber's both sides wall outside was equipped with respectively and the 2nd fairings and curing chamber's the both sides wall with communicating inlet channel of curing chamber and air outlet channel, every curing chamber all disposes independent heat transfer system, is equipped with a water conservancy diversion mechanism in the inlet channel. The utility model discloses at a plurality of independent curing chamber of the inside formation in solidification room, to realize carrying out the operation to different products simultaneously, the closeness height is placed to the product, and the heat utilization efficiency is high, and the humiture field is stably in the curing chamber.

Description

A kind of solid gasifying device of continuous way automatic baking

Technical field.

This utility model belongs to battery technical field of processing equipment, particularly relates to a kind of solid makeup of continuous way automatic baking Put, be mainly used in battery pole plates case is carried out automatic baking and curing.

Background technology

During storage battery production, the solidification of pole plate is to manufacture a particularly important technical process in accumulator, grid After filling lead plaster, by curing process, make lead plaster particle be linked mutually and form the most solid skeleton, and be attached to tightly On grid, and the quality of polar plate solidification, directly affect the electric property of accumulator.

At present, polar plate solidification all be located in close drying room in, pole plate by carrier by its storehouse in drying room, pass through The blood circulation for producing steam arranged on drying room, the humidity in regulation drying room and temperature, owing to traditional drying room accounts for Big with space, its internal capacity is little, and heat loss is big, and due in polar plate solidification operation pole plate in drying room domestic demand through heating, cooling Alternately, during cooling, generally in drying room, spraying cold water accelerates temperature-fall period, but when needing to heat up, increases energy consumption, and pole plate is solid Processing time is long, and the humiture in drying room is uncontrollable, largely effects on the quality of battery pole plates, seriously constrains the life of accumulator Product cycle and cost.

Chinese invention patent 201210228857.X discloses a kind of solar module solidification production line, including solidification Room, solidify pipeline and control described solidification pipeline run central control system, at antetheca and the rear wall in described solidification room On be correspondingly arranged on the pipeline passage passed through for described solidification pipeline, described solidification pipeline is via described pipeline passage Running through described solidification room, described pipeline passage is provided above delivery port, and described delivery port is provided with conveying door, uses this knot Structure not only can improve the production efficiency of solar module production line and the suitable full-automation that can realize production line.

Although technique scheme runs through solidification room by arranging solidification pipeline, it is achieved solar module production line Automatization, but still come with some shortcomings, sequential on battery component solidification pipeline outside solidification room in this technical scheme, Synchronizing to enter in solidification room together with solidification pipeline again, this is accomplished by requiring that solidification pipeline runs through whole solidification room and guarantees whole Individual solidification pipeline structure everywhere is consistent with performance requirement, and cost is high, and the sealing of charging aperture and discharge outlet is difficulty with, Heat loss is big；Additionally, solidifying pipeline in this technical scheme is at least two flat-top carrier chains be arrangeding in parallel, owing to flat-top is defeated Sending chain in use, be susceptible to relax, it uses and arranges chain plate supporting device below flat-top carrier chain to increase biography Send stationarity, but structure is complicated, reduce solidification inner space, room utilization rate, inefficiency.

Utility model content

The purpose of this utility model be for the deficiencies in the prior art in place of, it is provided that a kind of solid makeup of continuous way automatic baking Put, arranged by layering from top to bottom inside solidification room and organize supply unit more so that it is be internally formed multiple independent curing room, Each curing room separate configurations one heat-exchange system so that the humiture independent regulation of each curing room controls, it is achieved simultaneously to not Carrying out operation with product, product places closeness height, and heat utilization efficiency is high, and solidification indoor temperature and humidity field is stable, is beneficial to realize full machine Tool equalization.

For achieving the above object, the following technical scheme of this utility model offer:

A kind of solid gasifying device of continuous way automatic baking, including a solidification room with heat-insulation and heat-preservation function and to be arranged on this solid Changing the heat-exchange system above room, described heat-exchange system includes humidifying heater and for the air of heating and water vapour are sent into institute State the convulsion unit in solidification room, it is characterised in that the internal setting in described solidification room at least two groups hierarchal arrangement from top to bottom Horizontal supply unit, the bottom of every layer of supply unit is all fixedly installed a dividing plate, between first floor dividing plate with solidification roof portion, adjacent Between two dividing plates and last layer dividing plate and solidification room bottom between close space form independent curing room, each curing room Feed end and discharge end are respectively arranged with bin gate；It is respectively equipped with and its edge, two side outside the two side of described each curing room First outside jacket plates of airtight connection and the second outside jacket plates, this first outside jacket plates and the second outside jacket plates respectively with the two of described curing room The inlet channel communicated with curing room and outlet passageway is formed between sidewall；Described each curing room all configures independent heat exchange system System, this heat-exchange system also includes being located at the steam circulating pipe road on corresponding curing room, this steam circulating pipe along solidification room longitudinal ring Road includes admission line that inlet end connects and the escape pipe that outlet side connects with described humidification heater with described convulsion unit Road, the outlet side of admission line connects with corresponding inlet channel, the inlet end of outlet pipe and corresponding outlet passageway Connection；One it is additionally provided with for regulating the deflector of flow rates at the outlet side of admission line in described inlet channel.

As improvement, the two side of described each curing room is laterally evenly equipped with along it several air inlets respectively and gives vent to anger Mouthful.

As improvement, described each air inlet is all crisscross arranged with corresponding gas outlet.

As improvement, described deflector includes that the two panels symmetry slid laterally on the sidewall being arranged on described solidification room sets The deflector put, this deflector is made up of arc and the trough plate that is connected with this arc transition, the arc in two deflectors The first gas channel that steam can longitudinally circulate is left between plate；The dual-side of the trough plate in described deflector is to inflection Folding forms the second gas channel that steam can laterally circulate.

As improvement, one end of described first gas channel communicates with the outlet side of described admission line, the other end and Two gas channels communicate.

As improvement, described first gas channel, the second gas channel all communicate with corresponding air inlet.

As improvement, described supply unit includes driving means and several rollers being arranged side by side along solidification room transverse horizontal Cylinder, the two ends of each roller are respectively arranged on the two side in solidification room, and the one end of roller is provided with sprocket wheel, between each roller By chain drive, driving means drives several roller synchronous axial system by sprocket chain strip transmission mechanism.

As improvement, on the sidewall of described each curing room, horizontal homogeneous is provided with multiple limiting plate, and this limiting plate is positioned at institute State the top of sprocket wheel.Wherein, the effect of this limiting plate be on the one hand prevent battery pole plates in course of conveying, on its supply unit Chain beat and stuck situation occur, affect work efficiency；On the other hand can be to corresponding first outside jacket plates or second Outside jacket plates plays fixing supporting role.

As improvement, undertake feeding platform at the feed end of described each curing room and discharge end respectively and discharging is put down Platform.

As improvement, the most stepped arrangement in multiple steam circulating pipe roads that described solidification room is arranged.

The beneficial effects of the utility model are:

(1) this utility model uses and organizes the horizontal supply unit of hierarchal arrangement from top to bottom more and combine often group conveying list Below unit, the dividing plate with solidification room sidewall airtight connection of setting, is divided into multiple independent curing room by solidification room, and each The heat-exchange system that curing room configuration is independent so that separate between each curing room, complementary interference, can be simultaneously to different product Processing, this device compact overall structure is reasonable, occupies little space, and product places closeness height, and heat utilization efficiency is high, work effect Rate is double, is applicable to production line high-volume automated production；

(2) two side of each independent curing room is formed and in curing room by arranging the outside jacket plates with its airtight connection Inlet channel that portion communicates and outlet passageway, and arrange in inlet channel can the deflector of transverse shifting regulation, this water conservancy diversion Mechanism is carrying out point while water conservancy diversion, being moved by left and right to entering the steam in inlet channel through the outlet side of admission line Dynamic regulation steam is along the flow velocity in each path so that in curing room, humiture is uniform everywhere, and steady field is stable；

(3) supply unit uses roller load mode, is fed forward product by utilizing roller own rotation to realize, whole Body simple in construction, easy for installation, it is easy to changing, meanwhile, product is played good supporting role by roller self, it is ensured that solidification Interior products is located in the same horizontal plane so that during product solidification, in curing room, the humiture on vertical direction keeps consistent, Improve product solidification quality；

In sum, it is high that this utility model has space availability ratio, highly versatile, and solidification quality is good, and automaticity is high Etc. advantage.

Accompanying drawing explanation

For the technical scheme of clearer explanation this utility model embodiment, required in embodiment being described below The accompanying drawing used is briefly described, it should be apparent that, drawings discussed below is only embodiments more of the present utility model, From the point of view of those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to obtain according to these accompanying drawings Obtain other accompanying drawings.

Fig. 1 is structural representation of the present utility model；

Fig. 2 is front view of the present utility model；

Fig. 3 is left view of the present utility model；

Fig. 4 is the position relationship schematic diagram that in this utility model, deflector is arranged in inlet channel；

Fig. 5 is the structural representation of deflector in this utility model；

Fig. 6 is the enlarged diagram in Fig. 1 at B；

Fig. 7 is the enlarged diagram in Fig. 2 at C.

Detailed description of the invention

Below in conjunction with the accompanying drawings the technical scheme in this utility model embodiment is clearly and completely illustrated.

Embodiment one

Referring to the drawings embodiment is illustrated.Additionally, embodiments illustrated below is not to described in claim Utility model content play any restriction effect.It addition, the full content of the composition represented by example below is not limited to conduct Necessary to the solution of the utility model described in claim.

As it is shown in figure 1, a kind of solid gasifying device of continuous way automatic baking, including a solidification room 1 with heat-insulation and heat-preservation function And be arranged on the heat-exchange system 2 above this solidification room 1, be additionally provided with in described solidification room 1 attemperating unit, humidity conditioner and Air exhausting device, described heat-exchange system 2 includes humidifying heater 21 and for the air of heating and water vapour are sent into described solidification The convulsion unit 22 in room 1；The inside in described solidification room 1 arranges the horizontal supply unit of at least two groups hierarchal arrangement from top to bottom 3, the bottom of every layer of supply unit 3 is all fixedly installed a dividing plate 4, airtight company between this dividing plate 4 edge and described solidification room 1 inwall Connect, between first floor dividing plate 4 and the sidewall in solidification top, room 1 and solidification room 1, between adjacent two dividing plates 4 and the sidewall in solidification room 1 And formed bottom last layer dividing plate 4 and solidification room 1 and between the sidewall in solidification room 1 and close the most independent curing room 5 in space, its In, the sidewall of curing room 5 i.e. solidifies the sidewall relevant position in room 1, reasonable in design, and space availability ratio is high, improves product and puts Put closeness.

As in figure 2 it is shown, the feed end of described each curing room 5 and discharge end are respectively arranged with independent bin gate, and this enters Undertake feeding platform 11 and outfeed platforms 12 respectively at material end and discharge end, be beneficial to realize the full-automation of production line.

As it is shown on figure 3, be respectively equipped with outside the two side of described each curing room 5 and its edge, two side airtight connection First outside jacket plates 53 and the second outside jacket plates 54, this first outside jacket plates 53 and the second outside jacket plates 54 respectively with the two of described curing room 5 The inlet channel 6 that communicate internal with curing room 5 and outlet passageway 7 is formed so that entering outside adjacent two curing rooms 5 between sidewall Between gas passage 6 and outlet passageway 7 separate, do not interfere；Described each curing room 5 all configures independent heat-exchange system 2, This heat-exchange system 2 also includes being located at the steam circulating pipe road 8 on corresponding curing room 5, this steam circulating pipe along solidification room 1 longitudinal ring Road 8 includes what admission line 81 that inlet end connects with described convulsion unit 22 and outlet side connected with described humidification heater 21 Outlet pipe 82, the outlet side 811 of admission line 81 connects with corresponding inlet channel 6, the inlet end 821 of outlet pipe 82 Connect with corresponding outlet passageway 7.

As shown in Figure 4, the two side of described each curing room 5 is laterally evenly equipped with several air inlet 51 Hes respectively along it Gas outlet 52, the height of this air inlet 51 and gas outlet 52 is positioned at curing room 5 medium position, improves steam in curing room 5 Portion's vertically flow uniformity.Meanwhile, for extending steam circulation path in corresponding curing room 5 and stopping time Between, the present embodiment relates to the gas outlet 52 corresponding thereto of the air inlet 51 on each curing room 5 and is all crisscross arranged, and improves solidification Room 5 humiture the most everywhere is uniform, and then it is consistent to control product solidification holding, rate of reducing the number of rejects and seconds.

In the present embodiment, as it is shown in figure 5, be additionally provided with one in described inlet channel 6 for regulating giving vent to anger of admission line 81 Holding the deflector 9 of flow rates at 811, this deflector 9 includes sliding laterally on the sidewall being arranged on described solidification room 1 The symmetrically arranged deflector of two panels 91, this deflector 91 is by arc 911 and the trough plate that is connected with this arc 911 transition 912 compositions, leave the first gas channel 92 that steam can longitudinally circulate between the arc 911 in two deflectors 91；Described The dual-side of the trough plate 912 in deflector 91 bends inwards and forms the second gas channel 93 that steam can laterally circulate.Its In, one end of described first gas channel 92 communicates with the outlet side 811 of described admission line 81, and the other end enters with corresponding QI KOU 51 communicates.Described second gas channel 93 communicates with described first gas channel 92 and corresponding air inlet 51.This is led The end of the arc 911 in stream mechanism 9 is internal as the outlet side 811 of described admission line 81, the bending of its trough plate 912 Portion be close to curing room 5 sidewall and cover outside corresponding air inlet 51, make through admission line 81 inlet end send into Steam is divided into the first flowing road of flowing between and the first outside jacket plates 53 inwall outside along deflector 91 by this deflector 9 Footpath, enter the second flow path of curing room 5 and along the first gas channel along the first gas channel 92 through some air inlets 51 92 through second gas channel 93 flowing the 3rd flow paths, it is achieved steam can rapidly flow toward curing room 5 feed end and At discharge end, increase its flowing velocity on curing room 5 horizontal direction, coordinate air inlet 51 uniform on curing room 5 and go out QI KOU 52, improves steam flow uniformity in transverse direction inside curing room 5 so that curing room 5 various places inside humiture Keep consistent, improve product solidification effect.Additionally, can be with the first outside jacket plates 53 inwall bottom deflector 91 in deflector 9 Inconsistent so that deflector 91 can slide laterally and regulate its position being positioned at admission line 81 outlet side, to regulate steam Along the first flow path, second flow path and the air-flow velocity of the 3rd flow path and uninterrupted.

In the present embodiment, as shown in Figure 6, described supply unit 3 includes that driving means 30 and several solidification rooms 1, edge are horizontal The roller 31 that horizontal Tile is arranged, the two ends of each roller 31 are respectively arranged on the two side in solidification room 1, one end of roller 31 Portion is provided with sprocket wheel 32, and by chain 33 transmission between each roller 31, driving means 30 is by sprocket wheel 32 chain 33 drive mechanism Driving several roller 31 synchronous axial system to realize the at the uniform velocity conveying to battery pole plates, in course of conveying, roller 31 is not only to product Playing the effect of roller transfer, conveying products also plays good supporting role, course of conveying is steady, continuous, work efficiency High.Wherein, in addition to roller 31 mode of movement, in the present embodiment, supply unit 3 also can use net belt type connecting gear, conveyer belt The modes such as formula drive mechanism.

As it is shown in fig. 7, horizontal homogeneous is provided with multiple limiting plate 10 on the sidewall of described each curing room 5, this limiting plate 10 It is positioned at the top of described sprocket wheel 32.Wherein, the effect of this limiting plate 10 be on the one hand prevent battery pole plates in course of conveying, its Chain 33 on supply unit 3 is beated and stuck situation is occurred, affects work efficiency；On the other hand can be to corresponding first Outside jacket plates 53 or the second outside jacket plates 54 play fixing supporting role.

In the present embodiment, for avoiding the heat-exchange system 2 arranged on each curing room 5 to interfere when mounted, by heat exchange Humidification heater 21 and convulsion unit 22 in system 2 are arranged in the top solidifying room 1, and plurality of steam circulating pipe successively Road 8 is the most stepped staggered.Additionally, due to the position in the steam circulating pipe road 8 arranged on each curing room 5 The most different, keep consistent, according to curing room 5 appropriately sized regulation flow guiding machine in order to ensure curing room 5 humiture the most everywhere Structure 9 is positioned at admission line 81.

In the present embodiment, described first outside jacket plates 53 and the second outside jacket plates 54 are transparency glass plate, in order to observe air inlet Flow of water vapor situation in passage 6 and outlet passageway 7, it is simple to regulation.

In description of the present utility model, it is to be understood that term " laterally ", " longitudinally ", " vertically ", " level ", " push up ", " end ", " interior ", the orientation of the instruction such as " outward " or position relationship are based on orientation shown in the drawings or position relationship, are only Must have specific for the ease of describing this utility model and simplification description rather than instruction or the equipment of hint indication or element Orientation, with specific azimuth configuration and operation, therefore it is not intended that to restriction of the present utility model.

Described above to the disclosed embodiments, make those skilled in the art without departing from spirit of the present utility model and In the case of scope, these features and embodiment can be carried out various change or equivalence is replaced.It addition, of the present utility model Under teaching, these features and embodiment can be modified to adapt to particular situation and material new without departing from this practicality The spirit and scope of type.Therefore, this utility model is not limited to the particular embodiment disclosed, fallen with the application Right in embodiment broadly fall into protection domain of the present utility model.

Claims (10)

1. the solid gasifying device of continuous way automatic baking, including a solidification room (1) with heat-insulation and heat-preservation function and be arranged on this The heat-exchange system (2) of solidification room (1) top, described heat-exchange system (2) includes humidifying heater (21) and for the sky by heating Gas and water vapour send into the convulsion unit (22) of described solidification room (1), it is characterised in that described solidification room (1) is internal to be arranged extremely The horizontal supply unit (3) of few two groups of hierarchal arrangement from top to bottom, the bottom of every layer of supply unit (3) be all fixedly installed one every Plate (4), first floor dividing plate (4) with solidification room (1) top between, between adjacent two dividing plates (4) and last layer dividing plate (4) with solidification room (1) space of closing between bottom forms independent curing room (5)；Set respectively outside the two side of described each curing room (5) There are the inlet channel (6) that communicate internal with curing room (5) and outlet passageway (7)；Described each curing room (5) all configures independent Heat-exchange system (2), this heat-exchange system (2) also includes the steam circulation being located on corresponding curing room (5) along solidification room (1) longitudinal ring Pipeline (8), this steam circulating pipe road (8) includes admission line (81) that inlet end connects with described convulsion unit (22) and gives vent to anger The outlet pipe (82) that end connects with described humidification heater (21), the outlet side (811) of admission line (81) is with corresponding Inlet channel (6) connects, and the inlet end (821) of outlet pipe (82) connects with corresponding outlet passageway (7).

2. a kind of solid gasifying device of continuous way automatic baking as claimed in claim 1, it is characterised in that described inlet channel (6) Inside it is additionally provided with one for regulating the deflector (9) of outlet side (811) the place flow rates of admission line (81).

3. a kind of solid gasifying device of continuous way automatic baking as claimed in claim 2, it is characterised in that described deflector (9) Including the symmetrically arranged deflector of the two panels (91) slid laterally on the sidewall being arranged on described solidification room (1), this deflector (91) it is made up of, in two deflectors (91) arc (911) and the trough plate (912) that is connected with this arc (911) transition The first gas channel (92) that steam can longitudinally circulate is left between arc (911)；Flute profile in described deflector (91) The dual-side of plate (912) bends inwards and forms the second gas channel (93) that steam can laterally circulate.

4. a kind of solid gasifying device of continuous way automatic baking as claimed in claim 3, it is characterised in that described first gas channel (92) one end communicates with the outlet side (811) of described admission line (81), and the other end and the second gas channel (93) communicate.

5. a kind of solid gasifying device of continuous way automatic baking as claimed in claim 1, it is characterised in that described each curing room (5) several air inlets (51) and gas outlet (52) laterally it are evenly equipped with on two side respectively along it.

6. a kind of solid gasifying device of continuous way automatic baking as claimed in claim 5, it is characterised in that described each air inlet (51) all it is crisscross arranged with corresponding gas outlet (52).

7. a kind of solid gasifying device of continuous way automatic baking as claimed in claim 1, it is characterised in that described supply unit (3) Including driving means (30) and several rollers (31) being arranged side by side along solidification room (1) transverse horizontal, each roller (31) Two ends be respectively arranged in solidification room (1) two side on, the one end of roller (31) is provided with sprocket wheel (32), each roller (31) it Between by chain (33) transmission, driving means (30) drives several rollers (31) by sprocket wheel (32) chain (33) drive mechanism Synchronous axial system.

8. a kind of solid gasifying device of continuous way automatic baking as claimed in claim 7, it is characterised in that described each curing room (5) on sidewall, horizontal homogeneous is provided with multiple limiting plate (10), and this limiting plate (10) is positioned at the top of described sprocket wheel (32).

9. a kind of solid gasifying device of continuous way automatic baking as claimed in claim 1, it is characterised in that described each curing room (5) feeding platform (11) and outfeed platforms (12) are undertaken respectively at feed end and discharge end.

10. a kind of solid gasifying device of continuous way automatic baking as claimed in claim 1, it is characterised in that on described solidification room (1) The most stepped arrangement of multiple steam circulating pipe road (8) arranged.