CN207365654U - A kind of novel and multifunctional polystyrene thermal insulation plate microwave drying equipment - Google Patents

Abstract

The utility model provides a kind of novel and multifunctional polystyrene thermal insulation plate microwave drying equipment, including drying box main body, base, driving motor, baffle, scalable ejecting device, wind turbine, appendix, heats box structure and radiating fan structure, the bolt of lower base is connected to the lower part of drying box main body, and the driving motor is bolted to the lower left quarter and right lower quadrant of drying box main body respectively.The beneficial effects of the utility model are：Pass through the setting of fixing pipe and telescopic rod, be conducive to the spacing between the convenient thermal insulation board for adjusting scalable ejecting device and needs and drying, and then adjust the heating-up temperature for the thermal insulation board that scalable ejecting device dries needs, solve the problems, such as that polystyrene thermal insulation plate microwave drying equipment is inconvenient to control heating-up temperature, by the setting for drying nozzle, be conducive to the convenient thermal insulation board that hot gas is equably blowed to and needs to dry, solve the problems, such as that the heating of polystyrene thermal insulation plate microwave drying equipment is non-uniform.

Description

A kind of novel and multifunctional polystyrene thermal insulation plate microwave drying equipment

Technical field

The utility model belongs to polystyrene thermal insulation plate technical field of processing equipment, more particularly to a kind of novel and multifunctional Polystyrene thermal insulation plate microwave drying equipment.

Background technology

In current life, it is often necessary to use movable plank house, movable plank house is also brought to daily life really Very big convenience, when movable plank house is built, it is necessary to largely using thermal insulation board, and in the manufacturing process of thermal insulation board In need to shape thermal insulation board heating, drying, but present most of manufacturer is all when heating, drying is shaped Drying and shaping is carried out to it with coal furnace, and coal furnace often causes product receipts heat uneven during heating, so Just it is easy to cause deformation of products, causes product quality unqualified, while in heating process, coal furnace cannot be well by production The moisture discharge of product, so also results in that the quality of product is unstable, and the prior art is that China Patent Publication No. is Technical solution is used by a kind of microwave drying equipment for insulation board of CN102410721A：Heating compartment is provided with the body of a bridge, Body of a bridge both ends are respectively arranged with power end-rack and commutation end-rack, are provided with conveyer belt between power end-rack and commutation end-rack, convey The body of a bridge upper end that band is arranged on power end-rack between the end-rack that commutates, heating compartment upper end is provided with dehumidifying pipelines, heating compartment Side is provided with electric control cabinet.The thermal insulation board idiosome suppressed is heated by using heating compartment, can to protect Warm plate idiosome receipts heat is more uniform, and properties of product are more stablized, and product will not be deformed easily in heating process, produce Product structure is more stablized, while adds dehumidifying pipelines so that and during heating, moisture can discharge heating compartment at any time, Ensure influence of the product from moisture so that the performance of product is more excellent.

But existing polystyrene thermal insulation plate microwave drying equipment is also uneven there is heating, it has not been convenient to control heating Temperature and just drying after thermal insulation board inconvenience staff's taking and placing the problem of.

Therefore, invent a kind of novel and multifunctional polystyrene thermal insulation plate microwave drying equipment and show very necessary.

Utility model content

In order to solve the above-mentioned technical problem, the utility model provides a kind of novel and multifunctional polystyrene thermal insulation plate microwave Drying equipment, it is uneven to solve existing polystyrene thermal insulation plate microwave drying equipment heating, it has not been convenient to control heating-up temperature And just drying after thermal insulation board inconvenience staff's taking and placing the problem of.A kind of novel and multifunctional polystyrene thermal insulation plate is micro- Ripple drying equipment, including drying box main body, base, driving motor, baffle, scalable ejecting device, wind turbine, appendix, heating Box structure and radiating fan structure, the bolt of lower base are connected to the lower part of drying box main body, driving motor difference spiral shell The lower left quarter and right lower quadrant for being connected on drying box main body are tethered, the baffle is welded on the inside upper part of drying box main body, described Scalable ejecting device be bolted to the inner side upper left quarter of drying box main body, the wind turbine is bolted to drying baker master The upper left quarter of body, the appendix are installed on the upper right quarter of wind turbine, and described heating box structure one end is connected to appendix Right lower quadrant, the other end are connected to the upper right quarter of scalable ejecting device, the radiating fan structure bolt through drying box main body The inner side upper right quarter of drying box main body is connected to, the radiating fan structure includes radiating motor, and fixed plate, adjusting bolt, connects Block and fan blade are connect, the fixed plate is separately mounted to the upper left quarter and upper right quarter of radiating motor, and the adjusting bolt runs through Fixed plate is threaded in the upper left quarter and upper right quarter of radiating motor respectively, and the contiguous block is socketed in the output of radiating motor On axis, the fan blade is respectively welded at the centre position of left and right two of contiguous block.

Preferably, the heating box structure includes heating box main body, snorkel, connecting rod and heater strip, and described send Tracheae is welded on the lower middle position of heating box main body, and described connecting rod one end is bolted to heating box main body respectively The centre position of inner side or so two, the other end are connected to the centre position of left and right two of heater strip, and the heater strip is set Put in the inner side centre position of heating box main body.

Preferably, the scalable ejecting device includes connecting tube, dries nozzle, fixing pipe and telescopic rod, described Drying nozzle is threaded in the lower part of connecting tube respectively, and the fixing pipe is respectively welded at top of connecting tube or so two Side, the telescopic rod are plugged on the top of fixing pipe.

Preferably, feed inlet is offered respectively at left and right sides of the lower inside of the drying box main body.

Preferably, key connection has wheel disc on the output shaft of the driving motor, and biography is socketed with the outside of the wheel disc Send band.

Preferably, the left part of the wind turbine has been bolted dust cover, and the right part of the wind turbine has been bolted storage Gas tank.

Preferably, the upper weld of the heating box main body has air inlet pipe, the air inlet pipe and heating box main body Inner side is connected.

Preferably, the right part of the appendix is threaded with pipe fitting, the lower thread connection of the pipe fitting There is air inlet pipe.

Preferably, the inner side centre position of the fixed plate offers sliding slot.

Preferably, the outside of the junction of the fixing pipe and telescopic rod is threaded with fishbolt respectively.

Compared with prior art, the beneficial effects of the utility model are：

1. in the utility model, the setting of the fixing pipe and telescopic rod, is conducive to the convenient scalable cartridge nozzle of adjusting The spacing between the thermal insulation board dried is put and needed, and then adjusts the heating for the thermal insulation board that scalable ejecting device dries needs Temperature, solves the problems, such as that polystyrene thermal insulation plate microwave drying equipment is inconvenient to control heating-up temperature.

2. in the utility model, the setting of the drying nozzle, being conducive to convenient equably blow to hot gas needs to dry Dry thermal insulation board, solves the problems, such as that the heating of polystyrene thermal insulation plate microwave drying equipment is non-uniform.

3. in the utility model, the setting of the radiating motor and fan blade, is conducive to carry out the thermal insulation board just dried Heat dissipation, prevents that the insulation plate temperature after drying is excessive, scalds staff, while the thermal insulation board after drying is dried, complete The function of kind polystyrene thermal insulation plate microwave drying equipment, after solving the just drying of polystyrene thermal insulation plate microwave drying equipment The problem of thermal insulation board inconvenience staff's taking and placing.

4. in the utility model, the setting of the heater strip, is conducive to carry out the air heated in box structure quick Heating, improves the drying efficiency of polystyrene thermal insulation plate microwave drying equipment.

5. in the utility model, the setting of the wind turbine, being conducive to blow to the hot-air of heater box inside configuration needs The thermal insulation board to be dried, makes the heating of polystyrene thermal insulation plate microwave drying equipment more uniform.

6. in the utility model, the setting of the dust cover, is conducive to prevent that wind turbine is internal into ash charge at work Dirt, extends the service life of wind turbine.

Brief description of the drawings

Fig. 1 is the structure diagram of the utility model.

Fig. 2 is the structure diagram of the radiating fan structure of the utility model.

Fig. 3 is the structure diagram of the heating box structure of the utility model.

Fig. 4 is the structure diagram of the scalable ejecting device of the utility model.

In figure：

1st, box main body is dried；11st, feed inlet；2nd, base；3rd, driving motor；31st, wheel disc；32nd, conveyer belt；4th, baffle；5、 Scalable ejecting device；51st, connecting tube；52nd, nozzle is dried；53rd, fixing pipe；531st, fishbolt；54th, telescopic rod；6th, wind turbine； 61st, dust cover；62nd, expansion box；7th, appendix；71st, pipe fitting；8th, box structure is heated；81st, box main body is heated；811st, air inlet pipe； 82nd, snorkel；83rd, connecting rod；84th, heater strip；9th, radiating fan structure；91st, radiating motor；92nd, fixed plate；921st, sliding slot；93、 Adjusting bolt；94th, contiguous block；95th, fan blade.

Embodiment

The utility model is described further below in conjunction with attached drawing：

Embodiment：

As shown in attached drawing 1 to attached drawing 4

The utility model provides a kind of novel and multifunctional polystyrene thermal insulation plate microwave drying equipment, including drying baker master Body 1, base 2, driving motor 3, baffle 4, scalable ejecting device 5, wind turbine 6, appendix 7, heats box structure 8 and heat emission fan knot Structure 9, the base 2 are bolted to the lower part of drying box main body 1, and the driving motor 3 is bolted to drying respectively The lower left quarter and right lower quadrant of box main body 1, the baffle 4 are welded on the inside upper part of drying box main body 1, the scalable spray Head device 5 is bolted to the inner side upper left quarter of drying box main body 1, and the wind turbine 6 is bolted to a left side for drying box main body 1 Top, the appendix 7 are installed on the upper right quarter of wind turbine 6, and described 8 one end of heating box structure is connected to the right side of appendix 7 Lower part, the other end are connected to the upper right quarter of scalable ejecting device 5,9 bolt of radiating fan structure through drying box main body 1 The inner side upper right quarter of drying box main body 1 is connected to, the radiating fan structure 9 includes radiating motor 91, and fixed plate 92, adjusts spiral shell Bolt 93, contiguous block 94 and fan blade 95, the fixed plate 92 is separately mounted to the upper left quarter and upper right quarter of radiating motor 91, described Adjusting bolt 93 be threaded in the upper left quarter and upper right quarter of radiating motor 91, the contiguous block respectively through fixed plate 92 94 are socketed on the output shaft of radiating motor 91, and the fan blade 95 is respectively welded at the interposition of left and right two of contiguous block 94 Put.

In above-described embodiment, specifically, the heating box structure 8 includes heating box main body 81, snorkel 82, connecting rod 83 and heater strip 84, the snorkel 82 is welded on the lower middle position of heating box main body 81, the connecting rod 83 1 End is bolted to the inner side of heating box main body 81 or so two centre positions, the other end and is connected to heater strip 84 respectively The centre position of left and right two, the heater strip 84 are arranged on the inner side centre position of heating box main body 81.

In above-described embodiment, specifically, the scalable ejecting device 5 includes connecting tube 51, nozzle 52 is dried, it is fixed Pipe 53 and telescopic rod 54, the drying nozzle 52 are threaded in the lower part of connecting tube 51 respectively, and the fixing pipe 53 is divided It is not welded at left and right sides of the top of connecting tube 51, the telescopic rod 54 is plugged on the top of fixing pipe 53.

In above-described embodiment, specifically, offering charging respectively at left and right sides of the lower inside of the drying box main body 1 Mouth 11.

In above-described embodiment, specifically, key connection has wheel disc 31, the wheel on the output shaft of the driving motor 3 The outside of disk 31 is socketed with conveyer belt 32.

In above-described embodiment, specifically, the left part of the wind turbine 6 has been bolted dust cover 61, the wind turbine 6 Right part has been bolted expansion box 62.

In above-described embodiment, specifically, the upper weld of the heating box main body 81 has an air inlet pipe 811, it is described into Tracheae 811 is connected with the inner side of heating box main body 81.

In above-described embodiment, specifically, the right part of the appendix 7 is threaded with pipe fitting 71, the pipe connects First 71 lower thread is connected with air inlet pipe 811.

In above-described embodiment, specifically, the inner side centre position of the fixed plate 92 offers sliding slot 921.

In above-described embodiment, specifically, the fixing pipe 53 and the outside difference screw thread of the junction of telescopic rod 54 connect It is connected to fishbolt 531.

Operation principle

The operation principle of the utility model：In use, first the thermal insulation board for needing to dry is placed on conveyer belt 32, start Wind turbine 6, the air in expansion box 62 is blowed in heating box structure 8, starts heater strip 84, makes the inside of heating box main body 81 for heat Air, then the air in heating box main body 81 is entered in connecting tube 51 by snorkel 82, then by drying nozzle 52 to needing The thermal insulation board to be dried is dried, and is started driving motor 3, the thermal insulation board after drying is transmitted to the right, then pass through heat emission fan knot Structure 9, is dried thermal insulation board cooling.

Using technical solution described in the utility model, or those skilled in the art is in technical solutions of the utility model Under inspiration, similar technical solution is designed, and reaches above-mentioned technique effect, is the protection model for falling into the utility model Enclose.

Claims (10)

1. a kind of novel and multifunctional polystyrene thermal insulation plate microwave drying equipment, it is characterised in that this is novel and multifunctional poly- Styrene microwave drying equipment for insulation board, including drying box main body（1）, base（2）, driving motor（3）, baffle（4）, it is scalable Ejecting device（5）, wind turbine（6）, appendix（7）, heat box structure（8）And radiating fan structure（9）, the base（2）Bolt It is connected to drying box main body（1）Lower part, the driving motor（3）Drying box main body is bolted to respectively（1）Lower-left Portion and right lower quadrant, the baffle（4）It is welded on drying box main body（1）Inside upper part, the scalable ejecting device（5） It is bolted to drying box main body（1）Inner side upper left quarter, the wind turbine（6）It is bolted to drying box main body（1）A left side Top, the appendix（7）Installed in wind turbine（6）Upper right quarter, the heating box structure（8）One end is connected to appendix （7）Right lower quadrant, the other end through drying box main body（1）It is connected to scalable ejecting device（5）Upper right quarter, the heat dissipation Fan structure（9）It is bolted to drying box main body（1）Inner side upper right quarter, the radiating fan structure（9）Including radiating motor （91）, fixed plate（92）, adjusting bolt（93）, contiguous block（94）And fan blade（95）, the fixed plate（92）It is separately mounted to Radiating motor（91）Upper left quarter and upper right quarter, the adjusting bolt（93）Through fixed plate（92）It is threaded in respectively scattered Thermoelectric perpetual motion machine（91）Upper left quarter and upper right quarter, the contiguous block（94）It is socketed in radiating motor（91）Output shaft on, it is described Fan blade（95）It is respectively welded at contiguous block（94）The centre position of left and right two.

2. novel and multifunctional polystyrene thermal insulation plate microwave drying equipment as claimed in claim 1, it is characterised in that described Heating box structure（8）Including heating box main body（81）, snorkel（82）, connecting rod（83）And heater strip（84）, described send Tracheae（82）It is welded on heating box main body（81）Lower middle position, the connecting rod（83）One end is bolted to respectively Heat box main body（81）Inner side or so two centre positions, the other end be connected to heater strip（84）The centre of left and right two Position, the heater strip（84）It is arranged on heating box main body（81）Inner side centre position.

3. novel and multifunctional polystyrene thermal insulation plate microwave drying equipment as claimed in claim 1, it is characterised in that described Scalable ejecting device（5）Including connecting tube（51）, dry nozzle（52）, fixing pipe（53）And telescopic rod（54）, it is described Dry nozzle（52）Connecting tube is threaded in respectively（51）Lower part, the fixing pipe（53）It is respectively welded at connecting tube （51）Top at left and right sides of, the telescopic rod（54）It is plugged on fixing pipe（53）Top.

4. novel and multifunctional polystyrene thermal insulation plate microwave drying equipment as claimed in claim 1, it is characterised in that described Drying box main body（1）Lower inside at left and right sides of offer feed inlet respectively（11）.

5. novel and multifunctional polystyrene thermal insulation plate microwave drying equipment as claimed in claim 1, it is characterised in that described Driving motor（3）Output shaft on key connection have wheel disc（31）, the wheel disc（31）Outside be socketed with conveyer belt（32）.

6. novel and multifunctional polystyrene thermal insulation plate microwave drying equipment as claimed in claim 1, it is characterised in that described Wind turbine（6）Left part be bolted dust cover（61）, the wind turbine（6）Right part be bolted expansion box（62）.

7. novel and multifunctional polystyrene thermal insulation plate microwave drying equipment as claimed in claim 2, it is characterised in that described Heating box main body（81）Upper weld have air inlet pipe（811）, the air inlet pipe（811）With heating box main body（81）It is interior Side is connected.

8. novel and multifunctional polystyrene thermal insulation plate microwave drying equipment as claimed in claim 1, it is characterised in that described Appendix（7）Right part be threaded with pipe fitting（71）, the pipe fitting（71）Lower thread be connected with air inlet pipe （811）.

9. novel and multifunctional polystyrene thermal insulation plate microwave drying equipment as claimed in claim 1, it is characterised in that described Fixed plate（92）Inner side centre position offer sliding slot（921）.

10. novel and multifunctional polystyrene thermal insulation plate microwave drying equipment as claimed in claim 3, it is characterised in that institute The fixing pipe stated（53）And telescopic rod（54）The outside of junction be threaded with fishbolt respectively（531）.