CN108861312A - A kind of discharge conveying equipment of plate dryer - Google Patents

Abstract

The invention discloses a kind of discharge conveying equipments of plate dryer,Its structure includes No.1 hot-blast conduit,No. two hot-blast conduits,Case for drying sheet material,Movable cabinet door,Hot-blast stove,Controller,Cogeneration case,Electric power connection line,Discharge transport platform,Transport platform bracket,Hot-blast stove is connected to the front-end surface of case for drying sheet material by No.1 hot-blast conduit,The upper end face of hot-blast stove is equipped with cogeneration case,The front-end surface of cogeneration case is electrically connected with controller,Case for drying sheet material is connect by No. two hot-blast conduits with cogeneration case,Cogeneration case is connect by electric power connection line with discharge transport platform,The lower surface of the discharge transport platform other end is uniformly and equidistantly welded with transport platform bracket,One end of discharge transport platform is set to the inner surface of case for drying sheet material,The present invention is combined with each other by above-mentioned component,Realize equipment relies on equipment remaining waste heat after drying plate to carry out discharge transportation work to plate automatically when in use,Energy conservation and environmental protection,It is practical.

Description

A kind of discharge conveying equipment of plate dryer

Technical field

The present invention is a kind of discharge conveying equipment of plate dryer, belongs to board drying apparatus technical field.

Background technique

Dryer can be divided into industry and civilian two kinds, and industrial drier is also drying equipment or drying machine, civilian dryer It is one of washing machine, generally after rinse dehydration, for removing the moisture in clothes and other textiles, dryer There are belt drying, roller drying, box drying, the several modes such as tower drying；Heat source has coal, electricity, gas etc.；Material was being dried There are hot-air flow formula and radiant type etc. in journey, hot wind roller drying is that thermal current travels forward from tail portion, it is come into full contact with material, It is made full use of by heat transfer, convection current, radiant heat transfer amount；Thermal energy is directly passed to material, makes the moisture of material in cylinder It is constantly evaporated, the blower unit of feeding inlet extracts a large amount of moisture, wet gas current out, prevents secondary dirt caused by dust outlet Dye；By inside spin stirring, scattered, shovelling plate is swept, material movement is promoted, completes entire drying course；Adverse current conduction dehumidification, avoids subtracting Drying procedure is repeated less.

The prior art needs to expend when in use a large amount of electric energy to plate progress discharge transportation work, the job costs of equipment Height, the practicability is poor.

Summary of the invention

In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of discharge conveying equipment of plate dryer, Needing to expend a large amount of electric energy to plate progress discharge transportation work to solve the prior art when in use, the job costs of equipment are high, The problem of the practicability is poor.

To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of row of plate dryer Expect conveying equipment, structure includes No.1 hot-blast conduit, No. two hot-blast conduits, case for drying sheet material, movable cabinet door, hot-blast stove, controls Device processed, cogeneration case, electric power connection line, discharge transport platform, transport platform bracket, the hot-blast stove are connected by No.1 hot-blast conduit It is connected to the front-end surface of case for drying sheet material, the upper end face of the hot-blast stove is equipped with cogeneration case, the cogeneration case Front-end surface is electrically connected with controller, and the case for drying sheet material is connect by No. two hot-blast conduits with cogeneration case, described remaining Hot power generation box is connect by electric power connection line with discharge transport platform, and the lower surface of the discharge transport platform other end is uniformly and equidistantly It is welded with transport platform bracket, one end of the discharge transport platform is set to the inner surface of case for drying sheet material, the movable cabinet door activity It is connected to the other end of case for drying sheet material, the cogeneration case is by air inducing pump, water storage box, heating tube, power generation mechanism, reciprocating Transmission mechanism, gear speed increasing mechanism, cogeneration box enclosure body, steam-driving mechanism, steam outlet seat, steam conduit group At the bottom of No. two hot-blast conduits is set to the inner surface of cogeneration box enclosure body and pumps nested encryptions with air inducing, described Air inducing pump is set to the upper left side on surface in cogeneration box enclosure body, and the heating tube is set to the inner surface of water storage box, described to add The upper surface of heat pipe one end is set to the outer surface of water storage box and pumps nested encryptions with air inducing, and the steam outlet seat is steamed by water Vapour conduit is connected to the other side of water storage box upper end face, and the steam outlet seat is set to steam-driving mechanism upper end face Side, the rear surface and gear speed increasing mechanism nested encryptions of the steam-driving mechanism, one end of the gear speed increasing mechanism With reciprocating transmission nested encryptions, the power generation mechanism is movably connected on the lower surface of reciprocating transmission one end, institute Power generation mechanism is stated to connect by electric power connection line with discharge transport platform.

Further, the power generation mechanism by movable sheave, bevel gear drive plate, No.1 activity bayonet lock, drive bevel gear, Generator drive bar, generating set are at the activity sheave is movably connected on the lower surface of reciprocating transmission one end, described Bevel gear drive plate is flexibly connected by No.1 activity bayonet lock with movable sheave, and the No.1 activity bayonet lock uniformly and equidistantly connects In in the front-end surface of bevel gear drive plate, the side of the bevel gear drive plate front-end surface is connected with drive bevel gear, institute The other end and drive bevel gear nested encryptions of generator drive bar are stated, the other end nested encryptions of the generator have generator Drive rod, the generator pass through electric power connection line and discharge transport platform.

Further, the reciprocating transmission is by No.1 drive screw, No.1 free gear, the first directive wheel, Two directive wheels, Multi-stage transmission band, sheave drive disk, No. two active card pin banks are at the No.1 drive screw nested encryptions are in tooth One end of speed increasing mechanism is taken turns, the upper end face of the No.1 drive screw is connected with No.1 free gear, the No.1 movable teeth Wheel passes through Multi-stage transmission band connection, the front end of the sheave drive disk between the first directive wheel, the second directive wheel, sheave drive disk Surface is uniformly and equidistantly equipped with No. two movable bayonet locks, and the sheave drive disk is movably connected on generator by No. two movable bayonet locks The side of structure upper end face.

Further, the gear speed increasing mechanism is by the first drive shaft, planetary gear linkage rack, rotating shaft transmission disk, row Star gear, sun gear, the second drive shaft composition, the rear surface of the steam-driving mechanism are nested with the first drive shaft Connection, first drive shaft are connected to the upper surface of rotating shaft transmission disk front end, and the one of the rotating shaft transmission disk front-end surface Side is connected with the second drive shaft, and the planetary gear is equipped with 3, and the planetary gear outer surface is interior with rotating shaft transmission disk Surface is meshed, and the outer surface of the sun gear is uniformly and equidistantly connected with planetary gear, and the planetary gear linkage rack is living It is dynamic to be connected to planetary gear front-end surface, the other end of the reciprocating transmission and the second drive shaft nested encryptions.

Further, the steam-driving mechanism is by steam drive fan, fan belt, blower tray, the first activity Turntable, No. two drive screws, No. two free gears, connection bull stick, the second movable disk, movable bull stick composition, the steam drive Dynamic fan is set to the other end of steam outlet seat, and one end of the blower tray is flexibly connected with steam drive fan, described First movable disk is connected to the rear surface of steam drive fan, first movable disk lower end table by fan belt The side in face is connected with the second movable disk by movable rotarod activity, and second movable disk passes through connection bull stick and No. two Free gear is flexibly connected, and No. two free gears are meshed with movable bull stick, and the activity bull stick nested encryptions are in gear The upper end face of speed increasing mechanism.

Further, the case for drying sheet material is hollow rectangular configuration.

Further, a height of 30-50cm of transport platform bracket.

The beneficial effects of the present invention are：A kind of discharge conveying equipment of plate dryer of the present invention, carrying out in use, The plate that need to be dried is put into case for drying sheet material and controls hot-blast stove by controller and starts to work by user, and hot-blast stove is working Hot wind is generated in the process and hot wind is sent into case for drying sheet material by No.1 hot-blast conduit, and hot wind is entering in case for drying sheet material Heat exchange is generated with the plate that need to be dried afterwards to evaporate the moisture in plate, needed after plate drying by discharge When plate is discharged transport platform, user pumps again by the air inducing in controller control cogeneration case and starts to work, air inducing pump Centrifugal force is generated during the work time and is automatically sent into waste heat remaining in case for drying sheet material by No. two hot-blast conduits heats In pipe, waste heat carries out heat exchange with the water in water storage box automatically after entering in heating tube, and the water in water storage box is reaching boiling point After form water vapour, water vapour is discharged by steam conduit by steam outlet seat, and the water vapour of discharge pushes steam drive Steam drive fan in mechanism starts turning, and steam drive fan drives first to live by fan belt during rotation The rotation of turn disk, the first movable disk pass through movable bull stick and drive the rotation of the second movable disk, and the second movable disk passes through connection Bull stick drives No. two free gear rotations, and No. two free gears drive No. two drive screw rotations, gear increaser in rotation The first drive shaft on structure, which follows No. two drive screws to rotate and passes through rotating shaft transmission disk, drives the rotation of the second drive shaft, turns The planetary gear rotation that axis drive plate drives it internal during rotation, planetary gear drive sun gear to turn in rotation Dynamic, the No.1 drive screw on reciprocating transmission follows the second drive shaft to rotate and No.1 free gear is driven to rotate, No.1 free gear is turned in rotation by Multi-stage transmission band the first directive wheel of synchronous drive, the second directive wheel, sheave drive disk Dynamic, No. two movable bayonet locks that sheave drive disk is equipped in rotation by its surface drive the loose slot rotation in power generation mechanism Dynamic, movable sheave drives the rotation of bevel gear drive plate by No.1 activity bayonet lock, and bevel gear drive plate drives transmission in rotation Bevel-gear rotating, drive bevel gear drive generator work by generator drive bar, and generator automatically will during the work time Kinetic energy is converted to electric energy and passes through electric power connection line for electrical energy transportation charging and discharging transport platform, and discharge transport platform automatically will after powered up The discharge transportation work of equipment is completed in the plate discharge dried, and the present invention is combined with each other by above-mentioned component, realizes and set Standby by equipment, remaining waste heat is automatically to plate progress discharge transportation work after dry plate when in use, energy conservation and environmental protection, It is practical.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon：

Fig. 1 is a kind of structural schematic diagram of the discharge conveying equipment of plate dryer of the present invention.

Fig. 2 is structural schematic diagram one of the invention.

Fig. 3 is structural schematic diagram two of the invention.

Fig. 4 is the enlarged drawing of A in Fig. 3 of the present invention.

Fig. 5 is the enlarged drawing of B in Fig. 3 of the present invention.

In figure：- 1, No. two hot-blast conduit -2 of No.1 hot-blast conduit, case for drying sheet material -3, movable cabinet door -4, hot-blast stove -5, Controller -6, cogeneration case -7, electric power connection line -8, discharge transport platform -9, transport platform bracket -10, air inducing pump -701, water storage Case -702, heating tube -703, power generation mechanism -704, reciprocating transmission -705, gear speed increasing mechanism -706, cogeneration case Outer housing -707, steam-driving mechanism -708, steam outlet seat -709, steam conduit -710, movable sheave -70401, umbrella Gear drive disk -70402, No.1 activity bayonet lock -70403, drive bevel gear -70404, generator drive bar -70405, power generation Machine -70406, No.1 drive screw -70501, No.1 free gear -70502, the first directive wheel -70503, the second directive wheel - 70504, Multi-stage transmission band -70505, sheave drive disk -70506, two movable bayonet locks -70507, the first drive shaft - 70601, planetary gear linkage rack -70602, rotating shaft transmission disk -70603, planetary gear -70604, sun gear -70605, Two drive shafts -70606, steam drive fan -70801, fan belt -70802, blower tray -70803, the first activity Turntable -70804, No. two drive screws -70805, No. two free gears -70806, connection bull stick -70807, the second movable disk - 70808, movable bull stick -70809.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment, the present invention is further explained.

Fig. 1-Fig. 5 is please referred to, the present invention provides a kind of discharge conveying equipment technical solution of plate dryer：A kind of plate The discharge conveying equipment of dryer, structure include 1, No. two hot-blast conduit 2, case for drying sheet material 3, active cabinet of No.1 hot-blast conduit Door 4, hot-blast stove 5, controller 6, cogeneration case 7, electric power connection line 8, discharge transport platform 9, transport platform bracket 10, the hot wind Furnace 5 is connected to the front-end surface of case for drying sheet material 3 by No.1 hot-blast conduit 1, and the upper end face of the hot-blast stove 5 is equipped with waste heat Power generation box 7, the front-end surface of the cogeneration case 7 are electrically connected with controller 6, and the case for drying sheet material 3 passes through No. two hot winds Conduit 2 is connect with cogeneration case 7, and the cogeneration case 7 is connect by electric power connection line 8 with discharge transport platform 9, the row The lower surface of material 9 other end of transport platform is uniformly and equidistantly welded with transport platform bracket 10, and one end of the discharge transport platform 9 is set to The inner surface of case for drying sheet material 3, the movable cabinet door 4 are movably connected on the other end of case for drying sheet material 3, the cogeneration case 7 pump 701, water storage box 702, heating tube 703, power generation mechanism 704, reciprocating transmission 705, gear speed increasing mechanism by air inducing 706, cogeneration box enclosure body 707, steam-driving mechanism 708, steam outlet seat 709, steam conduit 710 form, institute The bottom for stating No. two hot-blast conduits 2 is set to the inner surface of cogeneration box enclosure body 707 and pumps 701 nested encryptions, institute with air inducing The upper left side that air inducing pump 701 is set to 707 inner surface of cogeneration box enclosure body is stated, the heating tube 703 is set to water storage box 702 Inner surface, the upper surface of described 703 one end of heating tube are set to the outer surface of water storage box 702 and pump 701 nested encryptions, institute with air inducing State the other side that steam outlet seat 709 is connected to 702 upper end face of water storage box by steam conduit 710, the water vapour Outlet port 709 is set to the side of 708 upper end face of steam-driving mechanism, the rear surface and tooth of the steam-driving mechanism 708 Take turns 706 nested encryptions of speed increasing mechanism, one end of the gear speed increasing mechanism 706 and 705 nested encryptions of reciprocating transmission, institute The lower surface that power generation mechanism 704 is movably connected on 705 one end of reciprocating transmission is stated, the power generation mechanism 704 passes through power supply Connecting line 8 is connect with discharge transport platform 9, and the power generation mechanism 704 is by movable sheave 70401, bevel gear drive plate 70402, one Number movable bayonet lock 70403, drive bevel gear 70404, generator drive bar 70405, generator 70406 form, the loose slot Wheel 70401 is movably connected on the lower surface of 705 one end of reciprocating transmission, and the bevel gear drive plate 70402 passes through No.1 Movable bayonet lock 70403 is flexibly connected with movable sheave 70401, and the No.1 activity bayonet lock 70403 is uniformly and equidistantly connected to umbrella In the front-end surface of gear drive disk 70402, the side of 70402 front-end surface of bevel gear drive plate is connected with transmission umbrella tooth Wheel 70404, the other end and 70404 nested encryptions of drive bevel gear of the generator drive bar 70405, the generator 70406 other end nested encryptions have generator drive bar 70405, and the generator 70406 passes through electric power connection line 8 and discharge Transport platform 9, the reciprocating transmission 705 is by No.1 drive screw 70501, No.1 free gear 70502, the first directive wheel 70503, the second directive wheel 70504, Multi-stage transmission band 70505, sheave drive disk 70506, two movable bayonet locks 70507 form, 70501 nested encryptions of No.1 drive screw in one end of gear speed increasing mechanism 706, the No.1 drive screw 70501 Upper end face is connected with No.1 free gear 70502, and the No.1 free gear 70502, the first directive wheel 70503, second are led It is connected between wheel 70504, sheave drive disk 70506 by Multi-stage transmission band 70505, the front end of the sheave drive disk 70506 Surface is uniformly and equidistantly equipped with No. two movable bayonet locks 70507, and the sheave drive disk 70506 passes through No. two movable bayonet locks 70507 It is movably connected on the side of 704 upper end face of power generation mechanism, the gear speed increasing mechanism 706 is by the first drive shaft 70601, row Star gear-linked frame 70602, rotating shaft transmission disk 70603, planetary gear 70604, sun gear 70605, the second drive shaft 70606 compositions, 70601 nested encryptions of rear surface and the first drive shaft of the steam-driving mechanism 708, described first passes Turn axis 70601 is connected to the upper surface of 70603 front end of rotating shaft transmission disk, and the one of 70603 front-end surface of rotating shaft transmission disk Side is connected with the second drive shaft 70606, and the planetary gear 70604 is equipped with 3, the outer surface of the planetary gear 70604 It is meshed with the inner surface of rotating shaft transmission disk 70603, the outer surface of the sun gear 70605 is uniformly and equidistantly connected with planet Gear 70604, the planetary gear linkage rack 70602 is movably connected on the front-end surface of planetary gear 70604, described reciprocating 70606 nested encryptions of the other end of transmission mechanism 705 and the second drive shaft, the steam-driving mechanism 708 is by steam drive Fan 70801, fan belt 70802, blower tray 70803,70804, No. two drive screws 70805 of the first movable disk, No. two free gears 70806, connection bull stick 70807, the second movable disk 70808, movable bull stick 70809 form, the steam Driving fan 70801 is set to the other end of steam outlet seat 709, one end of the blower tray 70803 and steam drive wind Fan 70801 is flexibly connected, and first movable disk 70804 is connected to steam drive fan by fan belt 70802 70801 rear surface, the side of 70804 rear surface of the first movable disk pass through movable bull stick 70809 and are flexibly connected There is the second movable disk 70808, second movable disk 70808 passes through connection bull stick 70807 and No. two free gears 70806 It is flexibly connected, No. two free gears 70806 are meshed with movable bull stick 70809, activity 70809 nested encryptions of bull stick In the upper end face of gear speed increasing mechanism 706, the case for drying sheet material 3 is hollow rectangular configuration, the transport platform bracket 10 A height of 30-50cm.

The method is mainly characterized in that：It is carrying out in use, the plate that need to be dried is put into case for drying sheet material 3 simultaneously by user It controls hot-blast stove 5 by controller 6 to start to work, hot-blast stove 5 generates hot wind and during the work time by No.1 hot-blast conduit 1 Hot wind is sent into case for drying sheet material 3, hot wind generated after entering in case for drying sheet material 3 with the plate that need to dry heat exchange to Moisture in plate is evaporated, when after plate drying needing that plate is discharged by discharge transport platform 9, user is led to again It crosses the air inducing pump 701 that controller 6 controls in cogeneration case 7 to start to work, air inducing pump 701 generates centrifugal force during the work time And waste heat remaining in case for drying sheet material 3 is sent into heating tube 703 automatically by No. two hot-blast conduits 2, waste heat adds in entrance Automatically heat exchange is carried out after in heat pipe 703 with the water in water storage box 702, the water in water storage box 702 forms water after reaching boiling point Steam, water vapour are discharged by steam conduit 710 by steam outlet seat 709, and the water vapour of discharge pushes steam drive machine Steam drive fan 70801 on structure 708 starts turning, and steam drive fan 70801 is driven by fan during rotation Band 70802 drives the rotation of the first movable disk 70804, and it is living that the first movable disk 70804 passes through the movable drive of bull stick 70,809 second Turn disk 70808 rotates, and the second movable disk 70808 drives No. two free gears 70806 to rotate by connection bull stick 70807, No. two free gears 70806 drive No. two drive screws 70805 to rotate in rotation, and device passes through equipment during the work time and exists Remaining waste heat drives steam-driving mechanism 708 to work after drying plate, and easy to operate, energy-saving effect is good.

The method is mainly characterized in that：The first drive shaft 70601 on gear speed increasing mechanism 706 follows No. two transmission spiral shells Bar 70805 rotates and drives the rotation of the second drive shaft 70606 by rotating shaft transmission disk 70603, and rotating shaft transmission disk 70603 is turning The planetary gear 70604 for driving it internal during dynamic rotates, and planetary gear 70604 drives sun gear 70605 in rotation Rotation, device pass through planetary gear linkage rack 70602, rotating shaft transmission disk 70603, planetary gear 70604, too during the work time Mutual cooperation between positive gear 70605 can effectively improve the revolving speed of steam-driving mechanism 708 during the work time, and raising is set Standby generating efficiency.

The method is mainly characterized in that：No.1 drive screw 70501 on reciprocating transmission 705 follows the second transmission Shaft 70606 rotates and No.1 free gear 70502 is driven to rotate, and No.1 free gear 70502 passes through Multi-stage transmission in rotation Dynamic 70505 synchronous drive the first directive wheel 70503 of band, the second directive wheel 70504, sheave drive disk 70506 rotate, sheave driving No. two movable bayonet locks 70507 that disk 70506 is equipped in rotation by its surface drive the movable sheave in power generation mechanism 704 70401 rotations, movable sheave 70401 drive bevel gear drive plate 70402 to rotate by No.1 activity bayonet lock 70403, bevel gear Drive plate 70402 drives drive bevel gear 70404 to rotate in rotation, and drive bevel gear 70404 passes through generator drive bar 70405 drive generator 70406 to work, and generator 70406 converts kinetic energy into electric energy automatically during the work time and passes through electricity The plate dried has been discharged source connecting line 8 automatically after powered up for electrical energy transportation charging and discharging transport platform 9, discharge transport platform 9 The discharge transportation work of forming apparatus, device rely on equipment remaining waste heat after drying plate to drive equipment certainly during the work time It is dynamic that discharge transportation work is carried out to plate, the job costs of equipment are effectively reduced, it is practical.

Problems solved by the invention is that the prior art needs to expend when in use a large amount of electric energy to plate progress discharge conveying work Make, the job costs of equipment are high, and the practicability is poor, and the present invention is combined with each other by above-mentioned component, realizes equipment when in use By equipment, remaining waste heat carries out discharge transportation work to plate automatically after drying plate, and energy conservation and environmental protection is practical.

Claims (5)

1. a kind of discharge conveying equipment of plate dryer, structure include No.1 hot-blast conduit (1), No. two hot-blast conduits (2), Case for drying sheet material (3), movable cabinet door (4), hot-blast stove (5), controller (6), cogeneration case (7), electric power connection line (8), row Expect transport platform (9), transport platform bracket (10), it is characterised in that：

The hot-blast stove (5) is connected to the front-end surface of case for drying sheet material (3), the hot-blast stove by No.1 hot-blast conduit (1) (5) upper end face is equipped with cogeneration case (7), and the front-end surface of the cogeneration case (7) is electrically connected with controller (6), The case for drying sheet material (3) is connect by No. two hot-blast conduits (2) with cogeneration case (7), and the cogeneration case (7) passes through Electric power connection line (8) is connect with discharge transport platform (9), and the lower surface of discharge transport platform (9) other end is uniformly and equidistantly welded It is connected to transport platform bracket (10), one end of the discharge transport platform (9) is set to the inner surface of case for drying sheet material (3), the activity Cabinet door (4) is movably connected on the other end of case for drying sheet material (3)；

The cogeneration case (7) is by air inducing pump (701), water storage box (702), heating tube (703), power generation mechanism (704), reciprocal Formula transmission mechanism (705), gear speed increasing mechanism (706), cogeneration box enclosure body (707), steam-driving mechanism (708), water Steam (vapor) outlet seat (709), steam conduit (710) composition；

The bottom of No. two hot-blast conduits (2) is set to the inner surface of cogeneration box enclosure body (707) and pumps (701) with air inducing Nested encryptions, the air inducing pump (701) are set to the upper left side of cogeneration box enclosure body (707) inner surface, the heating tube (703) it is set to the inner surface of water storage box (702), the upper surface of described heating tube (703) one end is set to the appearance of water storage box (702) Face simultaneously pumps (701) nested encryptions with air inducing, and the steam outlet seat (709) is connected to water storage by steam conduit (710) The other side of case (702) upper end face, the steam outlet seat (709) are set to steam-driving mechanism (708) upper end face Side, the rear surface and gear speed increasing mechanism (706) nested encryptions of the steam-driving mechanism (708), the gear up One end of mechanism (706) and reciprocating transmission (705) nested encryptions, the power generation mechanism (704) are movably connected on back and forth The lower surface of formula transmission mechanism (705) one end, the power generation mechanism (704) pass through electric power connection line (8) and discharge transport platform (9) Connection.

2. a kind of discharge conveying equipment of plate dryer according to claim 1, it is characterised in that：The power generation mechanism (704) by movable sheave (70401), bevel gear drive plate (70402), No.1 activity bayonet lock (70403), drive bevel gear (70404), generator drive bar (70405), generator (70406) composition, the activity sheave (70401) are movably connected on past The lower surface of composite transmission mechanism (705) one end, the bevel gear drive plate (70402) pass through No.1 activity bayonet lock (70403) It is flexibly connected with movable sheave (70401), the No.1 activity bayonet lock (70403) is uniformly and equidistantly connected to bevel gear drive plate (70402) in front-end surface, the side of bevel gear drive plate (70402) front-end surface is connected with drive bevel gear (70404), the other end of the generator drive bar (70405) and drive bevel gear (70404) nested encryptions, the generator (70406) other end nested encryptions have generator drive bar (70405), and the generator (70406) passes through electric power connection line (8) with discharge transport platform (9).

3. a kind of discharge conveying equipment of plate dryer according to claim 1, it is characterised in that：The reciprocating biography Motivation structure (705) is led by No.1 drive screw (70501), No.1 free gear (70502), the first directive wheel (70503), second It is formed to wheel (70504), Multi-stage transmission band (70505), sheave drive disk (70506), No. two movable bayonet locks (70507), it is described No.1 drive screw (70501) nested encryptions are in one end of gear speed increasing mechanism (706), the No.1 drive screw (70501) Upper end face be connected with No.1 free gear (70502), the No.1 free gear (70502), the first directive wheel (70503), it is connected between the second directive wheel (70504), sheave drive disk (70506) by Multi-stage transmission band (70505), the slot The front-end surface of wheel drive disk (70506) is uniformly and equidistantly equipped with No. two movable bayonet locks (70507), the sheave drive disk (70506) side of power generation mechanism (704) upper end face is movably connected on by No. two movable bayonet locks (70507).

4. a kind of discharge conveying equipment of plate dryer according to claim 1, it is characterised in that：The gear up Mechanism (706) is by the first drive shaft (70601), planetary gear linkage rack (70602), rotating shaft transmission disk (70603), planet tooth Take turns (70604), sun gear (70605), the second drive shaft (70606) composition, the lower end of the steam-driving mechanism (708) Surface and the first drive shaft (70601) nested encryptions, first drive shaft (70601) are connected to rotating shaft transmission disk (70603) side of the upper surface of front end, rotating shaft transmission disk (70603) front-end surface is connected with the second drive shaft (70606), the planetary gear (70604) is equipped with 3, outer surface and the rotating shaft transmission disk of the planetary gear (70604) (70603) inner surface is meshed, and the outer surface of the sun gear (70605) is uniformly and equidistantly connected with planetary gear (70604), the planetary gear linkage rack (70602) is movably connected on the front-end surface of planetary gear (70604), described reciprocal The other end and the second drive shaft (70606) nested encryptions of formula transmission mechanism (705).

5. a kind of discharge conveying equipment of plate dryer according to claim 1, it is characterised in that：The steam drive Mechanism (708) is by steam drive fan (70801), fan belt (70802), blower tray (70803), the first movable disk (70804), No. two drive screws (70805), No. two free gears (70806), connection bull stick (70807), the second movable disk (70808), movable bull stick (70809) forms, and the steam drive fan (70801) is set to the another of steam outlet seat (709) One end of one end, the blower tray (70803) is flexibly connected with steam drive fan (70801), first movable disk (70804) rear surface of steam drive fan (70801), first activity are connected to by fan belt (70802) The side of turntable (70804) rear surface passes through movable bull stick (70809) and is connected with the second movable disk (70808), institute It states the second movable disk (70808) and is flexibly connected by connecting bull stick (70807) with No. two free gears (70806), described two Number free gear (70806) is meshed with movable bull stick (70809), and activity bull stick (70809) nested encryptions increase in gear The upper end face of fast mechanism (706).